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public void join ( AbstractEscherHolderRecord record ) { rawDataContainer . concatenate ( record . getRawData ( ) ) ; }
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public void Join ( AbstractEscherHolderRecord record ) { rawDataContainer . Concatenate ( record . RawData ) ; }
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public static byte [ ] grow ( byte [ ] array , int minSize ) { assert minSize >= 0 : "size must be positive (got " + minSize + "): likely integer overflow?" ; if ( array . length < minSize ) { return growExact ( array , oversize ( minSize , Byte . BYTES ) ) ; } else return array ; }
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public static byte [ ] Grow ( byte [ ] array , int minSize ) { Debug . Assert ( minSize >= 0 , "size must be positive (got " + minSize + "): likely integer overflow?" ) ; if ( array . Length < minSize ) { byte [ ] newArray = new byte [ Oversize ( minSize , 1 ) ] ; Array . Copy ( array , 0 , newArray , 0 , array . Length ) ; return newArray ; } else { return array ; } }
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public boolean equals ( Object obj ) { if ( this == obj ) return true ; if ( obj == null ) return false ; if ( getClass ( ) != obj . getClass ( ) ) return false ; FlushInfo other = ( FlushInfo ) obj ; if ( estimatedSegmentSize != other . estimatedSegmentSize ) return false ; if ( numDocs != other . numDocs ) return false ; return true ; }
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public override bool Equals ( object obj ) { if ( this == obj ) { return true ; } if ( obj == null ) { return false ; } if ( this . GetType ( ) != obj . GetType ( ) ) { return false ; } FlushInfo other = ( FlushInfo ) obj ; if ( EstimatedSegmentSize != other . EstimatedSegmentSize ) { return false ; } if ( NumDocs != other . NumDocs ) { return false ; } return true ; }
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public void copyRawTo ( int [ ] b , int o ) { b [ o ] = w1 ; b [ o + 1 ] = w2 ; b [ o + 2 ] = w3 ; b [ o + 3 ] = w4 ; b [ o + 4 ] = w5 ; }
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public virtual void CopyRawTo ( int [ ] b , int o ) { b [ o ] = w1 ; b [ o + 1 ] = w2 ; b [ o + 2 ] = w3 ; b [ o + 3 ] = w4 ; b [ o + 4 ] = w5 ; }
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public ReadPipelineResult readPipeline ( ReadPipelineRequest request ) { request = beforeClientExecution ( request ) ; return executeReadPipeline ( request ) ; }
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public virtual ReadPipelineResponse ReadPipeline ( ReadPipelineRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ReadPipelineRequestMarshaller . Instance ; options . ResponseUnmarshaller = ReadPipelineResponseUnmarshaller . Instance ; return Invoke < ReadPipelineResponse > ( request , options ) ; }
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public BoostQueryNode ( QueryNode query , float value ) { if ( query == null ) { throw new QueryNodeError ( new MessageImpl ( QueryParserMessages . NODE_ACTION_NOT_SUPPORTED , "query" , "null" ) ) ; } this . value = value ; setLeaf ( false ) ; allocate ( ) ; add ( query ) ; }
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public BoostQueryNode ( IQueryNode query , float value ) { if ( query == null ) { throw new QueryNodeError ( new Message ( QueryParserMessages . NODE_ACTION_NOT_SUPPORTED , "query" , "null" ) ) ; } this . value = value ; IsLeaf = false ; Allocate ( ) ; Add ( query ) ; }
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public void setFallbackAlgorithm ( DiffAlgorithm alg ) { fallback = alg ; }
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public virtual void SetFallbackAlgorithm ( DiffAlgorithm alg ) { fallback = alg ; }
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public void add ( Transition t ) { find ( t . min ) . starts . add ( t ) ; find ( 1 + t . max ) . ends . add ( t ) ; }
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public void Add ( Transition t ) { Find ( t . min ) . starts . Add ( t ) ; Find ( 1 + t . max ) . ends . Add ( t ) ; }
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public String toString ( ) { StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( " [FEATURE FORMULA ERRORS]\n" ) ; buffer . append ( " checkCalculationErrors = " ) ; buffer . append ( " checkEmptyCellRef = " ) ; buffer . append ( " checkNumbersAsText = " ) ; buffer . append ( " checkInconsistentRanges = " ) ; buffer . append ( " checkInconsistentFormulas = " ) ; buffer . append ( " checkDateTimeFormats = " ) ; buffer . append ( " checkUnprotectedFormulas = " ) ; buffer . append ( " performDataValidation = " ) ; buffer . append ( " [/FEATURE FORMULA ERRORS]\n" ) ; return buffer . toString ( ) ; }
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public override String ToString ( ) { StringBuilder buffer = new StringBuilder ( ) ; buffer . Append ( " [FEATURE FORMULA ERRORS]\n" ) ; buffer . Append ( " checkCalculationErrors = " ) ; buffer . Append ( " checkEmptyCellRef = " ) ; buffer . Append ( " checkNumbersAsText = " ) ; buffer . Append ( " checkInconsistentRanges = " ) ; buffer . Append ( " checkInconsistentFormulas = " ) ; buffer . Append ( " checkDateTimeFormats = " ) ; buffer . Append ( " checkUnprotectedFormulas = " ) ; buffer . Append ( " performDataValidation = " ) ; buffer . Append ( " [/FEATURE FORMULA ERRORS]\n" ) ; return buffer . ToString ( ) ; }
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public void execute ( Lexer lexer ) { lexer . setType ( type ) ; }
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public virtual void Execute ( Lexer lexer ) { lexer . Type = type ; }
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public UpgradePublishedSchemaResult upgradePublishedSchema ( UpgradePublishedSchemaRequest request ) { request = beforeClientExecution ( request ) ; return executeUpgradePublishedSchema ( request ) ; }
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public virtual UpgradePublishedSchemaResponse UpgradePublishedSchema ( UpgradePublishedSchemaRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpgradePublishedSchemaRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpgradePublishedSchemaResponseUnmarshaller . Instance ; return Invoke < UpgradePublishedSchemaResponse > ( request , options ) ; }
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public int readRecordSID ( ) { readPlain ( buffer , 0 , LittleEndianConsts . SHORT_SIZE ) ; int sid = LittleEndian . getUShort ( buffer , 0 ) ; shouldSkipEncryptionOnCurrentRecord = isNeverEncryptedRecord ( sid ) ; return sid ; }
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public int ReadRecordSID ( ) { int sid = _le . ReadUShort ( ) ; _rc4 . SkipTwoBytes ( ) ; _rc4 . StartRecord ( sid ) ; return sid ; }
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public CreateImageBuilderStreamingURLResult createImageBuilderStreamingURL ( CreateImageBuilderStreamingURLRequest request ) { request = beforeClientExecution ( request ) ; return executeCreateImageBuilderStreamingURL ( request ) ; }
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public virtual CreateImageBuilderStreamingURLResponse CreateImageBuilderStreamingURL ( CreateImageBuilderStreamingURLRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = CreateImageBuilderStreamingURLRequestMarshaller . Instance ; options . ResponseUnmarshaller = CreateImageBuilderStreamingURLResponseUnmarshaller . Instance ; return Invoke < CreateImageBuilderStreamingURLResponse > ( request , options ) ; }
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public SheetIdentifier ( String bookName , NameIdentifier sheetIdentifier ) { _bookName = bookName ; _sheetIdentifier = sheetIdentifier ; }
