public String checkIfUserPresent  ( String userName ) throws UnsupportedEncodingException , ParserConfigurationException , IOException , SAXException , DASTProxyException , XPathExpressionException  { LOGGER . debug ( "Inside checkIfUserPresent....1" ) ; final XPathFactory factory = XPathFactory . newInstance ( ) ; final XPath xpath = factory . newXPath ( ) ; xpath . setNamespaceContext ( _nsContext ) ; Document response = null ; try { response = sendRESTRequestToASE ( AppScanConstants . APPSCAN_USERS_FOLDER_LIST_RELATIVE_URL , "" ) ; LOGGER . debug ( "Inside checkIfUserPresent....2...response=" + response ) ; } catch ( ConnectException ce ) { LOGGER . error ( "Could not find the user with userId=" + userName + " in the Backend." ) ; LOGGER . error ( ce ) ; return null ; } LOGGER . debug ( "Check if user exists in the system. " ) ; checkForError ( response , null ) ; LOGGER . debug ( "Inside checkIfUserPresent....2.1" ) ; if ( userName . contains ( "CORP\\" ) ) { userName = userName . substring ( userName . indexOf ( "\\" ) + 1 ) ; } LOGGER . debug ( "Inside checkIfUserPresent....3" ) ; String userId = ( String ) xpath . evaluate ( "//ase:folder[ase:contact='" + userName + "']/ase:id/text()" , response , XPathConstants . STRING ) ; LOGGER . debug ( "Inside checkIfUserPresent....4...userId=" + userId ) ; if ( AppScanUtils . isNotNull ( userId ) ) { return userId ; } else { return null ; } }

Compruebe si la carpeta de usuario está presente


public void writeToStream  ( OutputStream out ) throws IOException { BencodeWriter writer = new BencodeWriter ( out ) ; writer . write ( this ) ; }


public UsersGetFollowersQuery fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


public void intersection  ( MonitorSet other , MonitorSet dest ) { if ( other . contains ( "&" ) ) { this . copy ( dest ) ; } else if ( this . contains ( "&" ) ) { other . copy ( dest ) ; } else { Iterator < ? > it = iterator ( ) ; while ( it . hasNext ( ) ) { Object o = it . next ( ) ; if ( o instanceof MonitorDepth ) { MonitorDepth md = ( MonitorDepth ) o ; Object obj = dest . getMonitorDepth ( md . getObjName ( ) ) ; if ( obj != null ) if ( md . getDepth ( ) != ( ( MonitorDepth ) obj ) . getDepth ( ) ) { throw new RuntimeException ( "stmt inside different monitor depth !" ) ; } else dest . add ( obj ) ; } } } }

Devuelve la Unión (Únase) de este monitoret y <Code> Otro </ Code>, poniendo resultados en <Code> Dest </ Code>.<Código> DEST </ CODE>, <CÓDIGO> OTROS </ CODE> y <CÓDIGO> Este </ código> podría ser el mismo objeto.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_CHARGE_INVALID_STANCE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400970 , value0 ) ; }

No puedes extraer artículos mientras se trata de% 0.


@ Override public void actionPerformed  ( ActionEvent ev ) { }


public boolean with_classfield  ( ) { return soot . PhaseOptions . getBoolean ( options , "with-classfield" ) ; }

Con campo de clase -.Esta opción hace que el análisis funcione en el nivel de clase.El algoritmo analiza los campos de clase finales o privados primero.Puede reconocer los campos que mantienen los objetos de matriz de longitud constante.En una solicitud utilizando muchos campos de matriz, esta opción puede mejorar los resultados del análisis dramáticamente.


public boolean intersectsRange  ( DateRange range ) { if ( isPoint ( ) && range . isPoint ( ) && this . start . equals ( range . start ) ) { return true ; } return ! before ( range ) && ! after ( range ) ; }

Devuelve <código> True </ code> si <code> rango </ code> se intersecta este rango.


public boolean isApplicable  ( ) { AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; return viewer . getAlignment ( ) . getLength ( ) > 0 ; }

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


public static String md5File  ( String fullFilename ) { String result = null ; if ( fullFilename != null ) { try { result = md5File ( new FileInputStream ( fullFilename ) ) ; } catch ( Exception e ) { throw new RuntimeException ( e ) ; } } return result ; }


public long queryCount  ( ) throws GenericEntityException  { if ( dynamicViewEntity != null ) { EntityListIterator iterator = null ; try { iterator = queryIterator ( ) ; return iterator . getResultsSizeAfterPartialList ( ) ; } finally { if ( iterator != null ) { iterator . close ( ) ; } } } return delegator . findCountByCondition ( entityName , makeWhereCondition ( false ) , havingEntityCondition , makeEntityFindOptions ( ) ) ; }

Ejecuta la entidad y devuelve el conteo de resultados si la consulta genera más de un solo resultado, se lanza una excepción


private void enableSubGroups  ( boolean enabled ) { for ( FieldConfigBase field : getFieldConfigList ( ) ) { FieldPanel panel = field . getPanel ( ) ; if ( panel != null ) { panel . enablePanel ( enabled ) ; } } for ( GroupConfigInterface subGroup : subGroupList ) { subGroup . enable ( enabled ) ; } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostSkillCastingTime_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200485 , skilltarget , skillname ) ; }

[% SkillTarget] El tiempo de fundición aumentado a medida que usó [% de habilidad].


private void removeRayAction  ( ) { TreePath path = this . tree . getSelectionPath ( ) ; if ( path != null ) { DefaultMutableTreeNode node = ( DefaultMutableTreeNode ) path . getLastPathComponent ( ) ; if ( node . getUserObject ( ) instanceof SandboxRay ) { SandboxRay ray = ( SandboxRay ) node . getUserObject ( ) ; int choice = JOptionPane . showConfirmDialog ( ControlUtilities . getParentWindow ( this ) , MessageFormat . format ( Messages . getString ( "menu.context.ray.remove.warning" ) , ray . getName ( ) ) , Messages . getString ( "menu.context.ray.remove.warning.title" ) , JOptionPane . YES_NO_CANCEL_OPTION ) ; if ( choice == JOptionPane . YES_OPTION ) { synchronized ( Simulation . LOCK ) { this . simulation . getRays ( ) . remove ( ray ) ; } this . model . removeNodeFromParent ( node ) ; } } } }

Muestra un cuadro de diálogo de confirmación al usuario para asegurarse de que desean eliminar el rayo seleccionado.<p> Si el usuario acepta, se elimina el rayo seleccionado


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final int scrollRange , final int fuzzyThreshold , final float scaleFactor , final boolean isTouchEvent ) { final int deltaValue , currentScrollValue , scrollValue ; switch ( view . getPullToRefreshScrollDirection ( ) ) { case HORIZONTAL : deltaValue = deltaX ; scrollValue = scrollX ; currentScrollValue = view . getScrollX ( ) ; break ; case VERTICAL : default : deltaValue = deltaY ; scrollValue = scrollY ; currentScrollValue = view . getScrollY ( ) ; break ; } if ( view . isPullToRefreshOverScrollEnabled ( ) && ! view . isRefreshing ( ) ) { final Mode mode = view . getMode ( ) ; if ( mode . permitsPullToRefresh ( ) && ! isTouchEvent && deltaValue != 0 ) { final int newScrollValue = ( deltaValue + scrollValue ) ; if ( PullToRefreshBase . DEBUG ) { Log . d ( LOG_TAG , "OverScroll. DeltaX: " + deltaX + ", ScrollX: " + scrollX + ", DeltaY: " + deltaY + ", ScrollY: " + scrollY + ", NewY: " + newScrollValue + ", ScrollRange: " + scrollRange + ", CurrentScroll: " + currentScrollValue ) ; } if ( newScrollValue < ( 0 - fuzzyThreshold ) ) { if ( mode . showHeaderLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue ) ) ) ; } } else if ( newScrollValue > ( scrollRange + fuzzyThreshold ) ) { if ( mode . showFooterLoadingLayout ( ) ) { if ( currentScrollValue == 0 ) { view . setState ( State . OVERSCROLLING ) ; } view . setHeaderScroll ( ( int ) ( scaleFactor * ( currentScrollValue + newScrollValue - scrollRange ) ) ) ; } } else if ( Math . abs ( newScrollValue ) <= fuzzyThreshold || Math . abs ( newScrollValue - scrollRange ) <= fuzzyThreshold ) { view . setState ( State . RESET ) ; } } else if ( isTouchEvent && State . OVERSCROLLING == view . getState ( ) ) { view . setState ( State . RESET ) ; } } }

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta es la versión avanzada de la llamada.


protected void processRequest  ( HttpServletRequest request , HttpServletResponse response ) throws ServletException , IOException { response . setContentType ( "text/html;charset=UTF-8" ) ; try { PrintWriter out = response . getWriter ( ) ; out . println ( "<!DOCTYPE html>" ) ; out . println ( "" ) ; out . println ( "" ) ; out . println ( "<title>Servlet demo</title>" ) ; out . println ( "" ) ; out . println ( "" ) ; out . println ( "
Servlet demo at
" ) ; out . println ( "" ) ; out . println ( "" ) ; } catch ( Exception e ) { } }

PROCESOS SOLICITUDES DE LOS MÉTODOS DE PRESENTARIO DE POST </ CODE> POST> POST> POST ".


public int lookupElementDefinition  ( String elementName ) { if ( fNodeCount > 1 ) { int docTypeIndex = - 1 ; int nchunk = 0 ; int nindex = 0 ; for ( int index = getChunkIndex ( fNodeLastChild , nchunk , nindex ) ; index != - 1 ; index = getChunkIndex ( fNodePrevSib , nchunk , nindex ) ) { nchunk = index >> CHUNK_SHIFT ; nindex = index & CHUNK_MASK ; if ( getChunkIndex ( fNodeType , nchunk , nindex ) == Node . DOCUMENT_TYPE_NODE ) { docTypeIndex = index ; break ; } } if ( docTypeIndex == - 1 ) { return - 1 ; } nchunk = docTypeIndex >> CHUNK_SHIFT ; nindex = docTypeIndex & CHUNK_MASK ; for ( int index = getChunkIndex ( fNodeLastChild , nchunk , nindex ) ; index != - 1 ; index = getChunkIndex ( fNodePrevSib , nchunk , nindex ) ) { nchunk = index >> CHUNK_SHIFT ; nindex = index & CHUNK_MASK ; if ( getChunkIndex ( fNodeType , nchunk , nindex ) == NodeImpl . ELEMENT_DEFINITION_NODE && getChunkValue ( fNodeName , nchunk , nindex ) == elementName ) { return index ; } } } return - 1 ; }

Devuelve el índice de la definición del elemento en la tabla con el índice de nombre especificado, o -1 si no existe tal definición.


void unparse  ( ) { int i , j ; Code_attribute ca ; byte bc [ ] ; method_info mi ; exception_table_entry e ; for ( i = 0 ; i < methods_count ; i ++ ) { mi = methods [ i ] ; ca = mi . locate_code_attribute ( ) ; if ( ca == null ) continue ; bc = unparseMethod ( mi ) ; if ( bc == null ) { G . v ( ) . out . println ( "Recompile of " + mi . toName ( constant_pool ) + " failed!" ) ; } else { ca . code_length = bc . length ; ca . code = bc ; for ( j = 0 ; j < ca . exception_table_length ; j ++ ) { e = ca . exception_table [ j ] ; e . start_pc = ( e . start_inst . label ) ; if ( e . end_inst != null ) e . end_pc = ( e . end_inst . label ) ; else e . end_pc = ( int ) ( ca . code_length ) ; e . handler_pc = ( e . handler_inst . label ) ; } } } }

Inversión para analizar, este método llama a los impedimentos para cada método, almacenando el código bytecode resultante en el atributo de código del método y la recuperación de compensaciones para los manejadores de excepciones.


public PollsGetVotersQuery friendsOnly  ( Boolean value ) { return unsafeParam ( "friends_only" , value ) ; }

Devolver solo los amigos del usuario actual


String parseResponseValue  ( HttpServletRequest request , HttpServletResponse response , String value , ConfigXMLReader . RequestMap requestMap ) { if ( value == null ) { return "" ; } if ( value . startsWith ( "${" ) && value . endsWith ( "}" ) ) { Object attrValue = null ; int dotIndex = value . indexOf ( '.' ) ; if ( dotIndex >= 0 ) { String scope = value . substring ( 2 , dotIndex ) . trim ( ) ; String name = value . substring ( dotIndex + 1 , value . length ( ) - 1 ) . trim ( ) ; if ( scope . length ( ) > 0 && name . length ( ) > 0 ) { if ( "requestAttributes" . equals ( scope ) ) { attrValue = request . getAttribute ( name ) ; } else if ( "requestParameters" . equals ( scope ) ) { attrValue = request . getParameter ( name ) ; } else if ( "requestAttrParam" . equals ( scope ) ) { attrValue = request . getAttribute ( name ) ; if ( attrValue == null ) { attrValue = request . getParameter ( name ) ; } } else if ( "sessionAttributes" . equals ( scope ) ) { HttpSession session = request . getSession ( false ) ; if ( session != null ) { attrValue = session . getAttribute ( name ) ; } } else if ( "applicationAttributes" . equals ( scope ) ) { attrValue = request . getServletContext ( ) . getAttribute ( name ) ; } } } if ( attrValue != null ) { if ( attrValue instanceof String ) { String attrStr = ( String ) attrValue ; return attrStr ; } else { if ( requestMap != null ) { Debug . logError ( "Scipio: Error in request handler: The interpreted request response value '" + attrValue . toString ( ) + "' from request URI '" + requestMap . uri + "' did not evaluate to a string; treating as empty" , module ) ; } else { Debug . logError ( "Scipio: Error in request handler: The interpreted request response value '" + attrValue . toString ( ) + "' did not evaluate to a string; treating as empty" , module ) ; } } } return "" ; } return value ; }

