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stringlengths 2
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| code
stringlengths 31
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stringclasses 6
values | isFinished
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class | code_context_2
stringlengths 21
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stringlengths 29
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stringlengths 29
27.3k
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|---|---|---|---|---|---|---|---|---|
24,804 | 2 | // 判断签字是否存在
// 打印签字信息 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字 | childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord); | + childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage()); |
24,804 | 3 | // base64 转换签字 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | // 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try { | }
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字 | logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态 |
24,804 | 4 | // 查询该记录签字是否存在 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) { | // 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) { | childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid()); |
24,804 | 5 | // 新增签字 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
} | // base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态 | }
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} |
24,804 | 6 | // 修改签字状态 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord); | byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||" | String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} |
24,804 | 7 | // 签字状态 | @SuppressWarnings("restriction")
private void updateDJTSign(ChildVaccinaterecord childVaccinaterecord, Map<String, Object> maplist,
Map<String, Object> code) {
logger.info("获取排号签字数据开始" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
Object signObjVaccid = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
logger.info("signObjVaccid-->" + (signObjVaccid == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getNid().substring(0, 2));
Object signObj = CacheUtils.get(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
logger.info("signObj-->" + (signObj == null));
CacheUtils.remove(CacheUtils.SIGN_CACHE,
childVaccinaterecord.getChildid() + "_" + childVaccinaterecord.getVaccineid());
if (signObj == null) {
signObj = signObjVaccid;
}
logger.info("signObjFinal-->" + (signObj == null));
if (signObj != null) {
String signStr = (String) signObj;
// 初始化记录数据
childVaccinaterecord = childVaccinaterecordService.get(childVaccinaterecord);
if (childVaccinaterecord != null) {
// 判断签字是否存在
// 打印签字信息
code.put("sign", signStr);
// base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | NONSATD | true | logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true); | // 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} | // base64 转换签字
BASE64Decoder decoder = new BASE64Decoder();
try {
byte[] sign = decoder.decodeBuffer(signStr);
if (null != sign && sign.length > 0) {
childVaccinaterecord.setSignatureData(sign);
childVaccinaterecord.setStype(ChildVaccinaterecord.SIGNATURE_SOURCE_DJT);
// 查询该记录签字是否存在
int count = childVaccinaterecordService.querySignature(childVaccinaterecord);
if (count == 0) {
// 新增签字
childVaccinaterecordService.insertSignatures(childVaccinaterecord);
}
// 修改签字状态
childVaccinaterecord.setSignature(ChildVaccinaterecord.SIGNATURE_YES);
childVaccinaterecordService.updateSignatures(childVaccinaterecord);
}
} catch (Exception e) {
logger.error("微信签字base64转bytes失败", e.getMessage());
}
// 签字状态
}
maplist.put("success", true);
logger.error("打印排号获取签字成功" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
} else {
logger.error("打印排号获取签字失败" + childVaccinaterecord.getNid().substring(0, 2) + "||"
+ childVaccinaterecord.getVaccineid());
}
} |
8,421 | 0 | // Validate boolean preferences | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | NONSATD | true | return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){ | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default: | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"}; |
8,421 | 1 | // Validate edit mode | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | NONSATD | true | this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"}; | newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"}; | return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl); |
8,421 | 2 | // Validate edit mode | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | NONSATD | true | this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"}; | newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"}; | return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl); |
8,421 | 3 | // TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | DESIGN | true | }
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl); | }
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) { | this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} |
8,421 | 4 | // If value changed, write it to the file too | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | NONSATD | true | Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp); | // System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
} | }
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} |
8,421 | 5 | // Move tmp to normal | @POST
@Path("setPreference")
public synchronized void setPreference(
@FormParam("preferencename") String preferenceName,
@FormParam("preferencevalue") String preferenceValue) {
if ((preferenceName == null) || (preferenceValue == null))
return;
Object newValue = null;
// Validate boolean preferences
String[] booleanPrefs = {"advanced-mode", "allow-anonymous-usage-tracking", "fs-reverse"};
if (Arrays.asList(booleanPrefs).contains(preferenceName)){
switch (preferenceValue){
case "true":
newValue = Boolean.TRUE;
break;
case "false":
newValue = Boolean.FALSE;
break;
default:
return;
}
if (preferenceName.equals("advanced-mode"))
this.isUseAdvancedMode = (Boolean) newValue;
else if (preferenceName == "allow")
this.isAllowAnonymousTracking = (Boolean) newValue;
}
// Validate edit mode
else if (preferenceName.equals("edit-mode")){
String[] validModes = {"vim", "emacs", "default"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
this.editMode = preferenceValue;
}
}
// Validate edit mode
else if (preferenceName.equals("fs-order-by")){
String[] validModes = {"uri", "modified"};
if (Arrays.asList(validModes).contains(preferenceValue)){
newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | NONSATD | true | prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
} | ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} | newValue = preferenceValue;
}
}
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
// System.out.println(preferenceFileUrl + " url!!!!\n");
// Use a temporary for atomic writing
java.nio.file.Path preferenceFileTmp = Paths.get(preferenceFileUrl + ".tmp");
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
ObjectMapper om = new ObjectMapper();
TypeReference readType = new TypeReference<HashMap<String, Object>>() {
};
Map<String, Object> prefs = om.readValue(preferenceFile.toFile(), readType);
Object oldValue = (Object) prefs.get(preferenceName);
// If value changed, write it to the file too
if (!Objects.equals(newValue, oldValue)) {
Files.deleteIfExists(preferenceFileTmp);
prefs.put(preferenceName, newValue);
om.writerWithDefaultPrettyPrinter().writeValue(preferenceFileTmp.toFile(), prefs);
// Move tmp to normal
Files.move(preferenceFileTmp, preferenceFile, REPLACE_EXISTING);
}
} catch (IOException e) {
e.printStackTrace();
}
} |
8,420 | 0 | // TODO, assume the url is a file path for now. | private void resetConfig() {
final String configFileUrl = this.bkConfig.getConfigFileUrl();
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
java.nio.file.Path configFile = Paths.get(configFileUrl);
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
JSONParser parser = new JSONParser();
JSONObject configJsonObject =
(JSONObject) parser.parse(this.utils.readFile(configFile));
JSONObject preferenceJsonObject =
(JSONObject) parser.parse(this.utils.readFile(preferenceFile));
String isAllowTracking = mergeBooleanSetting(
"allow-anonymous-usage-tracking",
configJsonObject,
preferenceJsonObject);
setPreference("allow-anonymous-usage-tracking", isAllowTracking);
String isUseAdvancedMode = mergeBooleanSetting(
"advanced-mode",
configJsonObject,
preferenceJsonObject);
setPreference("advanced-mode", isUseAdvancedMode);
String mergedEditMode = mergeStringSetting(
"edit-mode",
configJsonObject,
preferenceJsonObject);
setPreference("edit-mode", mergedEditMode);
this.initPlugins.addAll(
mergeListSetting("init", configJsonObject, preferenceJsonObject));
this.controlPanelMenuPlugins.addAll(
mergeListSetting("control-panel-menu-plugins", configJsonObject, preferenceJsonObject));
this.menuPlugins.addAll(
mergeListSetting("notebook-app-menu-plugins", configJsonObject, preferenceJsonObject));
this.cellMenuPlugins.addAll(
mergeListSetting("notebook-cell-menu-plugins", configJsonObject, preferenceJsonObject));
} catch (ParseException e) {
throw new RuntimeException("failed getting beaker configurations from config file", e);
}
} | DESIGN | true | final String configFileUrl = this.bkConfig.getConfigFileUrl();
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
java.nio.file.Path configFile = Paths.get(configFileUrl);
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl); | private void resetConfig() {
final String configFileUrl = this.bkConfig.getConfigFileUrl();
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
java.nio.file.Path configFile = Paths.get(configFileUrl);
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
JSONParser parser = new JSONParser();
JSONObject configJsonObject =
(JSONObject) parser.parse(this.utils.readFile(configFile));
JSONObject preferenceJsonObject =
(JSONObject) parser.parse(this.utils.readFile(preferenceFile));
String isAllowTracking = mergeBooleanSetting(
"allow-anonymous-usage-tracking", | private void resetConfig() {
final String configFileUrl = this.bkConfig.getConfigFileUrl();
final String preferenceFileUrl = this.bkConfig.getPreferenceFileUrl();
// TODO, assume the url is a file path for now.