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public SheetIdentifier ( String bookName , NameIdentifier sheetIdentifier ) { _bookName = bookName ; _sheetIdentifier = sheetIdentifier ; }
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public boolean equals ( Object o ) { return o instanceof PortugueseStemmer ; }
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public override bool Equals ( object o ) { return o is PortugueseStemmer ; }
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public PasswordRecord clone ( ) { return copy ( ) ; }
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public override Object Clone ( ) { return new PasswordRecord ( field_1_password ) ; }
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public DescribeTableRequest ( String tableName ) { setTableName ( tableName ) ; }
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public DescribeTableRequest ( string tableName ) { _tableName = tableName ; }
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public ModifyCacheParameterGroupResult modifyCacheParameterGroup ( ModifyCacheParameterGroupRequest request ) { request = beforeClientExecution ( request ) ; return executeModifyCacheParameterGroup ( request ) ; }
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public virtual ModifyCacheParameterGroupResponse ModifyCacheParameterGroup ( ModifyCacheParameterGroupRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ModifyCacheParameterGroupRequestMarshaller . Instance ; options . ResponseUnmarshaller = ModifyCacheParameterGroupResponseUnmarshaller . Instance ; return Invoke < ModifyCacheParameterGroupResponse > ( request , options ) ; }
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public E set ( int location , E object ) { ListIterator < E > it = listIterator ( location ) ; if ( ! it . hasNext ( ) ) { throw new IndexOutOfBoundsException ( ) ; } E result = it . next ( ) ; it . set ( object ) ; return result ; }
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public override E set ( int location , E @ object ) { java . util . ListIterator < E > it = listIterator ( location ) ; if ( ! it . hasNext ( ) ) { throw new System . IndexOutOfRangeException ( ) ; } E result = it . next ( ) ; it . set ( @ object ) ; return result ; }
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public String toFormulaString ( ) { return NumberToTextConverter . toText ( field_1_value ) ; }
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public override String ToFormulaString ( ) { return NumberToTextConverter . ToText ( Value ) ; }
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public ListBootstrapActionsResult listBootstrapActions ( ListBootstrapActionsRequest request ) { request = beforeClientExecution ( request ) ; return executeListBootstrapActions ( request ) ; }
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public virtual ListBootstrapActionsResponse ListBootstrapActions ( ListBootstrapActionsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListBootstrapActionsRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListBootstrapActionsResponseUnmarshaller . Instance ; return Invoke < ListBootstrapActionsResponse > ( request , options ) ; }
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public void serialize ( LittleEndianOutput out ) { out . writeShort ( _wStyle ) ; out . writeShort ( _cLine ) ; out . writeShort ( _dxMin ) ; StringUtil . writeUnicodeString ( out , _str ) ; if ( _unused != null ) { out . writeByte ( _unused ) ; } }
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public void Serialize ( ILittleEndianOutput out1 ) { out1 . WriteShort ( _wStyle ) ; out1 . WriteShort ( _cLine ) ; out1 . WriteShort ( _dxMin ) ; StringUtil . WriteUnicodeString ( out1 , _str ) ; out1 . WriteByte ( _unused ) ; }
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public SynonymFilter ( TokenStream input , SynonymMap synonyms , boolean ignoreCase ) { super ( input ) ; this . synonyms = synonyms ; this . ignoreCase = ignoreCase ; this . fst = synonyms . fst ; if ( fst == null ) { throw new IllegalArgumentException ( "fst must be non-null" ) ; } this . fstReader = fst . getBytesReader ( ) ; rollBufferSize = 1 + synonyms . maxHorizontalContext ; futureInputs = new PendingInput [ rollBufferSize ] ; futureOutputs = new PendingOutputs [ rollBufferSize ] ; for ( int pos = 0 ; pos < rollBufferSize ; pos ++ ) { futureInputs [ pos ] = new PendingInput ( ) ; futureOutputs [ pos ] = new PendingOutputs ( ) ; } scratchArc = new FST . Arc < > ( ) ; }
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public SynonymFilter ( TokenStream input , SynonymMap synonyms , bool ignoreCase ) : base ( input ) { termAtt = AddAttribute < ICharTermAttribute > ( ) ; posIncrAtt = AddAttribute < IPositionIncrementAttribute > ( ) ; posLenAtt = AddAttribute < IPositionLengthAttribute > ( ) ; typeAtt = AddAttribute < ITypeAttribute > ( ) ; offsetAtt = AddAttribute < IOffsetAttribute > ( ) ; this . synonyms = synonyms ; this . ignoreCase = ignoreCase ; this . fst = synonyms . Fst ; if ( fst == null ) { throw new System . ArgumentException ( "fst must be non-null" ) ; } this . fstReader = fst . GetBytesReader ( ) ; rollBufferSize = 1 + synonyms . MaxHorizontalContext ; futureInputs = new PendingInput [ rollBufferSize ] ; futureOutputs = new PendingOutputs [ rollBufferSize ] ; for ( int pos = 0 ; pos < rollBufferSize ; pos ++ ) { futureInputs [ pos ] = new PendingInput ( ) ; futureOutputs [ pos ] = new PendingOutputs ( ) ; } scratchArc = new FST . Arc < BytesRef > ( ) ; }
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public CreateApiResult createApi ( CreateApiRequest request ) { request = beforeClientExecution ( request ) ; return executeCreateApi ( request ) ; }
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public virtual CreateApiResponse CreateApi ( CreateApiRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = CreateApiRequestMarshaller . Instance ; options . ResponseUnmarshaller = CreateApiResponseUnmarshaller . Instance ; return Invoke < CreateApiResponse > ( request , options ) ; }
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public IndexOutput createOutput ( String name , IOContext context ) throws IOException { ensureOpen ( ) ; if ( context . context != Context . MERGE || context . mergeInfo . estimatedMergeBytes < minBytesDirect ) { return delegate . createOutput ( name , context ) ; } else { return new NativeUnixIndexOutput ( getDirectory ( ) . resolve ( name ) , name , mergeBufferSize ) ; } }
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public IndexOutput createOutput ( string name , IOContext context ) throws IOException { ensureOpen ( ) ; if ( context . context != Context . MERGE || context . mergeInfo . estimatedMergeBytes < minBytesDirect ) { return @ delegate . createOutput ( name , context ) ; } else { ensureCanWrite ( name ) ; return new NativeUnixIndexOutput ( new File ( Directory , name ) , mergeBufferSize ) ; } }
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public void drawArc ( int x , int y , int width , int height , int startAngle , int arcAngle ) { if ( logger . check ( POILogger . WARN ) ) logger . log ( POILogger . WARN , "drawArc not supported" ) ; }
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public void DrawArc ( int x , int y , int width , int height , int startAngle , int arcAngle ) { if ( Logger . Check ( POILogger . WARN ) ) Logger . Log ( POILogger . WARN , "DrawArc not supported" ) ; }
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public UpdateUserSettingsResult updateUserSettings ( UpdateUserSettingsRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateUserSettings ( request ) ; }