Scipio: nueva característica que permite que las respuestas del controlador designen los valores fuera de los atributos de solicitud usando la sintaxis similar a El-Me gusta: $ {SCOPE.NAME}.El valor debe ser una cadena de lo contrario, se registra un error.devuelto.<p> Actualmente, los ámbitos compatibles son: Solicitud de solicitud de solicitud de solicitud Solicitud de solicitudTRPARAM: verifica los atributos;Si NULL, usa Params SessionAstributes AplicationAttributes <P> Devuelve la cadena vacía en lugar de NULL si falta, para la compatibilidad con el código de OFBIZ existente.


public static boolean isBoolean  ( String expression , Map < String , Object > vars ) { try { Object result = evaluate ( expression , vars ) ; return ( result instanceof Boolean ) ; } catch ( JexlException ex ) { return false ; } }

Indica si la expresión dada es válida y se evalúa con verdadero o falso.


public RequestHandle head  ( String url , RequestParams params , ResponseHandlerInterface responseHandler ) { return head ( null , url , params , responseHandler ) ; }

Realice una solicitud de cabeza HTTP con parámetros.


public static boolean isDark  ( @ NonNull Bitmap bitmap , int backupPixelX , int backupPixelY ) { Palette palette = Palette . from ( bitmap ) . maximumColorCount ( 3 ) . generate ( ) ; if ( palette != null && palette . getSwatches ( ) . size ( ) > 0 ) { return isDark ( palette ) == IS_DARK ; } else { return isDark ( bitmap . getPixel ( backupPixelX , backupPixelY ) ) ; } }

Determina si un mapa de bits dado es oscuro.¡Esto extrae una paleta en línea, por lo que no debe llamarse con una imagen grande!Si la paleta falla, compruebe el color del píxel especificado


static public void main  ( String args [ ] ) throws Exception { ResamplingMethod compare = new ResamplingMethod ( ) ; if ( args . length > 0 ) compare . setParametersFromCommandLine ( args ) ; else compare . setParametersFromConsole ( ) ; compare . run ( ) ; }


public Builder memoryCacheExtraOptions  ( int maxImageWidthForMemoryCache , int maxImageHeightForMemoryCache ) { this . maxImageWidthForMemoryCache = maxImageWidthForMemoryCache ; this . maxImageHeightForMemoryCache = maxImageHeightForMemoryCache ; return this ; }

Establece opciones para caché de memoria


private void visitFrame  ( final Frame f ) { int i , t ; int nTop = 0 ; int nLocal = 0 ; int nStack = 0 ; int [ ] locals = f . inputLocals ; int [ ] stacks = f . inputStack ; for ( i = 0 ; i < locals . length ; ++ i ) { t = locals [ i ] ; if ( t == Frame . TOP ) { ++ nTop ; } else { nLocal += nTop + 1 ; nTop = 0 ; } if ( t == Frame . LONG || t == Frame . DOUBLE ) { ++ i ; } } for ( i = 0 ; i < stacks . length ; ++ i ) { t = stacks [ i ] ; ++ nStack ; if ( t == Frame . LONG || t == Frame . DOUBLE ) { ++ i ; } } startFrame ( f . owner . position , nLocal , nStack ) ; for ( i = 0 ; nLocal > 0 ; ++ i , -- nLocal ) { t = locals [ i ] ; frame [ frameIndex ++ ] = t ; if ( t == Frame . LONG || t == Frame . DOUBLE ) { ++ i ; } } for ( i = 0 ; i < stacks . length ; ++ i ) { t = stacks [ i ] ; frame [ frameIndex ++ ] = t ; if ( t == Frame . LONG || t == Frame . DOUBLE ) { ++ i ; } } endFrame ( ) ; }

Visita un marco que se ha calculado desde cero.


public void insertBefore  ( List < E > toInsert , E point ) { LinkedList < E > backwardList = new LinkedList < E > ( ) ; { Iterator < E > it = toInsert . iterator ( ) ; while ( it . hasNext ( ) ) backwardList . addFirst ( it . next ( ) ) ; } E previousPoint = point ; Iterator < E > it = backwardList . iterator ( ) ; while ( it . hasNext ( ) ) { E o = it . next ( ) ; insertBeforeNoRedirect ( o , previousPoint ) ; previousPoint = o ; } point . redirectJumpsToThisTo ( toInsert . get ( 0 ) ) ; }

Inserta <código> toinsert </ code> en la cadena antes de <código> punto </ code>.


public static boolean storageDirectoryExists  ( ) { return new File ( getStorageDirectoryString ( ) ) . isDirectory ( ) ; }

Devuelve VERDADERO si el directorio de almacenamiento para CoreDumps ya existe, falso de lo contrario.


public static boolean isValidDouble  ( Double d ) { return d != null && ! Double . isInfinite ( d ) && ! Double . isNaN ( d ) ; }

Indica si la doble válida dada, lo que implica que no es nulo, no infinito y no nan.


void releaseAll  ( long txNum , boolean sLockOnly ) { Set < Object > objectsToRelease = getObjectSet ( txNum ) ; for ( Object obj : objectsToRelease ) { Object anchor = getAnchor ( obj ) ; synchronized ( anchor ) { Lockers lks = lockerMap . get ( obj ) ; if ( lks != null ) { if ( hasSLock ( lks , txNum ) ) releaseLock ( lks , anchor , txNum , S_LOCK ) ; if ( hasXLock ( lks , txNum ) && ! sLockOnly ) releaseLock ( lks , anchor , txNum , X_LOCK ) ; if ( hasSixLock ( lks , txNum ) ) releaseLock ( lks , anchor , txNum , SIX_LOCK ) ; while ( hasIsLock ( lks , txNum ) ) releaseLock ( lks , anchor , txNum , IS_LOCK ) ; while ( hasIxLock ( lks , txNum ) && ! sLockOnly ) releaseLock ( lks , anchor , txNum , IX_LOCK ) ; if ( ! sLocked ( lks ) && ! xLocked ( lks ) && ! sixLocked ( lks ) && ! isLocked ( lks ) && ! ixLocked ( lks ) && lks . requestSet . isEmpty ( ) ) lockerMap . remove ( obj ) ; } } } txWaitMap . remove ( txNum ) ; txnsToBeAborted . remove ( txNum ) ; lockByMap . remove ( txNum ) ; }

Libera todos los bloqueos mantenidos por una transacción.Si un bloqueo es el último bloqueo en ese bloque, entonces se notifican las transacciones en espera.


private static void fixRectForAspectRatio  ( Rect rect , int aspectRatioX , int aspectRatioY ) { if ( aspectRatioX == aspectRatioY && rect . width ( ) != rect . height ( ) ) { if ( rect . height ( ) > rect . width ( ) ) { rect . bottom -= rect . height ( ) - rect . width ( ) ; } else { rect . right -= rect . width ( ) - rect . height ( ) ; } } }

Fije el rectángulo dado si no confirma la regla de la ración de Aspecto. <br> Asegúrese de que el ancho y la altura sean iguales si se solicita 1: 1 relación de aspecto fijo.


public static String encode  ( String str , String charset ) throws RuntimeException { byte [ ] bytes ; try { bytes = str . getBytes ( charset ) ; } catch ( UnsupportedEncodingException e ) { throw new RuntimeException ( "Unsupported charset: " + charset , e ) ; } byte [ ] encoded = encode ( bytes ) ; try { return new String ( encoded , "ASCII" ) ; } catch ( UnsupportedEncodingException e ) { throw new RuntimeException ( "ASCII is not supported!" , e ) ; } }

 codifica una cadena.

 Antes de que la cadena esté codificada en BASE64, se convierte en una secuencia binaria utilizando el caracter suministrado.


public static void filledSquare  ( double x , double y , double halfLength ) { if ( ! ( halfLength >= 0 ) ) throw new IllegalArgumentException ( "half length must be nonnegative" ) ; double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; double ws = factorX ( 2 * halfLength ) ; double hs = factorY ( 2 * halfLength ) ; if ( ws <= 1 && hs <= 1 ) pixel ( x , y ) ; else offscreen . fill ( new Rectangle2D . Double ( xs - ws / 2 , ys - hs / 2 , ws , hs ) ) ; draw ( ) ; }

Dibuja un cuadrado lleno del tamaño especificado, centrado a (<em> x </ em>, <em> y </ em>).


public void removeFields  ( int [ ] selectedRowIndexes ) { if ( selectedRowIndexes != null ) { int index = selectedRowIndexes . length - 1 ; while ( index >= 0 ) { int rowIndex = selectedRowIndexes [ index ] ; if ( ( rowIndex >= 0 ) && ( rowIndex < valueList . size ( ) ) ) { DataSourceAttributeData data = valueList . remove ( rowIndex ) ; if ( data != null ) { valueMap . remove ( data . getName ( ) . getLocalPart ( ) ) ; } } index -- ; } } }


public SyncAdapter ( Context context , boolean autoInitialize ) { super ( context , autoInitialize ) ; mContentResolver = context . getContentResolver ( ) ; mBroadcastManager = LocalBroadcastManager . getInstance ( context ) ; mPrefs = PreferenceManager . getDefaultSharedPreferences ( context ) ; mMarvelApi = MarvelApi . getInstance ( ) ; }

Configurar el adaptador de sincronización


public static void f  ( String tag , String msg , Throwable throwable ) { if ( sLevel > LEVEL_FATAL ) { return ; } Log . wtf ( tag , msg , throwable ) ; }

Enviar un mensaje de registro de errores fatales


@ Override public void writeByte  ( final byte b ) { baos . write ( b ) ; }


public ElementType rootElementType  ( ) { return theRoot ; }

Obtener el elemento raíz de este esquema


public static < V , V1  extends V , V2  extends V , V3  extends V , V4  extends V , V5  extends V , V6  extends V > Map < String , V > toMap  ( String name1 , V1 value1 , String name2 , V2 value2 , String name3 , V3 value3 , String name4 , V4 value4 , String name5 , V5 value5 , String name6 , V6 value6 ) { return populateMap ( new HashMap < String , V > ( ) , name1 , value1 , name2 , value2 , name3 , value3 , name4 , value4 , name5 , value5 , name6 , value6 ) ; }

Crear un mapa de parámetros Passed Namex, Valuex


public void detach  ( ) { mEffect . removeParameter ( mParameter ) ; mEffect = null ; }

Separe la navegación táctil del efecto que está conectado y elimina el parámetro de palanca.


public void doMeasure  ( int widthMeasureSpec , int heightMeasureSpec ) { if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) { int tempSpec = widthMeasureSpec ; widthMeasureSpec = heightMeasureSpec ; heightMeasureSpec = tempSpec ; } int width = View . getDefaultSize ( mVideoWidth , widthMeasureSpec ) ; int height = View . getDefaultSize ( mVideoHeight , heightMeasureSpec ) ; if ( mCurrentAspectRatio == IRenderView . AR_MATCH_PARENT ) { width = widthMeasureSpec ; height = heightMeasureSpec ; } else if ( mVideoWidth > 0 && mVideoHeight > 0 ) { int widthSpecMode = View . MeasureSpec . getMode ( widthMeasureSpec ) ; int widthSpecSize = View . MeasureSpec . getSize ( widthMeasureSpec ) ; int heightSpecMode = View . MeasureSpec . getMode ( heightMeasureSpec ) ; int heightSpecSize = View . MeasureSpec . getSize ( heightMeasureSpec ) ; if ( widthSpecMode == View . MeasureSpec . AT_MOST && heightSpecMode == View . MeasureSpec . AT_MOST ) { float specAspectRatio = ( float ) widthSpecSize / ( float ) heightSpecSize ; float displayAspectRatio ; switch ( mCurrentAspectRatio ) { case IRenderView . AR_16_9_FIT_PARENT : displayAspectRatio = 16.0f / 9.0f ; if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) displayAspectRatio = 1.0f / displayAspectRatio ; break ; case IRenderView . AR_4_3_FIT_PARENT : displayAspectRatio = 4.0f / 3.0f ; if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) displayAspectRatio = 1.0f / displayAspectRatio ; break ; case IRenderView . AR_ASPECT_FIT_PARENT : case IRenderView . AR_ASPECT_FILL_PARENT : case IRenderView . AR_ASPECT_WRAP_CONTENT : default : displayAspectRatio = ( float ) mVideoWidth / ( float ) mVideoHeight ; if ( mVideoSarNum > 0 && mVideoSarDen > 0 ) displayAspectRatio = displayAspectRatio * mVideoSarNum / mVideoSarDen ; break ; } boolean shouldBeWider = displayAspectRatio > specAspectRatio ; switch ( mCurrentAspectRatio ) { case IRenderView . AR_ASPECT_FIT_PARENT : case IRenderView . AR_16_9_FIT_PARENT : case IRenderView . AR_4_3_FIT_PARENT : if ( shouldBeWider ) { width = widthSpecSize ; height = ( int ) ( width / displayAspectRatio ) ; } else { height = heightSpecSize ; width = ( int ) ( height * displayAspectRatio ) ; } break ; case IRenderView . AR_ASPECT_FILL_PARENT : if ( shouldBeWider ) { height = heightSpecSize ; width = ( int ) ( height * displayAspectRatio ) ; } else { width = widthSpecSize ; height = ( int ) ( width / displayAspectRatio ) ; } break ; case IRenderView . AR_ASPECT_WRAP_CONTENT : default : if ( shouldBeWider ) { width = Math . min ( mVideoWidth , widthSpecSize ) ; height = ( int ) ( width / displayAspectRatio ) ; } else { height = Math . min ( mVideoHeight , heightSpecSize ) ; width = ( int ) ( height * displayAspectRatio ) ; } break ; } } else if ( widthSpecMode == View . MeasureSpec . EXACTLY && heightSpecMode == View . MeasureSpec . EXACTLY ) { width = widthSpecSize ; height = heightSpecSize ; if ( mVideoWidth * height < width * mVideoHeight ) { width = height * mVideoWidth / mVideoHeight ; } else if ( mVideoWidth * height > width * mVideoHeight ) { height = width * mVideoHeight / mVideoWidth ; } } else if ( widthSpecMode == View . MeasureSpec . EXACTLY ) { width = widthSpecSize ; height = width * mVideoHeight / mVideoWidth ; if ( heightSpecMode == View . MeasureSpec . AT_MOST && height > heightSpecSize ) { height = heightSpecSize ; } } else if ( heightSpecMode == View . MeasureSpec . EXACTLY ) { height = heightSpecSize ; width = height * mVideoWidth / mVideoHeight ; if ( widthSpecMode == View . MeasureSpec . AT_MOST && width > widthSpecSize ) { width = widthSpecSize ; } } else { width = mVideoWidth ; height = mVideoHeight ; if ( heightSpecMode == View . MeasureSpec . AT_MOST && height > heightSpecSize ) { height = heightSpecSize ; width = height * mVideoWidth / mVideoHeight ; } if ( widthSpecMode == View . MeasureSpec . AT_MOST && width > widthSpecSize ) { width = widthSpecSize ; height = width * mVideoHeight / mVideoWidth ; } } } else { } mMeasuredWidth = width ; mMeasuredHeight = height ; }

