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34.9k
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stringlengths 2
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stringlengths 31
107k
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stringclasses 6
values | isFinished
bool 1
class | code_context_2
stringlengths 21
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|---|---|---|---|---|---|---|---|---|
25,117 | 4 | // Do nothing | private void cleanProxy(SdlDisconnectedReason disconnectedReason) throws SdlException {
try {
// ALM Specific Cleanup
if (_advancedLifecycleManagementEnabled) {
_sdlConnectionState = SdlConnectionState.SDL_DISCONNECTED;
firstTimeFull = true;
// Should we wait for the interface to be unregistered?
Boolean waitForInterfaceUnregistered = false;
// Unregister app interface
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null && sdlSession.getIsConnected() && getAppInterfaceRegistered()) {
waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} | NONSATD | true | APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
} | waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
} | try {
// ALM Specific Cleanup
if (_advancedLifecycleManagementEnabled) {
_sdlConnectionState = SdlConnectionState.SDL_DISCONNECTED;
firstTimeFull = true;
// Should we wait for the interface to be unregistered?
Boolean waitForInterfaceUnregistered = false;
// Unregister app interface
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null && sdlSession.getIsConnected() && getAppInterfaceRegistered()) {
waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} |
25,117 | 5 | //TODO make sure we want to clear this | private void cleanProxy(SdlDisconnectedReason disconnectedReason) throws SdlException {
try {
// ALM Specific Cleanup
if (_advancedLifecycleManagementEnabled) {
_sdlConnectionState = SdlConnectionState.SDL_DISCONNECTED;
firstTimeFull = true;
// Should we wait for the interface to be unregistered?
Boolean waitForInterfaceUnregistered = false;
// Unregister app interface
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null && sdlSession.getIsConnected() && getAppInterfaceRegistered()) {
waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} | DESIGN | true | }
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection | } catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
} | if (sdlSession != null && sdlSession.getIsConnected() && getAppInterfaceRegistered()) {
waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} |
25,117 | 6 | // Clean up SDL Connection | private void cleanProxy(SdlDisconnectedReason disconnectedReason) throws SdlException {
try {
// ALM Specific Cleanup
if (_advancedLifecycleManagementEnabled) {
_sdlConnectionState = SdlConnectionState.SDL_DISCONNECTED;
firstTimeFull = true;
// Should we wait for the interface to be unregistered?
Boolean waitForInterfaceUnregistered = false;
// Unregister app interface
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null && sdlSession.getIsConnected() && getAppInterfaceRegistered()) {
waitForInterfaceUnregistered = true;
unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} | NONSATD | true | rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close(); | }
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} | unregisterAppInterfacePrivate(UNREGISTER_APP_INTERFACE_CORRELATION_ID);
}
}
// Wait for the app interface to be unregistered
if (waitForInterfaceUnregistered) {
synchronized(APP_INTERFACE_REGISTERED_LOCK) {
try {
APP_INTERFACE_REGISTERED_LOCK.wait(3000);
} catch (InterruptedException e) {
// Do nothing
}
}
}
}
if(rpcResponseListeners != null){
rpcResponseListeners.clear();
}
if(rpcNotificationListeners != null){
rpcNotificationListeners.clear(); //TODO make sure we want to clear this
}
// Clean up SDL Connection
synchronized(CONNECTION_REFERENCE_LOCK) {
if (sdlSession != null) sdlSession.close();
}
} catch (SdlException e) {
throw e;
} finally {
SdlTrace.logProxyEvent("SdlProxy cleaned.", SDL_LIB_TRACE_KEY);
}
} |
25,136 | 0 | /*
* TODO(cpovirk): make SleepingStopwatch the last parameter throughout the class so that the
* overloads follow the usual convention: Foo(int), Foo(int, SleepingStopwatch)
*/ | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} | IMPLEMENTATION | true | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} |
25,136 | 1 | /* maxBurstSeconds */ | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} | NONSATD | true | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter; | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} | @VisibleForTesting
static RateLimiter create(SleepingStopwatch stopwatch, double permitsPerSecond) {
RateLimiter rateLimiter = new SmoothBursty(stopwatch, 1.0 /* maxBurstSeconds */);
rateLimiter.setRate(permitsPerSecond);
return rateLimiter;
} |
16,946 | 0 | //================= runXmlReplayFile ====================================================== | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} |
16,946 | 1 | //Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir); | String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){ | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document); |
16,946 | 2 | //will check full path first, then checks relative to PWD. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test."); | List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
} | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap; |
16,946 | 3 | //controlFileName is just the short name, without the full path. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:" | throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================" | throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
} |
16,946 | 4 | // Used for expression language expansion from uri field. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap; | +"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']"); | String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID"); |
16,946 | 5 | //MapContext(); //Get a new JexlContext for each test group. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS"); | if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1; | + (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) { |
16,946 | 6 | //
// Figure out if we will auto delete resources | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>(); | String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort; | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO; |
16,946 | 7 | //else just run with current from last loop; | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | }
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){ | if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes"); | String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir); |
16,946 | 8 | //System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts); | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult; | if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){ | }
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0); |
16,946 | 9 | //vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){ | PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult); | Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID; |
16,946 | 10 | //if (isPOST){ | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | }
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//} | Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){ | testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0; |
16,946 | 11 | //PUTs do not return a Location, so don't add PUTs to serviceResultsMap. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri); | if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes; | }
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID; |
16,946 | 12 | //} | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | //if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){ | vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
} | if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL); |
16,946 | 13 | //gotExpectedResult depends on serviceResult.expectedCodes. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | }
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
} | } else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID); | serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){ |
16,946 | 14 | //TODO: empty for now, later may pick up from XML control file. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | DESIGN | true | } else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult); | serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method; | }
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
} |
16,946 | 15 | //=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//===================================================== | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct); | if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
} | serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) { |
16,946 | 16 | //=== Now spit out the HTML report file === | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | }
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory. | ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results; | if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} |
16,946 | 17 | //don't instantiate, just use File to extract file name without directory. | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | //=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName); | serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} |
16,946 | 18 | //================================ | public static List<ServiceResult> runXmlReplayFile(String xmlReplayBaseDir,
String controlFileName,
String testGroupID,
String oneTestID,
Map<String, ServiceResult> serviceResultsMap,
boolean param_autoDeletePOSTS,
Dump dump,
String protoHostPortParam,
AuthsMap defaultAuths,
List<String> reportsList,
String reportsDir)
throws Exception {
//Internally, we maintain two collections of ServiceResult:
// the first is the return value of this method.
// the second is the serviceResultsMap, which is used for keeping track of CSIDs created by POSTs, for later reference by DELETE, etc.
List<ServiceResult> results = new ArrayList<ServiceResult>();
XmlReplayReport report = new XmlReplayReport(reportsDir);
String controlFile = Tools.glue(xmlReplayBaseDir, "/", controlFileName);
org.dom4j.Document document;
document = getDocument(controlFile); //will check full path first, then checks relative to PWD.
if (document==null){
throw new FileNotFoundException("XmlReplay control file ("+controlFileName+") not found in basedir: "+xmlReplayBaseDir+" Exiting test.");
}
String protoHostPort;
if (Tools.isEmpty(protoHostPortParam)){
protoHostPort = document.selectSingleNode("/xmlReplay/protoHostPort").getText().trim();
System.out.println("DEPRECATED: Using protoHostPort ('"+protoHostPort+"') from xmlReplay file ('"+controlFile+"'), not master.");
} else {
protoHostPort = protoHostPortParam;
}
if (Tools.isEmpty(protoHostPort)){
throw new Exception("XmlReplay control file must have a protoHostPort element");
}
String authsMapINFO;
AuthsMap authsMap = readAuths(document);
if (authsMap.map.size()==0){
authsMap = defaultAuths;
authsMapINFO = "Using defaultAuths from master file: "+defaultAuths;
} else {
authsMapINFO = "Using AuthsMap from control file: "+authsMap;
}
report.addTestGroup(testGroupID, controlFileName); //controlFileName is just the short name, without the full path.
