public static Map < String , Object > runPullEntitySync  ( DispatchContext dctx , Map < String , Object > context ) { LocalDispatcher dispatcher = dctx . getDispatcher ( ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String entitySyncId = ( String ) context . get ( "entitySyncId" ) ; String remotePullAndReportEntitySyncDataName = ( String ) context . get ( "remotePullAndReportEntitySyncDataName" ) ; Debug . logInfo ( "Running runPullEntitySync for entitySyncId=" + context . get ( "entitySyncId" ) , module ) ; boolean gotMoreData = true ; Timestamp startDate = null ; Long toCreateInserted = null ; Long toCreateUpdated = null ; Long toCreateNotUpdated = null ; Long toStoreInserted = null ; Long toStoreUpdated = null ; Long toStoreNotUpdated = null ; Long toRemoveDeleted = null ; Long toRemoveAlreadyDeleted = null ; while ( gotMoreData ) { gotMoreData = false ; Map < String , Object > remoteCallContext = new HashMap < String , Object > ( ) ; remoteCallContext . put ( "entitySyncId" , entitySyncId ) ; remoteCallContext . put ( "delegatorName" , context . get ( "remoteDelegatorName" ) ) ; remoteCallContext . put ( "userLogin" , context . get ( "userLogin" ) ) ; remoteCallContext . put ( "startDate" , startDate ) ; remoteCallContext . put ( "toCreateInserted" , toCreateInserted ) ; remoteCallContext . put ( "toCreateUpdated" , toCreateUpdated ) ; remoteCallContext . put ( "toCreateNotUpdated" , toCreateNotUpdated ) ; remoteCallContext . put ( "toStoreInserted" , toStoreInserted ) ; remoteCallContext . put ( "toStoreUpdated" , toStoreUpdated ) ; remoteCallContext . put ( "toStoreNotUpdated" , toStoreNotUpdated ) ; remoteCallContext . put ( "toRemoveDeleted" , toRemoveDeleted ) ; remoteCallContext . put ( "toRemoveAlreadyDeleted" , toRemoveAlreadyDeleted ) ; try { Map < String , Object > result = dispatcher . runSync ( remotePullAndReportEntitySyncDataName , remoteCallContext ) ; if ( ServiceUtil . isError ( result ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtErrorCallingRemotePull" , UtilMisc . toMap ( "remotePullAndReportEntitySyncDataName" , remotePullAndReportEntitySyncDataName ) , locale ) , null , null , result ) ; } startDate = ( Timestamp ) result . get ( "startDate" ) ; try { if ( startDate != null && ( ! UtilValidate . isEmpty ( result . get ( "valuesToCreate" ) ) || ! UtilValidate . isEmpty ( result . get ( "valuesToStore" ) ) || ! UtilValidate . isEmpty ( result . get ( "keysToRemove" ) ) ) ) { gotMoreData = true ; List < GenericValue > valuesToCreate = checkList ( result . get ( "valuesToCreate" ) , GenericValue . class ) ; if ( valuesToCreate == null ) valuesToCreate = Collections . emptyList ( ) ; List < GenericValue > valuesToStore = checkList ( result . get ( "valuesToStore" ) , GenericValue . class ) ; if ( valuesToStore == null ) valuesToStore = Collections . emptyList ( ) ; List < GenericEntity > keysToRemove = checkList ( result . get ( "keysToRemove" ) , GenericEntity . class ) ; if ( keysToRemove == null ) keysToRemove = Collections . emptyList ( ) ; Map < String , Object > callLocalStoreContext = UtilMisc . toMap ( "entitySyncId" , entitySyncId , "delegatorName" , context . get ( "localDelegatorName" ) , "valuesToCreate" , valuesToCreate , "valuesToStore" , valuesToStore , "keysToRemove" , keysToRemove ) ; callLocalStoreContext . put ( "userLogin" , context . get ( "userLogin" ) ) ; Map < String , Object > storeResult = dispatcher . runSync ( "storeEntitySyncData" , callLocalStoreContext ) ; if ( ServiceUtil . isError ( storeResult ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtErrorCallingService" , locale ) , null , null , storeResult ) ; } toCreateInserted = ( Long ) storeResult . get ( "toCreateInserted" ) ; toCreateUpdated = ( Long ) storeResult . get ( "toCreateUpdated" ) ; toCreateNotUpdated = ( Long ) storeResult . get ( "toCreateNotUpdated" ) ; toStoreInserted = ( Long ) storeResult . get ( "toStoreInserted" ) ; toStoreUpdated = ( Long ) storeResult . get ( "toStoreUpdated" ) ; toStoreNotUpdated = ( Long ) storeResult . get ( "toStoreNotUpdated" ) ; toRemoveDeleted = ( Long ) storeResult . get ( "toRemoveDeleted" ) ; toRemoveAlreadyDeleted = ( Long ) storeResult . get ( "toRemoveAlreadyDeleted" ) ; } } catch ( GenericServiceException e ) { Debug . logError ( e , "Error calling service to store data locally: " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtErrorCallingService" , locale ) + e . toString ( ) ) ; } } catch ( GenericServiceException e ) { Debug . logError ( e , "Exception calling remote pull and report EntitySync service with name: " + remotePullAndReportEntitySyncDataName + "; " + e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtErrorCallingRemotePull" , UtilMisc . toMap ( "remotePullAndReportEntitySyncDataName" , remotePullAndReportEntitySyncDataName ) , locale ) + e . toString ( ) ) ; } catch ( Throwable t ) { Debug . logError ( t , "Error calling remote pull and report EntitySync service with name: " + remotePullAndReportEntitySyncDataName + "; " + t . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtErrorCallingRemotePull" , UtilMisc . toMap ( "remotePullAndReportEntitySyncDataName" , remotePullAndReportEntitySyncDataName ) , locale ) + t . toString ( ) ) ; } } return ServiceUtil . returnSuccess ( ) ; }

Ejecutar la sincronización de entidad de tracción: tire del control remoto


public static double readSwappedDouble  ( byte [ ] data , int offset ) { return Double . longBitsToDouble ( readSwappedLong ( data , offset ) ) ; }

Lee un valor "doble" de una matriz de bytes a un desplazamiento determinado.El valor se convierte en el sistema de endian opuesto al leer.


@ Override public boolean checkCondition  ( ) { return ! league . hasMember ( invitedAlliance . getObjectId ( ) ) ; }

La alianza entrada todavía no debería estar en la liga.


private void clearCurrentNotifications  ( ) { mbeanNotifications . clearCurrentNotifications ( ) ; if ( mbeanNotifications . isListenerRegistered ( mbean ) ) { clearNotifications0 ( ) ; } else { clearNotifications ( ) ; } }


@ Override public void startGeneralEntity  ( String name , XMLResourceIdentifier identifier , String encoding , Augmentations augs ) throws XNIException { if ( fDocumentHandler != null && ! fOnlyPassPrefixMappingEvents ) { fDocumentHandler . startGeneralEntity ( name , identifier , encoding , augs ) ; } }

Este método notifica el inicio de una entidad general.<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.


@ Override public void onCancel  ( String callerTag ) { ComponentsGetter cg = ( ComponentsGetter ) getActivity ( ) ; cg . getFileOperationsHelper ( ) . removeFiles ( mTargetFiles , true ) ; }

Realiza la eliminación de la copia local del archivo de destino.


public PhotosSaveMarketPhotoQuery cropHash  ( String value ) { return unsafeParam ( "crop_hash" , value ) ; }

Parámetro devuelto cuando las fotos se cargan en el servidor.


public static byte [ ] decompressForZlib  ( byte [ ] bytesToDecompress ) { byte [ ] returnValues = null ; Inflater inflater = new Inflater ( ) ; int numberOfBytesToDecompress = bytesToDecompress . length ; inflater . setInput ( bytesToDecompress , 0 , numberOfBytesToDecompress ) ; int bufferSizeInBytes = numberOfBytesToDecompress ; int numberOfBytesDecompressedSoFar = 0 ; List < Byte > bytesDecompressedSoFar = new ArrayList < Byte > ( ) ; try { while ( inflater . needsInput ( ) == false ) { byte [ ] bytesDecompressedBuffer = new byte [ bufferSizeInBytes ] ; int numberOfBytesDecompressedThisTime = inflater . inflate ( bytesDecompressedBuffer ) ; numberOfBytesDecompressedSoFar += numberOfBytesDecompressedThisTime ; for ( int b = 0 ; b < numberOfBytesDecompressedThisTime ; b ++ ) { bytesDecompressedSoFar . add ( bytesDecompressedBuffer [ b ] ) ; } } returnValues = new byte [ bytesDecompressedSoFar . size ( ) ] ; for ( int b = 0 ; b < returnValues . length ; b ++ ) { returnValues [ b ] = ( byte ) ( bytesDecompressedSoFar . get ( b ) ) ; } } catch ( DataFormatException dfe ) { dfe . printStackTrace ( ) ; } inflater . end ( ) ; return returnValues ; }


@ Override public void unparsedEntityDecl  ( String name , XMLResourceIdentifier identifier , String notation , Augmentations augs ) throws XNIException { XMLEntityDecl entityDecl = new XMLEntityDecl ( ) ; boolean isPE = name . startsWith ( "%" ) ; boolean inExternal = ( fReadingExternalDTD || fPEDepth > 0 ) ; entityDecl . setValues ( name , identifier . getPublicId ( ) , identifier . getLiteralSystemId ( ) , identifier . getBaseSystemId ( ) , notation , null , isPE , inExternal ) ; int entityIndex = getEntityDeclIndex ( name ) ; if ( entityIndex == - 1 ) { entityIndex = createEntityDecl ( ) ; setEntityDecl ( entityIndex , entityDecl ) ; } }


public FriendsEditListQuery deleteUserIds  ( Integer ... value ) { return unsafeParam ( "delete_user_ids" , value ) ; }

(Se aplica si el parámetro "user_ids" no está configurado). ID de usuario para eliminar de la lista de amigos.


public int failInProgressUploads  ( UploadResult fail ) { Log_OC . v ( TAG , "Updating state of any killed upload" ) ; ContentValues cv = new ContentValues ( ) ; cv . put ( ProviderTableMeta . UPLOADS_STATUS , UploadStatus . UPLOAD_FAILED . getValue ( ) ) ; cv . put ( ProviderTableMeta . UPLOADS_LAST_RESULT , fail != null ? fail . getValue ( ) : UploadResult . UNKNOWN . getValue ( ) ) ; cv . put ( ProviderTableMeta . UPLOADS_UPLOAD_END_TIMESTAMP , Calendar . getInstance ( ) . getTimeInMillis ( ) ) ; int result = getDB ( ) . update ( ProviderTableMeta . CONTENT_URI_UPLOADS , cv , ProviderTableMeta . UPLOADS_STATUS + "=?" , new String [ ] { String . valueOf ( UploadStatus . UPLOAD_IN_PROGRESS . getValue ( ) ) } ) ; if ( result == 0 ) { Log_OC . v ( TAG , "No upload was killed" ) ; } else { Log_OC . w ( TAG , Integer . toString ( result ) + " uploads where abruptly interrupted" ) ; notifyObserversNow ( ) ; } return result ; }

Cambia el estado de cualquier en curso Cargar desde UploadStatus.upload_in_progress to uploadstatus.upload_failed


protected void wrapContent  ( ) { mWidget . setMinWidth ( 32 ) ; mWidget . setMinHeight ( 32 ) ; int tw = mWidget . getMinWidth ( ) ; int th = mWidget . getMinHeight ( ) ; if ( mWidget . getHorizontalDimensionBehaviour ( ) == ConstraintWidget . DimensionBehaviour . WRAP_CONTENT ) { mWidget . setWidth ( tw ) ; } if ( mWidget . getVerticalDimensionBehaviour ( ) == ConstraintWidget . DimensionBehaviour . WRAP_CONTENT ) { mWidget . setHeight ( th ) ; } if ( mWidget . getHorizontalDimensionBehaviour ( ) == ConstraintWidget . DimensionBehaviour . FIXED ) { if ( mWidget . getWidth ( ) <= mWidget . getMinWidth ( ) ) { mWidget . setHorizontalDimensionBehaviour ( ConstraintWidget . DimensionBehaviour . WRAP_CONTENT ) ; } } if ( mWidget . getVerticalDimensionBehaviour ( ) == ConstraintWidget . DimensionBehaviour . FIXED ) { if ( mWidget . getHeight ( ) <= mWidget . getMinHeight ( ) ) { mWidget . setVerticalDimensionBehaviour ( ConstraintWidget . DimensionBehaviour . WRAP_CONTENT ) ; } } mWidget . setBaselineDistance ( 0 ) ; }

Método de utilidad Computación del tamaño del widget Si se establecen dimensiones en Wrap_Content, utilizando la fuente predeterminada


public boolean isStacked  ( ) { return mVals != null ; }

Devuelve VERDADERO si esta barra de baré está apilada (tiene una matriz de valores), Falso si no.


public void addPublication  ( final Publisher publisher , final String topic ) { this . publications . put ( publisher , topic ) ; }

Agrega una publicación al objeto de transferencia.


static void appendBytes  ( String content , Mode mode , BitArray bits , String encoding ) throws WriterException { switch ( mode ) { case NUMERIC : appendNumericBytes ( content , bits ) ; break ; case ALPHANUMERIC : appendAlphanumericBytes ( content , bits ) ; break ; case BYTE : append8BitBytes ( content , bits , encoding ) ; break ; case KANJI : appendKanjiBytes ( content , bits ) ; break ; default : throw new WriterException ( "Invalid mode: " + mode ) ; } }

Anexa "Bytes" en modo "MODO" (codificación) en "Bits".Sobre el éxito, almacene el resultado en "Bits".


