public static CharSequence extractFlagsForTextView  ( CharSequence text ) { char [ ] textChars = text . toString ( ) . toCharArray ( ) ; ArrayList < Character > characters = new ArrayList < > ( ) ; ArrayList < WhatsappUtil . Flag > flags = new ArrayList < > ( ) ; WhatsappUtil . Flag boldFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , BOLD_FLAG ) ; WhatsappUtil . Flag strikeFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , STRIKE_FLAG ) ; WhatsappUtil . Flag italicFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , ITALIC_FLAG ) ; for ( int i = 0 , j = 0 ; i < textChars . length ; i ++ ) { char c = textChars [ i ] ; if ( c == BOLD_FLAG ) { if ( boldFlag . start == INVALID_INDEX ) { if ( WhatsappUtil . hasFlagSameLine ( text , BOLD_FLAG , i + 1 ) ) { boldFlag . start = j ; continue ; } } else { boldFlag . end = j ; flags . add ( boldFlag ) ; boldFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , BOLD_FLAG ) ; continue ; } } if ( c == STRIKE_FLAG ) { if ( strikeFlag . start == INVALID_INDEX ) { if ( WhatsappUtil . hasFlagSameLine ( text , STRIKE_FLAG , i + 1 ) ) { strikeFlag . start = j ; continue ; } } else { strikeFlag . end = j ; flags . add ( strikeFlag ) ; strikeFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , STRIKE_FLAG ) ; continue ; } } if ( c == ITALIC_FLAG ) { if ( italicFlag . start == INVALID_INDEX ) { if ( WhatsappUtil . hasFlagSameLine ( text , ITALIC_FLAG , i + 1 ) ) { italicFlag . start = j ; continue ; } } else { italicFlag . end = j ; flags . add ( italicFlag ) ; italicFlag = new WhatsappUtil . Flag ( INVALID_INDEX , INVALID_INDEX , ITALIC_FLAG ) ; continue ; } } characters . add ( c ) ; j ++ ; } String formatted = WhatsappUtil . getText ( characters ) ; SpannableStringBuilder builder = new SpannableStringBuilder ( formatted ) ; for ( int i = 0 ; i < flags . size ( ) ; i ++ ) { WhatsappUtil . Flag flag = flags . get ( i ) ; if ( flag . flag == BOLD_FLAG ) { StyleSpan bss = new StyleSpan ( Typeface . BOLD ) ; builder . setSpan ( bss , flag . start , flag . end , Spanned . SPAN_INCLUSIVE_INCLUSIVE ) ; } else if ( flag . flag == STRIKE_FLAG ) { builder . setSpan ( new StrikethroughSpan ( ) , flag . start , flag . end , Spanned . SPAN_INCLUSIVE_INCLUSIVE ) ; } else if ( flag . flag == ITALIC_FLAG ) { StyleSpan iss = new StyleSpan ( Typeface . ITALIC ) ; builder . setSpan ( iss , flag . start , flag . end , Spanned . SPAN_INCLUSIVE_INCLUSIVE ) ; } } return builder ; }


< T > T onFindFirst ( Class < T > modelClass , boolean isEager ) { List < T > dataList = query ( modelClass , null , null , null , null , null , "id" , "1" , getForeignKeyAssociations ( modelClass . getName ( ) , isEager ) ) ; if ( dataList . size ( ) > 0 ) { return dataList . get ( 0 ) ; } return null ; }

La interfaz abierta para otras clases en el paquete CRUD para consultar el primer registro en una tabla.Si el conjunto de resultados está vacío, le devuelve Null.


public static ShortBuffer createShortBuffer  ( int size ) { ShortBuffer buf = ByteBuffer . allocateDirect ( 2 * size ) . order ( ByteOrder . nativeOrder ( ) ) . asShortBuffer ( ) ; buf . clear ( ) ; if ( trackDirectMemory ) { trackingHash . put ( buf , ref ) ; } return buf ; }

Cree un nuevo ShortBuffer del tamaño especificado.


public void schedule  ( String jobName , String poolName , String serviceName , String dataId , long startTime , int frequency , int interval , int count , long endTime , int maxRetry , String eventId ) throws JobManagerException { assertIsRunning ( ) ; String infoId = null ; if ( frequency > - 1 && count != 0 ) { try { RecurrenceInfo info = RecurrenceInfo . makeInfo ( delegator , startTime , frequency , interval , count ) ; infoId = info . primaryKey ( ) ; } catch ( RecurrenceInfoException e ) { throw new JobManagerException ( e . getMessage ( ) , e ) ; } } if ( UtilValidate . isEmpty ( jobName ) ) { jobName = Long . toString ( ( new Date ( ) . getTime ( ) ) ) ; } Map < String , Object > jFields = UtilMisc . < String , Object > toMap ( "jobName" , jobName , "runTime" , new java . sql . Timestamp ( startTime ) , "serviceName" , serviceName , "statusId" , "SERVICE_PENDING" , "recurrenceInfoId" , infoId , "runtimeDataId" , dataId , "eventId" , eventId ) ; if ( UtilValidate . isNotEmpty ( poolName ) ) { jFields . put ( "poolId" , poolName ) ; } else { try { jFields . put ( "poolId" , ServiceConfigUtil . getServiceEngine ( ) . getThreadPool ( ) . getSendToPool ( ) ) ; } catch ( GenericConfigException e ) { throw new JobManagerException ( e . getMessage ( ) , e ) ; } } jFields . put ( "loaderName" , delegator . getDelegatorName ( ) ) ; jFields . put ( "maxRetry" , Long . valueOf ( maxRetry ) ) ; jFields . put ( "currentRetryCount" , new Long ( 0 ) ) ; GenericValue jobV ; try { jobV = delegator . makeValue ( "JobSandbox" , jFields ) ; delegator . createSetNextSeqId ( jobV ) ; } catch ( GenericEntityException e ) { throw new JobManagerException ( e . getMessage ( ) , e ) ; } }

Programe un trabajo para comenzar a un tiempo específico con información de recurrencia específica <P> SCIIFIO: Modificado para aceptar un ID de evento.


public synchronized ZooKeeperClientBuilder sessionTimeoutMs  ( int sessionTimeoutMs ) { this . sessionTimeoutMs = sessionTimeoutMs ; if ( this . conectionTimeoutMs <= 0 ) { this . conectionTimeoutMs = 2 * sessionTimeoutMs ; } return this ; }

Establezca el tiempo de espera de la sesión de Zookeeper en milisegundos.


public static double uniform  ( ) { return random . nextDouble ( ) ; }

Devuelve un número real aleatorio uniformemente en [0, 1).


public static void isAssignableTo  ( String argumentName , Object argumentObject , Class < ? > targetClass ) { notNull ( argumentName , argumentObject ) ; if ( ! targetClass . isAssignableFrom ( argumentObject . getClass ( ) ) ) { throw new IllegalArgumentException ( argumentName + " cannot be assigned to " + targetClass . getName ( ) ) ; } }

Pruebas Si un argumento no es nulo y se puede elegir a una clase específica.<p> <code> afirmando.isassignableto ("foo", foo, foo.class); </ código> </ p>


private static byte charToByte  ( char c ) { return ( byte ) "0123456789ABCDEF" . indexOf ( c ) ; }


public Literal parse  ( ) { if ( getLITERAL ( ) . length ( ) == 0 ) throw new IllegalStateException ( "Empty NumericLiteral" ) ; kind = classifyLiteral ( ) ; Literal literal ; if ( ! floating ) literal = parseDigits ( ) ; else literal = parseFractionPart ( ) ; literal . setStart ( LITERALstart ) ; literal . setEnd ( LITERALend ) ; return literal ; }

Analizar un literal.Si hay un error de sintaxis en el literal, se devolverá un Illegalliteral.


private void rdp_decoding_d  ( char [ ] [ ] g_data , int disks , int stripe_unit_size , int w , int x ) { int xcount , ccount , count , dcount ; int packet_size = stripe_unit_size / w ; int gr , g , gx ; int row_disk , diag_disk ; char [ ] row_data , diag_data , rdata , xdata ; int coffset ; int i , j , k , c ; int diag_count ; int row_count ; dcount = stripe_unit_size ; xcount = stripe_unit_size ; gr = pnumRdp - 2 ; gx = ( x >= 3 ? x - 3 : pnumRdp - 1 ) ; row_disk = pnumRdp + 1 ; diag_disk = x ; rdata = g_data [ 0 ] ; xdata = g_data [ x ] ; row_data = rdata ; diag_data = xdata ; g = gr ; diag_count = xcount ; row_count = dcount ; while ( true ) { if ( g == pnumRdp - 1 ) { if ( gr == ( row_disk >= 3 ? row_disk - 3 : row_disk + pnumRdp - 3 ) ) { row_disk = x ; diag_disk = pnumRdp + 1 ; row_data = xdata ; diag_data = rdata ; g = gx ; row_count = diag_count ; diag_count = dcount ; continue ; } else break ; } else { int row_index ; char [ ] cdata ; row_index = ( g - diag_disk + pnumRdp + 2 ) % pnumRdp ; coffset = ( row_index + diag_disk - 2 + pnumRdp ) % pnumRdp * packet_size ; cdata = g_data [ 1 ] ; for ( i = row_index * packet_size , j = coffset , k = 0 ; i < diag_count && k < packet_size ; i ++ , j ++ , k ++ ) { diag_data [ i ] = cdata [ j ] ; } for ( c = 2 ; c < ( disks + 2 ) ; c ++ ) { if ( ( int ) c == diag_disk ) continue ; ccount = stripe_unit_size ; cdata = g_data [ c ] ; coffset = ( row_index + diag_disk - c + pnumRdp ) % pnumRdp * packet_size ; for ( i = row_index * packet_size , j = coffset , k = 0 ; i < diag_count && j < ccount && k < packet_size ; i ++ , j ++ , k ++ ) { diag_data [ i ] ^= cdata [ j ] ; } } if ( pnumRdp + 1 != diag_disk ) { ccount = stripe_unit_size ; cdata = g_data [ 0 ] ; coffset = ( row_index + diag_disk - 1 + pnumRdp ) % pnumRdp * packet_size ; for ( i = row_index * packet_size , j = coffset , k = 0 ; i < diag_count && j < ccount && k < packet_size ; i ++ , j ++ , k ++ ) { diag_data [ i ] ^= cdata [ j ] ; } } for ( c = 2 ; c < ( disks + 2 ) ; c ++ ) { if ( ( int ) c == row_disk ) continue ; ccount = stripe_unit_size ; cdata = g_data [ c ] ; coffset = row_index * packet_size ; for ( i = coffset , k = 0 ; i < ccount && k < packet_size ; i ++ , k ++ ) { row_data [ i ] ^= cdata [ i ] ; } } if ( row_disk != pnumRdp + 1 ) { count = row_count ; cdata = diag_data ; coffset = row_index * packet_size ; for ( i = coffset , k = 0 ; i < count && k < packet_size ; i ++ , k ++ ) row_data [ i ] ^= cdata [ i ] ; } g = ( row_index + row_disk - 2 ) % pnumRdp ; } } }

RDP Decodificación según las comprobaciones R y D.X: El primer disco de error en g_data


private void internal_logException  ( Exception e , Logger logger ) { logger . error ( e . getMessage ( ) ) ; panel . addErrorMessage ( e . getMessage ( ) ) ; StackTraceElement [ ] stackTrace = e . getStackTrace ( ) ; StringBuilder sb = new StringBuilder ( ) ; for ( StackTraceElement t : stackTrace ) { sb . append ( t . toString ( ) ) ; sb . append ( "\n" ) ; } logger . error ( sb . toString ( ) ) ; }


public static SM_SYSTEM_MESSAGE STR_DECOMPOSE_ITEM_FAILED  ( int value0 ) { return new SM_SYSTEM_MESSAGE ( 1300448 , new DescriptionId ( value0 ) ) ; }


Crea una nueva instancia de completelinkclusterer


public void inc  ( Collection < KeyType > container , long delta ) { for ( KeyType key : container ) { inc ( key , delta ) ; } }

Aumente Delta por cada elemento en contenedor.


public LUDecomposition lu  ( ) { return new LUDecomposition ( this ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BoostSkillCost_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200333 , skillname ) ; }

Usted cambió su consumo de MP utilizando [% SkillName].


private static boolean parse  ( ) { URLClassLoader cLoader = ( URLClassLoader ) ManifestParser . class . getClassLoader ( ) ; try { URL url = cLoader . findResource ( "META-INF/MANIFEST.MF" ) ; manifest = new Manifest ( url . openStream ( ) ) ; return true ; } catch ( IOException ex ) { ex . printStackTrace ( ) ; return false ; } }


public boolean isNavBarTintEnabled  ( ) { return mNavBarTintEnabled ; }

¿Está habilitado el teñido para la barra de navegación del sistema?


private boolean zzRefill  ( ) throws java . io . IOException { return true ; }


public static void main  ( String [ ] args ) throws IOException { long iBegin = System . currentTimeMillis ( ) ; if ( args . length == 0 ) { System . err . println ( "usage: java marytts.fst.FSTLookup FstFile [-g] [word ...]" ) ; System . exit ( - 1 ) ; } FSTLookup fstLookup = new FSTLookup ( args [ 0 ] ) ; if ( args . length == 1 || ( args . length == 2 && args [ 1 ] . equals ( "-g" ) ) ) { boolean generate = false ; if ( args . length == 2 && args [ 1 ] . equals ( "-g" ) ) generate = true ; String line ; try { BufferedReader in = new BufferedReader ( new InputStreamReader ( System . in ) ) ; while ( ( line = in . readLine ( ) ) != null ) { showResults ( line , fstLookup . lookup ( line , generate ) ) ; } } catch ( Exception e ) { System . err . println ( "Invalid Input" ) ; } } else { int i = 1 ; boolean generate = false ; if ( args [ 1 ] . equals ( "-g" ) ) { generate = true ; i = 2 ; } for ( ; i < args . length ; i ++ ) { showResults ( args [ i ] , fstLookup . lookup ( args [ i ] , generate ) ) ; } } long iEnd = System . currentTimeMillis ( ) ; System . err . println ( "processed in " + ( iEnd - iBegin ) + " ms." ) ; }

Una simple línea de la línea de comando para el FST.