String xmlReplayHeader = "========================================================================"
+"\r\nXmlReplay running:"
+"\r\n controlFile: "+ (new File(controlFile).getCanonicalPath())
+"\r\n protoHostPort: "+protoHostPort
+"\r\n testGroup: "+testGroupID
+ (Tools.notEmpty(oneTestID) ? "\r\n oneTestID: "+oneTestID : "")
+"\r\n AuthsMap: "+authsMapINFO
+"\r\n param_autoDeletePOSTS: "+param_autoDeletePOSTS
+"\r\n Dump info: "+dump
+"\r\n========================================================================"
+"\r\n";
report.addRunInfo(xmlReplayHeader);
System.out.println(xmlReplayHeader);
String autoDeletePOSTS = "";
List<Node> testgroupNodes;
if (Tools.notEmpty(testGroupID)){
testgroupNodes = document.selectNodes("//testGroup[@ID='"+testGroupID+"']");
} else {
testgroupNodes = document.selectNodes("//testGroup");
}
JexlEngine jexl = new JexlEngine(); // Used for expression language expansion from uri field.
XmlReplayEval evalStruct = new XmlReplayEval();
evalStruct.serviceResultsMap = serviceResultsMap;
evalStruct.jexl = jexl;
for (Node testgroup : testgroupNodes) {
XmlReplayEval.MapContextWKeys jc = new XmlReplayEval.MapContextWKeys();//MapContext(); //Get a new JexlContext for each test group.
evalStruct.jc = jc;
autoDeletePOSTS = testgroup.valueOf("@autoDeletePOSTS");
List<Node> tests;
if (Tools.notEmpty(oneTestID)){
tests = testgroup.selectNodes("test[@ID='"+oneTestID+"']");
} else {
tests = testgroup.selectNodes("test");
}
String authForTest = "";
int testElementIndex = -1;
for (Node testNode : tests) {
long startTime = System.currentTimeMillis();
try {
testElementIndex++;
String testID = testNode.valueOf("@ID");
//
// Figure out if we will auto delete resources
boolean autoDelete = param_autoDeletePOSTS;
String autoDeleteValue = testNode.valueOf("@autoDeletePOSTS");
if (autoDeleteValue != null && !autoDeleteValue.trim().isEmpty()) {
autoDelete = Boolean.valueOf(autoDeleteValue).booleanValue();
}
String testIDLabel = Tools.notEmpty(testID) ? (testGroupID+'.'+testID) : (testGroupID+'.'+testElementIndex);
String method = testNode.valueOf("method");
String contentType = testNode.valueOf("contentType");
String uri = testNode.valueOf("uri");
String fullURL = Tools.glue(protoHostPort, "/", uri);
if (contentType == null || contentType.equals("")) {
contentType = XmlReplayTransport.APPLICATION_XML;
}
String currentAuthForTest = null;
String authIDForTest = testNode.valueOf("@auth");
if (Tools.notEmpty(authIDForTest)){
currentAuthForTest = authsMap.map.get(authIDForTest);
}
else {
String tokenAuthExpression = testNode.valueOf("@tokenauth");
if (Tools.notEmpty(tokenAuthExpression)){
currentAuthForTest = "Bearer " + evalStruct.eval(tokenAuthExpression, serviceResultsMap, null, jexl, jc);
}
}
if (Tools.notEmpty(currentAuthForTest)){
authForTest = currentAuthForTest; //else just run with current from last loop;
}
if (Tools.isEmpty(authForTest)){
authForTest = defaultAuths.getDefaultAuth();
}
if (uri.indexOf("$")>-1){
uri = evalStruct.eval(uri, serviceResultsMap, null, jexl, jc);
}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
List<Integer> expectedCodes = new ArrayList<Integer>();
String expectedCodesStr = testNode.valueOf("expectedCodes");
if (Tools.notEmpty(expectedCodesStr)){
String[] codesArray = expectedCodesStr.split(",");
for (String code : codesArray){
expectedCodes.add(new Integer(code.trim()));
}
}
Node responseNode = testNode.selectSingleNode("response");
PartsStruct expectedResponseParts = null;
if (responseNode!=null){
expectedResponseParts = PartsStruct.readParts(responseNode, testID, xmlReplayBaseDir);
//System.out.println("reponse parts: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"+expectedResponseParts);
}
ServiceResult serviceResult;
boolean isPOST = method.equalsIgnoreCase("POST");
boolean isPUT = method.equalsIgnoreCase("PUT");
if ( isPOST || isPUT ) {
PartsStruct parts = PartsStruct.readParts(testNode, testID, xmlReplayBaseDir);
if (Tools.notEmpty(parts.overrideTestID)) {
testID = parts.overrideTestID;
}
if (isPOST){
String csid = CSIDfromTestID(testNode, serviceResultsMap);
if (Tools.notEmpty(csid)) uri = Tools.glue(uri, "/", csid+"/items/");
} else if (isPUT) {
uri = fromTestID(uri, testNode, serviceResultsMap);
}
//vars only make sense in two contexts: POST/PUT, because you are submitting another file with internal expressions,
// and in <response> nodes. For GET, DELETE, there is no payload, so all the URLs with potential expressions are right there in the testNode.
Map<String,String> vars = null;
if (parts.varsList.size()>0){
vars = parts.varsList.get(0);
}
serviceResult = XmlReplayTransport.doPOST_PUTFromXML(parts.responseFilename, vars, protoHostPort, uri, method, contentType, evalStruct, authForTest, testIDLabel);
serviceResult.autoDelete = autoDelete;
if (vars!=null) {
serviceResult.addVars(vars);
}
results.add(serviceResult);
//if (isPOST){
serviceResultsMap.put(testID, serviceResult); //PUTs do not return a Location, so don't add PUTs to serviceResultsMap.
//}
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
} else if (method.equalsIgnoreCase("DELETE")){
String fromTestID = testNode.valueOf("fromTestID");
ServiceResult pr = serviceResultsMap.get(fromTestID);
if (pr!=null){
serviceResult = XmlReplayTransport.doDELETE(pr.deleteURL, authForTest, testIDLabel, fromTestID);
serviceResult.fromTestID = fromTestID;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
results.add(serviceResult);
if (serviceResult.codeInSuccessRange(serviceResult.responseCode)){ //gotExpectedResult depends on serviceResult.expectedCodes.
serviceResultsMap.remove(fromTestID);
}
} else {
if (Tools.notEmpty(fromTestID)){
serviceResult = new ServiceResult();
serviceResult.responseCode = 0;
serviceResult.error = "ID not found in element fromTestID: "+fromTestID;
System.err.println("****\r\nServiceResult: "+serviceResult.error+". SKIPPING TEST. Full URL: "+fullURL);
} else {
serviceResult = XmlReplayTransport.doDELETE(fullURL, authForTest, testID, fromTestID);
}
serviceResult.fromTestID = fromTestID;
results.add(serviceResult);
}
} else if (method.equalsIgnoreCase("GET")){
fullURL = fromTestID(fullURL, testNode, serviceResultsMap);
serviceResult = XmlReplayTransport.doGET(fullURL, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else if (method.equalsIgnoreCase("LIST")){
fullURL = fixupFullURL(fullURL, protoHostPort, uri);
String listQueryParams = ""; //TODO: empty for now, later may pick up from XML control file.
serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
}
System.out.println(timeString()+" "+leader+serviceResultRow+"\r\n");
if (dump.payloads || (doingAuto&&hasError) ) {
if (Tools.notBlank(serviceResult.requestPayload)){
System.out.println("\r\n========== request payload ===============");
System.out.println(serviceResult.requestPayload);
System.out.println("==========================================\r\n");
}
}
if (dump.payloads || (doingAuto&&hasError)) {
if (Tools.notBlank(serviceResult.result)){
System.out.println("\r\n========== response payload ==============");
System.out.println(serviceResult.result);
System.out.println("==========================================\r\n");
}
}
} catch (Throwable t) {
String msg = "ERROR: XmlReplay experienced an error in a test node: "+testNode+" Throwable: "+t;
System.out.println(msg);
System.out.println(Tools.getStackTrace(t));
ServiceResult serviceResult = new ServiceResult();
serviceResult.error = msg;
serviceResult.failureReason = " : SYSTEM ERROR; ";
results.add(serviceResult);
}
}
if (Tools.isTrue(autoDeletePOSTS) && param_autoDeletePOSTS){
autoDelete(serviceResultsMap, "default", 0);
}
}
//=== Now spit out the HTML report file ===
File m = new File(controlFileName);
String localName = m.getName();//don't instantiate, just use File to extract file name without directory.
String reportName = localName+'-'+testGroupID+".html";
File resultFile = report.saveReport(xmlReplayBaseDir, reportsDir, reportName);
if (resultFile!=null) {
String toc = report.getTOC(reportName);
reportsList.add(toc);
}
//================================
return results;
} | NONSATD | true | serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//===================================================== | if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){ | serviceResult = XmlReplayTransport.doLIST(fullURL, listQueryParams, authForTest, testIDLabel);
results.add(serviceResult);
serviceResultsMap.put(testID, serviceResult);
} else {
throw new Exception("HTTP method not supported by XmlReplay: "+method);
}
serviceResult.testID = testID;
serviceResult.fullURL = fullURL;
serviceResult.auth = authForTest;
serviceResult.method = method;
if (expectedCodes.size()>0){
serviceResult.expectedCodes = expectedCodes;
}
if (Tools.isEmpty(serviceResult.testID)) serviceResult.testID = testIDLabel;
if (Tools.isEmpty(serviceResult.testGroupID)) serviceResult.testGroupID = testGroupID;
Node expectedLevel = testNode.selectSingleNode("response/expected");
if (expectedLevel!=null){
String level = expectedLevel.valueOf("@level");
serviceResult.payloadStrictness = level;
}
//=====================================================
// ALL VALIDATION FOR ALL REQUESTS IS DONE HERE:
//=====================================================
boolean hasError = false;
String vError = validateResponse(serviceResult, serviceResultsMap, expectedResponseParts, evalStruct);
if (Tools.notEmpty(vError)){
serviceResult.error = vError;
serviceResult.failureReason = " : VALIDATION ERROR; ";
hasError = true;
}
if (hasError == false){
hasError = ! serviceResult.gotExpectedResult();
}
boolean doingAuto = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.auto);
String serviceResultRow = serviceResult.dump(dump.dumpServiceResult, hasError)+"; time:"+(System.currentTimeMillis()-startTime);
String leader = (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed) ? "XmlReplay:"+testIDLabel+": ": "";
report.addTestResult(serviceResult);
if ( (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.detailed)
|| (dump.dumpServiceResult == ServiceResult.DUMP_OPTIONS.full) ){
System.out.println("\r\n#---------------------#");
} |
8,757 | 0 | // TODO(Post-P): Need a way to notify to a specific browser in framework. | @Override
public void notifyChildrenChanged(final RemoteUserInfo remoteUserInfo,
final String parentId, final Bundle options) {
// TODO(Post-P): Need a way to notify to a specific browser in framework.
notifyChildrenChangedForCompat(remoteUserInfo, parentId, options);
} | DESIGN | true | public void notifyChildrenChanged(final RemoteUserInfo remoteUserInfo,
final String parentId, final Bundle options) {
// TODO(Post-P): Need a way to notify to a specific browser in framework.
notifyChildrenChangedForCompat(remoteUserInfo, parentId, options);
} | @Override
public void notifyChildrenChanged(final RemoteUserInfo remoteUserInfo,
final String parentId, final Bundle options) {
// TODO(Post-P): Need a way to notify to a specific browser in framework.
notifyChildrenChangedForCompat(remoteUserInfo, parentId, options);
} | @Override
public void notifyChildrenChanged(final RemoteUserInfo remoteUserInfo,
final String parentId, final Bundle options) {
// TODO(Post-P): Need a way to notify to a specific browser in framework.
notifyChildrenChangedForCompat(remoteUserInfo, parentId, options);
} |
571 | 0 | /**
* Oracle11 does not have auto incremented values. This method uses a sequence and a trigger to create the same
* behavior.
*
* @param connection The connection to the database that will be used to execute the queries
* @param tableName The name of the table that contains the column that should be automatically incremented
* @param columnName The name of the column that should be automatically incremented
* @throws SQLException if the auto increment statement cannot be created or executed
*/ | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} | NONSATD | true | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} |
571 | 1 | // The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side. | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} | DEFECT | true | "CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement() | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
); | public static void simulateAutoIncrement(Connection connection, String tableName, String columnName) throws SQLException {
String sequenceName = tableName + "_seq";
String triggerName = tableName + "_id";
connection.prepareStatement(
"CREATE sequence " + sequenceName + " start with 1 increment by 1 nocycle"
).executeUpdate();
// The oracle driver is getting confused by this statement, claiming we have to declare some in out parameter,
// when we execute this as a prepared statement. Might be a config issue on our side.
connection
.createStatement()
.execute(
"create or replace trigger " + triggerName +
" before insert on " + tableName +
" for each row " +
" begin " +
" :new." + columnName + " := " + sequenceName + ".nextval; " +
" end;"
);
} |
25,149 | 0 | // maybe we could handle java.lang === java.lang.reflect as well ? | @Override
@JRubyMethod(name = "===")
public RubyBoolean op_eqq(ThreadContext context, IRubyObject obj) {
// maybe we could handle java.lang === java.lang.reflect as well ?
return context.runtime.newBoolean(obj == this || isInstance(obj));
} | DESIGN | true | @JRubyMethod(name = "===")
public RubyBoolean op_eqq(ThreadContext context, IRubyObject obj) {
// maybe we could handle java.lang === java.lang.reflect as well ?
return context.runtime.newBoolean(obj == this || isInstance(obj));
} | @Override
@JRubyMethod(name = "===")
public RubyBoolean op_eqq(ThreadContext context, IRubyObject obj) {
// maybe we could handle java.lang === java.lang.reflect as well ?
return context.runtime.newBoolean(obj == this || isInstance(obj));
} | @Override
@JRubyMethod(name = "===")
public RubyBoolean op_eqq(ThreadContext context, IRubyObject obj) {
// maybe we could handle java.lang === java.lang.reflect as well ?
