public static void moveDirectoryToDirectory  ( File src , File destDir , boolean createDestDir ) throws IOException { if ( src == null ) { throw new NullPointerException ( "Source must not be null" ) ; } if ( destDir == null ) { throw new NullPointerException ( "Destination directory must not be null" ) ; } if ( ! destDir . exists ( ) && createDestDir ) { destDir . mkdirs ( ) ; } if ( ! destDir . exists ( ) ) { throw new FileNotFoundException ( "Destination directory '" + destDir + "' does not exist [createDestDir=" + createDestDir + "]" ) ; } if ( ! destDir . isDirectory ( ) ) { throw new IOException ( "Destination '" + destDir + "' is not a directory" ) ; } moveDirectory ( src , new File ( destDir , src . getName ( ) ) ) ; }


private < T extends  ClientRequestResult > Collection < T > handleJsonResponse ( final TextMessage jsonMessage , final JsonRequest < T > jsonRequest , final ClientRequestReportListener reportListener )  throws JsonSyntaxException , JMSException  { Collection < T > resultCollection = jsonRequest . fromJsonResponse ( jsonMessage . getText ( ) ) ; if ( resultCollection . isEmpty ( ) ) return resultCollection ; ClientRequestResult result = resultCollection . iterator ( ) . next ( ) ; if ( ( result instanceof ClientRequestReport ) ) { ClientRequestReport report = ( ClientRequestReport ) result ; if ( isResult ( report ) ) return resultCollection ; else { handleJsonReportResponse ( report , reportListener ) ; return null ; } } return resultCollection ; }

En caso de que se haya recibido un JsonResponse.Este puede ser el resultado final o un informe sobre el progreso de la solicitud.


public void print  ( PrintWriter output , int w , int d ) { DecimalFormat format = new DecimalFormat ( ) ; format . setDecimalFormatSymbols ( new DecimalFormatSymbols ( Locale . US ) ) ; format . setMinimumIntegerDigits ( 1 ) ; format . setMaximumFractionDigits ( d ) ; format . setMinimumFractionDigits ( d ) ; format . setGroupingUsed ( false ) ; print ( output , format , w + 2 ) ; }

Imprima la matriz al flujo de salida.Línea los elementos en columnas con un formato de estilo 'FW.D' similar a FORTRAN.


public static SM_SYSTEM_MESSAGE STR_MSG_SOLDOUT_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300790 , value0 ) ; }


public static void energySegmentation  ( String [ ] args ) throws Exception { String wavDirectory = args [ 0 ] ; String fileNameNoExt ; String segmentationFileName ; float duration ; int i ; Date today ; String currentDate ; SimpleDateFormat formatter ; formatter = new SimpleDateFormat ( "yyMMdd" ) ; today = new Date ( ) ; currentDate = formatter . format ( today ) ; if ( args . length > 0 ) { for ( int file = 1 ; file < args . length ; file ++ ) { System . out . println ( "\nProcessing file: " + args [ file ] ) ; AudioInputStream ais = AudioSystem . getAudioInputStream ( new File ( wavDirectory + "/" + args [ file ] ) ) ; if ( ! ais . getFormat ( ) . getEncoding ( ) . equals ( AudioFormat . Encoding . PCM_SIGNED ) ) { ais = AudioSystem . getAudioInputStream ( AudioFormat . Encoding . PCM_SIGNED , ais ) ; } if ( ais . getFormat ( ) . getChannels ( ) > 1 ) { throw new IllegalArgumentException ( "Can only deal with mono audio signals" ) ; } int samplingRate = ( int ) ais . getFormat ( ) . getSampleRate ( ) ; DoubleDataSource signal = new AudioDoubleDataSource ( ais ) ; int framelength = ( int ) ( 0.01 * samplingRate ) ; EnergyAnalyser ea = new EnergyAnalyser ( signal , framelength , framelength , samplingRate ) ; double [ ] [ ] speechStretches1 = ea . getSpeechStretches ( ) ; int energyBufferLength = 30 ; double speechStartLikelihood = 0.6 ; double speechEndLikelihood = 0.2 ; double shiftFromMinimumEnergyCenter = 0.1 ; int numClusters = 5 ; double [ ] [ ] speechStretches2 = ea . getSpeechStretchesUsingEnergyHistory ( energyBufferLength , speechStartLikelihood , speechEndLikelihood , shiftFromMinimumEnergyCenter , numClusters ) ; System . out . println ( "Speech stretches1 in " + args [ file ] + ":" ) ; PrintfFormat format = new PrintfFormat ( "%.4f" ) ; for ( i = 0 ; i < speechStretches1 . length ; i ++ ) { System . out . println ( format . sprintf ( speechStretches1 [ i ] [ 0 ] ) + " " + format . sprintf ( speechStretches1 [ i ] [ 1 ] ) ) ; } fileNameNoExt = args [ file ] ; fileNameNoExt = fileNameNoExt . replace ( ".wav" , "" ) ; segmentationFileName = wavDirectory + "/" + fileNameNoExt + ".trs" ; PrintWriter toList = new PrintWriter ( new FileWriter ( segmentationFileName ) ) ; toList . println ( "<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>\n" + "<!DOCTYPE Trans SYSTEM \"trans-14.dtd\">" ) ; toList . println ( "<Trans scribe=\"MARY (automatic)\" audio_filename=\"" + fileNameNoExt + "\" version=\"1\" version_date=\"" + currentDate + "\">" ) ; ais . getFrameLength ( ) ; duration = ais . getFrameLength ( ) / ais . getFormat ( ) . getFrameRate ( ) ; toList . println ( "<Speakers>" ) ; toList . println ( "<Speaker id=\"spk1\" name=\"word\" check=\"no\" dialect=\"native\" accent=\"\" scope=\"local\"/>" ) ; toList . println ( "</Speakers>" ) ; toList . println ( "<Episode>" ) ; toList . println ( "
" ) ; toList . println ( "<Turn startTime=\"0\" endTime=\"" + format . sprintf ( speechStretches2 [ 0 ] [ 0 ] ) + "\">" ) ; toList . println ( "<Sync time=\"0\"/>" ) ; toList . println ( "" ) ; toList . println ( "</Turn>" ) ; System . out . println ( "Speech stretches2 in " + args [ file ] + ":" ) ; for ( i = 0 ; i < speechStretches2 . length ; i ++ ) { System . out . println ( format . sprintf ( speechStretches2 [ i ] [ 0 ] ) + " " + format . sprintf ( speechStretches2 [ i ] [ 1 ] ) ) ; toList . println ( "<Turn speaker=\"spk1\" startTime=\"" + format . sprintf ( speechStretches2 [ i ] [ 0 ] ) + "0\" endTime=\"" + format . sprintf ( speechStretches2 [ i ] [ 1 ] ) + "\">" ) ; toList . println ( "<Sync time=\"" + format . sprintf ( speechStretches2 [ i ] [ 0 ] ) + "\"/>" ) ; toList . println ( "" ) ; toList . println ( "</Turn>" ) ; } toList . println ( "
" ) ; toList . println ( "</Episode>" ) ; toList . println ( "</Trans>" ) ; toList . close ( ) ; System . out . println ( "list of Speech stretches2 in " + segmentationFileName + "  num=" + i + "  dur=" + duration ) ; } } else { System . out . println ( "No arguments provided: \n Usage: EnergyAnalyser wav_directory wav1 wav2 ... wavN" ) ; } }

Segmentar un archivo de onda por energía, idealmente una palabra por segmento (el resultado puede contener más);El resultado se guarda en un archivo en formato transcriptor para que la segmentación pueda ser fácilmente inspeccionada y corregida.Los parámetros en: energyanalyser.getspeechstretchesusingenergyhistory (): SignalProc.MinsilenceAdelation SignalPROC.MINSPEECHDURADURATURATURACIÓN PARA CONSEJAR UNA SEGMENTACIÓN MEJOR.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Blind_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200583 , skillcaster , skillname ) ; }

[% Skillcaster] te ha cegado usando [% de habilidad].


private void drawPress  ( Canvas canvas ) { if ( shapeType == 1 ) { canvas . drawCircle ( width / 2 , height / 2 , width / 2 - 1 , pressPaint ) ; } else if ( shapeType == 2 ) { RectF rectF = new RectF ( 1 , 1 , width - 1 , height - 1 ) ; canvas . drawRoundRect ( rectF , radius + 1 , radius + 1 , pressPaint ) ; } }


public static void removeDeletedCharacters  ( Account account ) { Iterator < PlayerAccountData > it = account . iterator ( ) ; while ( it . hasNext ( ) ) { PlayerAccountData pad = it . next ( ) ; Race race = pad . getPlayerCommonData ( ) . getRace ( ) ; long deletionTime = ( long ) pad . getDeletionTimeInSeconds ( ) * ( long ) 1000 ; if ( deletionTime != 0 && deletionTime <= System . currentTimeMillis ( ) ) { it . remove ( ) ; account . decrementCountOf ( race ) ; PlayerService . deletePlayerFromDB ( pad . getPlayerCommonData ( ) . getPlayerObjId ( ) ) ; } } if ( account . isEmpty ( ) ) { removeAccountWH ( account . getId ( ) ) ; account . getAccountWarehouse ( ) . clear ( ) ; } }

Se elimina de los caracteres de DB que deben eliminarse (su tiempo de eliminación ha pasado).


PokkitPluginDescription ( InputStream stream )  throws IOException  { super ( readStream ( stream ) ) ; }

Crea una nueva descripción del plugin de un plugin Bukkit.


public boolean isSet  ( _Fields field ) { if ( field == null ) { throw new IllegalArgumentException ( ) ; } switch ( field ) { case MESSAGE_TYPE : return isSetMessageType ( ) ; case REQUEST_INFO : return isSetRequestInfo ( ) ; case RESPONSE_INFO : return isSetResponseInfo ( ) ; case TRACE_INFO : return isSetTraceInfo ( ) ; case GLOBAL_CONTEXT : return isSetGlobalContext ( ) ; case LOCAL_CONTEXT : return isSetLocalContext ( ) ; case HEARTBEAT_INFO : return isSetHeartbeatInfo ( ) ; } throw new IllegalStateException ( ) ; }

Devuelve VERDADERO si se establece el campo correspondiente a FieldID (se le ha asignado un valor) y False de lo contrario


public boolean CanEnterLegion  ( ) { return enter_guild ; }

Obtiene el valor de la propiedad Enter_guild.


public static < T extends  RealFieldElement < T >> T distance1 ( final FieldVector3D < T > v1 , final FieldVector3D < T > v2 )  { return v1 . distance1 ( v2 ) ; }

Calcule la distancia entre dos vectores de acuerdo con la norma L <SUB> 1 </ SUB>.<p> Llamar a este método es equivalente a llamar: <Code> v1.subtract (v2) .getnorm1 () </ código> Excepto que no se construye un vector intermedio </ p>


public void handleSwipeEnd  ( ) { if ( ! mHasDetectedTouchGesture ) { mHasDetectedTouchGesture = true ; animateToNearestState ( ) ; } }

Maneja el final del gesto de deslizamiento.


private static BitMatrix extractPureBits  ( BitMatrix image ) throws NotFoundException { int [ ] leftTopBlack = image . getTopLeftOnBit ( ) ; int [ ] rightBottomBlack = image . getBottomRightOnBit ( ) ; if ( leftTopBlack == null || rightBottomBlack == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } int moduleSize = moduleSize ( leftTopBlack , image ) ; int top = leftTopBlack [ 1 ] ; int bottom = rightBottomBlack [ 1 ] ; int left = leftTopBlack [ 0 ] ; int right = rightBottomBlack [ 0 ] ; int matrixWidth = ( right - left + 1 ) / moduleSize ; int matrixHeight = ( bottom - top + 1 ) / moduleSize ; if ( matrixWidth <= 0 || matrixHeight <= 0 ) { throw NotFoundException . getNotFoundInstance ( ) ; } int nudge = moduleSize / 2 ; top += nudge ; left += nudge ; BitMatrix bits = new BitMatrix ( matrixWidth , matrixHeight ) ; for ( int y = 0 ; y < matrixHeight ; y ++ ) { int iOffset = top + y * moduleSize ; for ( int x = 0 ; x < matrixWidth ; x ++ ) { if ( image . get ( left + x * moduleSize , iOffset ) ) { bits . set ( x , y ) ; } } } return bits ; }

Este método detecta un código en una imagen "pura", es decir, imagen monocromática pura que contiene solo una imagen nootated, inserterizada, de un código, con un borde blanco a su alrededor.Este es un método especializado que funciona excepcionalmente rápido en este caso especial.