@ Override public void onDestroyView  ( ) { super . onDestroyView ( ) ; if ( mProgressAnimator != null ) { mProgressAnimator . removeAllListeners ( ) ; } Log . d ( TAG , "onDestroyView()" ) ; mPrefs . unregisterOnSharedPreferenceChangeListener ( mPrefChangeListener ) ; }

Si el usuario navega lejos, este es el punto más leído del ciclo de vida, este fragmento llega.Aquí, la jerarquía de la vista regresó de OnCreateview () se destruye: el fragmento en sí no se destruye.Si el usuario navega de nuevo a esta pestaña, este fragmento pasa por su ciclo de vida que comienza desde OnCreeEval ().<P /> TODO: Verifique que los miembros no se reinicien.


private void resetPersistenceManager  ( ) { persistenceManager = null ; }

Elimina la referencia al objeto Persistencanager.


protected void ae  ( float expected , float actual ) { assertEquals ( expected , actual ) ; }


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

Offset se necesita para devolver un subconjunto específico de sugerencias.


private Intent createSettingsIntent  ( ) { return PreferencesLauncher . createIntentForSettingsPage ( mApplicationContext , mAccountManagementFragment . getCanonicalName ( ) ) ; }

Crea una intención que lanza la configuración de Chrome, y automáticamente abre el fragmento para los usuarios firmados.


public static SM_SYSTEM_MESSAGE STR_COMBINE_SUCCESS  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330049 , value0 ) ; }


public boolean ensureLibraryIsIncluded  ( @ NotNull Module module , @ NotNull Iterable < GradleCoordinate > dependencies , @ Nullable Runnable callback ) { GradleBuildModel buildModel = GradleBuildModel . get ( module ) ; if ( buildModel == null ) { return false ; } List < GradleCoordinate > missing = findMissingLibrariesFromGradleBuildFile ( buildModel , dependencies ) ; if ( missing . isEmpty ( ) ) { return true ; } if ( userWantToAddDependencies ( module , missing ) ) { addDependenciesInTransaction ( buildModel , module , missing , callback ) ; return true ; } return false ; }

Asegura que todas las dependencias especificadas se incluyan en el módulo especificado.<P /> Si faltan algunas dependencias, se presenta un cuadro de diálogo al usuario si se agregan aquellas dependencias al módulo.Si el usuario está de acuerdo, se agregan las dependencias.La persona que llama puede suministrar una devolución de llamada para determinar cuándo se han agregado las dependencias solicitadas (esto hace que tome varios segundos).


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

Carga una clave privada de la ubicación especificada.


public boolean isPutFirst  ( ) { return putFirst ; }

Al realizar una operación de PUT, puede realizar la operación de PUT PUT tanto en el caché local y en el espacio maestro.Esto acelerará las operaciones posteriores a obtener.Predeterminado a <Code> True </ Code>.


private void doScrollX  ( int delta ) { if ( delta != 0 ) { if ( mSmoothScrollingEnabled ) { smoothScrollBy ( delta , 0 ) ; } else { scrollBy ( delta , 0 ) ; } } }


public Builder client  ( DistributedLogClient client ) { this . _client = client ; return this ; }

Establezca el cliente Distributedlog utilizado para Multi Stream Writer.


public static void generateSampleXml  ( String path ) { File file = new File ( path ) ; JAXBContext jaxbContext ; try { jaxbContext = JAXBContext . newInstance ( TvMetadataDescriptor . INSTANCE . getMetadataClass ( ) ) ; Marshaller jaxbMarshaller = jaxbContext . createMarshaller ( ) ; jaxbMarshaller . setProperty ( Marshaller . JAXB_FORMATTED_OUTPUT , true ) ; JAXBElement < PackageType > metadataJaxb = new ObjectFactory ( ) . createPackage ( TvMetadataXmlSampleBuilder . buildPackage ( ) ) ; jaxbMarshaller . marshal ( metadataJaxb , file ) ; } catch ( JAXBException e ) { throw new RuntimeException ( e ) ; } }

Genera un archivo metadata.xml de muestra.


public ChangeModifiers ( ChangeModifiers modifiers1 , ChangeModifiers modifiers2 ) { super ( modifiers1 , modifiers2 ) ; }

Crea un nuevo modificador de los modificadores especificados.


List < CollectionAttribute > finalizeAndGetCollections ( )  { Map < String , TypeRef > definedResources = Maps . newLinkedHashMap ( ) ; for ( TypeRef type : aspect . getModel ( ) . getSymbolTable ( ) . getDeclaredTypes ( ) ) { if ( ! type . isMessage ( ) ) { continue ; } MessageType message = type . getMessageType ( ) ; List < ResourceAttribute > definitions = message . getAttribute ( ResourceAttribute . KEY ) ; if ( definitions != null ) { for ( ResourceAttribute definition : definitions ) { TypeRef old = definedResources . put ( definition . collection ( ) , type ) ; if ( old != null ) { aspect . warning ( message . getLocation ( ) , "Resource association of '%s' for collection '%s' overridden by '%s'. " + "Currently there can be only one resource associated with a collection." , old , definition . collection ( ) , type ) ; } } } } ImmutableList . Builder < CollectionAttribute > result = ImmutableList . builder ( ) ; for ( CollectionAttribute collection : collectionMap . values ( ) ) { validateCollectionAttribute ( collection , collectionMap . keySet ( ) ) ; TypeRef type = definedResources . get ( collection . getFullName ( ) ) ; if ( type == null ) { type = new ResourceTypeSelector ( aspect . getModel ( ) , collection . getMethods ( ) ) . getCandiateResourceType ( ) ; } collection . setResourceType ( type ) ; result . add ( collection ) ; } return result . build ( ) ; }

Finaliza el análisis de descanso, entregando las colecciones utilizadas.


public RecordPage ( BlockId blk , TableInfo ti , Transaction tx , boolean doLog ) { this . blk = blk ; this . tx = tx ; this . ti = ti ; this . doLog = doLog ; currentBuff = tx . bufferMgr ( ) . pin ( blk ) ; Schema sch = ti . schema ( ) ; int pos = 0 ; myOffsetMap = new HashMap < String , Integer > ( ) ; for ( String fldname : sch . fields ( ) ) { myOffsetMap . put ( fldname , pos ) ; pos += Page . maxSize ( sch . type ( fldname ) ) ; } pos = pos < MIN_REC_SIZE ? MIN_REC_SIZE : pos ; slotSize = pos + FLAG_SIZE ; }

Crea el gerente de registro para el bloque especificado.El registro actual está configurado para ser antes de la primera.


public boolean contains  ( T obj ) { throw new RuntimeException ( "ConcurrentSegmentedStoredList::contains not supported" ) ; }


public StyleWrapper ( String style ) { super ( ) ; this . style = style ; }

Instantánea un nuevo envoltorio de estilo.


@ Ignore @ Test ( timeout = 110000l ) public void testEmitSoundTimer  ( ) throws IOException  { Chip8 soundChip = Chip8Utils . createFromRom ( getClass ( ) . getResource ( "/E05SoundLoop.ch8" ) ) ; while ( soundChip . getV5 ( ) != 255 ) { soundChip . cycle ( ) ; } }

Esta prueba probará ese sonido en realidad se emite.Está deshabilitado por defecto porque podría ser molesto.


public Distribution centroid  ( ) { if ( isEmpty ( ) ) return null ; Distribution dRes = new Distribution ( ) ; Iterator iVectorIter = iterator ( ) ; while ( iVectorIter . hasNext ( ) ) { Distribution dCurVector = ( Distribution ) iVectorIter . next ( ) ; Iterator iFeatures = dCurVector . asTreeMap ( ) . keySet ( ) . iterator ( ) ; while ( iFeatures . hasNext ( ) ) { Object oFeatureKey = iFeatures . next ( ) ; } } return null ; }

Calcula el centroide de todas las distribuciones contenidas.


public LikesGetListQueryWithExtended ( VkApiClient client , LikesType type ) { super ( client , "likes.getList" , GetListExtendedResponse . class ) ; type ( type ) ; extended ( true ) ; }

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


public static boolean putFloat  ( Context context , String key , float value ) { SharedPreferences settings = context . getSharedPreferences ( PREFERENCE_NAME , Context . MODE_PRIVATE ) ; SharedPreferences . Editor editor = settings . edit ( ) ; editor . putFloat ( key , value ) ; return editor . commit ( ) ; }


private void readObject  ( ObjectInputStream in ) throws IOException , ClassNotFoundException { in . defaultReadObject ( ) ; if ( landlord == null ) throw new InvalidObjectException ( "null landlord reference" ) ; if ( landlordUuid == null ) throw new InvalidObjectException ( "null landlordUuid reference" ) ; if ( ! ( landlord instanceof TrustEquivalence ) ) { throw new InvalidObjectException ( "server does not implement TrustEquivalence" ) ; } }

Verifica que la referencia del servidor implementa <código> TrustEquivalence </ Code>.


public InstanceOfExpr newInstanceOfExpr  ( Value op1 , Type t ) { return new GInstanceOfExpr ( op1 , t ) ; }

Construye un trozo de gramática de EIIXOFEXPR (EXPR, TIPO).


public Vector2f interpolate  ( Vector2f finalVec , float changeAmnt ) { this . x = ( 1 - changeAmnt ) * this . x + changeAmnt * finalVec . x ; this . y = ( 1 - changeAmnt ) * this . y + changeAmnt * finalVec . y ; return this ; }

Establece este vector de la interpolación por ChangeMNT de esto a la finalvec este = (1-ChoMeamnt) * Esto + ChangeMNT * FinalVEC


public View ( String typeName , String sqlExpression , Object ... parameters ) { super ( typeName , sqlExpression , parameters ) ; }

Crea una vista utilizando el tipo, la expresión y los parámetros especificados.


@ Override public void dataSourceLoaded  ( GeometryTypeEnum geometryType , boolean isConnectedToDataSourceFlag ) { updateButtonState ( geometryType ) ; }


private void debugPrint  ( String msg ) { if ( debug ) { System . out . println ( toString ( ) + ": " + msg ) ; } }

Produce un mensaje de depuración si se enciende la depuración


public Array < T > values  ( ) { Array < T > out = new JavaArray < > ( ) ; for ( T value : internalMap . values ( ) ) { out . push ( value ) ; } return out ; }

Devuelve los valores definidos en el mapa.


private static Bitmap decodeSampledBitmapRegion  ( Context context , Uri uri , Rect rect , int reqWidth , int reqHeight ) { InputStream stream = null ; BitmapRegionDecoder decoder = null ; try { BitmapFactory . Options options = new BitmapFactory . Options ( ) ; options . inSampleSize = calculateInSampleSizeByReqestedSize ( rect . width ( ) , rect . height ( ) , reqWidth , reqHeight ) ; stream = context . getContentResolver ( ) . openInputStream ( uri ) ; decoder = BitmapRegionDecoder . newInstance ( stream , false ) ; do { try { return decoder . decodeRegion ( rect , options ) ; } catch ( OutOfMemoryError e ) { options . inSampleSize *= 2 ; } } while ( options . inSampleSize <= 512 ) ; } catch ( Exception e ) { throw new RuntimeException ( "Failed to load sampled bitmap: " + uri + "\r\n" + e . getMessage ( ) , e ) ; } finally { closeSafe ( stream ) ; if ( decoder != null ) { decoder . recycle ( ) ; } } return null ; }

Decodifique el mapa de bits de rectángulo específico de la transmisión utilizando el muestreo para obtener mapa de bits con el límite solicitado.


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "show window=message;" ) ; execute ( "list assignmentsToLevels;" ) ; }


public void onDownloadCompleted  ( DownloadInfo downloadInfo , String notifyURI ) { long downloadId = downloadInfo . getDownloadId ( ) ; OMAInfo omaInfo = mPendingOMADownloads . get ( downloadId ) ; if ( omaInfo == null ) { omaInfo = new OMAInfo ( ) ; omaInfo . addAttributeValue ( OMA_INSTALL_NOTIFY_URI , notifyURI ) ; } sendInstallNotificationAndNextStep ( omaInfo , downloadInfo , DOWNLOAD_STATUS_SUCCESS ) ; mPendingOMADownloads . remove ( downloadId ) ; }

Llamado cuando el contenido es descargado exitosamente por el DownloadManager de Android.