private Map < String , Object > generateUserEditedPropertiesMap  ( ) { HashMap < String , Object > map = new HashMap < > ( ) ; map . put ( AvdWizardUtils . DEVICE_DEFINITION_KEY , myDevice ) ; map . put ( AvdWizardUtils . SYSTEM_IMAGE_KEY , mySystemImage ) ; map . put ( AvdWizardUtils . AVD_ID_KEY , myAvdId . get ( ) ) ; map . put ( AvdWizardUtils . VM_HEAP_STORAGE_KEY , myVmHeapStorage . get ( ) ) ; map . put ( AvdWizardUtils . DISPLAY_NAME_KEY , myAvdDisplayName . get ( ) ) ; map . put ( AvdWizardUtils . DEFAULT_ORIENTATION_KEY , mySelectedAvdOrientation . get ( ) ) ; map . put ( AvdWizardUtils . RAM_STORAGE_KEY , myAvdDeviceData . ramStorage ( ) . get ( ) ) ; map . put ( AvdWizardUtils . IS_IN_EDIT_MODE_KEY , myIsInEditMode . get ( ) ) ; map . put ( AvdWizardUtils . HAS_HARDWARE_KEYBOARD_KEY , myEnableHardwareKeyboard . get ( ) ) ; map . put ( HardwareProperties . HW_INITIAL_ORIENTATION , mySelectedAvdOrientation . get ( ) . getShortDisplayValue ( ) ) ; map . put ( AvdWizardUtils . USE_HOST_GPU_KEY , myUseHostGpu . get ( ) ) ; map . put ( AvdWizardUtils . DEVICE_FRAME_KEY , myHasDeviceFrame . get ( ) ) ; map . put ( AvdWizardUtils . HOST_GPU_MODE_KEY , myHostGpuMode . getValue ( ) ) ; if ( myUseQemu2 . get ( ) ) { if ( myCpuCoreCount . get ( ) . isPresent ( ) ) { map . put ( AvdWizardUtils . CPU_CORES_KEY , myCpuCoreCount . getValue ( ) ) ; } else { map . put ( AvdWizardUtils . CPU_CORES_KEY , 1 ) ; } } else { map . remove ( AvdWizardUtils . CPU_CORES_KEY ) ; } if ( myOriginalSdCard != null ) { map . put ( AvdWizardUtils . SD_CARD_STORAGE_KEY , myOriginalSdCard ) ; } if ( ! Strings . isNullOrEmpty ( existingSdLocation . get ( ) ) ) { map . put ( AvdWizardUtils . EXISTING_SD_LOCATION , existingSdLocation . get ( ) ) ; } if ( ! Strings . isNullOrEmpty ( myExternalSdCardLocation . get ( ) ) ) { map . put ( AvdWizardUtils . DISPLAY_SD_LOCATION_KEY , myExternalSdCardLocation . get ( ) ) ; } map . put ( AvdWizardUtils . DISPLAY_USE_EXTERNAL_SD_KEY , myUseExternalSdCard . get ( ) ) ; map . put ( AvdWizardUtils . INTERNAL_STORAGE_KEY , myInternalStorage . get ( ) ) ; map . put ( AvdWizardUtils . NETWORK_SPEED_KEY , mySelectedNetworkSpeed . get ( ) . getAsParameter ( ) ) ; map . put ( AvdWizardUtils . NETWORK_LATENCY_KEY , mySelectedNetworkLatency . get ( ) . getAsParameter ( ) ) ; map . put ( AvdWizardUtils . FRONT_CAMERA_KEY , mySelectedAvdFrontCamera . get ( ) . getAsParameter ( ) ) ; map . put ( AvdWizardUtils . BACK_CAMERA_KEY , mySelectedAvdBackCamera . get ( ) . getAsParameter ( ) ) ; if ( myAvdDeviceData . customSkinFile ( ) . get ( ) . isPresent ( ) ) { map . put ( AvdWizardUtils . CUSTOM_SKIN_FILE_KEY , myAvdDeviceData . customSkinFile ( ) . getValue ( ) ) ; } if ( myBackupSkinFile . get ( ) . isPresent ( ) ) { map . put ( AvdWizardUtils . BACKUP_SKIN_FILE_KEY , myBackupSkinFile . getValue ( ) ) ; } if ( mySdCardStorage . get ( ) . isPresent ( ) ) { map . put ( AvdWizardUtils . DISPLAY_SD_SIZE_KEY , mySdCardStorage . getValue ( ) ) ; } return map ; }

Devuelve un mapa que contiene todas las propiedades editables en este asistente para pasar al AVD antes de la serialización


void xLock  ( Object obj , long txNum ) { Object anchor = getAnchor ( obj ) ; txWaitMap . put ( txNum , anchor ) ; synchronized ( anchor ) { Lockers lks = prepareLockers ( obj ) ; if ( hasXLock ( lks , txNum ) ) return ; try { long timestamp = System . currentTimeMillis ( ) ; while ( ! xLockable ( lks , txNum ) && ! waitingTooLong ( timestamp ) ) { avoidDeadlock ( lks , txNum , X_LOCK ) ; lks . requestSet . add ( txNum ) ; anchor . wait ( MAX_TIME ) ; lks . requestSet . remove ( txNum ) ; } if ( ! xLockable ( lks , txNum ) ) throw new LockAbortException ( ) ; lks . xLocker = txNum ; getObjectSet ( txNum ) . add ( obj ) ; } catch ( InterruptedException e ) { throw new LockAbortException ( ) ; } } txWaitMap . remove ( txNum ) ; }

Otorga un xlock en el elemento especificado.Si existe algún bloqueo de conflicto cuando se llama el método, entonces el hilo de llamada se colocará en una lista de espera hasta que se libere el bloqueo.Si el hilo permanece en la lista de espera durante una cierta cantidad de tiempo, se lanza una excepción.


public void addArg  ( Expr node ) { List < Expr > list = ( parent == null || state == null ) ? getArgListNoTransform ( ) : getArgList ( ) ; list . addChild ( node ) ; }


public BoundedInputStream ( InputStream in , long size ) { this . max = size ; this . in = in ; }

Crea un nuevo <código> BoundPutStream </ Code> que envuelve el flujo de entrada dado y lo limita a un tamaño determinado.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Bleed_END_ME_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200470 , skilltarget ) ; }


public String toUrl  ( ) { StringBuilder url = new StringBuilder ( ) . append ( _protocol ) . append ( SEPARATOR_1 ) . append ( _hostname ) . append ( SEPARATOR_2 ) . append ( _port ) . append ( SEPARATOR_3 ) . append ( _pid ) . append ( SEPARATOR_4 ) . append ( _objectId ) . append ( SEPARATOR_5 ) . append ( _objectClassLoaderId ) . append ( SEPARATOR_6 ) . append ( _lrmiRuntimeId ) . append ( SEPARATOR_7 ) . append ( _serviceDetails ) . append ( SEPARATOR_8 ) ; return url . toString ( ) ; }

Devuelve una URL del siguiente formato: <Protocolo>: // <nombre de host>: <PORT> / PID / <REMOTE-ID-ID-STRING> _ <STUBID> NIO: //192.168.10.174: 53727 / pid [7284] / 611763683694280_1_7316247838020130362_details [Clase com.sun.jini.reggie.gigareegistrar] Para futuras adiciones a esta URL, consulte estos casos de prueba de clase para ver las posibles limitaciones de compatibilidad hacia atrás.En general, sería mejor si el delimitador de cierre de cualquier infominación adicional no sea tan general.E.G:]))} _ Esta limitación solo se aplica si la información adicional es general (es decir, la cadena).En el caso más específico, donde la información adicional puede ser un número, fecha, etc., cualquier cosa que se pueda describir con precisión mediante una expresión regular, esta limitación delimitador de cierre probablemente no se aplica.


public Configuration ( Sentence sentence ) { this ( sentence , new Stack < Integer > ( ) , new LinkedList < Integer > ( ) , new ArrayList < Dependency > ( ) ) ; }


protected void copyReaders  ( Catalog newCatalog ) { Vector mapArr = new Vector ( readerMap . size ( ) ) ; for ( int count = 0 ; count < readerMap . size ( ) ; count ++ ) { mapArr . add ( null ) ; } Enumeration en = readerMap . keys ( ) ; while ( en . hasMoreElements ( ) ) { String mimeType = ( String ) en . nextElement ( ) ; Integer pos = ( Integer ) readerMap . get ( mimeType ) ; mapArr . set ( pos . intValue ( ) , mimeType ) ; } for ( int count = 0 ; count < mapArr . size ( ) ; count ++ ) { String mimeType = ( String ) mapArr . get ( count ) ; Integer pos = ( Integer ) readerMap . get ( mimeType ) ; newCatalog . addReader ( mimeType , ( CatalogReader ) readerArr . get ( pos . intValue ( ) ) ) ; } }

Copia la lista de lectores del catálogo actual a un nuevo catálogo.<P /> <P> Este método se usa internamente cuando se construye un nuevo catálogo.Copia las asociaciones de lectores actuales al nuevo catálogo.</ p>


@ Override public void onUpdate  ( ) { ItemStack stack = this . getDataManager ( ) . get ( getITEM ( ) ) . orNull ( ) ; if ( stack != null && stack . getItem ( ) != null && stack . getItem ( ) . onEntityItemUpdate ( this ) ) return ; if ( this . getEntityItem ( ) == null ) { this . setDead ( ) ; } else { if ( ! this . worldObj . isRemote ) { this . setFlag ( 6 , this . isGlowing ( ) ) ; } this . onEntityUpdate ( ) ; if ( getPickupDelay ( ) > 0 && getPickupDelay ( ) != 32767 ) { setPickupDelay ( getPickupDelay ( ) - 1 ) ; } this . prevPosX = this . posX ; this . prevPosY = this . posY ; this . prevPosZ = this . posZ ; if ( ! this . func_189652_ae ( ) ) { this . motionY -= 0.03999999910593033D ; } updateBuoy ( ) ; this . noClip = this . pushOutOfBlocks ( this . posX , ( this . getEntityBoundingBox ( ) . minY + this . getEntityBoundingBox ( ) . maxY ) / 2.0D , this . posZ ) ; this . moveEntity ( this . motionX , this . motionY , this . motionZ ) ; boolean flag = ( int ) this . prevPosX != ( int ) this . posX || ( int ) this . prevPosY != ( int ) this . posY || ( int ) this . prevPosZ != ( int ) this . posZ ; if ( flag || this . ticksExisted % 25 == 0 ) { if ( this . worldObj . getBlockState ( new BlockPos ( this ) ) . getMaterial ( ) == Material . LAVA ) { this . motionY = 0.20000000298023224D ; this . motionX = ( double ) ( ( this . rand . nextFloat ( ) - this . rand . nextFloat ( ) ) * 0.2F ) ; this . motionZ = ( double ) ( ( this . rand . nextFloat ( ) - this . rand . nextFloat ( ) ) * 0.2F ) ; this . playSound ( SoundEvents . ENTITY_GENERIC_BURN , 0.4F , 2.0F + this . rand . nextFloat ( ) * 0.4F ) ; } if ( ! this . worldObj . isRemote ) { superSearchForOtherItemsNearby ( ) ; } } float f = 0.98F ; if ( this . onGround ) { f = this . worldObj . getBlockState ( new BlockPos ( MathHelper . floor_double ( this . posX ) , MathHelper . floor_double ( this . getEntityBoundingBox ( ) . minY ) - 1 , MathHelper . floor_double ( this . posZ ) ) ) . getBlock ( ) . slipperiness * 0.98F ; } this . motionX *= ( double ) f ; this . motionY *= 0.9800000190734863D ; this . motionZ *= ( double ) f ; if ( this . onGround ) { this . motionY *= - 0.5D ; } if ( this . getAge0 ( ) != - 32768 ) { setAge ( getAge0 ( ) + 1 ) ; } ItemStack item = this . getDataManager ( ) . get ( getITEM ( ) ) . orNull ( ) ; if ( ! this . worldObj . isRemote && this . getAge0 ( ) >= lifespan ) { int hook = net . minecraftforge . event . ForgeEventFactory . onItemExpire ( this , item ) ; if ( hook < 0 ) this . setDead ( ) ; else this . lifespan += hook ; } if ( item != null && item . stackSize <= 0 ) { this . setDead ( ) ; } } }

Llamado para actualizar la posición / lógica de la entidad.


public boolean isContent  ( ) { return state . equals ( CONTENT ) ; }


public boolean isAlreadyMatched  ( ) { return false ; }

¿La entrada que se devuelve ya coincida con la plantilla de búsqueda actualmente es verdadera si la exploración subyacente hecha por Cachemanager :: Entristioner


public static SM_SYSTEM_MESSAGE STR_PARTY_HE_IS_BANISHED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300177 , value0 ) ; }


Indica el final de un objeto en la entrada JSON.Este método se llamará después de leer el carácter de soporte de cierre de cierre (<código> '}' </ código>).


