public void printResults  ( Writer wr ) throws IOException { for ( ResultSinkInfo sink : this . results . keySet ( ) ) { wr . write ( "Found a flow to sink " + sink + ", from the following sources:\n" ) ; for ( ResultSourceInfo source : this . results . get ( sink ) ) { wr . write ( "\t- " + source . getSource ( ) + "\n" ) ; if ( source . getPath ( ) != null && ! source . getPath ( ) . isEmpty ( ) ) wr . write ( "\t\ton Path " + source . getPath ( ) + "\n" ) ; } } }

Imprime todos los resultados almacenados en este objeto al escritor dado


@ Override public HarEntry findSimilarEntry  ( List < HarEntry > harEntries ) { HarEntry bestEntry = null ; int bestScore = 0 ; List < HarEntry > matchingUrl = findEntriesWithUrl ( predicate , harEntries ) ; for ( HarEntry harEntry : matchingUrl ) { QueryStringParameters parametrizable = new QueryStringParameters ( harEntry . getRequest ( ) ) ; int harEntryScore = predicate . calculateScore ( parametrizable . retrieve ( ) ) ; if ( harEntryScore > bestScore ) { bestScore = harEntryScore ; bestEntry = harEntry ; } } return bestEntry ; }

Este método devuelve la entrada más similar descrita por el predicado.Está usando y algoritmo, que filtra todas las solicitudes que no tienen coincidir con el prefijo de URL y encuentra la mejor coincidencia de los parámetros al verificar cuántos parámetros tienen el mismo valor que se define el predicado.La solicitud más similar es elegida para ser la mejor coincidencia.Sin embargo, si todas las solicitudes se filtrarán, entonces se devuelve NULL.


public void addToPickingQueue  ( VisualItem item ) { if ( pitems . length == psize ) { int capacity = ( 3 * pitems . length ) / 2 + 1 ; VisualItem [ ] q = new VisualItem [ capacity ] ; int [ ] s = new int [ capacity ] ; System . arraycopy ( pitems , 0 , q , 0 , psize ) ; System . arraycopy ( pscores , 0 , s , 0 , psize ) ; pitems = q ; pscores = s ; } pitems [ psize ] = item ; pscores [ psize ++ ] = ( sort != null ? sort . score ( item ) : 0 ) ; psorted = false ; }

Agregue un artículo a la cola de recogida.


public boolean isUnindexSupported  ( ) { return true ; }

Devuelve VERDADERO, ya que la clase es compatible con esta clase.


public void addGlobalSimpleTypeDecl  ( XSSimpleType decl ) { fGlobalTypeDecls . put ( decl . getName ( ) , decl ) ; if ( decl instanceof XSSimpleTypeDecl ) { ( ( XSSimpleTypeDecl ) decl ) . setNamespaceItem ( this ) ; } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Summon_A_TO_ME  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200727 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] le ha causado convocar% 0 usando [% SkillName].


public void or  ( Criteria criteria ) { oredCriteria . add ( criteria ) ; }

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


Haz personal posterior al personal antes del diseño.Subclase puede proporcionar una implementación diferente.


@ Override public void merge  ( @ NotNull File from , @ NotNull File to ) throws TemplateProcessingException { try { String targetText = null ; File sourceFile = myContext . getLoader ( ) . getSourceFile ( from ) ; File targetFile = getTargetFile ( to ) ; if ( ! ( hasExtension ( targetFile , DOT_XML ) || hasExtension ( targetFile , DOT_GRADLE ) ) ) { throw new RuntimeException ( "Only XML or Gradle files can be merged at this point: " + targetFile ) ; } if ( targetFile . exists ( ) ) { if ( myContext . getProject ( ) . isInitialized ( ) ) { VirtualFile toFile = findFileByIoFile ( targetFile , true ) ; final ReadonlyStatusHandler . OperationStatus status = myReadonlyStatusHandler . ensureFilesWritable ( toFile ) ; if ( status . hasReadonlyFiles ( ) ) { throw new TemplateUserVisibleException ( String . format ( "Attempt to update file that is readonly: %1$s" , targetFile . getAbsolutePath ( ) ) ) ; } } targetText = readTextFile ( targetFile ) ; } if ( targetText == null ) { boolean instantiate = hasExtension ( from , DOT_FTL ) ; if ( instantiate ) { instantiate ( from , targetFile ) ; } else { copyTemplateResource ( from , targetFile ) ; } return ; } String sourceText ; if ( hasExtension ( from , DOT_FTL ) ) { sourceText = processFreemarkerTemplate ( myContext , from , null ) ; } else { sourceText = readTextFromDisk ( sourceFile ) ; if ( sourceText == null ) { return ; } } String contents ; if ( targetFile . getName ( ) . equals ( GRADLE_PROJECT_SETTINGS_FILE ) ) { contents = RecipeMergeUtils . mergeGradleSettingsFile ( sourceText , targetText ) ; myNeedsGradleSync = true ; } else if ( targetFile . getName ( ) . equals ( FN_BUILD_GRADLE ) ) { String compileSdkVersion = ( String ) getParamMap ( ) . get ( TemplateMetadata . ATTR_BUILD_API_STRING ) ; contents = myIO . mergeGradleFiles ( sourceText , targetText , myContext . getProject ( ) , compileSdkVersion ) ; myNeedsGradleSync = true ; } else if ( hasExtension ( targetFile , DOT_XML ) ) { contents = RecipeMergeUtils . mergeXml ( myContext , sourceText , targetText , targetFile ) ; } else { throw new RuntimeException ( "Only XML or Gradle settings files can be merged at this point: " + targetFile ) ; } myIO . writeFile ( this , contents , targetFile ) ; myReferences . addSourceFile ( sourceFile ) ; myReferences . addTargetFile ( targetFile ) ; } catch ( IOException e ) { throw new RuntimeException ( e ) ; } catch ( TemplateException e ) { throw new RuntimeException ( e ) ; } }

Fusiona el archivo de origen dado en el archivo de destino dado (o simplemente lo copia si el archivo de destino no existe).<p /> Solo se admiten archivos XML y REGLE.


public static void writeByteArrayToFile  ( File file , byte [ ] data , boolean append ) throws IOException { OutputStream out = null ; try { out = openOutputStream ( file , append ) ; out . write ( data ) ; out . close ( ) ; } finally { IOUtils . closeQuietly ( out ) ; } }

Escribe una matriz de bytes a un archivo que crea el archivo si no existe.


public void actionPerformed  ( ActionEvent ev ) { execute ( "set magnifier=" + ! isSelected ( ) + ";" ) ; }


public void writeShort  ( short value ) throws JMSException { initializeWriting ( ) ; try { this . dataOut . writeShort ( value ) ; } catch ( IOException ioe ) { JMSException jmsEx = new JMSException ( "Could not write data:" + ioe . toString ( ) ) ; jmsEx . setLinkedException ( ioe ) ; throw jmsEx ; } }

Escribe un <código> corto </ code> a la transmisión de mensajes de bytes como dos bytes, altos bytes primero.


@ Override public void createFacade  ( String table , FacadeOptions facadeOptions , Audit audit ) { checkLegalTableName ( table ) ; checkNotNull ( facadeOptions , "facadeDefinition" ) ; checkNotNull ( audit , "audit" ) ; _tableDao . createFacade ( table , facadeOptions , audit ) ; }


@ RequestMapping ( value = { "/error" , "/accessdenied" } , method = RequestMethod . GET ) public String returnErrorView  ( HttpSession session ) { Exception ex = ( Exception ) session . getAttribute ( "SPRING_SECURITY_LAST_EXCEPTION" ) ; ex . printStackTrace ( ) ; return "error" ; }

Todos los errores van a ser redirigidos a la siguiente página.


public okhttp3 . Response raw  ( ) { return rawResponse ; }


@ deprecated public static String canonicalize  ( String id ) { initRegionData ( ) ; String result = ( String ) territoryAliasMap . get ( id ) ; if ( ( result != null ) && ( regionIndexMap . containsKey ( result ) ) ) { return result ; } if ( regionIndexMap . containsKey ( id ) ) { return id ; } return "ZZ" ; }


public static void writeTestLogs  ( ) { Log . d ( TAG , "Gen I: " + Arrays . toString ( getGenOne ( ) ) ) ; Log . d ( TAG , "Gen II: " + Arrays . toString ( getGenTwo ( ) ) ) ; Log . d ( TAG , "Gen III: " + Arrays . toString ( getGenThree ( ) ) ) ; Log . d ( TAG , "Gen IV: " + Arrays . toString ( getGenFour ( ) ) ) ; Log . d ( TAG , "Gen V: " + Arrays . toString ( getGenFive ( ) ) ) ; Log . d ( TAG , "Gen VI: " + Arrays . toString ( getGenSix ( ) ) ) ; }


public void java_lang_Class_getProtectionDomain0  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { ReferenceVariable protdmn = helper . tempField ( "<java.lang.Class ProtDmn>" ) ; helper . assign ( returnVar , protdmn ) ; }

Java nativa privada.Security.ProtectionDomain GetProtectionDomain0 ();


public WallGetCommentsQueryWithExtended ( VkApiClient client , UserActor actor , int postId ) { super ( client , "wall.getComments" , GetCommentsExtendedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; postId ( postId ) ; extended ( true ) ; }

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


public static void loadContent  ( Activity context ) { FragmentPlaces . loadPlacesList ( context ) ; FragmentDisasters . loadDisastersList ( context ) ; FragmentGoodActs . loadGoodActsList ( context ) ; }

Carga toda la información del contenido de JSONS y Mostrar


protected SoftReference < List < Row > > softlyReferenced  ( List < Row > rows ) { return new SoftReference < > ( rows ) ; }

Método simple para crear una referencia suave a la lista de fila dada.Realizado en un método para permitir que las pruebas de unidad anulen para anular las pruebas controladas.


public synchronized void reset  ( ) { timer . start ( "speakableOut" ) ; }

Se prepara para otro lote de salida.Los grupos más grandes de salida (como toda la salida asociada con un solo freettspeakable) deben agruparse entre un par de reinicio / drenaje.


public double [ ] computeDerivatives  ( final double t , final double [ ] y ) throws MathIllegalArgumentException , MathIllegalStateException , NullPointerException { evaluations . increment ( ) ; return equations . computeDerivatives ( t , y ) ; }

Calcular los derivados y verificar el número de evaluaciones.


public void withRecorderController  ( String tag , Consumer < RecorderController > c ) { c . take ( getRecorderController ( ) ) ; }

Solicitar acción que se tomará cuando se conecta el reconcontrollador Recorder


public static boolean isInvoke  ( Value val ) { val = getEquivalentValueRoot ( val ) ; if ( val instanceof InvokeExpr ) return true ; return false ; }

Devuelve VERDADERO, si <CÓDIGO> VAL </ CODE> es un invocado.


public static boolean verify  ( PublicKey publicKey , String signedData , String signature ) { byte [ ] signatureBytes ; try { signatureBytes = Base64 . decode ( signature , Base64 . DEFAULT ) ; } catch ( IllegalArgumentException e ) { Log . e ( TAG , "Base64 decoding failed." ) ; return false ; } try { Signature sig = Signature . getInstance ( SIGNATURE_ALGORITHM ) ; sig . initVerify ( publicKey ) ; sig . update ( signedData . getBytes ( ) ) ; if ( ! sig . verify ( signatureBytes ) ) { Log . e ( TAG , "Signature verification failed." ) ; return false ; } return true ; } catch ( NoSuchAlgorithmException e ) { Log . e ( TAG , "NoSuchAlgorithmException." ) ; } catch ( InvalidKeyException e ) { Log . e ( TAG , "Invalid key specification." ) ; } catch ( SignatureException e ) { Log . e ( TAG , "Signature exception." ) ; } return false ; }

Verifica que la firma del servidor coincida con la firma computar en los datos.Devuelve VERDADERO si los datos están firmados correctamente.


public void commit  ( ) throws IOException  { if ( hasErrors ) { completeEdit ( this , false ) ; remove ( entry . key ) ; } else { completeEdit ( this , true ) ; } committed = true ; }

Comete esta edición para que sea visible para los lectores.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


private final boolean isResolvable  ( Object base ) { return base instanceof JsonNode ; }

Pruebe si la base dada debe resolverse con este Elresolver.


public synchronized boolean end  ( ) { if ( line != null ) { drain ( ) ; synchronized ( lineLock ) { line . close ( ) ; line = null ; } notify ( ) ; debugPrint ( "ended stream..." ) ; } return true ; }

