question stringlengths 33 1.59k | target stringlengths 33 1.58k |
|---|---|
public CreateDetectorResult createDetector ( CreateDetectorRequest request ) { request = beforeClientExecution ( request ) ; return executeCreateDetector ( request ) ; } | public virtual CreateDetectorResponse CreateDetector ( CreateDetectorRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = CreateDetectorRequestMarshaller . Instance ; options . ResponseUnmarshaller = CreateDetectorResponseUnmarshaller . Instance ; return Invoke < CreateDetectorResponse > ( request , options ) ; } |
public boolean equals ( Object other ) { if ( other instanceof IndexCommit ) { IndexCommit otherCommit = ( IndexCommit ) other ; return otherCommit . getDirectory ( ) == getDirectory ( ) && otherCommit . getGeneration ( ) == getGeneration ( ) ; } else { return false ; } } | public override bool Equals ( object other ) { if ( other is IndexCommit ) { IndexCommit otherCommit = ( IndexCommit ) other ; return otherCommit . Directory == Directory && otherCommit . Generation == Generation ; } else { return false ; } } |
public void yypushback ( int number ) { if ( number > yylength ( ) ) zzScanError ( ZZ_PUSHBACK_2BIG ) ; zzMarkedPos -= number ; } | public void YyPushBack ( int number ) { if ( number > YyLength ) ZzScanError ( ZZ_PUSHBACK_2BIG ) ; zzMarkedPos -= number ; } |
public ValueEval evaluate ( int srcRowIndex , int srcColumnIndex , ValueEval arg0 , ValueEval arg1 ) { return fixed ( arg0 , arg1 , BoolEval . FALSE , srcRowIndex , srcColumnIndex ) ; } | public ValueEval Evaluate ( int srcRowIndex , int srcColumnIndex , ValueEval arg0 , ValueEval arg1 ) { return doFixed ( arg0 , arg1 , BoolEval . FALSE , srcRowIndex , srcColumnIndex ) ; } |
public RevisionSyntaxException ( String message , String revstr ) { super ( message ) ; this . revstr = revstr ; } | public RevisionSyntaxException ( string message , string revstr ) : base ( message ) { this . revstr = revstr ; } |
public void reset ( ) throws IOException { synchronized ( lock ) { super . reset ( ) ; lineNumber = markedLineNumber ; lastWasCR = markedLastWasCR ; } } | public override void reset ( ) { throw new System . NotImplementedException ( ) ; } |
public QueryParser ( CharStream stream ) { token_source = new QueryParserTokenManager ( stream ) ; token = new Token ( ) ; jj_ntk = - 1 ; jj_gen = 0 ; for ( int i = 0 ; i < 10 ; i ++ ) jj_la1 [ i ] = - 1 ; for ( int i = 0 ; i < jj_2_rtns . length ; i ++ ) jj_2_rtns [ i ] = new JJCalls ( ) ; } | public QueryParser ( ICharStream stream ) { TokenSource = new QueryParserTokenManager ( stream ) ; Token = new Token ( ) ; jj_ntk = - 1 ; jj_gen = 0 ; for ( int i = 0 ; i < 10 ; i ++ ) jj_la1 [ i ] = - 1 ; for ( int i = 0 ; i < jj_2_rtns . Length ; i ++ ) jj_2_rtns [ i ] = new JJCalls ( ) ; } |
public Float floatValue ( String key ) { String value = responseMap . get ( key ) ; if ( null == value || 0 == value . length ( ) ) { return null ; } return Float . valueOf ( responseMap . get ( key ) ) ; } | public float ? FloatValue ( string key ) { if ( null != DictionaryUtil . Get ( ResponseDictionary , key ) ) { return float . Parse ( DictionaryUtil . Get ( ResponseDictionary , key ) ) ; } return null ; } |
public ModifyClusterResult modifyCluster ( ModifyClusterRequest request ) { request = beforeClientExecution ( request ) ; return executeModifyCluster ( request ) ; } | public virtual ModifyClusterResponse ModifyCluster ( ModifyClusterRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ModifyClusterRequestMarshaller . Instance ; options . ResponseUnmarshaller = ModifyClusterResponseUnmarshaller . Instance ; return Invoke < ModifyClusterResponse > ( request , options ) ; } |
public DescribeSolutionResult describeSolution ( DescribeSolutionRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeSolution ( request ) ; } | public virtual DescribeSolutionResponse DescribeSolution ( DescribeSolutionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeSolutionRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeSolutionResponseUnmarshaller . Instance ; return Invoke < DescribeSolutionResponse > ( request , options ) ; } |
public BootstrapActionConfig build ( ) { return new BootstrapActionConfig ( ) . withName ( "Configure Hadoop" ) . withScriptBootstrapAction ( new ScriptBootstrapActionConfig ( ) . withPath ( "s3:" ) . withArgs ( args ) ) ; } | public BootstrapActionConfig Build ( ) { return new BootstrapActionConfig { Name = "Configure Hadoop" , ScriptBootstrapAction = new ScriptBootstrapActionConfig { Path = string . Format ( CultureInfo . InvariantCulture , "s3:" ) , Args = args } } ; } |
public void append ( String name , RevCommit commit ) { append ( name , GITLINK , commit ) ; } | public virtual void Append ( string name , RevCommit commit ) { Append ( name , FileMode . GITLINK , commit ) ; } |
public int read ( ) { if ( ptr == data . length ) return - 1 ; return data [ ptr ++ ] & 0xff ; } | public override int Read ( ) { if ( ptr == data . Length ) { return - 1 ; } return data [ ptr ++ ] & unchecked ( ( int ) ( 0xff ) ) ; } |
public void setOutputUnigramsIfNoShingles ( boolean outputUnigramsIfNoShingles ) { this . outputUnigramsIfNoShingles = outputUnigramsIfNoShingles ; } | public void SetOutputUnigramsIfNoShingles ( bool outputUnigramsIfNoShingles ) { this . outputUnigramsIfNoShingles = outputUnigramsIfNoShingles ; } |
public RevFilter clone ( ) { return this ; } | public override RevFilter Clone ( ) { return this ; } |