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public virtual UpdateUserSettingsResponse UpdateUserSettings ( UpdateUserSettingsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateUserSettingsRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateUserSettingsResponseUnmarshaller . Instance ; return Invoke < UpdateUserSettingsResponse > ( request , options ) ; }
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public DeleteDiskSnapshotResult deleteDiskSnapshot ( DeleteDiskSnapshotRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteDiskSnapshot ( request ) ; }
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public virtual DeleteDiskSnapshotResponse DeleteDiskSnapshot ( DeleteDiskSnapshotRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteDiskSnapshotRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteDiskSnapshotResponseUnmarshaller . Instance ; return Invoke < DeleteDiskSnapshotResponse > ( request , options ) ; }
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public ColumnInfoRecord ( ) { setColumnWidth ( 2275 ) ; _options = 2 ; _xfIndex = 0x0f ; field_6_reserved = 2 ; }
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public ColumnInfoRecord ( ) { this . ColumnWidth = 2275 ; _options = 2 ; _xf_index = 0x0f ; field_6_reserved = 2 ; }
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public final long getLong ( int index ) { checkIndex ( index , SizeOf . LONG ) ; return Memory . peekLong ( backingArray , offset + index , order ) ; }
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public sealed override long getLong ( int index ) { checkIndex ( index , libcore . io . SizeOf . LONG ) ; return libcore . io . Memory . peekLong ( backingArray , offset + index , _order ) ; }
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public DeleteKnownHostKeysResult deleteKnownHostKeys ( DeleteKnownHostKeysRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteKnownHostKeys ( request ) ; }
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public virtual DeleteKnownHostKeysResponse DeleteKnownHostKeys ( DeleteKnownHostKeysRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteKnownHostKeysRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteKnownHostKeysResponseUnmarshaller . Instance ; return Invoke < DeleteKnownHostKeysResponse > ( request , options ) ; }
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public DeleteSigningCertificateRequest ( String certificateId ) { setCertificateId ( certificateId ) ; }
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public DeleteSigningCertificateRequest ( string certificateId ) { _certificateId = certificateId ; }
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public StopProcessingJobResult stopProcessingJob ( StopProcessingJobRequest request ) { request = beforeClientExecution ( request ) ; return executeStopProcessingJob ( request ) ; }
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public virtual StopProcessingJobResponse StopProcessingJob ( StopProcessingJobRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = StopProcessingJobRequestMarshaller . Instance ; options . ResponseUnmarshaller = StopProcessingJobResponseUnmarshaller . Instance ; return Invoke < StopProcessingJobResponse > ( request , options ) ; }
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public TermsEnum getTermsEnum ( Terms terms ) throws IOException { switch ( type ) { case NONE : return TermsEnum . EMPTY ; case ALL : return terms . iterator ( ) ; case SINGLE : return new SingleTermsEnum ( terms . iterator ( ) , term ) ; case NORMAL : return terms . intersect ( this , null ) ; default : throw new RuntimeException ( "unhandled case" ) ; } }
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public virtual TermsEnum GetTermsEnum ( Terms terms ) { switch ( Type ) { case Lucene . Net . Util . Automaton . CompiledAutomaton . AUTOMATON_TYPE . NONE : return TermsEnum . EMPTY ; case Lucene . Net . Util . Automaton . CompiledAutomaton . AUTOMATON_TYPE . ALL : return terms . GetIterator ( null ) ; case Lucene . Net . Util . Automaton . CompiledAutomaton . AUTOMATON_TYPE . SINGLE : return new SingleTermsEnum ( terms . GetIterator ( null ) , Term ) ; case Lucene . Net . Util . Automaton . CompiledAutomaton . AUTOMATON_TYPE . PREFIX : return new PrefixTermsEnum ( terms . GetIterator ( null ) , Term ) ; case Lucene . Net . Util . Automaton . CompiledAutomaton . AUTOMATON_TYPE . NORMAL : return terms . Intersect ( this , null ) ; default : throw new Exception ( "unhandled case" ) ; } }
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public void grow ( ) { costs = ArrayUtil . grow ( costs , 1 + count ) ; lastRightID = ArrayUtil . grow ( lastRightID , 1 + count ) ; backPos = ArrayUtil . grow ( backPos , 1 + count ) ; backWordPos = ArrayUtil . grow ( backWordPos , 1 + count ) ; backIndex = ArrayUtil . grow ( backIndex , 1 + count ) ; backID = ArrayUtil . grow ( backID , 1 + count ) ; final Type [ ] newBackType = new Type [ backID . length ] ; System . arraycopy ( backType , 0 , newBackType , 0 , backType . length ) ; backType = newBackType ; }
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public void Grow ( ) { costs = ArrayUtil . Grow ( costs , 1 + count ) ; lastRightID = ArrayUtil . Grow ( lastRightID , 1 + count ) ; backPos = ArrayUtil . Grow ( backPos , 1 + count ) ; backIndex = ArrayUtil . Grow ( backIndex , 1 + count ) ; backID = ArrayUtil . Grow ( backID , 1 + count ) ; JapaneseTokenizerType [ ] newBackType = new JapaneseTokenizerType [ backID . Length ] ; System . Array . Copy ( backType , 0 , newBackType , 0 , backType . Length ) ; backType = newBackType ; }
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public int get ( final int index ) { if ( index >= _limit ) { throw new IndexOutOfBoundsException ( index + " not accessible in a list of length " + _limit ) ; } return _array [ index ] ; }
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public int Get ( int index ) { if ( index >= _limit ) { throw new IndexOutOfRangeException ( index + " not accessible in a list of length " + _limit ) ; } return _array [ index ] ; }
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public LongBuffer slice ( ) { return new ReadWriteLongArrayBuffer ( remaining ( ) , backingArray , offset + position ) ; }
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public override java . nio . LongBuffer slice ( ) { return new java . nio . ReadWriteLongArrayBuffer ( remaining ( ) , backingArray , offset + _position ) ; }
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public ListProblemsResult listProblems ( ListProblemsRequest request ) { request = beforeClientExecution ( request ) ; return executeListProblems ( request ) ; }
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public virtual ListProblemsResponse ListProblems ( ListProblemsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListProblemsRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListProblemsResponseUnmarshaller . Instance ; return Invoke < ListProblemsResponse > ( request , options ) ; }
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public static double pmt ( double r , double n , double p , double f , boolean t ) { double retval = 0 ; if ( r == 0 ) { retval = - 1 * ( f + p ) / n ; } else { double r1 = r + 1 ; retval = ( f + p * Math . pow ( r1 , n ) ) * r / ( ( t ? r1 : 1 ) * ( 1 - Math . pow ( r1 , n ) ) ) ; } return retval ; }
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public static double pmt ( double r , double n , double p , double f , bool t ) { double retval = 0 ; if ( r == 0 ) { retval = - 1 * ( f + p ) / n ; } else { double r1 = r + 1 ; retval = ( f + p * Math . Pow ( r1 , n ) ) * r / ( ( t ? r1 : 1 ) * ( 1 - Math . Pow ( r1 , n ) ) ) ; } return retval ; }
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public PrintGridlinesRecord clone ( ) { return copy ( ) ; }