return context.runtime.newBoolean(obj == this || isInstance(obj));
} |
574 | 0 | // TODO: customize your mock logic for s3 client | @Before
public void setUp() throws IOException {
event = TestUtils.parse("/s3-event.put.json", S3Event.class);
// TODO: customize your mock logic for s3 client
ObjectMetadata objectMetadata = new ObjectMetadata();
objectMetadata.setContentType(CONTENT_TYPE);
when(s3Object.getObjectMetadata()).thenReturn(objectMetadata);
when(s3Client.getObject(getObjectRequest.capture())).thenReturn(s3Object);
} | DESIGN | true | public void setUp() throws IOException {
event = TestUtils.parse("/s3-event.put.json", S3Event.class);
// TODO: customize your mock logic for s3 client
ObjectMetadata objectMetadata = new ObjectMetadata();
objectMetadata.setContentType(CONTENT_TYPE); | @Before
public void setUp() throws IOException {
event = TestUtils.parse("/s3-event.put.json", S3Event.class);
// TODO: customize your mock logic for s3 client
ObjectMetadata objectMetadata = new ObjectMetadata();
objectMetadata.setContentType(CONTENT_TYPE);
when(s3Object.getObjectMetadata()).thenReturn(objectMetadata);
when(s3Client.getObject(getObjectRequest.capture())).thenReturn(s3Object);
} | @Before
public void setUp() throws IOException {
event = TestUtils.parse("/s3-event.put.json", S3Event.class);
// TODO: customize your mock logic for s3 client
ObjectMetadata objectMetadata = new ObjectMetadata();
objectMetadata.setContentType(CONTENT_TYPE);
when(s3Object.getObjectMetadata()).thenReturn(objectMetadata);
when(s3Client.getObject(getObjectRequest.capture())).thenReturn(s3Object);
} |
16,966 | 0 | //
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
// | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | IMPLEMENTATION | true | refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete"); | final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing"); | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS); |
16,966 | 1 | //stickyBroadcast.removeExtra("position"); | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | NONSATD | true | stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else { | //https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album); | WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else |
16,966 | 2 | //apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged"); | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | DEFECT | true | stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id); | stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
} | //http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
} |
16,966 | 3 | //stickyBroadcast.putExtra("position", (long)0); | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | NONSATD | true | stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
} | } else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) { | if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} |
16,966 | 4 | // maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent) | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | IMPLEMENTATION | true | stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP) | stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged); | stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} |
16,966 | 5 | //just ignore because most apps actually use RemoteControlClient on newer Androids | @SuppressWarnings("deprecation")
private static void broadcastStateChange(String title, boolean preparing, boolean titleOrSongHaveChanged) {
if (notificationBroadcastPending) {
localHandler.removeMessages(MSG_BROADCAST_STATE_CHANGE);
notificationBroadcastPending = false;
}
final long now = SystemClock.uptimeMillis();
final long delta = now - notificationLastUpdateTime;
if (delta < 100 || notificationLastUpdateTime == 0) {
notificationBroadcastPending = true;
localHandler.sendMessageAtTime(Message.obtain(localHandler, MSG_BROADCAST_STATE_CHANGE, (preparing ? 0x01 : 0) | (titleOrSongHaveChanged ? 0x02 : 0), 0, title), (notificationLastUpdateTime == 0 ? ((notificationLastUpdateTime = now) + 2000) : (notificationLastUpdateTime + 110 - delta)));
return;
}
notificationLastUpdateTime = now;
refreshNotification();
WidgetMain.updateWidgets();
//
//perhaps, one day we should implement RemoteControlClient for better Bluetooth support...?
//http://developer.android.com/reference/android/media/RemoteControlClient.html
//https://android.googlesource.com/platform/packages/apps/Music/+/master/src/com/android/music/MediaPlaybackService.java
//
//http://stackoverflow.com/questions/15527614/send-track-informations-via-a2dp-avrcp
//http://stackoverflow.com/questions/14536597/how-does-the-android-lockscreen-get-playing-song
//http://stackoverflow.com/questions/10510292/how-to-get-current-music-track-info
//
//https://android.googlesource.com/platform/packages/apps/Bluetooth/+/android-4.3_r0.9.1/src/com/android/bluetooth/a2dp/Avrcp.java
//
if (localSong == null) {
stickyBroadcast.setAction("com.android.music.playbackcomplete");
stickyBroadcast.removeExtra("id");
stickyBroadcast.removeExtra("songid");
stickyBroadcast.removeExtra("track");
stickyBroadcast.removeExtra("artist");
stickyBroadcast.removeExtra("album");
stickyBroadcast.removeExtra("duration");
//stickyBroadcast.removeExtra("position");
stickyBroadcast.removeExtra("playing");
} else {
//apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | NONSATD | true | thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null) | stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} | //apparently, a few 4.3 devices have an issue with com.android.music.metachanged....
//stickyBroadcast.setAction(playbackHasChanged ? "com.android.music.playstatechanged" : "com.android.music.metachanged");
stickyBroadcast.setAction("com.android.music.playstatechanged");
stickyBroadcast.putExtra("id", localSong.id);
stickyBroadcast.putExtra("songid", localSong.id);
stickyBroadcast.putExtra("track", title);
stickyBroadcast.putExtra("artist", localSong.artist);
stickyBroadcast.putExtra("album", localSong.album);
stickyBroadcast.putExtra("duration", (long)localSong.lengthMS);
//stickyBroadcast.putExtra("position", (long)0);
stickyBroadcast.putExtra("playing", localPlaying);
}
// maybe check if api >= 21, and if so, use sendBroadcast instead.....???
// https://developer.android.com/reference/android/content/Context#sendStickyBroadcast(android.content.Intent)
try {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP)
thePlayer.sendBroadcast(stickyBroadcast);
else
thePlayer.sendStickyBroadcast(stickyBroadcast);
} catch (RuntimeException ex) {
//just ignore because most apps actually use RemoteControlClient on newer Androids
}
if (remoteControlClient != null)
broadcastStateChangeToRemoteControl(title, preparing, titleOrSongHaveChanged);
if (mediaSession != null)
broadcastStateChangeToMediaSession(title, preparing, titleOrSongHaveChanged);
} |
25,166 | 0 | // TODO why is this working with so few steps? | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | DESIGN | true | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} |
25,166 | 1 | // Not working well for ITM calls | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | DEFECT | true | int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3; | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} |
25,166 | 2 | // set to false before pushing | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | NONSATD | true | double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} | @Test
public void testCEV() {
int timeSteps = 200;// TODO why is this working with so few steps?