public void updateFormulasAfterRowShift ( FormulaShifter shifter , int currentExternSheetIndex ) { for ( int i = 0 ; i < records . length ; i ++ ) { CellValueRecordInterface [ ] rowCells = records [ i ] ; if ( rowCells == null ) { continue ; } for ( int j = 0 ; j < rowCells . length ; j ++ ) { CellValueRecordInterface cell = rowCells [ j ] ; if ( cell instanceof FormulaRecordAggregate ) { FormulaRecordAggregate fra = ( FormulaRecordAggregate ) cell ; Ptg [ ] ptgs = fra . getFormulaTokens ( ) ; Ptg [ ] ptgs2 = ( ( FormulaRecordAggregate ) cell ) . getFormulaRecord ( ) . getParsedExpression ( ) ; if ( shifter . adjustFormula ( ptgs , currentExternSheetIndex ) ) { fra . setParsedExpression ( ptgs ) ; } } } } } | public void UpdateFormulasAfterRowShift ( FormulaShifter shifter , int currentExternSheetIndex ) { for ( int i = 0 ; i < records . Length ; i ++ ) { CellValueRecordInterface [ ] rowCells = records [ i ] ; if ( rowCells == null ) { continue ; } for ( int j = 0 ; j < rowCells . Length ; j ++ ) { CellValueRecordInterface cell = rowCells [ j ] ; if ( cell is FormulaRecordAggregate ) { FormulaRecordAggregate fra = ( FormulaRecordAggregate ) cell ; Ptg [ ] ptgs = fra . FormulaTokens ; Ptg [ ] ptgs2 = ( ( FormulaRecordAggregate ) cell ) . FormulaRecord . ParsedExpression ; if ( shifter . AdjustFormula ( ptgs , currentExternSheetIndex ) ) { fra . SetParsedExpression ( ptgs ) ; } } } } } |
public UpdateGroupRequest ( String groupName ) { setGroupName ( groupName ) ; } | public UpdateGroupRequest ( string groupName ) { _groupName = groupName ; } |
public ListBrokersResult listBrokers ( ListBrokersRequest request ) { request = beforeClientExecution ( request ) ; return executeListBrokers ( request ) ; } | public virtual ListBrokersResponse ListBrokers ( ListBrokersRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListBrokersRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListBrokersResponseUnmarshaller . Instance ; return Invoke < ListBrokersResponse > ( request , options ) ; } |
public final FormulaCellCacheEntry [ ] getConsumingCells ( ) { return _consumingCells . toArray ( ) ; } | public FormulaCellCacheEntry [ ] GetConsumingCells ( ) { return _consumingCells . ToArray ( ) ; } |
public int cardinality ( ) { return cardinality ; } | public int Cardinality ( ) { return cardinality ; } |
public static final WeightedTerm [ ] getTerms ( Query query , boolean prohibited ) { return getTerms ( query , prohibited , null ) ; } | public static WeightedTerm [ ] GetTerms ( Query query , bool prohibited ) { return GetTerms ( query , prohibited , null ) ; } |
public void serialize ( LittleEndianOutput out ) { out . writeShort ( getColWidth ( ) ) ; } | public override void Serialize ( ILittleEndianOutput out1 ) { out1 . WriteShort ( ColWidth ) ; } |
public FieldsConsumer fieldsConsumer ( SegmentWriteState state ) throws IOException { PostingsWriterBase postingsWriter = new Lucene84PostingsWriter ( state ) ; boolean success = false ; try { FieldsConsumer ret = new FSTTermsWriter ( state , postingsWriter ) ; success = true ; return ret ; } finally { if ( ! success ) { IOUtils . closeWhileHandlingException ( postingsWriter ) ; } } } | public override FieldsConsumer FieldsConsumer ( SegmentWriteState state ) { PostingsWriterBase postingsWriter = new Lucene41PostingsWriter ( state ) ; bool success = false ; try { FieldsConsumer ret = new FSTTermsWriter ( state , postingsWriter ) ; success = true ; return ret ; } finally { if ( ! success ) { IOUtils . DisposeWhileHandlingException ( postingsWriter ) ; } } } |
public int getThumbOffset ( ) { return mThumbOffset ; } | public virtual int getThumbOffset ( ) { return mThumbOffset ; } |
public GetApnsChannelResult getApnsChannel ( GetApnsChannelRequest request ) { request = beforeClientExecution ( request ) ; return executeGetApnsChannel ( request ) ; } | public virtual GetApnsChannelResponse GetApnsChannel ( GetApnsChannelRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetApnsChannelRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetApnsChannelResponseUnmarshaller . Instance ; return Invoke < GetApnsChannelResponse > ( request , options ) ; } |
public boolean equals ( Object obj ) { if ( this == obj ) return true ; if ( null == obj || getClass ( ) != obj . getClass ( ) ) return false ; NGramDistance o = ( NGramDistance ) obj ; return o . n == this . n ; } | public override bool Equals ( object obj ) { if ( this == obj ) { return true ; } if ( null == obj || this . GetType ( ) != obj . GetType ( ) ) { return false ; } var o = ( NGramDistance ) obj ; return o . n == this . n ; } |
public GetDomainDetailResult getDomainDetail ( GetDomainDetailRequest request ) { request = beforeClientExecution ( request ) ; return executeGetDomainDetail ( request ) ; } | public virtual GetDomainDetailResponse GetDomainDetail ( GetDomainDetailRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetDomainDetailRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetDomainDetailResponseUnmarshaller . Instance ; return Invoke < GetDomainDetailResponse > ( request , options ) ; } |
public UpdateConfigurationSetReputationMetricsEnabledResult updateConfigurationSetReputationMetricsEnabled ( UpdateConfigurationSetReputationMetricsEnabledRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateConfigurationSetReputationMetricsEnabled ( request ) ; } | public virtual UpdateConfigurationSetReputationMetricsEnabledResponse UpdateConfigurationSetReputationMetricsEnabled ( UpdateConfigurationSetReputationMetricsEnabledRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateConfigurationSetReputationMetricsEnabledRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateConfigurationSetReputationMetricsEnabledResponseUnmarshaller . Instance ; return Invoke < UpdateConfigurationSetReputationMetricsEnabledResponse > ( request , options ) ; } |
public PackedDataInput ( DataInput in ) { this . in = in ; skipToNextByte ( ) ; } | public PackedDataInput ( DataInput @ in ) { this . @ in = @ in ; SkipToNextByte ( ) ; } |