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public override Object Clone ( ) { PrintGridlinesRecord rec = new PrintGridlinesRecord ( ) ; rec . field_1_print_gridlines = field_1_print_gridlines ; return rec ; }
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public HSSFCellStyle getColumnStyle ( int column ) { short styleIndex = _sheet . getXFIndexForColAt ( ( short ) column ) ; if ( styleIndex == 0xf ) { return null ; } ExtendedFormatRecord xf = _book . getExFormatAt ( styleIndex ) ; return new HSSFCellStyle ( styleIndex , xf , _book ) ; }
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public NPOI . SS . UserModel . ICellStyle GetColumnStyle ( int column ) { short styleIndex = _sheet . GetXFIndexForColAt ( ( short ) column ) ; if ( styleIndex == 0xf ) { return null ; } ExtendedFormatRecord xf = book . GetExFormatAt ( styleIndex ) ; return new HSSFCellStyle ( styleIndex , xf , book ) ; }
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public Query makeLuceneQueryField ( String fieldName , BasicQueryFactory qf ) { Query q = makeLuceneQueryFieldNoBoost ( fieldName , qf ) ; if ( isWeighted ( ) ) { q = new BoostQuery ( q , getWeight ( ) ) ; } return q ; }
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public virtual Search . Query MakeLuceneQueryField ( string fieldName , BasicQueryFactory qf ) { Search . Query q = MakeLuceneQueryFieldNoBoost ( fieldName , qf ) ; if ( IsWeighted ) { q . Boost = ( Weight * q . Boost ) ; } return q ; }
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public double getPrecisionAt ( int n ) { if ( n < 1 || n > MAX_POINTS ) { throw new IllegalArgumentException ( "n=" + n + " - but it must be in [1," + MAX_POINTS + "] range!" ) ; } if ( n > numPoints ) { return ( numPoints * pAt [ ( int ) numPoints ] ) / n ; } return pAt [ n ] ; }
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public virtual double GetPrecisionAt ( int n ) { if ( n < 1 || n > MAX_POINTS ) { throw new ArgumentException ( "n=" + n + " - but it must be in [1," + MAX_POINTS + "] range!" ) ; } if ( n > numPoints ) { return ( numPoints * pAt [ ( int ) numPoints ] ) / n ; } return pAt [ n ] ; }
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public DescribeEngineDefaultParametersRequest ( String dBParameterGroupFamily ) { setDBParameterGroupFamily ( dBParameterGroupFamily ) ; }
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public DescribeEngineDefaultParametersRequest ( string dbParameterGroupFamily ) { _dbParameterGroupFamily = dbParameterGroupFamily ; }
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public DeleteClientCertificateResult deleteClientCertificate ( DeleteClientCertificateRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteClientCertificate ( request ) ; }
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public virtual DeleteClientCertificateResponse DeleteClientCertificate ( DeleteClientCertificateRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteClientCertificateRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteClientCertificateResponseUnmarshaller . Instance ; return Invoke < DeleteClientCertificateResponse > ( request , options ) ; }
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public int compareTo ( CharBuffer otherBuffer ) { int compareRemaining = ( remaining ( ) < otherBuffer . remaining ( ) ) ? remaining ( ) : otherBuffer . remaining ( ) ; int thisPos = position ; int otherPos = otherBuffer . position ; char thisByte , otherByte ; while ( compareRemaining > 0 ) { thisByte = get ( thisPos ) ; otherByte = otherBuffer . get ( otherPos ) ; if ( thisByte != otherByte ) { return thisByte < otherByte ? - 1 : 1 ; } thisPos ++ ; otherPos ++ ; compareRemaining -- ; } return remaining ( ) - otherBuffer . remaining ( ) ; }
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public virtual int compareTo ( java . nio . CharBuffer otherBuffer ) { int compareRemaining = ( remaining ( ) < otherBuffer . remaining ( ) ) ? remaining ( ) : otherBuffer . remaining ( ) ; int thisPos = _position ; int otherPos = otherBuffer . _position ; char thisByte ; char otherByte ; while ( compareRemaining > 0 ) { thisByte = get ( thisPos ) ; otherByte = otherBuffer . get ( otherPos ) ; if ( thisByte != otherByte ) { return thisByte < otherByte ? - 1 : 1 ; } thisPos ++ ; otherPos ++ ; compareRemaining -- ; } return remaining ( ) - otherBuffer . remaining ( ) ; }
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public byte readByte ( ) { return _in . readByte ( ) ; }
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public int ReadByte ( ) { return _in . ReadByte ( ) ; }
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public SendBounceResult sendBounce ( SendBounceRequest request ) { request = beforeClientExecution ( request ) ; return executeSendBounce ( request ) ; }
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public virtual SendBounceResponse SendBounce ( SendBounceRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = SendBounceRequestMarshaller . Instance ; options . ResponseUnmarshaller = SendBounceResponseUnmarshaller . Instance ; return Invoke < SendBounceResponse > ( request , options ) ; }
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public ValueEval evaluate ( int srcRowIndex , int srcColumnIndex , ValueEval arg0 , ValueEval arg1 ) { double dn ; try { ValueEval ve1 = OperandResolver . getSingleValue ( arg1 , srcRowIndex , srcColumnIndex ) ; dn = OperandResolver . coerceValueToDouble ( ve1 ) ; } catch ( EvaluationException e1 ) { return ErrorEval . VALUE_INVALID ; } if ( dn < 0 || dn > 1 ) { return ErrorEval . NUM_ERROR ; } double result ; try { double [ ] ds = ValueCollector . collectValues ( arg0 ) ; int N = ds . length ; if ( N == 0 || N > 8191 ) { return ErrorEval . NUM_ERROR ; } double n = ( N - 1 ) * dn + 1 ; if ( n == 1d ) { result = StatsLib . kthSmallest ( ds , 1 ) ; } else if ( Double . compare ( n , N ) == 0 ) { result = StatsLib . kthLargest ( ds , 1 ) ; } else { int k = ( int ) n ; double d = n - k ; result = StatsLib . kthSmallest ( ds , k ) + d * ( StatsLib . kthSmallest ( ds , k + 1 ) - StatsLib . kthSmallest ( ds , k ) ) ; } NumericFunction . checkValue ( result ) ; } catch ( EvaluationException e ) { return e . getErrorEval ( ) ; } return new NumberEval ( result ) ; }
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public override ValueEval Evaluate ( int srcRowIndex , int srcColumnIndex , ValueEval arg0 , ValueEval arg1 ) { double dn ; try { ValueEval ve1 = OperandResolver . GetSingleValue ( arg1 , srcRowIndex , srcColumnIndex ) ; dn = OperandResolver . CoerceValueToDouble ( ve1 ) ; } catch ( EvaluationException ) { return ErrorEval . VALUE_INVALID ; } if ( dn < 0 || dn > 1 ) { return ErrorEval . NUM_ERROR ; } double result ; try { double [ ] ds = NPOI . SS . Formula . Functions . AggregateFunction . ValueCollector . CollectValues ( arg0 ) ; int N = ds . Length ; if ( N == 0 || N > 8191 ) { return ErrorEval . NUM_ERROR ; } double n = ( N - 1 ) * dn + 1 ; if ( n == 1d ) { result = StatsLib . kthSmallest ( ds , 1 ) ; } else if ( n == N ) { result = StatsLib . kthLargest ( ds , 1 ) ; } else { int k = ( int ) n ; double d = n - k ; result = StatsLib . kthSmallest ( ds , k ) + d * ( StatsLib . kthSmallest ( ds , k + 1 ) - StatsLib . kthSmallest ( ds , k ) ) ; } NumericFunction . CheckValue ( result ) ; } catch ( EvaluationException e ) { return e . GetErrorEval ( ) ; } return new NumberEval ( result ) ; }
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public int getIndexOfFormattingRun ( int index ) { FormatRun r = _string . getFormatRun ( index ) ; return r . getCharacterPos ( ) ; }
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public int GetIndexOfFormattingRun ( int index ) { UnicodeString . FormatRun r = _string . GetFormatRun ( index ) ; return r . CharacterPos ; }
