question stringlengths 33 1.59k | target stringlengths 33 1.58k |
|---|---|
public short getFormat ( String format , boolean createIfNotFound ) { for ( FormatRecord r : formats ) { if ( r . getFormatString ( ) . equals ( format ) ) { return ( short ) r . getIndexCode ( ) ; } } if ( createIfNotFound ) { return ( short ) createFormat ( format ) ; } return - 1 ; } | public short GetFormat ( String format , bool CreateIfNotFound ) { IEnumerator iterator ; for ( iterator = formats . GetEnumerator ( ) ; iterator . MoveNext ( ) ; ) { FormatRecord r = ( FormatRecord ) iterator . Current ; if ( r . FormatString . Equals ( format ) ) { return ( short ) r . IndexCode ; } } if ( CreateIfNotFound ) { return ( short ) CreateFormat ( format ) ; } return - 1 ; } |
public SpanNearQuery build ( ) { return new SpanNearQuery ( clauses . toArray ( new SpanQuery [ clauses . size ( ) ] ) , slop , ordered ) ; } | public CompositeReaderContext Build ( ) { return ( CompositeReaderContext ) Build ( null , reader , 0 , 0 ) ; } |
public int getRowCellBlockSize ( int startRow , int endRow ) { int result = 0 ; for ( int rowIx = startRow ; rowIx <= endRow && rowIx < records . length ; rowIx ++ ) { result += getRowSerializedSize ( records [ rowIx ] ) ; } return result ; } | public int GetRowCellBlockSize ( int startRow , int endRow ) { MyEnumerator itr = new MyEnumerator ( ref records , startRow , endRow ) ; int size = 0 ; while ( itr . MoveNext ( ) ) { CellValueRecordInterface cell = ( CellValueRecordInterface ) itr . Current ; int row = cell . Row ; if ( row > endRow ) break ; if ( ( row >= startRow ) && ( row <= endRow ) ) size += ( ( RecordBase ) cell ) . RecordSize ; } return size ; } |
public final boolean incrementToken ( ) { if ( ! it . hasNext ( ) ) { return false ; } AttributeSource . State state = it . next ( ) ; restoreState ( state ) ; return true ; } | public override sealed bool IncrementToken ( ) { if ( it == null ) { it = cachedStates . GetEnumerator ( ) ; } if ( ! it . MoveNext ( ) ) return false ; var state = it . Current ; RestoreState ( state ) ; return true ; } |
public DeleteTemplateResult deleteTemplate ( DeleteTemplateRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteTemplate ( request ) ; } | public virtual DeleteTemplateResponse DeleteTemplate ( DeleteTemplateRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteTemplateRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteTemplateResponseUnmarshaller . Instance ; return Invoke < DeleteTemplateResponse > ( request , options ) ; } |
public StartFaceSearchResult startFaceSearch ( StartFaceSearchRequest request ) { request = beforeClientExecution ( request ) ; return executeStartFaceSearch ( request ) ; } | public virtual StartFaceSearchResponse StartFaceSearch ( StartFaceSearchRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = StartFaceSearchRequestMarshaller . Instance ; options . ResponseUnmarshaller = StartFaceSearchResponseUnmarshaller . Instance ; return Invoke < StartFaceSearchResponse > ( request , options ) ; } |
public static int formatBase10 ( final byte [ ] b , int o , int value ) { if ( value == 0 ) { b [ -- o ] = '0' ; return o ; } final boolean isneg = value < 0 ; if ( isneg ) value = - value ; while ( value != 0 ) { b [ -- o ] = base10byte [ value % 10 ] ; value /= 10 ; } if ( isneg ) b [ -- o ] = '-' ; return o ; } | public static int FormatBase10 ( byte [ ] b , int o , int value ) { if ( value == 0 ) { b [ -- o ] = ( byte ) ( '0' ) ; return o ; } bool isneg = value < 0 ; if ( isneg ) { value = - value ; } while ( value != 0 ) { b [ -- o ] = base10byte [ value % 10 ] ; value /= 10 ; } if ( isneg ) { b [ -- o ] = ( byte ) ( '-' ) ; } return o ; } |
public String toString ( ) { StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( "[SINDEX]\n" ) ; buffer . append ( " .index = " ) . append ( "0x" ) . append ( HexDump . toHex ( getIndex ( ) ) ) . append ( " (" ) . append ( getIndex ( ) ) . append ( " )" ) ; buffer . append ( System . getProperty ( "line.separator" ) ) ; buffer . append ( "[/SINDEX]\n" ) ; return buffer . toString ( ) ; } | public override String ToString ( ) { StringBuilder buffer = new StringBuilder ( ) ; buffer . Append ( "[SINDEX]\n" ) ; buffer . Append ( " .index = " ) . Append ( "0x" ) . Append ( HexDump . ToHex ( Index ) ) . Append ( " (" ) . Append ( Index ) . Append ( " )" ) ; buffer . Append ( Environment . NewLine ) ; buffer . Append ( "[/SINDEX]\n" ) ; return buffer . ToString ( ) ; } |
public DescribeDBSecurityGroupsResult describeDBSecurityGroups ( DescribeDBSecurityGroupsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeDBSecurityGroups ( request ) ; } | public virtual DescribeDBSecurityGroupsResponse DescribeDBSecurityGroups ( DescribeDBSecurityGroupsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeDBSecurityGroupsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeDBSecurityGroupsResponseUnmarshaller . Instance ; return Invoke < DescribeDBSecurityGroupsResponse > ( request , options ) ; } |
public DeleteTrafficMirrorSessionResult deleteTrafficMirrorSession ( DeleteTrafficMirrorSessionRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteTrafficMirrorSession ( request ) ; } | public virtual DeleteTrafficMirrorSessionResponse DeleteTrafficMirrorSession ( DeleteTrafficMirrorSessionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteTrafficMirrorSessionRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteTrafficMirrorSessionResponseUnmarshaller . Instance ; return Invoke < DeleteTrafficMirrorSessionResponse > ( request , options ) ; } |
public void stopWalk ( ) { final int cur = ptr ; final int cnt = cache . getEntryCount ( ) ; if ( cur < cnt ) builder . keep ( cur , cnt - cur ) ; } | public override void StopWalk ( ) { int cur = ptr ; int cnt = cache . GetEntryCount ( ) ; if ( cur < cnt ) { builder . Keep ( cur , cnt - cur ) ; } } |
public ExpandedDouble normaliseBaseTwo ( ) { MutableFPNumber cc = new MutableFPNumber ( composeFrac ( ) , 39 ) ; cc . multiplyByPowerOfTen ( _relativeDecimalExponent ) ; cc . normalise64bit ( ) ; return cc . createExpandedDouble ( ) ; } | public ExpandedDouble NormaliseBaseTwo ( ) { MutableFPNumber cc = new MutableFPNumber ( ComposeFrac ( ) , 39 ) ; cc . multiplyByPowerOfTen ( _relativeDecimalExponent ) ; cc . Normalise64bit ( ) ; return cc . CreateExpandedDouble ( ) ; } |