java.nio.file.Path configFile = Paths.get(configFileUrl);
java.nio.file.Path preferenceFile = Paths.get(preferenceFileUrl);
try {
JSONParser parser = new JSONParser();
JSONObject configJsonObject =
(JSONObject) parser.parse(this.utils.readFile(configFile));
JSONObject preferenceJsonObject =
(JSONObject) parser.parse(this.utils.readFile(preferenceFile));
String isAllowTracking = mergeBooleanSetting(
"allow-anonymous-usage-tracking",
configJsonObject,
preferenceJsonObject);
setPreference("allow-anonymous-usage-tracking", isAllowTracking);
String isUseAdvancedMode = mergeBooleanSetting(
"advanced-mode",
configJsonObject,
preferenceJsonObject);
setPreference("advanced-mode", isUseAdvancedMode);
String mergedEditMode = mergeStringSetting(
"edit-mode", |
24,810 | 0 | // TODO: use sane arg parsing | public static void main(String args[]) throws FileNotFoundException {
// TODO: use sane arg parsing
if (args.length != 2) {
throw new RuntimeException("usage: AnalyzeMethodEntry trace-in trace-out");
}
String inFileName = args[0];
String outFileName = args[1];
Deserializer<TraceEvent> d
= Deserializer.getDeserializer(new FileInputStream(inFileName),
TraceEvent.class);
Serializer<TraceEvent> s
= Serializer.getSerializer(new FileOutputStream(outFileName));
new AnalyzeMethodEntry(d, s).analyze();
} | IMPLEMENTATION | true | public static void main(String args[]) throws FileNotFoundException {
// TODO: use sane arg parsing
if (args.length != 2) {
throw new RuntimeException("usage: AnalyzeMethodEntry trace-in trace-out"); | public static void main(String args[]) throws FileNotFoundException {
// TODO: use sane arg parsing
if (args.length != 2) {
throw new RuntimeException("usage: AnalyzeMethodEntry trace-in trace-out");
}
String inFileName = args[0];
String outFileName = args[1];
Deserializer<TraceEvent> d
= Deserializer.getDeserializer(new FileInputStream(inFileName),
TraceEvent.class);
Serializer<TraceEvent> s
= Serializer.getSerializer(new FileOutputStream(outFileName)); | public static void main(String args[]) throws FileNotFoundException {
// TODO: use sane arg parsing
if (args.length != 2) {
throw new RuntimeException("usage: AnalyzeMethodEntry trace-in trace-out");
}
String inFileName = args[0];
String outFileName = args[1];
Deserializer<TraceEvent> d
= Deserializer.getDeserializer(new FileInputStream(inFileName),
TraceEvent.class);
Serializer<TraceEvent> s
= Serializer.getSerializer(new FileOutputStream(outFileName));
new AnalyzeMethodEntry(d, s).analyze();
} |
8,431 | 0 | /** GETTER
* TODO: Write general description for this method
*/ | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} | DOCUMENTATION | true | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} |
8,432 | 0 | /** SETTER
* TODO: Write general description for this method
*/ | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} | DOCUMENTATION | true | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} |
8,433 | 0 | /** GETTER
* TODO: Write general description for this method
*/ | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} | DOCUMENTATION | true | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} |
8,434 | 0 | /** SETTER
* TODO: Write general description for this method
*/ | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} | DOCUMENTATION | true | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} |
8,435 | 0 | /** GETTER
* TODO: Write general description for this method
*/ | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} | DOCUMENTATION | true | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} |
8,436 | 0 | /** SETTER
* TODO: Write general description for this method
*/ | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} | DOCUMENTATION | true | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} |
8,437 | 0 | /** GETTER
* TODO: Write general description for this method
*/ | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} | DOCUMENTATION | true | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} |
8,438 | 0 | /** SETTER
* TODO: Write general description for this method
*/ | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} | DOCUMENTATION | true | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} |
16,627 | 0 | //TODO: This could fail if an equals number of additions and removals happened within one second. | public void checkList()
{
if(observed.size() != cachedSize)
{
cachedSize = observed.size();
listUpdated();
}
} | DEFECT | true | public void checkList()
{
if(observed.size() != cachedSize)
{
cachedSize = observed.size();
listUpdated();
}
} | public void checkList()
{
if(observed.size() != cachedSize)
{
cachedSize = observed.size();
listUpdated();
}
} | public void checkList()
{
if(observed.size() != cachedSize)
{
cachedSize = observed.size();
listUpdated();
}
} |
24,825 | 0 | /**************************************************************************
* Drawing the image of the world and assign on the ImageViewer in the GUI
* not very fast, can be improved...
**************************************************************************/ | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | DESIGN | true | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} |
24,825 | 1 | //for each cells | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0; | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK); |
24,825 | 2 | //test is colorized | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&"); | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)"); |
24,825 | 3 | //System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | //test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;} | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK); | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)"); |
24,825 | 4 | //no draw a black point | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
} | //System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)"); | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} |
24,825 | 5 | //show me the result on scsreen | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | }
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells"); | if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} |
24,825 | 6 | //refresh counters | public synchronized void draw_World(){
//for each cells
ant1nbCells=0;
ant2nbCells=0;
ant3nbCells=0;
ant4nbCells=0;
for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | NONSATD | true | }
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)"); | if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} | for (int x=0;x<WIDTH;x++){
for (int y=0;y<HEIGHT;y++){
//test is colorized
if (world.getLocation().get((WIDTH*y)+x).isColorized()){
//System.out.print("(x,y)=("+x+","+y+")&");
//yes draw a point with this color
wimgWorld.getPixelWriter().setColor(x, y, world.getLocation().get((WIDTH*y)+x).getColorS());
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT1)==0){ant1nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT2)==0){ant2nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT3)==0){ant3nbCells++;}
if (world.getLocation().get((WIDTH*y)+x).getName().compareTo(ANT4)==0){ant4nbCells++;}
}
else
{
//no draw a black point
wimgWorld.getPixelWriter().setColor(x, y, javafx.scene.paint.Color.BLACK);
}
}
}
imgWorld.setImage(wimgWorld); //show me the result on scsreen
//refresh counters
lbTotalCellsNb.setText(nbTotalCells+" cells");
lbAnt1CellsNb.setText(ant1nbCells+" cells ("+formatter.format(((double)ant1nbCells/nbTotalCells)*100)+"%)");
lbAnt2CellsNb.setText(ant2nbCells+" cells ("+formatter.format(((double)ant2nbCells/nbTotalCells)*100)+"%)");
lbAnt3CellsNb.setText(ant3nbCells+" cells ("+formatter.format(((double)ant3nbCells/nbTotalCells)*100)+"%)");
lbAnt4CellsNb.setText(ant4nbCells+" cells ("+formatter.format(((double)ant4nbCells/nbTotalCells)*100)+"%)");
} |
33,024 | 0 | // TODO All following Node inherited methods will be apply under full versioning | public Node addNode(String s) throws ItemExistsException, PathNotFoundException, VersionException, ConstraintViolationException, LockException, RepositoryException {
return null;
} | IMPLEMENTATION | true | public Node addNode(String s) throws ItemExistsException, PathNotFoundException, VersionException, ConstraintViolationException, LockException, RepositoryException {
return null;
} | public Node addNode(String s) throws ItemExistsException, PathNotFoundException, VersionException, ConstraintViolationException, LockException, RepositoryException {
return null;
} | public Node addNode(String s) throws ItemExistsException, PathNotFoundException, VersionException, ConstraintViolationException, LockException, RepositoryException {
return null;
} |
8,457 | 0 | /**
* Start this processor. The processor will open an event stream on its message source in a new thread using {@link
* StreamableMessageSource#openStream(TrackingToken)}. The {@link TrackingToken} used to open the stream will be
* fetched from the {@link TokenStore}.
* <p>
* Upon start up of an application, this method will be invoked in the {@link Phase#INBOUND_EVENT_CONNECTORS}
* phase.