public AssociateQualificationWithWorkerResult associateQualificationWithWorker ( AssociateQualificationWithWorkerRequest request ) { request = beforeClientExecution ( request ) ; return executeAssociateQualificationWithWorker ( request ) ; } | public virtual AssociateQualificationWithWorkerResponse AssociateQualificationWithWorker ( AssociateQualificationWithWorkerRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = AssociateQualificationWithWorkerRequestMarshaller . Instance ; options . ResponseUnmarshaller = AssociateQualificationWithWorkerResponseUnmarshaller . Instance ; return Invoke < AssociateQualificationWithWorkerResponse > ( request , options ) ; } |
public String toString ( ) { return "arc=" + fstArc + " state=" + fsaState ; } | public override string ToString ( ) { return "arc=" + fstArc + " state=" + fsaState ; } |
public void signalWorkflowExecution ( SignalWorkflowExecutionRequest request ) { request = beforeClientExecution ( request ) ; executeSignalWorkflowExecution ( request ) ; } | public virtual SignalWorkflowExecutionResponse SignalWorkflowExecution ( SignalWorkflowExecutionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = SignalWorkflowExecutionRequestMarshaller . Instance ; options . ResponseUnmarshaller = SignalWorkflowExecutionResponseUnmarshaller . Instance ; return Invoke < SignalWorkflowExecutionResponse > ( request , options ) ; } |
public String getTokenName ( int t ) { if ( t == Token . EOF ) { return "EOF" ; } Vocabulary vocabulary = parser != null ? parser . getVocabulary ( ) : VocabularyImpl . EMPTY_VOCABULARY ; String displayName = vocabulary . getDisplayName ( t ) ; if ( displayName . equals ( Integer . toString ( t ) ) ) { return displayName ; } return displayName + "<" + t + ">" ; } | public string GetTokenName ( int t ) { if ( t == TokenConstants . EOF ) { return "EOF" ; } IVocabulary vocabulary = parser != null ? parser . Vocabulary : Vocabulary . EmptyVocabulary ; String displayName = vocabulary . GetDisplayName ( t ) ; if ( displayName . Equals ( t . ToString ( ) ) ) { return displayName ; } return displayName + "<" + t + ">" ; } |
public CJKWidthFilterFactory ( Map < String , String > args ) { super ( args ) ; if ( ! args . isEmpty ( ) ) { throw new IllegalArgumentException ( "Unknown parameters: " + args ) ; } } | public CJKWidthFilterFactory ( IDictionary < string , string > args ) : base ( args ) { if ( args . Count > 0 ) { throw new System . ArgumentException ( "Unknown parameters: " + args ) ; } } |
public GetHLSStreamingSessionURLResult getHLSStreamingSessionURL ( GetHLSStreamingSessionURLRequest request ) { request = beforeClientExecution ( request ) ; return executeGetHLSStreamingSessionURL ( request ) ; } | public virtual GetHLSStreamingSessionURLResponse GetHLSStreamingSessionURL ( GetHLSStreamingSessionURLRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetHLSStreamingSessionURLRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetHLSStreamingSessionURLResponseUnmarshaller . Instance ; return Invoke < GetHLSStreamingSessionURLResponse > ( request , options ) ; } |
public boolean updateFormulasAfterCellShift ( FormulaShifter shifter , int currentExternSheetIx ) { CellRangeAddress [ ] cellRanges = header . getCellRanges ( ) ; boolean changed = false ; List < CellRangeAddress > temp = new ArrayList < > ( ) ; for ( CellRangeAddress craOld : cellRanges ) { CellRangeAddress craNew = BaseRowColShifter . shiftRange ( shifter , craOld , currentExternSheetIx ) ; if ( craNew == null ) { changed = true ; continue ; } temp . add ( craNew ) ; if ( craNew != craOld ) { changed = true ; } } if ( changed ) { int nRanges = temp . size ( ) ; if ( nRanges == 0 ) { return false ; } CellRangeAddress [ ] newRanges = new CellRangeAddress [ nRanges ] ; temp . toArray ( newRanges ) ; header . setCellRanges ( newRanges ) ; } for ( CFRuleBase rule : rules ) { Ptg [ ] ptgs ; ptgs = rule . getParsedExpression1 ( ) ; if ( ptgs != null && shifter . adjustFormula ( ptgs , currentExternSheetIx ) ) { rule . setParsedExpression1 ( ptgs ) ; } ptgs = rule . getParsedExpression2 ( ) ; if ( ptgs != null && shifter . adjustFormula ( ptgs , currentExternSheetIx ) ) { rule . setParsedExpression2 ( ptgs ) ; } if ( rule instanceof CFRule12Record ) { CFRule12Record rule12 = ( CFRule12Record ) rule ; ptgs = rule12 . getParsedExpressionScale ( ) ; if ( ptgs != null && shifter . adjustFormula ( ptgs , currentExternSheetIx ) ) { rule12 . setParsedExpressionScale ( ptgs ) ; } } } return true ; } | public bool UpdateFormulasAfterCellShift ( FormulaShifter shifter , int currentExternSheetIx ) { CellRangeAddress [ ] cellRanges = header . CellRanges ; bool changed = false ; List < CellRangeAddress > temp = new List < CellRangeAddress > ( ) ; for ( int i = 0 ; i < cellRanges . Length ; i ++ ) { CellRangeAddress craOld = cellRanges [ i ] ; CellRangeAddress craNew = ShiftRange ( shifter , craOld , currentExternSheetIx ) ; if ( craNew == null ) { changed = true ; continue ; } temp . Add ( craNew ) ; if ( craNew != craOld ) { changed = true ; } } if ( changed ) { int nRanges = temp . Count ; if ( nRanges == 0 ) { return false ; } CellRangeAddress [ ] newRanges = new CellRangeAddress [ nRanges ] ; newRanges = temp . ToArray ( ) ; header . CellRanges = ( newRanges ) ; } for ( int i = 0 ; i < rules . Count ; i ++ ) { CFRuleRecord rule = rules [ i ] ; Ptg [ ] ptgs ; ptgs = rule . ParsedExpression1 ; if ( ptgs != null && shifter . AdjustFormula ( ptgs , currentExternSheetIx ) ) { rule . ParsedExpression1 = ( ptgs ) ; } ptgs = rule . ParsedExpression2 ; if ( ptgs != null && shifter . AdjustFormula ( ptgs , currentExternSheetIx ) ) { rule . ParsedExpression2 = ( ptgs ) ; } } return true ; } |