Debe ser llamado por vist.onmeen (int, int)


public static void write  ( char [ ] data , Writer output ) throws IOException { if ( data != null ) { output . write ( data ) ; } }

Escribe caracteres de un <código> char [] </ code> a un escritor </ code> usando la codificación de caracteres predeterminada de la plataforma.


public boolean hasValueBeenUpdated  ( int rowIndex , int columnIndex ) { ScaleSLDData data = scaleList . get ( rowIndex ) ; if ( columnIndex == COL_MIN_SCALE ) { return data . isMinimumScaleUpdated ( ) ; } if ( columnIndex == COL_MAX_SCALE ) { return data . isMaximumScaleUpdated ( ) ; } return false ; }

Los cheques de valor se han actualizado.


protected boolean isTemporaryDestination  ( ) { boolean result = false ; if ( m_TopicName . startsWith ( TEMP_TOPIC_PREFIX ) ) { result = true ; } return result ; }

Este método determina si una instancia de destino en particular se refiere a un destino temporal.


public SoftReferenceSymbolTableConfiguration ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { this ( symbolTable , grammarPool , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada y la piscina de gramática.<p />


public static ResolveInfo resolveActivity  ( Intent intent ) { try { Context context = ApplicationStatus . getApplicationContext ( ) ; PackageManager pm = context . getPackageManager ( ) ; return pm . resolveActivity ( intent , 0 ) ; } catch ( RuntimeException e ) { logTransactionTooLargeOrRethrow ( e , intent ) ; } return null ; }

Recupere información sobre la actividad que manejará la intención dada.


public void removeDataSource  ( DataSource removed ) { unregisterDataSource ( removed ) ; }

Elimina una fuente de datos del contenedor.


private JSpaceContainerImpl initContainer  ( LifeCycle lifeCycle , String containerName , String schemaName , Properties schemaProperties ) throws Exception { String contConfFile = SystemInfo . singleton ( ) . locations ( ) . config ( ) + java . io . File . separator + containerName + "-config.xml" ; File configFile = new File ( contConfFile ) ; if ( ! configFile . canRead ( ) && ! JSpaceUtilities . isEmpty ( schemaName ) ) { if ( _logger . isLoggable ( Level . INFO ) ) { _logger . info ( "Couldn't find the required " + containerName + "-config.xml file: " + contConfFile + ".\n About to load the default container schema file from the ResourceBundle, to be used for the container configuration." ) ; } InputStream schemaInputStream = ResourceLoader . findContainerSchema ( schemaName ) ; JProperties . setInputStream ( containerName , schemaInputStream , schemaProperties ) ; } else { JProperties . setURL ( containerName , contConfFile ) ; } JProperties . getContainerProperties ( containerName ) . setProperty ( Constants . Container . CONTAINER_NAME_PROP , containerName ) ; return new JSpaceContainerImpl ( lifeCycle , schemaName , null , schemaProperties ) ; }

Inicializar la clase Jproperties.Uso de <CÓDIGO> CONTINGERAME </ CODE> Este método if COM.GS.Home System.Property no está definido El directorio actual se utilizará para encontrar el archivo [contingente] -config.xml e inicializar <code> jproperties </ code> clase.Si se pasa el nombre del esquema, lo buscamos en el paquete de recursos (disco, tarro de acuerdo con el Classpath) y cargándolo como la plantilla de configuración de espacio / contenedor.Si se pasa el spacename, cargamos solo este espacio, incluso si hay más espacios, se definen parte del archivo de persistencia del contenedor, [nombre de contenedor] .xml, si existe.


public void doMeasure  ( int widthMeasureSpec , int heightMeasureSpec ) { if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) { int tempSpec = widthMeasureSpec ; widthMeasureSpec = heightMeasureSpec ; heightMeasureSpec = tempSpec ; } int width = View . getDefaultSize ( mVideoWidth , widthMeasureSpec ) ; int height = View . getDefaultSize ( mVideoHeight , heightMeasureSpec ) ; if ( mCurrentAspectRatio == AR_MATCH_PARENT ) { width = widthMeasureSpec ; height = heightMeasureSpec ; } else if ( mVideoWidth > 0 && mVideoHeight > 0 ) { int widthSpecMode = View . MeasureSpec . getMode ( widthMeasureSpec ) ; int widthSpecSize = View . MeasureSpec . getSize ( widthMeasureSpec ) ; int heightSpecMode = View . MeasureSpec . getMode ( heightMeasureSpec ) ; int heightSpecSize = View . MeasureSpec . getSize ( heightMeasureSpec ) ; if ( widthSpecMode == View . MeasureSpec . AT_MOST && heightSpecMode == View . MeasureSpec . AT_MOST ) { float specAspectRatio = ( float ) widthSpecSize / ( float ) heightSpecSize ; float displayAspectRatio ; switch ( mCurrentAspectRatio ) { case AR_16_9_FIT_PARENT : displayAspectRatio = 16.0f / 9.0f ; if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) displayAspectRatio = 1.0f / displayAspectRatio ; break ; case AR_4_3_FIT_PARENT : displayAspectRatio = 4.0f / 3.0f ; if ( mVideoRotationDegree == 90 || mVideoRotationDegree == 270 ) displayAspectRatio = 1.0f / displayAspectRatio ; break ; case AR_ASPECT_FIT_PARENT : case AR_ASPECT_FILL_PARENT : case AR_ASPECT_WRAP_CONTENT : default : displayAspectRatio = ( float ) mVideoWidth / ( float ) mVideoHeight ; if ( mVideoSarNum > 0 && mVideoSarDen > 0 ) displayAspectRatio = displayAspectRatio * mVideoSarNum / mVideoSarDen ; break ; } boolean shouldBeWider = displayAspectRatio > specAspectRatio ; switch ( mCurrentAspectRatio ) { case AR_ASPECT_FIT_PARENT : case AR_16_9_FIT_PARENT : case AR_4_3_FIT_PARENT : if ( shouldBeWider ) { width = widthSpecSize ; height = ( int ) ( width / displayAspectRatio ) ; } else { height = heightSpecSize ; width = ( int ) ( height * displayAspectRatio ) ; } break ; case AR_ASPECT_FILL_PARENT : if ( shouldBeWider ) { height = heightSpecSize ; width = ( int ) ( height * displayAspectRatio ) ; } else { width = widthSpecSize ; height = ( int ) ( width / displayAspectRatio ) ; } break ; case AR_ASPECT_WRAP_CONTENT : default : if ( shouldBeWider ) { width = Math . min ( mVideoWidth , widthSpecSize ) ; height = ( int ) ( width / displayAspectRatio ) ; } else { height = Math . min ( mVideoHeight , heightSpecSize ) ; width = ( int ) ( height * displayAspectRatio ) ; } break ; } } else if ( widthSpecMode == View . MeasureSpec . EXACTLY && heightSpecMode == View . MeasureSpec . EXACTLY ) { width = widthSpecSize ; height = heightSpecSize ; if ( mVideoWidth * height < width * mVideoHeight ) { width = height * mVideoWidth / mVideoHeight ; } else if ( mVideoWidth * height > width * mVideoHeight ) { height = width * mVideoHeight / mVideoWidth ; } } else if ( widthSpecMode == View . MeasureSpec . EXACTLY ) { width = widthSpecSize ; height = width * mVideoHeight / mVideoWidth ; if ( heightSpecMode == View . MeasureSpec . AT_MOST && height > heightSpecSize ) { height = heightSpecSize ; } } else if ( heightSpecMode == View . MeasureSpec . EXACTLY ) { height = heightSpecSize ; width = height * mVideoWidth / mVideoHeight ; if ( widthSpecMode == View . MeasureSpec . AT_MOST && width > widthSpecSize ) { width = widthSpecSize ; } } else { width = mVideoWidth ; height = mVideoHeight ; if ( heightSpecMode == View . MeasureSpec . AT_MOST && height > heightSpecSize ) { height = heightSpecSize ; width = height * mVideoWidth / mVideoHeight ; } if ( widthSpecMode == View . MeasureSpec . AT_MOST && width > widthSpecSize ) { width = widthSpecSize ; height = width * mVideoHeight / mVideoWidth ; } } } else { } mMeasuredWidth = width ; mMeasuredHeight = height ; }


public void addBrowserInfo  ( ) { Capabilities caps = ( ( HasCapabilities ) webDriver ) . getCapabilities ( ) ; browserInfoEntry = new BrowserInfoEntry ( caps ) ; }

Recupera información de capacidades de WebDriver y almacena el BrowserInfinFoentry.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_MagicCounterATK_INTERVAL_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200684 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] ha infligido% de daño NUM0 en usted mediante el uso de [% de habilidad].


@ Override public boolean accept  ( File file ) { if ( file . isDirectory ( ) ) { return false ; } for ( String wildcard : wildcards ) { if ( FilenameUtils . wildcardMatch ( file . getName ( ) , wildcard ) ) { return true ; } } return false ; }

Cheques para ver si el nombre de archivo coincide con uno de los comodines.


public VendorOptionTableModel ( Map < VendorOptionTypeInterface , String > options ) { columnNames [ 0 ] = Localisation . getString ( VendorOptionTableModel . class , "VendorOptionTableModel.vendor" ) ; columnNames [ 1 ] = Localisation . getString ( VendorOptionTableModel . class , "VendorOptionTableModel.selected" ) ; nameMap = options ; List < VendorOptionTypeInterface > orderList = new ArrayList < VendorOptionTypeInterface > ( ) ; for ( VendorOptionTypeInterface key : options . keySet ( ) ) { orderList . add ( key ) ; selectedVersionList . add ( VersionData . getLatestVersion ( key . getClass ( ) ) ) ; } nameOrder = orderList ; }

Instantánea un nuevo modelo de opción de vendedor.


public String loadString  ( String key , String defValue ) { return prefs . getString ( key , defValue ) ; }

Cargue el valor especificado de las preferencias compartidas


@ Override public boolean onTouchEvent  ( MotionEvent event ) { if ( ! ( text instanceof Spanned ) ) return super . onTouchEvent ( event ) ; Spannable spannedText = ( Spannable ) text ; boolean handled = false ; if ( event . getAction ( ) == MotionEvent . ACTION_DOWN ) { pressedSpan = getPressedSpan ( spannedText , event ) ; if ( pressedSpan != null ) { pressedSpan . setPressed ( true ) ; Selection . setSelection ( spannedText , spannedText . getSpanStart ( pressedSpan ) , spannedText . getSpanEnd ( pressedSpan ) ) ; handled = true ; postInvalidateOnAnimation ( ) ; } } else if ( event . getAction ( ) == MotionEvent . ACTION_MOVE ) { TouchableUrlSpan touchedSpan = getPressedSpan ( spannedText , event ) ; if ( pressedSpan != null && touchedSpan != pressedSpan ) { pressedSpan . setPressed ( false ) ; pressedSpan = null ; Selection . removeSelection ( spannedText ) ; postInvalidateOnAnimation ( ) ; } } else if ( event . getAction ( ) == MotionEvent . ACTION_UP ) { if ( pressedSpan != null ) { pressedSpan . setPressed ( false ) ; pressedSpan . onClick ( this ) ; handled = true ; postInvalidateOnAnimation ( ) ; } pressedSpan = null ; Selection . removeSelection ( spannedText ) ; } else { if ( pressedSpan != null ) { pressedSpan . setPressed ( false ) ; handled = true ; postInvalidateOnAnimation ( ) ; } pressedSpan = null ; Selection . removeSelection ( spannedText ) ; } return handled ; }

Esta es la razón por la que no implementa sus propios niños de texto;Tienes que manejar todo!