@ SuppressWarnings ( { "rawtypes" , "unchecked" } ) public static void QRCode  ( File out , String text , int width , int height ) throws Exception { int BLACK = 0xFF000000 ; int WHITE = 0xFFFFFFFF ; String format = "jpg" ; Hashtable hints = new Hashtable ( ) ; hints . put ( EncodeHintType . CHARACTER_SET , "utf-8" ) ; BitMatrix matrix = new MultiFormatWriter ( ) . encode ( text , BarcodeFormat . QR_CODE , width , height , hints ) ; BufferedImage image = new BufferedImage ( width , height , BufferedImage . TYPE_INT_RGB ) ; for ( int x = 0 ; x < width ; x ++ ) { for ( int y = 0 ; y < height ; y ++ ) { image . setRGB ( x , y , matrix . get ( x , y ) ? BLACK : WHITE ) ; } } if ( ! ImageIO . write ( image , format , out ) ) { throw new IOException ( "Could not write an image of format " + format + " to " + out ) ; } }

Cree imagen de código QR, y salida al archivo.


public static SM_SYSTEM_MESSAGE STR_GATHER_SUCCESS_2_GATHER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330017 , value0 ) ; }


private boolean coordIsCalendarCell  ( float y ) { return y > cellHeight ; }

Y es más grande que la cabeza del calendario, lo que significa que la coordinación puede representar un día del calendario.


public MD5State ( MD5State from ) { this ( ) ; int i ; for ( i = 0 ; i < buffer . length ; i ++ ) this . buffer [ i ] = from . buffer [ i ] ; for ( i = 0 ; i < state . length ; i ++ ) this . state [ i ] = from . state [ i ] ; this . count = from . count ; }

Crea este estado como una copia de otro estado.


private View makeAndAddView  ( int position , int childrenBottomOrTop , boolean flow , boolean selected ) { View child ; int childrenLeft ; if ( ! mDataChanged ) { child = mRecycler . getActiveView ( position ) ; if ( child != null ) { if ( ViewDebug . TRACE_RECYCLER ) { ViewDebug . trace ( child , ViewDebug . RecyclerTraceType . RECYCLE_FROM_ACTIVE_HEAP , position , getChildCount ( ) ) ; } childrenLeft = getItemLeft ( position ) ; setupChild ( child , position , childrenBottomOrTop , flow , childrenLeft , selected , true ) ; return child ; } } onItemAddedToList ( position , flow ) ; childrenLeft = getItemLeft ( position ) ; child = obtainView ( position , mIsScrap ) ; setupChild ( child , position , childrenBottomOrTop , flow , childrenLeft , selected , mIsScrap [ 0 ] ) ; return child ; }

Obtenga la vista y agréguela a nuestra lista de niños.La vista se puede hacer fresca, convertida de una vista no utilizada, o se usa como si estuviera en la Papelera de reciclaje.


protected Abstraction ( AccessPath p , Abstraction original ) { if ( original == null ) { sourceContext = null ; exceptionThrown = false ; activationUnit = null ; isImplicit = false ; } else { sourceContext = original . sourceContext ; exceptionThrown = original . exceptionThrown ; activationUnit = original . activationUnit ; assert activationUnit == null || flowSensitiveAliasing ; postdominators = original . postdominators == null ? null : new ArrayList < UnitContainer > ( original . postdominators ) ; dependsOnCutAP = original . dependsOnCutAP ; isImplicit = original . isImplicit ; } accessPath = p ; neighbors = null ; currentStmt = null ; }

Crea una abstracción como una copia de una abstracción existente, solo intercambiando la ruta de acceso.-> solo usado por la abstracción con espacio


public LinearComeback ( float [ ] x , float [ ] y ) { if ( x . length != y . length ) { throw new IllegalArgumentException ( "array lengths are not equal" ) ; } N = x . length ; double sumx = 0.0 , sumy = 0.0 , sumx2 = 0.0 ; for ( int i = 0 ; i < N ; i ++ ) sumx += x [ i ] ; for ( int i = 0 ; i < N ; i ++ ) sumx2 += x [ i ] * x [ i ] ; for ( int i = 0 ; i < N ; i ++ ) sumy += y [ i ] ; double xbar = sumx / N ; double ybar = sumy / N ; double xxbar = 0.0 , yybar = 0.0 , xybar = 0.0 ; for ( int i = 0 ; i < N ; i ++ ) { xxbar += ( x [ i ] - xbar ) * ( x [ i ] - xbar ) ; yybar += ( y [ i ] - ybar ) * ( y [ i ] - ybar ) ; xybar += ( x [ i ] - xbar ) * ( y [ i ] - ybar ) ; } beta = xybar / xxbar ; alpha = ybar - beta * xbar ; double rss = 0.0 ; double ssr = 0.0 ; for ( int i = 0 ; i < N ; i ++ ) { double fit = beta * x [ i ] + alpha ; rss += ( fit - y [ i ] ) * ( fit - y [ i ] ) ; ssr += ( fit - ybar ) * ( fit - ybar ) ; } int degreesOfFreedom = N - 2 ; R2 = ssr / yybar ; svar = rss / degreesOfFreedom ; svar1 = svar / xxbar ; svar0 = svar / N + xbar * xbar * svar1 ; }

Realiza una regresión lineal en los puntos de datos <TT> (Y [I], x [i]) </ tt>.


public BafASMBackend ( SootClass sc , int javaVersion ) { super ( sc , javaVersion ) ; }

Crea un nuevo báfasmbackend con una versión de Java forzada dada.


public String installButtonText  ( ) { return mInstallButtonText ; }

Devuelve el texto para mostrar en el botón Instalar cuando la aplicación no esté instalada en el sistema.


private void onRemoveFileOperationFinish  ( RemoveFileOperation operation , RemoteOperationResult result ) { Toast msg = Toast . makeText ( this , ErrorMessageAdapter . getErrorCauseMessage ( result , operation , getResources ( ) ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; if ( result . isSuccess ( ) ) { OCFile removedFile = operation . getFile ( ) ; FileFragment second = getSecondFragment ( ) ; if ( second != null && removedFile . equals ( second . getFile ( ) ) ) { if ( second instanceof PreviewMediaFragment ) { ( ( PreviewMediaFragment ) second ) . stopPreview ( true ) ; } setFile ( getStorageManager ( ) . getFileById ( removedFile . getParentId ( ) ) ) ; cleanSecondFragment ( ) ; } if ( getStorageManager ( ) . getFileById ( removedFile . getParentId ( ) ) . equals ( getCurrentDir ( ) ) ) { refreshListOfFilesFragment ( ) ; } invalidateOptionsMenu ( ) ; } else { if ( result . isSslRecoverableException ( ) ) { mLastSslUntrustedServerResult = result ; showUntrustedCertDialog ( mLastSslUntrustedServerResult ) ; } } }

Actualiza la vista asociada a la actividad después del final de una operación que intenta eliminar un archivo.


protected void initializeWorld  ( ) { this . world . setGravity ( World . ZERO_GRAVITY ) ; Body triangle = new SimulationBody ( ) ; triangle . addFixture ( Geometry . createTriangle ( new Vector2 ( 0.0 , 0.5 ) , new Vector2 ( - 0.5 , - 0.5 ) , new Vector2 ( 0.5 , - 0.5 ) ) ) ; triangle . translate ( new Vector2 ( 2.5 , 3 ) ) ; triangle . setMass ( MassType . INFINITE ) ; this . world . addBody ( triangle ) ; Body circle = new SimulationBody ( ) ; circle . addFixture ( Geometry . createCircle ( 0.5 ) ) ; circle . translate ( new Vector2 ( 3.2 , 3.5 ) ) ; circle . setMass ( MassType . INFINITE ) ; this . world . addBody ( circle ) ; Body segment = new SimulationBody ( ) ; segment . addFixture ( Geometry . createSegment ( new Vector2 ( 0.5 , 0.5 ) , new Vector2 ( - 0.5 , 0 ) ) ) ; segment . translate ( new Vector2 ( 4.2 , 4 ) ) ; segment . setMass ( MassType . INFINITE ) ; this . world . addBody ( segment ) ; Body square = new SimulationBody ( ) ; square . addFixture ( Geometry . createSquare ( 1.0 ) ) ; square . translate ( new Vector2 ( 1.5 , 2.0 ) ) ; square . setMass ( MassType . INFINITE ) ; this . world . addBody ( square ) ; Body polygon = new SimulationBody ( ) ; polygon . addFixture ( Geometry . createUnitCirclePolygon ( 5 , 0.5 ) ) ; polygon . translate ( new Vector2 ( 0.5 , 0 ) ) ; polygon . setMass ( MassType . INFINITE ) ; this . world . addBody ( polygon ) ; Body capsule = new SimulationBody ( ) ; capsule . addFixture ( Geometry . createCapsule ( 2 , 1 ) ) ; capsule . translate ( new Vector2 ( 4.5 , 5.0 ) ) ; capsule . setMass ( MassType . INFINITE ) ; this . world . addBody ( capsule ) ; }

Crea objetos de juego y los agrega al mundo.<P> Básicamente las mismas formas de la prueba de formas en la tabla de pruebas.


public static boolean needAutoBoolean  ( String property ) throws NoSuchPropertyException  { String value = getProperty ( property ) ; if ( value == null ) { throw new NoSuchPropertyException ( "Missing property `" + property + "' in configuration files" ) ; } if ( value . equals ( "auto" ) ) { return ( needProperty ( "server" ) . equals ( "commandline" ) ? false : true ) ; } else { return needBoolean ( property ) ; } }

Obtenga o infiere una propiedad booleana de las propiedades subyacentes, lanzando una excepción si no está definida.Además de los valores "Verdadero" y "Falso", se permite un valor "Auto";Se resolverá a "verdadero" en modo de servidor y en "Falso" en modo no servidor.


@ NonNull private static String tag  ( @ Nullable Class < ? > caller ) { return caller == null ? "" : caller . getSimpleName ( ) . replaceAll ( "\\$" , "" ) ; }

Genera una etiqueta de registro usando el nombre de la clase de la referencia de la persona que llama