int priceSteps = 100;
double lowerMoneyness = 0.3; // Not working well for ITM calls
double upperMoneyness = 3.0;
double volTol = 5e-3;
boolean print = false; // set to false before pushing
TESTER.testCEV(SOLVER, timeSteps, priceSteps, lowerMoneyness, upperMoneyness, volTol, print);
} |
16,985 | 0 | /**
* Ensures that you can't publish an automatically added Quay/Github tool with an alternate structure unless you change the Dockerfile and Dockstore.cwl locations
*/ | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | NONSATD | true | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} |
16,985 | 1 | // TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | IMPLEMENTATION | true | Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayGithubPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandgithubalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} |
16,986 | 0 | /**
* Ensures that you can't publish an automatically added Quay/Bitbucket entry with an alternate structure unless you change the Dockerfile and Dockstore.cwl locations
*/ | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | NONSATD | true | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} |
16,986 | 1 | // TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | IMPLEMENTATION | true | Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} | @Test
public void testQuayBitbucketPublishAlternateStructure() {
systemExit.expectSystemExitWithStatus(Client.API_ERROR);
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "publish", "--entry",
"quay.io/dockstoretestuser/quayandbitbucketalternate", "--script" });
// TODO: change the tag tag locations of Dockerfile and Dockstore.cwl, now should be able to publish
} |
25,180 | 0 | /**
* Static helper method that can be used instead of instantiating comparator
* (used by unit tests, can be used by code too)
*/ | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | NONSATD | true | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} |
25,180 | 1 | // First: major sorting by types | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | NONSATD | true | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version(); | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
} |
25,180 | 2 | // Second: for time-based variant, order by time stamp: | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | NONSATD | true | return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp()); | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits()); | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} |
25,180 | 3 | // or if that won't work, by other bits lexically | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | NONSATD | true | diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
} | // First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
} | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} |
25,180 | 4 | // note: java.util.UUIDs compares with sign extension, IMO that's wrong, so: | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | NONSATD | true | }
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits()); | return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} |
16,991 | 0 | /**
* This tests that you can refresh user data by refreshing a tool
* ONLY WORKS if the current user in the database dump has no metadata, and on Github there is metadata (bio, location)
* If the user has metadata, test will pass as long as the user's metadata isn't the same as Github already
*/ | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | NONSATD | true | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} |
16,991 | 1 | // Setup database
// Refresh a tool | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | NONSATD | true | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" }); | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} |
16,991 | 2 | // Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class); | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | DEFECT | true | Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count); | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} | @Test
public void testRefreshingUserMetadata() {
// Setup database
// Refresh a tool
Client.main(new String[] { "--config", ResourceHelpers.resourceFilePath("config_file.txt"), "tool", "refresh", "--entry",
"quay.io/dockstoretestuser/quayandbitbucket", "--script" });
// Check that user has been updated
// TODO: bizarrely, the new GitHub Java API library doesn't seem to handle bio
//final long count = testingPostgres.runSelectStatement("select count(*) from enduser where location='Toronto' and bio='I am a test user'", long.class);
final long count = testingPostgres.runSelectStatement("select count(*) from user_profile where location='Toronto'", long.class);
Assert.assertEquals("One user should have this info now, there are " + count, 1, count);
} |
8,804 | 0 | // If the block does not exist anymore, then it's not an error. | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} | NONSATD | true | return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.", | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume); |
8,804 | 1 | // If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it. | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} | NONSATD | true | return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " + | if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) { | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} |
8,804 | 2 | // This is bad, but not bad enough to shut down the scanner. | public void handle(ExtendedBlock block, IOException e) {
FsVolumeSpi volume = scanner.volume;
if (e == null) {
LOG.trace("Successfully scanned {} on {}", block, volume);
return;
}
// If the block does not exist anymore, then it's not an error.
if (!volume.getDataset().contains(block)) {
LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} | DESIGN | true | scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
} | if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} | LOG.debug("Volume {}: block {} is no longer in the dataset.",
volume, block);
return;
}
// If the block exists, the exception may due to a race with write:
// The BlockSender got an old block path in rbw. BlockReceiver removed
// the rbw block from rbw to finalized but BlockSender tried to open the
// file before BlockReceiver updated the VolumeMap. The state of the
// block can be changed again now, so ignore this error here. If there
// is a block really deleted by mistake, DirectoryScan should catch it.
if (e instanceof FileNotFoundException ) {
LOG.info("Volume {}: verification failed for {} because of " +
"FileNotFoundException. This may be due to a race with write.",
volume, block);
return;
}
LOG.warn("Reporting bad {} on {}", block, volume);
try {
scanner.datanode.reportBadBlocks(block, volume);
} catch (IOException ie) {
// This is bad, but not bad enough to shut down the scanner.
LOG.warn("Cannot report bad block " + block, ie);
}
} |
16,997 | 0 | /**
* Handler for an embedded member.
* @param mmds Chain of member metadata to the embedded member
* @param embCmd Class metadata for the embedded member type
* @param clr ClassLoader resolver
* @param embmd Any EmbeddedMetaData defining column info
* @param ownerNested Whether the owner is nested
*/ | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} |
16,997 | 1 | // Go through all members of the embedded type | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++) | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName())) | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{ |
16,997 | 2 | // Don't need column if not persistent | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
} | MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{ | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
} |
16,997 | 3 | // Special case of this being a link back to the owner. TODO Repeat this for nested and their owners | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
} | for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{ | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd)) |
16,997 | 4 | // Nested embedded PC, so recurse | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED)) | break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
} | if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true); |
16,997 | 5 | // Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0); | String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{ | RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
} |
16,997 | 6 | // TODO Create mapping for the related info under the above column | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | IMPLEMENTATION | true | }
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member | {
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED)) | }
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{ |
16,997 | 7 | // Recurse through the embedded member | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | // TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
} | }
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds); | {
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
} |
16,997 | 8 | // Nested embedded collection, so recurse | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{ | mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null) | else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType()); |
16,997 | 9 | // Add column for the collection (since the store needs a name to reference it by) | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0); | }
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{ | col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
} |
16,997 | 10 | // TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | IMPLEMENTATION | true | }
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested); | {
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{ | }
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition()); |
16,997 | 11 | // Nested embedded map, so recurse | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{ | processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
} | }
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData(); |
16,997 | 12 | // TODO Support nested embedded map key/value | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | IMPLEMENTATION | true | if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
} | {
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{ | if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true); |