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public void getEntryObjectId ( MutableObjectId out ) { out . fromRaw ( idBuffer ( ) , idOffset ( ) ) ; }
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public virtual void GetEntryObjectId ( MutableObjectId @ out ) { @ out . FromRaw ( IdBuffer , IdOffset ) ; }
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public static byte [ ] grow ( byte [ ] array , int minSize ) { assert minSize >= 0 : "size must be positive (got " + minSize + "): likely integer overflow?" ; if ( array . length < minSize ) { return growExact ( array , oversize ( minSize , Byte . BYTES ) ) ; } else return array ; }
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public static float [ ] Grow ( float [ ] array , int minSize ) { Debug . Assert ( minSize >= 0 , "size must be positive (got " + minSize + "): likely integer overflow?" ) ; if ( array . Length < minSize ) { float [ ] newArray = new float [ Oversize ( minSize , RamUsageEstimator . NUM_BYTES_SINGLE ) ] ; Array . Copy ( array , 0 , newArray , 0 , array . Length ) ; return newArray ; } else { return array ; } }
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public boolean get ( String name , boolean dflt ) { boolean vals [ ] = ( boolean [ ] ) valByRound . get ( name ) ; if ( vals != null ) { return vals [ roundNumber % vals . length ] ; } String sval = props . getProperty ( name , "" + dflt ) ; if ( sval . indexOf ( ":" ) < 0 ) { return Boolean . valueOf ( sval ) . booleanValue ( ) ; } int k = sval . indexOf ( ":" ) ; String colName = sval . substring ( 0 , k ) ; sval = sval . substring ( k + 1 ) ; colForValByRound . put ( name , colName ) ; vals = propToBooleanArray ( sval ) ; valByRound . put ( name , vals ) ; return vals [ roundNumber % vals . length ] ; }
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public virtual string Get ( string name , string dflt ) { string [ ] vals ; object temp ; if ( valByRound . TryGetValue ( name , out temp ) && temp != null ) { vals = ( string [ ] ) temp ; return vals [ roundNumber % vals . Length ] ; } string sval ; if ( ! props . TryGetValue ( name , out sval ) ) { sval = dflt ; } if ( sval == null ) { return null ; } if ( sval . IndexOf ( ':' ) < 0 ) { return sval ; } else if ( sval . IndexOf ( ":\\" , StringComparison . Ordinal ) >= 0 || sval . IndexOf ( ":/" , StringComparison . Ordinal ) >= 0 ) { return sval ; } int k = sval . IndexOf ( ':' ) ; string colName = sval . Substring ( 0 , k - 0 ) ; sval = sval . Substring ( k + 1 ) ; colForValByRound [ name ] = colName ; vals = PropToStringArray ( sval ) ; valByRound [ name ] = vals ; return vals [ roundNumber % vals . Length ] ; }
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public GroupingSearch setCaching ( int maxDocsToCache , boolean cacheScores ) { this . maxDocsToCache = maxDocsToCache ; this . maxCacheRAMMB = null ; this . cacheScores = cacheScores ; return this ; }
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public virtual GroupingSearch SetCaching ( int maxDocsToCache , bool cacheScores ) { this . maxDocsToCache = maxDocsToCache ; this . maxCacheRAMMB = null ; this . cacheScores = cacheScores ; return this ; }
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public boolean isValidTermOrPhrase ( final List < TermInfo > phraseCandidate ) { if ( ! terminal ) return false ; if ( phraseCandidate . size ( ) == 1 ) return true ; int pos = phraseCandidate . get ( 0 ) . getPosition ( ) ; for ( int i = 1 ; i < phraseCandidate . size ( ) ; i ++ ) { int nextPos = phraseCandidate . get ( i ) . getPosition ( ) ; if ( Math . abs ( nextPos - pos - 1 ) > slop ) return false ; pos = nextPos ; } return true ; }
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public virtual bool IsValidTermOrPhrase ( IList < TermInfo > phraseCandidate ) { if ( ! terminal ) return false ; if ( phraseCandidate . Count == 1 ) return true ; int pos = phraseCandidate [ 0 ] . Position ; for ( int i = 1 ; i < phraseCandidate . Count ; i ++ ) { int nextPos = phraseCandidate [ i ] . Position ; if ( Math . Abs ( nextPos - pos - 1 ) > slop ) return false ; pos = nextPos ; } return true ; }
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public Run startWorkflowExecution ( StartWorkflowExecutionRequest request ) { request = beforeClientExecution ( request ) ; return executeStartWorkflowExecution ( request ) ; }
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public virtual StartWorkflowExecutionResponse StartWorkflowExecution ( StartWorkflowExecutionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = StartWorkflowExecutionRequestMarshaller . Instance ; options . ResponseUnmarshaller = StartWorkflowExecutionResponseUnmarshaller . Instance ; return Invoke < StartWorkflowExecutionResponse > ( request , options ) ; }
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public char [ ] nextKey ( ) { goNext ( ) ; return keys [ lastPos ] ; }
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public virtual char [ ] NextKey ( ) { GoNext ( ) ; return outerInstance . keys [ lastPos ] ; }
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public ContainsResult contains ( BytesRef value ) { int hash = hashFunction . hash ( value ) ; if ( hash < 0 ) { hash = hash * - 1 ; } return mayContainValue ( hash ) ; }
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public virtual ContainsResult Contains ( BytesRef value ) { var hash = _hashFunction . Hash ( value ) ; if ( hash < 0 ) { hash = hash * - 1 ; } return MayContainValue ( hash ) ; }
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public GetMethodResponseResult getMethodResponse ( GetMethodResponseRequest request ) { request = beforeClientExecution ( request ) ; return executeGetMethodResponse ( request ) ; }
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public virtual GetMethodResponseResponse GetMethodResponse ( GetMethodResponseRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetMethodResponseRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetMethodResponseResponseUnmarshaller . Instance ; return Invoke < GetMethodResponseResponse > ( request , options ) ; }
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public void setValue ( boolean value ) { _value = value ? 1 : 0 ; _isError = false ; }
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public void SetValue ( bool value ) { _value = value ? 1 : 0 ; _isError = false ; }
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public synchronized E elementAt ( int location ) { if ( location < elementCount ) { return ( E ) elementData [ location ] ; } throw arrayIndexOutOfBoundsException ( location , elementCount ) ; }
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public virtual E elementAt ( int location ) { lock ( this ) { if ( location < elementCount ) { return ( E ) elementData [ location ] ; } throw arrayIndexOutOfBoundsException ( location , elementCount ) ; } }
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public void set ( int index , long value ) { final int o = index > > > 3 ; final int b = index & 7 ; final int shift = b << 3 ; blocks [ o ] = ( blocks [ o ] & ~ ( 255L << shift ) ) | ( value << shift ) ; }
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public override void Set ( int index , long value ) { int o = ( int ) ( ( uint ) index > > 3 ) ; int b = index & 7 ; int shift = b << 3 ; blocks [ o ] = ( blocks [ o ] & ~ ( 255L << shift ) ) | ( value << shift ) ; }
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public IterationRecord clone ( ) { return copy ( ) ; }
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public override Object Clone ( ) { return new IterationRecord ( Iteration ) ; }
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public boolean requiresCommitBody ( ) { return a . requiresCommitBody ( ) ; }