*/ | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | NONSATD | true | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} |
8,457 | 1 | // then it's ok. It's already running | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | NONSATD | true | if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else { | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
} | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} |
8,457 | 2 | // this is problematic. There are still active threads pending a shutdown. | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | DEFECT | true | return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
} | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} | @Override
@StartHandler(phase = Phase.INBOUND_EVENT_CONNECTORS)
public void start() {
if (activeProcessorThreads() > 0 || workLauncherRunning.get()) {
if (state.get().isRunning()) {
// then it's ok. It's already running
return;
} else {
// this is problematic. There are still active threads pending a shutdown.
throw new IllegalStateException("Cannot start this processor. It is pending shutdown...");
}
}
State previousState = state.getAndSet(State.STARTED);
if (!previousState.isRunning()) {
startSegmentWorkers();
}
} |
275 | 0 | // arg is Event | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | NONSATD | true | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return; | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource()); | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here |
275 | 1 | // check the event function against the functions we have notifications watching for | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | NONSATD | true | return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId); | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} |
275 | 2 | //we err on the side of caution here in checking all events that might invalidate the data in the cache -DH | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | NONSATD | true | // check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) { | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid); | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} |
275 | 3 | //we need the userId | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | NONSATD | true | if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) { | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} |
275 | 4 | // look for group reference. Need to replace it with parent site reference | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | NONSATD | true | //we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try { | if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e); | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} |
275 | 5 | //not sure how we'd end up here | public void update(Observable arg0, Object arg) {
// arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | DESIGN | true | userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
} | Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} | // arg is Event
if (!(arg instanceof Event))
return;
Event event = (Event) arg;
// check the event function against the functions we have notifications watching for
String function = event.getEvent();
//we err on the side of caution here in checking all events that might invalidate the data in the cache -DH
if (UserDirectoryService.SECURE_ADD_USER.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN_PASSWORD.equals(function)
|| UserDirectoryService.SECURE_UPDATE_USER_ANY.equals(function) || UserDirectoryService.SECURE_UPDATE_USER_OWN.equals(function)) {
//we need the userId
Reference ref = entityManager.newReference(event.getResource());
// look for group reference. Need to replace it with parent site reference
String refId = ref.getId();
try {
String eid = userDirectoryService.getUserEid(refId);
log.debug("removing " + eid + " from cache");
authenticationCache.removeAuthentification(eid);
userCache.remove(UserDirectoryService.IDCACHE + eid);
userCache.remove(UserDirectoryService.EIDCACHE + refId);
} catch (UserNotDefinedException e) {
//not sure how we'd end up here
log.warn(e.getMessage(), e);
}
}
} |
8,468 | 0 | // If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology. | private ProgressTracker createProgressTracker() {
ReadOperation readOperation;
RemoteGrpcPortWriteOperation grpcWriteOperation;
RegisterAndProcessBundleOperation bundleProcessOperation;
try {
readOperation = getReadOperation();
} catch (Exception exn) {
readOperation = null;
LOG.info("Unable to get read operation.", exn);
return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null;
LOG.debug("Does not have exactly one grpcWRite and bundleProcess operation.", exn);
}
if (grpcWriteOperation != null && bundleProcessOperation != null) {
return new SingularProcessBundleProgressTracker(
readOperation, grpcWriteOperation, bundleProcessOperation);
} else {
return new ReadOperationProgressTracker(readOperation);
}
} | NONSATD | true | return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation = | ReadOperation readOperation;
RemoteGrpcPortWriteOperation grpcWriteOperation;
RegisterAndProcessBundleOperation bundleProcessOperation;
try {
readOperation = getReadOperation();
} catch (Exception exn) {
readOperation = null;
LOG.info("Unable to get read operation.", exn);
return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null; | private ProgressTracker createProgressTracker() {
ReadOperation readOperation;
RemoteGrpcPortWriteOperation grpcWriteOperation;
RegisterAndProcessBundleOperation bundleProcessOperation;
try {
readOperation = getReadOperation();
} catch (Exception exn) {
readOperation = null;
LOG.info("Unable to get read operation.", exn);
return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null;
LOG.debug("Does not have exactly one grpcWRite and bundleProcess operation.", exn);
}
if (grpcWriteOperation != null && bundleProcessOperation != null) {
return new SingularProcessBundleProgressTracker(
readOperation, grpcWriteOperation, bundleProcessOperation);
} else {
return new ReadOperationProgressTracker(readOperation);
}
} |
8,468 | 1 | // TODO: Handle more than one sdk worker processing a single bundle. | private ProgressTracker createProgressTracker() {
ReadOperation readOperation;
RemoteGrpcPortWriteOperation grpcWriteOperation;
RegisterAndProcessBundleOperation bundleProcessOperation;
try {
readOperation = getReadOperation();
} catch (Exception exn) {
readOperation = null;
LOG.info("Unable to get read operation.", exn);
return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null;
LOG.debug("Does not have exactly one grpcWRite and bundleProcess operation.", exn);
}
if (grpcWriteOperation != null && bundleProcessOperation != null) {
return new SingularProcessBundleProgressTracker(
readOperation, grpcWriteOperation, bundleProcessOperation);
} else {
return new ReadOperationProgressTracker(readOperation);
}
} | IMPLEMENTATION | true | Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null; | // If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null;
LOG.debug("Does not have exactly one grpcWRite and bundleProcess operation.", exn);
}
if (grpcWriteOperation != null && bundleProcessOperation != null) {
return new SingularProcessBundleProgressTracker(
readOperation, grpcWriteOperation, bundleProcessOperation);
} else {
return new ReadOperationProgressTracker(readOperation);
} | ReadOperation readOperation;
RemoteGrpcPortWriteOperation grpcWriteOperation;
RegisterAndProcessBundleOperation bundleProcessOperation;
try {
readOperation = getReadOperation();
} catch (Exception exn) {
readOperation = null;
LOG.info("Unable to get read operation.", exn);
return new NullProgressTracker();
}
// If there is a exactly one of each of RemoteGrpcPortWriteOperation and
// RegisterAndProcessBundleOperation we know they have the right topology.
try {
grpcWriteOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RemoteGrpcPortWriteOperation.class));
bundleProcessOperation =
Iterables.getOnlyElement(
Iterables.filter(operations, RegisterAndProcessBundleOperation.class));
} catch (IllegalArgumentException | NoSuchElementException exn) {
// TODO: Handle more than one sdk worker processing a single bundle.
grpcWriteOperation = null;
bundleProcessOperation = null;
LOG.debug("Does not have exactly one grpcWRite and bundleProcess operation.", exn);
}
if (grpcWriteOperation != null && bundleProcessOperation != null) {
return new SingularProcessBundleProgressTracker(
readOperation, grpcWriteOperation, bundleProcessOperation);
} else {
return new ReadOperationProgressTracker(readOperation);
}
} |
16,664 | 0 | //TODO: Make Firefox subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 1 | //TODO: Make IE subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 2 | //TODO: Make Edge subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 3 | //TODO: Make Opera subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass | switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 4 | //TODO: Make Safari subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass | return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null; | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 5 | //TODO: Make iOS_iPhone subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass | return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 6 | //TODO: Make iOS_iPad subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass | return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 7 | //TODO: Make Android subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass | return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,664 | 8 | //TODO: Make HtmlUnit subclass | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | IMPLEMENTATION | true | return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null; | return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} |
16,665 | 0 | /**
* Use the 'nzsession' program to clear out any persistent sessions.
* This is a hack; somehow, the Connection.close() call occurring in
* tearDown() is not actually closing the open netezza sessions. After
* 32 connections open like this, subsequent tests will deadlock.
* This method terminates the sessions forcefully.
*/ | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | DESIGN | true | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} |
16,665 | 1 | // Run nzsession and capture a list of open transactions. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession); | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream(); | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id. |
16,665 | 2 | // Wait for the process to end. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) { | args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) { | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]); |
16,665 | 3 | // Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines(); | args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
} | String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} |
16,665 | 4 | // Ignore empty lines. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +"); | if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
} | args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} |
16,665 | 5 | // Not enough tokens on this line. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) { | // If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} |
16,665 | 6 | // Found a match. | public void clearNzSessions() throws IOException, InterruptedException {
String pathToNzSession = System.getProperty(
NZ_SESSION_PATH_KEY, DEFAULT_NZ_SESSION_PATH);
// Run nzsession and capture a list of open transactions.
ArrayList<String> args = new ArrayList<String>();
args.add(pathToNzSession);
args.add("-host");
args.add(NETEZZA_HOST);
args.add("-u");
args.add(ADMIN_USER);
args.add("-pw");
args.add(ADMIN_PASS);
Process p = Runtime.getRuntime().exec(args.toArray(new String[0]));
InputStream is = p.getInputStream();
LineBufferingAsyncSink sink = new LineBufferingAsyncSink();
sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | NONSATD | true | }
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
} | List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} | sink.processStream(is);
// Wait for the process to end.
int result = p.waitFor();
if (0 != result) {
throw new IOException("Session list command terminated with " + result);
}
// Collect all the stdout, and parse the output.
// If the third whitespace-delimited token is the sqooptest user,
// the the first token is the nzsession id. We should kill that id.
sink.join();
List<String> processList = sink.getLines();
for (String processLine : processList) {
if (null == processLine || processLine.length() == 0) {
continue; // Ignore empty lines.