Marca el final de un conjunto de datos.Los datos de audio para una sola expresión deben ser un grupo entre pares de inicio / finales.


public static MP4Parser parse  ( String path ) throws IOException { return new MP4Parser ( path ) ; }


public static FloatList createList  ( int size ) { FloatList prev = null ; FloatList first = null ; for ( int i = 0 ; i < size ; i ++ ) { FloatList cur = new FloatList ( ) ; cur . prev = prev ; if ( prev == null ) { first = cur ; } else { prev . next = cur ; } prev = cur ; } first . prev = prev ; prev . next = first ; return first ; }

Crea una lista circular de nodos del tamaño dado.


public ChangeSet addAllToCollection  ( String path , Serializable ... newItems ) { return addAllToCollection ( path , Arrays . asList ( newItems ) ) ; }

Agrega los artículos dados a una propiedad de colección


public void writeObject  ( Object value ) throws JMSException { if ( value == null ) { throw new NullPointerException ( ) ; } initializeWriting ( ) ; if ( value instanceof Boolean ) { writeBoolean ( ( ( Boolean ) value ) . booleanValue ( ) ) ; } else if ( value instanceof Character ) { writeChar ( ( ( Character ) value ) . charValue ( ) ) ; } else if ( value instanceof Byte ) { writeByte ( ( ( Byte ) value ) . byteValue ( ) ) ; } else if ( value instanceof Short ) { writeShort ( ( ( Short ) value ) . shortValue ( ) ) ; } else if ( value instanceof Integer ) { writeInt ( ( ( Integer ) value ) . intValue ( ) ) ; } else if ( value instanceof Double ) { writeDouble ( ( ( Double ) value ) . doubleValue ( ) ) ; } else if ( value instanceof Long ) { writeLong ( ( ( Long ) value ) . longValue ( ) ) ; } else if ( value instanceof Float ) { writeFloat ( ( ( Float ) value ) . floatValue ( ) ) ; } else if ( value instanceof Double ) { writeDouble ( ( ( Double ) value ) . doubleValue ( ) ) ; } else if ( value instanceof String ) { writeUTF ( value . toString ( ) ) ; } else if ( value instanceof byte [ ] ) { writeBytes ( ( byte [ ] ) value ) ; } else { throw new MessageFormatException ( "Cannot write non-primitive type:" + value . getClass ( ) ) ; } }

Escribe un objeto al flujo de mensajes de bytes.<P> Este método funciona solo para los tipos de objetos primitivos objetados (<CÓDIGO> INTEGER </ CODE>, <CÓDIGO> DOBLE </ CODE>, <CÓDIGO> LARGO </ CODE> & NBSP; ...), <CÓDIGO>Cadena </ código> Objetos, y matrices de byte.


@ Override public void onTxCommit  ( Transaction tx ) { if ( ! tx . isReadOnly ( ) && enableLogging ) { LogSeqNum lsn = new CommitRecord ( txNum ) . writeToLog ( ) ; VanillaDb . logMgr ( ) . flush ( lsn ) ; } }

Escribe un registro de confirmación al registro, y luego elimina el registro de registro en el disco.


protected final void addNamespaceDecl  ( String prefix , String uri , ElementImpl element ) { if ( DEBUG ) { System . out . println ( "[ns-fixup] addNamespaceDecl [" + prefix + "]" ) ; } if ( prefix == XMLSymbols . EMPTY_STRING ) { if ( DEBUG ) { System . out . println ( "=>add xmlns=\"" + uri + "\" declaration" ) ; } element . setAttributeNS ( NamespaceContext . XMLNS_URI , XMLSymbols . PREFIX_XMLNS , uri ) ; } else { if ( DEBUG ) { System . out . println ( "=>add xmlns:" + prefix + "=\"" + uri + "\" declaration" ) ; } element . setAttributeNS ( NamespaceContext . XMLNS_URI , "xmlns:" + prefix , uri ) ; } }

Agrega un atributo de espacio de nombres o reemplaza el valor del atributo de espacio de nombres existente con el prefijo y el valor dado para URI.En caso de que el prefijo esté vacío, agregará / actualizará la Declaración predeterminada del espacio de nombres.


@ NotNull public CreatePersonGroupAction createGroup  ( @ NotNull String personGroupId , @ NotNull String name , @ Nullable String userData ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; Validation . validate ( name , "^.{1,128}$" , new ParameterValidationException ( "name" , "The maximum length is 128" ) ) ; Validation . validate ( userData , 16 , new ParameterValidationException ( "userData" , "The size limit is 16KB" ) ) ; return new CreatePersonGroupAction ( cognitiveContext , personGroupId , name , userData ) ; }

Cree un nuevo grupo de personas con ID de grupo de persona específico, nombre y datos proporcionados por el usuario.<p> Un grupo de personas es uno de los parámetros más importantes para la cara: identifique la API.La persona de búsquedas de identificación se enfrenta a un grupo de persona específico.


protected void updateData  ( List < Object [ ] > listBasedResult ) { if ( tableBlockExecutionInfos . isFixedKeyUpdateRequired ( ) ) { updateKeyWithLatestBlockKeygenerator ( listBasedResult ) ; } }

El método debajo se utilizará para obtener el resultado.


private boolean isLegalIndex  ( int i ) { return ! isIllegalIndex ( i ) ; }


public StringListImpl ( String [ ] array , int length ) { fArray = array ; fLength = length ; fVector = null ; }

Construir una implementación de xsobjectlist


private final void reapRecentDeletes  ( ) { if ( ! _cacheManager . useRecentDeletes ( ) ) return ; int reapCount = 0 ; try { long currentTime = SystemTime . timeMillis ( ) ; long expirationTime = currentTime - _expirationTimeRecentDeletes ; long checkTime = currentTime - - LM_EXPIRATION_TIME_RECENT_DELETES_CHECK_DEFAULT ; if ( _force || _lastRepeadRecentDeletes < checkTime ) _lastRepeadRecentDeletes = checkTime ; else return ; for ( Iterator < RecentDeletesRepository . RecentDeleteInfo > itr = _cacheManager . getRecentDeletesIterator ( ) ; itr . hasNext ( ) ; ) { RecentDeletesRepository . RecentDeleteInfo rdinfo = itr . next ( ) ; long etime = rdinfo . getTimeBase ( ) ; if ( etime < expirationTime || ( etime == Long . MAX_VALUE && _cacheManager . requiresEvictionReplicationProtection ( ) ) ) { ILockObject entryLock = null ; try { entryLock = _cacheManager . getLockManager ( ) . getLockObject ( rdinfo . getUid ( ) ) ; synchronized ( entryLock ) { RecentDeletesRepository . RecentDeleteInfo curInfo = _cacheManager . getRecentDeleteInfo ( rdinfo . getUid ( ) ) ; if ( curInfo != rdinfo ) continue ; IEntryHolder entry = _cacheManager . getEntryByUidFromPureCache ( rdinfo . getUid ( ) ) ; if ( entry == null ) throw new RuntimeException ( "RecentDeletes reaper: entry not in memory " + rdinfo . getUid ( ) ) ; if ( ! entry . isDeleted ( ) ) throw new RuntimeException ( "RecentDeletes reaper: entry not deleted " + rdinfo . getUid ( ) ) ; if ( curInfo . getTimeBase ( ) == Long . MAX_VALUE ) { XtnEntry xtnEntry = rdinfo . getXtn ( ) != null ? _engine . getTransaction ( rdinfo . getXtn ( ) ) : null ; if ( xtnEntry != null && xtnEntry . getStatus ( ) != XtnStatus . COMMITED && xtnEntry . getStatus ( ) != XtnStatus . ROLLED ) continue ; if ( _cacheManager . getEvictionReplicationsMarkersRepository ( ) . isEntryEvictable ( rdinfo . getUid ( ) , false ) ) { _cacheManager . insertToRecentDeletes ( entry , SystemTime . timeMillis ( ) , rdinfo . getXtn ( ) ) ; } continue ; } itr . remove ( ) ; reapCount ++ ; _cacheManager . removeEntryFromCache ( entry , false , true , null , RecentDeleteCodes . REMOVE_DUMMY ) ; } } finally { if ( entryLock != null ) _cacheManager . getLockManager ( ) . freeLockObject ( entryLock ) ; } } } } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , this . getName ( ) + " - caught exception while reaping recent deleted entries." , ex ) ; } } if ( reapCount > 0 ) if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( this . getName ( ) + " - Reaped content of recently deleted entries. [Reaped: " + reapCount + ", Remaining:" + _cacheManager . getNumOfRecentDeletes ( ) + "]" ) ; } }

Limpie la tabla reciente de Borba reciente, cada <tt> lm_expiration_time_recent_deletes_default </ tt>.


public List < SootMethod > clinits  ( ) { List < SootMethod > ret = new ArrayList < SootMethod > ( ) ; for ( Iterator < SootClass > clIt = Scene . v ( ) . getClasses ( ) . iterator ( ) ; clIt . hasNext ( ) ; ) { final SootClass cl = clIt . next ( ) ; addMethod ( ret , cl , sigClinit ) ; } return ret ; }

Devuelve una lista de todos los inicializadores estáticos.


public static void writeStringToFile  ( File file , String data , String encoding ) throws IOException { writeStringToFile ( file , data , encoding , false ) ; }

Escribe una cadena a un archivo que crea el archivo si no existe.Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public SM_ACCOUNT_LIST ( Map < Integer , AionConnection > accounts ) { super ( 0x04 ) ; this . accounts = accounts ; }

Construye nuevo paquete de servidor con opcode especificado.


@ Override public int readInt  ( String filePath , long offset ) { FileChannel fileChannel = updateCache ( filePath ) ; ByteBuffer byteBffer = read ( fileChannel , CarbonCommonConstants . INT_SIZE_IN_BYTE , offset ) ; return byteBffer . getInt ( ) ; }

Este método se utilizará para leer IN int desde el archivo desde la posición (offset), aquí la longitud siempre será 4 porque el tamaño de byte INT si 4


public NGramCategory ( String sName ) { super ( ) ; Dictionary = new Dictionary ( sName , 12 ) ; Dictionary . AddSubStrings = true ; Dictionary . RemoveSubStrings = false ; DocumentCount = 0 ; Name = sName ; }

Crea una nueva instancia de insectcategoría, dado un nombre de categoría.Presupone un tamaño máximo de N-gramo de 12 TODO: el rango máximo N-gram debe cambiarse a un parámetro.


public static Class [ ] toClass  ( ServiceTypeBase [ ] stypes ) { Class [ ] classes = null ; if ( stypes != null ) { classes = new Class [ stypes . length ] ; for ( int i = stypes . length ; -- i >= 0 ; ) { try { ServiceTypeBase stype = stypes [ i ] ; classes [ i ] = stype . type . toClass ( stype . codebase ) ; } catch ( Throwable e ) { RegistrarProxy . handleException ( e ) ; } } } return classes ; }

Convierte una matriz de SERVICETYPEBASE a una matriz de clase.Si no se puede cargar una clase, se deja como NULL.


public Builder delayBeforeLoading  ( int delayInMillis ) { this . delayBeforeLoading = delayInMillis ; return this ; }

Establece el tiempo de retardo antes de comenzar la tarea de carga.Predeterminado - Sin demora.


public static JavaRDD < List < List < Writable > > > normalizeSequence  ( Schema schema , JavaRDD < List < List < Writable > > > data , double min , double max , List < String > excludeColumns ) { if ( excludeColumns == null ) excludeColumns = Arrays . asList ( DataFrames . SEQUENCE_UUID_COLUMN , DataFrames . SEQUENCE_INDEX_COLUMN ) ; else { excludeColumns = new ArrayList < > ( excludeColumns ) ; excludeColumns . add ( DataFrames . SEQUENCE_UUID_COLUMN ) ; excludeColumns . add ( DataFrames . SEQUENCE_INDEX_COLUMN ) ; } DataFrame frame = DataFrames . toDataFrameSequence ( schema , data ) ; return DataFrames . toRecordsSequence ( normalize ( frame , min , max , excludeColumns ) ) . getSecond ( ) ; }

Normalice cada columna de una secuencia, según MIN / MAX


public String toString  ( ) { String sRes = "[" ; Iterator iIter = iterator ( ) ; while ( iIter . hasNext ( ) ) { Object oNext = iIter . next ( ) ; sRes += oNext . toString ( ) ; if ( iIter . hasNext ( ) ) sRes += "," ; } sRes += "]" ; return sRes ; }

Devuelve una representación de cadena de esta concatenación, utilizando notación distintiva.