public PutLexiconResult putLexicon ( PutLexiconRequest request ) { request = beforeClientExecution ( request ) ; return executePutLexicon ( request ) ; } | public virtual PutLexiconResponse PutLexicon ( PutLexiconRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = PutLexiconRequestMarshaller . Instance ; options . ResponseUnmarshaller = PutLexiconResponseUnmarshaller . Instance ; return Invoke < PutLexiconResponse > ( request , options ) ; } |
public int [ ] init ( ) { if ( perField . postingsArray == null ) { perField . postingsArray = perField . createPostingsArray ( 2 ) ; perField . newPostingsArray ( ) ; bytesUsed . addAndGet ( perField . postingsArray . size * perField . postingsArray . bytesPerPosting ( ) ) ; } return perField . postingsArray . textStarts ; } | public override int [ ] Init ( ) { if ( perField . postingsArray == null ) { perField . postingsArray = perField . consumer . CreatePostingsArray ( 2 ) ; bytesUsed . AddAndGet ( perField . postingsArray . size * perField . postingsArray . BytesPerPosting ( ) ) ; } return perField . postingsArray . textStarts ; } |
public DirCacheEntry getDirCacheEntry ( ) { return entry ; } | public virtual DirCacheEntry GetDirCacheEntry ( ) { return entry ; } |
public boolean include ( TreeWalk walker ) { return matchFilter ( walker ) <= 0 ; } | public override bool Include ( TreeWalk walker ) { return walker . IsPathPrefix ( pathRaw , pathRaw . Length ) == 0 ; } |
public void open ( String closer ) { if ( closer == null ) { throw new NullPointerException ( "closer == null" ) ; } if ( this == NOOP || ! ENABLED ) { return ; } String message = "Explicit termination method '" + closer + "' not called" ; allocationSite = new Throwable ( message ) ; } | public void open ( string closer ) { if ( closer == null ) { throw new System . ArgumentNullException ( "closer == null" ) ; } if ( this == NOOP || ! ENABLED ) { return ; } string message = "Explicit termination method '" + closer + "' not called" ; allocationSite = new System . Exception ( message ) ; } |
public List < ParseTreeMatch > findAll ( ParseTree tree , String xpath ) { Collection < ParseTree > subtrees = XPath . findAll ( tree , xpath , matcher . getParser ( ) ) ; List < ParseTreeMatch > matches = new ArrayList < ParseTreeMatch > ( ) ; for ( ParseTree t : subtrees ) { ParseTreeMatch match = match ( t ) ; if ( match . succeeded ( ) ) { matches . add ( match ) ; } } return matches ; } | public virtual IList < ParseTreeMatch > FindAll ( IParseTree tree , string xpath ) { ICollection < IParseTree > subtrees = XPath . FindAll ( tree , xpath , matcher . Parser ) ; IList < ParseTreeMatch > matches = new List < ParseTreeMatch > ( ) ; foreach ( IParseTree t in subtrees ) { ParseTreeMatch match = Match ( t ) ; if ( match . Succeeded ) { matches . Add ( match ) ; } } return matches ; } |
public static boolean hasSLLConflictTerminatingPrediction ( PredictionMode mode , ATNConfigSet configs ) { if ( allConfigsInRuleStopStates ( configs ) ) { return true ; } if ( mode == PredictionMode . SLL ) { if ( configs . hasSemanticContext ) { ATNConfigSet dup = new ATNConfigSet ( ) ; for ( ATNConfig c : configs ) { c = new ATNConfig ( c , SemanticContext . NONE ) ; dup . add ( c ) ; } configs = dup ; } } Collection < BitSet > altsets = getConflictingAltSubsets ( configs ) ; boolean heuristic = hasConflictingAltSet ( altsets ) && ! hasStateAssociatedWithOneAlt ( configs ) ; return heuristic ; } | public static bool HasSLLConflictTerminatingPrediction ( PredictionMode mode , ATNConfigSet configSet ) { if ( AllConfigsInRuleStopStates ( configSet . configs ) ) { return true ; } if ( mode == PredictionMode . SLL ) { if ( configSet . hasSemanticContext ) { ATNConfigSet dup = new ATNConfigSet ( ) ; foreach ( ATNConfig c in configSet . configs ) { dup . Add ( new ATNConfig ( c , SemanticContext . NONE ) ) ; } configSet = dup ; } } ICollection < BitSet > altsets = GetConflictingAltSubsets ( configSet . configs ) ; bool heuristic = HasConflictingAltSet ( altsets ) && ! HasStateAssociatedWithOneAlt ( configSet . configs ) ; return heuristic ; } |
public DescribeUpdateActionsResult describeUpdateActions ( DescribeUpdateActionsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeUpdateActions ( request ) ; } | public virtual DescribeUpdateActionsResponse DescribeUpdateActions ( DescribeUpdateActionsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeUpdateActionsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeUpdateActionsResponseUnmarshaller . Instance ; return Invoke < DescribeUpdateActionsResponse > ( request , options ) ; } |
public HashMap ( ) { table = ( HashMapEntry < K , V > [ ] ) EMPTY_TABLE ; threshold = - 1 ; } | public HashMap ( ) { table = ( java . util . HashMap . HashMapEntry < K , V > [ ] ) EMPTY_TABLE ; threshold = - 1 ; } |
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 ) ; rows = removeGaps ( orig . root , rows , new ArrayList < Row > ( ) , remap ) ; return new Trie ( orig . forward , remap [ orig . root ] , cmds , rows ) ; } | public virtual 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 ) ; rows = RemoveGaps ( orig . root , rows , new List < Row > ( ) , remap ) ; return new Trie ( orig . forward , remap [ orig . root ] , cmds , rows ) ; } |
public CreateLifecyclePolicyResult createLifecyclePolicy ( CreateLifecyclePolicyRequest request ) { request = beforeClientExecution ( request ) ; return executeCreateLifecyclePolicy ( request ) ; } | public virtual CreateLifecyclePolicyResponse CreateLifecyclePolicy ( CreateLifecyclePolicyRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = CreateLifecyclePolicyRequestMarshaller . Instance ; options . ResponseUnmarshaller = CreateLifecyclePolicyResponseUnmarshaller . Instance ; return Invoke < CreateLifecyclePolicyResponse > ( request , options ) ; } |
public void writeLong ( long v ) { writeInt ( ( int ) ( v ) ) ; writeInt ( ( int ) ( v > > 32 ) ) ; } | public void WriteLong ( long v ) { WriteInt ( ( int ) ( v > > 0 ) ) ; WriteInt ( ( int ) ( v > > 32 ) ) ; } |
public void set ( char [ ] arr , int end ) { this . buf = arr ; this . len = end ; } | public virtual void Set ( char [ ] arr , int end ) { this . m_buf = arr ; this . m_len = end ; } |
public HMMChineseTokenizerFactory ( Map < String , String > args ) { super ( args ) ; if ( ! args . isEmpty ( ) ) { throw new IllegalArgumentException ( "Unknown parameters: " + args ) ; } } | public HMMChineseTokenizerFactory ( IDictionary < string , string > args ) : base ( args ) { if ( args . Any ( ) ) { throw new ArgumentException ( "Unknown parameters: " + args ) ; } } |