}
String [] tokens = processLine.split(" +");
if (tokens.length < 3) {
continue; // Not enough tokens on this line.
}
if (tokens[2].equalsIgnoreCase(NETEZZA_USER)) {
// Found a match.
killSession(tokens[0]);
}
}
} |
286 | 0 | /**
* Get the path to the 32-bit app_process binary.<br>
* <br>
* It is unlikely you will need to call this method.
*
* @see #getAppProcess()
* @see #getAppProcess32Bit(boolean)
*
* @return Path to 32-bit app_process or app_process with unspecified bits or null
*/ | public static String getAppProcess32Bit() {
return getAppProcess32Bit(true);
} | NONSATD | true | public static String getAppProcess32Bit() {
return getAppProcess32Bit(true);
} | public static String getAppProcess32Bit() {
return getAppProcess32Bit(true);
} | public static String getAppProcess32Bit() {
return getAppProcess32Bit(true);
} |
16,671 | 0 | //TODO - Could we also check if the elevator is up and limit speed? | @Override
public void execute() {
double y = -Constants.joystick.getY();
double z = Constants.joystick.getZ();
//TODO - Could we also check if the elevator is up and limit speed?
if(y < Constants.REVERSE_MAX_SPEED) {
y = Constants.REVERSE_MAX_SPEED;
}
if(z < Constants.LEFT_MAX_SPEED ) {
z = Constants.LEFT_MAX_SPEED;
} else if(z > Constants.RIGHT_MAX_SPEED){
z = Constants.RIGHT_MAX_SPEED;
}
driveSubsystem.getDiffDrive().arcadeDrive(y, z);
} | IMPLEMENTATION | true | double y = -Constants.joystick.getY();
double z = Constants.joystick.getZ();
//TODO - Could we also check if the elevator is up and limit speed?
if(y < Constants.REVERSE_MAX_SPEED) {
y = Constants.REVERSE_MAX_SPEED; | @Override
public void execute() {
double y = -Constants.joystick.getY();
double z = Constants.joystick.getZ();
//TODO - Could we also check if the elevator is up and limit speed?
if(y < Constants.REVERSE_MAX_SPEED) {
y = Constants.REVERSE_MAX_SPEED;
}
if(z < Constants.LEFT_MAX_SPEED ) {
z = Constants.LEFT_MAX_SPEED;
} else if(z > Constants.RIGHT_MAX_SPEED){
z = Constants.RIGHT_MAX_SPEED;
}
driveSubsystem.getDiffDrive().arcadeDrive(y, z);
} | @Override
public void execute() {
double y = -Constants.joystick.getY();
double z = Constants.joystick.getZ();
//TODO - Could we also check if the elevator is up and limit speed?
if(y < Constants.REVERSE_MAX_SPEED) {
y = Constants.REVERSE_MAX_SPEED;
}
if(z < Constants.LEFT_MAX_SPEED ) {
z = Constants.LEFT_MAX_SPEED;
} else if(z > Constants.RIGHT_MAX_SPEED){
z = Constants.RIGHT_MAX_SPEED;
}
driveSubsystem.getDiffDrive().arcadeDrive(y, z);
} |
8,485 | 0 | // not called | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} | DESIGN | true | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} |
33,065 | 0 | /**
* TODO implement me
*/ | private List<DataPoint> getIntersectedSetUsingQuadTree(List<DataPoint> dataset, Rectangle rect) {
throw new UnsupportedOperationException("Not Yet Implemented");
} | IMPLEMENTATION | true | private List<DataPoint> getIntersectedSetUsingQuadTree(List<DataPoint> dataset, Rectangle rect) {
throw new UnsupportedOperationException("Not Yet Implemented");
} | private List<DataPoint> getIntersectedSetUsingQuadTree(List<DataPoint> dataset, Rectangle rect) {
throw new UnsupportedOperationException("Not Yet Implemented");
} | private List<DataPoint> getIntersectedSetUsingQuadTree(List<DataPoint> dataset, Rectangle rect) {
throw new UnsupportedOperationException("Not Yet Implemented");
} |
8,490 | 0 | //FIXME this line break is doubled - is this correct?? | private static String getSampleWithLineBreak(){
StringBuilder sb = new StringBuilder();
sb.append("[");
for(int i = 1; i < 4; i++){
sb.append(getTypicalElement(i));
sb.append(",");
}
sb.append("{\"id\" : 4," +
"\"author\" : \"With line\\n break\"," + //FIXME this line break is doubled - is this correct??
"\"title\" : \"Book title 4\"," +
"\"publish_date\" : \"2010-05-26\"" +
"},");
sb.append(getTypicalElement(5));
sb.append(",");
sb.append(getTypicalElement(6));
sb.append("]");
return sb.toString();
} | DEFECT | true | }
sb.append("{\"id\" : 4," +
"\"author\" : \"With line\\n break\"," + //FIXME this line break is doubled - is this correct??
"\"title\" : \"Book title 4\"," +
"\"publish_date\" : \"2010-05-26\"" + | private static String getSampleWithLineBreak(){
StringBuilder sb = new StringBuilder();
sb.append("[");
for(int i = 1; i < 4; i++){
sb.append(getTypicalElement(i));
sb.append(",");
}
sb.append("{\"id\" : 4," +
"\"author\" : \"With line\\n break\"," + //FIXME this line break is doubled - is this correct??
"\"title\" : \"Book title 4\"," +
"\"publish_date\" : \"2010-05-26\"" +
"},");
sb.append(getTypicalElement(5));
sb.append(",");
sb.append(getTypicalElement(6));
sb.append("]");
return sb.toString();
} | private static String getSampleWithLineBreak(){
StringBuilder sb = new StringBuilder();
sb.append("[");
for(int i = 1; i < 4; i++){
sb.append(getTypicalElement(i));
sb.append(",");
}
sb.append("{\"id\" : 4," +
"\"author\" : \"With line\\n break\"," + //FIXME this line break is doubled - is this correct??
"\"title\" : \"Book title 4\"," +
"\"publish_date\" : \"2010-05-26\"" +
"},");
sb.append(getTypicalElement(5));
sb.append(",");
sb.append(getTypicalElement(6));
sb.append("]");
return sb.toString();
} |
8,492 | 0 | /* A WeakKey is equal to another WeakKey iff they both refer to objects
that are, in turn, equal according to their own equals methods */ | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | NONSATD | true | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} |
8,492 | 1 | // never happens | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | NONSATD | true | @Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type, | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true; | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} |
8,492 | 2 | // This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false; | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | DESIGN | true | if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get(); | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} | @Pure
@Override
public boolean equals(@Nullable Object o) {
if (o == null) return false; // never happens
if (this == o) return true;
// This test is illegal because WeakKey is a generic type,
// so use the getClass hack below instead.
// if (!(o instanceof WeakKey)) return false;
if (!(o.getClass().equals(WeakKey.class))) return false;
Object t = this.get();
@SuppressWarnings("unchecked")
Object u = ((WeakKey) o).get();
if ((t == null) || (u == null)) return false;
if (t == u) return true;
return keyEquals(t, u);
} |
16,687 | 0 | /**
* Reads the GPS configuration and inserts GPS overlay on map, if it is enabled.
*/ | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | NONSATD | true | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} |
16,687 | 1 | // verify if GPS enable on device | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | NONSATD | true | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext()); | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) ); | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} |
16,687 | 2 | // TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar? | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | IMPLEMENTATION | true | }
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} | public void applyGPSSetting() {
// verify if GPS enable on device
if(GPSService.isGPSProviderEnable(context) || GPSService.isNetworkProviderEnable(context)) {
GPSSettingController gpsSettingController = new GPSSettingController(mMapView.getContext());
Boolean showGPSLocation = gpsSettingController.getGPSLocationState();
Boolean showGPSLocationOnCenter = gpsSettingController.getGPSCenterState();
if (showGPSLocation != null)
if (showGPSLocation) {
MainActivity mainActivity = (MainActivity) context;
GPSOverlayController gpsOverlayController = mainActivity.getMainController().getGpsOverlayController();
gpsOverlayController.addGPSTrackerLayer();
gpsOverlayController.setKeepOnCenter( ((showGPSLocationOnCenter != null)?(showGPSLocationOnCenter):(false)) );
}
}else {
// TODO: notify user when the state of the GPS resource is disabled. use one icon on action bar?