public int keyAt ( int index ) { if ( mGarbage ) { gc ( ) ; } return mKeys [ index ] ; } | public virtual int keyAt ( int index ) { if ( mGarbage ) { gc ( ) ; } return mKeys [ index ] ; } |
public JapaneseKatakanaStemFilterFactory ( Map < String , String > args ) { super ( args ) ; minimumLength = getInt ( args , MINIMUM_LENGTH_PARAM , JapaneseKatakanaStemFilter . DEFAULT_MINIMUM_LENGTH ) ; if ( minimumLength < 2 ) { throw new IllegalArgumentException ( "Illegal " + MINIMUM_LENGTH_PARAM + " " + minimumLength + " (must be 2 or greater)" ) ; } if ( ! args . isEmpty ( ) ) { throw new IllegalArgumentException ( "Unknown parameters: " + args ) ; } } | public JapaneseKatakanaStemFilterFactory ( IDictionary < string , string > args ) : base ( args ) { minimumLength = GetInt32 ( args , MINIMUM_LENGTH_PARAM , JapaneseKatakanaStemFilter . DEFAULT_MINIMUM_LENGTH ) ; if ( minimumLength < 2 ) { throw new ArgumentException ( "Illegal " + MINIMUM_LENGTH_PARAM + " " + minimumLength + " (must be 2 or greater)" ) ; } if ( args . Count > 0 ) { throw new ArgumentException ( "Unknown parameters: " + args ) ; } } |
public static void byteArray ( StringBuilder buffer , byte [ ] bytes ) { for ( int i = 0 ; i < bytes . length ; i ++ ) { buffer . append ( "b[" ) . append ( i ) . append ( "]=" ) . append ( bytes [ i ] ) ; if ( i < bytes . length - 1 ) { buffer . append ( ',' ) ; } } } | public static void ByteArray ( StringBuilder buffer , byte [ ] bytes ) { for ( int i = 0 ; i < bytes . Length ; i ++ ) { buffer . Append ( "b[" ) . Append ( i ) . Append ( "]=" ) . Append ( bytes [ i ] ) ; if ( i < bytes . Length - 1 ) { buffer . Append ( ',' ) ; } } } |
public int available ( ) { return _in . available ( ) ; } | public int Available ( ) { return _in . Available ( ) ; } |
public DeleteDatasetGroupResult deleteDatasetGroup ( DeleteDatasetGroupRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteDatasetGroup ( request ) ; } | public virtual DeleteDatasetGroupResponse DeleteDatasetGroup ( DeleteDatasetGroupRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteDatasetGroupRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteDatasetGroupResponseUnmarshaller . Instance ; return Invoke < DeleteDatasetGroupResponse > ( request , options ) ; } |
public DescribeBuildResult describeBuild ( DescribeBuildRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeBuild ( request ) ; } | public virtual DescribeBuildResponse DescribeBuild ( DescribeBuildRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeBuildRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeBuildResponseUnmarshaller . Instance ; return Invoke < DescribeBuildResponse > ( request , options ) ; } |
public E peekLast ( ) { Link < E > last = voidLink . previous ; return ( last == voidLink ) ? null : last . data ; } | public virtual E peekLast ( ) { java . util . LinkedList . Link < E > last = voidLink . previous ; return ( last == voidLink ) ? default ( E ) : last . data ; } |
public long get ( long index ) { assert index >= 0 && index < valueCount ; final int block = ( int ) ( index > > > blockShift ) ; final int idx = ( int ) ( index & blockMask ) ; return expected ( minValues [ block ] , averages [ block ] , idx ) + subReaders [ block ] . get ( idx ) ; } | public override long Get ( long index ) { Debug . Assert ( index >= 0 && index < valueCount ) ; int block = ( int ) ( ( long ) ( ( ulong ) index > > blockShift ) ) ; int idx = ( int ) ( index & blockMask ) ; return minValues [ block ] + ( long ) ( float ) ( idx * averages [ block ] ) + BlockPackedReaderIterator . ZigZagDecode ( subReaders [ block ] . Get ( idx ) ) ; } |
public DescribeVpnGatewaysResult describeVpnGateways ( ) { return describeVpnGateways ( new DescribeVpnGatewaysRequest ( ) ) ; } | public virtual DescribeVpnGatewaysResponse DescribeVpnGateways ( ) { return DescribeVpnGateways ( new DescribeVpnGatewaysRequest ( ) ) ; } |
public Iterator < E > iterator ( ) { return backingMap . keySet ( ) . iterator ( ) ; } | public override java . util . Iterator < E > iterator ( ) { return backingMap . keySet ( ) . iterator ( ) ; } |
public void parseLine ( DocData docData , String line ) { int n = 0 ; int k1 = 0 ; int k2 ; while ( ( k2 = line . indexOf ( WriteLineDocTask . SEP , k1 ) ) >= 0 ) { if ( n >= header . length ) { throw new RuntimeException ( "input line has invalid format: " + ( n + 1 ) + " fields instead of " + header . length + " :: [" + line + "]" ) ; } setDocDataField ( docData , n , line . substring ( k1 , k2 ) ) ; ++ n ; k1 = k2 + 1 ; } if ( n != header . length - 1 ) { throw new RuntimeException ( "input line has invalid format: " + ( n + 1 ) + " fields instead of " + header . length + " :: [" + line + "]" ) ; } setDocDataField ( docData , n , line . substring ( k1 ) ) ; } | public override void ParseLine ( DocData docData , string line ) { int n = 0 ; int k1 = 0 ; int k2 ; while ( ( k2 = line . IndexOf ( WriteLineDocTask . SEP , k1 ) ) >= 0 ) { if ( n >= m_header . Length ) { throw new Exception ( "input line has invalid format: " + ( n + 1 ) + " fields instead of " + m_header . Length + " :: [" + line + "]" ) ; } SetDocDataField ( docData , n , line . Substring ( k1 , k2 - k1 ) ) ; ++ n ; k1 = k2 + 1 ; } if ( n != m_header . Length - 1 ) { throw new Exception ( "input line has invalid format: " + ( n + 1 ) + " fields instead of " + m_header . Length + " :: [" + line + "]" ) ; } SetDocDataField ( docData , n , line . Substring ( k1 ) ) ; } |
public long getTotalLLLookaheadOps ( ) { DecisionInfo [ ] decisions = atnSimulator . getDecisionInfo ( ) ; long k = 0 ; for ( int i = 0 ; i < decisions . length ; i ++ ) { k += decisions [ i ] . LL_TotalLook ; } return k ; } | public long getTotalLLLookaheadOps ( ) { DecisionInfo [ ] decisions = atnSimulator . getDecisionInfo ( ) ; long k = 0 ; for ( int i = 0 ; i < decisions . Length ; i ++ ) { k += decisions [ i ] . LL_TotalLook ; } return k ; } |