public String toString ( ) { return getClass ( ) . getSimpleName ( ) + " field:" + fieldName + " ctx=" + ctx ; } | public override string ToString ( ) { return GetType ( ) . Name + " field:" + fieldName + " ctx=" + m_ctx ; } |
public ResendContactReachabilityEmailResult resendContactReachabilityEmail ( ResendContactReachabilityEmailRequest request ) { request = beforeClientExecution ( request ) ; return executeResendContactReachabilityEmail ( request ) ; } | public virtual ResendContactReachabilityEmailResponse ResendContactReachabilityEmail ( ResendContactReachabilityEmailRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ResendContactReachabilityEmailRequestMarshaller . Instance ; options . ResponseUnmarshaller = ResendContactReachabilityEmailResponseUnmarshaller . Instance ; return Invoke < ResendContactReachabilityEmailResponse > ( request , options ) ; } |
public GetApiKeyResult getApiKey ( GetApiKeyRequest request ) { request = beforeClientExecution ( request ) ; return executeGetApiKey ( request ) ; } | public virtual GetApiKeyResponse GetApiKey ( GetApiKeyRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetApiKeyRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetApiKeyResponseUnmarshaller . Instance ; return Invoke < GetApiKeyResponse > ( request , options ) ; } |
public void advance ( ) { previousValue = value ; if ( value == 1 ) { value = minShingleSize ; } else if ( value == maxShingleSize ) { reset ( ) ; } else { ++ value ; } } | public virtual void Advance ( ) { previousValue = value ; if ( value == 1 ) { value = outerInstance . minShingleSize ; } else if ( value == outerInstance . maxShingleSize ) { Reset ( ) ; } else { ++ value ; } } |
public int addConditionalFormatting ( CellRangeAddress [ ] regions , ConditionalFormattingRule rule1 ) { return addConditionalFormatting ( regions , ( HSSFConditionalFormattingRule ) rule1 ) ; } | public int AddConditionalFormatting ( CellRangeAddress [ ] regions , HSSFConditionalFormattingRule rule1 ) { return AddConditionalFormatting ( regions , rule1 == null ? null : new HSSFConditionalFormattingRule [ ] { rule1 } ) ; } |
public RebaseCommand setUpstream ( RevCommit upstream ) { this . upstreamCommit = upstream ; this . upstreamCommitName = upstream . name ( ) ; return this ; } | public virtual NGit . Api . RebaseCommand SetUpstream ( RevCommit upstream ) { this . upstreamCommit = upstream ; this . upstreamCommitName = upstream . Name ; return this ; } |
public GetDocumentTextDetectionResult getDocumentTextDetection ( GetDocumentTextDetectionRequest request ) { request = beforeClientExecution ( request ) ; return executeGetDocumentTextDetection ( request ) ; } | public virtual GetDocumentTextDetectionResponse GetDocumentTextDetection ( GetDocumentTextDetectionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetDocumentTextDetectionRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetDocumentTextDetectionResponseUnmarshaller . Instance ; return Invoke < GetDocumentTextDetectionResponse > ( request , options ) ; } |
public CreateDBSecurityGroupRequest ( String dBSecurityGroupName , String dBSecurityGroupDescription ) { setDBSecurityGroupName ( dBSecurityGroupName ) ; setDBSecurityGroupDescription ( dBSecurityGroupDescription ) ; } | public CreateDBSecurityGroupRequest ( string dbSecurityGroupName , string dbSecurityGroupDescription ) { _dbSecurityGroupName = dbSecurityGroupName ; _dbSecurityGroupDescription = dbSecurityGroupDescription ; } |
public Reader create ( Reader input ) { return new ICUNormalizer2CharFilter ( input , normalizer ) ; } | public override TextReader Create ( TextReader input ) { return new ICUNormalizer2CharFilter ( input , normalizer ) ; } |
static public double pmt ( double r , int nper , double pv ) { return pmt ( r , nper , pv , 0 ) ; } | static public double PMT ( double r , int nper , double pv ) { return PMT ( r , nper , pv , 0 ) ; } |
public void set ( String name , String value ) throws Exception { if ( valByRound . get ( name ) != null ) { throw new Exception ( "Cannot modify a multi value property!" ) ; } props . setProperty ( name , value ) ; } | public virtual void Set ( string name , string value ) { object temp ; if ( valByRound . TryGetValue ( name , out temp ) && temp != null ) { throw new Exception ( "Cannot modify a multi value property!" ) ; } props [ name ] = value ; } |
public DescribeFastSnapshotRestoresResult describeFastSnapshotRestores ( DescribeFastSnapshotRestoresRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeFastSnapshotRestores ( request ) ; } | public virtual DescribeFastSnapshotRestoresResponse DescribeFastSnapshotRestores ( DescribeFastSnapshotRestoresRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeFastSnapshotRestoresRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeFastSnapshotRestoresResponseUnmarshaller . Instance ; return Invoke < DescribeFastSnapshotRestoresResponse > ( request , options ) ; } |
public DescribeScheduledInstanceAvailabilityResult describeScheduledInstanceAvailability ( DescribeScheduledInstanceAvailabilityRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeScheduledInstanceAvailability ( request ) ; } | public virtual DescribeScheduledInstanceAvailabilityResponse DescribeScheduledInstanceAvailability ( DescribeScheduledInstanceAvailabilityRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeScheduledInstanceAvailabilityRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeScheduledInstanceAvailabilityResponseUnmarshaller . Instance ; return Invoke < DescribeScheduledInstanceAvailabilityResponse > ( request , options ) ; } |
public SendBonusResult sendBonus ( SendBonusRequest request ) { request = beforeClientExecution ( request ) ; return executeSendBonus ( request ) ; } | public virtual SendBonusResponse SendBonus ( SendBonusRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = SendBonusRequestMarshaller . Instance ; options . ResponseUnmarshaller = SendBonusResponseUnmarshaller . Instance ; return Invoke < SendBonusResponse > ( request , options ) ; } |
public UnpackException ( Throwable why ) { super ( JGitText . get ( ) . unpackException ) ; initCause ( why ) ; } | public UnpackException ( Exception why ) : base ( JGitText . Get ( ) . unpackException , why ) { Sharpen . Extensions . InitCause ( this , why ) ; } |