public void writeTextUnit  ( ITextUnit tu , String phaseName ) { if ( fwConfigId == null ) { if ( params . getSetApprovedAsNoTranslate ( ) ) { Property prop = tu . getTargetProperty ( trgLoc , Property . APPROVED ) ; if ( ( prop != null ) && prop . getValue ( ) . equals ( "yes" ) ) { tu . setIsTranslatable ( false ) ; } } if ( ! tu . isTranslatable ( ) && ! params . getIncludeNoTranslate ( ) ) { return ; } } if ( ! inFile ) { writeStartFile ( original , dataType , skeletonPath , fwConfigId , fwInputEncoding , null ) ; } pushAnnotatorsRef ( ITSContent . getAnnotatorsRef ( tu ) ) ; writer . writeStartElement ( "trans-unit" ) ; writer . writeAttributeString ( "id" , tu . getId ( ) ) ; String tmp = tu . getName ( ) ; if ( ! Util . isEmpty ( tmp ) ) { writer . writeAttributeString ( "resname" , tmp ) ; } tmp = tu . getType ( ) ; if ( ! Util . isEmpty ( tmp ) ) { if ( tmp . startsWith ( "x-" ) || ( RESTYPEVALUES . contains ( ";" + tmp + ";" ) ) ) { writer . writeAttributeString ( "restype" , tmp ) ; } else { writer . writeAttributeString ( "restype" , "x-" + tmp ) ; } } if ( ! tu . isTranslatable ( ) ) { writer . writeAttributeString ( "translate" , "no" ) ; } else if ( trgLoc != null ) { GenericAnnotations anns = tu . getAnnotation ( GenericAnnotations . class ) ; if ( anns != null ) { GenericAnnotation ann = anns . getFirstAnnotation ( GenericAnnotationType . LOCFILTER ) ; if ( ann != null ) { String value = ann . getString ( GenericAnnotationType . LOCFILTER_VALUE ) ; if ( ! ITSContent . isExtendedMatch ( value , trgLoc . toBCP47 ( ) ) ) { writer . writeAttributeString ( "translate" , "no" ) ; } } } } if ( phaseName != null ) { writer . writeAttributeString ( "phase-name" , phaseName ) ; } if ( trgLoc != null ) { if ( tu . hasTargetProperty ( trgLoc , Property . APPROVED ) ) { if ( tu . getTargetProperty ( trgLoc , Property . APPROVED ) . getValue ( ) . equals ( "yes" ) ) { writer . writeAttributeString ( Property . APPROVED , "yes" ) ; } } } if ( tu . preserveWhitespaces ( ) ) { writer . writeAttributeString ( "xml:space" , "preserve" ) ; } StringBuilder sbITS = new StringBuilder ( ) ; if ( params . getIncludeIts ( ) ) { writeAnnotatorsRefIfNeeded ( ) ; sbITS . setLength ( 0 ) ; itsContForUnit . outputAnnotations ( tu . getAnnotation ( GenericAnnotations . class ) , sbITS , false , false , false , trgLoc ) ; itsContForUnit . outputAnnotations ( ( GenericAnnotations ) tu . getAnnotation ( ITSProvenanceAnnotations . class ) , sbITS , false , false , false , trgLoc ) ; writer . appendRawXML ( sbITS . toString ( ) ) ; } writer . writeLineBreak ( ) ; TextContainer tc = tu . getSource ( ) ; boolean srcHasText = tc . hasText ( false ) ; pushAnnotatorsRef ( ITSContent . getAnnotatorsRef ( tc ) ) ; writer . writeStartElement ( "source" ) ; writer . writeAttributeString ( "xml:lang" , srcLoc . toBCP47 ( ) ) ; if ( params . getIncludeIts ( ) ) { writeAnnotatorsRefIfNeeded ( ) ; sbITS . setLength ( 0 ) ; itsContForSrcCont . outputAnnotations ( tc . getAnnotation ( GenericAnnotations . class ) , sbITS , false , false , false , null ) ; itsContForSrcCont . outputAnnotations ( ( GenericAnnotations ) tc . getAnnotation ( ITSLQIAnnotations . class ) , sbITS , false , false , false , null ) ; itsContForSrcCont . outputAnnotations ( ( GenericAnnotations ) tc . getAnnotation ( ITSProvenanceAnnotations . class ) , sbITS , false , false , false , null ) ; writer . appendRawXML ( sbITS . toString ( ) ) ; } writer . writeRawXML ( xliffCont . toSegmentedString ( tc , 0 , params . getEscapeGt ( ) , false , params . getPlaceholderMode ( ) , params . getIncludeCodeAttrs ( ) , params . getIncludeIts ( ) , trgLoc ) ) ; List < GenericAnnotations > srcStandoff = xliffCont . getStandoff ( ) ; writer . writeEndElementLineBreak ( ) ; if ( tc . hasBeenSegmented ( ) ) { writer . writeStartElement ( "seg-source" ) ; writer . writeRawXML ( xliffCont . toSegmentedString ( tc , 0 , params . getEscapeGt ( ) , true , params . getPlaceholderMode ( ) , params . getIncludeCodeAttrs ( ) , params . getIncludeIts ( ) , trgLoc ) ) ; writer . writeEndElementLineBreak ( ) ; } annotatorsRef . pop ( ) ; List < GenericAnnotations > trgStandoff = null ; if ( trgLoc != null ) { tc = tu . getTarget ( trgLoc ) ; boolean outputTarget = true ; if ( params . getUseSourceForTranslated ( ) || ( tc == null ) || ( tc . isEmpty ( ) ) || ( srcHasText && ! tc . hasText ( false ) ) ) { tc = tu . getSource ( ) ; outputTarget = params . getCopySource ( ) ; } if ( outputTarget ) { pushAnnotatorsRef ( ITSContent . getAnnotatorsRef ( tc ) ) ; writer . writeStartElement ( "target" ) ; writer . writeAttributeString ( "xml:lang" , trgLoc . toBCP47 ( ) ) ; if ( tu . hasTargetProperty ( trgLoc , com . box . l10n . mojito . okapi . Property . STATE ) ) { String state = tu . getTargetProperty ( trgLoc , com . box . l10n . mojito . okapi . Property . STATE ) . getValue ( ) ; writer . writeAttributeString ( "state" , state ) ; } if ( params . getIncludeIts ( ) ) { writeAnnotatorsRefIfNeeded ( ) ; sbITS . setLength ( 0 ) ; itsContForTrgCont . outputAnnotations ( tc . getAnnotation ( GenericAnnotations . class ) , sbITS , false , false , false , null ) ; itsContForTrgCont . outputAnnotations ( ( GenericAnnotations ) tc . getAnnotation ( ITSLQIAnnotations . class ) , sbITS , false , false , false , null ) ; itsContForTrgCont . outputAnnotations ( ( GenericAnnotations ) tc . getAnnotation ( ITSProvenanceAnnotations . class ) , sbITS , false , false , false , null ) ; writer . appendRawXML ( sbITS . toString ( ) ) ; } writer . writeRawXML ( xliffCont . toSegmentedString ( tc , 0 , params . getEscapeGt ( ) , tc . hasBeenSegmented ( ) , params . getPlaceholderMode ( ) , params . getIncludeCodeAttrs ( ) , params . getIncludeIts ( ) , trgLoc ) ) ; trgStandoff = xliffCont . getStandoff ( ) ; writer . writeEndElementLineBreak ( ) ; annotatorsRef . pop ( ) ; } if ( params . getIncludeAltTrans ( ) ) { TextContainer altCont = tu . getTarget ( trgLoc ) ; if ( altCont != null ) { writeAltTranslations ( altCont . getAnnotation ( AltTranslationsAnnotation . class ) , null ) ; for ( Segment seg : altCont . getSegments ( ) ) { writeAltTranslations ( seg . getAnnotation ( AltTranslationsAnnotation . class ) , seg ) ; } } } } if ( tu . hasProperty ( Property . NOTE ) ) { writer . writeStartElement ( "note" ) ; writer . writeString ( tu . getProperty ( Property . NOTE ) . getValue ( ) ) ; writer . writeEndElementLineBreak ( ) ; } if ( tu . hasProperty ( Property . TRANSNOTE ) ) { writer . writeStartElement ( "note" ) ; writer . writeAttributeString ( "from" , "translator" ) ; writer . writeString ( tu . getProperty ( Property . TRANSNOTE ) . getValue ( ) ) ; writer . writeEndElementLineBreak ( ) ; } if ( tu . hasProperty ( com . box . l10n . mojito . okapi . Property . TARGET_COMMENT ) ) { writer . writeStartElement ( "note" ) ; writer . writeAttributeString ( "annotates" , "target" ) ; writer . writeAttributeString ( "from" , "reviewer" ) ; writer . writeString ( tu . getProperty ( com . box . l10n . mojito . okapi . Property . TARGET_COMMENT ) . getValue ( ) ) ; writer . writeEndElementLineBreak ( ) ; } if ( tu . hasProperty ( com . box . l10n . mojito . okapi . Property . TARGET_NOTE ) ) { writer . writeStartElement ( "note" ) ; writer . writeAttributeString ( "annotates" , "target" ) ; writer . writeAttributeString ( "from" , "automation" ) ; writer . writeString ( tu . getProperty ( com . box . l10n . mojito . okapi . Property . TARGET_NOTE ) . getValue ( ) ) ; writer . writeEndElementLineBreak ( ) ; } if ( srcStandoff != null ) { writer . writeRawXML ( writeStandoffLQI ( srcStandoff ) ) ; } if ( ( itsContForSrcCont != null ) && itsContForSrcCont . hasStandoff ( ) ) { writer . writeRawXML ( itsContForSrcCont . writeStandoffLQI ( ) ) ; } if ( trgStandoff != null ) { writer . writeRawXML ( writeStandoffLQI ( trgStandoff ) ) ; } if ( ( itsContForTrgCont != null ) && itsContForTrgCont . hasStandoff ( ) ) { writer . writeRawXML ( itsContForTrgCont . writeStandoffLQI ( ) ) ; } if ( ( itsContForUnit != null ) && itsContForUnit . hasStandoff ( ) ) { writer . writeRawXML ( itsContForUnit . writeStandoffLQI ( ) ) ; } TermsAnnotation ann = tu . getSource ( ) . getAnnotation ( TermsAnnotation . class ) ; if ( ( ann != null ) && ( ann . size ( ) > 0 ) ) { writer . writeStartElement ( "note" ) ; writer . writeAttributeString ( "annotates" , "source" ) ; writer . writeString ( "Terms:\n" + ann . toString ( ) ) ; writer . writeEndElementLineBreak ( ) ; } writer . writeEndElementLineBreak ( ) ; annotatorsRef . pop ( ) ; }

Escribe una unidad de texto como un elemento Trans-Unit> Trans-Unit.


@ Override public double [ ] makeDensityTestValues  ( ) { double d = 1 / 1.75 ; return new double [ ] { 0 , d , d , d , d , d , d , d , d , d , d , 0 } ; }

Crea los valores esperados de prueba de densidad de probabilidad predeterminada


public String toString  ( ) { Object [ ] elements = getArray ( ) ; int maxIndex = elements . length - 1 ; StringBuffer buf = new StringBuffer ( ) ; buf . append ( "[" ) ; for ( int i = 0 ; i <= maxIndex ; i ++ ) { buf . append ( String . valueOf ( elements [ i ] ) ) ; if ( i < maxIndex ) buf . append ( ", " ) ; } buf . append ( "]" ) ; return buf . toString ( ) ; }

Devuelve una representación de cadena de esta lista, que contiene la representación de cadena de cada elemento.


public static char [ ] toCharArray  ( InputStream is , Charset encoding ) throws IOException { CharArrayWriter output = new CharArrayWriter ( ) ; copy ( is , output , encoding ) ; return output . toCharArray ( ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una matriz de caracteres utilizando la codificación de caracteres especificada.<p /> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputstream </ code>.


private Object readResolve  ( ) { return LazyHolder . INSTANCE ; }

Manejar la deserialización del singleton.


@ Override public void createUI  ( ) { FieldPanel fieldPanel = createFieldPanel ( 0 , "" ) ; fieldPanel . setLayout ( new BorderLayout ( ) ) ; windBarbsPanel = new WindBarbDetails ( this , FunctionManager . getInstance ( ) ) ; fieldPanel . add ( windBarbsPanel , BorderLayout . CENTER ) ; Dimension panelSize = windBarbsPanel . getPanelSize ( ) ; fieldPanel . setPreferredSize ( panelSize ) ; }


public VideoGetQueryWithExtended count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


@ Override public String scanNCName  ( ) throws IOException  { if ( fCurrentEntity . position == fCurrentEntity . count ) { load ( 0 , true ) ; } int offset = fCurrentEntity . position ; char ch = fCurrentEntity . ch [ offset ] ; if ( XML11Char . isXML11NCNameStart ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; offset = 0 ; if ( load ( 1 , false ) ) { fCurrentEntity . columnNumber ++ ; String symbol = fSymbolTable . addSymbol ( fCurrentEntity . ch , 0 , 1 ) ; return symbol ; } } } else if ( XML11Char . isXML11NameHighSurrogate ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; offset = 0 ; if ( load ( 1 , false ) ) { -- fCurrentEntity . position ; -- fCurrentEntity . startPosition ; return null ; } } char ch2 = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( ! XMLChar . isLowSurrogate ( ch2 ) || ! XML11Char . isXML11NCNameStart ( XMLChar . supplemental ( ch , ch2 ) ) ) { -- fCurrentEntity . position ; return null ; } if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; fCurrentEntity . ch [ 1 ] = ch2 ; offset = 0 ; if ( load ( 2 , false ) ) { fCurrentEntity . columnNumber += 2 ; String symbol = fSymbolTable . addSymbol ( fCurrentEntity . ch , 0 , 2 ) ; return symbol ; } } } else { return null ; } do { ch = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( XML11Char . isXML11NCName ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } offset = 0 ; if ( load ( length , false ) ) { break ; } } } else if ( XML11Char . isXML11NameHighSurrogate ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } offset = 0 ; if ( load ( length , false ) ) { -- fCurrentEntity . startPosition ; -- fCurrentEntity . position ; break ; } } char ch2 = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( ! XMLChar . isLowSurrogate ( ch2 ) || ! XML11Char . isXML11NCName ( XMLChar . supplemental ( ch , ch2 ) ) ) { -- fCurrentEntity . position ; break ; } if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } offset = 0 ; if ( load ( length , false ) ) { break ; } } } else { break ; } } while ( true ) ; int length = fCurrentEntity . position - offset ; fCurrentEntity . columnNumber += length ; String symbol = null ; if ( length > 0 ) { symbol = fSymbolTable . addSymbol ( fCurrentEntity . ch , offset , length ) ; } return symbol ; }

Devuelve una cadena que coincida con la producción NCNAME que aparece inmediatamente en la entrada como símbolo, o nula si no hay una cadena NCName.<p /> <strong> Nota: </ strong> Se consumen los caracteres NCNAME.<p /> <strong> Nota: </ strong> La cadena devuelta debe ser un símbolo.La mesa de símbolos se puede utilizar para este propósito.


@ Override public int hashCode  ( ) { return ( Integer . valueOf ( ( int ) x ) . hashCode ( ) >> 13 ) ^ ( Integer . valueOf ( ( int ) y ) . hashCode ( ) >> 7 ) ^ Integer . valueOf ( ( int ) z ) . hashCode ( ) ; }

Devuelve un código hash para este vector.


private String crawlCode  ( String content ) { String result = "" ; String resultSpan = "" ; String resultParagraph = "" ; String resultDiv = "" ; resultSpan = getTagContent ( "span" , content ) ; resultParagraph = getTagContent ( "p" , content ) ; resultDiv = getTagContent ( "div" , content ) ; result = resultSpan ; if ( resultParagraph . length ( ) > resultSpan . length ( ) && resultParagraph . length ( ) >= resultDiv . length ( ) ) result = resultParagraph ; else if ( resultParagraph . length ( ) > resultSpan . length ( ) && resultParagraph . length ( ) < resultDiv . length ( ) ) result = resultDiv ; else result = resultParagraph ; return htmlDecode ( result ) ; }

Crawls el código que busca información relevante.


protected PhotosMoveQuery targetAlbumId  ( int value ) { return unsafeParam ( "target_album_id" , value ) ; }


public JSONArray put  ( Collection value ) { put ( new JSONArray ( value ) ) ; return this ; }

Ponga un valor en el JSONARRAY, donde el valor será un JSONARRAY, que se produce a partir de una colección.


public static void main  ( String [ ] args ) { int n = Integer . parseInt ( args [ 0 ] ) ; if ( args . length == 2 ) StdRandom . setSeed ( Long . parseLong ( args [ 1 ] ) ) ; double [ ] probabilities = { 0.5 , 0.3 , 0.1 , 0.1 } ; int [ ] frequencies = { 5 , 3 , 1 , 1 } ; String [ ] a = "A B C D E F G" . split ( " " ) ; StdOut . println ( "seed = " + StdRandom . getSeed ( ) ) ; for ( int i = 0 ; i < n ; i ++ ) { StdOut . printf ( "%2d " , uniform ( 100 ) ) ; StdOut . printf ( "%8.5f " , uniform ( 10.0 , 99.0 ) ) ; StdOut . printf ( "%5b " , bernoulli ( 0.5 ) ) ; StdOut . printf ( "%7.5f " , gaussian ( 9.0 , 0.2 ) ) ; StdOut . printf ( "%1d " , discrete ( probabilities ) ) ; StdOut . printf ( "%1d " , discrete ( frequencies ) ) ; StdRandom . shuffle ( a ) ; for ( String s : a ) StdOut . print ( s ) ; StdOut . println ( ) ; } }


private void updateTexts  ( DocumentEvent e ) { Document doc = e . getDocument ( ) ; if ( doc == projectNameTextField . getDocument ( ) || doc == projectLocationTextField . getDocument ( ) ) { String projectName = projectNameTextField . getText ( ) ; String projectFolder = projectLocationTextField . getText ( ) ; createdFolderTextField . setText ( projectFolder + File . separatorChar + projectName ) ; } panel . fireChangeEvent ( ) ; }

Maneja los cambios en el nombre del proyecto y el directorio del proyecto,


protected void render  ( GL2 gl ) { gl . glScaled ( SCALE , SCALE , SCALE ) ; gl . glTranslated ( 0.0 , - 1.0 , 0.0 ) ; for ( int i = 0 ; i < this . world . getBodyCount ( ) ; i ++ ) { GameObject go = ( GameObject ) this . world . getBody ( i ) ; go . render ( gl ) ; } }


public static String buildPKSig  ( GenericEntity pk , String suffix ) { StringBuilder sig = new StringBuilder ( "" ) ; Collection < String > keyColl = pk . getPrimaryKey ( ) . getAllKeys ( ) ; List < String > keyList = UtilMisc . makeListWritable ( keyColl ) ; Collections . sort ( keyList ) ; for ( String ky : keyList ) { String val = ( String ) pk . get ( ky ) ; if ( UtilValidate . isNotEmpty ( val ) ) { if ( sig . length ( ) > 0 ) sig . append ( "_" ) ; sig . append ( val ) ; } } if ( UtilValidate . isNotEmpty ( suffix ) ) { if ( sig . length ( ) > 0 ) sig . append ( "_" ) ; sig . append ( suffix ) ; } return sig . toString ( ) ; }

Construye una firma de cadena de un GenericValue o GenericPK.


public synchronized boolean hasBeenInterrupted  ( ) { return interrupted ; }

El método utilizado para determinar si se ha llamado </ code> de interrupción </ code> en este hilo.