@ Override @ Transactional ( value = "cacheTransactionManager" , propagation = Propagation . REQUIRES_NEW ) public void doUpdateRuleTag  ( Long id , Properties properties ) throws IllegalAccessException { LOGGER . trace ( "Updating RuleTag " + id ) ; tagCache . acquireWriteLockOnKey ( id ) ; try { RuleTag ruleTagCopy = tagCache . getCopy ( id ) ; Collection < Long > oldTagIds = null ; if ( properties . containsKey ( "ruleText" ) ) { oldTagIds = ruleTagCopy . getRuleInputTagIds ( ) ; } try { commonTagFacade . updateConfig ( ruleTagCopy , properties ) ; configurableDAO . updateConfig ( ruleTagCopy ) ; tagCache . putQuiet ( ruleTagCopy ) ; } catch ( RuntimeException e ) { String msg = "Exception caught while updating Rule" ; LOGGER . error ( msg , e ) ; throw new UnexpectedRollbackException ( msg , e ) ; } try { if ( oldTagIds != null ) { for ( Long oldTagId : oldTagIds ) { tagConfigGateway . removeRuleFromTag ( oldTagId , ruleTagCopy . getId ( ) ) ; } for ( Long newTagId : ruleTagCopy . getRuleInputTagIds ( ) ) { tagConfigGateway . addRuleToTag ( newTagId , ruleTagCopy . getId ( ) ) ; } } } catch ( RuntimeException e ) { String errMessage = "Exception caught while updating a RuleTag in cache - rolling back DB transaction and removing from cache." ; LOGGER . error ( errMessage , e ) ; if ( oldTagIds != null ) { for ( Long oldTagId : oldTagIds ) { try { tagConfigGateway . addRuleToTag ( oldTagId , ruleTagCopy . getId ( ) ) ; } catch ( Exception ex ) { LOGGER . warn ( "Exception caught while rolling back rule update" , ex ) ; } } for ( Long newTagId : ruleTagCopy . getRuleInputTagIds ( ) ) { try { tagConfigGateway . removeRuleFromTag ( newTagId , ruleTagCopy . getId ( ) ) ; } catch ( Exception ex ) { LOGGER . warn ( "Exception caught while rolling back rule update" , ex ) ; } } } throw new UnexpectedRollbackException ( errMessage , e ) ; } tagCache . releaseWriteLockOnKey ( id ) ; try { LOGGER . trace ( "Resetting all relevant Rule parent Process/Equipment ids" ) ; for ( Long parentRuleId : ruleTagCopy . getRuleIds ( ) ) { ruleTagFacade . setParentSupervisionIds ( parentRuleId ) ; } } catch ( Exception e ) { String msg = "Exception while reloading rule parent ids: cache may be left in inconsistent state! - need to remove this rule to try and recover consistency" ; LOGGER . error ( msg , e ) ; throw new UnexpectedRollbackException ( msg , e ) ; } } finally { if ( tagCache . isWriteLockedByCurrentThread ( id ) ) { tagCache . releaseWriteLockOnKey ( id ) ; } } }

Toma todas las acciones necesarias al actualizar la configuración de una etiqueta de regla (actualizar el objeto de caché y la base de datos).


public DirectedGraph load  ( InputStream inStream ) throws IOException , MaryConfigurationException  { BufferedInputStream buffInStream = new BufferedInputStream ( inStream ) ; assert buffInStream . markSupported ( ) ; buffInStream . mark ( 10000 ) ; DataInput raf = new DataInputStream ( buffInStream ) ; MaryHeader maryHeader = new MaryHeader ( raf ) ; if ( ! maryHeader . hasCurrentVersion ( ) ) { throw new IOException ( "Wrong version of database file" ) ; } if ( maryHeader . getType ( ) != MaryHeader . DIRECTED_GRAPH ) { if ( maryHeader . getType ( ) == MaryHeader . CARTS ) { buffInStream . reset ( ) ; return new MaryCARTReader ( ) . loadFromStream ( buffInStream ) ; } else { throw new IOException ( "Not a directed graph file" ) ; } } short propDataLength = raf . readShort ( ) ; Properties props ; if ( propDataLength == 0 ) { props = null ; } else { byte [ ] propsData = new byte [ propDataLength ] ; raf . readFully ( propsData ) ; ByteArrayInputStream bais = new ByteArrayInputStream ( propsData ) ; props = new Properties ( ) ; props . load ( bais ) ; bais . close ( ) ; } FeatureDefinition featureDefinition = new FeatureDefinition ( raf ) ; int numDecNodes = raf . readInt ( ) ; DecisionNode [ ] dns = new DecisionNode [ numDecNodes ] ; int [ ] [ ] childIndexes = new int [ numDecNodes ] [ ] ; for ( int i = 0 ; i < numDecNodes ; i ++ ) { int featureNameIndex = raf . readInt ( ) ; int nodeTypeNr = raf . readInt ( ) ; DecisionNode . Type nodeType = DecisionNode . Type . values ( ) [ nodeTypeNr ] ; int numChildren = 2 ; switch ( nodeType ) { case BinaryByteDecisionNode : int criterion = raf . readInt ( ) ; dns [ i ] = new DecisionNode . BinaryByteDecisionNode ( featureNameIndex , ( byte ) criterion , featureDefinition ) ; break ; case BinaryShortDecisionNode : criterion = raf . readInt ( ) ; dns [ i ] = new DecisionNode . BinaryShortDecisionNode ( featureNameIndex , ( short ) criterion , featureDefinition ) ; break ; case BinaryFloatDecisionNode : float floatCriterion = raf . readFloat ( ) ; dns [ i ] = new DecisionNode . BinaryFloatDecisionNode ( featureNameIndex , floatCriterion , featureDefinition ) ; break ; case ByteDecisionNode : numChildren = raf . readInt ( ) ; if ( featureDefinition . getNumberOfValues ( featureNameIndex ) != numChildren ) { throw new IOException ( "Inconsistent cart file: feature " + featureDefinition . getFeatureName ( featureNameIndex ) + " should have " + featureDefinition . getNumberOfValues ( featureNameIndex ) + " values, but decision node " + i + " has only " + numChildren + " child nodes" ) ; } dns [ i ] = new DecisionNode . ByteDecisionNode ( featureNameIndex , numChildren , featureDefinition ) ; break ; case ShortDecisionNode : numChildren = raf . readInt ( ) ; if ( featureDefinition . getNumberOfValues ( featureNameIndex ) != numChildren ) { throw new IOException ( "Inconsistent cart file: feature " + featureDefinition . getFeatureName ( featureNameIndex ) + " should have " + featureDefinition . getNumberOfValues ( featureNameIndex ) + " values, but decision node " + i + " has only " + numChildren + " child nodes" ) ; } dns [ i ] = new DecisionNode . ShortDecisionNode ( featureNameIndex , numChildren , featureDefinition ) ; } dns [ i ] . setUniqueDecisionNodeId ( i + 1 ) ; childIndexes [ i ] = new int [ numChildren ] ; for ( int k = 0 ; k < numChildren ; k ++ ) { childIndexes [ i ] [ k ] = raf . readInt ( ) ; } } int numLeafNodes = raf . readInt ( ) ; LeafNode [ ] lns = new LeafNode [ numLeafNodes ] ; for ( int j = 0 ; j < numLeafNodes ; j ++ ) { int leafTypeNr = raf . readInt ( ) ; LeafNode . LeafType leafNodeType = LeafNode . LeafType . values ( ) [ leafTypeNr ] ; switch ( leafNodeType ) { case IntArrayLeafNode : int numData = raf . readInt ( ) ; int [ ] data = new int [ numData ] ; for ( int d = 0 ; d < numData ; d ++ ) { data [ d ] = raf . readInt ( ) ; } lns [ j ] = new LeafNode . IntArrayLeafNode ( data ) ; break ; case FloatLeafNode : float stddev = raf . readFloat ( ) ; float mean = raf . readFloat ( ) ; lns [ j ] = new LeafNode . FloatLeafNode ( new float [ ] { stddev , mean } ) ; break ; case IntAndFloatArrayLeafNode : case StringAndFloatLeafNode : int numPairs = raf . readInt ( ) ; int [ ] ints = new int [ numPairs ] ; float [ ] floats = new float [ numPairs ] ; for ( int d = 0 ; d < numPairs ; d ++ ) { ints [ d ] = raf . readInt ( ) ; floats [ d ] = raf . readFloat ( ) ; } if ( leafNodeType == LeafNode . LeafType . IntAndFloatArrayLeafNode ) lns [ j ] = new LeafNode . IntAndFloatArrayLeafNode ( ints , floats ) ; else lns [ j ] = new LeafNode . StringAndFloatLeafNode ( ints , floats ) ; break ; case FeatureVectorLeafNode : throw new IllegalArgumentException ( "Reading feature vector leaf nodes is not yet implemented" ) ; case PdfLeafNode : throw new IllegalArgumentException ( "Reading pdf leaf nodes is not yet implemented" ) ; } lns [ j ] . setUniqueLeafId ( j + 1 ) ; } int numDirectedGraphNodes = raf . readInt ( ) ; DirectedGraphNode [ ] graphNodes = new DirectedGraphNode [ numDirectedGraphNodes ] ; int [ ] dgnLeafIndices = new int [ numDirectedGraphNodes ] ; int [ ] dgnDecIndices = new int [ numDirectedGraphNodes ] ; for ( int g = 0 ; g < numDirectedGraphNodes ; g ++ ) { graphNodes [ g ] = new DirectedGraphNode ( null , null ) ; graphNodes [ g ] . setUniqueGraphNodeID ( g + 1 ) ; dgnLeafIndices [ g ] = raf . readInt ( ) ; dgnDecIndices [ g ] = raf . readInt ( ) ; } for ( int i = 0 ; i < numDecNodes ; i ++ ) { for ( int k = 0 ; k < childIndexes [ i ] . length ; k ++ ) { Node child = childIndexToNode ( childIndexes [ i ] [ k ] , dns , lns , graphNodes ) ; dns [ i ] . addDaughter ( child ) ; } } for ( int g = 0 ; g < numDirectedGraphNodes ; g ++ ) { Node leaf = childIndexToNode ( dgnLeafIndices [ g ] , dns , lns , graphNodes ) ; graphNodes [ g ] . setLeafNode ( leaf ) ; Node dec = childIndexToNode ( dgnDecIndices [ g ] , dns , lns , graphNodes ) ; if ( dec != null && ! dec . isDecisionNode ( ) ) throw new IllegalArgumentException ( "Only decision nodes allowed, read " + dec . getClass ( ) ) ; graphNodes [ g ] . setDecisionNode ( ( DecisionNode ) dec ) ; } Node rootNode ; if ( graphNodes . length > 0 ) { rootNode = graphNodes [ 0 ] ; } else if ( dns . length > 0 ) { rootNode = dns [ 0 ] ; ( ( DecisionNode ) rootNode ) . countData ( ) ; } else if ( lns . length > 0 ) { rootNode = lns [ 0 ] ; } else { rootNode = null ; } return new DirectedGraph ( rootNode , featureDefinition , props ) ; }

Cargue el gráfico dirigido del archivo dado


public ZoomToFitControl ( String group , int margin , long duration , int button ) { this . m_group = group ; this . m_margin = margin ; this . m_duration = duration ; this . m_button = button ; }


public static String byteToHexString  ( byte [ ] bytes , int start , int end ) { if ( bytes == null ) { throw new IllegalArgumentException ( "bytes == null" ) ; } StringBuilder s = new StringBuilder ( ) ; for ( int i = start ; i < end ; i ++ ) { s . append ( String . format ( "%02x" , bytes [ i ] ) ) ; } return s . toString ( ) ; }

Dada una matriz de bytes, convertirá los bytes a una representación de cadena hexagonal de los bytes


public GroupsIsMemberQuery ( VkApiClient client , UserActor actor , String groupId ) { super ( client , "groups.isMember" , BoolInt . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; }


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

ID del país de la ubicación.Para obtener ID de país, use el método de base de datos.