private void observeChangingBooks  ( ) { Observable < Book > observable = bookRepository . observeChangingBooks ( ) . observeOn ( AndroidSchedulers . mainThread ( ) ) ; subscribe ( observable , null , null , null ) ; }

Ejemplo para suscribirse a observable, lo que emite muchos eventos.


public FloatBuffer fillFloatBuffer  ( FloatBuffer fb , boolean columnMajor ) { if ( columnMajor ) { fb . put ( m00 ) . put ( m10 ) . put ( m20 ) ; fb . put ( m01 ) . put ( m11 ) . put ( m21 ) ; fb . put ( m02 ) . put ( m12 ) . put ( m22 ) ; } else { fb . put ( m00 ) . put ( m01 ) . put ( m02 ) ; fb . put ( m10 ) . put ( m11 ) . put ( m12 ) ; fb . put ( m20 ) . put ( m21 ) . put ( m22 ) ; } return fb ; }

<CÓDIGO> FILLFLOATBUFFER </ CODE> Llena un objeto FloatTBuffer con los datos de la matriz.


public static ServiceClient createServiceClient  ( SSLContext sslContext ) { return createServiceClient ( sslContext , 0 ) ; }

Crear una instancia de servicio de servicio usando el SSLContext dado


public Response writeFloat  ( float b ) { return writeString ( Float . toString ( b ) ) ; }


public static ProbeItemDescriptor continuousFillItem  ( String name , String description , ItemValueFormatter formatter , double dataFactor , long minValue , long maxValue ) { return continuousItem ( name , description , formatter , dataFactor , minValue , maxValue , DEFAULT_LINE_WIDTH , null , DEFAULT_COLOR ) ; }

Crea el descriptor para un artículo continuo creado por segmentos rellenos con los valores de Data Min / Max.


public static boolean isDigit  ( char c ) { return Character . isDigit ( c ) ; }

Devuelve VERDADERO si el carácter C es un dígito (0 .. 9).


private void join  ( int shardId , SocketAddress newHost , Set < SocketAddress > removedList ) { SocketAddress oldHost = shardId2Address . put ( shardId , newHost ) ; if ( null != oldHost ) { address2ShardId . remove ( oldHost ) ; circle . remove ( shardId , oldHost ) ; removedList . add ( oldHost ) ; logger . info ( "Shard {} ({}) left permanently." , shardId , oldHost ) ; } address2ShardId . put ( newHost , shardId ) ; circle . add ( shardId , newHost ) ; logger . info ( "Shard {} ({}) joined to replace ({})." , new Object [ ] { shardId , newHost , oldHost } ) ; }

La persona que llama debe sincronizarse en <i> Shardid2Address </ i>.


public void releaseReadLock  ( int segmentId ) { _readLocks [ segmentId ] . unlock ( ) ; }

Libera un bloqueo de lectura en el segmento especificado.


public void removeTemplate  ( Context context , ITemplateHolder template , boolean fromReplication , boolean origin , boolean dontReplicate , TemplateRemoveReasonCodes removeReason ) { template . setDeleted ( true ) ; if ( template . isHasWaitingFor ( ) ) { RemoveWaitingForInfoSABusPacket packet = new RemoveWaitingForInfoSABusPacket ( context . getOperationID ( ) , null , template ) ; _engine . getProcessorWG ( ) . enqueueBlocked ( packet ) ; } boolean updateRedoLog = false ; if ( ! dontReplicate ) { if ( template . isNotifyTemplate ( ) ) { boolean replicate = ( ( NotifyTemplateHolder ) template ) . isReplicateNotify ( ) ; updateRedoLog = _engine . isReplicated ( ) && ! fromReplication && replicate ; } else updateRedoLog = false ; } if ( template . isInExpirationManager ( ) ) _templateExpirationManager . removeTemplate ( template ) ; removeTemplate ( context , template , updateRedoLog , origin , removeReason ) ; }

Marca la plantilla como se elimina y envía un paquete de autobuses al GC.Asume que la plantilla especificada está bloqueada.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200892 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado del miedo porque [% Skillcaster] usó [% de habilidad].


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


public AudioGetLyricsQuery ( VkApiClient client , UserActor actor , int lyricsId ) { super ( client , "audio.getLyrics" , Lyrics . class ) ; accessToken ( actor . getAccessToken ( ) ) ; lyricsId ( lyricsId ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public void clear  ( ) { oredCriteria . clear ( ) ; orderByClause = null ; distinct = false ; }

Este método fue generado por MyBatis Generator.Este método corresponde a la tabla de la base de datos Public.News.


public static SM_SYSTEM_MESSAGE STR_MSG_ACCUSE_OTHER_IS_BANISHED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400103 , value0 ) ; }

% 0 actualmente no puede unirse a un grupo o una fuerza.


public BigReal ( BigInteger val ) { d = new BigDecimal ( val ) ; }

Construir una instancia de un biginteger.


public static PrivateKey loadPrivateKeyFromPemFile  ( final String keyFile ) throws IOException , InvalidKeySpecException , NoSuchAlgorithmException  { final PKCS8EncodedKeySpec privateKeySpec = new PKCS8EncodedKeySpec ( loadPemFileAsBytes ( keyFile ) ) ; final PrivateKey privateKey = KeyFactory . getInstance ( ALGORITHM ) . generatePrivate ( privateKeySpec ) ; return privateKey ; }

Carga una clave privada de la ubicación especificada.


public byte [ ] decode  ( String s ) { byte [ ] b = new byte [ ( s . length ( ) / 4 ) * 3 ] ; int cycle = 0 ; int combined = 0 ; int j = 0 ; int len = s . length ( ) ; int dummies = 0 ; for ( int i = 0 ; i < len ; i ++ ) { int c = s . charAt ( i ) ; int value = ( c <= 255 ) ? charToValue [ c ] : IGNORE ; switch ( value ) { case IGNORE : break ; case PAD : value = 0 ; dummies ++ ; default : switch ( cycle ) { case 0 : combined = value ; cycle = 1 ; break ; case 1 : combined <<= 6 ; combined |= value ; cycle = 2 ; break ; case 2 : combined <<= 6 ; combined |= value ; cycle = 3 ; break ; case 3 : combined <<= 6 ; combined |= value ; b [ j + 2 ] = ( byte ) combined ; combined >>>= 8 ; b [ j + 1 ] = ( byte ) combined ; combined >>>= 8 ; b [ j ] = ( byte ) combined ; j += 3 ; cycle = 0 ; break ; } break ; } } if ( cycle != 0 ) { throw new ArrayIndexOutOfBoundsException ( "Input to decode not an even multiple of 4 characters; pad with =." ) ; } j -= dummies ; if ( b . length != j ) { byte [ ] b2 = new byte [ j ] ; System . arraycopy ( b , 0 , b2 , 0 , j ) ; b = b2 ; } return b ; }

Decodifique una cadena Base64 completa bien formada en una matriz de bytes.Debe tener un múltiplo incluso de 4 caracteres de datos (no contar \ n), rellenado con = según sea necesario.


public Builder cacheOnDisc  ( ) { cacheOnDisc = true ; return this ; }

La imagen cargada se almacenará en caché en el disco.


public static < T > List < T > toList  ( T obj1 , T obj2 , T obj3 ) { List < T > list = new LinkedList < T > ( ) ; list . add ( obj1 ) ; list . add ( obj2 ) ; list . add ( obj3 ) ; return list ; }

Crear una lista de parámetros objx pasados


public void addImplements  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getImplementsListNoTransform ( ) : getImplementsList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de implementos.


public static SM_SYSTEM_MESSAGE STR_GIVE_ITEM_OPTION_IT_CAN_NOT_BE_GIVEN_OPTION  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300460 , value0 ) ; }

% 0 no se puede encender con manastones.


public FriendsGetRequestsQueryWithExtended needMutual  ( Boolean value ) { return unsafeParam ( "need_mutual" , value ) ; }

Devuelve una lista de amigos mutuos (hasta 20)


public void deleteConnection  ( GeoServerConnection connection ) { GeoServerNode node = nodeMap . get ( connection ) ; if ( treeModel != null ) { treeModel . removeNodeFromParent ( node ) ; } nodeMap . remove ( connection ) ; }


public static SM_SYSTEM_MESSAGE STR_RESURRECT_DIALOG__5MIN  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300745 , value0 ) ; }

Se cancelará si no lo presiona en% 0 minutos.


public PhotosEditAlbumQuery privacyView  ( String ... value ) { return unsafeParam ( "privacy_view" , value ) ; }


public EncodingException ( String message , Throwable cause ) { super ( message , cause ) ; }

Crea un <código> codingException </ code> con el mensaje de detalle y la causa especificados.


public Lexicon load  ( String fileName ) { try { JAXBContext context = JAXBContext . newInstance ( "vn.vitk.tok.jaxb" ) ; Unmarshaller unmarshaller = context . createUnmarshaller ( ) ; Object object = unmarshaller . unmarshal ( new FileInputStream ( fileName ) ) ; if ( object instanceof N ) { N n = ( N ) object ; root = loadNode ( n ) ; return this ; } } catch ( FileNotFoundException e ) { e . printStackTrace ( ) ; } catch ( JAXBException e ) { e . printStackTrace ( ) ; } return null ; }

Diccionario de Desmarshals de un archivo XML.


public InterruptedStatusThread ( Runnable target , String name ) { super ( target , name ) ; }

Construye un nuevo objeto <código> interrumpidoStTatushRead </ Code>.


public void close  ( ) throws IOException  { dis . close ( ) ; dis . close ( ) ; fis . close ( ) ; }


@ Override public int delete  ( @ NonNull Uri uri , String selection , String [ ] selectionArgs ) { SelectionBuilder builder = new SelectionBuilder ( ) ; final SQLiteDatabase db = mDatabaseHelper . getWritableDatabase ( ) ; final int match = sUriMatcher . match ( uri ) ; int count ; switch ( match ) { case ROUTE_ENTRIES : count = builder . table ( FeedContract . Entry . TABLE_NAME ) . where ( selection , selectionArgs ) . delete ( db ) ; break ; case ROUTE_ENTRIES_ID : String id = uri . getLastPathSegment ( ) ; count = builder . table ( FeedContract . Entry . TABLE_NAME ) . where ( FeedContract . Entry . _ID + "=?" , id ) . where ( selection , selectionArgs ) . delete ( db ) ; break ; default : throw new UnsupportedOperationException ( "Unknown uri: " + uri ) ; } Context ctx = getContext ( ) ; assert ctx != null ; ctx . getContentResolver ( ) . notifyChange ( uri , null , false ) ; return count ; }

Eliminar una entrada por base de datos por URI.


public void readMixedExcitationFilters  ( InputStream mixFiltersStream ) throws IOException { String line ; Vector < Double > taps = new Vector < Double > ( ) ; Scanner s = null ; int i , j ; try { s = new Scanner ( new BufferedReader ( new InputStreamReader ( mixFiltersStream , "UTF-8" ) ) ) ; s . useLocale ( Locale . US ) ; Log . d ( Mary . LOG , "reading mixed excitation filters" ) ; while ( s . hasNext ( "#" ) ) { line = s . nextLine ( ) ; } while ( s . hasNextDouble ( ) ) taps . add ( s . nextDouble ( ) ) ; } finally { if ( s != null ) { s . close ( ) ; } } orderFilters = taps . size ( ) / numFilters ; mixFilters = new double [ numFilters ] [ orderFilters ] ; int k = 0 ; for ( i = 0 ; i < numFilters ; i ++ ) { for ( j = 0 ; j < orderFilters ; j ++ ) { mixFilters [ i ] [ j ] = taps . get ( k ++ ) ; } } Log . d ( Mary . LOG , "initMixedExcitation: loaded filter taps" ) ; Log . d ( Mary . LOG , "initMixedExcitation: numFilters = " + numFilters + "  orderFilters = " + orderFilters ) ; }

Inicialización para la excitación mixta: carga los grifos del filtro, se leen de MIXFILTERFILE especificado en el archivo de configuración.


public DataQueryParams removeFilter  ( String filter ) { this . filters . remove ( new BaseDimensionalObject ( filter ) ) ; return this ; }

Elimina el filtro con el identificador dado.


@ Before public void beforeTest  ( ) { textArea = new JTextArea ( ) ; final LogController logController = new LogController ( ) ; logController . setTextArea ( textArea ) ; logController . setMaxLines ( numOfLines ) ; ConsolePrintStream . setup ( logController ) ; }


public SetValueRecord ( long txNum , BlockId blk , int offset , Constant val , Constant newVal ) { this . txNum = txNum ; this . blk = blk ; this . offset = offset ; this . type = val . getType ( ) . getSqlType ( ) ; this . val = val ; this . newVal = newVal ; this . lsn = null ; }

Crea un nuevo registro de registro de SETVAL.