public boolean remove ( Object o ) { if ( ! ( o instanceof Map . Entry ) ) return false ; Map . Entry < ? , ? > e = ( Map . Entry < ? , ? > ) o ; return ConcurrentHashMap . this . remove ( e . getKey ( ) , e . getValue ( ) ) ; } | public override bool remove ( object o ) { if ( ! ( o is java . util . MapClass . Entry < K , V > ) ) { return false ; } java . util . MapClass . Entry < object , object > e = ( java . util . MapClass . Entry < object , object > ) o ; return this . _enclosing . removeMapping ( e . getKey ( ) , e . getValue ( ) ) ; } |
public Iterator < V > iterator ( ) { return newValueIterator ( ) ; } | public override java . util . Iterator < V > iterator ( ) { return new java . util . Hashtable < K , V > . ValueIterator ( this . _enclosing ) ; } |
public DescribeVpcEndpointServiceConfigurationsResult describeVpcEndpointServiceConfigurations ( DescribeVpcEndpointServiceConfigurationsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeVpcEndpointServiceConfigurations ( request ) ; } | public virtual DescribeVpcEndpointServiceConfigurationsResponse DescribeVpcEndpointServiceConfigurations ( DescribeVpcEndpointServiceConfigurationsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeVpcEndpointServiceConfigurationsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeVpcEndpointServiceConfigurationsResponseUnmarshaller . Instance ; return Invoke < DescribeVpcEndpointServiceConfigurationsResponse > ( request , options ) ; } |
public void setDiffComparator ( RawTextComparator cmp ) { comparator = cmp ; } | public virtual void SetDiffComparator ( RawTextComparator cmp ) { comparator = cmp ; } |
public FilePassRecord clone ( ) { return copy ( ) ; } | public override Object Clone ( ) { return this ; } |
public DeleteServiceResult deleteService ( DeleteServiceRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteService ( request ) ; } | public virtual DeleteServiceResponse DeleteService ( DeleteServiceRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteServiceRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteServiceResponseUnmarshaller . Instance ; return Invoke < DeleteServiceResponse > ( request , options ) ; } |
public FormulaRecord ( ) { field_8_parsed_expr = Formula . create ( Ptg . EMPTY_PTG_ARRAY ) ; } | public FormulaRecord ( ) { field_8_parsed_expr = NPOI . SS . Formula . Formula . Create ( Ptg . EMPTY_PTG_ARRAY ) ; } |
public DescribeHsmClientCertificatesResult describeHsmClientCertificates ( DescribeHsmClientCertificatesRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeHsmClientCertificates ( request ) ; } | public virtual DescribeHsmClientCertificatesResponse DescribeHsmClientCertificates ( DescribeHsmClientCertificatesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeHsmClientCertificatesRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeHsmClientCertificatesResponseUnmarshaller . Instance ; return Invoke < DescribeHsmClientCertificatesResponse > ( request , options ) ; } |
public ICUTokenizerFactory ( Map < String , String > args ) { super ( args ) ; tailored = new HashMap < > ( ) ; String rulefilesArg = get ( args , RULEFILES ) ; if ( rulefilesArg != null ) { List < String > scriptAndResourcePaths = splitFileNames ( rulefilesArg ) ; for ( String scriptAndResourcePath : scriptAndResourcePaths ) { int colonPos = scriptAndResourcePath . indexOf ( ":" ) ; String scriptCode = scriptAndResourcePath . substring ( 0 , colonPos ) . trim ( ) ; String resourcePath = scriptAndResourcePath . substring ( colonPos + 1 ) . trim ( ) ; tailored . put ( UCharacter . getPropertyValueEnum ( UProperty . SCRIPT , scriptCode ) , resourcePath ) ; } } cjkAsWords = getBoolean ( args , "cjkAsWords" , true ) ; myanmarAsWords = getBoolean ( args , "myanmarAsWords" , true ) ; if ( ! args . isEmpty ( ) ) { throw new IllegalArgumentException ( "Unknown parameters: " + args ) ; } } | public ICUTokenizerFactory ( IDictionary < string , string > args ) : base ( args ) { tailored = new Dictionary < int , string > ( ) ; string rulefilesArg = Get ( args , RULEFILES ) ; if ( rulefilesArg != null ) { IList < string > scriptAndResourcePaths = SplitFileNames ( rulefilesArg ) ; foreach ( string scriptAndResourcePath in scriptAndResourcePaths ) { int colonPos = scriptAndResourcePath . IndexOf ( ':' ) ; string scriptCode = scriptAndResourcePath . Substring ( 0 , colonPos - 0 ) . Trim ( ) ; string resourcePath = scriptAndResourcePath . Substring ( colonPos + 1 ) . Trim ( ) ; tailored [ UChar . GetPropertyValueEnum ( UProperty . Script , scriptCode ) ] = resourcePath ; } } cjkAsWords = GetBoolean ( args , "cjkAsWords" , true ) ; myanmarAsWords = GetBoolean ( args , "myanmarAsWords" , true ) ; if ( args . Count != 0 ) { throw new ArgumentException ( "Unknown parameters: " + args ) ; } } |
public SuspendProcessesResult suspendProcesses ( SuspendProcessesRequest request ) { request = beforeClientExecution ( request ) ; return executeSuspendProcesses ( request ) ; } | public virtual SuspendProcessesResponse SuspendProcesses ( SuspendProcessesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = SuspendProcessesRequestMarshaller . Instance ; options . ResponseUnmarshaller = SuspendProcessesResponseUnmarshaller . Instance ; return Invoke < SuspendProcessesResponse > ( request , options ) ; } |
public DescribeConfigurationRevisionResult describeConfigurationRevision ( DescribeConfigurationRevisionRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeConfigurationRevision ( request ) ; } | public virtual DescribeConfigurationRevisionResponse DescribeConfigurationRevision ( DescribeConfigurationRevisionRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeConfigurationRevisionRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeConfigurationRevisionResponseUnmarshaller . Instance ; return Invoke < DescribeConfigurationRevisionResponse > ( request , options ) ; } |
public RevFilter clone ( ) { final RevFilter [ ] s = new RevFilter [ subfilters . length ] ; for ( int i = 0 ; i < s . length ; i ++ ) s [ i ] = subfilters [ i ] . clone ( ) ; return new List ( s ) ; } | public override RevFilter Clone ( ) { RevFilter [ ] s = new RevFilter [ subfilters . Length ] ; for ( int i = 0 ; i < s . Length ; i ++ ) { s [ i ] = subfilters [ i ] . Clone ( ) ; } return new AndRevFilter . List ( s ) ; } |
public TabIdRecord ( ) { _tabids = EMPTY_SHORT_ARRAY ; } | public TabIdRecord ( ) { _tabids = EMPTY_SHORT_ARRAY ; } |