public static BesselJResult rjBesl  ( double x , double alpha , int nb ) { final double [ ] b = new double [ nb ] ; int ncalc = 0 ; double alpem = 0 ; double alp2em = 0 ; final int magx = ( int ) x ; if ( ( nb > 0 ) && ( x >= X_MIN ) && ( x <= X_MAX ) && ( alpha >= 0 ) && ( alpha < 1 ) ) { ncalc = nb ; for ( int i = 0 ; i < nb ; ++ i ) { b [ i ] = 0 ; } double tempa ; double tempb ; double tempc ; double tover ; if ( x < RTNSIG ) { tempa = 1 ; alpem = 1 + alpha ; double halfx = 0 ; if ( x > ENMTEN ) { halfx = 0.5 * x ; } if ( alpha != 0 ) { tempa = FastMath . pow ( halfx , alpha ) / ( alpha * Gamma . gamma ( alpha ) ) ; } tempb = 0 ; if ( x + 1 > 1 ) { tempb = - halfx * halfx ; } b [ 0 ] = tempa + ( tempa * tempb / alpem ) ; if ( ( x != 0 ) && ( b [ 0 ] == 0 ) ) { ncalc = 0 ; } if ( nb != 1 ) { if ( x <= 0 ) { for ( int n = 1 ; n < nb ; ++ n ) { b [ n ] = 0 ; } } else { tempc = halfx ; tover = tempb != 0 ? ENMTEN / tempb : 2 * ENMTEN / x ; for ( int n = 1 ; n < nb ; ++ n ) { tempa /= alpem ; alpem += 1 ; tempa *= tempc ; if ( tempa <= tover * alpem ) { tempa = 0 ; } b [ n ] = tempa + ( tempa * tempb / alpem ) ; if ( ( b [ n ] == 0 ) && ( ncalc > n ) ) { ncalc = n ; } } } } } else if ( ( x > 25.0 ) && ( nb <= magx + 1 ) ) { final double xc = FastMath . sqrt ( PI2 / x ) ; final double mul = 0.125 / x ; final double xin = mul * mul ; int m = 0 ; if ( x >= 130.0 ) { m = 4 ; } else if ( x >= 35.0 ) { m = 8 ; } else { m = 11 ; } final double xm = 4.0 * m ; double t = ( double ) ( ( int ) ( ( x / TWOPI ) + 0.5 ) ) ; final double z = x - t * TOWPI1 - t * TWOPI2 - ( alpha + 0.5 ) / PI2 ; double vsin = FastMath . sin ( z ) ; double vcos = FastMath . cos ( z ) ; double gnu = 2 * alpha ; double capq ; double capp ; double s ; double t1 ; double xk ; for ( int i = 1 ; i <= 2 ; i ++ ) { s = ( xm - 1 - gnu ) * ( xm - 1 + gnu ) * xin * 0.5 ; t = ( gnu - ( xm - 3.0 ) ) * ( gnu + ( xm - 3.0 ) ) ; capp = ( s * t ) / FACT [ 2 * m ] ; t1 = ( gnu - ( xm + 1 ) ) * ( gnu + ( xm + 1 ) ) ; capq = ( s * t1 ) / FACT [ 2 * m + 1 ] ; xk = xm ; int k = 2 * m ; t1 = t ; for ( int j = 2 ; j <= m ; j ++ ) { xk -= 4.0 ; s = ( xk - 1 - gnu ) * ( xk - 1 + gnu ) ; t = ( gnu - ( xk - 3.0 ) ) * ( gnu + ( xk - 3.0 ) ) ; capp = ( capp + 1 / FACT [ k - 2 ] ) * s * t * xin ; capq = ( capq + 1 / FACT [ k - 1 ] ) * s * t1 * xin ; k -= 2 ; t1 = t ; } capp += 1 ; capq = ( capq + 1 ) * ( ( gnu * gnu ) - 1 ) * ( 0.125 / x ) ; b [ i - 1 ] = xc * ( capp * vcos - capq * vsin ) ; if ( nb == 1 ) { return new BesselJResult ( b . clone ( ) , ncalc ) ; } t = vsin ; vsin = - vcos ; vcos = t ; gnu += 2.0 ; } if ( nb > 2 ) { gnu = 2 * alpha + 2.0 ; for ( int j = 2 ; j < nb ; ++ j ) { b [ j ] = gnu * b [ j - 1 ] / x - b [ j - 2 ] ; gnu += 2.0 ; } } } else { final int nbmx = nb - magx ; int n = magx + 1 ; int nstart = 0 ; int nend = 0 ; double en = 2 * ( n + alpha ) ; double plast = 1 ; double p = en / x ; double pold ; double test = 2 * ENSIG ; boolean readyToInitialize = false ; if ( nbmx >= 3 ) { tover = ENTEN / ENSIG ; nstart = magx + 2 ; nend = nb - 1 ; en = 2 * ( nstart - 1 + alpha ) ; double psave ; double psavel ; for ( int k = nstart ; k <= nend ; k ++ ) { n = k ; en += 2.0 ; pold = plast ; plast = p ; p = ( en * plast / x ) - pold ; if ( p > tover ) { tover = ENTEN ; p /= tover ; plast /= tover ; psave = p ; psavel = plast ; nstart = n + 1 ; do { n += 1 ; en += 2.0 ; pold = plast ; plast = p ; p = ( en * plast / x ) - pold ; } while ( p <= 1 ) ; tempb = en / x ; test = pold * plast * ( 0.5 - 0.5 / ( tempb * tempb ) ) ; test /= ENSIG ; p = plast * tover ; n -= 1 ; en -= 2.0 ; nend = FastMath . min ( nb , n ) ; for ( int l = nstart ; l <= nend ; l ++ ) { pold = psavel ; psavel = psave ; psave = ( en * psavel / x ) - pold ; if ( psave * psavel > test ) { ncalc = l - 1 ; readyToInitialize = true ; break ; } } ncalc = nend ; readyToInitialize = true ; break ; } } if ( ! readyToInitialize ) { n = nend ; en = 2 * ( n + alpha ) ; test = FastMath . max ( test , FastMath . sqrt ( plast * ENSIG ) * FastMath . sqrt ( 2 * p ) ) ; } } if ( ! readyToInitialize ) { do { n += 1 ; en += 2.0 ; pold = plast ; plast = p ; p = ( en * plast / x ) - pold ; } while ( p < test ) ; } n += 1 ; en += 2.0 ; tempb = 0 ; tempa = 1 / p ; int m = ( 2 * n ) - 4 * ( n / 2 ) ; double sum = 0 ; double em = ( double ) ( n / 2 ) ; alpem = em - 1 + alpha ; alp2em = 2 * em + alpha ; if ( m != 0 ) { sum = tempa * alpem * alp2em / em ; } nend = n - nb ; boolean readyToNormalize = false ; boolean calculatedB0 = false ; for ( int l = 1 ; l <= nend ; l ++ ) { n -= 1 ; en -= 2.0 ; tempc = tempb ; tempb = tempa ; tempa = ( en * tempb / x ) - tempc ; m = 2 - m ; if ( m != 0 ) { em -= 1 ; alp2em = 2 * em + alpha ; if ( n == 1 ) { break ; } alpem = em - 1 + alpha ; if ( alpem == 0 ) { alpem = 1 ; } sum = ( sum + tempa * alp2em ) * alpem / em ; } } b [ n - 1 ] = tempa ; if ( nend >= 0 ) { if ( nb <= 1 ) { alp2em = alpha ; if ( alpha + 1 == 1 ) { alp2em = 1 ; } sum += b [ 0 ] * alp2em ; readyToNormalize = true ; } else { n -= 1 ; en -= 2.0 ; b [ n - 1 ] = ( en * tempa / x ) - tempb ; if ( n == 1 ) { calculatedB0 = true ; } else { m = 2 - m ; if ( m != 0 ) { em -= 1 ; alp2em = 2 * em + alpha ; alpem = em - 1 + alpha ; if ( alpem == 0 ) { alpem = 1 ; } sum = ( sum + ( b [ n - 1 ] * alp2em ) ) * alpem / em ; } } } } if ( ! readyToNormalize && ! calculatedB0 ) { nend = n - 2 ; if ( nend != 0 ) { for ( int l = 1 ; l <= nend ; l ++ ) { n -= 1 ; en -= 2.0 ; b [ n - 1 ] = ( en * b [ n ] / x ) - b [ n + 1 ] ; m = 2 - m ; if ( m != 0 ) { em -= 1 ; alp2em = 2 * em + alpha ; alpem = em - 1 + alpha ; if ( alpem == 0 ) { alpem = 1 ; } sum = ( sum + b [ n - 1 ] * alp2em ) * alpem / em ; } } } } if ( ! readyToNormalize ) { if ( ! calculatedB0 ) { b [ 0 ] = 2.0 * ( alpha + 1 ) * b [ 1 ] / x - b [ 2 ] ; } em -= 1 ; alp2em = 2 * em + alpha ; if ( alp2em == 0 ) { alp2em = 1 ; } sum += b [ 0 ] * alp2em ; } if ( FastMath . abs ( alpha ) > 1e-16 ) { sum *= Gamma . gamma ( alpha ) * FastMath . pow ( x * 0.5 , - alpha ) ; } tempa = ENMTEN ; if ( sum > 1 ) { tempa *= sum ; } for ( n = 0 ; n < nb ; n ++ ) { if ( FastMath . abs ( b [ n ] ) < tempa ) { b [ n ] = 0 ; } b [ n ] /= sum ; } } } else { if ( b . length > 0 ) { b [ 0 ] = 0 ; } ncalc = FastMath . min ( nb , 0 ) - 1 ; } return new BesselJResult ( b . clone ( ) , ncalc ) ; }

Calcula las funciones de Bessel \ (j_ {n + alfa} (x) \) para argumento no negativo x, y orden no negativo N + alfa.<p> Antes de usar el vector de salida, el usuario debe verificar que NVALS = NB, I.E., todos los pedidos se han calculado a la precisión deseada.Consulte la clase de Besselresult Javadoc para obtener detalles sobre los valores de retorno.</ p>


public static < K , V > LinkedHashMap < K , V > linkedHashMap  ( int initialCapacity ) { return new LinkedHashMap < K , V > ( initialCapacity ) ; }


public boolean equals  ( Object obj ) { if ( this == obj ) { return true ; } if ( obj instanceof GrantPermission ) { GrantPermission gp = ( GrantPermission ) obj ; return this . implies ( gp ) && gp . implies ( this ) ; } return false ; }

Devuelve <código> Verdadero </ código> si el objeto dado es un [código> backpermission </ code> que ambos implica y está implícito en este permiso;Devuelve <código> FALSO </ CODE> de lo contrario.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPHeal_Instant_HEAL_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201223 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] Recuperado% DP DP porque usó [% de nombre de habilidad].


static boolean validatePlaysRoleStructure  ( CastingImpl casting ) { InstanceImpl rolePlayer = casting . getRolePlayer ( ) ; TypeImpl < ? , ? > currentConcept = rolePlayer . getParentIsa ( ) ; RoleType roleType = casting . getRole ( ) ; Set < Concept > visitedConcepts = new HashSet < > ( ) ; while ( currentConcept != null ) { visitedConcepts . add ( currentConcept ) ; if ( currentConcept . playsRoles ( ) . contains ( roleType ) ) return true ; currentConcept = currentConcept . getParentAko ( ) ; } return false ; }

Este método verifica si el borde de la función de reproducción se ha agregado correctamente.Lo hace al verificar el casting -cast-> conceptinstance -isa-> concepto -plays_role-> x = casting -isa-> x


public static String formatNumber  ( float number , int digitCount , boolean separateThousands ) { return formatNumber ( number , digitCount , separateThousands , '.' ) ; }

Formatea el número dado al número dado de decimales, y devuelve el número como una cadena, máximo 35 caracteres.Si se separan miles, el carácter de separación es un punto ("").


public void endAction  ( MotionEvent me ) { OnChartGestureListener l = mChart . getOnChartGestureListener ( ) ; if ( l != null ) { l . onChartGestureEnd ( me , mLastGesture ) ; } }

Llama al OnChartgesturelistedor para hacer la devolución de llamada final


public void onMessage  ( RemoteMessage remoteMessage ) { if ( mFCMListener != null ) mFCMListener . onMessage ( remoteMessage ) ; }

Llamado por el servicio cuando se recibe el mensaje.Notifique a los oyente si no es nulo.


public MemoidOne ( Function < ? super Input , ? extends Output > fn , BiPredicate < Input , Input > equality ) { fn_ = Objects . requireNonNull ( fn ) ; equality_ = Objects . requireNonNull ( equality ) ; }

Cree un nuevo memoidone, utilizando la función de transformación suministrada.


private static void printUsage  ( ) { System . err . println ( "Syntax:\nsummaryEvaluator [-summary=summary.txt] [-modelDir=models/]" + "[-nMin=#] [-nMax=#] [-dist=#]" + "[-s] [-docClass=...] [-compClass=...] [-merge]" ) ; System . err . println ( "nMin=#\tMin n-gram size.\nnMax=#\tMax n-gram size.\n" + "dist=#\tN-gram window.\n" + "-s\tFor non-verbose output (silent).\n" + "-docClass=...\tA java class identifier to use as Document class. " + "Defaults to jinsect.documentModel.NGramDocument \n" + "-compClass=...\tA java class identifier to use as Comparator class. " + "Defaults to jinsect.documentModel.NGramCachedGraphComparator \n" + "-merge\tIf indicated then the model files' representation is merged" + " to provide an overall model graph. Then comparison is performed" + " with respect to the overall graph." + "-jack\tUse jackknifing in comparison (round robin comparison with leave-one-out)" + "to the model summaries. The resulting score is the mean of the scores." + "-?\tShow this screen." ) ; }

Proporciona información de sintaxis de línea de comandos para la función principal.


public void addInterpolatedColumn  ( String name , Class type ) { addInterpolatedColumn ( name , type , null ) ; }

Agregue una columna interpolada con un valor predeterminado nulo.


protected ValueStoreBase ( IdentityConstraint identityConstraint ) { fIdentityConstraint = identityConstraint ; fFieldCount = fIdentityConstraint . getFieldCount ( ) ; fFields = new Field [ fFieldCount ] ; fLocalValues = new Object [ fFieldCount ] ; fLocalValueTypes = new short [ fFieldCount ] ; fLocalItemValueTypes = new ShortList [ fFieldCount ] ; for ( int i = 0 ; i < fFieldCount ; i ++ ) { fFields [ i ] = fIdentityConstraint . getFieldAt ( i ) ; } }

Construye un almacén de valor para la restricción de identidad especificada.


public SecureSetUserLevelQuery levels  ( List < String > value ) { return unsafeParam ( "levels" , value ) ; }


public static int loadCubeMap  ( Context context , int [ ] cubeResources ) { final int [ ] textureObjectIds = new int [ 1 ] ; glGenTextures ( 1 , textureObjectIds , 0 ) ; if ( textureObjectIds [ 0 ] == 0 ) { if ( LoggerConfig . ON ) { Log . w ( TAG , "Could not generate a new OpenGL texture object." ) ; } return 0 ; } final BitmapFactory . Options options = new BitmapFactory . Options ( ) ; options . inScaled = false ; final Bitmap [ ] cubeBitmaps = new Bitmap [ 6 ] ; for ( int i = 0 ; i < 6 ; i ++ ) { cubeBitmaps [ i ] = BitmapFactory . decodeResource ( context . getResources ( ) , cubeResources [ i ] , options ) ; if ( cubeBitmaps [ i ] == null ) { if ( LoggerConfig . ON ) { Log . w ( TAG , "Resource ID " + cubeResources [ i ] + " could not be decoded." ) ; } glDeleteTextures ( 1 , textureObjectIds , 0 ) ; return 0 ; } } glBindTexture ( GL_TEXTURE_CUBE_MAP , textureObjectIds [ 0 ] ) ; glTexParameteri ( GL_TEXTURE_CUBE_MAP , GL_TEXTURE_MIN_FILTER , GL_LINEAR ) ; glTexParameteri ( GL_TEXTURE_CUBE_MAP , GL_TEXTURE_MAG_FILTER , GL_LINEAR ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_NEGATIVE_X , 0 , cubeBitmaps [ 0 ] , 0 ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_POSITIVE_X , 0 , cubeBitmaps [ 1 ] , 0 ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_NEGATIVE_Y , 0 , cubeBitmaps [ 2 ] , 0 ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_POSITIVE_Y , 0 , cubeBitmaps [ 3 ] , 0 ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_NEGATIVE_Z , 0 , cubeBitmaps [ 4 ] , 0 ) ; texImage2D ( GL_TEXTURE_CUBE_MAP_POSITIVE_Z , 0 , cubeBitmaps [ 5 ] , 0 ) ; glBindTexture ( GL_TEXTURE_2D , 0 ) ; for ( Bitmap bitmap : cubeBitmaps ) { bitmap . recycle ( ) ; } return textureObjectIds [ 0 ] ; }

Carga una textura CUBEMAP de los recursos proporcionados y devuelve la ID de textura.Devuelve 0 si la carga falló.


public ObservableBool modified  ( ) { return myModified ; }

Una propiedad que indica si se han cambiado alguno de los valores observados.


public SourceCommandTagReport executeCommand  ( final SourceCommandTagValue sourceCommandTagValue ) { long equipmentId = sourceCommandTagValue . getEquipmentId ( ) ; long commandTagId = sourceCommandTagValue . getId ( ) ; EquipmentConfiguration equipmentConfiguration = configurationController . getProcessConfiguration ( ) . getEquipmentConfiguration ( equipmentId ) ; SourceCommandTagReport report ; if ( equipmentConfiguration != null ) { SourceCommandTag sourceCommandTag = equipmentConfiguration . getCommandTags ( ) . get ( commandTagId ) ; if ( sourceCommandTag != null ) { int sourceRetries = sourceCommandTag . getSourceRetries ( ) ; int sourceTimeout = sourceCommandTag . getSourceTimeout ( ) ; ICommandRunner commandRunner = commandRunners . get ( equipmentId ) ; if ( commandRunner != null ) { report = executeCommandOnImplementation ( sourceCommandTagValue , commandRunner , sourceRetries , sourceTimeout ) ; } else { report = new SourceCommandTagReport ( STATUS_NOK_FROM_EQUIPMENTD , "Equipment " + equipmentId + " has no command runner. " + "Does it support command execution?" ) ; } } else { report = new SourceCommandTagReport ( STATUS_NOK_INVALID_COMMAND , "Command tag " + commandTagId + " not found." ) ; } } else { report = new SourceCommandTagReport ( STATUS_NOK_INVALID_EQUIPMENT , "Equipment " + equipmentId + " not found." ) ; } return report ; }

Ejecuta el comando especificado en SourceCommandTagvalue.


public PhotosSaveOwnerPhotoQuery photo  ( String value ) { return unsafeParam ( "photo" , value ) ; }

Parámetro devuelto después de la carga de la foto.


public SpecialInvokeExpr newSpecialInvokeExpr  ( Local base , SootMethodRef method , List < ? extends Value > args ) { return new JSpecialInvokeExpr ( base , method , args ) ; }

Construye un NewsPrecialInVookeExpr (Base local, Método de SOOTMetHodref, Lista de inmediato) Gramática Chunk.


public void addRegexList  ( final Collection < String > regexList ) { if ( regexList != null ) { this . regexList . addAll ( regexList ) ; } }

Agrega las ID de etiqueta dadas a esta solicitud.