Cree un nuevo aleatorio que procese todos los artículos.


@ Override public void reset  ( ) { idx = mark ; }

Restablecer el lector a la última posición marcada (o el principio si no se ha llamado a Mark).


public Fraction divide  ( Fraction fraction ) { if ( fraction == null ) { throw MathRuntimeException . createIllegalArgumentException ( NULL_FRACTION ) ; } if ( fraction . numerator == 0 ) { throw MathRuntimeException . createArithmeticException ( "the fraction to divide by must not be zero: {0}/{1}" , fraction . numerator , fraction . denominator ) ; } return multiply ( fraction . reciprocal ( ) ) ; }

Divide el valor de esta fracción por otra.


public boolean isApplicable  ( ) { return true ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public SphericalCoordinates ( final double r , final double theta , final double phi ) { final double cosTheta = FastMath . cos ( theta ) ; final double sinTheta = FastMath . sin ( theta ) ; final double cosPhi = FastMath . cos ( phi ) ; final double sinPhi = FastMath . sin ( phi ) ; this . r = r ; this . theta = theta ; this . phi = phi ; this . v = new Vector3D ( r * cosTheta * sinPhi , r * sinTheta * sinPhi , r * cosPhi ) ; }

Construye un transformador de coordenadas esféricas de las coordenadas esféricas.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public Constant constant  ( ) { if ( constant_computed ) { return constant_value ; } ASTNode$State state = state ( ) ; int num = state . boundariesCrossed ; boolean isFinal = this . is$Final ( ) ; constant_value = constant_compute ( ) ; if ( isFinal && num == state ( ) . boundariesCrossed ) constant_computed = true ; return constant_value ; }

Analice este literal y devuelva una nueva constante.


@ Override public boolean hasSourceCommandTag  ( final Long tagID ) { return sourceCommandTags . get ( tagID ) != null ; }

Comprueba si esta configuración de equipo contiene la etiqueta de comando con el ID proporcionado.


private boolean isValidInHTTPHeader  ( String value ) { char ch ; for ( int i = value . length ( ) - 1 ; i >= 0 ; -- i ) { ch = value . charAt ( i ) ; if ( ch < 0x20 || ch > 0x7E ) { return false ; } } return true ; }

Devuelve <código> Verdadero </ código> si la cadena dada sería válida en un encabezado HTTP.


public AemDialog closeIfVisible  ( ) { if ( isVisible ( ) ) { cancel ( ) ; } return this ; }

Comprueba si el diálogo es visible.En caso afirmativo, lo cierra haciendo clic en el botón "CANCELAR".


synchronized void dropObservables  ( UUID host ) { Map < CacheKey , Observable > map = mCache . snapshot ( ) ; for ( CacheKey cacheKey : map . keySet ( ) ) { if ( cacheKey . uuid == host ) { mCache . remove ( cacheKey ) ; } } }

Elimina todos los observables registrados en un huésped de este caché.


private boolean addViewItem  ( int index , boolean first ) { View view = getItemView ( index ) ; if ( view != null ) { if ( first ) { itemsLayout . addView ( view , 0 ) ; } else { itemsLayout . addView ( view ) ; } return true ; } return false ; }

Agrega vista para el elemento a los elementos de diseño


public TIntObjectHashMap ( int initialCapacity , float loadFactor ) { super ( initialCapacity , loadFactor ) ; }

Crea una nueva instancia de <código> tintobjethashashashashashashashashashashashashashashashashashShashShashShashShashShashShashShash, igual o mayor que <TT> InicialCapacity </ TT> y con el factor de carga especificado.


public AdsGetAdsQuery offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Compensar.Utilizado en los mismos casos que el parámetro "Límite".


public static ValueGetterSpacePredicate < ServerEntry > pathBetween  ( String path , Comparable < ? > low , Comparable < ? > high ) { return path ( path , between ( low , high ) ) ; }

Atajo para el camino (camino, entre (bajo, alto)).


public void revertSelf  ( ) { y = y . negate ( ) ; pole = pole . negate ( ) ; }


public void addPacket  ( byte [ ] data , boolean fromServer , long time ) { packetDirection direction = ( fromServer ? packetDirection . serverPacket : packetDirection . clientPacket ) ; if ( _decrypt ) { _crypt . decrypt ( data , direction ) ; } DataPacket dp = new DataPacket ( _packetNumberId . incrementAndGet ( ) , data , direction , time , _protocol , _parse ) ; if ( Collector . isEnabled ( ) ) { _collector . parse ( dp , direction ) ; } if ( ( ( Main ) PacketSamurai . getUserInterface ( ) ) . isSkippingPackets ( ) ) return ; _packets . add ( dp ) ; if ( _firstTimeStamp == 0 ) { _firstTimeStamp = time ; } if ( dp . hasError ( ) || dp . hasWarning ( ) ) { String id = Integer . toHexString ( 0x10000 | data [ 0 ] ) . substring ( 1 ) . toUpperCase ( ) ; if ( id . contains ( "FFF" ) ) { id = "00" + id . substring ( id . length ( ) - 2 ) ; } long myTime = time - _firstTimeStamp ; PacketSamurai . getUserInterface ( ) . log ( ( ( fromServer ) ? "Server " : "Client" ) + "Packet id: " + id + " of timestamp + " + myTime + "ms has this error msg:" + dp . getErrorMessage ( ) , false ) ; } if ( _newPacketNotification != null ) { _newPacketNotification . run ( ) ; } }

 descifra los datos en bruto recibidos

 agrega una factura de datos a la lista de paquetes, instanciadas de los datos descifrados

 ejecutan la notificación de paquetes, si alguna


protected AuthSignupQuery phone  ( String value ) { return unsafeParam ( "phone" , value ) ; }

Número de teléfono del usuario.Se puede verificar con el método Auth.CheckPhone.


public NelderMeadSimplex ( final int n , double sideLength ) { this ( n , sideLength , DEFAULT_RHO , DEFAULT_KHI , DEFAULT_GAMMA , DEFAULT_SIGMA ) ; }

Construya un simplex nelder-mead con coeficientes predeterminados.Los coeficientes predeterminados son 1.0 para RHO, 2.0 para KHI y 0.5 para Gamma y Sigma.


public static String padOrTrim  ( String str , int num ) { if ( str == null ) str = "null" ; int leng = str . length ( ) ; if ( leng < num ) { StringBuilder sb = new StringBuilder ( str ) ; for ( int i = 0 ; i < num - leng ; i ++ ) { sb . append ( " " ) ; } return sb . toString ( ) ; } else if ( leng > num ) { return str . substring ( 0 , num ) ; } else { return str ; } }

Almohadilla o recorte para producir una cadena de exactamente una cierta longitud.


private static String makePath  ( final Node v , int rankIndex ) { final ArrayList < String > list = new ArrayList < > ( ) ; { int topRankIndex = - 1 ; String topRankTaxonName = null ; Node w = v ; while ( topRankIndex == - 1 ) { final Integer taxonId = ( Integer ) w . getInfo ( ) ; final Integer rank = TaxonomyData . getTaxonomicRank ( taxonId ) ; if ( rank != 0 ) { final String rankName = TaxonomicLevels . getName ( rank ) ; final int index = Basic . getIndex ( rankName , ranks ) ; if ( index != - 1 ) { topRankIndex = index ; topRankTaxonName = TaxonomyData . getName2IdMap ( ) . get ( taxonId ) ; } } if ( w . getInDegree ( ) == 1 ) w = w . getFirstInEdge ( ) . getSource ( ) ; else break ; } while ( rankIndex > topRankIndex ) { list . add ( letters [ rankIndex ] + "__(" + topRankTaxonName + ")" ) ; rankIndex -- ; } } Node w = v ; while ( rankIndex >= 0 ) { final Integer taxonId = ( Integer ) w . getInfo ( ) ; final Integer rank = TaxonomyData . getTaxonomicRank ( taxonId ) ; if ( rank != 0 ) { final String rankName = TaxonomicLevels . getName ( rank ) ; final int index = Basic . getIndex ( rankName , ranks ) ; if ( index >= 0 ) { String previousName = ( list . size ( ) > 0 ? list . get ( list . size ( ) - 1 ) . substring ( 3 ) : null ) ; while ( rankIndex > index ) { list . add ( letters [ rankIndex ] + "__(" + previousName + ")" ) ; rankIndex -- ; } if ( index == rankIndex ) { list . add ( letters [ rankIndex ] + "__" + TaxonomyData . getName2IdMap ( ) . get ( taxonId ) ) ; rankIndex -- ; } } } if ( w . getInDegree ( ) == 1 ) w = w . getFirstInEdge ( ) . getSource ( ) ; else break ; } if ( rankIndex == - 1 ) return Basic . toString ( Basic . reverseList ( list ) , "\t" ) ; return null ; }

Consigue todos los rangos anteriores, o nulo, si está incompleto


private void updateReceivedNotifications  ( DefaultMutableTreeNode emitter , long received ) { String text = Resources . getText ( "LBL_Notifications" ) + "[" + received + "]" ; updateNotificationsNodeLabel ( emitter , text ) ; }

Etiqueta de nodo de notificación de actualización en el árbol MBEAN: "Notificaciones [recibidas]".


public long leafCellsCovered  ( ) { long numLeaves = 0 ; for ( S2CellId cellId : cellIds ) { int invertedLevel = S2CellId . MAX_LEVEL - cellId . level ( ) ; numLeaves += ( 1L << ( invertedLevel << 1 ) ) ; } return numLeaves ; }

El número de células de las hojas cubiertas por la unión.Esto no será más de 6 * 2 ^ 60 para toda la esfera.


public void add  ( String fldName , Schema sch ) { Type type = sch . type ( fldName ) ; addField ( fldName , type ) ; }

Agrega un campo en otro esquema que tiene el nombre especificado a este esquema.


private List < ValidationResult > orderedList  ( Collection < ValidationResult > results ) { List < ValidationResult > resultList = new ArrayList < > ( results ) ; Collections . sort ( resultList ) ; return resultList ; }

Devuelve una lista de validación ordenada naturalmente.<p> Al comparar dos colecciones, esto asegura que todos los artículos están en el mismo orden de comparación.También significa que cuando hay valores diferentes para el mismo período / regla / fuente, etc., es más probable que los resultados estén en el mismo orden para que sea más fácil ver la diferencia.<p> Al hacer de esta lista una lista en lugar de, por ejemplo, un valores de árboles, duplicados (¡si alguna debería existir por error!) Se conservan.


public StackedAreaChart ( String group , String field , String [ ] columns ) { this ( group , field , columns , 1.0 ) ; }


protected void init  ( Table table , Graph graph , int row ) { m_table = table ; m_graph = graph ; m_row = m_table . isValidRow ( row ) ? row : - 1 ; }

Inicialice un nuevo tableNodeitem para el gráfico, la tabla y la fila dados.Este método es utilizado por la instancia de TUPLEMANAGER, y no se debe llamar directamente directamente por el código del cliente, a menos que sea realizado en Tuplanager personalizado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Shield_INTERVAL_TO_ME  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1201075 , num0 ) ; }


public Aggregation withAggregation  ( Aggregation aggregation ) { return new FilteredAggregation ( aggregation . getName ( ) , aggregation . getFieldName ( ) , aggregation , getFilter ( ) ) ; }

Crea una nueva agregación filtrada con la agregación proporcionada.


public static UInteger uint  ( long value ) throws NumberFormatException  { return UInteger . valueOf ( value ) ; }


public static void checkCyclicRelations  ( Group currentGroup , Group groupToBeAdded ) throws ActionExecutionException { try { if ( groupToBeAdded . getID ( ) . equals ( currentGroup . getID ( ) ) ) { throw new ActionExecutionException ( MessagingUtils . addingGroupToItself ( currentGroup . getID ( ) ) ) ; } Iterator < Group > parents = currentGroup . memberOf ( ) ; while ( parents . hasNext ( ) ) { Group currentParent = parents . next ( ) ; if ( currentParent . getID ( ) . equals ( groupToBeAdded . getID ( ) ) ) { throw new ActionExecutionException ( MessagingUtils . cyclicRelationsForbidden ( currentGroup . getID ( ) , groupToBeAdded . getID ( ) ) ) ; } for ( Iterator < Authorizable > children = groupToBeAdded . getMembers ( ) ; children . hasNext ( ) ; ) { Authorizable currentChild = children . next ( ) ; if ( currentParent . getID ( ) . equals ( currentChild . getID ( ) ) ) { throw new ActionExecutionException ( MessagingUtils . cyclicRelationsForbidden ( currentChild . getID ( ) , groupToBeAdded . getID ( ) ) ) ; } } } } catch ( RepositoryException e ) { throw new ActionExecutionException ( MessagingUtils . createMessage ( e ) ) ; } }

Agregar grupo a otro grupo puede resultar en una relación cíclica.Deje que el grupo actual sea el grupo donde queremos agregar Autorizable actual a.Si el Autorizable actual contiene un grupo de modo que pertenece el grupo actual, entonces evitamos tal operación.


private void updatePrimaryKeyMaxSurrogateMap  ( ) { Map < String , Boolean > primaryKeyMap = columnsInfo . getPrimaryKeyMap ( ) ; for ( Entry < String , Boolean > entry : primaryKeyMap . entrySet ( ) ) { if ( ! primaryKeyMap . get ( entry . getKey ( ) ) ) { int repeatedPrimaryFromLevels = getRepeatedPrimaryFromLevels ( dimInsertFileNames , entry . getKey ( ) ) ; if ( null == primaryKeysMaxSurroagetMap ) { primaryKeysMaxSurroagetMap = new HashMap < String , Integer > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; } primaryKeysMaxSurroagetMap . put ( entry . getKey ( ) , max [ repeatedPrimaryFromLevels ] ) ; } } }


public synchronized void startPreview  ( ) { OpenCamera theCamera = camera ; if ( theCamera != null && ! previewing ) { theCamera . getCamera ( ) . startPreview ( ) ; previewing = true ; autoFocusManager = new AutoFocusManager ( theCamera . getCamera ( ) ) ; } }

Pide al hardware de la cámara que comience a dibujar marcos de vista previa a la pantalla.