}
} |
33,071 | 0 | /** Tests matching of built-in operator names. */ | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | NONSATD | true | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} |
33,071 | 1 | // TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java. | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | TEST | true | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER) | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok(); | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} |
33,071 | 2 | // Built-in functions are always case-insensitive. | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | NONSATD | true | .withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok(); | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} | @Test void testUnquotedBuiltInFunctionNames() {
// TODO: Once Oracle is an officially supported dialect, this test
// should be moved to OracleValidatorTest.java.
final Sql oracle = sql("?")
.withUnquotedCasing(Casing.TO_UPPER)
.withCaseSensitive(true);
// Built-in functions are always case-insensitive.
oracle.sql("select count(*), sum(deptno), floor(2.5) from dept").ok();
oracle.sql("select COUNT(*), FLOOR(2.5) from dept").ok();
oracle.sql("select cOuNt(*), FlOOr(2.5) from dept").ok();
oracle.sql("select cOuNt (*), FlOOr (2.5) from dept").ok();
oracle.sql("select current_time from dept").ok();
oracle.sql("select Current_Time from dept").ok();
oracle.sql("select CURRENT_TIME from dept").ok();
oracle.sql("select \"count\"(*) from dept").ok();
} |
24,886 | 0 | //TODO this should return a list of what? | @Test
public void testAuthRequest() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} | DESIGN | true | HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info); | @Test
public void testAuthRequest() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} | @Test
public void testAuthRequest() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} |
24,887 | 0 | //TODO this should return a list of what? | @Test(expected = RuntimeException.class)
public void testAuthRequestIOException() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andThrow(new IOException());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} | DESIGN | true | HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andThrow(new IOException());
expect(mockManager.associate(anyObject(List.class))).andReturn(info); | @Test(expected = RuntimeException.class)
public void testAuthRequestIOException() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andThrow(new IOException());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} | @Test(expected = RuntimeException.class)
public void testAuthRequestIOException() throws IOException, MessageException, DiscoveryException, ConsumerException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
HttpServletResponse resp = createMockResponse();
AuthRequest authRequest = createMockAuthRequest();
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andThrow(new IOException());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertFalse(consumer.authRequest("discover", req, resp));
} |
24,888 | 0 | //TODO this should return a list of what? | @Test
public void testVerifyResponse() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, true, true, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
} | DESIGN | true | Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info); | @Test
public void testVerifyResponse() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, true, true, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
} | @Test
public void testVerifyResponse() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, true, true, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
} |
24,889 | 0 | //TODO this should return a list of what? | @Test
public void testVerifyResponseNullIdentifier() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
VerificationResult result = createMockVerificationResult(null, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertNull(consumer.verifyResponse(req));
} | DESIGN | true | true, true);
VerificationResult result = createMockVerificationResult(null, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info); | @Test
public void testVerifyResponseNullIdentifier() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
VerificationResult result = createMockVerificationResult(null, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertNull(consumer.verifyResponse(req));
} | @Test
public void testVerifyResponseNullIdentifier() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, true);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
true, true);
VerificationResult result = createMockVerificationResult(null, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertNull(consumer.verifyResponse(req));
} |
24,890 | 0 | //TODO this should return a list of what? | @Test
public void testVerifyResponseNoEmail() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, false);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
false, false);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
verify(authSuccess);
verify(session);
} | DESIGN | true | Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info); | @Test
public void testVerifyResponseNoEmail() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, false);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
false, false);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
verify(authSuccess);
verify(session);
} | @Test
public void testVerifyResponseNoEmail() throws IOException, MessageException, DiscoveryException, ConsumerException, AssociationException {
DiscoveryInformation info = createMockInfo();
HttpSession session = createMockSession(info, false, false, false);
HttpServletRequest req = createMockRequest(session);
AuthRequest authRequest = createMockAuthRequest();
AuthSuccess authSuccess = createMockAuthSuccess(createMockFetchResponse(), createRegResponse(),
false, false);
Identifier id = createMockIdentifier();
VerificationResult result = createMockVerificationResult(id, authSuccess);
//TODO this should return a list of what?
expect(mockManager.discover(eq("discover"))).andReturn(Lists.newArrayList());
expect(mockManager.associate(anyObject(List.class))).andReturn(info);
expect(mockManager.authenticate(eq(info), eq("http://example.com:80/openid/openidcallback"))).andReturn(authRequest);
expect(mockManager.verify(eq("http://example.com/request?query"), anyObject(ParameterList.class), anyObject(DiscoveryInformation.class))).andReturn(result);
replay(mockManager);
consumer = new OpenIDConsumer("%origin%/openid/openidcallback", mockManager, "mockContextRoot", mockAuthority);
assertEquals(id, consumer.verifyResponse(req));
verify(authSuccess);
verify(session);
} |
8,514 | 0 | // TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access | public Object getTarget() {
try {
checkPermission(READ);
} catch (AccessDeniedException e) {
String rest = Stapler.getCurrentRequest().getRestOfPath();
for (String name : ALWAYS_READABLE_PATHS) {
if (rest.startsWith(name)) {
return this;
}
}
for (String name : getUnprotectedRootActions()) {
if (rest.startsWith("/" + name + "/") || rest.equals("/" + name)) {
return this;
}
}
// TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) {
return this;
}
throw e;
}
return this;
} | DESIGN | true | }
}
// TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) { | for (String name : ALWAYS_READABLE_PATHS) {
if (rest.startsWith(name)) {
return this;
}
}
for (String name : getUnprotectedRootActions()) {
if (rest.startsWith("/" + name + "/") || rest.equals("/" + name)) {
return this;
}
}
// TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) {
return this;
}
throw e;
}
return this;
} | public Object getTarget() {
try {
checkPermission(READ);
} catch (AccessDeniedException e) {
String rest = Stapler.getCurrentRequest().getRestOfPath();
for (String name : ALWAYS_READABLE_PATHS) {
if (rest.startsWith(name)) {
return this;
}
}
for (String name : getUnprotectedRootActions()) {
if (rest.startsWith("/" + name + "/") || rest.equals("/" + name)) {
return this;
}
}
// TODO SlaveComputer.doSlaveAgentJnlp; there should be an annotation to request unprotected access
if (rest.matches("/computer/[^/]+/slave-agent[.]jnlp")
&& "true".equals(Stapler.getCurrentRequest().getParameter("encrypt"))) {
return this;
}
throw e;
}
return this;
} |
325 | 0 | // This cast is horrid but we can't fix everything at once. | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region;
}
if (dropRegion != null && startRegion != null) {
break;
}
}
Track dropTrack = null;
if (dropRegion != null) {
Iterator<Track> tmp = dropRegion.getTracks().iterator();
if (tmp.hasNext()) {
dropTrack = tmp.next();
}
}
panel.moveSelectedTracksTo(tracks, dropTrack, before);
}
} | DESIGN | true | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions(); | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null; | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region; |
325 | 1 | // empty panel, just add the tracks | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region;
}
if (dropRegion != null && startRegion != null) {
break;
}
}
Track dropTrack = null;
if (dropRegion != null) {
Iterator<Track> tmp = dropRegion.getTracks().iterator();
if (tmp.hasNext()) {
dropTrack = tmp.next();
}
}
panel.moveSelectedTracksTo(tracks, dropTrack, before);
}
} | NONSATD | true | List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else { | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds(); | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region;
}
if (dropRegion != null && startRegion != null) {
break;
} |
325 | 2 | // Find the regions containing the startPoint and point | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region;
}
if (dropRegion != null && startRegion != null) {
break;
}
}
Track dropTrack = null;
if (dropRegion != null) {
Iterator<Track> tmp = dropRegion.getTracks().iterator();
if (tmp.hasNext()) {
dropTrack = tmp.next();
}
}
panel.moveSelectedTracksTo(tracks, dropTrack, before);
}
} | NONSATD | true | panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null; | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2; | void tracksDropped(Point startPoint, Point dropPoint, List<Track> tracks) {
// This cast is horrid but we can't fix everything at once.