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.


@ Override public synchronized void mark  ( int readlimit ) { in . mark ( readlimit ) ; mark = pos ; }

Invoca el método <Código> marca (int) </ código> del delegado.


public boolean hasProgramEnrollmentEndDate  ( ) { return programEnrollmentEndDate != null ; }

Indica si estos parámetros especifican una fecha de finalización de la inscripción del programa.


public void divide  ( final double [ ] lhs , final int lhsOffset , final double [ ] rhs , final int rhsOffset , final double [ ] result , final int resultOffset ) { final double [ ] reciprocal = new double [ getSize ( ) ] ; pow ( rhs , lhsOffset , - 1 , reciprocal , 0 ) ; multiply ( lhs , lhsOffset , reciprocal , 0 , result , resultOffset ) ; }

Realizar división de dos estructuras derivadas.


public void init$Children  ( ) { children = new ASTNode [ 5 ] ; setChild ( new Opt ( ) , 1 ) ; setChild ( new List ( ) , 2 ) ; setChild ( new List ( ) , 3 ) ; setChild ( new List ( ) , 4 ) ; }

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


public ArrayFieldVector ( FieldVector < T > v1 , FieldVector < T > v2 ) throws NullArgumentException { MathUtils . checkNotNull ( v1 ) ; MathUtils . checkNotNull ( v2 ) ; field = v1 . getField ( ) ; final T [ ] v1Data = ( v1 instanceof ArrayFieldVector ) ? ( ( ArrayFieldVector < T > ) v1 ) . data : v1 . toArray ( ) ; final T [ ] v2Data = ( v2 instanceof ArrayFieldVector ) ? ( ( ArrayFieldVector < T > ) v2 ) . data : v2 . toArray ( ) ; data = MathArrays . buildArray ( field , v1Data . length + v2Data . length ) ; System . arraycopy ( v1Data , 0 , data , 0 , v1Data . length ) ; System . arraycopy ( v2Data , 0 , data , v1Data . length , v2Data . length ) ; }

Construye un vector anexando un vector a otro vector.


public void addSuperInterfaceId  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getSuperInterfaceIdListNoTransform ( ) : getSuperInterfaceIdList ( ) ; list . addChild ( node ) ; }

Anexen un elemento a la lista SuperinterfaceID.


public static boolean isEmpty  ( String s ) { return ( s == null ) || s . length ( ) == 0 ; }


public static double angle  ( Vector3D v1 , Vector3D v2 ) throws MathRuntimeException { double normProduct = v1 . getNorm ( ) * v2 . getNorm ( ) ; if ( normProduct == 0 ) { throw new MathRuntimeException ( LocalizedCoreFormats . ZERO_NORM ) ; } double dot = v1 . dotProduct ( v2 ) ; double threshold = normProduct * 0.9999 ; if ( ( dot < - threshold ) || ( dot > threshold ) ) { Vector3D v3 = crossProduct ( v1 , v2 ) ; if ( dot >= 0 ) { return FastMath . asin ( v3 . getNorm ( ) / normProduct ) ; } return FastMath . PI - FastMath . asin ( v3 . getNorm ( ) / normProduct ) ; } return FastMath . acos ( dot / normProduct ) ; }

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


private void fixTheIy  ( Utterance utterance ) { Voice voice = utterance . getVoice ( ) ; for ( Item item = utterance . getRelation ( Relation . SEGMENT ) . getHead ( ) ; item != null ; item = item . getNext ( ) ) { if ( "ax" . equals ( item . toString ( ) ) ) { String word = wordPath . findFeature ( item ) . toString ( ) ; if ( "the" . equals ( word ) && ( "+" . equals ( N_PH_VC . findFeature ( item ) ) ) ) { item . getFeatures ( ) . setString ( "name" , "iy" ) ; } } } }

Cambia la pronunciación de "The" desde 'D AX' a 'D' a 'D' si la siguiente palabra comienza con una vocal."Cada uno" es un buen ejemplo.


private List < Character > convertDnaReadToTextReadBS  ( ) throws IOException  { if ( this . gc . getRefSeq ( ) == null ) { return this . getConsRead ( ) ; } boolean isSecondOfPair = false ; if ( rec . getReadPairedFlag ( ) && rec . getSecondOfPairFlag ( ) ) { isSecondOfPair = true ; } boolean isForwardStrand = ! this . rec . getReadNegativeStrandFlag ( ) ; List < Character > textReadBS = this . getConsRead ( ) ; for ( int i = 0 ; i < textReadBS . size ( ) ; i ++ ) { char ref = ( char ) this . gc . getRefSeq ( ) [ i + this . textStart - 1 ] ; ref = Character . toUpperCase ( ref ) ; char read = textReadBS . get ( i ) ; if ( ( isForwardStrand && ! isSecondOfPair ) || ( ! isForwardStrand && isSecondOfPair ) ) { if ( isForwardStrand ) { if ( ref == 'C' && read == '.' ) { textReadBS . set ( i , charM ) ; } else if ( ref == 'C' && read == 'T' ) { textReadBS . set ( i , charU ) ; } else { } } else { if ( ref == 'C' && read == ',' ) { textReadBS . set ( i , charm ) ; } else if ( ref == 'C' && read == 't' ) { textReadBS . set ( i , charu ) ; } else { } } } else if ( ( ! isForwardStrand && ! isSecondOfPair ) || ( isForwardStrand && isSecondOfPair ) ) { if ( ! isForwardStrand ) { if ( ref == 'G' && read == ',' ) { textReadBS . set ( i , 'm' ) ; } else if ( ref == 'G' && read == 'a' ) { textReadBS . set ( i , 'u' ) ; } else { } } else { if ( ref == 'G' && read == '.' ) { textReadBS . set ( i , 'M' ) ; } else if ( ref == 'G' && read == 'A' ) { textReadBS . set ( i , 'U' ) ; } else { } } } } return textReadBS ; }

Memo: Compare las lecturas con estas bases en la referencia: 1st |2nd ------- + ------ + ve c |G ------- + ------ -VE G |C


public void addSymbolSelectedListener  ( SymbolizerSelectedInterface symbolizerSelectedPanel ) { displayPanel = symbolizerSelectedPanel ; }

Agrega el oyente seleccionado del símbolo.


@ PostConstruct public final void init  ( ) throws ConfUnknownTypeException , ConfRejectedTypeException  { Runtime . getRuntime ( ) . addShutdownHook ( this . ksh ) ; processMessageReceiver . setKernel ( this ) ; processMessageReceiver . setRequestController ( requestController ) ; configure ( ) ; }

Inicialización del driverkernel al inicio, una vez que se han establecido todas las dependencias.


private void zzScanError  ( int errorCode ) { String message ; try { message = ZZ_ERROR_MSG [ errorCode ] ; } catch ( ArrayIndexOutOfBoundsException e ) { message = ZZ_ERROR_MSG [ ZZ_UNKNOWN_ERROR ] ; } throw new Error ( message ) ; }

Informa un error que ocurrió al escanear.En un escáner bien informado (no o solo el uso correcto de YyPushback (INT) y una regla de defensa de todas las coincidencias), solo se llamarán con cosas que "no pueden suceder".Si se llama este método, algo está seriamente incorrecto (por ejemplo, un error JFLEX que produce un escáner defectuoso, etc.).La sintaxis habitual / el nivel de error de nivel de escáner se debe hacer en las reglas de retraso de error.


private void applyWindowFunction  ( double [ ] data ) { if ( windowFunctionType != WND_NONE ) { for ( int i = 0 ; i < data . length ; i ++ ) data [ i ] *= windowFunction [ i ] ; } }

Aplica una función de la ventana a una matriz de datos, almacenando el resultado en la matriz de datos.Realiza un producto DOT de los matrices de datos y ventanas.


protected Dfp ( final DfpField field , double x ) { mant = new int [ field . getRadixDigits ( ) ] ; sign = 1 ; exp = 0 ; nans = FINITE ; this . field = field ; long bits = Double . doubleToLongBits ( x ) ; long mantissa = bits & 0x000fffffffffffffL ; int exponent = ( int ) ( ( bits & 0x7ff0000000000000L ) >> 52 ) - 1023 ; if ( exponent == - 1023 ) { if ( x == 0 ) { if ( ( bits & 0x8000000000000000L ) != 0 ) { sign = - 1 ; } return ; } exponent ++ ; while ( ( mantissa & 0x0010000000000000L ) == 0 ) { exponent -- ; mantissa <<= 1 ; } mantissa &= 0x000fffffffffffffL ; } if ( exponent == 1024 ) { if ( x != x ) { sign = ( byte ) 1 ; nans = QNAN ; } else if ( x < 0 ) { sign = ( byte ) - 1 ; nans = INFINITE ; } else { sign = ( byte ) 1 ; nans = INFINITE ; } return ; } Dfp xdfp = new Dfp ( field , mantissa ) ; xdfp = xdfp . divide ( new Dfp ( field , 4503599627370496l ) ) . add ( field . getOne ( ) ) ; xdfp = xdfp . multiply ( DfpMath . pow ( field . getTwo ( ) , exponent ) ) ; if ( ( bits & 0x8000000000000000L ) != 0 ) { xdfp = xdfp . negate ( ) ; } System . arraycopy ( xdfp . mant , 0 , mant , 0 , mant . length ) ; sign = xdfp . sign ; exp = xdfp . exp ; nans = xdfp . nans ; }


public static void main  ( String [ ] args ) throws Throwable { startup ( ) ; MaryNormalisedWriter writer = new MaryNormalisedWriter ( ) ; ReaderSplitter splitter = new ReaderSplitter ( new InputStreamReader ( System . in ) , "</maryxml>" ) ; Reader oneXMLStructure = null ; while ( ( oneXMLStructure = splitter . nextReader ( ) ) != null ) { writer . output ( new StreamSource ( oneXMLStructure ) ) ; } }

La interfaz de línea de comando más simple posible al marynormalisedwriter.Lee un documento XML "real" de STDIN, y lo envía en la forma marinormalizada a STDOUT.


Calcula grados aproximados de libertad para la prueba T de 2 muestras.


public ApiFilter ( @ NotNull String filterQuery , LogicalTable table , DimensionDictionary dimensionDictionary ) throws BadFilterException { LOG . trace ( "Filter query: {}\n\n DimensionDictionary: {}" , filterQuery , dimensionDictionary ) ; Pattern pattern = Pattern . compile ( "([^\\|]+)\\|([^-]+)-([^\\[]+)\\[([^\\]]+)\\]?" ) ; Matcher matcher = pattern . matcher ( filterQuery ) ; if ( ! matcher . matches ( ) ) { LOG . debug ( FILTER_INVALID . logFormat ( filterQuery ) ) ; throw new BadFilterException ( FILTER_INVALID . format ( filterQuery ) ) ; } try { String filterDimensionName = matcher . group ( 1 ) ; this . dimension = dimensionDictionary . findByApiName ( filterDimensionName ) ; if ( dimension == null ) { LOG . debug ( FILTER_DIMENSION_UNDEFINED . logFormat ( filterDimensionName ) ) ; throw new BadFilterException ( FILTER_DIMENSION_UNDEFINED . format ( filterDimensionName ) ) ; } if ( table != null && ! table . getDimensions ( ) . contains ( dimension ) ) { LOG . debug ( FILTER_DIMENSION_NOT_IN_TABLE . logFormat ( filterDimensionName , table ) ) ; throw new BadFilterException ( FILTER_DIMENSION_NOT_IN_TABLE . format ( filterDimensionName , table . getName ( ) ) ) ; } String dimensionFieldName = matcher . group ( 2 ) ; try { this . dimensionField = this . dimension . getFieldByName ( dimensionFieldName ) ; } catch ( IllegalArgumentException ignored ) { LOG . debug ( FILTER_FIELD_NOT_IN_DIMENSIONS . logFormat ( dimensionFieldName , filterDimensionName ) ) ; throw new BadFilterException ( FILTER_FIELD_NOT_IN_DIMENSIONS . format ( dimensionFieldName , filterDimensionName ) ) ; } String operationName = matcher . group ( 3 ) ; try { this . operation = FilterOperation . valueOf ( operationName ) ; } catch ( IllegalArgumentException ignored ) { LOG . debug ( FILTER_OPERATOR_INVALID . logFormat ( operationName ) ) ; throw new BadFilterException ( FILTER_OPERATOR_INVALID . format ( operationName ) ) ; } this . values = new LinkedHashSet < > ( FilterTokenizer . split ( matcher . group ( 4 ) . replaceAll ( "\\[" , "" ) . replaceAll ( "\\]" , "" ) . trim ( ) ) ) ; } catch ( IllegalArgumentException e ) { LOG . debug ( FILTER_ERROR . logFormat ( filterQuery , e . getMessage ( ) ) , e ) ; throw new BadFilterException ( FILTER_ERROR . format ( filterQuery , e . getMessage ( ) ) , e ) ; } }