  Tenga en cuenta , que la lista solo se considera para un <código> tag_request .Al solicitar la lista real completa de <código> supervisionEvent (codigo> objetos, esta lista de ID de etiqueta se ignora.


private void drawFireworks  ( final Canvas canvas ) { if ( ! mIsAnimationStarted || mRocketAnimationPercent < 0.95f ) { return ; } mFireworksDrawer . draw ( canvas , canvas . getWidth ( ) , ( int ) getCurveYStart ( ) ) ; }


public Chatlog ( String link , String user , Date creation ) { this . link = link ; this . user = user ; this . creation = creation ; }

Construye un nuevo chatlog con toda la información requerida.


protected boolean isValidUpdate  ( final TagValueUpdate tagValueUpdate ) { if ( tagValueUpdate != null && tagValueUpdate . getId ( ) . equals ( id ) ) { if ( tagValueUpdate . getServerTimestamp ( ) == null ) { return false ; } final long newServerTime = tagValueUpdate . getServerTimestamp ( ) . getTime ( ) ; final long oldServerTime = serverTimestamp . getTime ( ) ; if ( newServerTime > oldServerTime ) { return true ; } if ( newServerTime == oldServerTime && tagValueUpdate . getDaqTimestamp ( ) != null ) { final long newDaqTime = tagValueUpdate . getDaqTimestamp ( ) . getTime ( ) ; if ( daqTimestamp == null ) { return true ; } final long oldDaqTime = daqTimestamp . getTime ( ) ; if ( newDaqTime > oldDaqTime ) { return true ; } else if ( newDaqTime == oldDaqTime && tagValueUpdate . getSourceTimestamp ( ) != null ) { final long newSourceTime = tagValueUpdate . getSourceTimestamp ( ) . getTime ( ) ; if ( sourceTimestamp == null ) { return true ; } final long oldSourceTime = sourceTimestamp . getTime ( ) ; if ( tagValueUpdate instanceof TagUpdate || newSourceTime != oldSourceTime ) { return true ; } } else if ( tagValueUpdate instanceof TagUpdate && newDaqTime == oldDaqTime && sourceTimestamp == null ) { return true ; } } } return false ; }

Comprueba si la actualización recibida es válida o no.Las siguientes propiedades se verifican (en orden) para decidir si una actualización es válida o no <li>, la ID de etiqueta es la misma <li> La actualización de la etiqueta no es <código> null </ code> <li> La marca de tiempo del servidor esNunca mayor ni al menos igual.<li> la marca de tiempo DAQ.<li> la marca de tiempo de origen.Número de pago: http://issues.cern.ch/browse/tims-826 para más detalles.


public void addConstantColumn  ( String name , Class type , Object dflt ) { addColumn ( name , ColumnFactory . getConstantColumn ( type , dflt ) ) ; }

Agregue una columna constante a esta tabla, que devuelva un valor constante para todas las filas de columnas.


protected void init  ( Visualization vis , String group , Schema schema ) { setVisualization ( vis ) ; setGroup ( group ) ; addColumns ( schema ) ; if ( canGetBoolean ( VisualItem . VISIBLE ) ) index ( VisualItem . VISIBLE ) ; if ( canGetBoolean ( VisualItem . STARTVISIBLE ) ) index ( VisualItem . STARTVISIBLE ) ; if ( canGetBoolean ( VisualItem . VALIDATED ) ) index ( VisualItem . VALIDATED ) ; }


final public static void close  ( Object ... objs ) { for ( Object o : objs ) { try { if ( o == null ) continue ; if ( o instanceof ResultSet ) { ( ( ResultSet ) o ) . close ( ) ; } else if ( o instanceof Statement ) { ( ( Statement ) o ) . close ( ) ; } else if ( o instanceof PreparedStatement ) { ( ( PreparedStatement ) o ) . close ( ) ; } else if ( o instanceof Connection ) { Connection c = ( Connection ) o ; Long [ ] dd = outdoor . get ( c ) ; if ( dd == null || dd [ 2 ] <= 0 ) { try { if ( ! c . getAutoCommit ( ) ) { c . commit ( ) ; } } catch ( Exception e1 ) { } finally { c . close ( ) ; } synchronized ( outdoor ) { outdoor . remove ( c ) ; } } else { dd [ 2 ] -- ; synchronized ( outdoor ) { outdoor . put ( c , dd ) ; } } } } catch ( SQLException e ) { if ( log . isErrorEnabled ( ) ) log . error ( e . getMessage ( ) , e ) ; } } }

Cierre los objetos, la nube de objetos sea el resultado, la declaración, la expediente preparada, la conexión de la conexión, si se requería la conexión dos veces en el mismo hilo, entonces la referencia "-1", si "= 0", luego la cierre.


public void open  ( ) { webDriver . get ( domain + path ) ; }


public Value newAggregate  ( AggregateListener listener , Value args ) { throw new RuntimeException ( "Unsupported operation." ) ; }


public boolean isGsaAvailable  ( ) { if ( mGsaAvailable != null ) return mGsaAvailable ; mGsaAvailable = false ; PackageManager pm = mContext . getPackageManager ( ) ; Intent searchIntent = new Intent ( SEARCH_INTENT_ACTION ) ; searchIntent . setPackage ( GSAState . SEARCH_INTENT_PACKAGE ) ; ResolveInfo resolveInfo = pm . resolveActivity ( searchIntent , 0 ) ; if ( resolveInfo == null || resolveInfo . activityInfo == null ) { mGsaAvailable = false ; } else if ( ! isPackageAboveVersion ( SEARCH_INTENT_PACKAGE , GSA_VERSION_FOR_DOCUMENT ) || ! isPackageAboveVersion ( GMS_CORE_PACKAGE , GMS_CORE_VERSION ) ) { mGsaAvailable = false ; } else { mGsaAvailable = true ; } return mGsaAvailable ; }

Esto se utiliza para verificar si el paquete GSA está disponible para manejar las solicitudes de búsqueda y, si el experimento de cromo, se habilita.


public void eatDelim  ( char delimiter ) { if ( ! matchDelim ( delimiter ) ) throw new BadSyntaxException ( ) ; nextToken ( ) ; }

Lanza una excepción si el token actual no es el delimitador especificado.De lo contrario, se mueve al siguiente token.


public boolean catchHandlesException  ( TypeDecl exceptionType ) { ASTNode$State state = state ( ) ; try { for ( int i = 0 ; i < getNumCatchClause ( ) ; i ++ ) if ( getCatchClause ( i ) . handles ( exceptionType ) ) return true ; return false ; } finally { } }

Este atributo calcula si la declaración de TWR tiene una cláusula de captura que maneja la excepción.


public static Object evaluateProvisioningTimeBindings  ( Object state , List < Binding > bindings , Map < String , Object > provisionedResources ) { Object result = state ; for ( Binding binding : bindings ) { if ( ! binding . isProvisioningTimeBinding ( ) ) { continue ; } try { result = evaluateProvisioningTimeBinding ( binding , state , provisionedResources ) ; } catch ( ReflectiveOperationException | IOException e ) { throw new RuntimeException ( e ) ; } } return result ; }

Aplica la unión en un componente, después de que se aprovisiona un componente dependiente.


public static byte [ ] decodeLines  ( String s ) { char [ ] buf = new char [ s . length ( ) + 3 ] ; int p = 0 ; for ( int ip = 0 ; ip < s . length ( ) ; ip ++ ) { char c = s . charAt ( ip ) ; if ( c != ' ' && c != '\r' && c != '\n' && c != '\t' ) buf [ p ++ ] = c ; } while ( ( p % 4 ) != 0 ) buf [ p ++ ] = '0' ; return decode ( buf , 0 , p ) ; }

Decodifica una matriz de bytes del formato base64 e ignora los separadores de línea, las pestañas y los espacios en blanco.Los caracteres CR, LF, TAB y ESPACIO se ignoran en los datos de entrada.Este método es compatible con <código> sol.misc.base64decoder.decodebuffer (STRING) </ CODE>.


private void incrementParameter  ( String paramName , String addedValueStr , ContextInfo contextInfo ) { String paramValue ; paramName = parameterResolver . resolveTemplateParameter ( paramName , contextInfo ) ; addedValueStr = parameterResolver . resolveTemplateParameter ( addedValueStr , contextInfo ) ; paramValue = ( ! params . containsKey ( paramName ) ) ? "0" : params . get ( paramName ) . getValue ( ) ; try { paramValue = String . valueOf ( Integer . parseInt ( paramValue ) + Integer . parseInt ( addedValueStr ) ) ; } catch ( NumberFormatException e ) { throw new ConversionException ( "Parameter to increment should be an integer type." , e ) ; } params . put ( paramName , new CustomParameterValue ( paramValue ) ) ; }

Incrementos El valor del parámetro asume que el valor del parámetro es entero.


public static double sumOfMeanDifferencesOnePoint  ( double [ ] vector ) { double mean = sum ( vector ) / vector . length ; double ret = 0 ; for ( int i = 0 ; i < vector . length ; i ++ ) { double vec1Diff = Math . pow ( vector [ i ] - mean , 2 ) ; ret += vec1Diff ; } return ret ; }

Se utiliza para calcular la parte superior de la regresión simple para Beta 1


private void handleEmptyAxis  ( T firstLeft , T firstRight ) { if ( firstLeft == null ) { mLeftAxisMax = mRightAxisMax ; mLeftAxisMin = mRightAxisMin ; } else if ( firstRight == null ) { mRightAxisMax = mLeftAxisMax ; mRightAxisMin = mLeftAxisMin ; } }

Esto ajusta el otro eje si un eje está vacío y el otro no lo es.


private ClientCommandTagImpl createCommandTag  ( Long id ) { ClientCommandTagImpl commandTag = new ClientCommandTagImpl ( id ) ; commandTag . update ( createCommandTagHandleImpl ( id ) ) ; try { commandTag . setValue ( ( Object ) ( new String ( "HI!" ) ) ) ; } catch ( CommandTagValueException e ) { e . printStackTrace ( ) ; } return commandTag ; }

Método de ayudante privado.Crea ClientComMandTagimpl.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATKDrain_Instant_A_TO_B  ( String skillcaster , int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201027 , skillcaster , num0 , skilltarget , skillname ) ; }

[% Skillcaster] infligido% de daño NUM0 en [% SkillTarget] usando [% de habilidad].


public ZWaveFirmwareUpdateCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; }

Crea una nueva instancia de la clase ZwaveFirmwareUpdatecommandClass.


public < R > Plan < R > then  ( Function6 < T1 , T2 , T3 , T4 , T5 , T6 , R > selector ) { if ( selector == null ) { throw new NullPointerException ( ) ; } return new Plan6 < T1 , T2 , T3 , T4 , T5 , T6 , R > ( this , selector ) ; }

Partidos Cuando todas las secuencias observables tienen un elemento disponible y proyecta los elementos invocando la función del selector.


public boolean hasNavigtionBar  ( ) { return mHasNavigationBar ; }

¿Este dispositivo tiene una barra de navegación del sistema?


public void reset  ( ) { m_bfs = new BreadthFirstIterator ( ) ; }

Limpia las referencias a las tuplas de gráficos.Se conservan el grupo y la visualización.


protected void copyTo  ( GSMessageImpl dup ) { dup . setFifo ( this . isFifo ( ) ) ; if ( this . isTransient ( ) ) { dup . makeTransient ( ) ; } else { dup . makePersistent ( ) ; } dup . setNOWriteLeaseMode ( this . isNOWriteLeaseMode ( ) ) ; dup . bodyRO = this . bodyRO ; dup . propertiesRO = this . propertiesRO ; dup . session = this . session ; dup . DestinationName = this . DestinationName ; dup . ttl = this . ttl ; dup . JMSDestination = this . JMSDestination ; dup . JMSDeliveryMode = this . JMSDeliveryMode ; dup . JMSExpiration = this . JMSExpiration ; dup . JMSPriority = this . JMSPriority ; dup . JMSMessageID = this . JMSMessageID ; dup . JMSTimestamp = this . JMSTimestamp ; dup . JMSCorrelationID = this . JMSCorrelationID ; dup . JMSReplyTo = this . JMSReplyTo ; dup . JMSType = this . JMSType ; dup . JMSRedelivered = this . JMSRedelivered ; dup . Body = cloneBody ( ) ; dup . Properties = cloneProperties ( ) ; }

Copia el contenido de este mensaje en DUP.


public FieldExpandableODE ( final FieldOrdinaryDifferentialEquation < T > primary ) { this . primary = primary ; this . components = new ArrayList < FieldSecondaryODE < T > > ( ) ; this . mapper = new FieldEquationsMapper < T > ( null , primary . getDimension ( ) ) ; }

Construye un conjunto expandible de su conjunto de ega primaria.


public UnicastSocketTimeout ( int timeout ) { if ( timeout < 0 ) { throw new IllegalArgumentException ( "invalid timeout" ) ; } this . timeout = timeout ; }

Crea una restricción </ code> unicastsockettimeout </ code> para el tiempo de espera dado.


public AudioGetCountQuery ( VkApiClient client , UserActor actor , int ownerId ) { super ( client , "audio.getCount" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; }

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


public static NBTTagList readNBTList  ( PacketBuffer buf ) { NBTTagList value = new NBTTagList ( ) ; for ( int i = 0 ; i < buf . readInt ( ) ; i ++ ) { value . set ( i , buf . readNBTTagCompoundFromBuffer ( ) ) ; } return value ; }


public void generateSourcesOnly  ( boolean cleanProject ) { if ( ! isSourceGenerationEnabled ( ) ) { return ; } if ( requiresAndroidModel ( myProject ) ) { if ( isDirectGradleInvocationEnabled ( myProject ) ) { GradleInvoker . getInstance ( myProject ) . generateSources ( cleanProject ) ; } else { buildProjectWithJps ( SOURCE_GEN ) ; } } }

Genera código fuente en lugar de una compilación completa.Este método no hace nada si el modelo Gradle no especifica el nombre de la tarea de Gradle para invocar.