public List < String > getConflictingPaths ( ) { return conflictingPaths ; } | public virtual IList < string > GetConflictingPaths ( ) { return conflictingPaths ; } |
public void reset ( ) { inDegree = 0 ; } | public virtual void Reset ( ) { inDegree = 0 ; } |
public DescribeJobFlowsRequest ( java . util . List < String > jobFlowIds ) { setJobFlowIds ( jobFlowIds ) ; } | public DescribeJobFlowsRequest ( List < string > jobFlowIds ) { _jobFlowIds = jobFlowIds ; } |
public final void decRef ( ) throws IOException { final int rc = refCount . decrementAndGet ( ) ; if ( rc == 0 ) { boolean success = false ; try { release ( ) ; success = true ; } finally { if ( ! success ) { refCount . incrementAndGet ( ) ; } } } else if ( rc < 0 ) { throw new IllegalStateException ( "too many decRef calls: refCount is " + rc + " after decrement" ) ; } } | public void DecRef ( ) { int rc = refCount . DecrementAndGet ( ) ; if ( rc == 0 ) { bool success = false ; try { Release ( ) ; success = true ; } finally { if ( ! success ) { refCount . IncrementAndGet ( ) ; } } } else if ( rc < 0 ) { throw new InvalidOperationException ( "too many DecRef() calls: refCount is " + rc + " after decrement" ) ; } } |
public DeleteMountTargetResult deleteMountTarget ( DeleteMountTargetRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteMountTarget ( request ) ; } | public virtual DeleteMountTargetResponse DeleteMountTarget ( DeleteMountTargetRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteMountTargetRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteMountTargetResponseUnmarshaller . Instance ; return Invoke < DeleteMountTargetResponse > ( request , options ) ; } |
public void println ( double d ) { println ( String . valueOf ( d ) ) ; } | public virtual void println ( double d ) { println ( d . ToString ( ) ) ; } |
public DescribeDBProxyTargetsResult describeDBProxyTargets ( DescribeDBProxyTargetsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeDBProxyTargets ( request ) ; } | public virtual DescribeDBProxyTargetsResponse DescribeDBProxyTargets ( DescribeDBProxyTargetsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeDBProxyTargetsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeDBProxyTargetsResponseUnmarshaller . Instance ; return Invoke < DescribeDBProxyTargetsResponse > ( request , options ) ; } |
final public SrndQuery PrefixOperatorQuery ( ) throws ParseException { Token oprt ; List < SrndQuery > queries ; switch ( ( jj_ntk == - 1 ) ? jj_ntk ( ) : jj_ntk ) { case OR : oprt = jj_consume_token ( OR ) ; queries = FieldsQueryList ( ) ; { if ( true ) return getOrQuery ( queries , false , oprt ) ; } break ; case AND : oprt = jj_consume_token ( AND ) ; queries = FieldsQueryList ( ) ; { if ( true ) return getAndQuery ( queries , false , oprt ) ; } break ; case N : oprt = jj_consume_token ( N ) ; queries = FieldsQueryList ( ) ; { if ( true ) return getDistanceQuery ( queries , false , oprt , false ) ; } break ; case W : oprt = jj_consume_token ( W ) ; queries = FieldsQueryList ( ) ; { if ( true ) return getDistanceQuery ( queries , false , oprt , true ) ; } break ; default : jj_la1 [ 6 ] = jj_gen ; jj_consume_token ( - 1 ) ; throw new ParseException ( ) ; } throw new Error ( "Missing return statement in function" ) ; } | public SrndQuery PrefixOperatorQuery ( ) { Token oprt ; IList < SrndQuery > queries ; switch ( ( jj_ntk == - 1 ) ? Jj_ntk ( ) : jj_ntk ) { case RegexpToken . OR : oprt = Jj_consume_token ( RegexpToken . OR ) ; queries = FieldsQueryList ( ) ; { if ( true ) return GetOrQuery ( queries , false , oprt ) ; } case RegexpToken . AND : oprt = Jj_consume_token ( RegexpToken . AND ) ; queries = FieldsQueryList ( ) ; { if ( true ) return GetAndQuery ( queries , false , oprt ) ; } case RegexpToken . N : oprt = Jj_consume_token ( RegexpToken . N ) ; queries = FieldsQueryList ( ) ; { if ( true ) return GetDistanceQuery ( queries , false , oprt , false ) ; } case RegexpToken . W : oprt = Jj_consume_token ( RegexpToken . W ) ; queries = FieldsQueryList ( ) ; { if ( true ) return GetDistanceQuery ( queries , false , oprt , true ) ; } default : jj_la1 [ 6 ] = jj_gen ; Jj_consume_token ( - 1 ) ; throw new ParseException ( ) ; } throw new Exception ( "Missing return statement in function" ) ; } |
public DeleteInstanceSnapshotResult deleteInstanceSnapshot ( DeleteInstanceSnapshotRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteInstanceSnapshot ( request ) ; } | public virtual DeleteInstanceSnapshotResponse DeleteInstanceSnapshot ( DeleteInstanceSnapshotRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteInstanceSnapshotRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteInstanceSnapshotResponseUnmarshaller . Instance ; return Invoke < DeleteInstanceSnapshotResponse > ( request , options ) ; } |
public Entry < K , V > firstEntry ( ) { return immutableCopy ( endpoint ( true ) ) ; } | public java . util . MapClass . Entry < K , V > firstEntry ( ) { return this . _enclosing . immutableCopy ( this . endpoint ( true ) ) ; } |
public DeregisterTransitGatewayMulticastGroupSourcesResult deregisterTransitGatewayMulticastGroupSources ( DeregisterTransitGatewayMulticastGroupSourcesRequest request ) { request = beforeClientExecution ( request ) ; return executeDeregisterTransitGatewayMulticastGroupSources ( request ) ; } | public virtual DeregisterTransitGatewayMulticastGroupSourcesResponse DeregisterTransitGatewayMulticastGroupSources ( DeregisterTransitGatewayMulticastGroupSourcesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeregisterTransitGatewayMulticastGroupSourcesRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeregisterTransitGatewayMulticastGroupSourcesResponseUnmarshaller . Instance ; return Invoke < DeregisterTransitGatewayMulticastGroupSourcesResponse > ( request , options ) ; } |
public ImportTerminologyResult importTerminology ( ImportTerminologyRequest request ) { request = beforeClientExecution ( request ) ; return executeImportTerminology ( request ) ; } | public virtual ImportTerminologyResponse ImportTerminology ( ImportTerminologyRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ImportTerminologyRequestMarshaller . Instance ; options . ResponseUnmarshaller = ImportTerminologyResponseUnmarshaller . Instance ; return Invoke < ImportTerminologyResponse > ( request , options ) ; } |