Analiza la consulta del filtro de la URL y genera el objeto APIFILTER.


public JobRequest ( String ticket ) { this . ticket = ticket ; }

Construye un JobRequest con el boleto dado.


public TextEditor replaceAll  ( String regex , String replacement ) { if ( text . length ( ) > 0 ) { final String r = replacement ; Pattern p = Pattern . compile ( regex , Pattern . MULTILINE ) ; Matcher m = p . matcher ( text ) ; StringBuffer sb = new StringBuffer ( ) ; while ( m . find ( ) ) { m . appendReplacement ( sb , r ) ; } m . appendTail ( sb ) ; text = new StringBuilder ( sb . toString ( ) ) ; } return this ; }

Reemplace todas las apariciones de la expresión regular con el reemplazo.La cadena de reemplazo puede contener $ 1, $ 2, etc. referente a grupos emparejados en la expresión regular.


public static StringBuilder readFile  ( String filePath , String charsetName ) { File file = new File ( filePath ) ; StringBuilder fileContent = new StringBuilder ( "" ) ; if ( file == null || ! file . isFile ( ) ) { return null ; } BufferedReader reader = null ; try { InputStreamReader is = new InputStreamReader ( new FileInputStream ( file ) , charsetName ) ; reader = new BufferedReader ( is ) ; String line = null ; while ( ( line = reader . readLine ( ) ) != null ) { if ( ! fileContent . toString ( ) . equals ( "" ) ) { fileContent . append ( "\r\n" ) ; } fileContent . append ( line ) ; } return fileContent ; } catch ( IOException e ) { throw new RuntimeException ( "IOException occurred. " , e ) ; } finally { IOUtil . close ( reader ) ; } }


public void onUpOrCancel  ( long time ) { if ( mLastPressedCloseButton != null ) mLastPressedCloseButton . onUpOrCancel ( ) ; mLastPressedCloseButton = null ; stopReorderMode ( ) ; mInteractingTab = null ; mReorderState = REORDER_SCROLL_NONE ; if ( mNewTabButton . onUpOrCancel ( ) && mModel != null ) { mTabCreator . launchNTP ( ) ; } }

Llamado o cancele los eventos táctiles.Esto se llama después del evento Click y Fling si eslo.


public ShimpleBodyBuilder ( ShimpleBody body ) { this . body = body ; sf = G . v ( ) . shimpleFactory ; sf . setBody ( body ) ; sf . clearCache ( ) ; phi = new PhiNodeManager ( body ) ; pi = new PiNodeManager ( body , false ) ; options = body . getOptions ( ) ; makeUniqueLocalNames ( ) ; }

Transforma el cuerpo proporcionado a la forma SSA pura.


public void removeGroup  ( Group group ) throws ObjectLacksException  { removeGroup ( group . getName ( ) ) ; }


public boolean fieldsExistsInHost  ( ) { Structure hostStructure = StructureFactory . getStructureByVelocityVarName ( "Host" ) ; List < Field > fieldsInStructure = FieldFactory . getFieldsByStructure ( hostStructure . getInode ( ) ) ; for ( Field f : fieldsInStructure ) { if ( Configuration . HOSTFIELDNAME_TWITTERCONSUMERKEY . equalsIgnoreCase ( f . getFieldName ( ) ) ) { fieldTwitterConsumerKeyExists = true ; } else if ( Configuration . HOSTFIELDNAME_TWITTERSECRETCONSUMERKEY . equalsIgnoreCase ( f . getFieldName ( ) ) ) { fieldTwitterSecretConsumerKeyExists = true ; } else if ( Configuration . HOSTFIELDNAME_TWITTERACCESSTOKEN . equalsIgnoreCase ( f . getFieldName ( ) ) ) { fieldTwitterAccessTokenExists = true ; } else if ( Configuration . HOSTFIELDNAME_TWITTERSECRETACCESSTOKEN . equalsIgnoreCase ( f . getFieldName ( ) ) ) { fieldTwitterSecretAccessTokenExists = true ; } else if ( Configuration . HOSTFIELDNAME_TWITTERLINEDIVIDER . equalsIgnoreCase ( f . getFieldName ( ) ) ) { fieldLinedividerTwitterConfigurationExists = true ; } } if ( ! fieldTwitterConsumerKeyExists || ! fieldTwitterSecretConsumerKeyExists || ! fieldTwitterAccessTokenExists || ! fieldTwitterSecretAccessTokenExists || ! fieldLinedividerTwitterConfigurationExists ) { return false ; } return true ; }

Compruebe si todos los campos de configuración requeridos ya existen en la estructura del host


public static void decorate  ( View hostView , View decorView , int gravity ) { decorate ( hostView , decorView , gravity , 0 , 0 , 0 , 0 ) ; }

Decore una vista de decoración en la vista de host correspondiente.


public static int clearListInfo  ( Delegator delegator , String shoppingListId ) throws GenericEntityException { delegator . removeByAnd ( "ShoppingListItemSurvey" , UtilMisc . toMap ( "shoppingListId" , shoppingListId ) ) ; return delegator . removeByAnd ( "ShoppingListItem" , UtilMisc . toMap ( "shoppingListId" , shoppingListId ) ) ; }

Retire todos los elementos de la lista dada.


private void addOptionalSecurityLibs  ( StringBuilder classpath ) { addLibs ( classpath , Locator . getLibOptionalSecurity ( ) ) ; }

Añadir todos los frascos bajo lib / opcional / seguridad


public static SM_SYSTEM_MESSAGE STR_MSG_LOOT_ALREADY_DISTRIBUTING_ITEM  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1390219 , descriptionId ) ; }

% 0 es uno de los artículos de calidad que esperan para ser distribuidos.


private static Object value  ( String strValue , Field field ) { checkNotNull ( field ) ; if ( field . getGenericType ( ) instanceof ParameterizedType ) { Class < ? > clazz = ( Class < ? > ) ( ( ParameterizedType ) field . getGenericType ( ) ) . getActualTypeArguments ( ) [ 0 ] ; if ( field . getType ( ) . equals ( List . class ) ) return stringToList ( strValue , clazz ) ; else if ( field . getType ( ) . equals ( Set . class ) ) return stringToSet ( strValue , clazz ) ; else throw new IllegalArgumentException ( format ( "unsupported field-type %s for %s" , field . getType ( ) , field . getName ( ) ) ) ; } else { return convert ( strValue , field . getType ( ) ) ; } }

Convierte el valor según el tipo de datos apropiado del campo.


public static long mulAndCheck  ( long a , long b ) throws MathRuntimeException  { long ret ; if ( a > b ) { ret = mulAndCheck ( b , a ) ; } else { if ( a < 0 ) { if ( b < 0 ) { if ( a >= Long . MAX_VALUE / b ) { ret = a * b ; } else { throw new MathRuntimeException ( LocalizedCoreFormats . ARITHMETIC_EXCEPTION ) ; } } else if ( b > 0 ) { if ( Long . MIN_VALUE / b <= a ) { ret = a * b ; } else { throw new MathRuntimeException ( LocalizedCoreFormats . ARITHMETIC_EXCEPTION ) ; } } else { ret = 0 ; } } else if ( a > 0 ) { if ( a <= Long . MAX_VALUE / b ) { ret = a * b ; } else { throw new MathRuntimeException ( LocalizedCoreFormats . ARITHMETIC_EXCEPTION ) ; } } else { ret = 0 ; } } return ret ; }

Multiplica dos enteros largos, comprobando el desbordamiento.


public static long copyLarge  ( InputStream input , OutputStream output , final long inputOffset , final long length , byte [ ] buffer ) throws IOException { if ( inputOffset > 0 ) { skipFully ( input , inputOffset ) ; } if ( length == 0 ) { return 0 ; } final int bufferLength = buffer . length ; int bytesToRead = bufferLength ; if ( length > 0 && length < bufferLength ) { bytesToRead = ( int ) length ; } int read ; long totalRead = 0 ; while ( bytesToRead > 0 && EOF != ( read = input . read ( buffer , 0 , bytesToRead ) ) ) { output . write ( buffer , 0 , read ) ; totalRead += read ; if ( length > 0 ) { bytesToRead = ( int ) Math . min ( length - totalRead , bufferLength ) ; } } return totalRead ; }

Copie algunos o todos los bytes de un gran (más de 2 GB) <CÓDIGO> ENTRADA </ CÓDIGO> a un <CÓDIGO> SURODSTREAM </ CODE>, opcionalmente omitiendo los bytes de entrada.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un <código> tamponputStream </ Code>.<p />


protected void notifyScrollingListenersAboutStart  ( ) { for ( OnWheelScrollListener listener : scrollingListeners ) { listener . onScrollingStarted ( this ) ; } }

Notifica a los oyentes sobre el inicio de desplazamiento.


public static SM_SYSTEM_MESSAGE STR_CURRENT_EXCLUDES  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300634 , num0 ) ; }


public static < T > T  checkNotNull ( T reference , Object errorMessage )  { if ( reference == null ) { throw new NullPointerException ( String . valueOf ( errorMessage ) ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


public boolean accept  ( File dir , String name ) { return accept ( new File ( dir , name ) ) ; }

Cheques para ver si el archivo debe ser aceptado por este filtro.


private void updateDimProperties  ( ) { Map < String , int [ ] > indices = new HashMap < String , int [ ] > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; Map < String , String [ ] > columns = new HashMap < String , String [ ] > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; Map < String , String [ ] > dbTypes = new HashMap < String , String [ ] > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; if ( carbonProps != null && ! "" . equals ( carbonProps ) ) { String [ ] entries = carbonProps . split ( CarbonCommonConstants . AMPERSAND_SPC_CHARACTER ) ; for ( int i = 0 ; i < entries . length ; i ++ ) { String [ ] levelEntry = entries [ i ] . split ( CarbonCommonConstants . COLON_SPC_CHARACTER ) ; String dimColumnName = levelEntry [ 0 ] ; int [ ] pIndices = new int [ levelEntry . length - 1 ] ; String [ ] cols = new String [ levelEntry . length - 1 ] ; String [ ] dbType = new String [ levelEntry . length - 1 ] ; for ( int j = 1 ; j < levelEntry . length ; j ++ ) { String [ ] propEntry = levelEntry [ j ] . split ( CarbonCommonConstants . COMA_SPC_CHARACTER ) ; pIndices [ j - 1 ] = Integer . parseInt ( propEntry [ 1 ] ) ; cols [ j - 1 ] = propEntry [ 0 ] ; dbType [ j - 1 ] = propEntry [ 2 ] ; } indices . put ( dimColumnName , pIndices ) ; columns . put ( dimColumnName , cols ) ; dbTypes . put ( dimColumnName , dbType ) ; } } if ( indices . isEmpty ( ) ) { return ; } propColumns = new List [ dimColNames . length ] ; propTypes = new List [ dimColNames . length ] ; propIndxs = new int [ dimColNames . length ] [ ] ; for ( int i = 0 ; i < dimColNames . length ; i ++ ) { if ( indices . containsKey ( dimColNames [ i ] ) ) { propColumns [ i ] = Arrays . asList ( columns . get ( dimColNames [ i ] ) ) ; propTypes [ i ] = Arrays . asList ( dbTypes . get ( dimColNames [ i ] ) ) ; propIndxs [ i ] = indices . get ( dimColNames [ i ] ) ; } else { propColumns [ i ] = new ArrayList < String > ( CarbonCommonConstants . CONSTANT_SIZE_TEN ) ; propTypes [ i ] = new ArrayList < String > ( CarbonCommonConstants . CONSTANT_SIZE_TEN ) ; propIndxs [ i ] = new int [ 0 ] ; } } }

Analizar la cadena de propiedades.Entradas de nivel separadas por '&' de nivel y detalles separados por ':' Nombre de la columna de la propiedad y índice separados por ',' Nivel: P1, index1: P2, index2 & LEVEL2 ....


public void recordLatency  ( double latencySec ) { if ( ! completedLatencySeconds . isPresent ( ) ) { return ; } addLabels ( completedLatencySeconds . get ( ) ) . observe ( latencySec ) ; }

Solo tiene algún efecto si el monitoreo está configurado para incluir los histogramas de latencia.De lo contrario, esto no hace nada.


public static SM_SYSTEM_MESSAGE STR_MSG_READ_TODAY_WORDS  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390124 , value0 ) ; }


@ Override public boolean isEmpty  ( ) { return backedSet . isEmpty ( ) ; }

Devuelve <TT> True </ TT> Si esta solicitud de solicitud no contiene ningún elemento.