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


private void populateConnections  ( final List < ConfiguredConnectionGroupDetails > groups ) { rootItem . getChildren ( ) . clear ( ) ; rootItemProperties . getChildren ( ) . clear ( ) ; final List < ConnectionTreeItemProperties > treeItemGroupProperties = new ArrayList < > ( ) ; final List < ConnectionTreeItemProperties > treeItemConnectionProperties = new ArrayList < > ( ) ; buildTree ( rootItemProperties , treeItemGroupProperties , treeItemConnectionProperties ) ; addToTree ( rootItem , rootItemProperties ) ; }

TreeItem contiene ConnectionTreeItemProperties ConnectionTreeEtemproperties contiene cualquiera de ConfiguredConnectionDetails ConfiguredConnectionGroupDetails ConfiguredConnectionDetails extiende el objeto de conexión ConfiguredConnectionGroupDetails extiende el objeto de grupo


public double [ ] toArray  ( ) { return new double [ ] { x , y } ; }

Obtenga las coordenadas vectoriales como una matriz de dimensión 2.


public AdsGetAdsTargetingQuery adIds  ( String value ) { return unsafeParam ( "ad_ids" , value ) ; }

Filtrar por los anuncios.Array de JSON serializada con ID de anuncios.Si el parámetro es 'null', se mostrarán todos los anuncios.


private SegmentNode generate_all_to_many  ( SegmentNode mp ) { long left , right , t ; SegmentNode p ; left = mp . I2 ; right = left + mp . L ; p = mp . next ; while ( p != null ) { if ( p . I2 < left ) left = p . I2 ; t = p . I2 + p . L ; if ( t > right ) right = t ; p = p . next ; } mp . I1 = 0 ; mp . I2 = left ; mp . L = right - left ; mp . next = null ; return mp ; }

Fusionar todos los intervalos sensibles al contexto.El resultado está en la forma (P, Q, 0, I, L).


public static RuntimeEnvironment system  ( ) { return SystemRuntimeEnvironment . getInstance ( ) ; }

Devuelve el entorno de tiempo de ejecución del sistema.<p> Métodos en este entorno Métodos delegados al entorno del sistema accesible por la máquina virtual Java. </ p>


void forgetAllOpeners  ( ) { TabModel currentModel = mTabModelSelector . getCurrentModel ( ) ; int count = currentModel . getCount ( ) ; for ( int i = 0 ; i < count ; i ++ ) { currentModel . getTabAt ( i ) . setGroupedWithParent ( false ) ; } }

Borre el atributo del abridor en todas las pestañas en el modelo.


private void showProgress  ( GeoServerConnection connection ) { GeoServerNode geoServerNode = nodeMap . get ( connection ) ; if ( geoServerNode == null ) { return ; } DefaultMutableTreeNode stylesNode = getNode ( geoServerNode , PROGRESS_NODE_TITLE ) ; if ( stylesNode == null ) { stylesNode = new DefaultMutableTreeNode ( PROGRESS_NODE_TITLE ) ; geoServerNode . add ( stylesNode ) ; if ( treeModel != null ) { TreeNode [ ] nodes = treeModel . getPathToRoot ( geoServerNode ) ; TreePath path = new TreePath ( nodes ) ; tree . expandPath ( path ) ; nodes = treeModel . getPathToRoot ( stylesNode ) ; path = new TreePath ( nodes ) ; tree . scrollPathToVisible ( path ) ; } } stylesNode . setUserObject ( String . format ( "%s - %s %s" , PROGRESS_NODE_TITLE , styleProgressText , layerProgressText ) ) ; if ( treeModel != null ) { treeModel . reload ( stylesNode ) ; } }


public static void writeLines  ( Collection < ? > lines , String lineEnding , Writer writer ) throws IOException { if ( lines == null ) { return ; } if ( lineEnding == null ) { lineEnding = LINE_SEPARATOR ; } for ( Object line : lines ) { if ( line != null ) { writer . write ( line . toString ( ) ) ; } writer . write ( lineEnding ) ; } }

Escribe el valor <code> tostring () </ code> de cada elemento en una colección a una línea </ code> de escritor </ code> por línea, utilizando la finalización de línea especificada.


public static String extractCSVOutputLineFreq  ( String csvOut ) { String tokens [ ] = csvOut . split ( ",(?=([^\"]*\"[^\"]*\")*[^\"]*$)" , - 1 ) ; return tokens [ 0 ] ; }

Utilizado para la prueba: la entrada es una línea CSV completa: <Freq, Dominio, IP, TS, Opt: Genérico>


public static SM_SYSTEM_MESSAGE STR_MSG_COMBAT_PARRY_A_TO_ME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1201093 , value0 ) ; }


public boolean equals  ( final Object o ) { if ( this == o ) { return true ; } if ( ! ( o instanceof Type ) ) { return false ; } Type t = ( Type ) o ; if ( sort != t . sort ) { return false ; } if ( sort == OBJECT || sort == ARRAY ) { if ( len != t . len ) { return false ; } for ( int i = off , j = t . off , end = i + len ; i < end ; i ++ , j ++ ) { if ( buf [ i ] != t . buf [ j ] ) { return false ; } } } return true ; }

Pruebas si el objeto dado es igual a este tipo.


@ NotNull private static String toIniString  ( @ NotNull Boolean b ) { return b ? "yes" : "no" ; }

Codifique el valor dado como una cadena que se puede colocar en el archivo INI del AVD.


public void lockValues  ( ) { mLock = true ; }

Cuando se llama, evita que los valores MIN / MAX se configuren hasta el próximo ciclo de animación.


public RoleDTO toDTO  ( Role role ) { return toDTO ( role , 1 ) ; }


public void init$Children  ( ) { children = new ASTNode [ 3 ] ; setChild ( new Opt ( ) , 2 ) ; }

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


public Iterator sourceMethods  ( ) { return new ArrayList ( srcMap . keySet ( ) ) . iterator ( ) ; }

Devuelve un iterador sobre todos los métodos que son las fuentes de al menos un borde.


public static void main  ( String [ ] args ) { if ( args . length < 4 ) { usage ( ) ; } BigQuery bigQuery = new BigQueryHelper ( ) . connect ( args [ 1 ] , args [ 0 ] ) ; for ( int i = 3 ; i < args . length ; i ++ ) { if ( bigQuery . delete ( args [ 2 ] , args [ i ] ) ) { logger . info ( "Table {} in dataset {} deleted successfully" , args [ i ] , args [ 2 ] ) ; } else { logger . info ( "Table {} in dataset {} does not exist" , args [ i ] , args [ 2 ] ) ; } } }

Borra las tablas en el proyecto y el conjunto de datos dado, utilizando una clave de cuenta de servicio de JSON proporcionada.


public double normality  ( String s ) { DistributionDocument dDoc = new DistributionDocument ( NeighbourhoodWindow , SourceNGramSize ) ; dDoc . setDataString ( s , SourceNGramSize , true ) ; double dRes = 0.0 ; int iCnt = 0 ; try { Iterator iIter = dDoc . Graph . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { Edge eCur = ( Edge ) iIter . next ( ) ; Distribution dCur = dDoc . Graph . getEdgeDistro ( eCur ) ; Edge e = gr . demokritos . iit . jinsect . utils . locateEdgeInGraph ( Graph , eCur . getVertexA ( ) , eCur . getVertexB ( ) ) ; if ( e != null ) { Distribution d = ( Graph . getEdgeDistro ( e ) == null ) ? new Distribution ( ) : Graph . getEdgeDistro ( e ) ; if ( OnCompare != null ) dRes += OnCompare . compareDistributions ( dCur , d ) ; else dRes += dCur . similarityTo ( d ) ; } iCnt ++ ; } } catch ( Exception exc ) { exc . printStackTrace ( ) ; return 0.0 ; } return dRes / ( iCnt == 0 ? 1 : iCnt ) ; }

Calcula un grado de normalidad, lo que indica si una cadena dada aparece en un formulario similar al texto en el documento.El proceso en realidad compara las distribuciones.Estas distribuciones aparecen en los mismos bordes de las representaciones de gráficas del objeto DistributionDocument, y otro DistributionDocument, creado por el uso de la cadena dada.Si se ha configurado la variable pública <código> ONCCPARE </ CODE>, se usa para comparar las distribuciones.


public void hideOverlappingContainer  ( ) { mFrameLayoutOverlappingViewContainer . setVisibility ( GONE ) ; }

Ocultar contenedor superpuesto, todas las vistas superpuestas estarán ocultas


public static SM_SYSTEM_MESSAGE STR_STIGMA_CANNT_EQUIP_STONE_YOU_DO_NOT_HAVE_THIS_SKILL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300407 , value0 ) ; }

No puedes equipar esa piedra del estigma porque no has aprendido la habilidad% 0.


protected PhotosGetQueryWithExtended extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }

Devuelva "gustos" adicionales, "Comentarios" y campos "Etiquetas"


public static String imageToString  ( Image image , String format ) { byte [ ] imageBytes = imageToBytes ( image , format ) ; return imageBytes != null ? Base64 . byteArrayToBase64 ( imageBytes ) : null ; }

Codifica la imagen dada a cadena usando la codificación base64.Esto está destinado principalmente a almacenar imágenes pequeñas (iconos) en los archivos de texto (propiedades), no se utilizan algoritmos de compresión.


private void buildOverlapGraph  ( ReadData [ ] reads , Map < String , SortedSet < MatchData > > ref2matches , int minOverlap ) { final Node [ ] nodes = new Node [ reads . length ] ; final BitSet containedReadIds = new BitSet ( ) ; for ( String refName : ref2matches . keySet ( ) ) { final MatchData [ ] matches = ref2matches . get ( refName ) . toArray ( new MatchData [ ref2matches . get ( refName ) . size ( ) ] ) ; for ( int i = 0 ; i < matches . length ; i ++ ) { final MatchData iMatch = matches [ i ] ; if ( ! containedReadIds . get ( iMatch . getRead ( ) . getId ( ) ) ) { Node v = nodes [ iMatch . getRead ( ) . getId ( ) ] ; if ( v == null ) { v = nodes [ iMatch . getRead ( ) . getId ( ) ] = overlapGraph . newNode ( iMatch . getRead ( ) . getId ( ) ) ; node2readName . set ( v , iMatch . getRead ( ) . getName ( ) ) ; } for ( int j = i + 1 ; j < matches . length ; j ++ ) { final MatchData jMatch = matches [ j ] ; if ( 3 * ( iMatch . getLastPosInRef ( ) - jMatch . getFirstPosInRef ( ) ) <= minOverlap ) break ; int overlapLength = computePerfectOverlapLength ( iMatch , jMatch ) ; if ( overlapLength > 0 && jMatch . getLastPosInRef ( ) <= iMatch . getLastPosInRef ( ) ) { containedReadIds . set ( jMatch . getRead ( ) . getId ( ) ) ; List < Integer > contained = readId2ContainedReads [ i ] ; if ( contained == null ) { contained = readId2ContainedReads [ i ] = new ArrayList < > ( ) ; } contained . add ( j ) ; } else if ( overlapLength >= minOverlap ) { Node w = nodes [ jMatch . getRead ( ) . getId ( ) ] ; if ( w == null ) { w = nodes [ jMatch . getRead ( ) . getId ( ) ] = overlapGraph . newNode ( jMatch . getRead ( ) . getId ( ) ) ; node2readName . set ( w , jMatch . getRead ( ) . getName ( ) ) ; } final Edge e = overlapGraph . getCommonEdge ( v , w ) ; if ( e == null ) { overlapGraph . newEdge ( v , w , overlapLength ) ; } else if ( ( Integer ) e . getInfo ( ) < overlapLength ) { e . setInfo ( overlapLength ) ; } } } } } } if ( verbose ) { System . err . println ( String . format ( "Graph nodes:%,10d" , overlapGraph . getNumberOfNodes ( ) ) ) ; System . err . println ( String . format ( "Graph edges:%,10d" , overlapGraph . getNumberOfEdges ( ) ) ) ; System . err . println ( String . format ( "Cont. reads:%,10d" , containedReadIds . cardinality ( ) ) ) ; } }


public Configurator fromUri  ( Uri uri ) { return new Configurator ( uri . toString ( ) , false ) ; }