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public override bool RequiresCommitBody ( ) { return a . RequiresCommitBody ( ) ; }
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public UpdateTrafficPolicyCommentResult updateTrafficPolicyComment ( UpdateTrafficPolicyCommentRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateTrafficPolicyComment ( request ) ; }
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public virtual UpdateTrafficPolicyCommentResponse UpdateTrafficPolicyComment ( UpdateTrafficPolicyCommentRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateTrafficPolicyCommentRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateTrafficPolicyCommentResponseUnmarshaller . Instance ; return Invoke < UpdateTrafficPolicyCommentResponse > ( request , options ) ; }
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public UpdatePrimaryEmailAddressResult updatePrimaryEmailAddress ( UpdatePrimaryEmailAddressRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdatePrimaryEmailAddress ( request ) ; }
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public virtual UpdatePrimaryEmailAddressResponse UpdatePrimaryEmailAddress ( UpdatePrimaryEmailAddressRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdatePrimaryEmailAddressRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdatePrimaryEmailAddressResponseUnmarshaller . Instance ; return Invoke < UpdatePrimaryEmailAddressResponse > ( request , options ) ; }
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public static Pattern compile ( String pattern ) { return new Pattern ( pattern , 0 ) ; }
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public static java . util . regex . Pattern compile ( string pattern_1 ) { return new java . util . regex . Pattern ( pattern_1 , 0 ) ; }
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public static int update ( int hash , int value ) { final int c1 = 0xCC9E2D51 ; final int c2 = 0x1B873593 ; final int r1 = 15 ; final int r2 = 13 ; final int m = 5 ; final int n = 0xE6546B64 ; int k = value ; k = k * c1 ; k = ( k << r1 ) | ( k > > > ( 32 - r1 ) ) ; k = k * c2 ; hash = hash ^ k ; hash = ( hash << r2 ) | ( hash > > > ( 32 - r2 ) ) ; hash = hash * m + n ; return hash ; }
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public static int Update ( int hash , int value ) { int c1 = unchecked ( ( int ) ( 0xCC9E2D51 ) ) ; int c2 = unchecked ( ( int ) ( 0x1B873593 ) ) ; int r1 = 15 ; int r2 = 13 ; int m = 5 ; int n = unchecked ( ( int ) ( 0xE6546B64 ) ) ; int k = value ; k = k * c1 ; k = ( k << r1 ) | ( ( int ) ( ( ( uint ) k ) > > ( 32 - r1 ) ) ) ; k = k * c2 ; hash = hash ^ k ; hash = ( hash << r2 ) | ( ( int ) ( ( ( uint ) hash ) > > ( 32 - r2 ) ) ) ; hash = hash * m + n ; return hash ; }
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public void serialize ( LittleEndianOutput out ) { out . writeShort ( getHorizontalHold ( ) ) ; out . writeShort ( getVerticalHold ( ) ) ; out . writeShort ( getWidth ( ) ) ; out . writeShort ( getHeight ( ) ) ; out . writeShort ( getOptions ( ) ) ; out . writeShort ( getActiveSheetIndex ( ) ) ; out . writeShort ( getFirstVisibleTab ( ) ) ; out . writeShort ( getNumSelectedTabs ( ) ) ; out . writeShort ( getTabWidthRatio ( ) ) ; }
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public override void Serialize ( ILittleEndianOutput out1 ) { out1 . WriteShort ( HorizontalHold ) ; out1 . WriteShort ( VerticalHold ) ; out1 . WriteShort ( Width ) ; out1 . WriteShort ( Height ) ; out1 . WriteShort ( Options ) ; out1 . WriteShort ( ActiveSheetIndex ) ; out1 . WriteShort ( FirstVisibleTab ) ; out1 . WriteShort ( NumSelectedTabs ) ; out1 . WriteShort ( TabWidthRatio ) ; }
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public boolean lessThan ( ShardRef first , ShardRef second ) { assert first != second ; final FieldDoc firstFD = ( FieldDoc ) shardHits [ first . shardIndex ] [ first . hitIndex ] ; final FieldDoc secondFD = ( FieldDoc ) shardHits [ second . shardIndex ] [ second . hitIndex ] ; for ( int compIDX = 0 ; compIDX < comparators . length ; compIDX ++ ) { final FieldComparator comp = comparators [ compIDX ] ; final int cmp = reverseMul [ compIDX ] * comp . compareValues ( firstFD . fields [ compIDX ] , secondFD . fields [ compIDX ] ) ; if ( cmp != 0 ) { return cmp < 0 ; } } return tieBreakLessThan ( first , firstFD , second , secondFD , tieBreaker ) ; }
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protected internal override bool LessThan ( ShardRef first , ShardRef second ) { Debug . Assert ( first != second ) ; FieldDoc firstFD = ( FieldDoc ) shardHits [ first . ShardIndex ] [ first . HitIndex ] ; FieldDoc secondFD = ( FieldDoc ) shardHits [ second . ShardIndex ] [ second . HitIndex ] ; for ( int compIDX = 0 ; compIDX < comparers . Length ; compIDX ++ ) { FieldComparer comp = comparers [ compIDX ] ; int cmp = reverseMul [ compIDX ] * comp . CompareValues ( firstFD . Fields [ compIDX ] , secondFD . Fields [ compIDX ] ) ; if ( cmp != 0 ) { return cmp < 0 ; } } if ( first . ShardIndex < second . ShardIndex ) { return true ; } else if ( first . ShardIndex > second . ShardIndex ) { return false ; } else { Debug . Assert ( first . HitIndex != second . HitIndex ) ; return first . HitIndex < second . HitIndex ; } }
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public static int UTF8toUTF16 ( BytesRef bytesRef , char [ ] chars ) { return UTF8toUTF16 ( bytesRef . bytes , bytesRef . offset , bytesRef . length , chars ) ; }
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public static void UTF8toUTF16 ( BytesRef bytesRef , CharsRef chars ) { UTF8toUTF16 ( bytesRef . Bytes , bytesRef . Offset , bytesRef . Length , chars ) ; }
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public Trie optimize ( Trie orig ) { List < CharSequence > cmds = orig . cmds ; List < Row > rows = new ArrayList < > ( ) ; List < Row > orows = orig . rows ; int remap [ ] = new int [ orows . size ( ) ] ; Arrays . fill ( remap , 1 ) ; for ( int j = orows . size ( ) - 1 ; j >= 0 ; j -- ) { if ( eat ( orows . get ( j ) , remap ) ) { remap [ j ] = 0 ; } } Arrays . fill ( remap , - 1 ) ; rows = removeGaps ( orig . root , orows , new ArrayList < Row > ( ) , remap ) ; return new Trie ( orig . forward , remap [ orig . root ] , cmds , rows ) ; }
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public override Trie Optimize ( Trie orig ) { IList < string > cmds = orig . cmds ; IList < Row > rows = new List < Row > ( ) ; IList < Row > orows = orig . rows ; int [ ] remap = new int [ orows . Count ] ; Arrays . Fill ( remap , 1 ) ; for ( int j = orows . Count - 1 ; j >= 0 ; j -- ) { if ( Eat ( orows [ j ] , remap ) ) { remap [ j ] = 0 ; } } Arrays . Fill ( remap , - 1 ) ; rows = RemoveGaps ( orig . root , orows , new List < Row > ( ) , remap ) ; return new Trie ( orig . forward , remap [ orig . root ] , cmds , rows ) ; }
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public DataValidationConstraint createCustomConstraint ( String formula ) { return DVConstraint . createCustomFormulaConstraint ( formula ) ; }
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public IDataValidationConstraint CreateCustomConstraint ( String formula ) { return DVConstraint . CreateCustomFormulaConstraint ( formula ) ; }
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public ByteBuffer putInt ( int index , int value ) { throw new ReadOnlyBufferException ( ) ; }
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public override java . nio . ByteBuffer putInt ( int index , int value ) { throw new java . nio . ReadOnlyBufferException ( ) ; }
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public DescribeLoadBalancerPolicyTypesResult describeLoadBalancerPolicyTypes ( ) { return describeLoadBalancerPolicyTypes ( new DescribeLoadBalancerPolicyTypesRequest ( ) ) ; }