@ Override public boolean shouldSkipField  ( FieldAttributes fieldAttributes ) { return blacklist . contains ( fieldAttributes . getName ( ) ) ; }

Salta a los campos si sus nombres están en la lista negra.


public void requestPreviewFrame  ( Handler handler , int message ) { if ( camera != null && previewing ) { previewCallback . setHandler ( handler , message ) ; if ( useOneShotPreviewCallback ) { camera . setOneShotPreviewCallback ( previewCallback ) ; } else { camera . setPreviewCallback ( previewCallback ) ; } } }

Un solo marco de vista previa será devuelto al manejador suministrado.Los datos llegarán como byte [] en el campo Message.OBJ, con anchura y altura codificada como Message.arg1 y Message.arg2, respectivamente.


public ModuleToImport ( @ NotNull String name , @ Nullable VirtualFile location , @ NotNull Supplier < ? extends Iterable < String > > dependencyComputer ) { this . name = name ; this . location = location ; myDependencyComputer = Suppliers . memoize ( dependencyComputer ) ; }


public static void main  ( String [ ] args ) { PacProxyDebugging pt = new PacProxyDebugging ( ) ; pt . installLogger ( ) ; ProxySearch proxySearch = ProxySearch . getDefaultProxySearch ( ) ; ProxySelector myProxySelector = proxySearch . getProxySelector ( ) ; ProxySelector . setDefault ( myProxySelector ) ; System . out . println ( "Using proxy selector: " + myProxySelector ) ; String webAddress = TEST_URL ; try { URL url = new URL ( webAddress ) ; System . out . println ( "Now open a connection to the url: " + webAddress ) ; System . out . println ( "==============================================" ) ; URLConnection conn = url . openConnection ( ) ; conn . setConnectTimeout ( 10 * 1000 ) ; InputStream in = conn . getInputStream ( ) ; LineNumberReader lr = new LineNumberReader ( new InputStreamReader ( in ) ) ; String line ; while ( ( line = lr . readLine ( ) ) != null ) { System . out . println ( "response line " + lr . getLineNumber ( ) + ": " + line ) ; } System . out . println ( "---- END -------------------------------------" ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Punto de entrada principal para la aplicación de prueba.


public boolean intersectWherePlanar  ( Triangle t , Vector3f loc ) { return intersectWherePlanar ( t . get ( 0 ) , t . get ( 1 ) , t . get ( 2 ) , loc ) ; }

<CÓDIGO> INTERSECTEPERPONESPLANAR </ CÓDICE> Determina si el rayo intersecta un triángulo y, si es así, almacena el punto de intersección en el vector LOC dado como T, U, V donde T es la distancia desde el origen hasta el punto de la intersección y u, v es el punto de intersección en términos del plano triángulo.


public int hashCode  ( ) { return ( int ) ( ConnectionAbsoluteTime . class . hashCode ( ) + time ) ; }

Devuelve un valor de código hash para este objeto.


private void resetLayout  ( ) { mLayoutTabs = null ; mBaseTab = null ; }


public Boolean doOutputScc  ( ) { return doOutputScc ; }


public boolean isInfinite  ( ) { return nans == INFINITE ; }


public void buildElectionGroups  ( String spaceName ) { if ( ( _electionGroups = buildElectionGroups ( m_WriteFOPolicy ) ) == null && ( _electionGroups = buildElectionGroups ( m_TakeFOPolicy ) ) == null && ( _electionGroups = buildElectionGroups ( m_ReadFOPolicy ) ) == null && ( _electionGroups = buildElectionGroups ( m_NotifyFOPolicy ) ) == null && ( _electionGroups = buildElectionGroups ( m_DefaultFOPolicy ) ) == null ) { return ; } for ( Map . Entry < String , List < String > > entry : _electionGroups . entrySet ( ) ) { String primary = entry . getKey ( ) ; List < String > electionGroup = entry . getValue ( ) ; if ( electionGroup . contains ( spaceName ) ) _electionGroupName = primary ; } }

Construye todos los grupos electorales en grupo fallido.El Grupo Electoral es un grupo de espacios que contiene el espacio primario y todos sus miembros de la copia de seguridad.


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

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


protected WallRepostQuery object  ( String value ) { return unsafeParam ( "object" , value ) ; }

ID del objeto a ser repostado en la pared.Ejemplo: Wall66748_3675


protected MarketDeleteQuery itemId  ( int value ) { return unsafeParam ( "item_id" , value ) ; }


private boolean validValue  ( Object value ) { return value != null && ! value . toString ( ) . isEmpty ( ) ; }

Prueba si un objeto es un valor válido de MightMaps


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

Enviar un mensaje de registro de depuración


void dumpBinary  ( DataOutputStream os ) throws IOException { os . writeInt ( type ) ; os . writeInt ( phone ) ; os . writeInt ( start ) ; os . writeInt ( end ) ; os . writeInt ( prev ) ; os . writeInt ( next ) ; }

Vuela esta unidad a la corriente de salida dada.


public static void main  ( final String [ ] args ) { System . out . println ( "i: int   = " + convertString ( 1 ) ) ; System . out . println ( "f: float = " + convertString ( 1f ) ) ; }


public XmlStreamReader ( InputStream is , boolean lenient , String defaultEncoding ) throws IOException { this . defaultEncoding = defaultEncoding ; BOMInputStream bom = new BOMInputStream ( new BufferedInputStream ( is , BUFFER_SIZE ) , false , BOMS ) ; BOMInputStream pis = new BOMInputStream ( bom , true , XML_GUESS_BYTES ) ; this . encoding = doRawStream ( bom , pis , lenient ) ; this . reader = new InputStreamReader ( pis , encoding ) ; }

Crea un lector para una entrada en bruto.<P> Sigue la misma lógica utilizada para los archivos.<p> Si se indica la detección de indiferencia y la detección anterior falla según las especificaciones, entonces intenta lo siguiente: <p> Si el tipo de contenido fue 'texto / html' lo reemplaza con 'texto / xml' e intenta nuevamente la detección.<P> De lo contrario, si el PROG XML tuvo una codificación de caracteres que se usa la codificación.<P> De lo contrario, si el tipo de contenido tenía una codificación de caracteres que se usa esa codificación.<p> otra cosa 'UTF-8' se utiliza.<p> Si la detección de indulgencia se indica que nunca se lanza una xmlStreamReeReException.


protected AdsGetUploadURLQuery adFormat  ( AdsGetUploadURLAdFormat value ) { return unsafeParam ( "ad_format" , value ) ; }

Formato AD: 1 - Imagen y texto;2 - imagen grande;3 - Formato exclusivo;4 - Comunidad, imagen cuadrada;7 - Formato de aplicación especial.


@ NotNull GetPersonGroupTrainingStatusAction personGroupTrainingStatus  ( @ NotNull String personGroupId ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; return new GetPersonGroupTrainingStatusAction ( cognitiveContext , personGroupId ) ; }

Recupere el estado de capacitación de un grupo de persona (completado o en curso).<p> La capacitación puede ser activada por el grupo de personas, la API del grupo de la persona.La capacitación se procesará por un tiempo en el lado del servidor.


public void add  ( int position , T item ) { items . add ( position , item ) ; notifyItemInserted ( position ) ; }

Agrega un nuevo elemento a la lista del adaptador.


private void addPeriodsToContext  ( Collection < Period > periods ) { for ( Period period : periods ) { PeriodTypeExtended periodTypeX = getOrCreatePeriodTypeExtended ( period . getPeriodType ( ) ) ; periodTypeX . getPeriods ( ) . add ( period ) ; } }

Agrega períodos al contexto, agrupado por tipo de período.


public static URL urlFromString  ( String location ) { return urlFromString ( location , null , true ) ; }

Desde una descripción de cadena, intente generar un objeto URL.La cadena puede apuntar a una ubicación de Internet (por ejemplo, http: // o FTP: // URL), un recurso en la ruta de la clase (lo que resulta en una URL de recursos que apunta a la Classpath actual), o un archivo en el sistema de archivos local(resultando en un archivo: // URL).La cadena se verificará en ese orden en un intento de resolverlo a una URL válida.


private static boolean isTwoDatesPresentInRequiredRange  ( Date segDate1 , Date segDate2 , long numberOfDaysAllowedToMerge ) { if ( segDate1 == null || segDate2 == null ) { return false ; } Calendar cal1 = Calendar . getInstance ( ) ; cal1 . set ( segDate1 . getYear ( ) , segDate1 . getMonth ( ) , segDate1 . getDate ( ) ) ; Calendar cal2 = Calendar . getInstance ( ) ; cal2 . set ( segDate2 . getYear ( ) , segDate2 . getMonth ( ) , segDate2 . getDate ( ) ) ; long diff = cal2 . getTimeInMillis ( ) - cal1 . getTimeInMillis ( ) ; if ( ( diff / ( 24 * 60 * 60 * 1000 ) ) < numberOfDaysAllowedToMerge ) { return true ; } return false ; }

Método para verificar si las fechas de carga se cumplen a las fechas configuradas.


@ Override public boolean accept  ( File file , String name ) { for ( String prefix : prefixes ) { if ( caseSensitivity . checkStartsWith ( name , prefix ) ) { return true ; } } return false ; }

Cheques para ver si el nombre de archivo comienza con el prefijo.


static void pushRequestStack  ( String name , Object value , boolean setLast , HttpServletRequest request , Map < String , Object > context , Environment env ) throws TemplateModelException { if ( request != null ) { updateStack ( getRequestVarMapFromReqAttribs ( request ) , name , value , setLast , "request attributes" ) ; } else { Map < String , Object > globalContext = getGlobalContext ( context , env ) ; if ( globalContext != null ) { updateStack ( getRequestVarMapFromGlobalContext ( globalContext ) , name , value , setLast , "globalContext" ) ; } else if ( env != null ) { updateStack ( getRequestVarMapFromFtlGlobals ( env ) , name , value , setLast , "FTL globals" ) ; } else { throw new IllegalArgumentException ( "No request, context or ftl environment to push request scope stack (name: " + name + ")" ) ; } } }

Método que brinda soporte para una estructura de pila que tiene un alcance de solicitud, con falto a globales.<p> <strong> No acceda directamente a la estructura subyacente. </ strong>


public void press  ( ) { this . isDown = true ; this . justPressed = true ; }

Establezca nuestro estado "presionado" en estado verdadero y "Abajo" a VERDADERO. <br> Esto proporciona un medio para establecer el estado externamente, sin que nadie tenga que presionar una tecla en el teclado.