public int serialize ( int offset , byte [ ] data ) { byte [ ] rawData = getRawData ( ) ; if ( getEscherRecords ( ) . size ( ) == 0 && rawData != null ) { return writeData ( offset , data , rawData ) ; } byte [ ] buffer = new byte [ getRawDataSize ( ) ] ; int pos = 0 ; for ( Iterator < EscherRecord > iterator = getEscherRecords ( ) . iterator ( ) ; iterator . hasNext ( ) ; ) { EscherRecord r = iterator . next ( ) ; pos += r . serialize ( pos , buffer , new NullEscherSerializationListener ( ) ) ; } return writeData ( offset , data , buffer ) ; } | public override int Serialize ( int offset , byte [ ] data ) { byte [ ] rawData = RawData ; if ( EscherRecords . Count == 0 && rawData != null ) { return WriteData ( offset , data , rawData ) ; } else { byte [ ] buffer = new byte [ RawDataSize ] ; int pos = 0 ; for ( IEnumerator iterator = EscherRecords . GetEnumerator ( ) ; iterator . MoveNext ( ) ; ) { EscherRecord r = ( EscherRecord ) iterator . Current ; pos += r . Serialize ( pos , buffer , new NullEscherSerializationListener ( ) ) ; } return WriteData ( offset , data , buffer ) ; } } |
public DescribeDBParameterGroupsResult describeDBParameterGroups ( DescribeDBParameterGroupsRequest request ) { request = beforeClientExecution ( request ) ; return executeDescribeDBParameterGroups ( request ) ; } | public virtual DescribeDBParameterGroupsResponse DescribeDBParameterGroups ( DescribeDBParameterGroupsRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DescribeDBParameterGroupsRequestMarshaller . Instance ; options . ResponseUnmarshaller = DescribeDBParameterGroupsResponseUnmarshaller . Instance ; return Invoke < DescribeDBParameterGroupsResponse > ( request , options ) ; } |
public static FuzzySet createSetBasedOnMaxMemory ( int maxNumBytes ) { int setSize = getNearestSetSize ( maxNumBytes ) ; return new FuzzySet ( new FixedBitSet ( setSize + 1 ) , setSize , hashFunctionForVersion ( VERSION_CURRENT ) ) ; } | public static FuzzySet CreateSetBasedOnMaxMemory ( int maxNumBytes ) { var setSize = GetNearestSetSize ( maxNumBytes ) ; return new FuzzySet ( new FixedBitSet ( setSize + 1 ) , setSize , HashFunctionForVersion ( VERSION_CURRENT ) ) ; } |
public BundleWriter ( Repository repo ) { db = repo ; reader = null ; include = new TreeMap < > ( ) ; assume = new HashSet < > ( ) ; tagTargets = new HashSet < > ( ) ; } | public BundleWriter ( Repository repo ) { db = repo ; include = new SortedDictionary < string , ObjectId > ( ) ; assume = new HashSet < RevCommit > ( ) ; tagTargets = new HashSet < ObjectId > ( ) ; } |
public AssociateDomainResult associateDomain ( AssociateDomainRequest request ) { request = beforeClientExecution ( request ) ; return executeAssociateDomain ( request ) ; } | public virtual AssociateDomainResponse AssociateDomain ( AssociateDomainRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = AssociateDomainRequestMarshaller . Instance ; options . ResponseUnmarshaller = AssociateDomainResponseUnmarshaller . Instance ; return Invoke < AssociateDomainResponse > ( request , options ) ; } |
public GetInstancePortStatesResult getInstancePortStates ( GetInstancePortStatesRequest request ) { request = beforeClientExecution ( request ) ; return executeGetInstancePortStates ( request ) ; } | public virtual GetInstancePortStatesResponse GetInstancePortStates ( GetInstancePortStatesRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = GetInstancePortStatesRequestMarshaller . Instance ; options . ResponseUnmarshaller = GetInstancePortStatesResponseUnmarshaller . Instance ; return Invoke < GetInstancePortStatesResponse > ( request , options ) ; } |
public SrndTruncQuery ( String truncated , char unlimited , char mask ) { super ( false ) ; this . truncated = truncated ; this . unlimited = unlimited ; this . mask = mask ; truncatedToPrefixAndPattern ( ) ; } | public SrndTruncQuery ( string truncated , char unlimited , char mask ) : base ( false ) { this . truncated = truncated ; this . unlimited = unlimited ; this . mask = mask ; TruncatedToPrefixAndPattern ( ) ; } |
public final Explanation explain ( BasicStats stats ) { return Explanation . match ( lambda ( stats ) , getClass ( ) . getSimpleName ( ) + ", computed as (n + 1) / (N + 1) from:" , Explanation . match ( stats . getDocFreq ( ) , "n, number of documents containing term" ) , Explanation . match ( stats . getNumberOfDocuments ( ) , "N, total number of documents with field" ) ) ; } | public override sealed Explanation Explain ( BasicStats stats ) { Explanation result = new Explanation ( ) ; result . Description = this . GetType ( ) . Name + ", computed from: " ; result . Value = CalculateLambda ( stats ) ; result . AddDetail ( new Explanation ( stats . DocFreq , "docFreq" ) ) ; result . AddDetail ( new Explanation ( stats . NumberOfDocuments , "numberOfDocuments" ) ) ; return result ; } |
public DeleteBaiduChannelResult deleteBaiduChannel ( DeleteBaiduChannelRequest request ) { request = beforeClientExecution ( request ) ; return executeDeleteBaiduChannel ( request ) ; } | public virtual DeleteBaiduChannelResponse DeleteBaiduChannel ( DeleteBaiduChannelRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = DeleteBaiduChannelRequestMarshaller . Instance ; options . ResponseUnmarshaller = DeleteBaiduChannelResponseUnmarshaller . Instance ; return Invoke < DeleteBaiduChannelResponse > ( request , options ) ; } |
public UnlinkDeveloperIdentityResult unlinkDeveloperIdentity ( UnlinkDeveloperIdentityRequest request ) { request = beforeClientExecution ( request ) ; return executeUnlinkDeveloperIdentity ( request ) ; } | public virtual UnlinkDeveloperIdentityResponse UnlinkDeveloperIdentity ( UnlinkDeveloperIdentityRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = UnlinkDeveloperIdentityRequestMarshaller . Instance ; options . ResponseUnmarshaller = UnlinkDeveloperIdentityResponseUnmarshaller . Instance ; return Invoke < UnlinkDeveloperIdentityResponse > ( request , options ) ; } |
public SimpleBoundaryScanner ( int maxScan , Character [ ] boundaryChars ) { this . maxScan = maxScan ; this . boundaryChars = new HashSet < > ( ) ; this . boundaryChars . addAll ( Arrays . asList ( boundaryChars ) ) ; } | public SimpleBoundaryScanner ( int maxScan , char [ ] boundaryChars ) { this . m_maxScan = maxScan ; this . m_boundaryChars = new JCG . HashSet < char > ( ) ; this . m_boundaryChars . UnionWith ( boundaryChars ) ; } |
public CreateLogGroupRequest ( String logGroupName ) { setLogGroupName ( logGroupName ) ; } | public CreateLogGroupRequest ( string logGroupName ) { _logGroupName = logGroupName ; } |