@ Override public void validate  ( String content , ValidationContext context ) throws InvalidDatatypeValueException { }

Comprueba que la cadena "Contenido" es un valor de notación válido.Si es válido, se lanza una excepción de validación de tipos de datos.


public void onNativeInitializationComplete  ( ) { mInitializationComplete = true ; if ( mOnStartPending ) { mOnStartPending = false ; startNowAndProcessPendingItems ( ) ; } if ( mOnResumePending ) { mOnResumePending = false ; onResume ( ) ; } try { LibraryLoader . get ( LibraryProcessType . PROCESS_BROWSER ) . onNativeInitializationComplete ( mContext . getApplicationContext ( ) ) ; } catch ( ProcessInitException e ) { Log . e ( TAG , "Unable to load native library." , e ) ; mActivityDelegate . onStartupFailure ( ) ; return ; } }

Llamado cuando se ha terminado la inicialización nativa para una actividad.


static double [ ] loadExpIntB  ( ) { return EXP_INT_B . clone ( ) ; }


public Map < String , Object > mapFields  ( Map < String , Object > fields , boolean eval ) { Map < String , Object > result = new HashMap < > ( ) ; fields . forEach ( null ) ; return result ; }


public ClassPath ( @ Nonnull Iterable < DexFile > classPath , boolean checkPackagePrivateAccess ) { Iterable < DexFile > dexFiles = Iterables . concat ( classPath , Lists . newArrayList ( getBasicClasses ( ) ) ) ; unknownClass = new UnknownClassProto ( this ) ; loadedClasses . put ( unknownClass . getType ( ) , unknownClass ) ; this . checkPackagePrivateAccess = checkPackagePrivateAccess ; loadPrimitiveType ( "Z" ) ; loadPrimitiveType ( "B" ) ; loadPrimitiveType ( "S" ) ; loadPrimitiveType ( "C" ) ; loadPrimitiveType ( "I" ) ; loadPrimitiveType ( "J" ) ; loadPrimitiveType ( "F" ) ; loadPrimitiveType ( "D" ) ; loadPrimitiveType ( "L" ) ; for ( DexFile dexFile : dexFiles ) { for ( ClassDef classDef : dexFile . getClasses ( ) ) { ClassDef prev = availableClasses . get ( classDef . getType ( ) ) ; if ( prev == null ) { availableClasses . put ( classDef . getType ( ) , classDef ) ; } } } }

Crea una nueva instancia de ClassPath que puede cargar clases de los archivos de DEX dados


public LookupLocatorDiscovery ( LookupLocator [ ] locators ) { if ( logger . isLoggable ( Level . FINE ) ) logger . log ( Level . FINE , "Created tunable LookupLocatorDiscovery" ) ; try { beginDiscovery ( locators , EmptyConfiguration . INSTANCE ) ; } catch ( ConfigurationException e ) { } }

Crea una instancia de esta clase (<código> lookuplocatordiscovery </ code>), con una matriz inicial de <código> lookuplocator </ code> s que se va a administrar.Para cada <código> lookuplocator </ code>, el descubrimiento de unicast se realiza para obtener un proxy <código> serviceergistrar </ code> para ese servicio de búsqueda.


public boolean verify  ( Endorser endorser , PublicKey key ) { byte [ ] hash = Hash . of ( outputs . get ( 0 ) ) . toByteArray ( ) ; return endorser . verify ( hash , key ) ; }

Verifica si el endorsor firmó la transacción con el par privado de la clave pública proporcionada.


@ Override public boolean isDerivedFrom  ( String typeNamespaceArg , String typeNameArg , int derivationMethod ) { return false ; }

Introducido en el nivel DOM 3. <P> verificaciones si un tipo se deriva de otro por restricción.Ver: http://www.w3.org/tr/dom-level-3-core/core.html#typeinfo-isderivedfrom


private void validateAndUpdate  ( UpdateOneIssueSubTypeRQ one , Project . Configuration settings ) { TestItemIssueType expectedType = fromValue ( one . getTypeRef ( ) ) ; expect ( expectedType , notNull ( ) ) . verify ( ISSUE_TYPE_NOT_FOUND , one . getTypeRef ( ) ) ; StatisticSubType exist = settings . getByLocator ( one . getId ( ) ) ; expect ( exist , notNull ( ) ) . verify ( ISSUE_TYPE_NOT_FOUND , one . getId ( ) ) ; expect ( exist . getTypeRef ( ) . equals ( expectedType . getValue ( ) ) || exist . getTypeRef ( ) . equals ( IssueCounter . GROUP_TOTAL ) , equalTo ( true ) ) . verify ( FORBIDDEN_OPERATION , "You cannot change sub-type references to global type." ) ; if ( Sets . newHashSet ( AUTOMATION_BUG . getLocator ( ) , PRODUCT_BUG . getLocator ( ) , SYSTEM_ISSUE . getLocator ( ) , NO_DEFECT . getLocator ( ) , TO_INVESTIGATE . getLocator ( ) , IssueCounter . GROUP_TOTAL ) . contains ( exist . getLocator ( ) ) ) { fail ( ) . withError ( FORBIDDEN_OPERATION , "You cannot edit predefined global issue types." ) ; } StatisticSubType type = new StatisticSubType ( one . getId ( ) , one . getTypeRef ( ) , one . getLongName ( ) , one . getShortName ( ) , one . getColor ( ) ) ; settings . setByLocator ( type ) ; }

Validar el sub-tipo de emisión proporcionado desde RQ y actualizar el objeto de configuración del proyecto si las validaciones están bien


private TemplateDruidQuery buildTimeGrainCounterQuery  ( ) { Set < Aggregation > timedAggs = Collections . emptySet ( ) ; Set < PostAggregation > timedPostAggs = Collections . singleton ( COUNT_INNER ) ; return new TemplateDruidQuery ( timedAggs , timedPostAggs , innerGrain ) ; }

Crea una consulta con un campo de contador y un grano.


@ Override public void onTmpFilesCopied  ( ResultCode result ) { dismissLoadingDialog ( ) ; finish ( ) ; }

Procese el resultado de CopyanduploadContenturisturisturist


@ Override public boolean hasNext  ( ) throws IOException  { return daa2QuerySAMIterator . hasNext ( ) ; }


public DuringExtended ( ) { super ( null  , null ) ; }

Instanciata un nuevo durante su extensión.


private static < T > List < T > asList  ( Set < T > a , Set < T > b ) { if ( a == null || b == null || a . isEmpty ( ) || b . isEmpty ( ) ) { return Collections . < T > emptyList ( ) ; } if ( a . size ( ) < b . size ( ) ) { List < T > c = new ArrayList < T > ( a ) ; c . retainAll ( b ) ; return c ; } else { List < T > c = new ArrayList < T > ( b ) ; c . retainAll ( a ) ; return c ; } }

Intersige 2 conjuntos y devuelve el resultado como una lista


@ Override public boolean retainAll  ( Collection < ? > c ) { return backedSet . retainAll ( c ) ; }

Retiene solo los elementos en esta solicitud de solicitud de solicitud que figuran en la recopilación especificada (operación opcional).En otras palabras, se eliminan de esta solicitud de trampas de solicitud todos sus elementos que no están contenidos en la colección especificada.Si la recopilación especificada es también una determinación de solicitud de solicitud, esta operación modifica efectivamente esta solicitud de solicitud de solicitud para que su valor sea la <i> intersección </ i> de los dos conjuntos.


public static void toggleViewVisibility  ( View view , boolean setVisible ) { if ( view == null ) { return ; } int visibility = View . GONE ; if ( setVisible ) { visibility = View . VISIBLE ; } view . setVisibility ( visibility ) ; }


public synchronized void animatePan  ( double dx , double dy , long duration ) { double panx = dx / m_transform . getScaleX ( ) ; double pany = dy / m_transform . getScaleY ( ) ; animatePanAbs ( panx , pany , duration ) ; }

Anime una sartén a lo largo de la distancia especificada en las coordenadas de la pantalla (píxeles) utilizando la duración proporcionada.


public Optional < Number > max  ( ) { String dataType = checkSelectedResourceTypesHaveCorrectDataType ( statisticsResourceTypes ) ; if ( ! selectedTypesHaveInstanceInSubgraph ( statisticsResourceTypes , subtypes ) ) return Optional . empty ( ) ; Set < String > allSubtypes = statisticsResourceTypes . stream ( ) . map ( null ) . collect ( Collectors . toSet ( ) ) ; allSubtypes . addAll ( subtypes ) ; allSubtypes . addAll ( statisticsResourceTypes ) ; MindmapsComputer computer = Mindmaps . factory ( Mindmaps . DEFAULT_URI , keySpace ) . getGraphComputer ( ) ; ComputerResult result = computer . compute ( new DegreeVertexProgram ( allSubtypes ) , new MaxMapReduce ( statisticsResourceTypes , dataType ) ) ; Map < String , Number > max = result . memory ( ) . get ( MindmapsMapReduce . MAP_REDUCE_MEMORY_KEY ) ; return Optional . of ( max . get ( MaxMapReduce . MEMORY_KEY ) ) ; }

Valor máximo del tipo de recurso seleccionado.


public boolean isAnyStepCompleted  ( ) { for ( boolean completedStep : completedSteps ) { if ( completedStep ) { return true ; } } return false ; }

Determina si se ha completado algún paso


public GlobalVarNode makeGlobalVarNode  ( Object value , Type type ) { if ( opts . rta ( ) ) { value = null ; type = RefType . v ( "java.lang.Object" ) ; } GlobalVarNode ret = valToGlobalVarNode . get ( value ) ; if ( ret == null ) { valToGlobalVarNode . put ( value , ret = new GlobalVarNode ( this , value , type ) ) ; addNodeTag ( ret , null ) ; } else if ( ! ( ret . getType ( ) . equals ( type ) ) ) { throw new RuntimeException ( "Value " + value + " of type " + type + " previously had type " + ret . getType ( ) ) ; } return ret ; }

Encuentra o crea el GlobalVarnode para el valor de la variable, del tipo de tipo.


public static List < String > explodeClassPath  ( String classPath ) { List < String > ret = new ArrayList < String > ( ) ; StringTokenizer tokenizer = new StringTokenizer ( classPath , File . pathSeparator ) ; while ( tokenizer . hasMoreTokens ( ) ) { String originalDir = tokenizer . nextToken ( ) ; String canonicalDir ; try { canonicalDir = new File ( originalDir ) . getCanonicalPath ( ) ; ret . add ( canonicalDir ) ; } catch ( IOException e ) { throw new CompilationDeathException ( "Couldn't resolve classpath entry " + originalDir + ": " + e ) ; } } return ret ; }

Explota una ruta de clase en una lista de entradas de ruta de clase individual.


public double chiSquareTest  ( final double [ ] expected , final long [ ] observed ) throws MathIllegalArgumentException , MathIllegalStateException { final ChiSquaredDistribution distribution = new ChiSquaredDistribution ( expected . length - 1.0 ) ; return 1.0 - distribution . cumulativeProbability ( chiSquare ( expected , observed ) ) ; }

Devuelve el nivel de significación  observado , o  p-valor , asociado con una  CHI-Square Bonness of Fit Test  comparando el <código > Consultado de frecuencia </ código> observado para aquellos en la matriz  esperada ".
 El número devuelto es el nivel de significación más pequeño al que se puede rechazar la hipótesis nula de que los conteos observados se ajustan a la distribución de frecuencia descrita por los conteos esperados.
  condiciones :

 Los conteos esperados deben ser todos positivos.

 Los conteos observados deben ser todos y GE; 0.

 Las matrices observadas y esperadas deben tener la misma longitud y su longitud común debe ser de al menos 2.

 Si alguna de las condiciones previas no se cumplen, una <Código> IllegalArgumentException  es lanzado.
  Nota:  Esta implementación reviene el <código> esperado </ codigo> matriz si es necesario, para garantizar que la suma de los conteos esperados y observados sea igual.


private static String sanitizeTodos  ( DiagCollector diagCollector , Location location , @ Nullable String source , boolean reportWarning ) { if ( Strings . isNullOrEmpty ( source ) ) { return source ; } String [ ] sourceSplitByTodo = Pattern . compile ( "\\bTODO(\\(.*?\\))?:" ) . split ( source ) ; if ( sourceSplitByTodo . length > 1 && reportWarning ) { diagCollector . addDiag ( Diag . warning ( location , "A TODO comment was found. All comments from this TODO to the end of the comment " + "block will be removed from the generated documentation. This TODO Comment " + "should be wrapped in internal comment tags, \"(--\" and \"--)\", to prevent " + "non-internal documentation after the TODO from being removed from the " + "generated documentation." ) ) ; } String result = sourceSplitByTodo [ 0 ] ; return result . endsWith ( "\n" ) ? result . substring ( 0 , result . length ( ) - 1 ) : result ; }

Dada una cadena de comentarios, retire el TODO y todos los personajes encontrados después del TODO.Si la cadena de entrada no tiene TODO, se devuelve la cadena original.Si se encontró un TODO, se desencadenó una advertencia. Decirle al usuario que se ha eliminado el comentario de TODO y para usar las etiquetas de comentarios de la documentación interna para evitar que la documentación no interna se elimine de la documentación generada.


public SimpleTextDocument ( ) { Graph = new DocumentWordGraph ( ) ; Histogram = new DocumentWordHistogram ( ) ; }

Crea una nueva instancia de insectworddocument


public Utterance ( Voice voice , List tokenList ) { this ( voice ) ; setTokenList ( tokenList ) ; }

Crea una expresión con el conjunto dado de texto tokenizado.