public static boolean matches ( String regularExpression , CharSequence input ) { return new Matcher ( new Pattern ( regularExpression , 0 ) , input ) . matches ( ) ; } | public static bool matches ( string regularExpression , java . lang . CharSequence input ) { return new java . util . regex . Matcher ( new java . util . regex . Pattern ( regularExpression , 0 ) , input ) . matches ( ) ; } |
public HSSFChildAnchor ( int dx1 , int dy1 , int dx2 , int dy2 ) { super ( Math . min ( dx1 , dx2 ) , Math . min ( dy1 , dy2 ) , Math . max ( dx1 , dx2 ) , Math . max ( dy1 , dy2 ) ) ; if ( dx1 > dx2 ) { _isHorizontallyFlipped = true ; } if ( dy1 > dy2 ) { _isVerticallyFlipped = true ; } } | public HSSFChildAnchor ( int dx1 , int dy1 , int dx2 , int dy2 ) : base ( Math . Min ( dx1 , dx2 ) , Math . Min ( dy1 , dy2 ) , Math . Max ( dx1 , dx2 ) , Math . Max ( dy1 , dy2 ) ) { if ( dx1 > dx2 ) { _isHorizontallyFlipped = true ; } if ( dy1 > dy2 ) { _isVerticallyFlipped = true ; } } |
public final CharBuffer put ( String str ) { return put ( str , 0 , str . length ( ) ) ; } | public java . nio . CharBuffer put ( string str ) { return put ( str , 0 , str . Length ) ; } |
public StartExportTaskResult startExportTask ( StartExportTaskRequest request ) { request = beforeClientExecution ( request ) ; return executeStartExportTask ( request ) ; } | public virtual StartExportTaskResponse StartExportTask ( StartExportTaskRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = StartExportTaskRequestMarshaller . Instance ; options . ResponseUnmarshaller = StartExportTaskResponseUnmarshaller . Instance ; return Invoke < StartExportTaskResponse > ( request , options ) ; } |
public UpdateUserHierarchyResult updateUserHierarchy ( UpdateUserHierarchyRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateUserHierarchy ( request ) ; } | public virtual UpdateUserHierarchyResponse UpdateUserHierarchy ( UpdateUserHierarchyRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateUserHierarchyRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateUserHierarchyResponseUnmarshaller . Instance ; return Invoke < UpdateUserHierarchyResponse > ( request , options ) ; } |
public String toString ( ) { StringBuilder sb = new StringBuilder ( ) ; sb . append ( "[SERIESTEXT]\n" ) ; sb . append ( " .id =" ) . append ( HexDump . shortToHex ( getId ( ) ) ) . append ( '\n' ) ; sb . append ( " .textLen=" ) . append ( field_4_text . length ( ) ) . append ( '\n' ) ; sb . append ( " .is16bit=" ) . append ( is16bit ) . append ( '\n' ) ; sb . append ( " .text =" ) . append ( " (" ) . append ( getText ( ) ) . append ( " )" ) . append ( '\n' ) ; sb . append ( "[/SERIESTEXT]\n" ) ; return sb . toString ( ) ; } | public override String ToString ( ) { StringBuilder buffer = new StringBuilder ( ) ; buffer . Append ( "[SERIESTEXT]\n" ) ; buffer . Append ( " .id = " ) . Append ( "0x" ) . Append ( HexDump . ToHex ( Id ) ) . Append ( " (" ) . Append ( Id ) . Append ( " )" ) ; buffer . Append ( Environment . NewLine ) ; buffer . Append ( " .textLength = " ) . Append ( field_4_text . Length ) ; buffer . Append ( Environment . NewLine ) ; buffer . Append ( " .is16bit = " ) . Append ( is16bit ) ; buffer . Append ( Environment . NewLine ) ; buffer . Append ( " .text = " ) . Append ( " (" ) . Append ( Text ) . Append ( " )" ) ; buffer . Append ( Environment . NewLine ) ; buffer . Append ( "[/SERIESTEXT]\n" ) ; return buffer . ToString ( ) ; } |
public int put ( Object key , int value ) { Object _key = key ; int _value = value ; int index = findIndex ( _key , keys ) ; if ( keys [ index ] != _key ) { if ( ++ size > threshold ) { rehash ( ) ; index = findIndex ( _key , keys ) ; } keys [ index ] = _key ; values [ index ] = - 1 ; } int result = values [ index ] ; values [ index ] = _value ; return result ; } | public int put ( object key , int value ) { object _key = key ; int _value = value ; int index = findIndex ( _key , keys ) ; if ( keys [ index ] != _key ) { if ( ++ size > threshold ) { rehash ( ) ; index = findIndex ( _key , keys ) ; } keys [ index ] = _key ; values [ index ] = - 1 ; } int result = values [ index ] ; values [ index ] = _value ; return result ; } |
public TagCommand setMessage ( String message ) { checkCallable ( ) ; this . message = message ; return this ; } | public virtual NGit . Api . TagCommand SetMessage ( string message ) { CheckCallable ( ) ; this . message = message ; return this ; } |
public DeleteIndexFieldResult deleteIndexField ( DeleteIndexFieldRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteIndexField ( request ) ; } | public virtual DeleteIndexFieldResponse DeleteIndexField ( DeleteIndexFieldRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteIndexFieldRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteIndexFieldResponseUnmarshaller . Instance ; return Invoke < DeleteIndexFieldResponse > ( request , options ) ; } |
public AbbreviatedObjectId getAbbreviatedObjectId ( ) { return missing ; } | public virtual AbbreviatedObjectId GetAbbreviatedObjectId ( ) { return missing ; } |
public ParserRuleContext getInvokingContext ( int ruleIndex ) { ParserRuleContext p = _ctx ; while ( p != null ) { if ( p . getRuleIndex ( ) == ruleIndex ) return p ; p = ( ParserRuleContext ) p . parent ; } return null ; } | public virtual ParserRuleContext GetInvokingContext ( int ruleIndex ) { ParserRuleContext p = _ctx ; while ( p != null ) { if ( p . RuleIndex == ruleIndex ) { return p ; } p = ( ParserRuleContext ) p . Parent ; } return null ; } |