public void write  ( short u0 , short u1 , short u2 ) { write ( u0 ) ; write ( u1 ) ; write ( u2 ) ; }


public void mouseReleased  ( int x , int y ) { for ( ConstraintWidget widget : mWidgetsScene . getWidgets ( ) ) { getDecorator ( widget ) . setShowActions ( true ) ; } boolean longPress = false ; if ( System . currentTimeMillis ( ) - mPressTime > LONG_PRESS_THRESHOLD ) { longPress = true ; } if ( mMouseMode == MouseMode . INACTIVE ) { return ; } if ( mAutoConnect ) { for ( SnapCandidate candidate : mWidgetMotion . getSnapCandidates ( ) ) { if ( ! candidate . source . isConnectionAllowed ( candidate . target . getOwner ( ) ) ) { continue ; } int margin = candidate . margin ; if ( candidate . padding != 0 ) { margin = candidate . padding ; } margin = Math . abs ( margin ) ; ConstraintWidget widget = candidate . source . getOwner ( ) ; widget . connect ( candidate . source , candidate . target , margin , ConstraintAnchor . AUTO_CONSTRAINT_CREATOR ) ; mSelection . addModifiedWidget ( candidate . source . getOwner ( ) ) ; } for ( ConstraintWidget widget : mSelection . getModifiedWidgets ( ) ) { for ( ConstraintAnchor anchor : widget . getAnchors ( ) ) { if ( ! anchor . isConnected ( ) ) { continue ; } if ( anchor . getConnectionCreator ( ) != ConstraintAnchor . AUTO_CONSTRAINT_CREATOR ) { continue ; } WidgetDecorator . getConstraintHandle ( anchor ) . startLock ( ) ; } } } mWidgetMotion . mouseReleased ( ) ; mWidgetResize . mouseReleased ( ) ; mSceneDraw . mouseReleased ( ) ; mClickListener . clearSelection ( ) ; mClickListener . find ( mViewTransform . getSwingFX ( x ) , mViewTransform . getSwingFY ( y ) ) ; ConstraintAnchor anchor = mClickListener . getConstraintAnchor ( ) ; if ( mSelection . getSelectedAnchor ( ) != null && mSelection . getConnectionCandidateAnchor ( ) == null && anchor == mSelection . getSelectedAnchor ( ) && ! longPress ) { if ( mSelection . getSelectedAnchor ( ) . isConnected ( ) && mSelection . getSelectedAnchor ( ) . getTarget ( ) == mSelection . getSelectedAnchorInitialTarget ( ) ) { ConstraintWidget widget = mSelection . getSelectedAnchor ( ) . getOwner ( ) ; ConstraintAnchor selectedAnchor = mSelection . getSelectedAnchor ( ) ; if ( selectedAnchor . isVerticalAnchor ( ) ) { widget . setVerticalBiasPercent ( 0.5f ) ; } else { widget . setHorizontalBiasPercent ( 0.5f ) ; } widget . resetAnchor ( selectedAnchor ) ; ConstraintHandle selectedHandle = WidgetInteractionTargets . constraintHandle ( selectedAnchor ) ; if ( mSelection . getSelectedAnchor ( ) . getType ( ) == ConstraintAnchor . Type . BASELINE ) { mSceneDraw . getChoreographer ( ) . addAnimation ( new AnimatedDestroyLine ( selectedHandle ) ) ; } else { mSceneDraw . getChoreographer ( ) . addAnimation ( new AnimatedDestroyCircle ( selectedHandle ) ) ; } mSelection . addModifiedWidget ( widget ) ; } } ConstraintWidget widget = mClickListener . mHitWidget ; if ( widget != null ) { if ( mMouseMode == MouseMode . SELECT ) { if ( ! mSelection . contains ( widget ) ) { if ( ! ( isShiftDown ( ) || isControlDown ( ) ) ) { mSelection . clear ( ) ; } mSelection . add ( widget ) ; } else if ( isControlDown ( ) ) { mSelection . remove ( widget ) ; } } } if ( mSelection . isEmpty ( ) && mSelection . getSelectedAnchor ( ) == null ) { int x1 = Math . min ( getStartPoint ( ) . x , getLastPoint ( ) . x ) ; int x2 = Math . max ( getStartPoint ( ) . x , getLastPoint ( ) . x ) ; int y1 = Math . min ( getStartPoint ( ) . y , getLastPoint ( ) . y ) ; int y2 = Math . max ( getStartPoint ( ) . y , getLastPoint ( ) . y ) ; Rectangle selectionRect = new Rectangle ( ) ; selectionRect . setBounds ( x1 , y1 , x2 - x1 , y2 - y1 ) ; if ( selectionRect . width > 0 && selectionRect . height > 0 ) { ArrayList < ConstraintWidget > selection = mWidgetsScene . findWidgets ( mWidgetsScene . getRoot ( ) , selectionRect . x , selectionRect . y , selectionRect . width , selectionRect . height ) ; for ( ConstraintWidget w : selection ) { mSelection . add ( w ) ; } } } if ( mSelection . getSelectedGuideline ( ) != null ) { Rectangle head = mSelection . getSelectedGuideline ( ) . getHead ( ) ; if ( head . contains ( getStartPoint ( ) . x , getStartPoint ( ) . y ) ) { Selection . Element element = mSelection . get ( mSelection . getSelectedGuideline ( ) ) ; if ( element != null ) { if ( mSelection . getSelectedGuideline ( ) . getOrientation ( ) == Guideline . VERTICAL ) { if ( element . origin . x == mSelection . getSelectedGuideline ( ) . getDrawX ( ) ) { mSelection . getSelectedGuideline ( ) . cyclePosition ( ) ; mSelection . addModifiedWidget ( mSelection . getSelectedGuideline ( ) ) ; } } else { if ( element . origin . y == mSelection . getSelectedGuideline ( ) . getDrawY ( ) ) { mSelection . getSelectedGuideline ( ) . cyclePosition ( ) ; mSelection . addModifiedWidget ( mSelection . getSelectedGuideline ( ) ) ; } } } } } for ( Selection . Element selection : mSelection . getElements ( ) ) { getDecorator ( selection . widget ) . mouseRelease ( x , y , mViewTransform , mSelection ) ; } for ( Selection . Element selection : mSelection . getElements ( ) ) { selection . directionLocked = Selection . DIRECTION_UNLOCKED ; } mSceneDraw . setCurrentUnderneathAnchor ( null ) ; mMouseMode = MouseMode . INACTIVE ; mSelection . setSelectedAnchor ( null ) ; mSelection . setSelectedResizeHandle ( null ) ; mSelection . setConnectionCandidateAnchor ( null ) ; mSelection . clearBounds ( ) ; mSelection . selectionHasChanged ( ) ; mLastMousePosition . setLocation ( 0 , 0 ) ; mSnapshot = null ; mMouseDown = false ; Animator . setAnimationEnabled ( true ) ; }


public Action removeAction  ( String name ) { Action a = getAction ( name ) ; if ( a != null ) { a . cancel ( ) ; m_actions . remove ( name ) ; a . setVisualization ( null ) ; } return a ; }

Eliminar una acción de procesamiento de datos registrada con esta visualización.Si la acción eliminada se está ejecutando actualmente, se cancelará.La referencia de visualización en poder de la acción eliminada se establecerá en NULL. <br/> <strong> Nota: </ strong> se pueden producir errores si la acción eliminada se incluye en una relación "Siempre ejecutar después" con otra acción registrada que tieneNo ha sido eliminado de esta visualización.Es la responsabilidad actual de los clientes para evitar esta situación.


public boolean isApplicable  ( ) { return getViewer ( ) instanceof ViewerBase ; }

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


public static ObjectName buildObjectName  ( String domain , String type , String name ) throws MalformedObjectNameException , NullPointerException { return new ObjectName ( domain + ':' + TYPE_KEY + '=' + type + ',' + NAME_KEY + '=' + name ) ; }

Construye el nombre de objeto correcto para los componentes Gigaspaces JMX.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Silence_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200742 , skillcaster , skillname ) ; }

[% Skillcaster] se silenció en silencio porque usó [% de habilidad].


public VideoCreateCommentQuery message  ( String value ) { return unsafeParam ( "message" , value ) ; }


private void addToQueue  ( Collection < SerialMessage > msgs , ZWaveCommandClass commandClass , int endpointId ) { if ( msgs == null ) { return ; } for ( SerialMessage serialMessage : msgs ) { addToQueue ( node . encapsulate ( serialMessage , commandClass , endpointId ) ) ; } }

Mueve todos los mensajes en una colección a la cola y los encapsula.


public static boolean isStorageAlmostFull  ( ) { return Environment . getExternalStorageDirectory ( ) . getUsableSpace ( ) < STORAGE_ALMOST_FULL_THRESHOLD_BYTES ; }

Devuelve VERDADERO si el almacenamiento está casi lleno, lo que indica que el usuario probablemente necesita liberar un espacio.


public final boolean canGetFloat  ( String field ) { Column col = getColumn ( field ) ; return ( col == null ? false : col . canGetFloat ( ) ) ; }

Compruebe si el campo de datos dado puede devolver los valores primitivos <codes> flotan </ code>.


public static void addElement  ( Document doc , Element rootElement , String elementName , String typeIn , String isArrayIn , String partitionerIn ) { Element element = doc . createElement ( "element" ) ; rootElement . appendChild ( element ) ; Element name = doc . createElement ( "name" ) ; name . appendChild ( doc . createTextNode ( elementName ) ) ; element . appendChild ( name ) ; Element type = doc . createElement ( "type" ) ; type . appendChild ( doc . createTextNode ( typeIn ) ) ; element . appendChild ( type ) ; if ( isArrayIn . equals ( "true" ) ) { element . appendChild ( doc . createElement ( "isArray" ) ) ; } if ( partitionerIn != null ) { Element partitioner = doc . createElement ( "partitioner" ) ; partitioner . appendChild ( doc . createTextNode ( partitionerIn ) ) ; element . appendChild ( partitioner ) ; } }

Método de ayuda para agregar elementos al esquema de datos de prueba


public void removeEntries  ( int minSelectionIndex , int maxSelectionIndex ) { if ( ( maxSelectionIndex < minSelectionIndex ) || ( maxSelectionIndex >= colourMapList . size ( ) ) ) { return ; } int index = maxSelectionIndex ; while ( index >= minSelectionIndex ) { colourMapList . remove ( index ) ; index -- ; } this . fireTableDataChanged ( ) ; if ( parentObj != null ) { parentObj . colourMapUpdated ( ) ; } }

Elimina las entradas de mapa de color seleccionadas.


public CertPinManager ( String path , TrustedCertificateStore store ) throws PinManagerException { if ( path == null ) { throw new NullPointerException ( "path == null" ) ; } pinFile = new File ( path ) ; certStore = store ; }


public static double value  ( double order , double x ) throws MathIllegalArgumentException , MathIllegalStateException  { final int n = ( int ) order ; final double alpha = order - n ; final int nb = n + 1 ; final BesselJResult res = rjBesl ( x , alpha , nb ) ; if ( res . nVals >= nb ) { return res . vals [ n ] ; } else if ( res . nVals < 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . BESSEL_FUNCTION_BAD_ARGUMENT , order , x ) ; } else if ( FastMath . abs ( res . vals [ res . nVals - 1 ] ) < 1e-100 ) { return res . vals [ n ] ; } throw new MathIllegalStateException ( LocalizedCoreFormats . BESSEL_FUNCTION_FAILED_CONVERGENCE , order , x ) ; }

Devuelve la primera función Bessel, \ (J_ {PEDIDO} (x) \).


@ Override public int hashCode  ( ) { int code = super . hashCode ( ) ; if ( fEntityName != null ) { code += fEntityName . hashCode ( ) ; } return code ; }

Devuelve un código hash para este objeto.


private static boolean intersectsLngEdge  ( S2Point a , S2Point b , R1Interval lat , double lng ) { return S2 . simpleCrossing ( a , b , S2LatLng . fromRadians ( lat . lo ( ) , lng ) . toPoint ( ) , S2LatLng . fromRadians ( lat . hi ( ) , lng ) . toPoint ( ) ) ; }

Devuelva VERDADERO si el borde AB intersecta el borde dado de la longitud constante.


public void resizeResiduals  ( int numberOfSamples ) { residuals = new byte [ numberOfSamples ] ; }

Restablece el número de residuos, e inicialice todos ellos a 255 (que es 0 para Mulaw).


public Date calculateEasterForYear  ( int year ) { int a = year % 4 ; int b = year % 7 ; int c = year % 19 ; int d = ( 19 * c + 15 ) % 30 ; int e = ( 2 * a + 4 * b - d + 34 ) % 7 ; int month = ( int ) Math . floor ( ( d + e + 114 ) / 31 ) ; int day = ( ( d + e + 144 ) % 31 ) + 1 ; day ++ ; return Date . on ( day , month , year ) . addDay ( 13 ) ; }

Calcula la fecha del domingo de Pascua para el año dado.


public static SM_SYSTEM_MESSAGE STR_MSG_FRIENDLY_LEAVE_IDARENA  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400962 , value0 ) ; }

% 0 abandonó el entrenamiento y dejó el crisol empíreo.


public final int hashCode  ( ) { return super . hashCode ( ) ; }


public boolean isCurrentSelected  ( ) { return isCurrentSet ( ) && selected . contains ( current ) ; }


protected Element insertMajorBoundary  ( NodeList tokens , int i , Element firstToken , String tone , int breakindex ) { Element boundary = insertBoundary ( ( Element ) tokens . item ( i ) , tone , breakindex ) ; insertPhraseNode ( firstToken , boundary ) ; return boundary ; }

Inserte un límite mayor después del número de token <código> i </ code> en <código> tokens </ code>.<p /> también inserta una etiqueta de frase en la posición apropiada.


private void testClass  ( FilterConfigInterface objUnderTest , int noOFExpectedFilters ) { assertNotNull ( objUnderTest . getFilterConfiguration ( ) ) ; assertNotNull ( objUnderTest . createFilter ( ) ) ; assertNull ( objUnderTest . createFilter ( null ) ) ; LogicFilterImpl filter = ( LogicFilterImpl ) objUnderTest . createLogicFilter ( null ) ; assertEquals ( 0 , filter . getChildren ( ) . size ( ) ) ; List < Filter > filterList = new ArrayList < Filter > ( ) ; try { filterList . add ( CQL . toFilter ( "filter1 >= 5" ) ) ; } catch ( CQLException e ) { e . printStackTrace ( ) ; fail ( ) ; } filter = ( LogicFilterImpl ) objUnderTest . createLogicFilter ( filterList ) ; if ( noOFExpectedFilters > 1 ) { assertEquals ( 0 , filter . getChildren ( ) . size ( ) ) ; try { filterList . add ( CQL . toFilter ( "filter2 >= 5" ) ) ; } catch ( CQLException e ) { e . printStackTrace ( ) ; fail ( ) ; } filter = ( LogicFilterImpl ) objUnderTest . createLogicFilter ( filterList ) ; } assertEquals ( noOFExpectedFilters , filter . getChildren ( ) . size ( ) ) ; System . out . println ( filter . toString ( ) ) ; }


public static Uri PathToUri  ( String path ) { return Uri . fromFile ( new File ( path ) ) ; }

Convierte rápidamente la ruta a URI, que son obligatorias en LIBVLC.


public Sort ( String [ ] fields , boolean [ ] ascend ) { m_fields = fields ; m_ascend = ascend ; }

Crea una nueva especificación de clasificación que ordena en los campos dados en las órdenes dadas.