public static boolean isDateBeforeToday  ( String date ) { if ( isEmpty ( date ) ) return defaultEmptyOK ; int dateSlash1 = date . indexOf ( "/" ) ; int dateSlash2 = date . lastIndexOf ( "/" ) ; if ( dateSlash1 <= 0 ) return defaultEmptyOK ; java . util . Date passed = null ; if ( dateSlash1 == dateSlash2 ) { String month = date . substring ( 0 , dateSlash1 ) ; String day = "28" ; String year = date . substring ( dateSlash1 + 1 ) ; if ( ! isDate ( year , month , day ) ) return false ; try { int monthInt = Integer . parseInt ( month ) ; int yearInt = Integer . parseInt ( year ) ; Calendar calendar = Calendar . getInstance ( ) ; calendar . set ( yearInt , monthInt - 1 , 0 , 0 , 0 , 0 ) ; calendar . add ( Calendar . MONTH , 1 ) ; passed = new java . util . Date ( calendar . getTime ( ) . getTime ( ) ) ; } catch ( Exception e ) { passed = null ; } } else { String month = date . substring ( 0 , dateSlash1 ) ; String day = date . substring ( dateSlash1 + 1 , dateSlash2 ) ; String year = date . substring ( dateSlash2 + 1 ) ; if ( ! isDate ( year , month , day ) ) return false ; passed = UtilDateTime . toDate ( month , day , year , "0" , "0" , "0" ) ; } java . util . Date now = UtilDateTime . nowDate ( ) ; if ( passed != null ) { return passed . before ( now ) ; } else { return false ; } }

Isdate devuelve VERDADERO si la fecha de argumento de cadena constituye una fecha válida y es antes de hoy.


private void openWithoutDataSource  ( ) { connectedToDataSourceFlag = false ; if ( this . editorFileInterface . getSLD ( ) == null ) return ; createInternalDataSource ( ) ; }


public static Class < ? > loadClass  ( String className , ClassLoader loader ) throws ClassNotFoundException { Class < ? > theClass = null ; if ( primitives . containsKey ( className ) ) { return primitives . get ( className ) ; } int genericsStart = className . indexOf ( "<" ) ; if ( genericsStart != - 1 ) className = className . substring ( 0 , genericsStart ) ; if ( className . endsWith ( "[]" ) ) { if ( Character . isLowerCase ( className . charAt ( 0 ) ) && className . indexOf ( "." ) < 0 ) { String prefix = className . substring ( 0 , 1 ) . toUpperCase ( ) ; if ( className . startsWith ( "long" ) ) { prefix = "J" ; } else if ( className . startsWith ( "boolean" ) ) { prefix = "Z" ; } className = "[" + prefix ; } else { Class < ? > arrayClass = loadClass ( className . replace ( "[]" , "" ) , loader ) ; className = "[L" + arrayClass . getName ( ) . replace ( "[]" , "" ) + ";" ; } } if ( classAlias . containsKey ( className ) ) { className = classAlias . get ( className ) ; } if ( loader == null ) loader = Thread . currentThread ( ) . getContextClassLoader ( ) ; theClass = Class . forName ( className , true , loader ) ; return theClass ; }

Carga una clase con el cargador de clases especificado.


Crea el valor predeterminado de la prueba de densidad de probabilidad acumulada.Los valores de referencia son de R, versión 2.15.3.


@ Override public void endParameterEntity  ( String name , Augmentations augs ) throws XNIException { }

Este método notifica al final de una entidad.<p /> <strong> Nota: </ strong> Este método no se le llama a las referencias de la entidad que aparecen como parte de los valores de atributos.


public Instruction locateInst  ( int index ) { return locateInstr ( index , 0 , icount ) ; }

Localiza las instrucciones en la lista con la etiqueta dada.


public String toString  ( ) { return "MulticastAnnouncement[" + sequenceNumber + ", " + host + ":" + port + ", " + Arrays . asList ( groups ) + ", " + serviceID + "]" ; }

Devuelve una representación de cadena de este anuncio.


public void init  ( float startX , float startY , float endX , float endY ) { setStart ( new PointF ( startX , startY ) ) ; setEnd ( new PointF ( endX , endY ) ) ; }


public SQLProcessor ( Delegator delegator , GenericHelperInfo helperInfo , Connection connection ) { this . delegator = delegator ; this . helperInfo = helperInfo ; this . _connection = connection ; if ( _connection != null ) { _manualTX = false ; } }

Construir un objeto con una conexión dada.La conexión no se cerrará por este SQLProcessor, pero puede ser por alguna otra.


public JLookupSwitchStmt ( Value key , List < IntConstant > lookupValues , List < ? extends UnitBox > targets , UnitBox defaultTarget ) { this ( Jimple . v ( ) . newImmediateBox ( key ) , lookupValues , targets . toArray ( new UnitBox [ targets . size ( ) ] ) , defaultTarget ) ; }

Construye un nuevo jlookupswitchstmt.LookupValues debe ser una lista de INTCONST S.


protected String makeAbsolute  ( String sysid ) { URL local = null ; sysid = fixSlashes ( sysid ) ; try { local = new URL ( base , sysid ) ; } catch ( MalformedURLException e ) { catalogManager . debug . message ( 1 , "Malformed URL on system identifier" , sysid ) ; } if ( local != null ) { return local . toString ( ) ; } else { return sysid ; } }

Construya un URI absoluto de un relativo, utilizando la URI base actual.


public static boolean isWindowsPlatform  ( ) { String os = System . getProperty ( "os.name" ) ; return ( os != null && os . startsWith ( WIN_ID ) ) ; }

Trate de determinar si esta aplicación se está ejecutando en Windows o alguna otra plataforma al examinar la propiedad "OS.NAME".


public CipherText ( byte [ ] input , byte [ ] iv ) { prefix = new byte [ 32 ] ; content = new ArrayList < > ( ) ; int roundedsize = input . length + ( 256 - ( input . length % 256 ) ) ; for ( int i = 0 ; i < roundedsize / 256 ; ++ i ) { content . add ( new byte [ 256 ] ) ; } totalsize = roundedsize + 32 ; for ( int i = 0 ; i < 32 ; ++ i ) prefix [ i ] = iv [ i ] ; for ( int i = 0 ; i < input . length ; ++ i ) content . get ( i / 256 ) [ i % 256 ] = input [ i ] ; byte [ ] last = content . get ( content . size ( ) - 1 ) ; last [ last . length - 1 ] = ( byte ) ( 256 - ( input . length % 256 ) ) ; }

Crear nuevo texto cifrado con contenidos y iv.


public double computeObjectiveValue  ( double [ ] params ) { super . incrementEvaluationCount ( ) ; return function . value ( params ) ; }

Calcula el valor de la función objetivo.Este método <em> debe ser llamado </ em> llamado por subclases para hacer cumplir el límite del contador de evaluación.


@ Deprecated public T [ ] mapDerivative  ( final FieldODEStateAndDerivative < T > state ) { return state . getCompleteDerivative ( ) ; }

Mapa de un derivado de estado a una matriz plana completa.


public static int download  ( String url , File f ) { log . debug ( "url=\"" + url + "\"" ) ; String [ ] ss = url . split ( " " ) ; url = ss [ ss . length - 1 ] ; DefaultHttpClient client = getClient ( url ) ; if ( client != null ) { HttpGet get = null ; try { get = new HttpGet ( url ) ; if ( ! get . containsHeader ( "User-Agent" ) ) { get . addHeader ( "User-Agent" , UA ) ; } log . debug ( "get url=" + url ) ; HttpResponse resp = client . execute ( get ) ; if ( resp . getStatusLine ( ) . getStatusCode ( ) == 200 ) { HttpEntity e = resp . getEntity ( ) ; InputStream in = e . getContent ( ) ; f . getParentFile ( ) . mkdirs ( ) ; FileOutputStream out = new FileOutputStream ( f ) ; return IOUtil . copy ( in , out ) ; } return 0 ; } catch ( Exception e ) { log . error ( "\"" + url + "\"" , e ) ; } finally { if ( get != null ) get . abort ( ) ; } } return 0 ; }


private Collection < Var > migrateColumns  ( SQLTable currentTable ) { List < Var > vars = new ArrayList < > ( ) ; String tableType = currentTable . getEntityType ( ) ; Map < String , ResourceType . DataType > columns = currentTable . getColumns ( ) ; Map < String , String > foreignColumns = currentTable . getForeignKeyColumns ( ) ; for ( String column : columns . keySet ( ) ) { ResourceType . DataType columnType = columns . get ( column ) ; if ( foreignColumns . containsKey ( column ) ) { vars . addAll ( migrateAsRelation ( tableType , column , foreignColumns . get ( column ) ) ) ; } else { vars . addAll ( migrateAsResource ( tableType , columnType , column ) ) ; } } return vars ; }

Bucle a través de cada una de las columnas en la tabla dada, migrando cada una como un recurso o relación.


public Set < UserDefinedAction > reRegisterTask  ( UserDefinedAction action , TaskActivation newActivation ) { unregisterTask ( action ) ; action . getActivation ( ) . getHotkeys ( ) . clear ( ) ; action . getActivation ( ) . getHotkeys ( ) . addAll ( newActivation . getHotkeys ( ) ) ; action . getActivation ( ) . getMouseGestures ( ) . clear ( ) ; action . getActivation ( ) . getMouseGestures ( ) . addAll ( newActivation . getMouseGestures ( ) ) ; return registerTask ( action ) ; }

Descretar la acción, luego modifique la activación de la acción para que sea la nueva activación y finalmente registre la acción modificada.Esto destaca todas las demás acciones que chocan con la acción proporcionada.


public static void printException  ( final Exception e ) { e . printStackTrace ( instance ) ; }

Imprime la excepción al flujo de salida.


protected void assertClose  ( String msg , RealMatrix m , RealMatrix n , double tolerance ) { Assert . assertTrue ( msg , m . subtract ( n ) . getNorm ( ) < tolerance ) ; }

Verifica que dos matrices están cerca (1-norma)


public static int calculateXenMemory  ( int deliveryControllerCount , int vCenterServerCount ) { final int dc = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "xen.controller.memory.default" ) ) * deliveryControllerCount ; final int vc = Integer . parseInt ( VDICalculator . DEFAULTS . getString ( "xen.vcenter.memory.default" ) ) * vCenterServerCount ; return dc + vc ; }

Calcular los requisitos de memoria de XENDESKTOP para la implementación


public GroupsIsMemberQueryWithExtended userId  ( Integer value ) { return unsafeParam ( "user_id" , value ) ; }


private List < TestItem > updateChildrenOfLaunch  ( String launchId , Set < String > launches , boolean extendDescription ) { List < TestItem > testItems = launches . stream ( ) . map ( null ) . flatMap ( null ) . collect ( toList ( ) ) ; testItemRepository . save ( testItems ) ; return testItems . stream ( ) . filter ( null ) . collect ( toList ( ) ) ; }

Actualice los elementos de prueba de lanzamientos especificados con New LanziGID


private Map < String , ChartObject > buildRange  ( List < ChartObject > base , Period period ) { final LongSummaryStatistics statistics = base . stream ( ) . mapToLong ( null ) . summaryStatistics ( ) ; final DateTime start = new DateTime ( statistics . getMin ( ) ) ; final DateTime end = new DateTime ( statistics . getMax ( ) ) ; DateTime intermediate = start ; final LinkedHashMap < String , ChartObject > map = new LinkedHashMap < > ( ) ; if ( base . isEmpty ( ) ) return map ; while ( intermediate . isBefore ( end ) ) { map . put ( intermediate . toString ( DATE_PATTERN ) , createChartObject ( base . get ( 0 ) ) ) ; switch ( period ) { case DAY : intermediate = intermediate . plusDays ( 1 ) ; break ; case WEEK : intermediate = intermediate . plusDays ( 1 ) ; break ; case MONTH : intermediate = intermediate . plusMonths ( 1 ) ; break ; } } map . put ( end . toString ( DATE_PATTERN ) , createChartObject ( base . get ( 0 ) ) ) ; return map ; }

Crea Billet de línea de tiempo vacía a distancia


public String tableName  ( ) { return tblName ; }


private static void verify  ( boolean expression , String falseMessage ) { if ( ! expression ) { throw new IllegalStateException ( falseMessage ) ; } }


public MirrorOperationStatisticsImpl ( ) { }


@ Override public void touchNavigatorIcon  ( Activity a ) { ( ( CollectionActivity ) a ) . finishActivity ( SwipeBackLayout . DOWN_DIR , false ) ; }


public void yypushback  ( int number ) { if ( number > yylength ( ) ) zzScanError ( ZZ_PUSHBACK_2BIG ) ; zzMarkedPos -= number ; }

Empuja la cantidad de caracteres especificada de nuevo en el flujo de entrada.Se leerán de nuevo por la siguiente llamada del método de escaneo.


public static Aggregate < Map < String , Concept > , Optional < ? > > max  ( String varName ) { return Aggregates . max ( varName ) ; }

Cree un agregado que encuentre el máximo de los valores de una variable.


Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public static void validateKey  ( String key ) throws StateStoreException  { if ( StringUtils . isBlank ( key ) ) { throw new StateStoreException ( "Key cannot be blank or null" ) ; } if ( key . contains ( "/" ) ) { throw new StateStoreException ( "Key cannot contain '/'" ) ; } }

Implementación compartida para validar los límites clave de la propiedad, para uso de todas las implementaciones de STATESTORE.


public void invalidateAll  ( ) { if ( m_tuples == null ) return ; for ( int i = 0 ; i < m_tuples . length ; ++ i ) invalidate ( i ) ; }

Invalidate todas las tuplas administradas por este tuplemanager


private void ensureDependenciesResolved  ( ) { new GrantPermission ( new UmbrellaGrantPermission ( ) ) ; }

Asegura que las clases dependan de este proveedor de políticas se resuelvan.Esto es para evitar la resolución perezosa de dichas clases durante el funcionamiento del proveedor, lo que puede resultar en un punto muerto descrito por el error 4911907.


static Type < ? > parseTypeDescriptor  ( final String typeDescriptor ) throws InvalidTypeDescriptorException  { final ClassLoader cl = Thread . currentThread ( ) . getContextClassLoader ( ) ; StringBuilder descriptor = new StringBuilder ( typeDescriptor ) ; int split = descriptor . indexOf ( "<" ) ; if ( split >= 0 ) { String className = descriptor . substring ( 0 , split ) ; if ( ! descriptor . subSequence ( descriptor . length ( ) - 1 , descriptor . length ( ) ) . equals ( ">" ) ) { throw new InvalidTypeDescriptorException ( ) ; } else { descriptor . setLength ( descriptor . length ( ) - 1 ) ; descriptor . replace ( 0 , split + 1 , "" ) ; } String [ ] subDescriptors = splitTypeArguments ( descriptor . toString ( ) ) ; Type < ? > [ ] typeArguments = new Type < ? > [ subDescriptors . length ] ; int index = - 1 ; for ( String subDescriptor : subDescriptors ) { typeArguments [ ++ index ] = parseTypeDescriptor ( subDescriptor ) ; } return TypeFactory . valueOf ( loadClass ( className , cl ) , typeArguments ) ; } else { return TypeFactory . valueOf ( loadClass ( typeDescriptor , cl ) ) ; } }

Analiza un descriptor de tipo para producir la instancia de tipo con una representación coincidente


public void newMethod  ( SootMethod m ) { unitToRead = new HashMap < Unit , RWSet > ( ) ; unitToWrite = new HashMap < Unit , RWSet > ( ) ; localToReachingObjects = new HashMap < Local , PointsToSet > ( ) ; currentMethod = m ; sea . findNTRWSets ( currentMethod ) ; }

Llame a esto cuando empiece a analizar un nuevo método para configurar el caché.


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


@ Override public void populateExpression  ( Object objValue ) { if ( objValue instanceof ReferencedEnvelope ) { populateField ( ( ReferencedEnvelope ) objValue ) ; valueUpdated ( ) ; } }


public SimpleAsyncPollingContainerConfigurer eventListenerAnnotation  ( Object eventListener ) { AnnotationEventListenerAdapter annotationEventListenerAdapter = new AnnotationEventListenerAdapter ( ) ; annotationEventListenerAdapter . setDelegate ( eventListener ) ; annotationEventListenerAdapter . afterPropertiesSet ( ) ; pollingEventListenerContainer . setEventListener ( annotationEventListenerAdapter ) ; return this ; }

Establece un escuchador de eventos que utiliza anotaciones.


public boolean equals  ( Datagram other ) { if ( ! ( other instanceof LPCDatagram ) ) return false ; LPCDatagram otherLPC = ( LPCDatagram ) other ; if ( this . duration != otherLPC . duration ) return false ; if ( this . quantizedCoeffs . length != otherLPC . quantizedCoeffs . length ) return false ; if ( this . quantizedResidual . length != otherLPC . quantizedResidual . length ) return false ; for ( int i = 0 ; i < this . quantizedCoeffs . length ; i ++ ) { if ( this . quantizedCoeffs [ i ] != otherLPC . quantizedCoeffs [ i ] ) return false ; } for ( int i = 0 ; i < this . quantizedResidual . length ; i ++ ) { if ( this . quantizedResidual [ i ] != otherLPC . quantizedResidual [ i ] ) return false ; } return true ; }

Pruebas si este datagrama es igual a otro datagrama.


@ Override public boolean isEqualNode  ( Node arg ) { if ( ! super . isEqualNode ( arg ) ) { return false ; } if ( needsSyncData ( ) ) { synchronizeData ( ) ; } DocumentTypeImpl argDocType = ( DocumentTypeImpl ) arg ; if ( ( getPublicId ( ) == null && argDocType . getPublicId ( ) != null ) || ( getPublicId ( ) != null && argDocType . getPublicId ( ) == null ) || ( getSystemId ( ) == null && argDocType . getSystemId ( ) != null ) || ( getSystemId ( ) != null && argDocType . getSystemId ( ) == null ) || ( getInternalSubset ( ) == null && argDocType . getInternalSubset ( ) != null ) || ( getInternalSubset ( ) != null && argDocType . getInternalSubset ( ) == null ) ) { return false ; } if ( getPublicId ( ) != null ) { if ( ! getPublicId ( ) . equals ( argDocType . getPublicId ( ) ) ) { return false ; } } if ( getSystemId ( ) != null ) { if ( ! getSystemId ( ) . equals ( argDocType . getSystemId ( ) ) ) { return false ; } } if ( getInternalSubset ( ) != null ) { if ( ! getInternalSubset ( ) . equals ( argDocType . getInternalSubset ( ) ) ) { return false ; } } NamedNodeMapImpl argEntities = argDocType . entities ; if ( ( entities == null && argEntities != null ) || ( entities != null && argEntities == null ) ) return false ; if ( entities != null && argEntities != null ) { if ( entities . getLength ( ) != argEntities . getLength ( ) ) return false ; for ( int index = 0 ; entities . item ( index ) != null ; index ++ ) { Node entNode1 = entities . item ( index ) ; Node entNode2 = argEntities . getNamedItem ( entNode1 . getNodeName ( ) ) ; if ( ! entNode1 . isEqualNode ( entNode2 ) ) return false ; } } NamedNodeMapImpl argNotations = argDocType . notations ; if ( ( notations == null && argNotations != null ) || ( notations != null && argNotations == null ) ) return false ; if ( notations != null && argNotations != null ) { if ( notations . getLength ( ) != argNotations . getLength ( ) ) return false ; for ( int index = 0 ; notations . item ( index ) != null ; index ++ ) { Node noteNode1 = notations . item ( index ) ; Node noteNode2 = argNotations . getNamedItem ( noteNode1 . getNodeName ( ) ) ; if ( ! noteNode1 . isEqualNode ( noteNode2 ) ) return false ; } } return true ; }

DOM Nivel 3 WD- Experimental.Anular el comportamiento heredado de ParternodeImpl para soportar profundidad igual.


private static String generateApplicationTitleString  ( ) { return String . format ( "%s %s \251%s %s" , APP_NAME , Version . getVersionNumber ( ) , APP_COPYRIGHT_YEAR , APP_COMPANY ) ; }


public static StatefulHash sha384  ( ) { return Hashes . createStateful ( SimpleHashParameters . SHA384 ) ; }

Devuelve una función hash que implementa el algoritmo SHA-384 (384 bits).


@ Override protected void onScrollChanged  ( int l , int t , int oldl , int oldt ) { super . onScrollChanged ( l , t , oldl , oldt ) ; if ( mHeaderView == null ) return ; if ( mHeaderView . getTop ( ) < 0 && mHeaderView . getLayoutParams ( ) . height > mHeaderViewHeight ) { mHeaderView . getLayoutParams ( ) . height += mHeaderView . getTop ( ) ; mOnRefreshDistanceListener . refreshDistance ( mHeaderView . getTop ( ) ) ; mHandler . obtainMessage ( 1 , mHeaderView . getTop ( ) , 0 , mHeaderView ) . sendToTarget ( ) ; } }


public synchronized void close  ( ) throws IOException  { if ( journalWriter == null ) { return ; } for ( Entry entry : new ArrayList < Entry > ( lruEntries . values ( ) ) ) { if ( entry . currentEditor != null ) { entry . currentEditor . abort ( ) ; } } trimToSize ( ) ; trimToFileCount ( ) ; journalWriter . close ( ) ; journalWriter = null ; }

Cierra este caché.Los valores almacenados permanecerán en el sistema de archivos.


public void mouseReleased  ( MouseEvent me ) { viewer . resetCursor ( ) ; stillDownWithoutMoving = false ; if ( current == inScrollByMouse ) { return ; } viewer . fireDoRelease ( hitNodes ) ; viewer . fireDoRelease ( hitEdges ) ; if ( me . isPopupTrigger ( ) ) { inPopup = true ; viewer . setCursor ( Cursor . getDefaultCursor ( ) ) ; if ( hitNodes . size ( ) != 0 ) viewer . fireNodePopup ( me , hitNodes ) ; else if ( hitNodeLabels . size ( ) != 0 ) viewer . fireNodeLabelPopup ( me , hitNodeLabels ) ; else if ( hitEdges . size ( ) != 0 ) viewer . fireEdgePopup ( me , hitEdges ) ; else if ( hitEdgeLabels . size ( ) != 0 ) viewer . fireEdgeLabelPopup ( me , hitEdgeLabels ) ; else viewer . firePanelPopup ( me ) ; viewer . resetCursor ( ) ; return ; } if ( current == inRubberband ) { Rectangle rect = new Rectangle ( downX , downY , 0 , 0 ) ; rect . add ( me . getX ( ) , me . getY ( ) ) ; getHits ( rect ) ; selectNodesEdges ( hitNodes , hitEdges , me . isShiftDown ( ) , me . getClickCount ( ) ) ; viewer . repaint ( ) ; } else if ( current == inNewEdge ) { NodeSet firstHit = getHitNodes ( downX , downY ) ; if ( firstHit . size ( ) == 1 ) { Node v = firstHit . getFirstElement ( ) ; NodeSet secondHit = getHitNodes ( me . getX ( ) , me . getY ( ) ) ; Node w = null ; if ( secondHit . size ( ) == 0 ) { try { Point2D location = viewer . trans . d2w ( me . getPoint ( ) ) ; viewer . setDefaultNodeLocation ( location ) ; Edge e = viewer . newEdge ( v , null ) ; if ( e != null ) { w = viewer . getGraph ( ) . getTarget ( e ) ; viewer . setLocation ( w , location ) ; } } catch ( NotOwnerException ex ) { } } else if ( secondHit . size ( ) == 1 ) { w = secondHit . getFirstElement ( ) ; if ( w != null ) { if ( v != w ) { viewer . newEdge ( v , w ) ; } } } viewer . repaint ( ) ; } } else if ( current == inMoveNodeLabel ) { viewer . repaint ( ) ; } else if ( current == inMoveEdgeLabel ) { viewer . repaint ( ) ; } }


public static void main  ( String [ ] args ) { System . out . println ( "Solutions:\n" + new NQueens ( 12 ) . parallelStream ( ) . limit ( 10 ) . map ( null ) . collect ( Collectors . joining ( "\n\n" ) ) ) ; }

Imprime a lo sumo 10 soluciones del problema de N-Queens con el tamaño 12.


public HumanTime ms  ( ) { return ms ( 1 ) ; }

Agrega un milisegundo al delta del tiempo.


public PropertyPanel ( ExpressionFilterInterface parent ) { this . parent = parent ; createUI ( ) ; }

Instantánea un nuevo panel de propiedad.


@ Override public void onAttachedToWindow  ( ) { super . onAttachedToWindow ( ) ; setupBounds ( ) ; setupPaints ( ) ; invalidate ( ) ; }

Ahora conocemos las dimensiones de la vista, configuramos los límites y las pinturas.


public void attachView  ( @ NonNull final V view ) { if ( view == null ) { throw new IllegalStateException ( "the view cannot be set to null. Call #detachView() instead" ) ; } if ( isDestroyed ( ) ) { throw new IllegalStateException ( "The presenter is already in it's terminal state and waits for garbage collection. " + "Binding a view is not allowed" ) ; } if ( isViewAttached ( ) ) { if ( view . equals ( mView ) ) { TiLog . v ( TAG , "not calling onAttachView(), view already attached" ) ; return ; } else { throw new IllegalStateException ( "a view is already attached, call #detachView first" ) ; } } if ( ! isInitialized ( ) ) { throw new IllegalStateException ( "Presenter is not created, call #create() first" ) ; } mView = view ; moveToState ( State . VIEW_ATTACHED , false ) ; mCalled = false ; TiLog . v ( TAG , "onAttachView(TiView)" ) ; onAttachView ( view ) ; if ( ! mCalled ) { throw new SuperNotCalledException ( "Presenter " + this + " did not call through to super.onAttachView(TiView)" ) ; } mCalled = false ; TiLog . v ( TAG , "deprecated onWakeUp()" ) ; onWakeUp ( ) ; if ( ! mCalled ) { throw new SuperNotCalledException ( "Presenter " + this + " did not call through to super.onWakeUp()" ) ; } moveToState ( State . VIEW_ATTACHED , true ) ; }

Enlazar una nueva vista a este presentador.


public void showError  ( Drawable errorImageDrawable , String errorTextTitle , String errorTextContent , String errorButtonText , OnClickListener onClickListener ) { switchState ( ERROR , errorImageDrawable , errorTextTitle , errorTextContent , errorButtonText , onClickListener , Collections . < Integer > emptyList ( ) ) ; }

Mostrar la vista de error con un botón cuando algo sale mal y pide al usuario que lo intente nuevamente


@ Override public void commence  ( HttpServletRequest request , HttpServletResponse response , AuthenticationException arg2 ) throws IOException , ServletException { log . debug ( "Pre-authenticated entry point called. Rejecting access" ) ; response . sendError ( HttpServletResponse . SC_UNAUTHORIZED , "Access Denied" ) ; }

Siempre devuelve un código de error 401 al cliente.


public void add  ( E o ) { if ( o == null ) o = ( E ) NULL_CONST ; if ( index == LENGTH - 1 ) { Object [ ] temp = new Object [ LENGTH ] ; q [ index ] = temp ; q = temp ; index = 0 ; } q [ index ++ ] = o ; }


public void onRequestPermissionResult  ( int requestCode , String [ ] permissions , int [ ] grantResults ) throws JSONException { }