public boolean containsCell ( int rowIndex , int columnIndex ) { if ( rowIndex > _lastDefinedRow ) return true ; for ( int i = _rectangleGroups . size ( ) - 1 ; i >= 0 ; i -- ) { BlankCellRectangleGroup bcrg = _rectangleGroups . get ( i ) ; if ( bcrg . containsCell ( rowIndex , columnIndex ) ) { return true ; } } if ( _currentRectangleGroup != null && _currentRectangleGroup . containsCell ( rowIndex , columnIndex ) ) { return true ; } if ( _currentRowIndex != - 1 && _currentRowIndex == rowIndex ) { if ( _firstColumnIndex <= columnIndex && columnIndex <= _lastColumnIndex ) { return true ; } } return false ; } | public bool ContainsCell ( int rowIndex , int columnIndex ) { for ( int i = _rectangleGroups . Count - 1 ; i >= 0 ; i -- ) { BlankCellRectangleGroup bcrg = ( BlankCellRectangleGroup ) _rectangleGroups [ i ] ; if ( bcrg . ContainsCell ( rowIndex , columnIndex ) ) { return true ; } } if ( _currentRectangleGroup != null && _currentRectangleGroup . ContainsCell ( rowIndex , columnIndex ) ) { return true ; } if ( _currentRowIndex != - 1 && _currentRowIndex == rowIndex ) { if ( _firstColumnIndex <= columnIndex && columnIndex <= _lastColumnIndex ) { return true ; } } return false ; } |
public DisassociateS3ResourcesResult disassociateS3Resources ( DisassociateS3ResourcesRequest request ) { request = beforeClientExecution ( request ) ; return executeDisassociateS3Resources ( request ) ; } | public virtual DisassociateS3ResourcesResponse DisassociateS3Resources ( DisassociateS3ResourcesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DisassociateS3ResourcesRequestMarshaller . Instance ; options . ResponseUnmarshaller = DisassociateS3ResourcesResponseUnmarshaller . Instance ; return Invoke < DisassociateS3ResourcesResponse > ( request , options ) ; } |
public FontRecord createNewFont ( ) { FontRecord rec = createFont ( ) ; records . add ( records . getFontpos ( ) + 1 , rec ) ; records . setFontpos ( records . getFontpos ( ) + 1 ) ; numfonts ++ ; return rec ; } | public FontRecord CreateNewFont ( ) { FontRecord rec = ( FontRecord ) CreateFont ( ) ; records . Add ( records . Fontpos + 1 , rec ) ; records . Fontpos = ( records . Fontpos + 1 ) ; numfonts ++ ; return rec ; } |
public boolean equals ( Object o ) { return o instanceof SpanishStemmer ; } | public override bool Equals ( object o ) { return o is SpanishStemmer ; } |
public final boolean matches ( char c ) { return Character . isLowerCase ( c ) ; } | public bool Matches ( char c ) { return System . Char . IsLower ( c ) ; } |
public ByteOrder order ( ) { return byteBuffer . order ( ) ; } | public override java . nio . ByteOrder order ( ) { return byteBuffer . order ( ) ; } |
public DeleteVolumeRequest ( String volumeId ) { setVolumeId ( volumeId ) ; } | public DeleteVolumeRequest ( string volumeId ) { _volumeId = volumeId ; } |
public LinkedDataRecord getDataSecondaryCategoryLabels ( ) { return dataSecondaryCategoryLabels ; } | public BRAIRecord GetDataSecondaryCategoryLabels ( ) { return dataSecondaryCategoryLabels ; } |
public int depth ( ) { int n = 0 ; RuleContext p = this ; while ( p != null ) { p = p . parent ; n ++ ; } return n ; } | public virtual int Depth ( ) { int n = 0 ; Antlr4 . Runtime . RuleContext p = this ; while ( p != null ) { p = p . _parent ; n ++ ; } return n ; } |
public PersonIdent getTagger ( ) { return tagger ; } | public virtual PersonIdent GetTagger ( ) { return tagger ; } |
public ObjectId insert ( int objectType , long length , InputStream in ) throws IOException { throw new UnsupportedOperationException ( ) ; } | public override ObjectId Insert ( int objectType , long length , InputStream @ in ) { throw new NotSupportedException ( ) ; } |
public Automaton convert ( Automaton utf32 ) { if ( utf32 . getNumStates ( ) == 0 ) { return utf32 ; } int [ ] map = new int [ utf32 . getNumStates ( ) ] ; Arrays . fill ( map , - 1 ) ; List < Integer > pending = new ArrayList < > ( ) ; int utf32State = 0 ; pending . add ( utf32State ) ; utf8 = new Automaton . Builder ( ) ; int utf8State = utf8 . createState ( ) ; utf8 . setAccept ( utf8State , utf32 . isAccept ( utf32State ) ) ; map [ utf32State ] = utf8State ; Transition scratch = new Transition ( ) ; while ( pending . size ( ) != 0 ) { utf32State = pending . remove ( pending . size ( ) - 1 ) ; utf8State = map [ utf32State ] ; assert utf8State != - 1 ; int numTransitions = utf32 . getNumTransitions ( utf32State ) ; utf32 . initTransition ( utf32State , scratch ) ; for ( int i = 0 ; i < numTransitions ; i ++ ) { utf32 . getNextTransition ( scratch ) ; int destUTF32 = scratch . dest ; int destUTF8 = map [ destUTF32 ] ; if ( destUTF8 == - 1 ) { destUTF8 = utf8 . createState ( ) ; utf8 . setAccept ( destUTF8 , utf32 . isAccept ( destUTF32 ) ) ; map [ destUTF32 ] = destUTF8 ; pending . add ( destUTF32 ) ; } convertOneEdge ( utf8State , destUTF8 , scratch . min , scratch . max ) ; } } return utf8 . finish ( ) ; } | public Automaton Convert ( Automaton utf32 ) { if ( utf32 . IsSingleton ) { utf32 = utf32 . CloneExpanded ( ) ; } State [ ] map = new State [ utf32 . GetNumberedStates ( ) . Length ] ; List < State > pending = new List < State > ( ) ; State utf32State = utf32 . GetInitialState ( ) ; pending . Add ( utf32State ) ; Automaton utf8 = new Automaton ( ) ; utf8 . IsDeterministic = false ; State utf8State = utf8 . GetInitialState ( ) ; utf8States = new State [ 5 ] ; utf8StateCount = 0 ; utf8State . number = utf8StateCount ; utf8States [ utf8StateCount ] = utf8State ; utf8StateCount ++ ; utf8State . Accept = utf32State . Accept ; map [ utf32State . number ] = utf8State ; while ( pending . Count != 0 ) { utf32State = pending [ pending . Count - 1 ] ; pending . RemoveAt ( pending . Count - 1 ) ; utf8State = map [ utf32State . number ] ; for ( int i = 0 ; i < utf32State . numTransitions ; i ++ ) { Transition t = utf32State . TransitionsArray [ i ] ; State destUTF32 = t . to ; State destUTF8 = map [ destUTF32 . number ] ; if ( destUTF8 == null ) { destUTF8 = NewUTF8State ( ) ; destUTF8 . accept = destUTF32 . accept ; map [ destUTF32 . number ] = destUTF8 ; pending . Add ( destUTF32 ) ; } ConvertOneEdge ( utf8State , destUTF8 , t . min , t . max ) ; } } utf8 . SetNumberedStates ( utf8States , utf8StateCount ) ; return utf8 ; } |