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_PLAY_TIME  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300592 , num0 ) ; }

Debe haber jugado para un total de al menos% NUM0 horas para recibir esta búsqueda.


public boolean isValidPoint  ( double x ) { if ( x < knots [ 0 ] || x > knots [ n ] ) { return false ; } else { return true ; } }

Indica si un punto está dentro del rango de interpolación.


public void registerInitialContext  ( Appendable writer , Map < String , Object > context ) throws IOException { registerScreenRenderer ( writer , context ) ; if ( screenRenderer != null ) { if ( screenRenderer . initialContext == null ) { if ( context instanceof MapStack ) { screenRenderer . initialContext = ( MapStack < String > ) context ; } else { throw new IllegalStateException ( "Scipio: Expected initial screen context to be a MapStack, " + "but was of type: " + context . getClass ( ) . getName ( ) ) ; } } } else { Debug . logError ( "macro " + rendererLabel + " renderer template environment initial context register " + "could not retrieve macro screen renderer instance" , MacroScreenRenderer . module ) ; } }

Registra el contexto como un contexto inicial para el hilo de renderizado.Llame desde los métodos donde se espera que el contexto original sea aprobado en algún momento.


public void show  ( Animation anim ) { show ( true , anim ) ; }

Haz la insignia visible en la interfaz de usuario.


public boolean match  ( String text , int start , int end ) { if ( null == text ) throw new IllegalArgumentException ( ) ; if ( start > end ) return false ; if ( fIgnoreWildCards ) return ( end - start == fLength ) && fPattern . regionMatches ( fIgnoreCase , 0 , text , start , fLength ) ; int segCount = fSegments . length ; if ( segCount == 0 && ( fHasLeadingStar || fHasTrailingStar ) ) return true ; if ( start == end ) return fLength == 0 ; if ( fLength == 0 ) return start == end ; int tlen = text . length ( ) ; if ( start < 0 ) start = 0 ; if ( end > tlen ) end = tlen ; int tCurPos = start ; int bound = end - fBound ; if ( bound < 0 ) return false ; int i = 0 ; String current = fSegments [ i ] ; int segLength = current . length ( ) ; if ( ! fHasLeadingStar ) { if ( ! regExpRegionMatches ( text , start , current , 0 , segLength ) ) { return false ; } else { ++ i ; tCurPos = tCurPos + segLength ; } } if ( ( fSegments . length == 1 ) && ( ! fHasLeadingStar ) && ( ! fHasTrailingStar ) ) { return tCurPos == end ; } while ( i < segCount ) { current = fSegments [ i ] ; int currentMatch ; int k = current . indexOf ( fSingleWildCard ) ; if ( k < 0 ) { currentMatch = textPosIn ( text , tCurPos , end , current ) ; if ( currentMatch < 0 ) return false ; } else { currentMatch = regExpPosIn ( text , tCurPos , end , current ) ; if ( currentMatch < 0 ) return false ; } tCurPos = currentMatch + current . length ( ) ; i ++ ; } if ( ! fHasTrailingStar && tCurPos != end ) { int clen = current . length ( ) ; return regExpRegionMatches ( text , end - clen , current , 0 , clen ) ; } return i == segCount ; }

Dada la posición de inicio (inclusive) y las posiciones finales (exclusivas) en el texto <código> </ código>, determinan si la subcadena dada coincide con un patrón


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


public static SM_SYSTEM_MESSAGE STR_MSG_DUEL_START  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300777 , value0 ) ; }


public DiagonalMatrix ( final double [ ] d ) { this ( d , true ) ; }

Crea una matriz utilizando la matriz de entrada como los datos subyacentes.<br/> Se copia la matriz de entrada, no se hace referencia.


private static String toSp  ( int n ) { return String . format ( "%d" + UNIT_SP , n ) ; }

Devuelve el número aprobado como una cadena con formato% DSP.


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

Offset se necesita para devolver un subconjunto específico de documentos.


public UrlSpaceConfigurer attributeStore  ( AttributeStore attributeStore ) { validate ( ) ; urlSpaceFactoryBean . attributeStore ( attributeStore ) ; return this ; }


public < T > T  insertFirstComponentType ( Class < T > componentClass )  { By componentLocator = getComponentLocator ( componentClass ) ; openInsertWindow ( ) . insertComponent ( componentClass ) ; wait . withTimeout ( Timeouts . SMALL ) . until ( null ) ; return pageObjectInjector . inject ( componentClass , getComponentScope ( componentClass , 0 ) , currentFrame ) ; }

Inserta un componente del tipo indicado por el parámetro para vaciar los Parsys.


@ Override public boolean hasField  ( String fldName ) { return fieldList . contains ( fldName ) ; }

Devuelve VERDADERO si el campo especificado está en la lista de proyección.


@ Override public long addRole  ( Role role ) { return sessionTemplate . insert ( NAMESPACE + ".addRole" , role ) ; }


public static Matrix4 matrixFromPointNormalUp  ( double [ ] point , double [ ] normal , Vector3 up ) { Vector3 zAxis = new Vector3 ( normal ) ; zAxis . normalize ( ) ; Vector3 xAxis = new Vector3 ( ) ; xAxis . crossAndSet ( up , zAxis ) ; xAxis . normalize ( ) ; Vector3 yAxis = new Vector3 ( ) ; yAxis . crossAndSet ( xAxis , zAxis ) ; yAxis . normalize ( ) ; double [ ] rot = new double [ 16 ] ; rot [ Matrix4 . M00 ] = xAxis . x ; rot [ Matrix4 . M10 ] = xAxis . y ; rot [ Matrix4 . M20 ] = xAxis . z ; rot [ Matrix4 . M01 ] = yAxis . x ; rot [ Matrix4 . M11 ] = yAxis . y ; rot [ Matrix4 . M21 ] = yAxis . z ; rot [ Matrix4 . M02 ] = zAxis . x ; rot [ Matrix4 . M12 ] = zAxis . y ; rot [ Matrix4 . M22 ] = zAxis . z ; rot [ Matrix4 . M33 ] = 1 ; Matrix4 m = new Matrix4 ( rot ) ; m . setTranslation ( point [ 0 ] , point [ 1 ] , point [ 2 ] ) ; return m ; }

Calcula una matriz de transformación basada en un punto, un vector normal de gravedad y de la gravedad.El marco de coordenadas de la transformación objetivo será Z hacia adelante, x izquierda, y arriba.


boolean acceptNode  ( Node node ) { if ( fNodeFilter == null ) { return ( fWhatToShow & ( 1 << node . getNodeType ( ) - 1 ) ) != 0 ; } else { return ( ( fWhatToShow & ( 1 << node . getNodeType ( ) - 1 ) ) != 0 ) && fNodeFilter . acceptNode ( node ) == NodeFilter . FILTER_ACCEPT ; } }

Se acepta el nodo si pasa el whattowow y el filtro.


public boolean isDistinct  ( ) { return distinct ; }

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


private void toString  ( StringBuilder sb , Node root ) { sb . append ( '(' ) ; sb . append ( root . name ) ; if ( ! isLeaf ( root ) ) { sb . append ( ' ' ) ; } for ( Node child : root . children ) { toString ( sb , child ) ; } sb . append ( ')' ) ; }

DFS sobre el árbol para construir una representación de cadena, por ejemplo.(raíz (niño (nieto) (nieto)) (niño))


public void deactivate  ( ) { if ( ! inSelection ) { inSelection = true ; try { chartSelection . clearSelectionSeries ( ) ; this . repaint ( ) ; } finally { inSelection = false ; } } }

Llame a esto cuando la lista que contiene la pestaña esté desactivada


@ Override public Schema schema  ( ) { return schema ; }

Devuelve el esquema de la proyección, que se toma de la lista de campo.


private void clustering  ( int tagetClusterSize , String linkageType ) { assert clusterList != null ; int minClusterOne = 0 ; int minClusterTwo = 0 ; double minDistance ; for ( int i = clusterList . size ( ) ; i > tagetClusterSize ; i -- ) { minDistance = this . MINDISTANCE ; for ( int j = 0 ; j < clusterList . size ( ) ; j ++ ) { Cluster clusterOne = clusterList . get ( j ) ; for ( int k = ( j + 1 ) ; k < clusterList . size ( ) ; k ++ ) { Cluster clusterTwo = clusterList . get ( k ) ; double distance = getClusterDistance ( clusterOne , clusterTwo , linkageType ) ; if ( hasSimilarityMeasure ( ) ) { if ( distance < minDistance ) { minDistance = distance ; minClusterOne = j ; minClusterTwo = k ; } } else { if ( distance > minDistance ) { minDistance = distance ; minClusterOne = j ; minClusterTwo = k ; } } } } Cluster clusterOne = clusterList . get ( minClusterOne ) ; Cluster clusterTwo = clusterList . get ( minClusterTwo ) ; clusterOne . mergeCluster ( clusterTwo ) ; clusterList . remove ( clusterTwo ) ; } printClusterData ( ) ; }

Clustering con el tamaño del clúster de destino definido por el usuario


public AccessDeniedException ( String message ) { super ( message ) ; }

Construye un <código> AccessDenieDiedeException </ Code> con el mensaje de detalle especificado.


private void initializeWebView  ( ) { mWebViewClient = new FacebookWebViewClient ( ) ; setWebViewClient ( mWebViewClient ) ; mWebChromeClient = new FacebookWebChromeClient ( mContext ) ; setWebChromeClient ( mWebChromeClient ) ; mWebSettings = getSettings ( ) ; mInitialized = true ; setDefaults ( ) ; }

Inicialice esta webview y configure los valores predeterminados


public void loadNode  ( ) { try { cache . setNodeBulkLoadEnabled ( true ) ; } catch ( UnsupportedOperationException ex ) { LOGGER . warn ( "setNodeBulkLoadEnabled() method threw an exception when " + "loading the cache (UnsupportedOperationException) - this is " + "normal behaviour in a single-server mode and can be ignored" ) ; } loadCache ( cache . getKeys ( ) ) ; try { cache . setNodeBulkLoadEnabled ( false ) ; } catch ( UnsupportedOperationException ex ) { LOGGER . warn ( "setNodeBulkLoadEnabled() method threw an exception when " + "loading the cache (UnsupportedOperationException) - this is " + "normal behaviour in a single-server mode and can be ignored" ) ; } }

Carga los objetos de caché del servidor TC a la memoria del nodo.


public boolean isSubclass  ( SootClass child , SootClass parent ) { child . checkLevel ( SootClass . HIERARCHY ) ; parent . checkLevel ( SootClass . HIERARCHY ) ; Interval parentInterval = classToInterval . get ( parent ) ; Interval childInterval = classToInterval . get ( child ) ; return parentInterval . isSubrange ( childInterval ) ; }

Devuelva VERDADERO Si el niño de clase es una subclase de padres de clase, ninguno de ellos se le permite ser interfaces.


protected Collection < MethodDecl > potentiallyApplicable  ( List < PlaceholderMethodDecl > candidates ) { Collection < MethodDecl > potentiallyApplicable = new LinkedList < MethodDecl > ( ) ; for ( GenericMethodDecl candidate : candidates ) { if ( potentiallyApplicable ( candidate ) ) { MethodDecl decl = candidate . lookupParMethodDecl ( typeArguments ( candidate ) ) ; potentiallyApplicable . add ( decl ) ; } } return potentiallyApplicable ; }

Seleccione las declaraciones de métodos potencialmente aplicables de un conjunto de candidatos.Se aplica la inferencia de tipo a los candidatos (potencialmente) aplicables.


final boolean casRight  ( Index < K , V > cmp , Index < K , V > val ) { return UNSAFE . compareAndSwapObject ( this , rightOffset , cmp , val ) ; }


public String reportError  ( XMLLocator location , String domain , String key , Object [ ] arguments , short severity , Exception exception ) throws XNIException { MessageFormatter messageFormatter = getMessageFormatter ( domain ) ; String message ; if ( messageFormatter != null ) { message = messageFormatter . formatMessage ( fLocale , key , arguments ) ; } else { StringBuffer str = new StringBuffer ( ) ; str . append ( domain ) ; str . append ( '#' ) ; str . append ( key ) ; int argCount = arguments != null ? arguments . length : 0 ; if ( argCount > 0 ) { str . append ( '?' ) ; for ( int i = 0 ; i < argCount ; i ++ ) { str . append ( arguments [ i ] ) ; if ( i < argCount - 1 ) { str . append ( '&' ) ; } } } message = str . toString ( ) ; } XMLParseException parseException = ( exception != null ) ? new XMLParseException ( location , message , exception ) : new XMLParseException ( location , message ) ; XMLErrorHandler errorHandler = fErrorHandler ; if ( errorHandler == null ) { if ( fDefaultErrorHandler == null ) { fDefaultErrorHandler = new DefaultErrorHandler ( ) ; } errorHandler = fDefaultErrorHandler ; } switch ( severity ) { case SEVERITY_WARNING : { errorHandler . warning ( domain , key , parseException ) ; break ; } case SEVERITY_ERROR : { errorHandler . error ( domain , key , parseException ) ; break ; } case SEVERITY_FATAL_ERROR : { errorHandler . fatalError ( domain , key , parseException ) ; if ( ! fContinueAfterFatalError ) { throw parseException ; } break ; } } return message ; }

Informa un error en una ubicación específica.


public Response doDelete  ( String url , Object jsonBody ) { String formJSON = getJsonString ( jsonBody ) ; LOGGER . info ( curlCallString ( "DELETE" , url , formJSON ) ) ; long startTime = System . currentTimeMillis ( ) ; Response response ; if ( formJSON != null ) { response = given ( ) . spec ( this . requestSpec ) . body ( formJSON ) . delete ( url ) ; } else { response = given ( ) . spec ( this . requestSpec ) . delete ( url ) ; } long endTime = System . currentTimeMillis ( ) ; long duration = ( endTime - startTime ) ; LOGGER . info ( "Duration for DELETE " + url + ": " + duration ) ; return response ; }


public JSONTokener ( Reader reader ) { this . reader = reader . markSupported ( ) ? reader : new BufferedReader ( reader ) ; this . eof = false ; this . usePrevious = false ; this . previous = 0 ; this . index = 0 ; this . character = 1 ; this . line = 1 ; }


public DefaultRetryPolicy ( int initialTimeoutMs , int maxNumRetries , float backoffMultiplier ) { mCurrentTimeoutMs = initialTimeoutMs ; mMaxNumRetries = maxNumRetries ; mBackoffMultiplier = backoffMultiplier ; }

Construye una nueva política de reintento.


public void writeContentLength  ( long length ) throws IOException { writeHeader ( HttpWriter . CONTENT_LENGTH , length ) ; }

Escribe la entrada de encabezado de "longitud de contenido" al flujo de salida de respuesta, agregando "\ r \ n".


public static @ Lightness int isDark  ( Palette palette ) { Palette . Swatch mostPopulous = getMostPopulousSwatch ( palette ) ; if ( mostPopulous == null ) return LIGHTNESS_UNKNOWN ; return isDark ( mostPopulous . getHsl ( ) ) ? IS_DARK : IS_LIGHT ; }

Cheques Si el color más poblado de la paleta dada es oscuro <p /> molesto, tenemos que devolver esta ligereza 'enume' en lugar de un booleano como la paleta no está garantizada para encontrar el color más poblado.