16,997 | 13 | // Nested embedded array, so recurse | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{ | NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null) | NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType()); |
16,997 | 14 | // Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | IMPLEMENTATION | true | List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0); | continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{ | {
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
} |
16,997 | 15 | // TODO Create mapping for the related info under the above column
// Recurse through the embedded array element | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | IMPLEMENTATION | true | }
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested); | {
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{ | }
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition()); |
16,997 | 16 | // 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null); | }
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition()); | mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col); |
16,997 | 17 | // TODO Pass in embedded colmds if they have jdbcType info? | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | DESIGN | true | else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{ | MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j); | col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
} |
16,997 | 18 | // Create column(s) for this type using a TypeConverter | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{ | {
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null) | {
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType()); |
16,997 | 19 | // Create column for basic type | protected void processEmbeddedMember(List<AbstractMemberMetaData> mmds, AbstractClassMetaData embCmd, ClassLoaderResolver clr, EmbeddedMetaData embmd, boolean ownerNested)
{
TypeManager typeMgr = storeMgr.getNucleusContext().getTypeManager();
MetaDataManager mmgr = storeMgr.getMetaDataManager();
NamingFactory namingFactory = storeMgr.getNamingFactory();
AbstractMemberMetaData lastMmd = mmds.get(mmds.size()-1);
// Go through all members of the embedded type
int[] memberPositions = embCmd.getAllMemberPositions();
for (int i=0;i<memberPositions.length;i++)
{
AbstractMemberMetaData mmd = embCmd.getMetaDataForManagedMemberAtAbsolutePosition(memberPositions[i]);
if (mmd.getPersistenceModifier() != FieldPersistenceModifier.PERSISTENT)
{
// Don't need column if not persistent
continue;
}
if (mmds.size() == 1 && embmd != null && embmd.getOwnerMember() != null && embmd.getOwnerMember().equals(mmd.getName()))
{
// Special case of this being a link back to the owner. TODO Repeat this for nested and their owners
continue;
}
AbstractMemberMetaData embmdMmd = null;
if (embmd != null)
{
AbstractMemberMetaData[] embmdMmds = embmd.getMemberMetaData();
if (embmdMmds != null)
{
for (AbstractMemberMetaData thisMmd : embmdMmds)
{
if (thisMmd.getName().equals(mmd.getName()))
{
embmdMmd = thisMmd;
break;
}
}
}
}
RelationType relationType = mmd.getRelationType(clr);
if (relationType != RelationType.NONE && MetaDataUtils.getInstance().isMemberEmbedded(mmgr, clr, mmd, relationType, lastMmd))
{
if (RelationType.isRelationSingleValued(relationType))
{
// Nested embedded PC, so recurse
boolean nested = false;
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_PC_NESTED))
{
nested = !storeMgr.getNucleusContext().getConfiguration().getBooleanProperty(PropertyNames.PROPERTY_METADATA_EMBEDDED_PC_FLAT);
String nestedStr = mmd.getValueForExtension("nested");
if (nestedStr != null && nestedStr.equalsIgnoreCase("" + !nested))
{
nested = !nested;
}
}
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
if (nested)
{
// Embedded object stored as nested under this in the owner table (where the datastore supports that)
// Add column for the owner of the embedded object, typically for the column name only
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
}
// Recurse through the embedded member
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, nested);
}
else
{
if (mmd.hasCollection())
{
// Nested embedded collection, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_COLLECTION_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the collection (since the store needs a name to reference it by)
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded collection element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getCollection().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded collection. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasMap())
{
// Nested embedded map, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_MAP_NESTED))
{
// TODO Support nested embedded map key/value
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not yet supported so ignoring");
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded map. Not supported for this datastore so ignoring");
continue;
}
}
else if (mmd.hasArray())
{
// Nested embedded array, so recurse
if (storeMgr.getSupportedOptions().contains(StoreManager.OPTION_ORM_EMBEDDED_ARRAY_NESTED))
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
// Add column for the array (since the store needs a name to reference it by) TODO Extract this block out and reuse it
ColumnMetaData[] colmds = mmd.getColumnMetaData();
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(true);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
// TODO Create mapping for the related info under the above column
// Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
TypeConverter typeConv = getTypeConverterForMember(mmd, colmds, typeMgr); // TODO Pass in embedded colmds if they have jdbcType info?
if (typeConv != null)
{
// Create column(s) for this type using a TypeConverter
if (typeConv instanceof MultiColumnConverter)
{
Class[] colJavaTypes = ((MultiColumnConverter)typeConv).getDatastoreColumnTypes();
Column[] cols = new Column[colJavaTypes.length];
for (int j=0;j<colJavaTypes.length;j++)
{
String colName = namingFactory.getColumnName(embMmds, j);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[j].getPosition());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getPosition() != null)
{
col.setPosition(colmds[j].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == colJavaTypes.length && embmdMmd.getColumnMetaData()[j].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[j].getJdbcType());
}
else if (colmds != null && colmds.length == colJavaTypes.length && colmds[j].getJdbcType() != null)
{
col.setJdbcType(colmds[j].getJdbcType());
}
cols[j] = col;
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, cols, typeConv);
for (int j=0;j<colJavaTypes.length;j++)
{
((ColumnImpl)cols[j]).setMemberColumnMapping(mapping);
}
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
else
{
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, typeConv);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
mapping.setTypeConverter(typeConv);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
else
{
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
AbstractMemberMetaData theMmd = embMmds.get(0);
if (theMmd.isPrimaryKey())
{
col.setPrimaryKey();
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col);
col.setMemberColumnMapping(mapping);
if (schemaVerifier != null)
{
schemaVerifier.attributeEmbeddedMember(mapping, embMmds);
}
mappingByEmbeddedMember.put(getEmbeddedMemberNavigatedPath(embMmds), mapping);
}
}
}
}
} | NONSATD | true | // 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null); | }
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition()); | // Recurse through the embedded array element
processEmbeddedMember(embMmds, mmgr.getMetaDataForClass(mmd.getArray().getElementType(), clr), clr, embmdMmd != null ? embmdMmd.getEmbeddedMetaData() : null, true);
}
else
{
NucleusLogger.DATASTORE_SCHEMA.warn("Member " + mmd.getFullFieldName() + " is a (nested) embedded array. Not supported for this datastore so ignoring");
continue;
}
}
}
}
else
{
List<AbstractMemberMetaData> embMmds = new ArrayList<AbstractMemberMetaData>(mmds);
embMmds.add(mmd);
ColumnMetaData[] colmds = mmd.getColumnMetaData();
if (relationType != RelationType.NONE)
{
// 1-1/N-1 stored as single column with persistable-id
// 1-N/M-N stored as single column with collection<persistable-id>
// Create column for basic type
String colName = namingFactory.getColumnName(embMmds, 0);
ColumnImpl col = addEmbeddedColumn(colName, null);
col.setNested(ownerNested);
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getPosition() != null)
{
col.setPosition(embmdMmd.getColumnMetaData()[0].getPosition());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getPosition() != null)
{
col.setPosition(colmds[0].getPosition());
}
if (embmdMmd != null && embmdMmd.getColumnMetaData() != null && embmdMmd.getColumnMetaData().length == 1 && embmdMmd.getColumnMetaData()[0].getJdbcType() != null)
{
col.setJdbcType(embmdMmd.getColumnMetaData()[0].getJdbcType());
}
else if (colmds != null && colmds.length == 1 && colmds[0].getJdbcType() != null)
{
col.setJdbcType(colmds[0].getJdbcType());
}
MemberColumnMapping mapping = new MemberColumnMappingImpl(mmd, col); |
17,001 | 0 | // TODO: Can't we just use the original set? | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} | DESIGN | true | QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name); | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
} |
17,001 | 1 | // apply predicate on txMap | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} | NONSATD | true | QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData); | // TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
} | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} |
17,001 | 2 | // meanwhile remove keys which are not in txMap | @Override
@SuppressWarnings("unchecked")
public Set keySet(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate should not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries!");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} | NONSATD | true | }
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject); | Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} | MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.KEY);
Set<Object> queryResult = new QueryResultCollection(serializationService, IterationType.KEY, false, true, result);
// TODO: Can't we just use the original set?