Use URI como la fuente PDF, para usar con el proveedor de contenido


@ Deployment public void testNestedSimpleSubProcess  ( ) { ProcessInstance pi = runtimeService . startProcessInstanceByKey ( "nestedSimpleSubProcess" , CollectionUtil . singletonMap ( "someVar" , "abc" ) ) ; runtimeService . deleteProcessInstance ( pi . getId ( ) , "deleted" ) ; pi = runtimeService . startProcessInstanceByKey ( "nestedSimpleSubProcess" ) ; Task subProcessTask = taskService . createTaskQuery ( ) . processInstanceId ( pi . getId ( ) ) . singleResult ( ) ; assertEquals ( "Task in subprocess" , subProcessTask . getName ( ) ) ; taskService . complete ( subProcessTask . getId ( ) ) ; Task taskAfterSubProcesses = taskService . createTaskQuery ( ) . processInstanceId ( pi . getId ( ) ) . singleResult ( ) ; assertNotNull ( taskAfterSubProcesses ) ; assertEquals ( "Task after subprocesses" , taskAfterSubProcesses . getName ( ) ) ; taskService . complete ( taskAfterSubProcesses . getId ( ) ) ; assertProcessEnded ( pi . getId ( ) ) ; }

Caso de prueba donde el simple subcontrodo de los casos de prueba anteriores está anidado dentro de otro subproceso.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SwitchHPMP_Instant_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200428 , skillname ) ; }

Cambió su MP con su HP usando [% SkillName].


public void groupBy  ( String column ) throws QueryPlanException  { this . groupByColumn = column ; }

Establezca el grupo por columna para esta consulta.


public VideoGetCommentsQueryWithExtended needLikes  ( Boolean value ) { return unsafeParam ( "need_likes" , value ) ; }

Devuelve un campo adicional de "le gusta"


protected void addJob  ( BundleContext context , Class < ? extends Job > clazz , String cronExpression ) { String jobName = clazz . getName ( ) ; String jobGroup = FrameworkUtil . getBundle ( clazz ) . getSymbolicName ( ) ; JobDetail job = new JobDetail ( jobName , jobGroup , clazz ) ; job . setDurability ( false ) ; job . setVolatility ( true ) ; job . setDescription ( jobName ) ; try { CronTrigger trigger = new CronTrigger ( jobName , jobGroup , cronExpression ) ; if ( scheduler == null ) { if ( schedulerProperties == null ) { schedulerProperties = getDefaultSchedulerProperties ( ) ; } scheduler = new StdSchedulerFactory ( schedulerProperties ) . getScheduler ( ) ; scheduler . start ( ) ; } Date date = scheduler . scheduleJob ( job , trigger ) ; Logger . info ( this , "Scheduled job " + jobName + ", next trigger is on " + date ) ; } catch ( ParseException e ) { Logger . error ( this , "Cron expression '" + cronExpression + "' has an exception. Throwing IllegalArgumentException" , e ) ; throw new IllegalArgumentException ( e ) ; } catch ( SchedulerException e ) { Logger . error ( this , "Unable to schedule job " + jobName , e ) ; } }

Agrega un trabajo, y comienza a un programador cuando aún no se ha iniciado ninguno


public PagesSaveAccessQuery view  ( PagesSaveAccess value ) { return unsafeParam ( "view" , value ) ; }


public final void writeAsciiString  ( final String s ) { write ( s . getBytes ( ASCII ) ) ; }


final public void println  ( Object o ) { print ( o + "<br>" ) ; }


private void resetTimer  ( ) { if ( mTimer != null ) { mTimer . cancel ( ) ; mTimer . purge ( ) ; mTimer = null ; times_current = 0 ; } }


public static final Circle scale  ( Circle circle , double scale ) { if ( circle == null ) throw new NullPointerException ( Messages . getString ( "geometry.nullShape" ) ) ; if ( scale <= 0 ) throw new IllegalArgumentException ( Messages . getString ( "geometry.invalidScale" ) ) ; return new Circle ( circle . radius * scale ) ; }

Devuelve una versión escalada del círculo dado.


public void removeClickingListener  ( OnWheelClickedListener listener ) { clickingListeners . remove ( listener ) ; }

Elimina la rueda haciendo clic en el oyente


public String [ ] upload_appender_file  ( String group_name , byte [ ] file_buff , String file_ext_name , NameValuePair [ ] meta_list ) throws IOException , MyException { return this . do_upload_file ( ProtoCommon . STORAGE_PROTO_CMD_UPLOAD_APPENDER_FILE , group_name , null , null , file_ext_name , file_buff . length , new UploadBuff ( file_buff , 0 , file_buff . length ) , meta_list ) ; }

Cargar archivo de apartado al servidor de almacenamiento (por archivo Buff)


public boolean isDrawSliceTextEnabled  ( ) { return mDrawXLabels ; }

devuelve VERDADERO si se habilita los valores X de dibujo, FALSO SI NO


public static void showSoftKeyboard  ( Context context , View view ) { view . setFocusable ( true ) ; view . setFocusableInTouchMode ( true ) ; view . requestFocus ( ) ; InputMethodManager inputManager = ( InputMethodManager ) context . getSystemService ( Context . INPUT_METHOD_SERVICE ) ; inputManager . showSoftInput ( view , 0 ) ; }


public NotSupportedDisplayer ( String object ) { JLabel notSupportedLabel = new JLabel ( NbBundle . getMessage ( NotSupportedDisplayer . class , "MSG_Not_supported" , object ) , SwingConstants . CENTER ) ; notSupportedLabel . setEnabled ( false ) ; setLayout ( new BorderLayout ( ) ) ; setOpaque ( false ) ; add ( notSupportedLabel , BorderLayout . CENTER ) ; }

Crea nueva instancia de NotsupportedDisplayer.


public byte [ ] compress  ( short [ ] unCompInput ) { try { return Snappy . compress ( unCompInput ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; return null ; } }

Método de envoltura para comprimir corto [] UNCOMPINPUT.


private long parseLong  ( int start , int end , int radix ) { long result = 0 ; long digit ; for ( int i = start ; i < end ; i ++ ) { digit = Character . digit ( yycharat ( i ) , radix ) ; result *= radix ; result += digit ; } return result ; }

asume la representación correcta de un valor largo para el radix específico en el tampón de escáner de <code> Inicio </ código> a <Code> Fin </ Code>


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

(Opcional) Establece los GcgraSeconds que se utilizarán al crear familias de columnas para los tipos.Si NULL usará el valor predeterminado


protected void notifyDataChangedEvent  ( ) { if ( datasetObservers != null ) { for ( DataSetObserver observer : datasetObservers ) { observer . onChanged ( ) ; } } }

Notifica a los observadores sobre el cambio de datos.


private void maybePrefetchDnsInBackground  ( ) { if ( getIntent ( ) != null && Intent . ACTION_VIEW . equals ( getIntent ( ) . getAction ( ) ) ) { String maybeUrl = IntentHandler . getUrlFromIntent ( getIntent ( ) ) ; if ( maybeUrl != null ) { WarmupManager . getInstance ( ) . maybePrefetchDnsForUrlInBackground ( this , maybeUrl ) ; } } }

Cuando se inicia con una intención, tal vez pre-resolver el dominio.


private static void extractFile  ( ZipInputStream zipIn , String filePath ) throws IOException { BufferedOutputStream bos = new BufferedOutputStream ( new FileOutputStream ( filePath ) ) ; byte [ ] bytesIn = new byte [ BUFFER_SIZE ] ; int read = 0 ; while ( ( read = zipIn . read ( bytesIn ) ) != - 1 ) { bos . write ( bytesIn , 0 , read ) ; } bos . close ( ) ; }

Extrae una entrada ZIP (entrada de archivos)


private void configureUI  ( ) { if ( mWidget == null ) { return ; } int top = getMargin ( ConstraintAnchor . Type . TOP ) ; int left = getMargin ( ConstraintAnchor . Type . LEFT ) ; int right = getMargin ( ConstraintAnchor . Type . RIGHT ) ; int bottom = getMargin ( ConstraintAnchor . Type . BOTTOM ) ; boolean baseline = hasBaseline ( ) ; boolean showVerticalSlider = bottom != UNCONNECTED && top != UNCONNECTED ; boolean showHorizontalSlider = left != UNCONNECTED && right != UNCONNECTED ; if ( showHorizontalSlider ) { float bias = mWidget . getHorizontalBiasPercent ( ) ; mHorizontalSlider . setValue ( ( int ) ( bias * 100 ) ) ; } if ( showVerticalSlider ) { float bias = mWidget . getVerticalBiasPercent ( ) ; mVerticalSlider . setValue ( 100 - ( int ) ( bias * 100 ) ) ; } mVerticalSlider . setEnabled ( showVerticalSlider ) ; mHorizontalSlider . setEnabled ( showHorizontalSlider ) ; mHorizontalSlider . invalidate ( ) ; mVerticalSlider . invalidate ( ) ; mVerticalSlider . setToolTipText ( showVerticalSlider ? VERTICAL_TOOL_TIP_TEXT : null ) ; mHorizontalSlider . setToolTipText ( showHorizontalSlider ? HORIZONTAL_TOOL_TIP_TEXT : null ) ; int widthVal = convert ( mWidget . getHorizontalDimensionBehaviour ( ) ) ; int heightValue = convert ( mWidget . getVerticalDimensionBehaviour ( ) ) ; mMain . configureUi ( bottom , top , left , right , baseline , widthVal , heightValue ) ; }

Esto carga los parámetros forman MWIDGET EL CONTRICKWIDGET


private void validate  ( String value ) { for ( int i = 0 ; i < validators . size ( ) ; i ++ ) { if ( ! validators . get ( i ) . validate ( value ) ) { onValidationErrorListener . onError ( input , inputParent , validators . get ( i ) . getValidationMessage ( ) ) ; } } }

Validar la entrada de la vista de texto Validar todos los validadores


public static SM_SYSTEM_MESSAGE STR_MSG_Recall_Reject_EFFECT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400099 , value0 ) ; }


public PlacesAddQuery city  ( Integer value ) { return unsafeParam ( "city" , value ) ; }

ID de la ciudad de la ubicación.Para obtener identificaciones de la ciudad, use el método de la base de datos.


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.


private static boolean insideQuadrilateral  ( final Vector2D point , final List < Vector2D > quadrilateralPoints ) { Vector2D p1 = quadrilateralPoints . get ( 0 ) ; Vector2D p2 = quadrilateralPoints . get ( 1 ) ; if ( point . equals ( p1 ) || point . equals ( p2 ) ) { return true ; } final double last = point . crossProduct ( p1 , p2 ) ; final int size = quadrilateralPoints . size ( ) ; for ( int i = 1 ; i < size ; i ++ ) { p1 = p2 ; p2 = quadrilateralPoints . get ( ( i + 1 ) == size ? 0 : i + 1 ) ; if ( point . equals ( p1 ) || point . equals ( p2 ) ) { return true ; } if ( last * point . crossProduct ( p1 , p2 ) < 0 ) { return false ; } } return true ; }

Comprueba si el punto dado se encuentra dentro del cuadrilátero convexo.


public ServiceTest ( String caseName , Element mainElement ) { super ( caseName ) ; this . serviceName = mainElement . getAttribute ( "service-name" ) ; }


public void startModification  ( ) throws IOException  { io = new InputOutputReaderWriter ( new File ( getFileName ( ) ) , READ_WRITE ) ; getClassificationsFooter ( ) . clear ( ) ; io . seek ( getFileFooter ( ) . getClassificationsStart ( ) ) ; io . setLength ( io . getPosition ( ) ) ; }


public DocumentNGramSymWinDistroGraph ( ) { InitGraphs  ( ) ; }

Crea una nueva instancia de DocumentNgramsymwinDIGRÓGRAFOGRAGRA


private void init  ( final AttributeSet attrs ) { Typeface typeface ; if ( ! isInEditMode ( ) && ( typeface = CustomFontUtils . getTypeFace ( this , attrs ) ) != null ) { super . setTypeface ( typeface , typeface . getStyle ( ) ) ; } }

Inicialice el atributo de fuente personalizado.


public ZWaveThermostatSetbackCommandClass ( ZWaveNode node , ZWaveController controller , ZWaveEndpoint endpoint ) { super ( node , controller , endpoint ) ; }

Crea una nueva instancia de la clase ZwavetherMastSetBackCommandClass.


private Object [ ] compile  ( String path ) { List list = new ArrayList ( ) ; if ( path == null ) { return list . toArray ( ) ; } StringTokenizer tok = new StringTokenizer ( path , ":." ) ; while ( tok . hasMoreTokens ( ) ) { String token = tok . nextToken ( ) ; OpEnum op = OpEnum . getInstance ( token ) ; if ( op == null ) { throw new Error ( "Bad path compiled " + path ) ; } list . add ( op ) ; if ( op == OpEnum . RELATION ) { list . add ( tok . nextToken ( ) ) ; } } return list . toArray ( ) ; }

Compila la ruta dada en el formulario compilado


public static int nullSafeHashCode  ( long [ ] array ) { if ( array == null ) { return 0 ; } int hash = INITIAL_HASH ; int arraySize = array . length ; for ( int i = 0 ; i < arraySize ; i ++ ) { hash = MULTIPLIER * hash + hashCode ( array [ i ] ) ; } return hash ; }

Devuelva un código hash basado en el contenido de la matriz especificada.Si <code> Array </ code> es <code> null </ code>, este método devuelve 0.


private static int convert  ( ConstraintWidget . DimensionBehaviour behaviour ) { switch ( behaviour ) { case FIXED : return SingleWidgetView . FIXED ; case WRAP_CONTENT : return SingleWidgetView . WRAP_CONTENT ; case ANY : return SingleWidgetView . ANY ; } return SingleWidgetView . FIXED ; }