public static String [ ] listServices ( ) throws RemoteException { return null ; } | public static string [ ] listServices ( ) { throw new System . NotImplementedException ( ) ; } |
public void startWorkers ( int count ) { workers . addAndGet ( count ) ; } | public virtual void StartWorkers ( int count ) { workers . AddAndGet ( count ) ; } |
public FacetEntry ( BytesRef value , int count ) { this . value = value ; this . count = count ; } | public FacetEntry ( BytesRef value , int count ) { this . value = value ; this . count = count ; } |
public String toString ( ) { String inv = invert ? "!" : "" ; return getClass ( ) . getSimpleName ( ) + "[" + inv + nodeName + "]" ; } | public override string ToString ( ) { string inv = invert ? "!" : string . Empty ; return GetType ( ) . Name + "[" + inv + nodeName + "]" ; } |
public RemoveNoteCommand setNotesRef ( String notesRef ) { checkCallable ( ) ; this . notesRef = notesRef ; return this ; } | public virtual NGit . Api . RemoveNoteCommand SetNotesRef ( string notesRef ) { CheckCallable ( ) ; this . notesRef = notesRef ; return this ; } |
final public SrndQuery FieldsQuery ( ) throws ParseException { SrndQuery q ; ArrayList < String > fieldNames ; fieldNames = OptionalFields ( ) ; q = OrQuery ( ) ; { if ( true ) return ( fieldNames == null ) ? q : getFieldsQuery ( q , fieldNames ) ; } throw new Error ( "Missing return statement in function" ) ; } | public SrndQuery FieldsQuery ( ) { SrndQuery q ; IList < string > fieldNames ; fieldNames = OptionalFields ( ) ; q = OrQuery ( ) ; { if ( true ) return ( fieldNames == null ) ? q : GetFieldsQuery ( q , fieldNames ) ; } throw new Exception ( "Missing return statement in function" ) ; } |
public DescribeParametersResult describeParameters ( DescribeParametersRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeParameters ( request ) ; } | public virtual DescribeParametersResponse DescribeParameters ( DescribeParametersRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeParametersRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeParametersResponseUnmarshaller . Instance ; return Invoke < DescribeParametersResponse > ( request , options ) ; } |
public ParseException ( Token currentTokenVal , int [ ] [ ] expectedTokenSequencesVal , String [ ] tokenImageVal ) { super ( new MessageImpl ( QueryParserMessages . INVALID_SYNTAX , initialise ( currentTokenVal , expectedTokenSequencesVal , tokenImageVal ) ) ) ; this . currentToken = currentTokenVal ; this . expectedTokenSequences = expectedTokenSequencesVal ; this . tokenImage = tokenImageVal ; } | public ParseException ( Token currentTokenVal , int [ ] [ ] expectedTokenSequencesVal , string [ ] tokenImageVal ) : base ( new Message ( QueryParserMessages . INVALID_SYNTAX , Initialize ( currentTokenVal , expectedTokenSequencesVal , tokenImageVal ) ) ) { this . CurrentToken = currentTokenVal ; this . ExpectedTokenSequences = expectedTokenSequencesVal ; this . TokenImage = tokenImageVal ; } |
public ListHumanTaskUisResult listHumanTaskUis ( ListHumanTaskUisRequest request ) { request = beforeClientExecution ( request ) ; return executeListHumanTaskUis ( request ) ; } | public virtual ListHumanTaskUisResponse ListHumanTaskUis ( ListHumanTaskUisRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListHumanTaskUisRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListHumanTaskUisResponseUnmarshaller . Instance ; return Invoke < ListHumanTaskUisResponse > ( request , options ) ; } |
public static ShortBuffer wrap ( short [ ] array ) { return wrap ( array , 0 , array . length ) ; } | public static java . nio . ShortBuffer wrap ( short [ ] array_1 ) { return wrap ( array_1 , 0 , array_1 . Length ) ; } |
public Parser ( boolean dedup , Analyzer analyzer ) { super ( dedup ) ; this . analyzer = analyzer ; } | public Parser ( bool dedup , Analyzer analyzer ) : base ( dedup ) { this . analyzer = analyzer ; } |
public ObjectProtectRecord ( RecordInputStream in ) { field_1_protect = in . readShort ( ) ; } | public ObjectProtectRecord ( RecordInputStream in1 ) { field_1_protect = in1 . ReadShort ( ) ; } |
public void write ( LittleEndianOutput out ) { out . writeByte ( sid + getPtgClass ( ) ) ; out . writeInt ( _reserved0Int ) ; out . writeShort ( _reserved1Short ) ; out . writeByte ( _reserved2Byte ) ; } | public override void Write ( ILittleEndianOutput out1 ) { out1 . WriteByte ( sid + PtgClass ) ; out1 . WriteInt ( _reserved0Int ) ; out1 . WriteShort ( _reserved1Short ) ; out1 . WriteByte ( _reserved2Byte ) ; } |
public int size ( ) { if ( mGarbage ) { gc ( ) ; } return mSize ; } | public virtual int size ( ) { if ( mGarbage ) { gc ( ) ; } return mSize ; } |
public BigDecimal getFractionalPart ( ) { return new BigDecimal ( _fractionalPart ) . divide ( BD_2_POW_24 ) ; } | public decimal GetFractionalPart ( ) { return new decimal ( _fractionalPart ) / ( BD_2_POW_24 ) ; } |
public AttachLoadBalancerTlsCertificateResult attachLoadBalancerTlsCertificate ( AttachLoadBalancerTlsCertificateRequest request ) { request = beforeClientExecution ( request ) ; return executeAttachLoadBalancerTlsCertificate ( request ) ; } | public virtual AttachLoadBalancerTlsCertificateResponse AttachLoadBalancerTlsCertificate ( AttachLoadBalancerTlsCertificateRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = AttachLoadBalancerTlsCertificateRequestMarshaller . Instance ; options . ResponseUnmarshaller = AttachLoadBalancerTlsCertificateResponseUnmarshaller . Instance ; return Invoke < AttachLoadBalancerTlsCertificateResponse > ( request , options ) ; } |