Set<Object> keySet = new HashSet<Object>(queryResult);
Extractors extractors = mapServiceContext.getExtractors(name);
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
Data keyData = entry.getKey();
if (!Type.REMOVED.equals(entry.getValue().type)) {
Object value = (entry.getValue().value instanceof Data)
? toObjectIfNeeded(entry.getValue().value) : entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
keyData, value, extractors);
// apply predicate on txMap
if (predicate.apply(queryEntry)) {
Object keyObject = serializationService.toObject(keyData);
keySet.add(keyObject);
}
} else {
// meanwhile remove keys which are not in txMap
Object keyObject = serializationService.toObject(keyData);
keySet.remove(keyObject);
}
}
return keySet;
} |
17,002 | 0 | // TODO: Can't we just use the original set? | @Override
@SuppressWarnings("unchecked")
public Collection values(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate can not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject);
} else {
if (isUpdated) {
keyWontBeIncluded.add(keyObject);
}
Object entryValue = entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
entry.getKey(), entryValue, extractors);
if (predicate.apply(queryEntry)) {
valueSet.add(queryEntry.getValue());
}
}
}
removeFromResultSet(queryResult, valueSet, keyWontBeIncluded);
return valueSet;
} | DESIGN | true | QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>(); | @SuppressWarnings("unchecked")
public Collection values(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate can not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject); | @Override
@SuppressWarnings("unchecked")
public Collection values(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate can not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject);
} else {
if (isUpdated) {
keyWontBeIncluded.add(keyObject);
}
Object entryValue = entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
entry.getKey(), entryValue, extractors);
if (predicate.apply(queryEntry)) {
valueSet.add(queryEntry.getValue());
} |
17,002 | 1 | // iterate over the txMap and see if the values are updated or removed | @Override
@SuppressWarnings("unchecked")
public Collection values(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate can not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject);
} else {
if (isUpdated) {
keyWontBeIncluded.add(keyObject);
}
Object entryValue = entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
entry.getKey(), entryValue, extractors);
if (predicate.apply(queryEntry)) {
valueSet.add(queryEntry.getValue());
}
}
}
removeFromResultSet(queryResult, valueSet, keyWontBeIncluded);
return valueSet;
} | NONSATD | true | Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type); | checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject);
} else {
if (isUpdated) {
keyWontBeIncluded.add(keyObject);
} | @Override
@SuppressWarnings("unchecked")
public Collection values(Predicate predicate) {
checkTransactionState();
checkNotNull(predicate, "Predicate can not be null!");
checkNotInstanceOf(PagingPredicate.class, predicate, "Paging is not supported for Transactional queries");
MapQueryEngine queryEngine = mapServiceContext.getMapQueryEngine(name);
SerializationService serializationService = getNodeEngine().getSerializationService();
QueryResult result = queryEngine.invokeQueryAllPartitions(name, predicate, IterationType.ENTRY);
QueryResultCollection<Map.Entry> queryResult
= new QueryResultCollection<Map.Entry>(serializationService, IterationType.ENTRY, false, true, result);
// TODO: Can't we just use the original set?
List<Object> valueSet = new ArrayList<Object>();
Set<Object> keyWontBeIncluded = new HashSet<Object>();
Extractors extractors = mapServiceContext.getExtractors(name);
// iterate over the txMap and see if the values are updated or removed
for (Map.Entry<Data, TxnValueWrapper> entry : txMap.entrySet()) {
boolean isRemoved = Type.REMOVED.equals(entry.getValue().type);
boolean isUpdated = Type.UPDATED.equals(entry.getValue().type);
Object keyObject = serializationService.toObject(entry.getKey());
if (isRemoved) {
keyWontBeIncluded.add(keyObject);
} else {
if (isUpdated) {
keyWontBeIncluded.add(keyObject);
}
Object entryValue = entry.getValue().value;
QueryableEntry queryEntry = new CachedQueryEntry((InternalSerializationService) serializationService,
entry.getKey(), entryValue, extractors);
if (predicate.apply(queryEntry)) {
valueSet.add(queryEntry.getValue());
}
}
}
removeFromResultSet(queryResult, valueSet, keyWontBeIncluded);
return valueSet; |
636 | 0 | //endregion
//region > Facet Handling | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | NONSATD | true | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} |
636 | 1 | // HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition? | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | DESIGN | true | final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
} | if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
} | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
} |
636 | 2 | // search up the inheritance hierarchy | @Override
public <Q extends Facet> Q getFacet(final Class<Q> facetType) {
final Q facet = super.getFacet(facetType);
Q noopFacet = null;
if (isNotANoopFacet(facet)) {
return facet;
} else {
noopFacet = facet;
}
if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | NONSATD | true | }
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) { | final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} | if (interfaces() != null) {
final List<ObjectSpecification> interfaces = interfaces();
for (int i = 0; i < interfaces.size(); i++) {
final ObjectSpecification interfaceSpec = interfaces.get(i);
if (interfaceSpec == null) {
// HACK: shouldn't happen, but occurring on occasion when
// running
// XATs under JUnit4. Some sort of race condition?
continue;
}
final Q interfaceFacet = interfaceSpec.getFacet(facetType);
if (isNotANoopFacet(interfaceFacet)) {
return interfaceFacet;
} else {
if (noopFacet == null) {
noopFacet = interfaceFacet;
}
}
}
}
// search up the inheritance hierarchy
final ObjectSpecification superSpec = superclass();
if (superSpec != null) {
final Q superClassFacet = superSpec.getFacet(facetType);
if (isNotANoopFacet(superClassFacet)) {
return superClassFacet;
}
}
return noopFacet;
} |
17,020 | 0 | // TODO: Remove these probing methods, and test through mocked ScriptingContainerDelegate. | String probeGemHomeForTesting() {
return this.gemHome;
} | IMPLEMENTATION | true | String probeGemHomeForTesting() {
return this.gemHome;
} | String probeGemHomeForTesting() {
return this.gemHome;
} | String probeGemHomeForTesting() {
return this.gemHome;
} |
643 | 0 | // ---------------------------------------------------------------------------- | protected void blast(T message) {
logger.debug("blast called for message: " + message);
Map<String,Object> filter = KStringUtil.toMap(message.getFilter());
Long affinityAppId = null;
Map<String, Object> data = createPayLoadData(message);
List<D> deviceList = getDeviceList(filter, affinityAppId, message.isSandbox());
int sendCount = 0;
List<String> blastErrors = new ArrayList<String>();
List<String> deviceIdList = new ArrayList<String>();
for (D device : deviceList) {
logger.debug("blast push device: " + device);
KPushService.Platform platform = getPushService().getPushPlatform(device.getPlatformName(), device.isSandbox());
String endpoint = device.getPushEndpoint();
if (platform == null || endpoint == null) {
continue;
}
try {
getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} | NONSATD | true | protected void blast(T message) {
logger.debug("blast called for message: " + message);
Map<String,Object> filter = KStringUtil.toMap(message.getFilter());
Long affinityAppId = null;
Map<String, Object> data = createPayLoadData(message);
List<D> deviceList = getDeviceList(filter, affinityAppId, message.isSandbox());
int sendCount = 0;
List<String> blastErrors = new ArrayList<String>();
List<String> deviceIdList = new ArrayList<String>();
for (D device : deviceList) {
logger.debug("blast push device: " + device);
KPushService.Platform platform = getPushService().getPushPlatform(device.getPlatformName(), device.isSandbox());
String endpoint = device.getPushEndpoint();
if (platform == null || endpoint == null) {
continue;
}
try {
getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} | protected void blast(T message) {
logger.debug("blast called for message: " + message);
Map<String,Object> filter = KStringUtil.toMap(message.getFilter());
Long affinityAppId = null;
Map<String, Object> data = createPayLoadData(message);
List<D> deviceList = getDeviceList(filter, affinityAppId, message.isSandbox());
int sendCount = 0;
List<String> blastErrors = new ArrayList<String>();
List<String> deviceIdList = new ArrayList<String>();
for (D device : deviceList) {
logger.debug("blast push device: " + device);
KPushService.Platform platform = getPushService().getPushPlatform(device.getPlatformName(), device.isSandbox());
String endpoint = device.getPushEndpoint();
if (platform == null || endpoint == null) {
continue;
}
try {
getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} | protected void blast(T message) {
logger.debug("blast called for message: " + message);
Map<String,Object> filter = KStringUtil.toMap(message.getFilter());
Long affinityAppId = null;
Map<String, Object> data = createPayLoadData(message);
List<D> deviceList = getDeviceList(filter, affinityAppId, message.isSandbox());
int sendCount = 0;
List<String> blastErrors = new ArrayList<String>();
List<String> deviceIdList = new ArrayList<String>();
for (D device : deviceList) {
logger.debug("blast push device: " + device);
KPushService.Platform platform = getPushService().getPushPlatform(device.getPlatformName(), device.isSandbox());
String endpoint = device.getPushEndpoint();
if (platform == null || endpoint == null) {
continue;
}
try {
getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} |
643 | 1 | // FIXME: this won't save since it's a blob type and underlying framework needs to support it | protected void blast(T message) {
logger.debug("blast called for message: " + message);
Map<String,Object> filter = KStringUtil.toMap(message.getFilter());
Long affinityAppId = null;
Map<String, Object> data = createPayLoadData(message);
List<D> deviceList = getDeviceList(filter, affinityAppId, message.isSandbox());
int sendCount = 0;
List<String> blastErrors = new ArrayList<String>();
List<String> deviceIdList = new ArrayList<String>();
for (D device : deviceList) {
logger.debug("blast push device: " + device);
KPushService.Platform platform = getPushService().getPushPlatform(device.getPlatformName(), device.isSandbox());
String endpoint = device.getPushEndpoint();
if (platform == null || endpoint == null) {
continue;
}
try {
getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} | DEFECT | true | }
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message); | deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} | getPushService().publish(platform, endpoint, message.getMessage(), data);
logger.debug("\n--------------------------\n"
+ "\npush message:"
+ "\nplatform: " + platform
+ "\nendpoint: " + endpoint
+ "\nmessage: " + message
+ "\ndata: " + data
+ "\n--------------------------\n"
);
sendCount += 1;
deviceIdList.add(device.getId().toString());
} catch (Exception e) {
blastErrors.add(e.getMessage());
}
}
logger.debug("blast: updating sendCount: " + sendCount);
if (blastErrors.size() > 0) {
logger.warn("Broadcast blast errors" + KStringUtil.join(blastErrors, "\n\n"));
}
message.setDeviceCount(sendCount);
// FIXME: this won't save since it's a blob type and underlying framework needs to support it
message.setDevices(KStringUtil.join(deviceIdList,",").getBytes());
update(message);
} |
25,223 | 0 | /**
* Returns the join of the two specified nodes if it exists.