@ Override public void processingInstruction  ( String target , XMLString data , Augmentations augmentations ) throws XNIException { }

Una instrucción de procesamiento.Las instrucciones de procesamiento consisten en un nombre de destino y, opcionalmente, datos de texto.Los datos solo son significativos para la aplicación.<p /> Típicamente, los datos de una instrucción de procesamiento contendrán una serie de pseudo-atributos.Estos pseudo-atributos siguen la forma de atributos de elementos, pero son <strong> no </ strong> analizados o presentados a la aplicación como otra cosa que no sea texto.La solicitud es responsable de analizar los datos.


public boolean apply  ( ClusterViewer clusterViewer , String attributeThatDefinesBiologicalSamples ) { final SampleAttributeTable sampleAttributeTable = clusterViewer . getDocument ( ) . getSampleAttributeTable ( ) ; final ArrayList < Triplet < String , String , String > > triangles = computeTriangluation ( sampleAttributeTable , attributeThatDefinesBiologicalSamples ) ; System . err . println ( "Triangulation (" + triangles . size ( ) + "):" ) ; for ( Triplet < String , String , String > triangle : triangles ) { System . err . println ( triangle . toString ( ) ) ; } final int minNumberOfNonConflictedTrianglesRequired = computeMinNumberOfNonConflictedTrianglesRequired ( triangles . size ( ) ) ; System . err . println ( "Minimum number of non-conflicted triangles required to reject H0: " + minNumberOfNonConflictedTrianglesRequired ) ; final Taxa taxa = clusterViewer . getTaxa ( ) ; final Distances distances = clusterViewer . getDistances ( ) ; int numberOfNonconflictedTriangles = 0 ; for ( Triplet < String , String , String > triangle : triangles ) { double ab = distances . get ( taxa . indexOf ( triangle . get1 ( ) ) , taxa . indexOf ( triangle . get2 ( ) ) ) ; double ac = distances . get ( taxa . indexOf ( triangle . get1 ( ) ) , taxa . indexOf ( triangle . get3 ( ) ) ) ; double bc = distances . get ( taxa . indexOf ( triangle . get2 ( ) ) , taxa . indexOf ( triangle . get3 ( ) ) ) ; if ( ac < ab || bc < ab ) { System . err . println ( "Conflicted triangle a=" + triangle . get1 ( ) + ",b=" + triangle . get2 ( ) + " vs c=" + triangle . get3 ( ) + ", distances: " + String . format ( "ab=%.4f, ac=%.4f, bc=%.4f" , ab , ac , bc ) ) ; } else numberOfNonconflictedTriangles ++ ; } if ( numberOfNonconflictedTriangles < minNumberOfNonConflictedTrianglesRequired ) System . err . println ( "Insufficient number of non-conflicted triangles: " + numberOfNonconflictedTriangles + ", null hypothesis not rejected" ) ; return numberOfNonconflictedTriangles >= minNumberOfNonConflictedTrianglesRequired ; }

Realiza la prueba de triangulación descrita en Huson et al, una prueba estadística para detectar la inhomogeneidad taxonómica en muestras metagenómicas replicadas.


public final static String formatStatusLine  ( final StatusLine statline , LineFormatter formatter ) { if ( formatter == null ) formatter = SaveLineFormatter . DEFAULT ; return formatter . formatStatusLine ( null , statline ) . toString ( ) ; }


public final void testCloseOutputStream  ( ) { FallbackFileController fFileController = new FallbackFileController ( PATH ) ; try { fFileController . closeFallbackOutputStream ( ) ; } catch ( DataFallbackException e ) { fail ( "The OutputStream could not be closed" ) ; } assertNull ( fFileController . getOutput ( ) ) ; }

Prueba el método CloseOutputStream, la prueba tiene éxito cuando la secuencia está correctamente cerrada


public void applyConstraints  ( NlComponent n ) { String centerBoth = n . getAttribute ( ANDROID_URI , ATTR_LAYOUT_CENTER_IN_PARENT ) ; if ( centerBoth != null && VALUE_TRUE . equals ( centerBoth ) ) { n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_CENTER_IN_PARENT , null ) ; if ( myCurrentTopMatch == null && myCurrentBottomMatch == null ) { n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_CENTER_VERTICAL , VALUE_TRUE ) ; } if ( myCurrentLeftMatch == null && myCurrentRightMatch == null ) { n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_CENTER_HORIZONTAL , VALUE_TRUE ) ; } } if ( myMoveTop || myMoveBottom || myMoveLeft || myMoveRight ) { String value = n . getAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN ) ; if ( value != null ) { n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN , null ) ; n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN_LEFT , value ) ; n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN_RIGHT , value ) ; n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN_TOP , value ) ; n . setAttribute ( ANDROID_URI , ATTR_LAYOUT_MARGIN_BOTTOM , value ) ; } } if ( myMoveTop ) { clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_TOP ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_TOP ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_BELOW ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_CENTER_VERTICAL ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_BASELINE ) ; } if ( myMoveBottom ) { clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_BOTTOM ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_BOTTOM ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ABOVE ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_CENTER_VERTICAL ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_BASELINE ) ; } if ( myMoveLeft ) { clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_LEFT ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_LEFT ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_START ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_START ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_TO_RIGHT_OF ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_CENTER_HORIZONTAL ) ; clearAttribute ( n , ANDROID_URI , myTextDirection . getAttrLeft ( ) ) ; clearAttribute ( n , ANDROID_URI , myTextDirection . getAttrLeftOf ( ) ) ; } if ( myMoveRight ) { clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_RIGHT ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_RIGHT ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_PARENT_END ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_ALIGN_END ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_TO_LEFT_OF ) ; clearAttribute ( n , ANDROID_URI , ATTR_LAYOUT_CENTER_HORIZONTAL ) ; clearAttribute ( n , ANDROID_URI , myTextDirection . getAttrRight ( ) ) ; clearAttribute ( n , ANDROID_URI , myTextDirection . getAttrRightOf ( ) ) ; } if ( myMoveTop && myCurrentTopMatch != null ) { applyConstraint ( n , myCurrentTopMatch . getConstraint ( true ) ) ; if ( myCurrentTopMatch . type == ALIGN_BASELINE ) { String c = myCurrentTopMatch . getConstraint ( true ) ; c = c . replace ( ATTR_LAYOUT_ALIGN_BASELINE , ATTR_LAYOUT_ALIGN_BOTTOM ) ; applyConstraint ( n , c ) ; } } if ( myMoveBottom && myCurrentBottomMatch != null ) { applyConstraint ( n , myCurrentBottomMatch . getConstraint ( true ) ) ; } if ( myMoveLeft && myCurrentLeftMatch != null ) { String constraint = myCurrentLeftMatch . getConstraint ( true ) ; String rtlConstraint = myCurrentLeftMatch . getRtlConstraint ( myTextDirection , true ) ; if ( rtlConstraint != null && supportsStartEnd ( ) ) { if ( requiresRightLeft ( ) ) { applyConstraint ( n , constraint ) ; } applyConstraint ( n , rtlConstraint ) ; } else { applyConstraint ( n , constraint ) ; } } if ( myMoveRight && myCurrentRightMatch != null ) { String constraint = myCurrentRightMatch . getConstraint ( true ) ; String rtlConstraint = myCurrentRightMatch . getRtlConstraint ( myTextDirection , true ) ; if ( rtlConstraint != null && supportsStartEnd ( ) ) { if ( requiresRightLeft ( ) ) { applyConstraint ( n , constraint ) ; } applyConstraint ( n , rtlConstraint ) ; } else { applyConstraint ( n , constraint ) ; } } if ( myMoveLeft ) { if ( supportsStartEnd ( ) ) { if ( requiresRightLeft ( ) ) { applyMargin ( n , ATTR_LAYOUT_MARGIN_LEFT , getLeftMarginDp ( ) ) ; } applyMargin ( n , myTextDirection . getAttrMarginLeft ( ) , getLeftMarginDp ( ) ) ; } else { applyMargin ( n , ATTR_LAYOUT_MARGIN_LEFT , getLeftMarginDp ( ) ) ; } } if ( myMoveRight ) { if ( supportsStartEnd ( ) ) { if ( requiresRightLeft ( ) ) { applyMargin ( n , ATTR_LAYOUT_MARGIN_RIGHT , getRightMarginDp ( ) ) ; } applyMargin ( n , myTextDirection . getAttrMarginRight ( ) , getRightMarginDp ( ) ) ; } else { applyMargin ( n , ATTR_LAYOUT_MARGIN_RIGHT , getRightMarginDp ( ) ) ; } } if ( myMoveTop ) { applyMargin ( n , ATTR_LAYOUT_MARGIN_TOP , getTopMarginDp ( ) ) ; } if ( myMoveBottom ) { applyMargin ( n , ATTR_LAYOUT_MARGIN_BOTTOM , getBottomMarginDp ( ) ) ; } }

Dado un nodo, aplique las sugerencias expresándolas como valores parámetros de diseño relativos


public AsyncResultFilterEvent ( AsyncResult < T > currentResult , AsyncResult < T > [ ] receivedResults , int totalExpectedResults ) { this . currentResult = currentResult ; this . receivedResults = receivedResults ; this . totalExpectedResults = totalExpectedResults ; }

Construye un nuevo evento de filtro de resultados de ASYNC


public void processUtterance  ( Utterance utterance ) throws ProcessException { fixApostrophe ( utterance ) ; fixTheIy ( utterance ) ; }


public VideoSearchQuery filters  ( List < VideoSearchFilter > value ) { return unsafeParam ( "filters" , value ) ; }


public boolean isConnected  ( ) { return true ; }

Comprueba la conectividad de este gráfico.


public synchronized long size  ( ) { return size ; }

Devuelve el número de bytes que se están utilizando actualmente para almacenar los valores en este caché.Esto puede ser mayor que el tamaño máximo si está pendiente una eliminación de fondo.


public boolean canFindAll  ( ) { return true ; }


public static StyledLayerDescriptor createNewPoint  ( ) { StyledLayerDescriptor sld = styleFactory . createStyledLayerDescriptor ( ) ; NamedLayer namedLayer = styleFactory . createNamedLayer ( ) ; sld . addStyledLayer ( namedLayer ) ; Style style = styleFactory . createStyle ( ) ; namedLayer . addStyle ( style ) ; List < FeatureTypeStyle > ftsList = style . featureTypeStyles ( ) ; FeatureTypeStyle fts = styleFactory . createFeatureTypeStyle ( ) ; ftsList . add ( fts ) ; Rule rule = styleFactory . createRule ( ) ; fts . rules ( ) . add ( rule ) ; PointSymbolizer point = createDefaultPointSymbolizer ( ) ; rule . symbolizers ( ) . add ( point ) ; return sld ; }


private void toggleAlphabetic  ( ) { List < Pokemon > pokemonList = Pokedex . getAllPokemonAlphabetic ( ) ; List < UndoAdapter . UndoItem > list = new ArrayList < > ( ) ; if ( isAlphabetic ) { for ( int i = 0 ; i < pokemonList . size ( ) ; i ++ ) { UndoAdapter . UndoItem undoItem = new UndoAdapter . UndoItem ( pokemonList . get ( i ) . type , pokemonList . get ( i ) ) ; list . add ( i , undoItem ) ; } isAlphabetic = false ; } else { for ( int i = 0 ; i < pokemonList . size ( ) ; i ++ ) { UndoAdapter . UndoItem undoItem = new UndoAdapter . UndoItem ( pokemonList . get ( i ) . name . substring ( 0 , 1 ) , pokemonList . get ( i ) ) ; list . add ( i , undoItem ) ; } isAlphabetic = true ; } adapter . swap ( list ) ; }

Alterna los encabezados entre tipo y alfabético.


public static void encodeToFile  ( byte [ ] dataToEncode , String filename ) throws java . io . IOException { if ( dataToEncode == null ) { throw new NullPointerException ( "Data to encode was null." ) ; } OutputStream bos = null ; try { bos = new OutputStream ( new java . io . FileOutputStream ( filename ) , Base64 . ENCODE ) ; bos . write ( dataToEncode ) ; } catch ( java . io . IOException e ) { throw e ; } finally { try { bos . close ( ) ; } catch ( Exception e ) { } } }

Método de conveniencia para codificar datos a un archivo.<p> ASO de V 2.3, si hay un error, el método lanzará una java.io.ioException.<b> ¡Esto es nuevo en V2.3! </ b> En versiones anteriores, simplemente regresó FALSO, pero en retrospectiva es una forma bastante pobre de manejarlo. </ p>


public static void println  ( char x ) { out . println ( x ) ; }

Imprime un carácter a la salida estándar y luego termina la línea.


private static S2CellId fromFaceIJWrap  ( int face , int i , int j ) { i = Math . max ( - 1 , Math . min ( MAX_SIZE , i ) ) ; j = Math . max ( - 1 , Math . min ( MAX_SIZE , j ) ) ; final double kScale = 1.0 / MAX_SIZE ; double s = kScale * ( ( i << 1 ) + 1 - MAX_SIZE ) ; double t = kScale * ( ( j << 1 ) + 1 - MAX_SIZE ) ; S2Point p = S2Projections . faceUvToXyz ( face , s , t ) ; face = S2Projections . xyzToFace ( p ) ; R2Vector st = S2Projections . validFaceXyzToUv ( face , p ) ; return fromFaceIJ ( face , stToIJ ( st . x ( ) ) , stToIJ ( st . y ( ) ) ) ; }