Convierta cualquier banderas para un solowidgetview


public BlockVector ( ) { this . x = 0 ; this . y = 0 ; this . z = 0 ; }

Construye el vector con todos los componentes como 0.


public static SM_SYSTEM_MESSAGE STR_CHAT_ROOM_INFO_FORMAT  ( String value0 , String value1 , String value2 , int num3 ) { return new SM_SYSTEM_MESSAGE ( 1300900 , value0 , value1 , value2 , num3 ) ; }

Información del canal:% 0, nombre:% 1, contraseña:% 2, Usuarios:% NUM3.


static Object find  ( String factoryId , ClassLoader cl , String fallbackClassName ) throws ConfigurationError { dPrint ( "find factoryId =" + factoryId ) ; try { String systemProp = ss . getSystemProperty ( factoryId ) ; if ( systemProp != null ) { dPrint ( "found system property, value=" + systemProp ) ; return newInstance ( systemProp , null , true ) ; } } catch ( SecurityException se ) { if ( debug ) se . printStackTrace ( ) ; } String configFile = null ; try { String factoryClassName = null ; if ( firstTime ) { synchronized ( cacheProps ) { if ( firstTime ) { configFile = ss . getSystemProperty ( "java.home" ) + File . separator + "lib" + File . separator + "stax.properties" ; File f = new File ( configFile ) ; firstTime = false ; if ( ss . doesFileExist ( f ) ) { dPrint ( "Read properties file " + f ) ; cacheProps . load ( ss . getFileInputStream ( f ) ) ; } else { configFile = ss . getSystemProperty ( "java.home" ) + File . separator + "lib" + File . separator + "jaxp.properties" ; f = new File ( configFile ) ; if ( ss . doesFileExist ( f ) ) { dPrint ( "Read properties file " + f ) ; cacheProps . load ( ss . getFileInputStream ( f ) ) ; } } } } } factoryClassName = cacheProps . getProperty ( factoryId ) ; if ( factoryClassName != null ) { dPrint ( "found in " + configFile + " value=" + factoryClassName ) ; return newInstance ( factoryClassName , null , true ) ; } } catch ( Exception ex ) { if ( debug ) ex . printStackTrace ( ) ; } Object provider = findJarServiceProvider ( factoryId ) ; if ( provider != null ) { return provider ; } if ( fallbackClassName == null ) { throw new ConfigurationError ( "Provider for " + factoryId + " cannot be found" , null ) ; } dPrint ( "loaded from fallback value: " + fallbackClassName ) ; return newInstance ( fallbackClassName , cl , true ) ; }

Encuentra el objeto de la clase de implementación en el orden especificado.Punto de entrada principal.


private static int determineConsecutiveBinaryCount  ( String msg , int startpos , Charset encoding ) throws WriterException { final CharsetEncoder encoder = encoding . newEncoder ( ) ; int len = msg . length ( ) ; int idx = startpos ; while ( idx < len ) { char ch = msg . charAt ( idx ) ; int numericCount = 0 ; while ( numericCount < 13 && isDigit ( ch ) ) { numericCount ++ ; int i = idx + numericCount ; if ( i >= len ) { break ; } ch = msg . charAt ( i ) ; } if ( numericCount >= 13 ) { return idx - startpos ; } ch = msg . charAt ( idx ) ; if ( ! encoder . canEncode ( ch ) ) { throw new WriterException ( "Non-encodable character detected: " + ch + " (Unicode: " + ( int ) ch + ')' ) ; } idx ++ ; } return idx - startpos ; }

Determina el número de caracteres consecutivos que están codificables utilizando la compactación binaria.


public static void orderBestPatterns  ( ResultPoint [ ] patterns ) { float zeroOneDistance = distance ( patterns [ 0 ] , patterns [ 1 ] ) ; float oneTwoDistance = distance ( patterns [ 1 ] , patterns [ 2 ] ) ; float zeroTwoDistance = distance ( patterns [ 0 ] , patterns [ 2 ] ) ; ResultPoint pointA ; ResultPoint pointB ; ResultPoint pointC ; if ( oneTwoDistance >= zeroOneDistance && oneTwoDistance >= zeroTwoDistance ) { pointB = patterns [ 0 ] ; pointA = patterns [ 1 ] ; pointC = patterns [ 2 ] ; } else if ( zeroTwoDistance >= oneTwoDistance && zeroTwoDistance >= zeroOneDistance ) { pointB = patterns [ 1 ] ; pointA = patterns [ 0 ] ; pointC = patterns [ 2 ] ; } else { pointB = patterns [ 2 ] ; pointA = patterns [ 0 ] ; pointC = patterns [ 1 ] ; } if ( crossProductZ ( pointA , pointB , pointC ) < 0.0f ) { ResultPoint temp = pointA ; pointA = pointC ; pointC = temp ; } patterns [ 0 ] = pointA ; patterns [ 1 ] = pointB ; patterns [ 2 ] = pointC ; }

Pedidos Una matriz de tres puntos de resultados en un orden [A, B, C], de modo que AB es menor que CA y BC es menor que CA, y el ángulo entre BC y BA es inferior a 180 grados.


public Html parse  ( String body ) { return Html . create ( body ) ; }


private String addDefaultProfile  ( ) { String profile = System . getProperty ( "spring.profiles.active" ) ; if ( profile != null ) { log . info ( "Running with Spring profile(s) : {}" , profile ) ; return profile ; } log . warn ( "No Spring profile configured, running with default configuration" ) ; return Constants . SPRING_PROFILE_DEVELOPMENT ; }

Establezca un perfil predeterminado si no se ha establecido.<p> Por favor, use -dspring.profiles.active = dev </ p>


public DHCPMessage ( ) { initialize  ( ) ; this . destination_IP = BROADCAST_ADDR ; this . gPort = SERVER_PORT ; }

Crea un objeto DHCPMesage vacío, inicializa el objeto, establece el host a la dirección de transmisión, la subred local, se une al puerto de servidor predeterminado.


public static String formatText  ( final FormatterDetails customFormatter , final String text , final byte [ ] rawText ) { logger . trace ( "Formatting '" + text + "' with " + customFormatter . getName ( ) ) ; String formattedText = text ; for ( final FormatterFunction function : customFormatter . getFunction ( ) ) { if ( function . getSubstringReplace ( ) != null ) { formattedText = doSubstringReplacement ( function . getSubstringReplace ( ) , formattedText ) ; } else if ( function . getSubstringExtract ( ) != null ) { formattedText = doSubstringExtract ( function . getSubstringExtract ( ) , formattedText ) ; } else if ( function . getSubstringConversion ( ) != null ) { formattedText = doSubstringConversion ( function . getSubstringConversion ( ) , formattedText ) ; } else if ( function . getConversion ( ) != null ) { if ( customFormatter . getFunction ( ) . size ( ) == 1 && rawText != null ) { formattedText = convertText ( function . getConversion ( ) . getFormat ( ) , rawText ) ; } else { formattedText = convertText ( function . getConversion ( ) . getFormat ( ) , formattedText ) ; } } else if ( function . getCharacterReplace ( ) != null ) { formattedText = replaceCharacters ( function . getCharacterReplace ( ) . getFormat ( ) , formattedText , function . getCharacterReplace ( ) . getCharacterRangeFrom ( ) , function . getCharacterReplace ( ) . getCharacterRangeTo ( ) , function . getCharacterReplace ( ) . getWrapCharacter ( ) ) ; } logger . trace ( "After function transformation = '" + formattedText + "'" ) ; } return formattedText ; }

Formatos del texto dado utilizando el formateador proporcionado.


public ControlTagCacheObject ( Long id , String name , String datatype , short mode ) { super ( id , name , datatype , mode ) ; }

Se utiliza para construir un objeto de caché falso, que se devuelve cuando una tecla no se puede ubicar en el caché.


protected SimilarityArray calcSimilarityMeasures  ( CategorizedFileEntry cfeCur , List dsModelSet , boolean bOutput , PrintStream pOut , Semaphore sSem , String sDocumentClass , String sEvaluatorClass , int NGramSize_Min , int NGramSize_Max , int Dmax , boolean bSilent ) { if ( pOut == null ) pOut = System . out ; SimilarityArray saRes = new SimilarityArray ( ) ; ILoadableTextPrint ndNDoc1 = null ; try { int iIdx = getConstructor ( DocumentClass , 3 ) ; if ( iIdx > - 1 ) ndNDoc1 = ( ILoadableTextPrint ) Class . forName ( DocumentClass ) . getConstructors ( ) [ iIdx ] . newInstance ( NGramSize_Min , NGramSize_Max , Dmax ) ; else { iIdx = getConstructor ( DocumentClass , 5 ) ; ndNDoc1 = ( ILoadableTextPrint ) Class . forName ( DocumentClass ) . getConstructors ( ) [ iIdx ] . newInstance ( NGramSize_Min , NGramSize_Max , Dmax , NGramSize_Min , NGramSize_Max ) ; } } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( ndNDoc1 == null ) return new SimilarityArray ( ) ; ndNDoc1 . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; SimilarityComparatorListener sdcNComparator = null ; try { int iIdx = getConstructor ( ComparatorClass , 1 ) ; if ( iIdx > - 1 ) sdcNComparator = ( SimilarityComparatorListener ) Class . forName ( ComparatorClass ) . getConstructors ( ) [ iIdx ] . newInstance ( 1.0 ) ; else sdcNComparator = ( SimilarityComparatorListener ) Class . forName ( ComparatorClass ) . newInstance ( ) ; } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( sdcNComparator == null ) return new SimilarityArray ( ) ; Iterator iOtherIter = dsModelSet . iterator ( ) ; while ( iOtherIter . hasNext ( ) ) { CategorizedFileEntry cfeOther = ( CategorizedFileEntry ) iOtherIter . next ( ) ; String sSumName = new File ( cfeOther . getFileName ( ) ) . getName ( ) ; String sModelName = new File ( cfeCur . getFileName ( ) ) . getName ( ) ; if ( sSumName . equals ( sModelName ) ) { if ( ! bSilent ) synchronized ( System . err ) { System . err . println ( "Ignoring identically named files:" + cfeOther . getFileName ( ) + " , " + cfeCur . getFileName ( ) ) ; } continue ; } if ( ! bSilent ) synchronized ( System . err ) { System . err . println ( "Comparing files:" + cfeOther . getFileName ( ) + " , " + cfeCur . getFileName ( ) ) ; } ILoadableTextPrint ndNDoc2 = null ; synchronized ( hModelCache ) { if ( hModelCache . containsKey ( cfeOther . getFileName ( ) ) ) ndNDoc2 = ( ILoadableTextPrint ) hModelCache . get ( cfeOther . getFileName ( ) ) ; else { try { int iIdx = getConstructor ( DocumentClass , 3 ) ; if ( iIdx > - 1 ) ndNDoc2 = ( ILoadableTextPrint ) Class . forName ( DocumentClass ) . getConstructors ( ) [ iIdx ] . newInstance ( NGramSize_Min , NGramSize_Max , Dmax ) ; else { iIdx = getConstructor ( DocumentClass , 5 ) ; ndNDoc2 = ( ILoadableTextPrint ) Class . forName ( DocumentClass ) . getConstructors ( ) [ iIdx ] . newInstance ( NGramSize_Min , NGramSize_Max , Dmax , NGramSize_Min , NGramSize_Max ) ; } } catch ( IllegalArgumentException ex ) { ex . printStackTrace ( System . err ) ; } catch ( SecurityException ex ) { ex . printStackTrace ( System . err ) ; } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InstantiationException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IllegalAccessException ex ) { ex . printStackTrace ( System . err ) ; } catch ( InvocationTargetException ex ) { ex . printStackTrace ( System . err ) ; } if ( ndNDoc2 == null ) return new SimilarityArray ( ) ; ndNDoc2 . loadDataStringFromFile ( cfeOther . getFileName ( ) ) ; hModelCache . put ( cfeOther . getFileName ( ) , ndNDoc2 ) ; } } Thread . yield ( ) ; try { GraphSimilarity sSimil = null ; sSimil = ( GraphSimilarity ) sdcNComparator . getSimilarityBetween ( ndNDoc1 , ndNDoc2 ) ; String [ ] sFileNameData = new File ( cfeCur . getFileName ( ) ) . getName ( ) . split ( "\\." ) ; String sID = sFileNameData [ 0 ] + "\t" + sFileNameData [ 4 ] ; if ( bOutput ) { if ( sSem != null ) try { sSem . acquire ( ) ; } catch ( InterruptedException ie ) { return null ; } try { pOut . print ( sID + "\t" ) ; pOut . print ( sSimil . ContainmentSimilarity + "\t" + sSimil . ValueSimilarity + "\t" + sSimil . SizeSimilarity + "\t" + "0.0\t" + "0.0\t" + "0.0\t" + sSimil . getOverallSimilarity ( ) ) ; pOut . println ( ) ; pOut . flush ( ) ; } finally { if ( sSem != null ) sSem . release ( ) ; } } } catch ( InvalidClassException iceE ) { System . err . println ( "Cannot compare..." ) ; } Thread . yield ( ) ; } return saRes ; }

Calcula las medidas de similitud entre una entrada de archivos y un conjunto de documentos modelo.


public static Predicate < ItemStack > matcherOf  ( Block value ) { return matcherOf ( new ItemStack ( value , 1 , WILDCARD_METADATA ) , false ) ; }

Crea un incumplimiento de bloque de elementos insensible de NBT.


private void internal_deleteConnection  ( GeoServerConnection connection ) { map . remove ( connection ) ; }


public void dataSinkUpdate  ( DataSinkEvent evt ) { if ( evt instanceof EndOfStreamEvent ) { synchronized ( waitFileSync ) { fileDone = true ; waitFileSync . notifyAll ( ) ; } } else if ( evt instanceof DataSinkErrorEvent ) { synchronized ( waitFileSync ) { fileDone = true ; fileSuccess = false ; waitFileSync . notifyAll ( ) ; } } }

Manipulador de eventos para el escritor de archivos.