*
* @param x the first node
* @param y the second node
*
* @return the node which is at the join of the nodes or null if it does not
* exist
*
* @todo this.majorants should return an iterator
*/ | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | NONSATD | true | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} |
25,223 | 1 | // TODO this.majorants should return an iterator | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} | DESIGN | true | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x); | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
} | public Node<N> join(Node<N> x, Node<N> y) {
// TODO this.majorants should return an iterator
SortedSet<Node<N>> xMajorants = new TreeSet<Node<N>>(this.majorants(x));
xMajorants.add(x);
SortedSet<Node<N>> yMajorants = new TreeSet<Node<N>>(this.majorants(y));
yMajorants.add(y);
xMajorants.retainAll(yMajorants);
DAGraph<N, E> graph = this.getSubgraphByNodes(xMajorants);
TreeSet<Node> join = new TreeSet<Node>(graph.min());
if (join.size() == 1) {
return join.first();
}
return null;
} |
8,840 | 0 | /**
* Reset YACC settings data so that tests can start at a clean slate.
* This is sort of hackish... maybe the Atlassian integration test
* API has a way to reset all the data?
*/ | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} | DESIGN | true | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} | public static void resetData(BitbucketTestedProduct stash) {
YaccRepoSettingsPage settingsPage = stash.visit(BitbucketLoginPage.class)
.loginAsSysAdmin(YaccRepoSettingsPage.class);
settingsPage.clickEditYacc()
.clearSettings();
settingsPage.clickSubmit();
settingsPage.clickDisable();
YaccGlobalSettingsPage globalSettingsPage = stash.visit(YaccGlobalSettingsPage.class);
globalSettingsPage.clearSettings();
globalSettingsPage.clickSubmit();
stash.getTester().getDriver().manage().deleteAllCookies();
} |
25,228 | 0 | /**
* Resets the statspecs to make them consistent for all tests in all
* containers with the given test id. Uses a global override, if provided.
*/ | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} |
25,228 | 1 | // special case | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next(); | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) { |
25,228 | 2 | // determine which statspec file to use | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) { | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
} | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId); |
25,228 | 3 | // @todo lises support option to use union of all statspecs | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | IMPLEMENTATION | true | if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests(); | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) { | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
} |
25,228 | 4 | // reset the statspec file for each test in the container | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) { | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers); | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
} |
25,228 | 5 | // determine which statspec file to use for this test id | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | }
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) { | if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next(); | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} |
25,228 | 6 | // @todo lises support option to use union of all statspecs | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | IMPLEMENTATION | true | if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests(); | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) { | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
} |
25,228 | 7 | // reset the statspec file for each test with the given test id | private static void resetStatSpecs(String testId, List testContainers,
String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | NONSATD | true | statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next(); | for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} | String statSpecFileOverride) {
if (testContainers.size() == 1) { // special case
TestContainer testContainer = (TestContainer)testContainers.get(0);
// determine which statspec file to use
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testContainer);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test in the container
List tests = testContainer.getTests();
for (Iterator i = tests.iterator(); i.hasNext();) {
Test test = (Test)i.next();
test.resetStatSpecs(statSpecFile);
}
} else {
// determine which statspec file to use for this test id
String statSpecFile = statSpecFileOverride;
if (statSpecFileOverride == null) {
statSpecFile = getLastStatSpecFile(testId, testContainers);
} // @todo lises support option to use union of all statspecs
// reset the statspec file for each test with the given test id
for (Iterator i = testContainers.iterator(); i.hasNext();) {
TestContainer testContainer = (TestContainer)i.next();
List tests = testContainer.getTestsWithId(testId);
for (Iterator j = tests.iterator(); j.hasNext();) {
Test test = (Test)j.next();
test.resetStatSpecs(statSpecFile);
}
}
}
} |
25,229 | 0 | /**
* Returns a list of {@link ValueComparator}s for the given test and test
* containers with values for relevant statistics.
*/ | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | NONSATD | true | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} |
25,229 | 1 | // test is missing from this container | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | NONSATD | true | TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) { | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId; | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
} |
25,229 | 2 | // multiple runs of this test are present | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | NONSATD | true | ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests | List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next(); | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} |
25,229 | 3 | // @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | IMPLEMENTATION | true | comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId; | for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives(); | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} |
25,229 | 4 | // make each instance read its archives | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | NONSATD | true | }
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next(); | ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} | private static List buildValueComparators(String testId,
List testContainers) {
List comparators = new ArrayList();
for (int i = 0; i < testContainers.size(); i++) {
TestContainer testContainer = (TestContainer)testContainers.get(i);
List tests = testContainer.getTestsWithId(testId);
if (tests.size() == 0) { // test is missing from this container
comparators.add(null);
} else if (tests.size() == 1) {
Test test = (Test)tests.get(0);
ValueComparator comparator = new ValueComparator(i, test);
comparators.add(comparator);
} else { // multiple runs of this test are present
// @todo lises move this check into ValueComparator, for future
// averaging, make ValueComparator accept a list of tests
String s = "Not implemented yet: multiple tests in "
+ testContainer.getTestContainerDir() + " with id=" + testId;
throw new UnsupportedOperationException(s);
}
}
// make each instance read its archives
for (Iterator i = comparators.iterator(); i.hasNext();) {
ValueComparator comparator = (ValueComparator)i.next();
if (comparator != null) {
comparator.readArchives();
}
}
return comparators;
} |