@ Override public void invalidateView  ( ) { mDelegate . invalidateView ( ) ; }

Invalida el caché de la última vista enladeada.Obliga a la siguiente vinculación de la visión de correr a través de todos los interceptores (nuevamente).


private void computeHash  ( ) throws IOException , NoSuchAlgorithmException  { hash = 0 ; MessageDigest md = MessageDigest . getInstance ( "SHA" ) ; DataOutputStream out = new DataOutputStream ( new DigestOutputStream ( new OptimizedByteArrayOutputStream ( 127 ) , md ) ) ; out . writeUTF ( name ) ; out . flush ( ) ; byte [ ] digest = md . digest ( ) ; for ( int i = Math . min ( 8 , digest . length ) ; -- i >= 0 ; ) { hash += ( ( long ) ( digest [ i ] & 0xFF ) ) << ( i * 8 ) ; } }

Calcula un resumen de SHA-1 desde el hash de la superclase, si hay una superclase, seguido del nombre de esta clase, seguido del nombre y el tipo para cada campo, si corresponde, declarado por esta clase y ordenado alfabéticamente por nombre de campo.Los primeros 8 bytes del digest que se utilizan para formar el valor hash de 64 bits para este tipo.


public static Aggregate < Map < String , Concept > , Optional < Double > > average  ( String varName ) { return new AverageAggregate ( varName ) ; }

Agregado que encuentra promedio (media) de una consulta de coincidencia.


public ArrayMap ( SimpleArrayMap map ) { super ( map ) ; }

Cree un nuevo ArrayMap con las asignaciones del ArrayMap dado.


public void commit  ( ) { checkReady ( ) ; state = DONE ; checkRc ( LIB . mdb_txn_commit ( ptr ) ) ; }


private void initialize  ( Dimension size ) { this . setPreferredSize ( size ) ; this . setMinimumSize ( size ) ; this . setBackground ( Color . WHITE ) ; this . setBorder ( BorderFactory . createLineBorder ( this . getBackground ( ) . darker ( ) ) ) ; }


public BoardAddTopicQuery attachments  ( String ... value ) { return unsafeParam ( "attachments" , value ) ; }

Lista de objetos multimedia adjuntos al tema, en el siguiente formato: "Tipo" "propietario_id", "Tipo" "Owner_id" _ "media_id" "" tipo "- Tipo de objeto de medios:" Photo "- Photo" Video "- Video "Audio" - Audio "DOC" - Documento "" Owner_ID "" - ID del propietario de los medios."" media_id "" - ID de medios.<P> Ejemplo: photo100172_166443618, photo66748_265827614 <p> Nota: Si intenta adjuntar más de una referencia, se lanzará un error.


private void handleFinalLocalParams  ( ArrayList sootParams , ArrayList sootParamTypes , polyglot . types . ClassType keyType ) { HashMap < IdentityKey , AnonLocalClassInfo > finalLocalInfo = soot . javaToJimple . InitialResolver . v ( ) . finalLocalInfo ( ) ; if ( finalLocalInfo != null ) { if ( finalLocalInfo . containsKey ( new polyglot . util . IdentityKey ( keyType ) ) ) { AnonLocalClassInfo alci = finalLocalInfo . get ( new polyglot . util . IdentityKey ( keyType ) ) ; ArrayList < IdentityKey > finalLocals = alci . finalLocalsUsed ( ) ; if ( finalLocals != null ) { Iterator < IdentityKey > it = finalLocals . iterator ( ) ; while ( it . hasNext ( ) ) { Object next = it . next ( ) ; polyglot . types . LocalInstance li = ( polyglot . types . LocalInstance ) ( ( polyglot . util . IdentityKey ) next ) . object ( ) ; sootParamTypes . add ( Util . getSootType ( li . type ( ) ) ) ; sootParams . add ( getLocal ( li ) ) ; } } } } }


public static void replaceBlock  ( DAAHeader header , BlockType blockType , byte [ ] bytes , int size ) throws IOException { int index = header . getIndexForBlockType ( blockType ) ; { if ( index != - 1 ) { header . setBlockTypeRank ( index , BlockType . rank ( BlockType . empty ) ) ; header . setBlockSize ( index , 0 ) ; if ( index >= header . getLastDefinedBlockIndex ( ) ) { long newSize = header . getLocationOfBlockInFile ( index ) ; if ( newSize > 0 ) { RandomAccessFile raf = new RandomAccessFile ( header . getFileName ( ) , "rw" ) ; raf . setLength ( newSize ) ; } } else throw new IOException ( "Can't replace block, not last" ) ; } } try ( OutputStream outs = new BufferedOutputStream ( new FileOutputStream ( header . getFileName ( ) , true ) ) ) { index = header . getFirstAvailableBlockIndex ( ) ; header . setBlockTypeRank ( index , BlockType . rank ( blockType ) ) ; header . setBlockSize ( index , size ) ; outs . write ( bytes , 0 , size ) ; } header . save ( ) ; }


@ Override public void handle  ( Packet packet ) { packet . handle ( ) ; }


public void stopPreview  ( ) { if ( camera != null && previewing ) { if ( ! useOneShotPreviewCallback ) { camera . setPreviewCallback ( null ) ; } camera . stopPreview ( ) ; previewCallback . setHandler ( null , 0 ) ; autoFocusCallback . setHandler ( null , 0 ) ; previewing = false ; } }

Le dice a la cámara que deje de dibujar marcos de vista previa.


private void rollbackOnException  ( TransactionStatus status , Throwable ex ) { if ( logger . isDebugEnabled ( ) ) { logger . debug ( message ( "Initiating transaction rollback on application exception" ) , ex ) ; } try { this . getTransactionManager ( ) . rollback ( status ) ; } catch ( RuntimeException ex2 ) { logger . error ( message ( "Application exception overridden by rollback exception" ) , ex ) ; throw ex2 ; } catch ( Error err ) { logger . error ( message ( "Application exception overridden by rollback error" ) , ex ) ; throw err ; } }

Realice una reversión, manejo de excepciones de retroceso correctamente.


public List < Writable > joinExamples  ( List < Writable > leftExample , List < Writable > rightExample ) { List < Writable > out = new ArrayList < > ( ) ; if ( leftExample == null ) { if ( rightExample == null ) throw new IllegalArgumentException ( "Cannot join examples: Both examples are null (max 1 allowed to be null)" ) ; int nLeft = leftSchema . numColumns ( ) ; List < String > leftNames = leftSchema . getColumnNames ( ) ; int keysSoFar = 0 ; for ( int i = 0 ; i < nLeft ; i ++ ) { String name = leftNames . get ( i ) ; if ( ArrayUtils . contains ( joinColumnsLeft , name ) ) { String rightKeyName = joinColumnsRight [ keysSoFar ] ; int idxOfRightKey = rightSchema . getIndexOfColumn ( rightKeyName ) ; out . add ( rightExample . get ( idxOfRightKey ) ) ; } else { out . add ( NullWritable . INSTANCE ) ; } } } else { out . addAll ( leftExample ) ; } List < String > rightNames = rightSchema . getColumnNames ( ) ; if ( rightExample == null ) { int nRight = rightSchema . numColumns ( ) ; for ( int i = 0 ; i < nRight ; i ++ ) { String name = rightNames . get ( i ) ; if ( ArrayUtils . contains ( joinColumnsRight , name ) ) continue ; out . add ( NullWritable . INSTANCE ) ; } } else { for ( int i = 0 ; i < rightExample . size ( ) ; i ++ ) { String name = rightNames . get ( i ) ; if ( ArrayUtils . contains ( joinColumnsRight , name ) ) continue ; out . add ( rightExample . get ( i ) ) ; } } return out ; }

Únete a los ejemplos.Nota: los ejemplos izquierdo o derecho pueden ser nulos;Si son nulos, se insertan los nulcriptables apropiados.


public static DmnRestUrlBuilder usingBaseUrl  ( String baseUrl ) { if ( baseUrl == null ) throw new ActivitiDmnIllegalArgumentException ( "baseUrl can not be null" ) ; if ( baseUrl . endsWith ( "/" ) ) baseUrl = baseUrl . substring ( 0 , baseUrl . length ( ) - 1 ) ; return new DmnRestUrlBuilder ( baseUrl ) ; }


private void publishResponse  ( Response response ) { if ( RequestLog . isStarted ( RESPONSE_WORKFLOW_TIMER ) ) { RequestLog . stopTiming ( RESPONSE_WORKFLOW_TIMER ) ; } asyncResponse . resume ( response ) ; }


public Contentlet executeSafeFirst  ( ) { List < Contentlet > result = executeSafe ( ) ; if ( result . size ( ) > 0 ) { return result . get ( 0 ) ; } return null ; }

Ejecuta la consulta y devuelve el primer resultado.Se puede usar cuando está seguro de que la consulta devuelve exactamente un resultado, por ejemplo, cuando la consulta contiene una limitación de identificador o cuando el límite se establece en 1.


public Matrix solve  ( Matrix B ) { if ( B . getRowDimension ( ) != m ) { throw new IllegalArgumentException ( "Matrix row dimensions must agree." ) ; } if ( ! this . isNonsingular ( ) ) { throw new RuntimeException ( "Matrix is singular." ) ; } int nx = B . getColumnDimension ( ) ; Matrix Xmat = B . getMatrix ( piv , 0 , nx - 1 ) ; double [ ] [ ] X = Xmat . getArray ( ) ; for ( int k = 0 ; k < n ; k ++ ) { for ( int i = k + 1 ; i < n ; i ++ ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ i ] [ j ] -= X [ k ] [ j ] * LU [ i ] [ k ] ; } } } for ( int k = n - 1 ; k >= 0 ; k -- ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ k ] [ j ] /= LU [ k ] [ k ] ; } for ( int i = 0 ; i < k ; i ++ ) { for ( int j = 0 ; j < nx ; j ++ ) { X [ i ] [ j ] -= X [ k ] [ j ] * LU [ i ] [ k ] ; } } } return Xmat ; }


public Object toObject  ( Message msg ) throws JMSException { if ( msg != null && msg instanceof ObjectMessage ) { return ( ( ObjectMessage ) msg ) . getObject ( ) ; } return msg ; }

Si MSG es un objeto JMS, devuelve el POJO que contiene.De lo contrario, devuelve el mismo objeto argumento.