Dadas (I, J) coordenadas que pueden estar fuera de límites, normalizarlas devolviendo la célula vecina correspondiente en una cara adyacente.


public MP4Config ( String path ) throws IOException , FileNotFoundException { StsdBox stsdBox ; try { mp4Parser = MP4Parser . parse ( path ) ; } catch ( IOException ignore ) { } stsdBox = mp4Parser . getStsdBox ( ) ; mPPS = stsdBox . getB64PPS ( ) ; mSPS = stsdBox . getB64SPS ( ) ; mProfilLevel = stsdBox . getProfileLevel ( ) ; mp4Parser . close ( ) ; }

Encuentra parámetros SPS y PPS dentro de un .mp4.


public void handleDecode  ( Result rawResult , Bitmap barcode , float scaleFactor ) { if ( mScannerCompletionListener != null ) { mScannerCompletionListener . OnScannerCompletion ( rawResult , Scanner . parseResult ( rawResult ) , barcode ) ; } if ( barcode != null ) { mViewfinderView . drawResultBitmap ( barcode ) ; } boolean fromLiveScan = barcode != null ; if ( fromLiveScan ) { mBeepManager . playBeepSoundAndVibrate ( ) ; drawResultPoints ( barcode , scaleFactor , rawResult ) ; } }

Se ha encontrado un código de barras válido, así que dale una indicación de éxito y muestre los resultados.


public < T > T  staleSafe ( WebElement element , WebElementCallable < T > elementCallable )  { return verify ( null , Timeouts . MEDIUM ) ; }

Envuelve el método de un Webelement: lo ejecuta en una forma segura de StalereferenceElementException.


public Vector resolveAllSystem  ( String systemId ) throws IOException { Vector resolutions = new Vector ( ) ; if ( systemId != null ) { Vector localResolutions = resolveAllLocalSystem ( systemId ) ; resolutions = appendVector ( resolutions , localResolutions ) ; } Vector subResolutions = resolveAllSubordinateCatalogs ( SYSTEM , null , null , systemId ) ; resolutions = appendVector ( resolutions , subResolutions ) ; if ( resolutions . size ( ) > 0 ) { return resolutions ; } else { return null ; } }

Devuelva los identificadores del sistema del sistema aplicable.<P /> <P> Si existe una o más entradas del sistema en el catálogo para la ID del sistema especificada, devuelva los valores asignados. </ P> <p /> <p> La persona que llama es responsable de realizar cualquier normalización necesaria de laIdentificador del sistema antes de llamar a este método.Por ejemplo, un identificador del sistema relativo en un documento puede convertirse en un identificador absoluto del sistema antes de intentar resolverlo. </ P> <p /> <p> Tenga en cuenta que esta función forzará a cargar todos los catálogos subordinados. </P> <P /> <P> En los sistemas operativos basados en Windows, la comparación entre el identificador del sistema proporcionado y las entradas del sistema en el catálogo están insensibles a la caja. </ p>


public void registerObserver  ( SpinnerNotifyInterface observer ) { observers . add ( observer ) ; }


private static boolean isStackTraceLikelyConflictive  ( Throwable throwable , Class < ? extends Activity > activityClass ) { do { StackTraceElement [ ] stackTrace = throwable . getStackTrace ( ) ; for ( StackTraceElement element : stackTrace ) { if ( ( element . getClassName ( ) . equals ( "android.app.ActivityThread" ) && element . getMethodName ( ) . equals ( "handleBindApplication" ) ) || element . getClassName ( ) . equals ( activityClass . getName ( ) ) ) { return true ; } } } while ( ( throwable = throwable . getCause ( ) ) != null ) ; return false ; }

Método interno que comprueba si la traza de la pila que acaba de estrellarse es conflictiva.Esto es cierto en los siguientes escenarios: - La aplicación se ha bloqueado al inicializar (HandleBindApplication está en la pila): la actividad de error se ha bloqueado (ActivityClass está en la pila)


public static double normalizeAngle  ( double a , double center ) { return a - TWO_PI * Math . floor ( ( a + Math . PI - center ) / TWO_PI ) ; }

Normalice un ángulo en un intervalo ancho de 2 y PI alrededor de un valor central.
 Este método tiene tres usos principales:

 normalizan un ángulo entre 0 y 2 y pi;
  a = mathutils.normalizeangle (a, math.pi); </ Código>

 normaliza un ángulo entre - & pi;y + & pi;
  a = mathutils.normalizeangle (a, 0.0);
 calcula el ángulo entre dos posiciones angulares definitorias:
  ángulo =Mathutils.normalizeangle (FIN, START) - Inicio; </ código>

 Tenga en cuenta que debido a la precisión numérica y desde entonces y PI;No se puede representar exactamente, el intervalo de resultados es  CERRADO , no puede estar medio cerrado, ya que sería más satisfactorio en una visión puramente matemática.


public void useIncense  ( ItemId type ) throws RemoteServerException , LoginFailedException  { UseIncenseMessage useIncenseMessage = UseIncenseMessage . newBuilder ( ) . setIncenseType ( type ) . setIncenseTypeValue ( type . getNumber ( ) ) . build ( ) ; ServerRequest useIncenseRequest = new ServerRequest ( RequestType . USE_INCENSE , useIncenseMessage ) ; api . getRequestHandler ( ) . sendServerRequests ( useIncenseRequest ) ; try { UseIncenseResponse response = UseIncenseResponse . parseFrom ( useIncenseRequest . getData ( ) ) ; Log . i ( "Main" , "Use incense result: " + response . getResult ( ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } }


public static List < Grid > fromHtml  ( String html , String title ) throws Exception { if ( html == null || html . trim ( ) . isEmpty ( ) ) { return null ; } List < Grid > grids = new ArrayList < > ( ) ; Parser parser = Parser . createParser ( html , "UTF-8" ) ; Node [ ] tables = parser . extractAllNodesThatMatch ( new TagNameFilter ( "table" ) ) . toNodeArray ( ) ; for ( Node t : tables ) { Grid grid = new ListGrid ( ) ; grid . setTitle ( title ) ; TableTag table = ( TableTag ) t ; TableRow [ ] rows = table . getRows ( ) ; Integer firstColumnCount = null ; for ( TableRow row : rows ) { if ( getColumnCount ( row ) == 0 ) { log . warn ( "Ignoring row with no columns" ) ; continue ; } Node [ ] cells = row . getChildren ( ) . extractAllNodesThatMatch ( HTML_ROW_FILTER ) . toNodeArray ( ) ; if ( firstColumnCount == null ) { firstColumnCount = getColumnCount ( row ) ; for ( Node c : cells ) { TagNode cell = ( TagNode ) c ; grid . addHeader ( new GridHeader ( getValue ( cell ) , false , false ) ) ; Integer colSpan = MathUtils . parseInt ( cell . getAttribute ( "colspan" ) ) ; if ( colSpan != null && colSpan > 1 ) { grid . addEmptyHeaders ( ( colSpan - 1 ) ) ; } } } else { if ( firstColumnCount != getColumnCount ( row ) ) { log . warn ( "Ignoring row which has " + row . getColumnCount ( ) + " columns since table has " + firstColumnCount + " columns" ) ; continue ; } grid . addRow ( ) ; for ( Node c : cells ) { TagNode cell = ( TagNode ) c ; grid . addValue ( getValue ( cell ) ) ; Integer colSpan = MathUtils . parseInt ( cell . getAttribute ( "colspan" ) ) ; if ( colSpan != null && colSpan > 1 ) { grid . addEmptyValues ( ( colSpan - 1 ) ) ; } } } } grids . add ( grid ) ; } return grids ; }

Crea una lista de cuadrículas en función de la cadena HTML dada.Esto funciona solo para documentos HTML basados en la tabla.


CTOR privado para evitar instanciar esta clase de fábrica.


public static Var map  ( Relation relation ) { if ( isHasResourceRelation ( relation ) ) { return var ( ) ; } Var var = base ( relation ) ; var = roleplayers ( var , relation ) ; return var ; }

Excluir cualquier relación que se asigne a un recurso encontrado


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "set showAminoAcids=true;" ) ; }


private void handleIncomingRequestMessage  ( SerialMessage incomingMessage ) { logger . trace ( "Incoming Message type = REQUEST" ) ; ZWaveCommandProcessor processor = ZWaveCommandProcessor . getMessageDispatcher ( incomingMessage . getMessageClass ( ) ) ; if ( processor == null ) { logger . warn ( String . format ( "TODO: Implement processing of Request Message = %s (0x%02X)" , incomingMessage . getMessageClass ( ) == null ? "--" : incomingMessage . getMessageClass ( ) . getLabel ( ) , incomingMessage . getMessageClassKey ( ) ) ) ; return ; } boolean result ; try { result = processor . handleRequest ( this , lastSentMessage , incomingMessage ) ; if ( processor . isTransactionComplete ( ) ) { notifyEventListeners ( new ZWaveTransactionCompletedEvent ( this . lastSentMessage , result ) ) ; transactionCompleted . release ( ) ; logger . trace ( "Released. Transaction completed permit count -> {}" , transactionCompleted . availablePermits ( ) ) ; } } catch ( ZWaveSerialMessageException e ) { e . printStackTrace ( ) ; } }

Maneja un mensaje de solicitud entrante.Un mensaje de solicitud entrante es un mensaje iniciado por un nodo o el controlador.


public static int px2dip  ( Context context , float pxValue ) { if ( context == null ) { return 0 ; } final float scale = context . getResources ( ) . getDisplayMetrics ( ) . density ; return ( int ) ( pxValue / scale + 0.5f ) ; }


public boolean isGridRowCheckboxSelected  ( ) { return gridRow . getAttribute ( HtmlTags . Attributes . CLASS ) . contains ( ROW_SELECTED_CLASS ) ; }

Compruebe si se selecciona la casilla de verificación en la fila de cuadrícula Sidekick AEM Sidekick


@ Deployment public void testActivityMessageEventsInEventSubprocess  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "messageProcess" ) ; assertNotNull ( processInstance ) ; Execution executionWithMessage = runtimeService . createExecutionQuery ( ) . messageEventSubscriptionName ( "messageName" ) . singleResult ( ) ; assertNotNull ( executionWithMessage ) ; runtimeService . messageEventReceived ( "messageName" , executionWithMessage . getId ( ) ) ; assertEquals ( 2 , listener . getEventsReceived ( ) . size ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 0 ) instanceof ActivitiMessageEvent ) ; ActivitiMessageEvent messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING , messageEvent . getType ( ) ) ; assertEquals ( "catchMessage" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "messageName" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 1 ) instanceof ActivitiMessageEvent ) ; messageEvent = ( ActivitiMessageEvent ) listener . getEventsReceived ( ) . get ( 1 ) ; assertEquals ( ActivitiEventType . ACTIVITY_MESSAGE_RECEIVED , messageEvent . getType ( ) ) ; assertEquals ( "catchMessage" , messageEvent . getActivityId ( ) ) ; assertEquals ( executionWithMessage . getId ( ) , messageEvent . getExecutionId ( ) ) ; assertEquals ( executionWithMessage . getProcessInstanceId ( ) , messageEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , messageEvent . getProcessDefinitionId ( ) ) ; assertEquals ( "messageName" , messageEvent . getMessageName ( ) ) ; assertNull ( messageEvent . getMessageData ( ) ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_MESSAGE_WAITING ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_MESSAGE_RECEIVED ) ; }

Eventos de prueba relacionados con los eventos de mensajes, llamados desde la API, dirigidos a un subproceso de eventos.


@ Override public void do_after_propagation  ( ) { for ( PtInsIntervalManager pim : pt_objs . values ( ) ) { pim . flush ( ) ; } new_pts = new HashMap < AllocNode , PtInsIntervalManager > ( ) ; }


public static CreateRevisionCmpTarget createRevision  ( long revision ) { return new CreateRevisionCmpTarget ( revision ) ; }


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

Configúrelo a FALSO Si desea anular el comportamiento predeterminado del cierre de la ventana emergente cuando el usuario hace clic en el mapa (se establece a nivel mundial por la opción CierrePopuponCrick).


public boolean isNull  ( String key ) { return JSONObject . NULL . equals ( opt ( key ) ) ; }

Determine si el valor asociado con la clave es nulo o si no hay valor.


public < K , C > ColumnMutation  prepareColumnMutation ( ColumnFamily < K , C > cf , K rowKey , C column , ConsistencyLevel consistency )  { return _astyanaxKeyspace . prepareColumnMutation ( cf , rowKey , column ) . setConsistencyLevel ( clamp ( consistency ) ) ; }


public static int roundingModeFromString  ( String value ) { if ( value == null ) return - 1 ; value = value . trim ( ) ; if ( "ROUND_HALF_UP" . equals ( value ) ) return BigDecimal . ROUND_HALF_UP ; else if ( "ROUND_HALF_DOWN" . equals ( value ) ) return BigDecimal . ROUND_HALF_DOWN ; else if ( "ROUND_HALF_EVEN" . equals ( value ) ) return BigDecimal . ROUND_HALF_EVEN ; else if ( "ROUND_UP" . equals ( value ) ) return BigDecimal . ROUND_UP ; else if ( "ROUND_DOWN" . equals ( value ) ) return BigDecimal . ROUND_DOWN ; else if ( "ROUND_CEILING" . equals ( value ) ) return BigDecimal . ROUND_CEILING ; else if ( "ROUND_FLOOR" . equals ( value ) ) return BigDecimal . ROUND_FLOOR ; else if ( "ROUND_UNNECCESSARY" . equals ( value ) ) return BigDecimal . ROUND_UNNECESSARY ; return - 1 ; }

Método para obtener el valor INT del modo de redondeo bigdecimal de un nombre de cadena.