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public virtual DescribeLoadBalancerPolicyTypesResponse DescribeLoadBalancerPolicyTypes ( ) { return DescribeLoadBalancerPolicyTypes ( new DescribeLoadBalancerPolicyTypesRequest ( ) ) ; }
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public NIOFSIndexInput clone ( ) { NIOFSIndexInput clone = ( NIOFSIndexInput ) super . clone ( ) ; clone . isClone = true ; return clone ; }
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public override object Clone ( ) { NIOFSIndexInput clone = ( NIOFSIndexInput ) base . Clone ( ) ; clone . isClone = true ; return clone ; }
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public long getTotalSLLATNLookaheadOps ( ) { DecisionInfo [ ] decisions = atnSimulator . getDecisionInfo ( ) ; long k = 0 ; for ( int i = 0 ; i < decisions . length ; i ++ ) { k += decisions [ i ] . SLL_ATNTransitions ; } return k ; }
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public long getTotalSLLATNLookaheadOps ( ) { DecisionInfo [ ] decisions = atnSimulator . getDecisionInfo ( ) ; long k = 0 ; for ( int i = 0 ; i < decisions . Length ; i ++ ) { k += decisions [ i ] . SLL_ATNTransitions ; } return k ; }
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public UpdateEndpointResult updateEndpoint ( UpdateEndpointRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateEndpoint ( request ) ; }
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public virtual UpdateEndpointResponse UpdateEndpoint ( UpdateEndpointRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateEndpointRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateEndpointResponseUnmarshaller . Instance ; return Invoke < UpdateEndpointResponse > ( request , options ) ; }
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public GetEmailChannelResult getEmailChannel ( GetEmailChannelRequest request ) { request = beforeClientExecution ( request ) ; return executeGetEmailChannel ( request ) ; }
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public virtual GetEmailChannelResponse GetEmailChannel ( GetEmailChannelRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetEmailChannelRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetEmailChannelResponseUnmarshaller . Instance ; return Invoke < GetEmailChannelResponse > ( request , options ) ; }
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public ListPhoneNumberOrdersResult listPhoneNumberOrders ( ListPhoneNumberOrdersRequest request ) { request = beforeClientExecution ( request ) ; return executeListPhoneNumberOrders ( request ) ; }
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public virtual ListPhoneNumberOrdersResponse ListPhoneNumberOrders ( ListPhoneNumberOrdersRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListPhoneNumberOrdersRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListPhoneNumberOrdersResponseUnmarshaller . Instance ; return Invoke < ListPhoneNumberOrdersResponse > ( request , options ) ; }
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public UpdateBuildResult updateBuild ( UpdateBuildRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateBuild ( request ) ; }
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public virtual UpdateBuildResponse UpdateBuild ( UpdateBuildRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateBuildRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateBuildResponseUnmarshaller . Instance ; return Invoke < UpdateBuildResponse > ( request , options ) ; }
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public int serialize ( int offset , byte [ ] data , EscherSerializationListener listener ) { listener . beforeRecordSerialize ( offset , getRecordId ( ) , this ) ; LittleEndian . putShort ( data , offset , getOptions ( ) ) ; LittleEndian . putShort ( data , offset + 2 , getRecordId ( ) ) ; int remainingBytes = 16 ; LittleEndian . putInt ( data , offset + 4 , remainingBytes ) ; LittleEndian . putInt ( data , offset + 8 , field_1_rectX1 ) ; LittleEndian . putInt ( data , offset + 12 , field_2_rectY1 ) ; LittleEndian . putInt ( data , offset + 16 , field_3_rectX2 ) ; LittleEndian . putInt ( data , offset + 20 , field_4_rectY2 ) ; listener . afterRecordSerialize ( offset + getRecordSize ( ) , getRecordId ( ) , offset + getRecordSize ( ) , this ) ; return 8 + 16 ; }
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public override int Serialize ( int offset , byte [ ] data , EscherSerializationListener listener ) { listener . BeforeRecordSerialize ( offset , RecordId , this ) ; LittleEndian . PutShort ( data , offset , Options ) ; LittleEndian . PutShort ( data , offset + 2 , RecordId ) ; int remainingBytes = 16 ; LittleEndian . PutInt ( data , offset + 4 , remainingBytes ) ; LittleEndian . PutInt ( data , offset + 8 , field_1_rectX1 ) ; LittleEndian . PutInt ( data , offset + 12 , field_2_rectY1 ) ; LittleEndian . PutInt ( data , offset + 16 , field_3_rectX2 ) ; LittleEndian . PutInt ( data , offset + 20 , field_4_rectY2 ) ; listener . AfterRecordSerialize ( offset + RecordSize , RecordId , offset + RecordSize , this ) ; return 8 + 16 ; }
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public CleanCommand setDryRun ( boolean dryRun ) { this . dryRun = dryRun ; return this ; }
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public virtual NGit . Api . CleanCommand SetDryRun ( bool dryRun ) { this . dryRun = dryRun ; return this ; }
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public DescribeClusterVersionsResult describeClusterVersions ( DescribeClusterVersionsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeClusterVersions ( request ) ; }
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public virtual DescribeClusterVersionsResponse DescribeClusterVersions ( DescribeClusterVersionsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeClusterVersionsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeClusterVersionsResponseUnmarshaller . Instance ; return Invoke < DescribeClusterVersionsResponse > ( request , options ) ; }
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public DescribeWorkspacesResult describeWorkspaces ( DescribeWorkspacesRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeWorkspaces ( request ) ; }
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public virtual DescribeWorkspacesResponse DescribeWorkspaces ( DescribeWorkspacesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeWorkspacesRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeWorkspacesResponseUnmarshaller . Instance ; return Invoke < DescribeWorkspacesResponse > ( request , options ) ; }
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public void copyRawTo ( int [ ] b , int o ) { b [ o ] = w1 ; b [ o + 1 ] = w2 ; b [ o + 2 ] = w3 ; b [ o + 3 ] = w4 ; b [ o + 4 ] = w5 ; }
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public virtual void CopyRawTo ( byte [ ] b , int o ) { NB . EncodeInt32 ( b , o , w1 ) ; NB . EncodeInt32 ( b , o + 4 , w2 ) ; NB . EncodeInt32 ( b , o + 8 , w3 ) ; NB . EncodeInt32 ( b , o + 12 , w4 ) ; NB . EncodeInt32 ( b , o + 16 , w5 ) ; }
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public SetStackPolicyResult setStackPolicy ( SetStackPolicyRequest request ) { request = beforeClientExecution ( request ) ; return executeSetStackPolicy ( request ) ; }
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public virtual SetStackPolicyResponse SetStackPolicy ( SetStackPolicyRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = SetStackPolicyRequestMarshaller . Instance ; options . ResponseUnmarshaller = SetStackPolicyResponseUnmarshaller . Instance ; return Invoke < SetStackPolicyResponse > ( request , options ) ; }