@ Override public synchronized void remove  ( String key ) { boolean deleted = getFileForKey ( key ) . delete ( ) ; removeEntry ( key ) ; if ( ! deleted ) { VolleyLog . d ( "Could not delete cache entry for key=%s, filename=%s" , key , getFilenameForKey ( key ) ) ; } }

Elimina la tecla especificada de la memoria caché si existe.


public int run  ( ) throws PulsarClientException  { if ( mainOptions . size ( ) != 1 ) throw ( new ParameterException ( "Please provide one and only one topic name." ) ) ; if ( this . serviceURL == null || this . serviceURL . isEmpty ( ) ) throw ( new ParameterException ( "Broker URL is not provided." ) ) ; if ( this . numTimesProduce <= 0 ) throw ( new ParameterException ( "Number of times need to be positive number." ) ) ; if ( messages . size ( ) == 0 && messageFileNames . size ( ) == 0 ) throw ( new ParameterException ( "Please supply message content with either --messages or --files" ) ) ; int totalMessages = ( messages . size ( ) + messageFileNames . size ( ) ) * numTimesProduce ; if ( totalMessages > MAX_MESSAGES ) { String msg = "Attempting to send " + totalMessages + " messages. Please do not send more than " + MAX_MESSAGES + " messages" ; throw new ParameterException ( msg ) ; } String topic = this . mainOptions . get ( 0 ) ; int numMessagesSent = 0 ; int returnCode = 0 ; try { PulsarClient client = PulsarClient . create ( this . serviceURL , this . clientConfig ) ; Producer producer = client . createProducer ( topic ) ; List < byte [ ] > messageBodies = generateMessageBodies ( this . messages , this . messageFileNames ) ; RateLimiter limiter = ( this . publishRate > 0 ) ? RateLimiter . create ( this . publishRate ) : null ; for ( int i = 0 ; i < this . numTimesProduce ; i ++ ) { List < Message > messages = generateMessages ( messageBodies ) ; for ( Message msg : messages ) { if ( limiter != null ) limiter . acquire ( ) ; producer . send ( msg ) ; numMessagesSent ++ ; } } client . close ( ) ; } catch ( Exception e ) { LOG . error ( "Error while producing messages" ) ; LOG . error ( e . getMessage ( ) , e ) ; returnCode = - 1 ; } finally { LOG . info ( "{} messages successfully produced" , numMessagesSent ) ; } return returnCode ; }


public int delete_file  ( String group_name , String remote_filename ) throws IOException , MyException { boolean bNewConnection = this . newUpdatableStorageConnection ( group_name , remote_filename ) ; Socket storageSocket = this . storageServer . getSocket ( ) ; try { this . send_package ( ProtoCommon . STORAGE_PROTO_CMD_DELETE_FILE , group_name , remote_filename ) ; ProtoCommon . RecvPackageInfo pkgInfo = ProtoCommon . recvPackage ( storageSocket . getInputStream ( ) , ProtoCommon . STORAGE_PROTO_CMD_RESP , 0 ) ; this . errno = pkgInfo . errno ; return pkgInfo . errno ; } catch ( IOException ex ) { if ( ! bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } throw ex ; } finally { if ( bNewConnection ) { try { this . storageServer . close ( ) ; } catch ( IOException ex1 ) { ex1 . printStackTrace ( ) ; } finally { this . storageServer = null ; } } } }

Eliminar archivo desde el servidor de almacenamiento


public int writeCode  ( Code code ) { int off = data . position ( ) ; writeUnsignedShort ( code . registersSize ) ; writeUnsignedShort ( code . insSize ) ; writeUnsignedShort ( code . outsSize ) ; writeUnsignedShort ( code . tries . length ) ; writeInt ( code . debugInfoOffset ) ; writeInt ( code . instructions . length ) ; write ( code . instructions ) ; if ( code . tries . length > 0 ) { if ( ( code . instructions . length & 1 ) == 1 ) { writeShort ( ( short ) 0 ) ; } int posBeforeTries = data . position ( ) ; skipWithAutoExpand ( code . tries . length * SizeOf . TRY_ITEM ) ; int [ ] offsets = writeCatchHandlers ( code . catchHandlers ) ; int posAfterCatchHandlers = data . position ( ) ; data . position ( posBeforeTries ) ; writeTries ( code . tries , offsets ) ; data . position ( posAfterCatchHandlers ) ; } return off ; }

Escriba el elemento de código en la sección actual.


public void clearPayments  ( ) { this . expireSingleUsePayments ( ) ; paymentInfo . clear ( ) ; }

Borra todos los tipos de métodos de pago / método de pago


private IResource [ ] trimResources  ( IResource [ ] resourceArray ) { List < IResource > folders = new ArrayList < IResource > ( ) ; for ( int i = 0 ; i < resourceArray . length ; i ++ ) { if ( resourceArray [ i ] . getType ( ) == IResource . FOLDER || resourceArray [ i ] . getType ( ) == IResource . PROJECT ) folders . add ( resourceArray [ i ] ) ; } List < IResource > trimmedList = new ArrayList < IResource > ( ) ; for ( int i = 0 ; i < resourceArray . length ; i ++ ) { if ( ! parentIncluded ( resourceArray [ i ] , folders ) ) trimmedList . add ( resourceArray [ i ] ) ; } IResource [ ] trimmedArray = new IResource [ trimmedList . size ( ) ] ; trimmedList . toArray ( trimmedArray ) ; return trimmedArray ; }

Este método toma la matriz de recursos para actualizarse y eliminar cualquier artículo que tenga una carpeta de padres que también se está actualizando, ya que la actualización recursiva de una carpeta principal hará que el recurso se actualice de todos modos.Esto hará que la actualización funcione más rápido.


private void stopPulling  ( ) { eventDispatcher . unRegister ( this ) ; asyncContext . complete ( ) ; if ( pullingTimeoutFuture != null ) { pullingTimeoutFuture . cancel ( false ) ; } }


public void showClosedProjects  ( boolean show ) { showClosedProjects = show ; }

Especifique si desea mostrar o no proyectos cerrados en el Visor de árboles.Predeterminado es mostrar proyectos cerrados.


public void trimToSize  ( ) { int newCapacity = nextPrime ( ( int ) ( 1 + 1.2 * size ( ) ) ) ; if ( table . length > newCapacity ) { rehash ( newCapacity ) ; } }

Recorta la capacidad del receptor para ser el tamaño actual del receptor.Libera cualquier memoria interna superflua.Una aplicación puede usar esta operación para minimizar el almacenamiento del receptor.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonBindingGroupGate_A_TO_B  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201034 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] convocada% 0 usando [% SkillName].


public static SM_SYSTEM_MESSAGE STR_MSG_Recall_CANNOT_ACCEPT_EFFECT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400097 , value0 ) ; }

% 0 no se puede ser convocado en este momento.


public static void removeTriggerFromLayoutActiveTriggers  ( GoosciSensorLayout . SensorLayout layout , String triggerId ) { List < String > triggersList = new ArrayList < > ( ) ; triggersList . addAll ( Arrays . asList ( layout . activeSensorTriggerIds ) ) ; if ( triggersList . contains ( triggerId ) ) { triggersList . remove ( triggerId ) ; layout . activeSensorTriggerIds = triggersList . toArray ( new String [ triggersList . size ( ) ] ) ; } }

Elimina el ID de disparo de los activadores activos del diseño.


private static boolean parse  ( XMLTokener x , JSONObject context , String name ) throws JSONException { char c ; int i ; JSONObject jsonobject = null ; String string ; String tagName ; Object token ; token = x . nextToken ( ) ; if ( token == BANG ) { c = x . next ( ) ; if ( c == '-' ) { if ( x . next ( ) == '-' ) { x . skipPast ( "-->" ) ; return false ; } x . back ( ) ; } else if ( c == '[' ) { token = x . nextToken ( ) ; if ( "CDATA" . equals ( token ) ) { if ( x . next ( ) == '[' ) { string = x . nextCDATA ( ) ; if ( string . length ( ) > 0 ) { context . accumulate ( "content" , string ) ; } return false ; } } throw x . syntaxError ( "Expected 'CDATA['" ) ; } i = 1 ; do { token = x . nextMeta ( ) ; if ( token == null ) { throw x . syntaxError ( "Missing '>' after '<!'." ) ; } else if ( token == LT ) { i += 1 ; } else if ( token == GT ) { i -= 1 ; } } while ( i > 0 ) ; return false ; } else if ( token == QUEST ) { x . skipPast ( "?>" ) ; return false ; } else if ( token == SLASH ) { token = x . nextToken ( ) ; if ( name == null ) { throw x . syntaxError ( "Mismatched close tag " + token ) ; } if ( ! token . equals ( name ) ) { throw x . syntaxError ( "Mismatched " + name + " and " + token ) ; } if ( x . nextToken ( ) != GT ) { throw x . syntaxError ( "Misshaped close tag" ) ; } return true ; } else if ( token instanceof Character ) { throw x . syntaxError ( "Misshaped tag" ) ; } else { tagName = ( String ) token ; token = null ; jsonobject = new JSONObject ( ) ; for ( ; ; ) { if ( token == null ) { token = x . nextToken ( ) ; } if ( token instanceof String ) { string = ( String ) token ; token = x . nextToken ( ) ; if ( token == EQ ) { token = x . nextToken ( ) ; if ( ! ( token instanceof String ) ) { throw x . syntaxError ( "Missing value" ) ; } jsonobject . accumulate ( string , XML . stringToValue ( ( String ) token ) ) ; token = null ; } else { jsonobject . accumulate ( string , "" ) ; } } else if ( token == SLASH ) { if ( x . nextToken ( ) != GT ) { throw x . syntaxError ( "Misshaped tag" ) ; } if ( jsonobject . length ( ) > 0 ) { context . accumulate ( tagName , jsonobject ) ; } else { context . accumulate ( tagName , "" ) ; } return false ; } else if ( token == GT ) { for ( ; ; ) { token = x . nextContent ( ) ; if ( token == null ) { if ( tagName != null ) { throw x . syntaxError ( "Unclosed tag " + tagName ) ; } return false ; } else if ( token instanceof String ) { string = ( String ) token ; if ( string . length ( ) > 0 ) { jsonobject . accumulate ( "content" , XML . stringToValue ( string ) ) ; } } else if ( token == LT ) { if ( parse ( x , jsonobject , tagName ) ) { if ( jsonobject . length ( ) == 0 ) { context . accumulate ( tagName , "" ) ; } else if ( jsonobject . length ( ) == 1 && jsonobject . opt ( "content" ) != null ) { context . accumulate ( tagName , jsonobject . opt ( "content" ) ) ; } else { context . accumulate ( tagName , jsonobject ) ; } return false ; } } } } else { throw x . syntaxError ( "Misshaped tag" ) ; } } } }

Escanee el contenido siguiendo la etiqueta con nombre, adjuntándola al contexto.


public static void fillAndDrawRect  ( Graphics2D gc , double x , double y , double width , double height , double labelAngle , Color fillColor , Color drawColor ) { Dimension theSize = new Dimension ( ( int ) Math . round ( width ) , ( int ) Math . round ( height ) ) ; Point2D apt = new Point2D . Float ( ( float ) x , ( float ) y ) ; AffineTransform saveTransform = gc . getTransform ( ) ; if ( labelAngle >= 0.5 * Math . PI && labelAngle <= 1.5 * Math . PI ) { apt = Geometry . translateByAngle ( apt , labelAngle , theSize . getWidth ( ) ) ; gc . rotate ( Geometry . moduloTwoPI ( labelAngle - Math . PI ) , apt . getX ( ) , apt . getY ( ) ) ; } else { gc . rotate ( labelAngle , apt . getX ( ) , apt . getY ( ) ) ; } gc . setColor ( fillColor ) ; gc . fillRect ( ( int ) Math . round ( apt . getX ( ) ) , ( int ) Math . round ( apt . getY ( ) ) - theSize . height , theSize . width , theSize . height ) ; gc . setColor ( drawColor ) ; gc . drawRect ( ( int ) Math . round ( apt . getX ( ) ) , ( int ) Math . round ( apt . getY ( ) ) - theSize . height , theSize . width , theSize . height ) ; gc . setTransform ( saveTransform ) ; }

Dibuja un rectángulo en el punto de anclaje dado en el ángulo dado (en radiante)


public boolean isApplicable  ( ) { return true ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public static boolean hasRegistry  ( String imageName ) { if ( imageName == null ) { throw new NullPointerException ( "Image name must not be null" ) ; } Pattern tagPattern = Pattern . compile ( "^(.+?)(?::([^:/]+))?$" ) ; Matcher matcher = tagPattern . matcher ( imageName ) ; if ( ! matcher . matches ( ) ) { throw new IllegalArgumentException ( imageName + " is not a proper image name ([registry/][repo][:port]" ) ; } String rest = matcher . group ( 1 ) ; String [ ] parts = rest . split ( "\\s*/\\s*" ) ; String part = parts [ 0 ] ; return part . contains ( "." ) || part . contains ( ":" ) ; }

Los cheques para ver si hay un nombre de registro ya proporcionado en el código de nombre de imagen influenciado desde <a href = "https://github.com/rhuss/docker-maven-plugin/blob/master/src/main/java/org/Jolokia / Docker / Maven / UTIL / Imagename.Java "> Docker-Maven-Plugin </a>


private void disableUnsupportedButtons  ( ) { try { if ( mPauseButton != null && ! mPlayer . canPause ( ) ) { mPauseButton . setEnabled ( false ) ; } if ( mRewButton != null && ! mPlayer . canSeekBackward ( ) ) { mRewButton . setEnabled ( false ) ; } if ( mFfwdButton != null && ! mPlayer . canSeekForward ( ) ) { mFfwdButton . setEnabled ( false ) ; } } catch ( IncompatibleClassChangeError ex ) { } }

Deshabilite pausa o busque los botones si la corriente no puede ser pausa o busca.Esto requiere que la interfaz de control sea un MediaPlayControlext


public static void dropAllTables  ( Database db , boolean ifExists ) { BangumiCalendarDao . dropTable ( db , ifExists ) ; MyCollectionDao . dropTable ( db , ifExists ) ; }

Gotas de la tabla de base de datos subyacente utilizando DAOS.


public void apply  ( NexusStreamParser np ) throws Exception { }


public static String localizeTarget  ( String xliffContent , String localizedTargetPrefix ) { return xliffContent . replaceAll ( "<target xml:lang=\"(.*?)\" state=\"(.*?)\">(.*?)</target>" , "<target xml:lang=\"$1\" state=\"$2\">" + localizedTargetPrefix + " - $3 $1</target>" ) ; }

Localiza un archivo XLIFF reemplazando los objetivos originales por destino donde el contenido se ha premiado con un prefijo y la configuración regional.


private long parseIpAddressToLong  ( String address ) { long result = 0 ; String [ ] parts = address . split ( "\\." ) ; long shift = 24 ; for ( String part : parts ) { long lpart = Long . parseLong ( part ) ; result |= ( lpart << shift ) ; shift -= 8 ; } return result ; }

Convertir una representación de cadena de una IP a un largo.


public static String mapToXMLString  ( Map < String , String > map ) { String spaces = "            " ; String result = spaces + "<address-parameters class=\"" + map . getClass ( ) . getCanonicalName ( ) + "\">" ; for ( Map . Entry < String , String > entry : map . entrySet ( ) ) { result += "<entry key=\"" + entry . getKey ( ) + "\"><![CDATA[" + entry . getValue ( ) + "]]></entry>" ; } result += "</address-parameters>\n" ; return result ; }