@ Override public Document createDocument  ( String namespaceURI , String qualifiedName , DocumentType doctype ) throws DOMException { if ( doctype != null && doctype . getOwnerDocument ( ) != null ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "WRONG_DOCUMENT_ERR" , null ) ; throw new DOMException ( DOMException . WRONG_DOCUMENT_ERR , msg ) ; } CoreDocumentImpl doc = createDocument ( doctype ) ; if ( qualifiedName != null || namespaceURI != null ) { Element e = doc . createElementNS ( namespaceURI , qualifiedName ) ; doc . appendChild ( e ) ; } return doc ; }

Introducido en DOM Nivel 2. <P> <P /> crea un objeto de documento XML del tipo especificado con su elemento de documento.


final DoubleEdgeList createTriangulation  ( Vector2 ... points ) { if ( points == null ) throw new NullPointerException ( Messages . getString ( "geometry.decompose.nullArray" ) ) ; int size = points . length ; if ( size < 4 ) throw new IllegalArgumentException ( Messages . getString ( "geometry.decompose.invalidSize" ) ) ; double winding = Geometry . getWinding ( points ) ; if ( winding < 0.0 ) { Geometry . reverseWinding ( points ) ; } DoubleEdgeList dcel = new DoubleEdgeList ( points ) ; EarClippingVertex root = null ; EarClippingVertex curr = null ; EarClippingVertex prev = null ; for ( int i = 0 ; i < size ; i ++ ) { Vector2 p = points [ i ] ; curr = new EarClippingVertex ( p ) ; Vector2 p0 = points [ i == 0 ? size - 1 : i - 1 ] ; Vector2 p1 = points [ i + 1 == size ? 0 : i + 1 ] ; Vector2 v1 = p . to ( p0 ) ; Vector2 v2 = p . to ( p1 ) ; if ( v2 . isZero ( ) ) { throw new IllegalArgumentException ( Messages . getString ( "geometry.decompose.coincident" ) ) ; } if ( v1 . cross ( v2 ) >= 0.0 ) { curr . reflex = true ; } else { curr . reflex = false ; } curr . prev = prev ; if ( prev != null ) { prev . next = curr ; } curr . index = i ; prev = curr ; if ( root == null ) { root = curr ; } } root . prev = prev ; prev . next = root ; EarClippingVertex node = root ; for ( int i = 0 ; i < size ; i ++ ) { node . ear = this . isEar ( node , size ) ; node = node . next ; } node = root ; int n = size ; for ( ; n > 3 ; ) { if ( node . ear ) { dcel . addHalfEdges ( node . next . index , node . prev . index ) ; EarClippingVertex pNode = node . prev ; EarClippingVertex nNode = node . next ; pNode . next = node . next ; nNode . prev = node . prev ; if ( pNode . reflex ) { pNode . reflex = this . isReflex ( pNode ) ; } if ( nNode . reflex ) { nNode . reflex = this . isReflex ( nNode ) ; } if ( ! pNode . reflex ) { pNode . ear = this . isEar ( pNode , n ) ; } if ( ! nNode . reflex ) { nNode . ear = this . isEar ( nNode , n ) ; } n -- ; } node = node . next ; } return dcel ; }

Crea una triangulación del polígono simple dado y lo coloca en la lista de bordes con conexión doblemente revertida (DCEL).


public boolean isCritical  ( ) { return true ; }

¿Es este un comando crítico que solo se puede ejecutar cuando no se está ejecutando otro comando?


public int numberOfObjects  ( ) { return table . getGrid ( ) . getRowCount ( ) * table . getGrid ( ) . getColumnCount ( ) ; }


private String nextToInternal  ( String excluded ) { int start = pos ; for ( ; pos < in . length ( ) ; pos ++ ) { char c = in . charAt ( pos ) ; if ( c == '\r' || c == '\n' || excluded . indexOf ( c ) != - 1 ) { return in . substring ( start , pos ) ; } } return in . substring ( start ) ; }

Devuelve la cadena hasta pero no incluye ninguno de los caracteres dados o un carácter de nueva línea.Esto no consume el carácter excluido.


protected void animatePanelToState  ( PanelState state , StateChangeReason reason , long duration ) { mAnimatingState = state ; mAnimatingStateReason = reason ; final float height = getPanelHeightFromState ( state ) ; animatePanelTo ( height , duration ) ; }

Anima el panel de búsqueda contextual a un estado determinado |con una personalizada | Duración |.


@ Override public void processingInstruction  ( String target , String data ) throws SAXException { return ; }

El método de SAX <CÓDIGO> ProcessingIntruction </ Code> no hace nada.


public static NIOConfiguration create  ( ) { String bindHost = SystemInfo . singleton ( ) . network ( ) . getHostId ( ) ; String bindPort = System . getProperty ( "com.gs.transport_protocol.lrmi.bind-port" , "0" ) ; int minThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.min-threads" , "1" ) ) ; int maxThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.max-threads" , "128" ) ) ; int maxConnPool = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.max-conn-pool" , "1024" ) ) ; int readSelectorThreads = Integer . parseInt ( System . getProperty ( SystemProperties . LRMI_READ_SELECTOR_THREADS , String . valueOf ( SystemProperties . LRMI_READ_SELECTOR_THREADS_DEFAULT ) ) ) ; String watchdogRequestTimeout = System . getProperty ( SystemProperties . WATCHDOG_REQUEST_TIMEOUT , SystemProperties . WATCHDOG_REQUEST_TIMEOUT_DEFAULT ) ; String watchdogListeningTimeout = System . getProperty ( SystemProperties . WATCHDOG_LISTENING_TIMEOUT , SystemProperties . WATCHDOG_LISTENING_TIMEOUT_DEFAULT ) ; String watchdogIdleConnectionTimeout = System . getProperty ( SystemProperties . WATCHDOG_IDLE_CONNECTION_TIMEOUT , SystemProperties . WATCHDOG_IDLE_CONNECTION_TIMEOUT_DEFAULT ) ; long threadPoolIdleTimeout = Long . parseLong ( System . getProperty ( "com.gs.transport_protocol.lrmi.threadpool.idle_timeout" , "300000" ) ) ; int threadPoolQueueSize = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.threadpool.queue-size" , Integer . toString ( Integer . MAX_VALUE ) ) ) ; String socketConnectTimeout = System . getProperty ( SystemProperties . LRMI_CONNECT_TIMEOUT , SystemProperties . LRMI_CONNECT_TIMEOUT_DEFAULT ) ; String slowConsumerEnabledKey = "com.gs.transport_protocol.lrmi.slow-consumer.enabled" ; boolean slowConsumerEnabled = Boolean . parseBoolean ( System . getProperty ( slowConsumerEnabledKey , String . valueOf ( DEFAULT_SLOW_CONSUMER_ENABLED ) ) ) ; String slowConsumerThroughputKey = "com.gs.transport_protocol.lrmi.slow-consumer.throughput" ; int slowConsumerThroughput = Integer . parseInt ( System . getProperty ( slowConsumerThroughputKey , slowConsumerEnabled ? String . valueOf ( DEFAULT_SLOW_CONSUMER_TP ) : "0" ) ) ; if ( slowConsumerEnabled && slowConsumerThroughput == 0 ) throw new IllegalArgumentException ( "Contradicting slow consumer configuration: slow consumer is enabled (" + slowConsumerEnabledKey + ") but slow consumer throughput (" + slowConsumerThroughputKey + ") is explicitly set to 0" ) ; if ( ! slowConsumerEnabled && slowConsumerThroughput > 0 ) throw new IllegalArgumentException ( "Contradicting slow consumer configuration: slow consumer is disabled (" + slowConsumerEnabledKey + ") but slow consumer throughput (" + slowConsumerThroughputKey + ") is explicitly set to " + slowConsumerThroughput + ", this property should not be set when slow consumer is disabled" ) ; int slowConsumerRetries = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.slow-consumer.retries" , String . valueOf ( DEFAULT_SLOW_CONSUMER_RETRIES ) ) ) ; int slowConsumerLatency = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.slow-consumer.latency" , String . valueOf ( DEFAULT_SLOW_CONSUMER_LATENCY ) ) ) ; int slowConsumerReadTimeout = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.slow-consumer.read-timeout" , String . valueOf ( DEFAULT_SLOW_CONSUMER_READ_TIMEOUT ) ) ) ; int systemPriorityQueueCapacity = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.system-priority.threadpool.queue-size" , String . valueOf ( SystemProperties . LRMI_SYSTEM_PRIORITY_QUEUE_CAPACITY_DEFAULT ) ) ) ; long systemPriorityThreadPoolIdleTimeout = Long . parseLong ( System . getProperty ( "com.gs.transport_protocol.lrmi.system-priority.threadpool.idle_timeout" , String . valueOf ( SystemProperties . LRMI_SYSTEM_PRIORITY_THREAD_IDLE_TIMEOUT ) ) ) ; int systemPriorityMinThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.system-priority.threadpool.min-threads" , String . valueOf ( SystemProperties . LRMI_SYSTEM_PRIORITY_MIN_THREADS_DEFAULT ) ) ) ; int systemPriorityMaxThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.system-priority.threadpool.max-threads" , String . valueOf ( SystemProperties . LRMI_SYSTEM_PRIORITY_MAX_THREADS_DEFAULT ) ) ) ; ; int customQueueCapacity = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.custom.threadpool.queue-size" , String . valueOf ( SystemProperties . LRMI_CUSTOM_QUEUE_CAPACITY_DEFAULT ) ) ) ; long customThreadPoolIdleTimeout = Long . parseLong ( System . getProperty ( "com.gs.transport_protocol.lrmi.custom.threadpool.idle_timeout" , String . valueOf ( SystemProperties . LRMI_CUSTOM_THREAD_IDLE_TIMEOUT ) ) ) ; int customMinThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.custom.threadpool.min-threads" , String . valueOf ( SystemProperties . LRMI_CUSTOM_MIN_THREADS_DEFAULT ) ) ) ; int customMaxThreads = Integer . parseInt ( System . getProperty ( "com.gs.transport_protocol.lrmi.custom.threadpool.max-threads" , String . valueOf ( SystemProperties . LRMI_CUSTOM_MAX_THREADS_DEFAULT ) ) ) ; boolean protocolValidationEnabled = ! Boolean . getBoolean ( SystemProperties . LRMI_PROTOCOL_VALIDATION_DISABLED ) ; NIOConfiguration nioConfiguration = new NIOConfiguration ( minThreads , maxThreads , maxConnPool , bindHost , bindPort , threadPoolQueueSize , slowConsumerThroughput , slowConsumerLatency , slowConsumerRetries , slowConsumerReadTimeout , readSelectorThreads , watchdogRequestTimeout , watchdogListeningTimeout , watchdogIdleConnectionTimeout , threadPoolIdleTimeout , socketConnectTimeout , systemPriorityQueueCapacity , systemPriorityThreadPoolIdleTimeout , systemPriorityMinThreads , systemPriorityMaxThreads , customQueueCapacity , customThreadPoolIdleTimeout , customMinThreads , customMaxThreads , protocolValidationEnabled ) ; if ( logger . isLoggable ( Level . CONFIG ) ) { logger . config ( String . valueOf ( nioConfiguration ) ) ; } return nioConfiguration ; }