TrackPanel panel = ((TrackPanel) getParent());
List<MouseableRegion> regions = getMouseRegions();
if (regions.isEmpty()) {
// empty panel, just add the tracks
panel.addTracks(tracks);
} else {
// Find the regions containing the startPoint and point
boolean before = true;
MouseableRegion dropRegion = null;
MouseableRegion startRegion = null;
for (MouseableRegion region : regions) {
if (region.containsPoint(dropPoint.x, dropPoint.y)) {
dropRegion = region;
Rectangle bnds = dropRegion.getBounds();
int dy1 = (dropPoint.y - bnds.y);
int dy2 = bnds.height - dy1;
before = dy1 < dy2;
}
if (region.containsPoint(startPoint.x, startPoint.y)) {
startRegion = region;
}
if (dropRegion != null && startRegion != null) {
break;
}
}
Track dropTrack = null;
if (dropRegion != null) { |
24,911 | 0 | // bug in junit csvsource parsing - it does a trim, using a manual parsing as workaround | @ParameterizedTest
@MethodSource("data") // bug in junit csvsource parsing - it does a trim, using a manual parsing as workaround
void parse(final String csv) {
final String[] parts = csv.split(",");
parse(parser, parts[0], parseInt(parts[1]), parseBoolean(parts[2]), null, parseInt(parts[3]));
} | DEFECT | true | @ParameterizedTest
@MethodSource("data") // bug in junit csvsource parsing - it does a trim, using a manual parsing as workaround
void parse(final String csv) {
final String[] parts = csv.split(","); | @ParameterizedTest
@MethodSource("data") // bug in junit csvsource parsing - it does a trim, using a manual parsing as workaround
void parse(final String csv) {
final String[] parts = csv.split(",");
parse(parser, parts[0], parseInt(parts[1]), parseBoolean(parts[2]), null, parseInt(parts[3]));
} | @ParameterizedTest
@MethodSource("data") // bug in junit csvsource parsing - it does a trim, using a manual parsing as workaround
void parse(final String csv) {
final String[] parts = csv.split(",");
parse(parser, parts[0], parseInt(parts[1]), parseBoolean(parts[2]), null, parseInt(parts[3]));
} |
343 | 0 | //todo issue #232 fix increment topic partition name for tests on multi jvm | @AfterMethod
public void cleanupResources() throws SQLException {
TEST_NUMBER++;
//todo issue #232 fix increment topic partition name for tests on multi jvm
ALL_RESOURCES.cleanUpClusters();
DB_RESOURCE.executeResource(JDBCUtil.DROP_TABLE_SQL_RESOURCE);
} | DEFECT | true | public void cleanupResources() throws SQLException {
TEST_NUMBER++;
//todo issue #232 fix increment topic partition name for tests on multi jvm
ALL_RESOURCES.cleanUpClusters();
DB_RESOURCE.executeResource(JDBCUtil.DROP_TABLE_SQL_RESOURCE); | @AfterMethod
public void cleanupResources() throws SQLException {
TEST_NUMBER++;
//todo issue #232 fix increment topic partition name for tests on multi jvm
ALL_RESOURCES.cleanUpClusters();
DB_RESOURCE.executeResource(JDBCUtil.DROP_TABLE_SQL_RESOURCE);
} | @AfterMethod
public void cleanupResources() throws SQLException {
TEST_NUMBER++;
//todo issue #232 fix increment topic partition name for tests on multi jvm
ALL_RESOURCES.cleanUpClusters();
DB_RESOURCE.executeResource(JDBCUtil.DROP_TABLE_SQL_RESOURCE);
} |
24,924 | 0 | /**
* TODO implement any common functionality here so that your
* heuristics can reuse them!
* E.g. you may want to implement the swapping of two delivery locations here!
*/ | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} | IMPLEMENTATION | true | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} | public ObjectiveFunctionInterface getObjectiveFunction(){
return this.oObjectiveFunction;
} |
24,925 | 0 | // Already scheduled | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} | NONSATD | true | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
} | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} |
24,925 | 1 | // TODO Avoid copying by using Iterator.remove() | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} | IMPLEMENTATION | true | cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister()); | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} | private void scheduleCleanup() {
if (cleanupRegistration != null) {
// Already scheduled
return;
}
cleanupRegistration = ui.beforeClientResponse(ui, ignore -> {
cleanupRegistration = null;
pendingCleanup = false;
// TODO Avoid copying by using Iterator.remove()
properties.keySet().stream().filter(property -> !lastUsed.contains(property)).collect(Collectors.toList())
.forEach(unused -> properties.remove(unused).unregister());
});
} |
8,547 | 0 | /** Deletes all items in the given path list followed by all bucket items. */ | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} | NONSATD | true | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} |
8,547 | 1 | // TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future. | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} | DESIGN | true | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) { | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration())); | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames); |
8,547 | 2 | // TODO(b/110833109): populate generation ID in StorageResourceId when listing infos? | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
}
} | IMPLEMENTATION | true | List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId( | // TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size()); | private void deleteInternal(List<FileInfo> itemsToDelete, List<FileInfo> bucketsToDelete)
throws IOException {
// TODO(user): We might need to separate out children into separate batches from parents to
// avoid deleting a parent before somehow failing to delete a child.
// Delete children before their parents.
//
// Note: we modify the input list, which is ok for current usage.
// We should make a copy in case that changes in future.
itemsToDelete.sort(FILE_INFO_PATH_COMPARATOR.reversed());
if (!itemsToDelete.isEmpty()) {
List<StorageResourceId> objectsToDelete = new ArrayList<>(itemsToDelete.size());
for (FileInfo fileInfo : itemsToDelete) {
// TODO(b/110833109): populate generation ID in StorageResourceId when listing infos?
objectsToDelete.add(
new StorageResourceId(
fileInfo.getItemInfo().getBucketName(),
fileInfo.getItemInfo().getObjectName(),
fileInfo.getItemInfo().getContentGeneration()));
}
gcs.deleteObjects(objectsToDelete);
}
if (!bucketsToDelete.isEmpty()) {
List<String> bucketNames = new ArrayList<>(bucketsToDelete.size());
for (FileInfo bucketInfo : bucketsToDelete) {
bucketNames.add(bucketInfo.getItemInfo().getResourceId().getBucketName());
}
if (options.isBucketDeleteEnabled()) {
gcs.deleteBuckets(bucketNames);
} else {
logger.atInfo().log(
"Skipping deletion of buckets because enableBucketDelete is false: %s", bucketNames);
}
} |
8,549 | 0 | /**
* Returns an Observable that emits items that are the result of applying a specified function to pairs of
* values, one each from the source ObservableSource and another specified ObservableSource.
* <p>
* The operator subscribes to its sources in order they are specified and completes eagerly if
* one of the sources is shorter than the rest while unsubscribing the other sources. Therefore, it
* is possible those other sources will never be able to run to completion (and thus not calling
* {@code doOnComplete()}). This can also happen if the sources are exactly the same length; if
* source A completes and B has been consumed and is about to complete, the operator detects A won't
* be sending further values and it will unsubscribe B immediately. For example:
* <pre><code>range(1, 5).doOnComplete(action1).zipWith(range(6, 5).doOnComplete(action2), (a, b) -> a + b)</code></pre>
* {@code action1} will be called but {@code action2} won't.
* <br>To work around this termination property,
* use {@link #doOnDispose(Action)} as well or use {@code using()} to do cleanup in case of completion
* or a dispose() call.
*
* <img width="640" height="380" src="https://raw.github.com/wiki/ReactiveX/RxJava/images/rx-operators/zip.png" alt="">
* <dl>
* <dt><b>Scheduler:</b></dt>
* <dd>{@code zipWith} does not operate by default on a particular {@link Scheduler}.</dd>
* </dl>
*
* @param <U>
* the type of items emitted by the {@code other} ObservableSource
* @param <R>
* the type of items emitted by the resulting ObservableSource
* @param other
* the other ObservableSource
* @param zipper
* a function that combines the pairs of items from the two ObservableSources to generate the items to
* be emitted by the resulting ObservableSource
* @return an Observable that pairs up values from the source ObservableSource and the {@code other} ObservableSource
* and emits the results of {@code zipFunction} applied to these pairs
* @see <a href="http://reactivex.io/documentation/operators/zip.html">ReactiveX operators documentation: Zip</a>
*/ | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper) {
ObjectHelper.requireNonNull(other, "other is null");
return zip(this, other, zipper);
} | NONSATD | true | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper) {
ObjectHelper.requireNonNull(other, "other is null");
return zip(this, other, zipper);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper) {
ObjectHelper.requireNonNull(other, "other is null");
return zip(this, other, zipper);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper) {
ObjectHelper.requireNonNull(other, "other is null");
return zip(this, other, zipper);
} |
8,550 | 0 | /**
* Returns an Observable that emits items that are the result of applying a specified function to pairs of
* values, one each from the source ObservableSource and another specified ObservableSource.