public static Set < String > getDefaultStopTags ( ) { return DefaultSetHolder . DEFAULT_STOP_TAGS ; } | public static ISet < string > GetDefaultStopTags ( ) { return DefaultSetHolder . DEFAULT_STOP_TAGS ; } |
public ModifyInstanceFleetResult modifyInstanceFleet ( ModifyInstanceFleetRequest request ) { request = beforeClientExecution ( request ) ; return executeModifyInstanceFleet ( request ) ; } | public virtual ModifyInstanceFleetResponse ModifyInstanceFleet ( ModifyInstanceFleetRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ModifyInstanceFleetRequestMarshaller . Instance ; options . ResponseUnmarshaller = ModifyInstanceFleetResponseUnmarshaller . Instance ; return Invoke < ModifyInstanceFleetResponse > ( request , options ) ; } |
public void addRule ( ConditionalFormattingRule cfRule ) { addRule ( ( HSSFConditionalFormattingRule ) cfRule ) ; } | public void AddRule ( IConditionalFormattingRule cfRule ) { AddRule ( ( HSSFConditionalFormattingRule ) cfRule ) ; } |
public void SwitchTo ( int lexState ) { if ( lexState >= 3 || lexState < 0 ) throw new TokenMgrError ( "Error: Ignoring invalid lexical state : " + lexState + ". State unchanged." , TokenMgrError . INVALID_LEXICAL_STATE ) ; elsecurLexState = lexState ; } | public virtual void SwitchTo ( int lexState ) { if ( lexState >= 3 || lexState < 0 ) throw new TokenMgrError ( "Error: Ignoring invalid lexical state : " + lexState + ". State unchanged." , TokenMgrError . INVALID_LEXICAL_STATE ) ; elsecurLexState = lexState ; } |
public void removeCharCount ( ) { remove1stProperty ( PropertyIDMap . PID_CHARCOUNT ) ; } | public void RemoveCharCount ( ) { MutableSection s = ( MutableSection ) FirstSection ; s . RemoveProperty ( PropertyIDMap . PID_CHARCOUNT ) ; } |
public CreateCapacityReservationResult createCapacityReservation ( CreateCapacityReservationRequest request ) { request = beforeClientExecution ( request ) ; return executeCreateCapacityReservation ( request ) ; } | public virtual CreateCapacityReservationResponse CreateCapacityReservation ( CreateCapacityReservationRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = CreateCapacityReservationRequestMarshaller . Instance ; options . ResponseUnmarshaller = CreateCapacityReservationResponseUnmarshaller . Instance ; return Invoke < CreateCapacityReservationResponse > ( request , options ) ; } |
public StoredField ( String name , long value ) { super ( name , TYPE ) ; fieldsData = value ; } | public StoredField ( string name , long value ) : base ( name , TYPE ) { FieldsData = new Int64 ( value ) ; } |
public void sync ( Parser recognizer ) throws RecognitionException { ATNState s = recognizer . getInterpreter ( ) . atn . states . get ( recognizer . getState ( ) ) ; if ( inErrorRecoveryMode ( recognizer ) ) { return ; } TokenStream tokens = recognizer . getInputStream ( ) ; int la = tokens . LA ( 1 ) ; IntervalSet nextTokens = recognizer . getATN ( ) . nextTokens ( s ) ; if ( nextTokens . contains ( la ) ) { nextTokensContext = null ; nextTokensState = ATNState . INVALID_STATE_NUMBER ; return ; } if ( nextTokens . contains ( Token . EPSILON ) ) { if ( nextTokensContext == null ) { nextTokensContext = recognizer . getContext ( ) ; nextTokensState = recognizer . getState ( ) ; } return ; } switch ( s . getStateType ( ) ) { case ATNState . BLOCK_START : case ATNState . STAR_BLOCK_START : case ATNState . PLUS_BLOCK_START : case ATNState . STAR_LOOP_ENTRY : if ( singleTokenDeletion ( recognizer ) != null ) { return ; } throw new InputMismatchException ( recognizer ) ; case ATNState . PLUS_LOOP_BACK : case ATNState . STAR_LOOP_BACK : reportUnwantedToken ( recognizer ) ; IntervalSet expecting = recognizer . getExpectedTokens ( ) ; IntervalSet whatFollowsLoopIterationOrRule = expecting . or ( getErrorRecoverySet ( recognizer ) ) ; consumeUntil ( recognizer , whatFollowsLoopIterationOrRule ) ; break ; default : break ; } } | public virtual void Sync ( Parser recognizer ) { ATNState s = recognizer . Interpreter . atn . states [ recognizer . State ] ; if ( InErrorRecoveryMode ( recognizer ) ) { return ; } ITokenStream tokens = ( ( ITokenStream ) recognizer . InputStream ) ; int la = tokens . LA ( 1 ) ; var nextTokens = recognizer . Atn . NextTokens ( s ) ; if ( nextTokens . Contains ( TokenConstants . EPSILON ) || nextTokens . Contains ( la ) ) { return ; } switch ( s . StateType ) { case StateType . BlockStart : case StateType . StarBlockStart : case StateType . PlusBlockStart : case StateType . StarLoopEntry : { if ( SingleTokenDeletion ( recognizer ) != null ) { return ; } throw new InputMismatchException ( recognizer ) ; } case StateType . PlusLoopBack : case StateType . StarLoopBack : { ReportUnwantedToken ( recognizer ) ; IntervalSet expecting = recognizer . GetExpectedTokens ( ) ; IntervalSet whatFollowsLoopIterationOrRule = expecting . Or ( GetErrorRecoverySet ( recognizer ) ) ; ConsumeUntil ( recognizer , whatFollowsLoopIterationOrRule ) ; break ; } default : { break ; } } } |
public int nextDoc ( ) { if ( ! didNext ) { didNext = true ; return ( doc = 0 ) ; } else { return ( doc = NO_MORE_DOCS ) ; } } | public override int NextDoc ( ) { if ( _didNext || ( _liveDocs != null && ! _liveDocs . Get ( 0 ) ) ) return ( _doc = NO_MORE_DOCS ) ; _didNext = true ; return ( _doc = 0 ) ; } |
public static Charset parseEncoding ( byte [ ] b ) { String enc = parseEncodingName ( b ) ; if ( enc == null ) { return UTF_8 ; } String name = enc . trim ( ) ; try { return Charset . forName ( name ) ; } catch ( IllegalCharsetNameException | UnsupportedCharsetException badName ) { Charset aliased = charsetForAlias ( name ) ; if ( aliased != null ) { return aliased ; } throw badName ; } } | public static System . Text . Encoding ParseEncoding ( byte [ ] b ) { int enc = Encoding ( b , 0 ) ; if ( enc < 0 ) { return Constants . CHARSET ; } int lf = NextLF ( b , enc ) ; string decoded = Decode ( Constants . CHARSET , b , enc , lf - 1 ) ; try { return Sharpen . Extensions . GetEncoding ( decoded ) ; } catch ( IllegalCharsetNameException badName ) { System . Text . Encoding aliased = CharsetForAlias ( decoded ) ; if ( aliased != null ) { return aliased ; } throw ; } catch ( UnsupportedCharsetException badName ) { System . Text . Encoding aliased = CharsetForAlias ( decoded ) ; if ( aliased != null ) { return aliased ; } throw ; } } |