private void createField  ( String key , String labelString ) { int row = textFieldMap . size ( ) ; int y = row * ROW_HEIGHT ; JLabel label = new JLabel ( labelString ) ; label . setBounds ( LABEL_X , y , LABEL_WIDTH , FIELD_HEIGHT ) ; panel . add ( label ) ; JTextField textField = new JTextField ( ) ; textField . setBounds ( FIELD_X , y , FIELD_WIDTH , FIELD_HEIGHT ) ; textFieldMap . put ( key , textField ) ; panel . add ( textField ) ; }


private void identifyPunct  ( AnnotatedString input , LanguageResource langRes ) { RegExp allPunctMatcher = langRes . getAllPunctMatcher ( ) ; RegExp internalMatcher = langRes . getInternalMatcher ( ) ; String rootClass = langRes . getClassesRoot ( ) . getTagName ( ) ; char c = input . setIndex ( 0 ) ; if ( null == input . getAnnotation ( CLASS_ANNO ) ) { c = input . setIndex ( input . findNextAnnotation ( CLASS_ANNO ) ) ; } while ( c != CharacterIterator . DONE ) { if ( null == input . getAnnotation ( CLASS_ANNO ) ) { c = input . setIndex ( input . findNextAnnotation ( CLASS_ANNO ) ) ; continue ; } String tokClass = ( String ) input . getAnnotation ( CLASS_ANNO ) ; if ( tokClass != rootClass ) { c = input . setIndex ( input . findNextAnnotation ( CLASS_ANNO ) ) ; continue ; } int nextTokenStart = input . findNextAnnotation ( CLASS_ANNO ) ; this . splitPunctuation ( input , langRes ) ; tokClass = ( String ) input . getAnnotation ( CLASS_ANNO ) ; if ( tokClass != rootClass ) { c = input . setIndex ( nextTokenStart ) ; continue ; } this . splitClitics ( input , langRes ) ; tokClass = ( String ) input . getAnnotation ( CLASS_ANNO ) ; if ( tokClass != rootClass ) { c = input . setIndex ( nextTokenStart ) ; continue ; } int tokenStart = input . getIndex ( ) ; int tokenEnd = input . getRunLimit ( CLASS_ANNO ) ; String image = input . substring ( tokenStart , tokenEnd ) ; List < Match > matches = allPunctMatcher . getAllMatches ( image ) ; if ( 0 == matches . size ( ) ) { c = input . setIndex ( nextTokenStart ) ; continue ; } int index = 0 ; for ( int i = 0 ; i < matches . size ( ) ; i ++ ) { Match oneMatch = matches . get ( i ) ; if ( index != oneMatch . getStartIndex ( ) ) { if ( internalMatcher . matches ( oneMatch . getImage ( ) ) ) { if ( this . hasRightContextEnd ( oneMatch , matches , image , i ) ) { continue ; } } this . annotate ( input , CLASS_ANNO , tokClass , tokenStart + index , tokenStart + oneMatch . getStartIndex ( ) , image . substring ( index , oneMatch . getStartIndex ( ) ) , langRes ) ; index = oneMatch . getStartIndex ( ) ; } String punctClass = this . identifyPunctClass ( oneMatch , null , image , langRes ) ; input . annotate ( CLASS_ANNO , punctClass , tokenStart + index , tokenStart + oneMatch . getEndIndex ( ) ) ; index = oneMatch . getEndIndex ( ) ; } if ( index != image . length ( ) ) { this . annotate ( input , CLASS_ANNO , tokClass , tokenStart + index , tokenStart + image . length ( ) , image . substring ( index ) , langRes ) ; } c = input . setIndex ( nextTokenStart ) ; } }

Identifica las puntuaciones en los tokens anotados de la cadena anotada dada.


public String localName  ( String name ) { int colon = name . indexOf ( ':' ) ; if ( colon == - 1 ) { return name ; } else { return name . substring ( colon + 1 ) . intern ( ) ; } }


private boolean greaterThan  ( VersionData versionData ) { if ( versionData . majorNumber > this . majorNumber ) { return true ; } else if ( versionData . majorNumber == this . majorNumber ) { if ( versionData . minorNumber > this . minorNumber ) { return true ; } else if ( versionData . minorNumber == this . minorNumber ) { if ( versionData . pointNumber >= this . pointNumber ) { return true ; } } } return false ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_OneTimeBoostSkillAttack_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200538 , skilltarget , skillname ) ; }

[% SkillTarget] recibió el efecto de la habilidad de impulso a medida que usó [% de habilidad].


public @ NonNull ChargeRequest . Builder autoReturn  ( long timeout , TimeUnit unit ) { long autoReturnMillis ; if ( timeout != RegisterApi . AUTO_RETURN_NO_TIMEOUT ) { autoReturnMillis = unit . toMillis ( timeout ) ; nonNull ( unit , "unit" ) ; if ( autoReturnMillis < RegisterApi . AUTO_RETURN_TIMEOUT_MIN_MILLIS ) { throw new IllegalArgumentException ( "timeout should be at least " + RegisterApi . AUTO_RETURN_TIMEOUT_MIN_MILLIS ) ; } if ( autoReturnMillis > RegisterApi . AUTO_RETURN_TIMEOUT_MAX_MILLIS ) { throw new IllegalArgumentException ( "timeout should be less than " + RegisterApi . AUTO_RETURN_TIMEOUT_MAX_MILLIS ) ; } } else { autoReturnMillis = RegisterApi . AUTO_RETURN_NO_TIMEOUT ; } this . autoReturnMillis = autoReturnMillis ; return this ; }

<p> Después de que se complete una transacción, el registro cuadrado vuelve automáticamente a su aplicación después del tiempo de espera que proporcione a este método.


public final synchronized String toConfigXML  ( ) { Class handlerClass = this . getClass ( ) ; Field [ ] fields = handlerClass . getDeclaredFields ( ) ; StringBuilder str = new StringBuilder ( ) ; str . append ( "        <HardwareAddress class=\"" ) ; str . append ( getClass ( ) . getName ( ) ) ; str . append ( "\">\n" ) ; for ( int i = 0 ; i < fields . length ; i ++ ) { if ( Modifier . isProtected ( fields [ i ] . getModifiers ( ) ) && ! Modifier . isFinal ( fields [ i ] . getModifiers ( ) ) ) { try { if ( fields [ i ] . get ( this ) != null ) { str . append ( "          <" ) ; String fieldXMLName = encodeFieldName ( fields [ i ] . getName ( ) ) ; str . append ( fieldXMLName ) ; str . append ( ">" ) ; try { str . append ( fields [ i ] . get ( this ) ) ; } catch ( IllegalAccessException iae ) { iae . printStackTrace ( ) ; } str . append ( "</" ) ; str . append ( fieldXMLName ) ; str . append ( ">\n" ) ; } } catch ( IllegalAccessException iae ) { iae . printStackTrace ( ) ; throw new RuntimeException ( "Exception caught while converting HardwareAddress to XML." , iae ) ; } } } str . append ( "        </HardwareAddress>\n" ) ; return str . toString ( ) ; }

Devuelve una representación XML del objeto Hardwareaddress.


public TCPSocketHelper ( String address , int port ) { this . address = address ; this . port = port ; createSocket ( ) ; }

Cree un nuevo ayudante de socket, unido a un punto final específico, que mantendrá una conexión viva para un uso repetido.


@ Override public void endContentModel  ( Augmentations augs ) throws XNIException { }


public Builder html  ( String html ) { this . html = html ; return this ; }

Un código HTML personalizado para poner dentro del elemento div, vacío de forma predeterminada.


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


@ Override public ViewHolder onCreateViewHolder  ( ViewGroup parent , int viewType ) { View v = LayoutInflater . from ( parent . getContext ( ) ) . inflate ( R . layout . item_download , parent , false ) ; return new ViewHolder ( v ) ; }


public boolean isStoredProcedure  ( ) { if ( _expression == null ) return false ; String trimmed = _expression . trim ( ) ; return CALL . matcher ( trimmed ) . matches ( ) ; }

Devuelve VERDADERO si esta consulta es un procedimiento almacenado


@ Override public DataRefNode findLastDataBlock  ( DataRefNode dataRefBlock , IndexKey searchKey ) { BTreeNode rootNode = ( BTreeNode ) dataRefBlock ; while ( ! rootNode . isLeafNode ( ) ) { rootNode = findLastLeafNode ( searchKey , rootNode ) ; } return rootNode ; }

Se utilizará por debajo del método para obtener el último bloque tentativo de datos basado en la clave de búsqueda


public void notifyDotAttackedObservers  ( Creature creature , Effect effect ) { notifyObservers ( ObserverType . DOT_ATTACKED , creature , effect ) ; }

Notifique a esa criatura atacada por el golpe del punto.


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


@ Override public int available  ( ) { return ( int ) n ; }

El número de dobles que se puede leer actualmente de esta fuente de datos de doble datos sin bloquear.Este número puede cambiar con el tiempo.


public QuerySchema loadSchema  ( InputStream stream ) throws IOException , PIRException { Document doc = parseXMLDocument ( stream ) ; String schemaName = extractValue ( doc , "schemaName" ) ; logger . info ( "schemaName = " + schemaName ) ; String dataSchemaName = extractValue ( doc , "dataSchemaName" ) ; logger . info ( "dataSchemaName = " + dataSchemaName ) ; DataSchema dataSchema = DataSchemaRegistry . get ( dataSchemaName ) ; if ( dataSchema == null ) { throw new PIRException ( "Loaded DataSchema does not exist for dataSchemaName = " + dataSchemaName ) ; } String selectorName = extractValue ( doc , "selectorName" ) ; logger . info ( "selectorName = " + selectorName ) ; if ( ! dataSchema . containsElement ( selectorName ) ) { throw new PIRException ( "dataSchema = " + dataSchemaName + " does not contain selectorName = " + selectorName ) ; } NodeList elementsList = doc . getElementsByTagName ( "elements" ) ; if ( elementsList . getLength ( ) != 1 ) { throw new PIRException ( "elementsList.getLength() = " + elementsList . getLength ( ) + " -- should be 1" ) ; } Element elements = ( Element ) elementsList . item ( 0 ) ; LinkedHashSet < String > elementNames = new LinkedHashSet < > ( ) ; int dataElementSize = 0 ; NodeList nList = elements . getElementsByTagName ( "name" ) ; for ( int i = 0 ; i < nList . getLength ( ) ; i ++ ) { Node nNode = nList . item ( i ) ; if ( nNode . getNodeType ( ) == Node . ELEMENT_NODE ) { String queryElementName = nNode . getFirstChild ( ) . getNodeValue ( ) . trim ( ) ; if ( ! dataSchema . containsElement ( queryElementName ) ) { throw new PIRException ( "dataSchema = " + dataSchemaName + " does not contain requested element name = " + queryElementName ) ; } elementNames . add ( queryElementName ) ; logger . info ( "name = " + queryElementName + " partitionerName = " + dataSchema . getPartitionerTypeName ( queryElementName ) ) ; DataPartitioner partitioner = dataSchema . getPartitionerForElement ( queryElementName ) ; int bits = partitioner . getBits ( dataSchema . getElementType ( queryElementName ) ) ; if ( dataSchema . isArrayElement ( queryElementName ) ) { bits *= Integer . parseInt ( SystemConfiguration . getProperty ( "pir.numReturnArrayElements" ) ) ; } dataElementSize += bits ; logger . info ( "name = " + queryElementName + " bits = " + bits + " dataElementSize = " + dataElementSize ) ; } } String filterTypeName = NO_FILTER ; if ( doc . getElementsByTagName ( "filter" ) . item ( 0 ) != null ) { filterTypeName = doc . getElementsByTagName ( "filter" ) . item ( 0 ) . getTextContent ( ) . trim ( ) ; } Set < String > filteredNamesSet = extractFilteredElementNames ( doc ) ; DataFilter filter = instantiateFilter ( filterTypeName , filteredNamesSet ) ; HashMap < String , String > additionalFields = new HashMap < String , String > ( ) ; if ( doc . getElementsByTagName ( "additional" ) . item ( 0 ) != null ) { NodeList fieldList = doc . getElementsByTagName ( "field" ) ; int numFields = fieldList . getLength ( ) ; if ( numFields == 0 ) { throw new PIRException ( "numFields = " + numFields + " -- should be at least one" ) ; } for ( int i = 0 ; i < numFields ; ++ i ) { Element fields = ( Element ) fieldList . item ( i ) ; NodeList kv = fields . getChildNodes ( ) ; additionalFields . put ( getNodeValue ( "key" , kv ) , getNodeValue ( "value" , kv ) ) ; } } QuerySchema querySchema = new QuerySchema ( schemaName , dataSchemaName , selectorName , filterTypeName , filter , dataElementSize ) ; querySchema . getElementNames ( ) . addAll ( elementNames ) ; querySchema . getFilteredElementNames ( ) . addAll ( filteredNamesSet ) ; querySchema . getAdditionalFields ( ) . putAll ( additionalFields ) ; return querySchema ; }

Devuelve el esquema de consulta como se define en formato XML en el flujo dado.