* <p>
* The operator subscribes to its sources in order they are specified and completes eagerly if
* one of the sources is shorter than the rest while unsubscribing the other sources. Therefore, it
* is possible those other sources will never be able to run to completion (and thus not calling
* {@code doOnComplete()}). This can also happen if the sources are exactly the same length; if
* source A completes and B has been consumed and is about to complete, the operator detects A won't
* be sending further values and it will unsubscribe B immediately. For example:
* <pre><code>range(1, 5).doOnComplete(action1).zipWith(range(6, 5).doOnComplete(action2), (a, b) -> a + b)</code></pre>
* {@code action1} will be called but {@code action2} won't.
* <br>To work around this termination property,
* use {@link #doOnDispose(Action)} as well or use {@code using()} to do cleanup in case of completion
* or a dispose() call.
*
* <img width="640" height="380" src="https://raw.github.com/wiki/ReactiveX/RxJava/images/rx-operators/zip.png" alt="">
* <dl>
* <dt><b>Scheduler:</b></dt>
* <dd>{@code zipWith} does not operate by default on a particular {@link Scheduler}.</dd>
* </dl>
*
* @param <U>
* the type of items emitted by the {@code other} ObservableSource
* @param <R>
* the type of items emitted by the resulting ObservableSource
* @param other
* the other ObservableSource
* @param zipper
* a function that combines the pairs of items from the two ObservableSources to generate the items to
* be emitted by the resulting ObservableSource
* @param delayError
* if true, errors from the current Observable or the other ObservableSource is delayed until both terminate
* @return an Observable that pairs up values from the source ObservableSource and the {@code other} ObservableSource
* and emits the results of {@code zipFunction} applied to these pairs
* @see <a href="http://reactivex.io/documentation/operators/zip.html">ReactiveX operators documentation: Zip</a>
* @since 2.0
*/ | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError) {
return zip(this, other, zipper, delayError);
} | NONSATD | true | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError) {
return zip(this, other, zipper, delayError);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError) {
return zip(this, other, zipper, delayError);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError) {
return zip(this, other, zipper, delayError);
} |
8,551 | 0 | /**
* Returns an Observable that emits items that are the result of applying a specified function to pairs of
* values, one each from the source ObservableSource and another specified ObservableSource.
* <p>
* The operator subscribes to its sources in order they are specified and completes eagerly if
* one of the sources is shorter than the rest while unsubscribing the other sources. Therefore, it
* is possible those other sources will never be able to run to completion (and thus not calling
* {@code doOnComplete()}). This can also happen if the sources are exactly the same length; if
* source A completes and B has been consumed and is about to complete, the operator detects A won't
* be sending further values and it will unsubscribe B immediately. For example:
* <pre><code>range(1, 5).doOnComplete(action1).zipWith(range(6, 5).doOnComplete(action2), (a, b) -> a + b)</code></pre>
* {@code action1} will be called but {@code action2} won't.
* <br>To work around this termination property,
* use {@link #doOnDispose(Action)} as well or use {@code using()} to do cleanup in case of completion
* or a dispose() call.
*
* <img width="640" height="380" src="https://raw.github.com/wiki/ReactiveX/RxJava/images/rx-operators/zip.png" alt="">
* <dl>
* <dt><b>Scheduler:</b></dt>
* <dd>{@code zipWith} does not operate by default on a particular {@link Scheduler}.</dd>
* </dl>
*
* @param <U>
* the type of items emitted by the {@code other} ObservableSource
* @param <R>
* the type of items emitted by the resulting ObservableSource
* @param other
* the other ObservableSource
* @param zipper
* a function that combines the pairs of items from the two ObservableSources to generate the items to
* be emitted by the resulting ObservableSource
* @param bufferSize
* the capacity hint for the buffer in the inner windows
* @param delayError
* if true, errors from the current Observable or the other ObservableSource is delayed until both terminate
* @return an Observable that pairs up values from the source ObservableSource and the {@code other} ObservableSource
* and emits the results of {@code zipFunction} applied to these pairs
* @see <a href="http://reactivex.io/documentation/operators/zip.html">ReactiveX operators documentation: Zip</a>
* @since 2.0
*/ | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError, int bufferSize) {
return zip(this, other, zipper, delayError, bufferSize);
} | NONSATD | true | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError, int bufferSize) {
return zip(this, other, zipper, delayError, bufferSize);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError, int bufferSize) {
return zip(this, other, zipper, delayError, bufferSize);
} | @CheckReturnValue
@SchedulerSupport(SchedulerSupport.NONE)
public final <U, R> Observable<R> zipWith(ObservableSource<? extends U> other,
BiFunction<? super T, ? super U, ? extends R> zipper, boolean delayError, int bufferSize) {
return zip(this, other, zipper, delayError, bufferSize);
} |
24,936 | 0 | // TODO: get path while TextPath is set. | @Override
protected Path getPath(Canvas canvas, Paint paint) {
Path path = new Path();
String text = formatText();
if (text == null) {
return path;
}
// TODO: get path while TextPath is set.
if (setupFillPaint(paint, 1.0f, getBox(paint, text))) {
applyTextPropertiesToPaint(paint);
paint.getTextPath(text, 0, text.length(), 0, -paint.ascent(), path);
path.transform(mMatrix);
}
return path;
} | IMPLEMENTATION | true | return path;
}
// TODO: get path while TextPath is set.
if (setupFillPaint(paint, 1.0f, getBox(paint, text))) {
applyTextPropertiesToPaint(paint); | @Override
protected Path getPath(Canvas canvas, Paint paint) {
Path path = new Path();
String text = formatText();
if (text == null) {
return path;
}
// TODO: get path while TextPath is set.
if (setupFillPaint(paint, 1.0f, getBox(paint, text))) {
applyTextPropertiesToPaint(paint);
paint.getTextPath(text, 0, text.length(), 0, -paint.ascent(), path);
path.transform(mMatrix);
}
return path;
} | @Override
protected Path getPath(Canvas canvas, Paint paint) {
Path path = new Path();
String text = formatText();
if (text == null) {
return path;
}
// TODO: get path while TextPath is set.
if (setupFillPaint(paint, 1.0f, getBox(paint, text))) {
applyTextPropertiesToPaint(paint);
paint.getTextPath(text, 0, text.length(), 0, -paint.ascent(), path);
path.transform(mMatrix);
}
return path;
} |
16,754 | 0 | /**
* Attach element identify name to class of "use" usage
*
* @param psiElement PhpClass used in "use" statement
*/ | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} | NONSATD | true | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} |
16,754 | 1 | // @TODO: namespace not supported | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} | IMPLEMENTATION | true | PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
} | public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} | @Override
public boolean isReferenceTo(PsiElement psiElement) {
if(!(psiElement instanceof PhpNamedElement)) {
return false;
}
String text = getElement().getText();
if(StringUtils.isBlank(text)) {
return false;
}
PsiElement namespace = element.getPrevSibling();
if(PhpPsiUtil.isOfType(namespace, PhpDocTokenTypes.DOC_NAMESPACE)) {
// @TODO: namespace not supported
return false;
}
String classByContext = PhpElementsUtil.getFqnForClassNameByContext(element, text);
if(classByContext != null) {
return StringUtils.stripStart(((PhpNamedElement) psiElement).getFQN(), "\\")
.equalsIgnoreCase(StringUtils.stripStart(fqn, "\\"));
}
return false;
} |
16,761 | 0 | // TODO(qinmin): May need to report the error to the caller. crbug.com/356498. | @CalledByNative
protected void releaseOutputBuffer(int index, boolean render) {
try {
mMediaCodec.releaseOutputBuffer(index, render);
} catch (IllegalStateException e) {
// TODO(qinmin): May need to report the error to the caller. crbug.com/356498.
Log.e(TAG, "Failed to release output buffer", e);
}
} | IMPLEMENTATION | true | mMediaCodec.releaseOutputBuffer(index, render);
} catch (IllegalStateException e) {
// TODO(qinmin): May need to report the error to the caller. crbug.com/356498.
Log.e(TAG, "Failed to release output buffer", e);
} | @CalledByNative
protected void releaseOutputBuffer(int index, boolean render) {
try {
mMediaCodec.releaseOutputBuffer(index, render);
} catch (IllegalStateException e) {
// TODO(qinmin): May need to report the error to the caller. crbug.com/356498.
Log.e(TAG, "Failed to release output buffer", e);
}
} | @CalledByNative
protected void releaseOutputBuffer(int index, boolean render) {
try {
mMediaCodec.releaseOutputBuffer(index, render);
} catch (IllegalStateException e) {
// TODO(qinmin): May need to report the error to the caller. crbug.com/356498.
Log.e(TAG, "Failed to release output buffer", e);
}
} |
16,764 | 0 | // TODO(dalecurtis): We may want to drop transient errors here. | @Override
public void onError(MediaCodec codec, MediaCodec.CodecException e) {
// TODO(dalecurtis): We may want to drop transient errors here.