public FloatBuffer put ( float [ ] src , int srcOffset , int floatCount ) { Arrays . checkOffsetAndCount ( src . length , srcOffset , floatCount ) ; if ( floatCount > remaining ( ) ) { throw new BufferOverflowException ( ) ; } for ( int i = srcOffset ; i < srcOffset + floatCount ; ++ i ) { put ( src [ i ] ) ; } return this ; } | public virtual java . nio . FloatBuffer put ( float [ ] src , int srcOffset , int floatCount ) { java . util . Arrays . checkOffsetAndCount ( src . Length , srcOffset , floatCount ) ; if ( floatCount > remaining ( ) ) { throw new java . nio . BufferOverflowException ( ) ; } { for ( int i = srcOffset ; i < srcOffset + floatCount ; ++ i ) { put ( src [ i ] ) ; } } return this ; } |
public BatchGetVariableResult batchGetVariable ( BatchGetVariableRequest request ) { request = beforeClientExecution ( request ) ; return executeBatchGetVariable ( request ) ; } | public virtual BatchGetVariableResponse BatchGetVariable ( BatchGetVariableRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = BatchGetVariableRequestMarshaller . Instance ; options . ResponseUnmarshaller = BatchGetVariableResponseUnmarshaller . Instance ; return Invoke < BatchGetVariableResponse > ( request , options ) ; } |
public void setRepetitions ( int repetitions ) throws Exception { fixedTime = false ; this . repetitions = repetitions ; if ( repetitions == REPEAT_EXHAUST ) { if ( isParallel ( ) ) { throw new Exception ( "REPEAT_EXHAUST is not allowed for parallel tasks" ) ; } } setSequenceName ( ) ; } | public virtual void SetRepetitions ( int repetitions ) { fixedTime = false ; this . repetitions = repetitions ; if ( repetitions == REPEAT_EXHAUST ) { if ( IsParallel ) { throw new Exception ( "REPEAT_EXHAUST is not allowed for parallel tasks" ) ; } } SetSequenceName ( ) ; } |
public synchronized static DefaultProfile getProfile ( ) { if ( null == profile ) { profile = new DefaultProfile ( ) ; } return profile ; } | public static DefaultProfile GetProfile ( ) { if ( null == _profile ) { _profile = new DefaultProfile ( ) ; } return _profile ; } |
public String dequote ( byte [ ] in , int inPtr , int inEnd ) { if ( 2 <= inEnd - inPtr && in [ inPtr ] == '"' && in [ inEnd - 1 ] == '"' ) return dq ( in , inPtr + 1 , inEnd - 1 ) ; return RawParseUtils . decode ( UTF_8 , in , inPtr , inEnd ) ; } | public override string Dequote ( byte [ ] @ in , int inPtr , int inEnd ) { if ( 2 <= inEnd - inPtr && @ in [ inPtr ] == '"' && @ in [ inEnd - 1 ] == '"' ) { return Dq ( @ in , inPtr + 1 , inEnd - 1 ) ; } return RawParseUtils . Decode ( Constants . CHARSET , @ in , inPtr , inEnd ) ; } |
public CacheCluster modifyCacheCluster ( ModifyCacheClusterRequest request ) { request = beforeClientExecution ( request ) ; return executeModifyCacheCluster ( request ) ; } | public virtual ModifyCacheClusterResponse ModifyCacheCluster ( ModifyCacheClusterRequest request ) { var options = new InvokeOptions ( ) ; options . RequestMarshaller = ModifyCacheClusterRequestMarshaller . Instance ; options . ResponseUnmarshaller = ModifyCacheClusterResponseUnmarshaller . Instance ; return Invoke < ModifyCacheClusterResponse > ( request , options ) ; } |
public TreeFormatter ( int size ) { buf = new byte [ size ] ; } | public TreeFormatter ( int size ) { buf = new byte [ size ] ; } |
public void setMaxDeltaDepth ( int maxDeltaDepth ) { this . maxDeltaDepth = maxDeltaDepth ; } | public virtual void SetMaxDeltaDepth ( int maxDeltaDepth ) { this . maxDeltaDepth = maxDeltaDepth ; } |
public int serialize ( int offset , byte [ ] data , EscherSerializationListener listener ) { listener . beforeRecordSerialize ( offset , getRecordId ( ) , this ) ; int pos = offset ; LittleEndian . putShort ( data , pos , getOptions ( ) ) ; pos += 2 ; LittleEndian . putShort ( data , pos , getRecordId ( ) ) ; pos += 2 ; int remainingBytes = getRecordSize ( ) - 8 ; LittleEndian . putInt ( data , pos , remainingBytes ) ; pos += 4 ; LittleEndian . putInt ( data , pos , field_1_shapeIdMax ) ; pos += 4 ; LittleEndian . putInt ( data , pos , getNumIdClusters ( ) ) ; pos += 4 ; LittleEndian . putInt ( data , pos , field_3_numShapesSaved ) ; pos += 4 ; LittleEndian . putInt ( data , pos , field_4_drawingsSaved ) ; pos += 4 ; for ( FileIdCluster fic : field_5_fileIdClusters ) { LittleEndian . putInt ( data , pos , fic . getDrawingGroupId ( ) ) ; pos += 4 ; LittleEndian . putInt ( data , pos , fic . getNumShapeIdsUsed ( ) ) ; pos += 4 ; } listener . afterRecordSerialize ( pos , getRecordId ( ) , getRecordSize ( ) , this ) ; return getRecordSize ( ) ; } | public override int Serialize ( int offset , byte [ ] data , EscherSerializationListener listener ) { listener . BeforeRecordSerialize ( offset , RecordId , this ) ; int pos = offset ; LittleEndian . PutShort ( data , pos , Options ) ; pos += 2 ; LittleEndian . PutShort ( data , pos , RecordId ) ; pos += 2 ; int remainingBytes = RecordSize - 8 ; LittleEndian . PutInt ( data , pos , remainingBytes ) ; pos += 4 ; LittleEndian . PutInt ( data , pos , field_1_shapeIdMax ) ; pos += 4 ; LittleEndian . PutInt ( data , pos , NumIdClusters ) ; pos += 4 ; LittleEndian . PutInt ( data , pos , field_3_numShapesSaved ) ; pos += 4 ; LittleEndian . PutInt ( data , pos , field_4_drawingsSaved ) ; pos += 4 ; for ( int i = 0 ; i < field_5_fileIdClusters . Length ; i ++ ) { LittleEndian . PutInt ( data , pos , field_5_fileIdClusters [ i ] . DrawingGroupId ) ; pos += 4 ; LittleEndian . PutInt ( data , pos , field_5_fileIdClusters [ i ] . NumShapeIdsUsed ) ; pos += 4 ; } listener . AfterRecordSerialize ( pos , RecordId , RecordSize , this ) ; return RecordSize ; } |
public LogDocMergePolicy ( ) { minMergeSize = DEFAULT_MIN_MERGE_DOCS ; maxMergeSize = Long . MAX_VALUE ; maxMergeSizeForForcedMerge = Long . MAX_VALUE ; } | public LogDocMergePolicy ( ) { m_minMergeSize = DEFAULT_MIN_MERGE_DOCS ; m_maxMergeSize = long . MaxValue ; m_maxMergeSizeForForcedMerge = long . MaxValue ; } |
public BM25Similarity ( ) { this ( 1.2f , 0.75f ) ; } | public BM25Similarity ( ) { this . k1 = 1.2f ; this . b = 0.75f ; } |
public void write ( LittleEndianOutput out ) { out . writeByte ( sid + getPtgClass ( ) ) ; out . writeShort ( getExternSheetIndex ( ) ) ; writeCoordinates ( out ) ; } | public override void Write ( ILittleEndianOutput out1 ) { out1 . WriteByte ( sid + PtgClass ) ; out1 . WriteShort ( ExternSheetIndex ) ; WriteCoordinates ( out1 ) ; } |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.