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public String toString ( ) { StringBuilder s = new StringBuilder ( ) ; append ( s , oldRef , "CREATE" ) ; s . append ( ' ' ) ; append ( s , newRef , "DELETE" ) ; s . append ( ' ' ) . append ( getRefName ( ) ) ; s . append ( ' ' ) . append ( getResult ( ) ) ; if ( getMessage ( ) != null ) { s . append ( ' ' ) . append ( getMessage ( ) ) ; } return s . toString ( ) ; }
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public override string ToString ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . Append ( "TrackingRefUpdate[" ) ; sb . Append ( remoteName ) ; sb . Append ( " -> " ) ; sb . Append ( localName ) ; if ( forceUpdate ) { sb . Append ( " (forced)" ) ; } sb . Append ( " " ) ; sb . Append ( oldObjectId == null ? string . Empty : oldObjectId . Abbreviate ( 7 ) . Name ) ; sb . Append ( ".." ) ; sb . Append ( newObjectId == null ? string . Empty : newObjectId . Abbreviate ( 7 ) . Name ) ; sb . Append ( "]" ) ; return sb . ToString ( ) ; }
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public short getXFAt ( int coffset ) { return field_3_rks [ coffset ] . xf ; }
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public short GetXFAt ( int coffset ) { return field_3_rks [ coffset ] . xf ; }
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public ByteBuffer put ( byte [ ] src , int srcOffset , int byteCount ) { Arrays . checkOffsetAndCount ( src . length , srcOffset , byteCount ) ; if ( byteCount > remaining ( ) ) { throw new BufferOverflowException ( ) ; } for ( int i = srcOffset ; i < srcOffset + byteCount ; ++ i ) { put ( src [ i ] ) ; } return this ; }
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public virtual java . nio . ByteBuffer put ( byte [ ] src , int srcOffset , int byteCount ) { java . util . Arrays . checkOffsetAndCount ( src . Length , srcOffset , byteCount ) ; if ( byteCount > remaining ( ) ) { throw new java . nio . BufferOverflowException ( ) ; } { for ( int i = srcOffset ; i < srcOffset + byteCount ; ++ i ) { put ( src [ i ] ) ; } } return this ; }
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public ReceiveMessageResult receiveMessage ( String queueUrl ) { return receiveMessage ( new ReceiveMessageRequest ( ) . withQueueUrl ( queueUrl ) ) ; }
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public virtual ReceiveMessageResponse ReceiveMessage ( string queueUrl ) { var request = new ReceiveMessageRequest ( ) ; request . QueueUrl = queueUrl ; return ReceiveMessage ( request ) ; }
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public NativeUnixIndexInput ( NativeUnixIndexInput other ) throws IOException { super ( other . toString ( ) ) ; this . fis = null ; channel = other . channel ; this . bufferSize = other . bufferSize ; buffer = ByteBuffer . allocateDirect ( bufferSize ) ; filePos = - bufferSize ; bufferPos = bufferSize ; isOpen = true ; isClone = true ; seek ( other . getFilePointer ( ) ) ; }
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public NativeUnixIndexInput ( NativeUnixIndexInput other ) throws IOException { base ( other . ToString ( ) ) ; this . fis = null ; channel = other . channel ; this . bufferSize = other . bufferSize ; buffer = ByteBuffer . allocateDirect ( bufferSize ) ; filePos = - bufferSize ; bufferPos = bufferSize ; isOpen = true ; isClone = true ; seek ( other . FilePointer ) ; }
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public Merger newMerger ( Repository db , boolean inCore ) { return new OneSide ( db , treeIndex ) ; }
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public override Merger NewMerger ( Repository db , bool inCore ) { return new StrategyOneSided . OneSide ( db , treeIndex ) ; }
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public void flush ( ) { synchronized ( lock ) { if ( out != null ) { try { out . flush ( ) ; } catch ( IOException e ) { setError ( ) ; } } else { setError ( ) ; } } }
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public override void flush ( ) { lock ( @ lock ) { if ( @ out != null ) { try { @ out . flush ( ) ; } catch ( System . IO . IOException ) { setError ( ) ; } } else { setError ( ) ; } } }
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public DisassociateIamInstanceProfileResult disassociateIamInstanceProfile ( DisassociateIamInstanceProfileRequest request ) { request = beforeClientExecution ( request ) ; return executeDisassociateIamInstanceProfile ( request ) ; }
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public virtual DisassociateIamInstanceProfileResponse DisassociateIamInstanceProfile ( DisassociateIamInstanceProfileRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DisassociateIamInstanceProfileRequestMarshaller . Instance ; options . ResponseUnmarshaller = DisassociateIamInstanceProfileResponseUnmarshaller . Instance ; return Invoke < DisassociateIamInstanceProfileResponse > ( request , options ) ; }
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public void beginTask ( String title , int totalWork ) { if ( ! isMainThread ( ) ) throw new IllegalStateException ( ) ; pm . beginTask ( title , totalWork ) ; }
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public override void BeginTask ( string title , int totalWork ) { if ( ! IsMainThread ( ) ) { throw new InvalidOperationException ( ) ; } pm . BeginTask ( title , totalWork ) ; }
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public void run ( ) { try { count = task . runAndMaybeStats ( letChildReport ) ; } catch ( Exception e ) { throw new RuntimeException ( e ) ; } }
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public override void Run ( ) { try { count = task . RunAndMaybeStats ( letChildReport ) ; } catch ( Exception e ) { throw new Exception ( e . ToString ( ) , e ) ; } }
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public TokenFilter create ( TokenStream input ) { return new EdgeNGramTokenFilter ( input , minGramSize , maxGramSize , preserveOriginal ) ; }
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public override TokenStream Create ( TokenStream input ) { return new EdgeNGramTokenFilter ( m_luceneMatchVersion , input , side , minGramSize , maxGramSize ) ; }
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public String toString ( ) { return "RemoteRefUpdate[remoteName=" + remoteName + ", " + status + ", " + ( expectedOldObjectId != null ? expectedOldObjectId . name ( ) : "(null)" ) + "..." + ( newObjectId != null ? newObjectId . name ( ) : "(null)" ) + ( fastForward ? ", fastForward" : "" ) + ", srcRef=" + srcRef + ( forceUpdate ? ", forceUpdate" : "" ) + ", message=" + ( message != null ? "\"" + message + "\"" : "null" ) + "]" ; }
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public override string ToString ( ) { return "RemoteRefUpdate[remoteName=" + remoteName + ", " + status + ", " + ( expectedOldObjectId != null ? expectedOldObjectId . Name : "(null)" ) + "..." + ( newObjectId != null ? newObjectId . Name : "(null)" ) + ( fastForward ? ", fastForward" : string . Empty ) + ", srcRef=" + srcRef + ( forceUpdate ? ", forceUpdate" : string . Empty ) + ", message=" + ( message != null ? "\"" + message + "\"" : "null" ) + "]" ; }
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public ListJournalS3ExportsResult listJournalS3Exports ( ListJournalS3ExportsRequest request ) { request = beforeClientExecution ( request ) ; return executeListJournalS3Exports ( request ) ; }
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public virtual ListJournalS3ExportsResponse ListJournalS3Exports ( ListJournalS3ExportsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListJournalS3ExportsRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListJournalS3ExportsResponseUnmarshaller . Instance ; return Invoke < ListJournalS3ExportsResponse > ( request , options ) ; }
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