Log.e(TAG, "MediaCodec.onError: %s", e.getDiagnosticInfo());
mMediaCodecBridge.onError(e);
} | IMPLEMENTATION | true | @Override
public void onError(MediaCodec codec, MediaCodec.CodecException e) {
// TODO(dalecurtis): We may want to drop transient errors here.
Log.e(TAG, "MediaCodec.onError: %s", e.getDiagnosticInfo());
mMediaCodecBridge.onError(e); | @Override
public void onError(MediaCodec codec, MediaCodec.CodecException e) {
// TODO(dalecurtis): We may want to drop transient errors here.
Log.e(TAG, "MediaCodec.onError: %s", e.getDiagnosticInfo());
mMediaCodecBridge.onError(e);
} | @Override
public void onError(MediaCodec codec, MediaCodec.CodecException e) {
// TODO(dalecurtis): We may want to drop transient errors here.
Log.e(TAG, "MediaCodec.onError: %s", e.getDiagnosticInfo());
mMediaCodecBridge.onError(e);
} |
8,573 | 0 | //TODO: translate code | public void translate() {
//TODO: translate code
} | IMPLEMENTATION | true | public void translate() {
//TODO: translate code
} | public void translate() {
//TODO: translate code
} | public void translate() {
//TODO: translate code
} |
33,149 | 0 | //HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required). | private void tag()
throws Exception
{
String[] asFilename = (String[])m_oCmdLineMap.get("filenames");
for (int i=0; i < asFilename.length; i++)
{
File oSourceFile = new File(asFilename[i]);
MP3File oMP3File = new MP3File(oSourceFile);
if (m_oCmdLineMap.containsKey("1"))
{
ID3V1_1Tag oID3V1_1Tag = new ID3V1_1Tag();
if (m_oCmdLineMap.containsKey("album"))
{
oID3V1_1Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V1_1Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V1_1Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
String sGenre = (String)m_oCmdLineMap.get("genre");
oID3V1_1Tag.setGenre(ID3V1Tag.Genre.lookupGenre(sGenre));
}
if (m_oCmdLineMap.containsKey("title"))
{
oID3V1_1Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V1_1Tag.setYear(((Integer)m_oCmdLineMap.get("year")).toString());
}
if (m_oCmdLineMap.containsKey("track"))
{
oID3V1_1Tag.setAlbumTrack(((Integer)m_oCmdLineMap.get("track")).intValue());
}
oMP3File.setID3Tag(oID3V1_1Tag);
}
if (m_oCmdLineMap.containsKey("2"))
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
//HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required).
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album"))
{
oID3V2_3_0Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V2_3_0Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V2_3_0Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
oID3V2_3_0Tag.setGenre((String)m_oCmdLineMap.get("genre"));
}
oMP3File.setID3Tag(oID3V2_3_0Tag);
if (m_oCmdLineMap.containsKey("title"))
{
oID3V2_3_0Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V2_3_0Tag.setYear(((Integer)m_oCmdLineMap.get("year")).intValue());
}
if (m_oCmdLineMap.containsKey("track"))
{
if (m_oCmdLineMap.containsKey("total"))
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue(),
((Integer)m_oCmdLineMap.get("total")).intValue());
}
else
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue());
}
}
}
oMP3File.sync();
}
} | DESIGN | true | {
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
//HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required).
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album")) | }
if (m_oCmdLineMap.containsKey("track"))
{
oID3V1_1Tag.setAlbumTrack(((Integer)m_oCmdLineMap.get("track")).intValue());
}
oMP3File.setID3Tag(oID3V1_1Tag);
}
if (m_oCmdLineMap.containsKey("2"))
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
//HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required).
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album"))
{
oID3V2_3_0Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V2_3_0Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment")) | String sGenre = (String)m_oCmdLineMap.get("genre");
oID3V1_1Tag.setGenre(ID3V1Tag.Genre.lookupGenre(sGenre));
}
if (m_oCmdLineMap.containsKey("title"))
{
oID3V1_1Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V1_1Tag.setYear(((Integer)m_oCmdLineMap.get("year")).toString());
}
if (m_oCmdLineMap.containsKey("track"))
{
oID3V1_1Tag.setAlbumTrack(((Integer)m_oCmdLineMap.get("track")).intValue());
}
oMP3File.setID3Tag(oID3V1_1Tag);
}
if (m_oCmdLineMap.containsKey("2"))
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
//HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required).
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album"))
{
oID3V2_3_0Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V2_3_0Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V2_3_0Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
oID3V2_3_0Tag.setGenre((String)m_oCmdLineMap.get("genre"));
}
oMP3File.setID3Tag(oID3V2_3_0Tag);
if (m_oCmdLineMap.containsKey("title"))
{ |
16,767 | 0 | // Iterate on the messages | @Override
public Runnable getConsumer(final KafkaSynchronizedConsumerPool pool, final KafkaStream<byte[], byte[]> stream) {
return new Runnable() {
@Override
public void run() {
ConsumerIterator<byte[],byte[]> iter = stream.iterator();
byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
// Iterate on the messages
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters();
// TODO(hbs): allow setting of writeBufferSize
try {
while (iter.hasNext()) {
//
// Since the cal to 'next' may block, we need to first
// check that there is a message available
//
boolean nonEmpty = iter.nonEmpty();
if (nonEmpty) {
MessageAndMetadata<byte[], byte[]> msg = iter.next();
counters.count(msg.partition(), msg.offset());
byte[] data = msg.message();
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_MESSAGES, Sensision.EMPTY_LABELS, 1);
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_BYTES, Sensision.EMPTY_LABELS, data.length);
if (null != sipHashKey) {
data = CryptoUtils.removeMAC(sipHashKey, data);
}
// Skip data whose MAC was not verified successfully
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDMACS, Sensision.EMPTY_LABELS, 1);
continue;
}
// Unwrap data if need be
if (null != aesKey) {
data = CryptoUtils.unwrap(aesKey, data);
}
// Skip data that was not unwrapped successfuly
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDCIPHERS, Sensision.EMPTY_LABELS, 1);
continue;
}
//
// Extract KafkaDataMessage
//
KafkaDataMessage tmsg = new KafkaDataMessage();
deserializer.deserialize(tmsg, data);
switch(tmsg.getType()) {
case STORE:
GTSEncoder encoder = new GTSEncoder(0L, null, tmsg.getData());
encoder.setClassId(tmsg.getClassId());
encoder.setLabelsId(tmsg.getLabelsId());
frontend.dispatch(encoder);
break;
case DELETE:
case ARCHIVE:
break;
default:
throw new RuntimeException("Invalid message type.");
}
} else {
// Sleep a tiny while
try {
Thread.sleep(1L);
} catch (InterruptedException ie) {
}
}
}
} catch (Throwable t) {
t.printStackTrace(System.err);
} finally {
// Set abort to true in case we exit the 'run' method
pool.getAbort().set(true);
}
}
};
} | NONSATD | true | byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
// Iterate on the messages
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters(); | @Override
public Runnable getConsumer(final KafkaSynchronizedConsumerPool pool, final KafkaStream<byte[], byte[]> stream) {
return new Runnable() {
@Override
public void run() {
ConsumerIterator<byte[],byte[]> iter = stream.iterator();
byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
// Iterate on the messages
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters();
// TODO(hbs): allow setting of writeBufferSize
try {
while (iter.hasNext()) {
//
// Since the cal to 'next' may block, we need to first
// check that there is a message available
//
boolean nonEmpty = iter.nonEmpty(); | @Override
public Runnable getConsumer(final KafkaSynchronizedConsumerPool pool, final KafkaStream<byte[], byte[]> stream) {
return new Runnable() {
@Override
public void run() {
ConsumerIterator<byte[],byte[]> iter = stream.iterator();
byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
// Iterate on the messages
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters();
// TODO(hbs): allow setting of writeBufferSize
try {
while (iter.hasNext()) {
//
// Since the cal to 'next' may block, we need to first
// check that there is a message available
//
boolean nonEmpty = iter.nonEmpty();
if (nonEmpty) {
MessageAndMetadata<byte[], byte[]> msg = iter.next();
counters.count(msg.partition(), msg.offset());
byte[] data = msg.message();
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_MESSAGES, Sensision.EMPTY_LABELS, 1);
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_BYTES, Sensision.EMPTY_LABELS, data.length);
if (null != sipHashKey) {
data = CryptoUtils.removeMAC(sipHashKey, data);
}
// Skip data whose MAC was not verified successfully |