Toma un mapa y lo analiza a una cadena XML hecha SLF.Este método sirve como método auxiliar Serializa un mapa a un archivo XML.La necesidad de este método es porque el servidor utiliza un analizador XML de OND Hecho para configuraciones DAQ.


public Builder closePopupOnClick  ( Boolean closePopupOnClick ) { this . closePopupOnClick = closePopupOnClick ; return this ; }

Ponlo a FALSO Si no desea que se cierren emergentes cuando el usuario haga clic en el mapa.Predeterminado VERDADERO


public FaveAddLinkQuery addLink  ( UserActor actor , String link ) { return new FaveAddLinkQuery ( getClient ( ) , actor , link ) ; }

Agrega un enlace a las favuesas de usuario.


public static String [ ] readStrings  ( ) { return readAllStrings ( ) ; }

Lee todos los tokens restantes y los devuelve como una matriz de cuerdas.


public String toString  ( ) { StringBuilder builder = new StringBuilder ( "<" ) ; builder . append ( href ) . append ( ">; rel=" ) . append ( relationship ) ; if ( type != null ) builder . append ( "; type=" ) . append ( type ) ; return builder . toString ( ) ; }


public boolean isVersionedExternalDB  ( ) { return _isVersionedExternalDB ; }

Devuelve una indicación si la fuente de datos subyacente admite la versión.


private synchronized boolean waitResume  ( ) { return true ; }

Espera por curriculum vitae.Si este reproductor de audio está en pausa, espera que el jugador sea reanudado.Devuelve si se reanuda, canceló o se apaga.


public MessagesGetDialogsQuery offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para devolver un subconjunto específico de mensajes.


public MarketReorderItemsQuery after  ( Integer value ) { return unsafeParam ( "after" , value ) ; }

ID de un artículo para colocar el artículo actual después de eso


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


public void prePaint  ( Display d , Graphics2D g ) { }


private static boolean detectAmazonWebServices  ( ) { val region = Regions . getCurrentRegion ( ) ; return ( region != null ) ; }

Intenta averiguar si el medio ambiente es AWS marcando la región actual.


public static Map < String , Object > traverseContent  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Map < String , Object > results = FastMap . newInstance ( ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String contentId = ( String ) context . get ( "contentId" ) ; String direction = ( String ) context . get ( "direction" ) ; if ( direction != null && direction . equalsIgnoreCase ( "From" ) ) { direction = "From" ; } else { direction = "To" ; } if ( contentId == null ) { contentId = "PUBLISH_ROOT" ; } GenericValue content = null ; try { content = EntityQuery . use ( delegator ) . from ( "Content" ) . where ( "contentId" , contentId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Entity Error:" + e . getMessage ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ContentNoContentFound" , UtilMisc . toMap ( "contentId" , contentId ) , locale ) ) ; } String fromDateStr = ( String ) context . get ( "fromDateStr" ) ; String thruDateStr = ( String ) context . get ( "thruDateStr" ) ; Timestamp fromDate = null ; if ( UtilValidate . isNotEmpty ( fromDateStr ) ) { fromDate = UtilDateTime . toTimestamp ( fromDateStr ) ; } Timestamp thruDate = null ; if ( UtilValidate . isNotEmpty ( thruDateStr ) ) { thruDate = UtilDateTime . toTimestamp ( thruDateStr ) ; } Map < String , Object > whenMap = FastMap . newInstance ( ) ; whenMap . put ( "followWhen" , context . get ( "followWhen" ) ) ; whenMap . put ( "pickWhen" , context . get ( "pickWhen" ) ) ; whenMap . put ( "returnBeforePickWhen" , context . get ( "returnBeforePickWhen" ) ) ; whenMap . put ( "returnAfterPickWhen" , context . get ( "returnAfterPickWhen" ) ) ; String startContentAssocTypeId = ( String ) context . get ( "contentAssocTypeId" ) ; if ( startContentAssocTypeId != null ) { startContentAssocTypeId = "PUBLISH" ; } Map < String , Object > nodeMap = FastMap . newInstance ( ) ; List < GenericValue > pickList = FastList . newInstance ( ) ; ContentWorker . traverse ( delegator , content , fromDate , thruDate , whenMap , 0 , nodeMap , startContentAssocTypeId , pickList , direction ) ; results . put ( "nodeMap" , nodeMap ) ; results . put ( "pickList" , pickList ) ; return results ; }

Este es un servicio genérico para atravesar un árbol de contenido, típico de un árbol de respuesta del blog.Llama al método ContentWorker.Traverse.


@ Override public Filter createFilter  ( ) { return new OverlapsExtended ( ) ; }


public static List < ScanRange > intersection  ( ScanRange left , ScanRange right ) { List < ScanRange > unwrappedLeft = left . unwrapped ( ) ; List < ScanRange > unwrappedRight = right . unwrapped ( ) ; boolean leftWrapped = unwrappedLeft . size ( ) > 1 ; boolean rightWrapped = unwrappedRight . size ( ) > 1 ; if ( ! leftWrapped && ! rightWrapped ) { ScanRange intersection = intersectionUnwrapped ( left , right ) ; if ( intersection == null ) { return ImmutableList . of ( ) ; } return ImmutableList . of ( intersection ) ; } List < ScanRange > intersections = Lists . newArrayListWithExpectedSize ( 2 ) ; for ( ScanRange l : unwrappedLeft ) { for ( ScanRange r : unwrappedRight ) { ScanRange intersection = intersectionUnwrapped ( l , r ) ; if ( intersection != null ) { intersections . add ( intersection ) ; } } } if ( intersections . size ( ) > 1 ) { Collections . sort ( intersections ) ; for ( int i = intersections . size ( ) - 1 ; i > 0 ; i -- ) { if ( intersections . get ( i - 1 ) . _to . equals ( intersections . get ( i ) . _from ) ) { intersections . set ( i - 1 , ScanRange . create ( intersections . get ( i - 1 ) . _from , intersections . get ( i ) . _to ) ) ; intersections . remove ( i ) ; } } if ( intersections . size ( ) == 2 && intersections . get ( 0 ) . _from . equals ( MIN_VALUE ) && intersections . get ( 1 ) . _to . equals ( MAX_VALUE ) ) { ScanRange combined = ScanRange . create ( intersections . get ( 1 ) . _from , intersections . get ( 0 ) . _to ) ; intersections . clear ( ) ; intersections . add ( combined ) ; } } return intersections ; }

Devuelve los subranges de intersección de dos langosos.Normalmente, una intersección de dos espacios lineales no volvería nada o el rango de intersección individual.Sin embargo, dado que el scanRange es circular, es posible proporcionar dosano de escáneres con dos rangos de intersección, ya que se muestra el siguiente ejemplo.Esta es la razón por la que este método devuelve una lista de ScanRanges: Rango 1: XXXXXXX .............. XXXXXXX Rango 2: ..... xxxxxxxxxxxxxxxxxxx ..... Intersección: .....Xx .............. xx .....


private synchronized boolean isCancelled  ( ) { return cancelled ; }

Determina si la salida ha sido cancelada.El acceso a la variable cancelada debe estar dentro de un bloque sincronizado, como esto para garantizar que el acceso sea coherente.


public static boolean isCollection  ( Object value ) { if ( value != null ) { if ( value . getClass ( ) . isArray ( ) || value instanceof Collection < ? > ) { return true ; } } return false ; }

Pruebe si el objeto es una matriz o una colección.


public boolean isChromeGoogleSigned  ( Context context ) { return isGoogleSigned ( context . getApplicationContext ( ) . getPackageManager ( ) , context . getPackageName ( ) ) ; }

Devuelve si la construcción actual de Chrome es un paquete de Google firmado.


public static String join  ( Object [ ] elements , String glue ) { return ( join ( Arrays . asList ( elements ) , glue ) ) ; }

Se une a cada elem en la matriz con el pegamento dado.Por ejemplo, dada una lista de INTS, puede crear una lista separada por la coma llamando <tt> Únase a la Unión (Números ",") </ tt>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Rebirth_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200859 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado de la resurrección reservada, ya que usó [% de habilidad].


public boolean isValidShortNumberForRegion  ( PhoneNumber number , String regionDialingFrom ) { if ( ! regionDialingFromMatchesNumber ( number , regionDialingFrom ) ) { return false ; } PhoneMetadata phoneMetadata = metadataSource . getShortNumberMetadataForRegion ( regionDialingFrom ) ; if ( phoneMetadata == null ) { return false ; } String shortNumber = getNationalSignificantNumber ( number ) ; PhoneNumberDesc generalDesc = phoneMetadata . getGeneralDesc ( ) ; if ( ! matchesPossibleNumberAndNationalNumber ( shortNumber , generalDesc ) ) { return false ; } PhoneNumberDesc shortNumberDesc = phoneMetadata . getShortCode ( ) ; return matchesPossibleNumberAndNationalNumber ( shortNumber , shortNumberDesc ) ; }

Prueba si un número corto coincide con un patrón válido en una región.Tenga en cuenta que esto no verifica que el número está realmente en uso, lo que es imposible decirlo simplemente mirando el número en sí.


public static int writeString  ( DataOutput out , String s ) throws IOException { ByteBuffer bytes = encode ( s ) ; int length = bytes . limit ( ) ; WritableUtils . writeVInt ( out , length ) ; out . write ( bytes . array ( ) , 0 , length ) ; return length ; }

Escribe una cadena codificada UTF8 a fuera


public Interceptor [ ] buildMethodInterceptors  ( Method method ) { Interceptors before = method . getAnnotation ( Interceptors . class ) ; return before != null ? createInterceptors ( before ) : NULL_INTERCEPTOR_ARRAY ; }


private P filterLargeValueSets  ( FilterSpec fs , MetaDataObject rootMeta , F root , boolean forceEntityBased , JoinType defaultPredicateJoinType ) { ArrayList < FilterSpec > specs = new ArrayList < > ( ) ; List < ? > list = new ArrayList < > ( ( Collection < ? > ) fs . getValue ( ) ) ; for ( int i = 0 ; i < list . size ( ) ; i += ORACLE_PARAM_LIMIT ) { int nextOffset = i + Math . min ( list . size ( ) - i , ORACLE_PARAM_LIMIT ) ; List < ? > batchList = list . subList ( i , nextOffset ) ; specs . add ( new FilterSpec ( fs . getAttributePath ( ) , fs . getOperator ( ) , batchList ) ) ; } FilterSpec orSpec = FilterSpec . or ( specs ) ; return filterSpecListToPredicate ( rootMeta , root , orSpec , forceEntityBased , defaultPredicateJoinType ) ; }

Filtros divididos con dos posibilidades de valor.Por ejemplo, Oracle no puede manejar más de 1000.


public static String slurpFileNoExceptions  ( File file ) { try { return slurpReader ( new FileReader ( file ) ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; return null ; } }

Devuelve todo el texto en el archivo dado.


public void close  ( ) throws IOException  { if ( enable ) { synchronized ( closed ) { closed . set ( true ) ; if ( ! future . isDone ( ) ) { done = true ; future . cancel ( true ) ; } if ( isClosable ) { ( ( ICloseableIterator ) iterator ) . close ( ) ; } } } else { if ( isClosable ) { ( ( ICloseableIterator ) iterator ) . close ( ) ; } } }

Hilo de apagado utilizado por getlettercodeiterator


protected void deleteExceptionByteArrayRef  ( TimerJobEntity jobEntity ) { ByteArrayRef exceptionByteArrayRef = jobEntity . getExceptionByteArrayRef ( ) ; if ( exceptionByteArrayRef != null ) { exceptionByteArrayRef . delete ( ) ; } }

Elimina una matriz de bytes utilizada para almacenar la información de excepción.Las subclases pueden anular para proporcionar implementaciones personalizadas.


protected boolean isValidQuery  ( String query ) { if ( query == null ) { return true ; } return QUERY_PATTERN . matcher ( query ) . matches ( ) ; }

Devuelve VERDADERO si la consulta es nula o es una cadena de consulta correctamente formateada.


private void addIndex  ( Index < K , V > idx , HeadIndex < K , V > h , int indexLevel ) { int insertionLevel = indexLevel ; Comparable < ? super K > key = comparable ( idx . node . key ) ; if ( key == null ) throw new NullPointerException ( ) ; for ( ; ; ) { int j = h . level ; Index < K , V > q = h ; Index < K , V > r = q . right ; Index < K , V > t = idx ; for ( ; ; ) { if ( r != null ) { Node < K , V > n = r . node ; int c = key . compareTo ( n . key ) ; if ( n . value == null ) { if ( ! q . unlink ( r ) ) break ; r = q . right ; continue ; } if ( c > 0 ) { q = r ; r = r . right ; continue ; } } if ( j == insertionLevel ) { if ( t . indexesDeletedNode ( ) ) { findNode ( key ) ; return ; } if ( ! q . link ( r , t ) ) break ; if ( -- insertionLevel == 0 ) { if ( t . indexesDeletedNode ( ) ) findNode ( key ) ; return ; } } if ( -- j >= insertionLevel && j < indexLevel ) t = t . down ; q = q . down ; r = q . right ; } } }

Agrega los nodos índices dados de un nivel dado hasta 1.