@ Override public void accept  ( TestValueVisitor visitor , FieldIdEnum fieldId ) { visitor . setTestValue ( fieldId , this . value ) ; }

Método a parte del patrón de visitantes.


private void isaac2  ( ) { isaacX = mem [ isaacI ] ; isaacA ^= isaacA << 13 ; isaacA += mem [ isaacJ ++ ] ; isaac3 ( ) ; isaacX = mem [ isaacI ] ; isaacA ^= isaacA >>> 6 ; isaacA += mem [ isaacJ ++ ] ; isaac3 ( ) ; isaacX = mem [ isaacI ] ; isaacA ^= isaacA << 2 ; isaacA += mem [ isaacJ ++ ] ; isaac3 ( ) ; isaacX = mem [ isaacI ] ; isaacA ^= isaacA >>> 16 ; isaacA += mem [ isaacJ ++ ] ; isaac3 ( ) ; }


private double [ ] [ ] generatePartition  ( double [ ] sample ) { final int length = sample . length ; final double [ ] [ ] out = new double [ 5 ] [ ] ; final RandomDataGenerator randomDataGenerator = new RandomDataGenerator ( 100 ) ; int cur = 0 ; int offset = 0 ; int sampleCount = 0 ; for ( int i = 0 ; i < 5 ; i ++ ) { if ( cur == length || offset == length ) { break ; } final int next ; if ( i == 4 || cur == length - 1 ) { next = length - 1 ; } else { next = randomDataGenerator . nextInt ( cur , length - 1 ) ; } final int subLength = next - cur + 1 ; out [ i ] = new double [ subLength ] ; System . arraycopy ( sample , offset , out [ i ] , 0 , subLength ) ; cur = next + 1 ; sampleCount ++ ; offset += subLength ; } if ( sampleCount < 5 ) { double [ ] [ ] out2 = new double [ sampleCount ] [ ] ; for ( int j = 0 ; j < sampleCount ; j ++ ) { final int curSize = out [ j ] . length ; out2 [ j ] = new double [ curSize ] ; System . arraycopy ( out [ j ] , 0 , out2 [ j ] , 0 , curSize ) ; } return out2 ; } else { return out ; } }

Genera una partición de <muestra> en hasta 5 subsámbulos seleccionados secuencialmente con puntos de partición seleccionados al azar.


public ChiSquaredDistribution ( double degreesOfFreedom ) { this ( degreesOfFreedom , DEFAULT_SOLVER_ABSOLUTE_ACCURACY ) ; }

Cree una distribución de Chi-Squared con los grados dados de la libertad.


public String optString  ( int index , String defaultValue ) { LazyNode token = getOptionalValueToken ( index ) ; if ( token == null ) return defaultValue ; if ( token . type == LazyNode . VALUE_NULL ) return defaultValue ; return token . getStringValue ( cbuf ) ; }

Devuelve el valor de la cadena almacenado en el índice dado o el valor predeterminado si no hubiera tal valor.


public static FloatBuffer createVector3Buffer  ( int vertices ) { FloatBuffer vBuff = createFloatBuffer ( 3 * vertices ) ; return vBuff ; }

Cree un nuevo flotador de un tamaño apropiado para mantener el número especificado de datos de objetos vectoriales.


public BufferedImage createLegend  ( StyledLayerDescriptor sld , String heading , String filename ) { Map < String , BufferedImage > map = createLegend ( sld , heading , filename , false ) ; if ( ( map != null ) && ! map . isEmpty ( ) ) { if ( map . size ( ) == 1 ) { String firstKey = map . keySet ( ) . iterator ( ) . next ( ) ; return map . get ( firstKey ) ; } } return null ; }


public < T > List < T > listItems  ( SectionKey < T , ListSection < T > > key ) { List < T > result = Lists . newArrayList ( ) ; for ( ListSection < T > section : getSections ( key ) ) { result . addAll ( section . items ( ) ) ; } return result ; }

Devuelve todos los valores de todas las secciones de la lista en las vistas del proyecto, en orden


public AemListItem addItem  ( ) { addItemButton . click ( ) ; return getLastItem ( ) ; }

Agrega un solo elemento al final de la lista.


public boolean isDashedHighlightLineEnabled  ( ) { return mHighlightDashPathEffect == null ? false : true ; }

Devuelve VERDADERO si el efecto de línea discontinua está habilitada para las líneas resaltadas, Falso, si no.Predeterminado: deshabilitado


public void scroll  ( int itemsToScroll , int time ) { int distance = itemsToScroll * getItemHeight ( ) - scrollingOffset ; scroller . scroll ( distance , time ) ; }


public boolean queryAllowOasisXMLCatalogPI  ( ) { String allow = System . getProperty ( pAllowPI ) ; if ( allow == null ) { if ( resources == null ) readProperties ( ) ; if ( resources == null ) return defaultOasisXMLCatalogPI ; try { allow = resources . getString ( "allow-oasis-xml-catalog-pi" ) ; } catch ( MissingResourceException e ) { return defaultOasisXMLCatalogPI ; } } if ( allow == null ) { return defaultOasisXMLCatalogPI ; } return ( allow . equalsIgnoreCase ( "true" ) || allow . equalsIgnoreCase ( "yes" ) || allow . equalsIgnoreCase ( "1" ) ) ; }

 Obtener la configuración OASISXMLCATALOGPI de las propiedades.

 En las propiedades, un valor de 'sí', 'verdadero', o '1' se considera verdadero, cualquier otra cosa es falsa.


public boolean isSuccess  ( ) { return success ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATK_INTERVAL_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201152 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] recibió% de daño NUM0 debido al efecto de [% de habilidad].


@ Override public void updateStateIndex  ( MutationBatch batch , Experiment experiment ) throws ConnectionException { updateStateIndex ( batch , experiment . getID ( ) , experiment . getState ( ) != State . DELETED ? ExperimentsKeyspace . ExperimentStateIndexKey . NOT_DELETED : ExperimentsKeyspace . ExperimentStateIndexKey . DELETED ) ; }


public ColorMap ( int [ ] map , double min , double max ) { palette = map ; minValue = min ; maxValue = max ; }

Crea una nueva instancia de Colormap utilizando la matriz de mapas de color interna dada y los valores mínimos y índice máximo.


private static int snapTop  ( Collection < ConstraintWidget > widgets , ConstraintWidget widget , int top , ArrayList < SnapCandidate > snapCandidates ) { return snapVertical ( widgets , widget , widget . getAnchor ( ConstraintAnchor . Type . TOP ) , top , snapCandidates ) ; }

Función de conveniencia para ajustar la posición superior


public AdsGetSuggestionsQueryWithSchools country  ( Integer value ) { return unsafeParam ( "country" , value ) ; }


public double compute  ( MathArrays . Function f ) { return f . evaluate ( internalArray , startIndex , numElements ) ; }

Realiza una operación en los elementos direccionables de la matriz.


@ CalledByNative public static Bitmap createHomeScreenIconFromWebIcon  ( Context context , Bitmap webIcon ) { ActivityManager am = ( ActivityManager ) context . getSystemService ( Context . ACTIVITY_SERVICE ) ; int maxInnerSize = Math . round ( am . getLauncherLargeIconSize ( ) * MAX_INNER_SIZE_RATIO ) ; int innerSize = Math . min ( maxInnerSize , Math . max ( webIcon . getWidth ( ) , webIcon . getHeight ( ) ) ) ; int padding = Math . round ( ICON_PADDING_RATIO * innerSize ) ; int outerSize = innerSize + 2 * padding ; Bitmap bitmap = null ; try { bitmap = Bitmap . createBitmap ( outerSize , outerSize , Bitmap . Config . ARGB_8888 ) ; } catch ( OutOfMemoryError e ) { Log . w ( TAG , "OutOfMemoryError while creating bitmap for home screen icon." ) ; return webIcon ; } Canvas canvas = new Canvas ( bitmap ) ; Rect innerBounds = new Rect ( padding , padding , outerSize - padding , outerSize - padding ) ; Paint paint = new Paint ( Paint . ANTI_ALIAS_FLAG ) ; paint . setFilterBitmap ( true ) ; canvas . drawBitmap ( webIcon , null , innerBounds , paint ) ; int cornerRadius = Math . round ( ICON_CORNER_RADIUS_RATIO * outerSize ) ; Path path = new Path ( ) ; path . setFillType ( Path . FillType . INVERSE_WINDING ) ; RectF innerBoundsF = new RectF ( innerBounds ) ; path . addRoundRect ( innerBoundsF , cornerRadius , cornerRadius , Path . Direction . CW ) ; paint . setXfermode ( new PorterDuffXfermode ( PorterDuff . Mode . CLEAR ) ) ; canvas . drawPath ( path , paint ) ; return bitmap ; }

Adapta el icono de un sitio web (por ejemplo, favicon o icono táctil) a las directrices de estilo de diseño de materiales para los iconos de la pantalla de inicio.Esto implica agregar algunos acolchados y redondear las esquinas.


public boolean wasClicked  ( int code ) { MouseButton mb = this . buttons . get ( code ) ; if ( mb == null ) { return false ; } return mb . wasClicked ( ) ; }

Devuelve VERDADERO si se hizo clic en el código de eoinese dado.


@ Override public void dropTo  ( Droppable droppable ) { Offset offset = new Offset ( getCurrentLocation ( ) , droppable . getCurrentLocation ( ) ) ; dropByOffset ( offset . getX ( ) , offset . getY ( ) ) ; }

Realiza el arrastre y suelte con un clic adicional.


public JsonPrimitive ( Character c ) { setValue ( c ) ; }

Crea un primitivo que contiene un carácter.El carácter se convierte en una cadena de un carácter, ya que JSON solo admite una cadena.


public static Location toLocation  ( ICompilationUnit unit , int offset , int length ) throws JavaModelException { Location result = new Location ( ) ; result . setUri ( getFileURI ( unit ) ) ; int [ ] loc = JsonRpcHelpers . toLine ( unit . getBuffer ( ) , offset ) ; int [ ] endLoc = JsonRpcHelpers . toLine ( unit . getBuffer ( ) , offset + length ) ; Range range = new Range ( ) ; if ( loc != null ) { range . withStart ( new Position ( ) . withLine ( loc [ 0 ] ) . withCharacter ( loc [ 1 ] ) ) ; } if ( endLoc != null ) { range . withEnd ( new Position ( ) . withLine ( endLoc [ 0 ] ) . withCharacter ( endLoc [ 1 ] ) ) ; } return result . withRange ( range ) ; }

Crea la ubicación al desplazamiento y la longitud dados para la unidad de compilación.


public void reset  ( ) { removeAllNotifications ( ) ; setWakeupTime ( sleepTime ) ; }

Restablece el temporizador para comenzar a contar desde el momento original.


public void loadConfig  ( ) { byte [ ] array ; String caption ; char ch ; int i ; String text ; captionMap = new TreeMap < Integer , String > ( ) ; captionPut ( 0x0020 , "Space" ) ; captionPut ( 0x0021 , "Exclamation Mark" ) ; captionPut ( 0x0022 , "Quotation Mark" ) ; captionPut ( 0x0023 , "Number Sign" ) ; captionPut ( 0x0024 , "Dollar Sign" ) ; captionPut ( 0x0025 , "Percent Sign" ) ; captionPut ( 0x0026 , "Ampersand" ) ; captionPut ( 0x0027 , "Apostrophe" ) ; captionPut ( 0x0028 , "Left Parenthesis" ) ; captionPut ( 0x0029 , "Right Parenthesis" ) ; captionPut ( 0x002A , "Asterisk" ) ; captionPut ( 0x002B , "Plus Sign" ) ; captionPut ( 0x002C , "Comma" ) ; captionPut ( 0x002D , "Hyphen-Minus" ) ; captionPut ( 0x002E , "Full Stop" ) ; captionPut ( 0x002F , "Solidus" ) ; captionPut ( 0x0030 , "Digit Zero" ) ; captionPut ( 0x0031 , "Digit One" ) ; captionPut ( 0x0032 , "Digit Two" ) ; captionPut ( 0x0033 , "Digit Three" ) ; captionPut ( 0x0034 , "Digit Four" ) ; captionPut ( 0x0035 , "Digit Five" ) ; captionPut ( 0x0036 , "Digit Six" ) ; captionPut ( 0x0037 , "Digit Seven" ) ; captionPut ( 0x0038 , "Digit Eight" ) ; captionPut ( 0x0039 , "Digit Nine" ) ; captionPut ( 0x003A , "Colon" ) ; captionPut ( 0x003B , "Semicolon" ) ; captionPut ( 0x003C , "Less-Than Sign" ) ; captionPut ( 0x003D , "Equals Sign" ) ; captionPut ( 0x003E , "Greater-Than Sign" ) ; captionPut ( 0x003F , "Question Mark" ) ; captionPut ( 0x0040 , "Commercial At" ) ; captionPut ( 0x0041 , "Latin Capital Letter A" ) ; captionPut ( 0x0042 , "Latin Capital Letter B" ) ; captionPut ( 0x0043 , "Latin Capital Letter C" ) ; captionPut ( 0x0044 , "Latin Capital Letter D" ) ; captionPut ( 0x0045 , "Latin Capital Letter E" ) ; captionPut ( 0x0046 , "Latin Capital Letter F" ) ; captionPut ( 0x0047 , "Latin Capital Letter G" ) ; captionPut ( 0x0048 , "Latin Capital Letter H" ) ; captionPut ( 0x0049 , "Latin Capital Letter I" ) ; captionPut ( 0x004A , "Latin Capital Letter J" ) ; captionPut ( 0x004B , "Latin Capital Letter K" ) ; captionPut ( 0x004C , "Latin Capital Letter L" ) ; captionPut ( 0x004D , "Latin Capital Letter M" ) ; captionPut ( 0x004E , "Latin Capital Letter N" ) ; captionPut ( 0x004F , "Latin Capital Letter O" ) ; captionPut ( 0x0050 , "Latin Capital Letter P" ) ; captionPut ( 0x0051 , "Latin Capital Letter Q" ) ; captionPut ( 0x0052 , "Latin Capital Letter R" ) ; captionPut ( 0x0053 , "Latin Capital Letter S" ) ; captionPut ( 0x0054 , "Latin Capital Letter T" ) ; captionPut ( 0x0055 , "Latin Capital Letter U" ) ; captionPut ( 0x0056 , "Latin Capital Letter V" ) ; captionPut ( 0x0057 , "Latin Capital Letter W" ) ; captionPut ( 0x0058 , "Latin Capital Letter X" ) ; captionPut ( 0x0059 , "Latin Capital Letter Y" ) ; captionPut ( 0x005A , "Latin Capital Letter Z" ) ; captionPut ( 0x005B , "Left Square Bracket" ) ; captionPut ( 0x005C , "Reverse Solidus" ) ; captionPut ( 0x005D , "Right Square Bracket" ) ; captionPut ( 0x005E , "Circumflex Accent" ) ; captionPut ( 0x005F , "Low Line" ) ; captionPut ( 0x0060 , "Grave Accent" ) ; captionPut ( 0x0061 , "Latin Small Letter A" ) ; captionPut ( 0x0062 , "Latin Small Letter B" ) ; captionPut ( 0x0063 , "Latin Small Letter C" ) ; captionPut ( 0x0064 , "Latin Small Letter D" ) ; captionPut ( 0x0065 , "Latin Small Letter E" ) ; captionPut ( 0x0066 , "Latin Small Letter F" ) ; captionPut ( 0x0067 , "Latin Small Letter G" ) ; captionPut ( 0x0068 , "Latin Small Letter H" ) ; captionPut ( 0x0069 , "Latin Small Letter I" ) ; captionPut ( 0x006A , "Latin Small Letter J" ) ; captionPut ( 0x006B , "Latin Small Letter K" ) ; captionPut ( 0x006C , "Latin Small Letter L" ) ; captionPut ( 0x006D , "Latin Small Letter M" ) ; captionPut ( 0x006E , "Latin Small Letter N" ) ; captionPut ( 0x006F , "Latin Small Letter O" ) ; captionPut ( 0x0070 , "Latin Small Letter P" ) ; captionPut ( 0x0071 , "Latin Small Letter Q" ) ; captionPut ( 0x0072 , "Latin Small Letter R" ) ; captionPut ( 0x0073 , "Latin Small Letter S" ) ; captionPut ( 0x0074 , "Latin Small Letter T" ) ; captionPut ( 0x0075 , "Latin Small Letter U" ) ; captionPut ( 0x0076 , "Latin Small Letter V" ) ; captionPut ( 0x0077 , "Latin Small Letter W" ) ; captionPut ( 0x0078 , "Latin Small Letter X" ) ; captionPut ( 0x0079 , "Latin Small Letter Y" ) ; captionPut ( 0x007A , "Latin Small Letter Z" ) ; captionPut ( 0x007B , "Left Curly Bracket" ) ; captionPut ( 0x007C , "Vertical Line" ) ; captionPut ( 0x007D , "Right Curly Bracket" ) ; captionPut ( 0x007E , "Tilde" ) ; if ( isMswinFlag ( ) ) { array = new byte [ 1 ] ; for ( i = 0x20 ; i <= 0xFF ; i ++ ) { array [ 0 ] = ( byte ) i ; text = new String ( array ) ; if ( ( text . length ( ) == 1 ) && ( ( ch = text . charAt ( 0 ) ) != REPLACE_CHAR ) ) { caption = ( String ) captionMap . get ( new Integer ( ( int ) ch ) ) ; if ( caption == null ) caption = "" ; else caption += " = " ; caption += winaltNotation ( i ) ; captionPut ( ( int ) ch , caption ) ; } } } }