public final int step ( int state , int c ) { assert c < alphabetSize ; if ( c >= classmap . length ) { return transitions [ state * points . length + getCharClass ( c ) ] ; } else { return transitions [ state * points . length + classmap [ c ] ] ; } } | public int Step ( int state , int c ) { if ( _classmap == null ) { return m_transitions [ state * _points . Length + GetCharClass ( c ) ] ; } else { return m_transitions [ state * _points . Length + _classmap [ c ] ] ; } } |
public UpdateVoiceChannelResult updateVoiceChannel ( UpdateVoiceChannelRequest request ) { request = beforeClientExecution ( request ) ; return executeUpdateVoiceChannel ( request ) ; } | public virtual UpdateVoiceChannelResponse UpdateVoiceChannel ( UpdateVoiceChannelRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UpdateVoiceChannelRequestMarshaller . Instance ; options . ResponseUnmarshaller = UpdateVoiceChannelResponseUnmarshaller . Instance ; return Invoke < UpdateVoiceChannelResponse > ( request , options ) ; } |
public void onPreReceive ( ReceivePack rp , Collection < ReceiveCommand > commands ) { for ( int i = 0 ; i < count ; i ++ ) hooks [ i ] . onPreReceive ( rp , commands ) ; } | public override void OnPreReceive ( ReceivePack rp , ICollection < ReceiveCommand > commands ) { for ( int i = 0 ; i < count ; i ++ ) { hooks [ i ] . OnPreReceive ( rp , commands ) ; } } |
public ValueEval evaluate ( ValueEval [ ] args , OperationEvaluationContext ec ) { if ( args . length != 1 ) { return ErrorEval . VALUE_INVALID ; } return evaluate ( ec . getRowIndex ( ) , ec . getColumnIndex ( ) , args [ 0 ] ) ; } | public ValueEval Evaluate ( ValueEval [ ] args , OperationEvaluationContext ec ) { if ( args . Length != 1 ) { return ErrorEval . VALUE_INVALID ; } return Evaluate ( ec . RowIndex , ec . ColumnIndex , args [ 0 ] ) ; } |
public DescribeSpotDatafeedSubscriptionResult describeSpotDatafeedSubscription ( ) { return describeSpotDatafeedSubscription ( new DescribeSpotDatafeedSubscriptionRequest ( ) ) ; } | public virtual DescribeSpotDatafeedSubscriptionResponse DescribeSpotDatafeedSubscription ( ) { return DescribeSpotDatafeedSubscription ( new DescribeSpotDatafeedSubscriptionRequest ( ) ) ; } |
public int getTimeZoneOffset ( ) { return tzOffset ; } | public virtual int GetTimeZoneOffset ( ) { return tzOffset ; } |
public void close ( ) { allocationSite = null ; } | public void close ( ) { allocationSite = null ; } |
public AssociateClientVpnTargetNetworkResult associateClientVpnTargetNetwork ( AssociateClientVpnTargetNetworkRequest request ) { request = beforeClientExecution ( request ) ; return executeAssociateClientVpnTargetNetwork ( request ) ; } | public virtual AssociateClientVpnTargetNetworkResponse AssociateClientVpnTargetNetwork ( AssociateClientVpnTargetNetworkRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = AssociateClientVpnTargetNetworkRequestMarshaller . Instance ; options . ResponseUnmarshaller = AssociateClientVpnTargetNetworkResponseUnmarshaller . Instance ; return Invoke < AssociateClientVpnTargetNetworkResponse > ( request , options ) ; } |
public ListEnvironmentsResult listEnvironments ( ListEnvironmentsRequest request ) { request = beforeClientExecution ( request ) ; return executeListEnvironments ( request ) ; } | public virtual ListEnvironmentsResponse ListEnvironments ( ListEnvironmentsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ListEnvironmentsRequestMarshaller . Instance ; options . ResponseUnmarshaller = ListEnvironmentsResponseUnmarshaller . Instance ; return Invoke < ListEnvironmentsResponse > ( request , options ) ; } |
public String toFormulaString ( ) { if ( semiVolatile . isSet ( _options ) ) { return "ATTR(semiVolatile)" ; } if ( optiIf . isSet ( _options ) ) { return "IF" ; } if ( optiChoose . isSet ( _options ) ) { return "CHOOSE" ; } if ( optiSkip . isSet ( _options ) ) { return "" ; } if ( optiSum . isSet ( _options ) ) { return "SUM" ; } if ( baxcel . isSet ( _options ) ) { return "ATTR(baxcel)" ; } if ( space . isSet ( _options ) ) { return "" ; } return "UNKNOWN ATTRIBUTE" ; } | public override String ToFormulaString ( ) { if ( semiVolatile . IsSet ( field_1_options ) ) { return "ATTR(semiVolatile)" ; } if ( optiIf . IsSet ( field_1_options ) ) { return "IF" ; } if ( optiChoose . IsSet ( field_1_options ) ) { return "CHOOSE" ; } if ( optiSkip . IsSet ( field_1_options ) ) { return "" ; } if ( optiSum . IsSet ( field_1_options ) ) { return "SUM" ; } if ( baxcel . IsSet ( field_1_options ) ) { return "ATTR(baxcel)" ; } if ( space . IsSet ( field_1_options ) ) { return "" ; } return "UNKNOWN ATTRIBUTE" ; } |
public int capacity ( ) { return value . length ; } | public virtual int capacity ( ) { return value . Length ; } |
public synchronized void setMax ( int max ) { if ( max < 0 ) { max = 0 ; } if ( max != mMax ) { mMax = max ; postInvalidate ( ) ; if ( mProgress > max ) { mProgress = max ; } refreshProgress ( R . id . progress , mProgress , false ) ; } } | public virtual void setMax ( int max ) { lock ( this ) { if ( max < 0 ) { max = 0 ; } if ( max != mMax ) { mMax = max ; postInvalidate ( ) ; if ( mProgress > max ) { mProgress = max ; } refreshProgress ( android . @ internal . R . id . progress , mProgress , false ) ; } } } |
public GetVaultNotificationsRequest ( String accountId , String vaultName ) { setAccountId ( accountId ) ; setVaultName ( vaultName ) ; } | public GetVaultNotificationsRequest ( string accountId , string vaultName ) { _accountId = accountId ; _vaultName = vaultName ; } |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.