Llamado por el sistema cuando el usuario otorga permisos


public static double angle  ( Vector2D v1 , Vector2D v2 ) throws MathRuntimeException { double normProduct = v1 . getNorm ( ) * v2 . getNorm ( ) ; if ( normProduct == 0 ) { throw new MathRuntimeException ( LocalizedCoreFormats . ZERO_NORM ) ; } double dot = v1 . dotProduct ( v2 ) ; double threshold = normProduct * 0.9999 ; if ( ( dot < - threshold ) || ( dot > threshold ) ) { final double n = FastMath . abs ( MathArrays . linearCombination ( v1 . x , v2 . y , - v1 . y , v2 . x ) ) ; if ( dot >= 0 ) { return FastMath . asin ( n / normProduct ) ; } return FastMath . PI - FastMath . asin ( n / normProduct ) ; } return FastMath . acos ( dot / normProduct ) ; }

Calcular la separación angular entre dos vectores.<P> Este método calcula la separación angular entre dos vectores utilizando el producto DOT para vectores bien separados y el producto cruzado para vectores casi alineados.Esto permite tener una buena precisión en todos los casos, incluso para vectores muy cerca uno del otro. </ P>


@ Override protected Expression generateExpression  ( ) { Expression expression = null ; if ( slider != null ) { expression = getFilterFactory ( ) . literal ( getDoubleValue ( ) ) ; } return expression ; }


public HectorCassandraClientConfigurer port  ( Integer port ) { this . port = port ; return this ; }

Establece el puerto que coincide con el nombre de host del clúster Cassandra para conectarse.


private static Properties loadProperties  ( ) { Properties properties = new Properties ( ) ; File file = new File ( "DataPartitioner.properties" ) ; FileInputStream fis = null ; try { if ( file . exists ( ) ) { fis = new FileInputStream ( file ) ; properties . load ( fis ) ; } } catch ( Exception e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } finally { if ( null != fis ) { try { fis . close ( ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; } } } return properties ; }

Lea las propiedades de csvfilepartitioner.properties


public void end  ( @ SwingCoordinate int x , @ SwingCoordinate int y , @ InputEventMask int modifiers , boolean canceled ) { }

Maneja la terminación de la interacción.Este método se llama cuando la interacción ha terminado (ya sea a través de la finalización exitosa, o porque fue cancelada).


boolean equivTo  ( Operand other ) { if ( other . value == null && value == null ) return true ; return stackOrValue ( ) . equivTo ( other . stackOrValue ( ) ) ; }

Determina si este operando es igual a otro operando.


public boolean forEachEntry  ( TObjectLongProcedure < K > procedure ) { K [ ] keys = ( K [ ] ) _set ; long [ ] values = _values ; for ( int i = keys . length ; i -- > 0 ; ) { if ( keys [ i ] != FREE && keys [ i ] != REMOVED && ! procedure . execute ( keys [ i ] , values [ i ] ) ) { return false ; } } return true ; }

Ejecuta el procedimiento <TT> </ TT> para cada entrada de clave / valor en el mapa.


public static void closeSocket  ( Socket sock ) throws IOException { byte [ ] header ; header = packHeader ( FDFS_PROTO_CMD_QUIT , 0 , ( byte ) 0 ) ; sock . getOutputStream ( ) . write ( header ) ; sock . close ( ) ; }

Envíe el comando de Quit a un servidor y cierre del zócalo


public EntryInfo __getEntryInfo  ( ) { return entryInfo ; }


public SourceDataTagQuality ( ) { this . qualityCode = SourceDataTagQualityCode . OK ; }


private boolean checkRecordIDValidity  ( RecordID rid ) throws DatabaseException  { return false ; }

Compruebe si una grabación es válida o no.Es decir, verifique si la ranura en la página especificada por el grabador contiene un registro válido (es decir, si el bit en el mapa de bits de ranura se establece en 1).


public void saveViewsFor  ( DataSource dataSource , Snapshot snapshot ) { Set < DataSourceViewProvider > compatibleProviders = getCompatibleProviders ( dataSource ) ; for ( DataSourceViewProvider compatibleProvider : compatibleProviders ) if ( compatibleProvider . supportsViewFor ( dataSource ) && compatibleProvider . supportsSaveViewFor ( dataSource , snapshot . getClass ( ) ) ) compatibleProvider . viewSaveView ( dataSource , snapshot ) ; }

Guarda vistas para la fuente de datos en la instantánea.


@ Override public WebElement findElement  ( ) { SearchContext context = scopeFactory instanceof ParentElementLocatorProvider && ! globalCurrentScope ? ( ( ParentElementLocatorProvider ) scopeFactory ) . getCurrentScope ( ) . findElement ( ) : searchContext ; return context . findElement ( selector ) ; }

Construye un alcance de la fábrica de alcance y el campo principal, luego busca el campo con selector en este ámbito.


public boolean isPathBetween  ( Stmt sink , Stmt source ) { Set < ResultSourceInfo > sources = null ; for ( ResultSinkInfo sI : this . results . keySet ( ) ) { if ( sI . getSink ( ) . equals ( sink ) ) { sources = this . results . get ( sI ) ; break ; } } if ( sources == null ) return false ; for ( ResultSourceInfo src : sources ) if ( src . getAccessPath ( ) . equals ( source ) ) return true ; return false ; }

Comprueba si hay un camino entre la fuente dada y el fregadero.


public static long delete  ( String collection , Bson query ) { try { MongoCollection < Document > db = MongoHelper . getCollection ( collection ) ; if ( db != null ) { DeleteResult r = db . deleteMany ( query ) ; return r . getDeletedCount ( ) ; } return - 1 ; } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( e . getMessage ( ) , e ) ; } return - 1 ; }

Eliminar los datos en Mongo por la consulta.


public JSONTokener ( String s ) { this ( new StringReader ( s ) ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_Instant_HEAL_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200367 , num0 , skillname ) ; }

Aumentó el tiempo de vuelo en% NUM0 usando [% SkillName].


public static Configuration createAlarm  ( ) { Configuration configuration = new Configuration ( ) ; Alarm alarm = Alarm . create ( "faultFamily" , "faultMember" , 1337 , new ValueCondition ( Integer . class , 1 ) ) . id ( 2000L ) . dataTagId ( 1000L ) . build ( ) ; configuration . addEntity ( alarm ) ; return configuration ; }


public static String decodeFilename  ( Map < String , String > map ) { if ( map != null ) { return map . get ( DataSourceConnectorInterface . FILE_MAP_KEY ) ; } return null ; }


protected void removeTrackedServices  ( ) { for ( ServiceTracker < ExtHttpService , ExtHttpService > tracker : trackers ) { tracker . close ( ) ; } }

Elimina los servicios DOTCMS que son rastreados por el ExtendedGenicBundleactivator.Estos son servicios que requieren más que un simple registro / no registrador.Por ejemplo, servle y filtros.


@ Override public void performFinishingActions  ( ) { }

Por defecto no nada;Se puede llamar a la estación () para recuperar el estado después de que se complete el asistente.


Las instancias no deben construirse en la programación estándar.


public static void initFileAndLogMgr  ( String dirName ) { initFileMgr ( dirName ) ; logMgr = new LogMgr ( ) ; }

Inicializa los administradores de archivos y registros.


protected void assertCurrentVariantWasSet  ( String errorMessage , List < Long > localeIds , Long tmTextUnitId ) { for ( Long localeId : localeIds ) { TMTextUnitCurrentVariant currentVariant = tmTextUnitCurrentVariantRepository . findByLocale_IdAndTmTextUnit_Id ( localeId , tmTextUnitId ) ; assertNotNull ( errorMessage , currentVariant ) ; } }

Afirma que hay una variante actual asociada a los tmTextunit y locales dados


public void writeStringNoCompression  ( String str ) throws IOException { if ( str == null ) { writeInt ( 0 ) ; } else { writeInt ( str . length ( ) ) ; for ( int i = 0 ; i < str . length ( ) ; i ++ ) io . write ( ( byte ) str . charAt ( i ) ) ; } }


public RequestHandle delete  ( Context context , String url , Header [ ] headers , ResponseHandlerInterface responseHandler ) { final HttpDelete delete = new HttpDelete ( url ) ; if ( headers != null ) delete . setHeaders ( headers ) ; return sendRequest ( httpClient , httpContext , delete , null , responseHandler , context ) ; }

Realice una solicitud de eliminación HTTP.


public FaveRemoveLinkQuery ( VkApiClient client , UserActor actor , String linkId ) { super ( client , "fave.removeLink" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; linkId ( linkId ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public TupleManager ( Table t , Graph g , Class tupleType ) { init ( t , g , tupleType ) ; }

Crea un nuevo tuplemanager para la tabla dada.


public static byte [ ] readSegment  ( File file , long start , int length ) throws Exception { Preconditions . checkArgument ( start >= 0 , "start < 0" ) ; Preconditions . checkArgument ( length >= 0 , "length < 0" ) ; byte data [ ] ; boolean threw = true ; RandomAccessFile raf = new RandomAccessFile ( file , "r" ) ; try { raf . seek ( start ) ; data = new byte [ length ] ; int tot = 0 ; while ( tot < length ) { int r = raf . read ( data , tot , length - tot ) ; if ( r < 0 ) { throw new EOFException ( ) ; } tot += r ; } threw = false ; } finally { Closeables . close ( raf , threw ) ; } return data ; }

Lee una parte de un archivo a la memoria.


public Properties readSettings  ( ) { try { String pacScriptUrl = detectScriptUrlPerDHCP ( ) ; if ( pacScriptUrl == null ) { pacScriptUrl = detectScriptUrlPerDNS ( ) ; } if ( pacScriptUrl == null ) { return null ; } Properties result = new Properties ( ) ; result . setProperty ( "url" , pacScriptUrl ) ; return result ; } catch ( IOException e ) { return new Properties ( ) ; } }

Carga las configuraciones y las almacena en un mapa de propiedades.


public static byte [ ] readPackedSequence  ( ByteInputBuffer buffer , int query_len , int bits ) { int size = ( query_len * bits + 7 ) / 8 ; return buffer . readBytes ( size ) ; }


public synchronized SourceDataTagValue update  ( final ValueUpdate update , SourceDataTagQuality quality ) { if ( this . currentValue == null ) { initCurrentValue ( ) ; } this . currentValue . setValue ( update . getValue ( ) ) ; this . currentValue . setValueDescription ( update . getValueDescription ( ) ) ; this . currentValue . setTimestamp ( new Timestamp ( update . getSourceTimestamp ( ) ) ) ; this . currentValue . setDaqTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; this . currentValue . setQuality ( quality ) ; return this . currentValue . clone ( ) ; }

Actualiza este valor de etiquetas de datos de origen.


private boolean sameType  ( Object flowSet ) { return ( flowSet instanceof DavaFlowSet ) ; }

Devuelve VERDADERO si Flowset es el mismo tipo de flujo establecido en este caso.


public Builder withDebug  ( boolean enabled ) { this . mDebugEnabled = enabled ; return this ; }

Habilitar / deshabilitar el registro.<P> Predeterminado: Falso </ P>


@ DataProvider public Object [ ] [ ] assignmentDataProvider  ( ) { return new Object [ ] [ ] { new Object [ ] { user , "NoMatchForThisAgentValue" , Constants . ASSIGNMENT_NO_PROFILE_MATCH } , new Object [ ] { user , "Agent001" , Constants . ASSIGNMENT_NEW_ASSIGNMENT } , new Object [ ] { user , "Agent001" , Constants . ASSIGNMENT_EXISTING_ASSIGNMENT } } ; }


public TokenToWords ( CART usNumbersCART , PronounceableFSM prefixFSM , PronounceableFSM suffixFSM ) { Log . d ( Mary . LOG , "TokenToWords is loading" ) ; this . cart = usNumbersCART ; this . prefixFSM = prefixFSM ; this . suffixFSM = suffixFSM ; }

Construye un predeterminado idotenwordprocessor.Utiliza el conjunto de expresión regular de USEnglish (USENGREGEXP) de forma predeterminada.


private void doUpdateAction  ( DataSupport baseObj , List < Field > supportedFields ) throws SecurityException , IllegalArgumentException , NoSuchMethodException , IllegalAccessException , InvocationTargetException { ContentValues values = new ContentValues ( ) ; beforeUpdate ( baseObj , supportedFields , values ) ; updating ( baseObj , values ) ; afterUpdate ( baseObj ) ; }

Cuando un modelo está asociado con dos modelos diferentes.


public static void updateMediaNotificationForTab  ( Context context , int tabId , boolean audio , boolean video , String fullUrl ) { int mediaType = getMediaType ( audio , video ) ; if ( ! shouldStartService ( context , mediaType , tabId ) ) return ; Intent intent = new Intent ( context , MediaCaptureNotificationService . class ) ; intent . putExtra ( NOTIFICATION_ID_EXTRA , tabId ) ; String baseUrl = fullUrl ; try { URL url = new URL ( fullUrl ) ; baseUrl = url . getProtocol ( ) + "://" + url . getHost ( ) ; } catch ( MalformedURLException e ) { Log . w ( TAG , "Error parsing the webrtc url " + fullUrl ) ; } intent . putExtra ( NOTIFICATION_MEDIA_URL_EXTRA , baseUrl ) ; intent . putExtra ( NOTIFICATION_MEDIA_TYPE_EXTRA , mediaType ) ; context . startService ( intent ) ; }

Envíe una intención a MediaCapturenOtificationservice para crear, actualizar o destruir la notificación identificada por TABID.


public static DataSchema put  ( DataSchema schema ) { return registry . put ( schema . getSchemaName ( ) , schema ) ; }

Agrega el esquema de datos dado al registro.Si hubo un esquema existente con el mismo nombre, se reemplaza.