Método LoadConfig () Datos de configuración de carga de un archivo de texto en el directorio de trabajo actual, que generalmente es la misma carpeta que los archivos * .class de programa.¿Deberíamos encontrar un error, luego imprimir un mensaje, pero continúe la ejecución normal?Ninguno de los datos del archivo es fundamental para la operación de este programa.Consulte las siguientes fuentes web para las tablas de mapeo de Unicode más recientes para los caracteres regulares: http://www.unicode.org/public/unidata/ucd.html http://www.unicode.org/public/unidata/unicodedata.TXT La mejor fuente de información sobre los ideografías chinos-japoneses-coreanos es: http://www.unicode.org/public/unidata/unihan.html http://www.unicode.org/public/unidata/unihan.txt NombresPara las sílabas de Hangul coreano se pueden encontrar en: http://www.unicode.org/public/unidata/hangulsyllabletype.txt http://www.unicode.org/public/unidata/jamo.txt http: // www.IANA.ORG/ASSIGNMENTS/idn/kr-korean.html (mejor archivo de datos en bruto) http://www.unicode.org/public/mappings/vendors/micsft/windows/cp949.txt


public FieldConfigDouble ( FieldConfigCommonData commonData ) { super ( commonData ) ; }

Instantánea una nueva configuración de campo doble.


public boolean hasDefaultValue  ( ) { return getDefaultValueOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el niño de valor predeterminado opcional.


protected GroupsAddLinkQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }


public void paintSelection  ( Graphics g0 ) { Graphics2D g = ( Graphics2D ) g0 ; SelectedBlock selectedBlock = getSelectedBlock ( ) ; if ( selectedBlock . isSelected ( ) ) { Rectangle2D rect = new Rectangle2D . Double ( Math . max ( 0 , getX ( selectedBlock . getFirstCol ( ) ) ) , 0 , 0 , 0 ) ; rect . add ( Math . min ( getX ( selectedBlock . getLastCol ( ) + 1 ) , getSize ( ) . getWidth ( ) ) , getSize ( ) . height ) ; g . setColor ( highlightColorSemiTransparent ) ; g . fill ( rect ) ; g . setColor ( highlightColor ) ; g . draw ( rect ) ; } }


public int compare  ( File file1 , File file2 ) { int result = 0 ; for ( Comparator < File > delegate : delegates ) { result = delegate . compare ( file1 , file2 ) ; if ( result != 0 ) { break ; } } return result ; }

Compare los dos archivos utilizando comparadores delegados.


public static void emit  ( String event , Object ... args ) { if ( instance . events . containsKey ( event ) && ! instance . disabled . contains ( event ) ) { instance . events . get ( event ) . run ( args ) ; log ( event + " emitted" , args ) ; } else log ( event + " not exist" ) ; }


public AirMapClient ( final String apiKey , final String token ) { this . authToken = token ; this . xApiKey = apiKey ; clearAndResetHeaders ( ) ; }


private void logIndexed  ( String repoName , List < String [ ] > reportList ) { try { CSVWriter writer = new CSVWriter ( new FileWriter ( Helpers . getLogPath ( ) + repoName + ".csv.tmp" ) ) ; writer . writeAll ( reportList ) ; writer . flush ( ) ; writer . close ( ) ; Path source = Paths . get ( Helpers . getLogPath ( ) + repoName + ".csv.tmp" ) ; Files . move ( source , source . resolveSibling ( repoName + ".csv" ) , StandardCopyOption . REPLACE_EXISTING ) ; } catch ( IOException ex ) { Singleton . getLogger ( ) . warning ( "ERROR - caught a " + ex . getClass ( ) + " in " + this . getClass ( ) + " logIndexed for " + repoName + "\n with message: " + ex . getMessage ( ) ) ; } }

Registros en el directorio de registros un CSV formateado de las cadenas de la lista suministrada


protected void syncPast  ( Set < TokenKind > terminatingTokens ) { while ( ! matchesAnyOf ( terminatingTokens ) ) { builder . advanceLexer ( ) ; } }

Consume tokens hasta que consumamos el primer token que tiene un tipo que está en el conjunto de TerminatingTokens.


public void normal  ( ) { mHintView . setVisibility ( View . VISIBLE ) ; mProgressBar . setVisibility ( View . GONE ) ; }


public static boolean deleteQuietly  ( File file ) { if ( file == null ) { return false ; } try { if ( file . isDirectory ( ) ) { cleanDirectory ( file ) ; } } catch ( Exception ignored ) { } try { return file . delete ( ) ; } catch ( Exception ignored ) { return false ; } }

Borra un archivo, nunca arrojando una excepción.Si el archivo es un directorio, elimínelo y todos los subdirectorios.<p /> La diferencia entre File.delete () y este método son: <ul> <li> que se eliminará un directorio no tiene que estar vacío. </ li> <li> No se lanzan excepciones cuando un archivo oEl directorio no se puede eliminar. </ li> </ ul>


Hashtable removeUserDataTable  ( Node n ) { if ( userData == null ) { return null ; } return ( Hashtable ) userData . get ( n ) ; }

Eliminar la tabla de datos del usuario para el nodo dado.


public Builder addColumnsLong  ( String ... names ) { for ( String s : names ) addColumnLong ( s ) ; return this ; }

Agregue varias columnas largas, sin restricciones en los valores permitidos


@ Override public String toString  ( ) { return new String ( toByteArray ( ) ) ; }

Obtiene los contenidos curiosos de este flujo de bytes como una cadena.


final public void addCookie  ( Cookie c ) { if ( c != null ) { resp . addCookie ( c ) ; } }


@ Override public boolean containsSymbol  ( String symbol ) { synchronized ( fSymbolTable ) { return fSymbolTable . containsSymbol ( symbol ) ; } }

Devuelve VERDADERO si la tabla de símbolos ya contiene el símbolo especificado.


public HeartbeatInfo ( HeartbeatInfo other ) { __isset_bit_vector . clear ( ) ; __isset_bit_vector . or ( other . __isset_bit_vector ) ; if ( other . isSetAppkey ( ) ) { this . appkey = other . appkey ; } this . sendTime = other . sendTime ; if ( other . isSetLoadInfo ( ) ) { this . loadInfo = new LoadInfo ( other . loadInfo ) ; } this . status = other . status ; }

Realiza una copia profunda en <i> Otro </ i>.


@ Override public void onTabClosed  ( long time , int id , int nextId , boolean incognito ) { super . onTabClosed ( time , id , nextId , incognito ) ; if ( mClosedTab != null ) { TabModel nextModel = mTabModelSelector . getModelForTabId ( nextId ) ; if ( nextModel != null ) { LayoutTab nextLayoutTab = createLayoutTab ( nextId , nextModel . isIncognito ( ) , NO_CLOSE_BUTTON , NO_TITLE ) ; nextLayoutTab . setDrawDecoration ( false ) ; mLayoutTabs = new LayoutTab [ ] { nextLayoutTab , mClosedTab } ; updateCacheVisibleIds ( new LinkedList < Integer > ( Arrays . asList ( nextId , mClosedTab . getId ( ) ) ) ) ; } else { mLayoutTabs = new LayoutTab [ ] { mClosedTab } ; } forceAnimationToFinish ( ) ; mAnimatedTab = mClosedTab ; addToAnimation ( this , Property . DISCARD_AMOUNT , 0 , getDiscardRange ( ) , TAB_CLOSED_ANIMATION_DURATION , 0 , false , BakedBezierInterpolator . FADE_OUT_CURVE ) ; mClosedTab = null ; if ( nextModel != null ) { mTabModelSelector . selectModel ( nextModel . isIncognito ( ) ) ; } } startHiding ( nextId , false ) ; }


public static boolean isValidIP4Range  ( String possibleIPAddress ) { return IP_SUB_PATTERN . matcher ( possibleIPAddress ) . matches ( ) ; }

Pruebas Si una cadena dada se encuentra en el formato correcto para una máscara de subred IP4.


@ Override public void close  ( ) throws IOException  { InputStream input = m_streams . get ( ) ; if ( null != input ) { input . close ( ) ; } }

Cierra la corriente asociada con el hilo actual.


public void createEdgesConnecting  ( UniqueVertexGraph gGraph , String sStartNode , List lOtherNodes , HashMap hAppearenceHistogram ) { double dStartWeight = 0 ; double dIncreaseWeight = 0 ; if ( lOtherNodes != null ) if ( lOtherNodes . size ( ) == 0 ) { VertexImpl v = new VertexImpl ( ) ; v . setLabel ( sStartNode ) ; try { gGraph . add ( v ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } return ; } java . util . Iterator iIter = lOtherNodes . iterator ( ) ; Vertex vOldA = gGraph . locateVertex ( new VertexImpl ( sStartNode ) ) ; Vertex vA ; if ( vOldA != null ) vA = vOldA ; else { vA = new VertexImpl ( ) ; vA . setLabel ( sStartNode ) ; try { gGraph . add ( vA ) ; } catch ( Exception e ) { } } EdgeCachedLocator ecl ; if ( eclLocator == null ) ecl = new EdgeCachedLocator ( 100 ) ; else ecl = eclLocator ; while ( iIter . hasNext ( ) ) { VertexImpl vB = new VertexImpl ( ) ; vB . setLabel ( ( String ) iIter . next ( ) ) ; double dOldWeight = 0 ; double dNewWeight = 0 ; dStartWeight = 1.0 ; dIncreaseWeight = dStartWeight ; WeightedEdge weCorrectEdge = ( WeightedEdge ) ecl . locateDirectedEdgeInGraph ( gGraph , vA , vB ) ; if ( weCorrectEdge == null ) dNewWeight = dStartWeight ; else { dOldWeight = weCorrectEdge . getWeight ( ) ; dNewWeight = dOldWeight + dIncreaseWeight ; } try { if ( weCorrectEdge == null ) { ecl . addedEdge ( gGraph . addEdge ( vA , vB , dNewWeight ) ) ; } else weCorrectEdge . setWeight ( dNewWeight ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } }

Crea un borde en [GGRAPH] que conecta [SBASENODE] a cada nodo en la lista de nodos [LotherNodes].Si existe un borde, su peso se incrementa por [Peso de iInmease], de lo contrario, su peso está configurado en [ISTARTEWEY]


public static boolean contentEquals  ( InputStream input1 , InputStream input2 ) throws IOException { if ( ! ( input1 instanceof BufferedInputStream ) ) { input1 = new BufferedInputStream ( input1 ) ; } if ( ! ( input2 instanceof BufferedInputStream ) ) { input2 = new BufferedInputStream ( input2 ) ; } int ch = input1 . read ( ) ; while ( EOF != ch ) { int ch2 = input2 . read ( ) ; if ( ch != ch2 ) { return false ; } ch = input1 . read ( ) ; } int ch2 = input2 . read ( ) ; return ch2 == EOF ; }

Compara los contenidos de dos corrientes para determinar si son iguales o no.<P /> Este método almacena la entrada internamente con <código> bufferedInputStream </ Code> si aún no están amortiguados.


DelegatingHttpURLConnection ( URL url )  { super ( url ) ; }

Crea una httpurlConnection para la URL especificada que delega todas las operaciones al valor del campo de la selección de delegación, que debe configurarse por separado.