@ Override public void addVendorOption  ( Class < ? > symbolizerClass , List < ValueComboBoxData > symbolList , Map < Class < ? > , List < SymbolTypeConfig > > fieldEnableMap , Class < ? > panelId ) { fieldEnableMap . putAll ( this . fieldEnableMap ) ; }


public static void readFully  ( InputStream in , byte [ ] bytes , int offset , int length ) throws IOException { if ( length < 0 ) { throw new IndexOutOfBoundsException ( ) ; } int n = 0 ; while ( n < length ) { int count = in . read ( bytes , offset + n , length - n ) ; if ( count < 0 ) { throw new EOFException ( ) ; } n += count ; } }

Bloquear hasta exactamente <código> Longitud </ code> Bytes LEER EN <CÓDIGO> BYTES </ CODE>


public boolean findNext  ( String regularExpression ) { return findFirst ( regularExpression ) ; }


public static void load  ( ) { try { Properties myProps = null ; try { log . info ( "Loading: mycs.properties" ) ; myProps = PropertiesUtils . load ( "./config/mycs.properties" ) ; } catch ( Exception e ) { log . info ( "No override properties found" ) ; } Properties [ ] props = PropertiesUtils . loadAllFromDirectory ( "./config" ) ; PropertiesUtils . overrideProperties ( props , myProps ) ; log . info ( "Loading: commons.properties" ) ; ConfigurableProcessor . process ( CommonsConfig . class , props ) ; log . info ( "Loading: chatserver.properties" ) ; ConfigurableProcessor . process ( Config . class , props ) ; } catch ( Exception e ) { log . error ( "Can't load chatserver configuration" , e ) ; throw new Error ( "Can't load chatserver configuration" , e ) ; } }


Llama a esto para comenzar a aceptar eventos.


public ImageResizer ( Context context , int imageWidth , int imageHeight ) { super ( context ) ; setImageSize ( imageWidth , imageHeight ) ; }

Inicializar proporcionando un solo tamaño de imagen de destino (utilizado tanto para ancho y altura);


public SequentialScanOperator ( Database . Transaction transaction , String tableName ) throws QueryPlanException , DatabaseException { super ( OperatorType . SEQSCAN ) ; this . transaction = transaction ; this . tableName = tableName ; this . setOutputSchema ( this . computeSchema ( ) ) ; }

Crea un nuevo operador secuencial que proporciona un iterador en todas las tuplas en una tabla.Nota: las exploraciones secuenciales no toman un operador de origen porque siempre deben estar en la parte inferior de la DAG.


public static long hash64  ( final byte [ ] data , int length , int seed ) { final long m = 0xc6a4a7935bd1e995L ; final int r = 47 ; long h = ( seed & 0xffffffffl ) ^ ( length * m ) ; int length8 = length / 8 ; for ( int i = 0 ; i < length8 ; i ++ ) { final int i8 = i * 8 ; long k = ( ( long ) data [ i8 + 0 ] & 0xff ) + ( ( ( long ) data [ i8 + 1 ] & 0xff ) << 8 ) + ( ( ( long ) data [ i8 + 2 ] & 0xff ) << 16 ) + ( ( ( long ) data [ i8 + 3 ] & 0xff ) << 24 ) + ( ( ( long ) data [ i8 + 4 ] & 0xff ) << 32 ) + ( ( ( long ) data [ i8 + 5 ] & 0xff ) << 40 ) + ( ( ( long ) data [ i8 + 6 ] & 0xff ) << 48 ) + ( ( ( long ) data [ i8 + 7 ] & 0xff ) << 56 ) ; k *= m ; k ^= k >>> r ; k *= m ; h ^= k ; h *= m ; } switch ( length % 8 ) { case 7 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 6 ] & 0xff ) << 48 ; case 6 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 5 ] & 0xff ) << 40 ; case 5 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 4 ] & 0xff ) << 32 ; case 4 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 3 ] & 0xff ) << 24 ; case 3 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 2 ] & 0xff ) << 16 ; case 2 : h ^= ( long ) ( data [ ( length & ~ 7 ) + 1 ] & 0xff ) << 8 ; case 1 : h ^= ( long ) ( data [ length & ~ 7 ] & 0xff ) ; h *= m ; } ; h ^= h >>> r ; h *= m ; h ^= h >>> r ; return h ; }

Genera un hash de 64 bits de la matriz de bytes de la longitud y la semilla dada.


private void downloadOMAContent  ( long downloadId , DownloadInfo downloadInfo , OMAInfo omaInfo ) { if ( omaInfo == null ) return ; String mimeType = omaInfo . getDrmType ( ) ; if ( mimeType == null ) { mimeType = getOpennableType ( mContext . getPackageManager ( ) , omaInfo ) ; } String fileName = omaInfo . getValue ( OMA_NAME ) ; String url = omaInfo . getValue ( OMA_OBJECT_URI ) ; if ( TextUtils . isEmpty ( fileName ) ) { fileName = URLUtil . guessFileName ( url , null , mimeType ) ; } DownloadInfo newInfo = DownloadInfo . Builder . fromDownloadInfo ( downloadInfo ) . setFileName ( fileName ) . setUrl ( url ) . setMimeType ( mimeType ) . setDownloadId ( ( int ) downloadId ) . setDescription ( omaInfo . getValue ( OMA_DESCRIPTION ) ) . setContentLength ( getSize ( omaInfo ) ) . build ( ) ; DownloadManagerService . getDownloadManagerService ( mContext ) . enqueueDownloadManagerRequest ( newInfo , omaInfo . isValueEmpty ( OMA_INSTALL_NOTIFY_URI ) ) ; mPendingOMADownloads . put ( downloadId , omaInfo ) ; }

Enéctese una solicitud de descarga a la descarga y comienza a descargar el contenido OMA.


public static boolean isFileTypeSupported  ( AudioFileFormat . Type fileType , AudioInputStream stream ) { List providers = getAudioFileWriters ( ) ; for ( int i = 0 ; i < providers . size ( ) ; i ++ ) { AudioFileWriter writer = ( AudioFileWriter ) providers . get ( i ) ; if ( writer . isFileTypeSupported ( fileType , stream ) ) { return true ; } } return false ; }

Indica si un archivo de audio del tipo de archivo especificado se puede escribir desde el flujo de entrada de audio indicada.


public static double evaluate  ( double a [ ] , double c [ ] , double z ) throws MathIllegalArgumentException , NullArgumentException { verifyInputArray ( a , c ) ; final int n = c . length ; double value = a [ n ] ; for ( int i = n - 1 ; i >= 0 ; i -- ) { value = a [ i ] + ( z - c [ i ] ) * value ; } return value ; }

Evalúe el polinomio de Newton utilizando la multiplicación anidadada.También se le llama <A href="http://mathworld.wolfram.com/hornersrule.html"> Regla de Horner </a> y toma o (n) tiempo.


public static byte [ ] compressForZlib  ( String stringToCompress ) { byte [ ] returnValues = null ; try { returnValues = compressForZlib ( stringToCompress . getBytes ( "UTF-8" ) ) ; } catch ( UnsupportedEncodingException uee ) { uee . printStackTrace ( ) ; } return returnValues ; }


public During during  ( ConditionalTask cond , Task task ) { return new During ( this . executor_ , cond , task ) ; }

Crear una estrategia de flujo de control.


@ Override public void flush  ( ) throws IOException  { try { out . flush ( ) ; } catch ( IOException e ) { handleIOException ( e ) ; } }

Invoca el método <código> de descarga () </ código>.


private String makeSAM  ( String queryName , String referenceLine ) { return queryName + "\t0\t" + referenceLine + "\t0\t255\t*\t*\t0\t0\t*\t*\tAS:i:100\t\n" ; }


Carga de imágenes sin escala o conversión.


@ Override public void add  ( String ... identifiers ) { whitelist . addAll ( Arrays . asList ( identifiers ) ) ; }

Agrega identificadores a la estrategia de exclusión.


public static void main  ( String [ ] args ) throws Exception { new Configuration ( ) . writeXml ( System . out ) ; }

Para la depuración.Lista de propiedades no predeterminadas al terminal y salida.


public ISAACRandom ( int [ ] seed ) { setSeed ( seed ) ; }

Crea un nuevo generador de números aleatorios de ISAAC utilizando una semilla Intern Array.


public MessagesSendQuery forwardMessages  ( String ... value ) { return unsafeParam ( "forward_messages" , value ) ; }

ID de mensajes reenviados, separados con una coma.Los mensajes listados del remitente se mostrarán en el cuerpo del mensaje en el destinatario.<P> Ejemplo: 123,431,544


@ Override public boolean onPaint  ( ViewTransform transform , Graphics2D g ) { boolean needsRepaint = super . onPaint ( transform , g ) ; if ( isSelected ( ) ) { ConstraintTableLayout table = ( ConstraintTableLayout ) mWidget ; WidgetDraw . drawTableControls ( transform , g , table ) ; } return needsRepaint ; }

Anule el método de pintura predeterminado para dibujar los controles de la tabla cuando se selecciona


protected Dfp ( final DfpField field , final byte sign , final byte nans ) { this . field = field ; this . mant = new int [ field . getRadixDigits ( ) ] ; this . sign = sign ; this . exp = 0 ; this . nans = nans ; }

Crea una instancia con un valor no finito.


public boolean providesProperties  ( ) { return false ; }

Devuelve VERDADERO si la sección de propiedades generales debe estar disponible para el DataSource, falso de lo contrario.


public static boolean isWindows  ( ) { return SystemInfo . isWindows ; }


private InputStream toBufferedInputStream  ( ) { int remaining = count ; if ( remaining == 0 ) { return new ClosedInputStream ( ) ; } List < ByteArrayInputStream > list = new ArrayList < ByteArrayInputStream > ( buffers . size ( ) ) ; for ( byte [ ] buf : buffers ) { int c = Math . min ( buf . length , remaining ) ; list . add ( new ByteArrayInputStream ( buf , 0 , c ) ) ; remaining -= c ; if ( remaining == 0 ) { break ; } } return new SequenceInputStream ( Collections . enumeration ( list ) ) ; }

Obtiene los contenidos actuales de este flujo de bytes como un flujo de entrada.La corriente devuelta está respaldada por búferes de <código> este flujo </ código>, evitando la asignación de memoria y la copia, ahorrando así el espacio y la hora. <br>


public void invalidateCache  ( int start , int end ) { m_valid . clear ( start , end + 1 ) ; }


public static Matrix read  ( BufferedReader input ) throws java . io . IOException { StreamTokenizer tokenizer = new StreamTokenizer ( input ) ; tokenizer . resetSyntax ( ) ; tokenizer . wordChars ( 0 , 255 ) ; tokenizer . whitespaceChars ( 0 , ' ' ) ; tokenizer . eolIsSignificant ( true ) ; java . util . Vector v = new java . util . Vector ( ) ; while ( tokenizer . nextToken ( ) == StreamTokenizer . TT_EOL ) ; if ( tokenizer . ttype == StreamTokenizer . TT_EOF ) throw new java . io . IOException ( "Unexpected EOF on matrix read." ) ; do { v . addElement ( Double . valueOf ( tokenizer . sval ) ) ; } while ( tokenizer . nextToken ( ) == StreamTokenizer . TT_WORD ) ; int n = v . size ( ) ; double row [ ] = new double [ n ] ; for ( int j = 0 ; j < n ; j ++ ) row [ j ] = ( ( Double ) v . elementAt ( j ) ) . doubleValue ( ) ; v . removeAllElements ( ) ; v . addElement ( row ) ; while ( tokenizer . nextToken ( ) == StreamTokenizer . TT_WORD ) { v . addElement ( row = new double [ n ] ) ; int j = 0 ; do { if ( j >= n ) throw new java . io . IOException ( "Row " + v . size ( ) + " is too long." ) ; row [ j ++ ] = Double . valueOf ( tokenizer . sval ) . doubleValue ( ) ; } while ( tokenizer . nextToken ( ) == StreamTokenizer . TT_WORD ) ; if ( j < n ) throw new java . io . IOException ( "Row " + v . size ( ) + " is too short." ) ; } int m = v . size ( ) ; double [ ] [ ] A = new double [ m ] [ ] ; v . copyInto ( A ) ; return new Matrix ( A ) ; }

Lea una matriz de un arroyo.El formato es el mismo método de impresión, por lo que las matrices impresas se pueden leer nuevamente (siempre que se imprimen con la configuración regional de EE. UU.).Los elementos están separados por espacios en blanco, todos los elementos para cada fila aparecen en una sola línea, la última fila es seguida por una línea en blanco.


public boolean execute  ( String action , JSONArray args , CallbackContext callbackContext ) throws JSONException { if ( this . cordova . getActivity ( ) . isFinishing ( ) ) return true ; if ( action . equals ( "beep" ) ) { this . beep ( args . getLong ( 0 ) ) ; } else if ( action . equals ( "alert" ) ) { this . alert ( args . getString ( 0 ) , args . getString ( 1 ) , args . getString ( 2 ) , callbackContext ) ; return true ; } else if ( action . equals ( "confirm" ) ) { this . confirm ( args . getString ( 0 ) , args . getString ( 1 ) , args . getJSONArray ( 2 ) , callbackContext ) ; return true ; } else if ( action . equals ( "prompt" ) ) { this . prompt ( args . getString ( 0 ) , args . getString ( 1 ) , args . getJSONArray ( 2 ) , args . getString ( 3 ) , callbackContext ) ; return true ; } else if ( action . equals ( "activityStart" ) ) { this . activityStart ( args . getString ( 0 ) , args . getString ( 1 ) ) ; } else if ( action . equals ( "activityStop" ) ) { this . activityStop ( ) ; } else if ( action . equals ( "progressStart" ) ) { this . progressStart ( args . getString ( 0 ) , args . getString ( 1 ) ) ; } else if ( action . equals ( "progressValue" ) ) { this . progressValue ( args . getInt ( 0 ) ) ; } else if ( action . equals ( "progressStop" ) ) { this . progressStop ( ) ; } else { return false ; } callbackContext . success ( ) ; return true ; }

Ejecuta la solicitud y devuelve el pluginResult.