Crea una nueva instancia de la configuración de NIO según las propiedades del sistema.


public void addNamespace  ( AXmlNamespace ns ) { if ( ns . getUri ( ) == null || ns . getUri ( ) . isEmpty ( ) ) return ; if ( this . namespaces == null ) this . namespaces = new HashMap < String , AXmlNamespace > ( ) ; this . namespaces . put ( ns . getPrefix ( ) , ns ) ; }

Agrega un espacio de nombres que se define en este nodo.


public static Map < String , Object > prodGetFeatures  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Map < String , Object > result = FastMap . newInstance ( ) ; String productId = ( String ) context . get ( "productId" ) ; String distinct = ( String ) context . get ( "distinct" ) ; String type = ( String ) context . get ( "type" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String errMsg = null ; List < GenericValue > features = null ; try { Map < String , String > fields = UtilMisc . toMap ( "productId" , productId ) ; if ( distinct != null ) fields . put ( "productFeatureTypeId" , distinct ) ; if ( type != null ) fields . put ( "productFeatureApplTypeId" , type ) ; features = EntityQuery . use ( delegator ) . from ( "ProductFeatureAndAppl" ) . where ( fields ) . orderBy ( "sequenceNum" , "productFeatureTypeId" ) . cache ( true ) . queryList ( ) ; result . put ( "productFeatures" , features ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . toString ( ) ) ; errMsg = UtilProperties . getMessage ( resourceError , "productservices.problem_reading_product_feature_entity" , messageMap , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; } return result ; }

Obtiene las características del producto de un producto.


public void closeAllFiles  ( ) { for ( InputReader r : fileId2raf ) { try { if ( r != null ) r . close ( ) ; } catch ( Exception ex ) { } } }

Cierre todos los archivos utilizados para buscar texto


private boolean storeNewAnnouncement  ( int legionId , Timestamp currentTime , String message ) { return DAOManager . getDAO ( LegionDAO . class ) . saveNewAnnouncement ( legionId , currentTime , message ) ; }


public static DataStoreClientFactory forClusterAndHttpClient  ( String clusterName , Client client ) { return new DataStoreClientFactory ( clusterName , client ) ; }

Se conecta al sistema de registro utilizando el cliente Jersey especificado.Si está utilizando Dropwizard, use este método de fábrica y pase el cliente de Jersey Constructed Dropwizard.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stumble_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200440 , skilltarget , skillname ) ; }

Golpeó [% SkillTarget] usando [% SkillName].


public Circle ( final Vector3D pole , final double tolerance ) { reset ( pole ) ; this . tolerance = tolerance ; }

Construye un gran círculo de su polo.<p> El círculo está orientado en la dirección trigonométrica alrededor del polo. </ p>


private static String validateInputFiles  ( ImmutableList < String > savedFilePaths ) throws SwaggerConversionException { JsonNode data = null ; String validSwaggerFilePath = null ; for ( String filePath : savedFilePaths ) { try { File inputFile = new File ( filePath ) ; String inputFileContent = FileUtils . readFileToString ( inputFile , "UTF-8" ) ; ObjectMapper objMapper = null ; String fileExtension = Files . getFileExtension ( filePath ) ; if ( fileExtension . equalsIgnoreCase ( "json" ) ) { objMapper = Json . mapper ( ) ; } else if ( fileExtension . equalsIgnoreCase ( "yaml" ) ) { objMapper = Yaml . mapper ( ) ; } else { throw new IllegalArgumentException ( String . format ( "Swagger spec files '%s' have invalid extension '%s'. Only files with 'json' and " + "'yaml' file extensions are allowed." , inputFile . getName ( ) , fileExtension ) ) ; } data = objMapper . readTree ( inputFileContent ) ; } catch ( Exception e ) { throw new SwaggerConversionException ( "Unable to parse the content. " + e . getMessage ( ) , e ) ; } if ( data . get ( "swagger" ) != null && data . get ( "swagger" ) . toString ( ) . contains ( "2.0" ) ) { if ( validSwaggerFilePath != null ) { throw new SwaggerConversionException ( "Multiple swagger files were passed as input. " + "Only one top-level swagger file is allowed which can reference schemas from other " + "files passed as input." ) ; } validateSwaggerSpec ( data ) ; validSwaggerFilePath = filePath ; } } if ( Strings . isNullOrEmpty ( validSwaggerFilePath ) ) { throw new SwaggerConversionException ( "Cannot find a valid swagger 2.0 spec in the input files" ) ; } else { return validSwaggerFilePath ; } }

Asegura que todos los archivos sean válidos JSON / YAML y la validación de esquema en la especificación Swagger.Devuelve la ruta al archivo Swagger válido.


public static < E > RingBuffer < E > createSingleProducer  ( EventFactory < E > factory , int bufferSize , WaitStrategy waitStrategy ) { SingleProducerSequencer sequencer = new SingleProducerSequencer ( bufferSize , waitStrategy ) ; return new RingBuffer < E > ( factory , sequencer ) ; }

Cree un nuevo productor de un solo productor con la estrategia de espera especificada.


public String diff_text1  ( List < Diff > diffs ) { StringBuilder text = new StringBuilder ( ) ; for ( Diff aDiff : diffs ) { if ( aDiff . operation != Operation . INSERT ) { text . append ( aDiff . text ) ; } } return text . toString ( ) ; }

Calcule y devuelva el texto de la fuente (todas las igualas y eliminaciones).


public Builder cacheExpirationInterval  ( long cacheExpirationInterval , TimeUnit timeUnit ) { this . cacheExpirationIntervalMs = TimeUnit . MILLISECONDS . convert ( cacheExpirationInterval , timeUnit ) ; return this ; }

El período de tiempo SSLContexts con certificados forjados se mantendrá en el caché.


public boolean isApplicable  ( ) { return true ; }

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


@ Override public synchronized void mark  ( int readlimit ) { if ( ! markSupported ) { throw new UnsupportedOperationException ( "Mark not supported" ) ; } mark = position ; this . readlimit = readlimit ; }


public PollsAddVoteQuery isBoard  ( Boolean value ) { return unsafeParam ( "is_board" , value ) ; }


public PSVIDocumentImpl ( ) { super ( ) ; }


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


public boolean isManagedBy  ( UserGroup userGroup ) { return userGroup != null && CollectionUtils . containsAny ( groups , userGroup . getManagedGroups ( ) ) ; }

Indica si este usuario es administrado por el grupo de usuarios dado.


public static boolean contentEqualsIgnoreEOL  ( Reader input1 , Reader input2 ) throws IOException { BufferedReader br1 = toBufferedReader ( input1 ) ; BufferedReader br2 = toBufferedReader ( input2 ) ; String line1 = br1 . readLine ( ) ; String line2 = br2 . readLine ( ) ; while ( line1 != null && line2 != null && line1 . equals ( line2 ) ) { line1 = br1 . readLine ( ) ; line2 = br2 . readLine ( ) ; } return line1 == null ? line2 == null ? true : false : line1 . equals ( line2 ) ; }

Compara los contenidos de dos lectores para determinar si son iguales o no, ignorando los caracteres EOL.<P /> Este método almacena la entrada internamente usando <código> BufferedReader </ Code> si aún no están amortiguados.


static String valueToString  ( Object value , int indentFactor , int indent ) throws JSONException { if ( value == null || value . equals ( null ) ) { return "null" ; } try { if ( value instanceof JSONString ) { Object o = ( ( JSONString ) value ) . toJSONString ( ) ; if ( o instanceof String ) { return ( String ) o ; } } } catch ( Exception ignore ) { } if ( value instanceof Number ) { return numberToString ( ( Number ) value ) ; } if ( value instanceof Boolean ) { return value . toString ( ) ; } if ( value instanceof JSONObject ) { return ( ( JSONObject ) value ) . toString ( indentFactor , indent ) ; } if ( value instanceof JSONArray ) { return ( ( JSONArray ) value ) . toString ( indentFactor , indent ) ; } if ( value instanceof Map ) { return new JSONObject ( ( Map ) value ) . toString ( indentFactor , indent ) ; } if ( value instanceof Collection ) { return new JSONArray ( ( Collection ) value ) . toString ( indentFactor , indent ) ; } if ( value . getClass ( ) . isArray ( ) ) { return new JSONArray ( value ) . toString ( indentFactor , indent ) ; } return quote ( value . toString ( ) ) ; }

Haga un texto JSON prolongado de un valor de objeto.<P> ADVERTENCIA: Este método asume que la estructura de SignalData es acicagal.


public Lexicon ( ) { root = new Node ( '_' ) ; }


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


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


public static synchronized ExampleLineInterface createExampleLine  ( Object object ) { if ( exampleLineImpl == null ) { exampleLineImpl = new ExampleLineImpl ( ) ; } return exampleLineImpl ; }


public GradleDslMethodCall ( @ NotNull GradleDslElement parent , @ NotNull String methodName , @ NotNull String statementName ) { super ( parent , null , methodName , null ) ; myStatementName = statementName ; }


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { NotImpl filter = null ; if ( ( filterList == null ) || filterList . isEmpty ( ) ) { filter = new NotExtended ( ) ; } else { filter = new NotExtended ( filterList . get ( 0 ) ) ; } return filter ; }


@ Override public double value  ( double z ) { return evaluateInternal ( x , y , z ) ; }

Calcule el valor de la función en el punto dado.


public static int count  ( Iterator tuples , String field ) { int i = 0 ; for ( ; tuples . hasNext ( ) ; ++ i , tuples . next ( ) ) ; return i ; }

Obtenga la cantidad de valores en una columna de datos.Se contarán duplicados.


public final boolean containsKey  ( String name ) { return mMap . containsKey ( name ) ; }

Devuelve VERDADERO IFF Una clave del nombre dado existe en el formato.


private void removeHelpersSpawn  ( ) { for ( Integer object : spawnedNpc ) { VisibleObject npc = World . getInstance ( ) . findVisibleObject ( object ) ; if ( npc != null && npc . isSpawned ( ) ) { npc . getController ( ) . onDelete ( ) ; } } spawnedNpc . clear ( ) ; }


@ Override public void wktValueUpdated  ( ) { setCachedExpression ( generateExpression ( ) ) ; checkSymbolIsValid ( ) ; FieldConfigBase parent = getParent ( ) ; if ( parent != null ) { parent . valueUpdated ( ) ; } }


public View ( String typeName , String sqlExpression , QueryResultType queryResultType ) { super ( typeName , sqlExpression , queryResultType ) ; }

Crea una vista utilizando el tipo, la expresión y el tipo de resultado especificados.


@ NotNull public static Configuration copyCompatible  ( @ NotNull Configuration source , @ NotNull Configuration destination ) { assert ! Comparing . equal ( source . myFile , destination . myFile ) ; FolderConfiguration editedConfig = destination . getEditedConfig ( ) ; if ( editedConfig . getVersionQualifier ( ) == null ) { destination . myTarget = source . myTarget ; } if ( editedConfig . getScreenSizeQualifier ( ) == null ) { destination . mySpecificDevice = source . mySpecificDevice ; } if ( editedConfig . getScreenOrientationQualifier ( ) == null && editedConfig . getSmallestScreenWidthQualifier ( ) == null ) { destination . myStateName = source . myStateName ; destination . myState = source . myState ; } if ( editedConfig . getLocaleQualifier ( ) == null ) { destination . myLocale = source . myLocale ; } if ( editedConfig . getUiModeQualifier ( ) == null ) { destination . myUiMode = source . getUiMode ( ) ; } if ( editedConfig . getNightModeQualifier ( ) == null ) { destination . myNightMode = source . getNightMode ( ) ; } destination . myActivity = source . getActivity ( ) ; destination . myTheme = source . getTheme ( ) ; LocalResourceRepository resources = AppResourceRepository . getAppResources ( source . myManager . getModule ( ) , true ) ; ConfigurationMatcher matcher = new ConfigurationMatcher ( destination , resources , destination . myFile ) ; matcher . adaptConfigSelection ( true ) ; return destination ; }

Copia los atributos de la configuración de origen dada en la configuración de destino dada, siempre que los atributos sean compatibles con la carpeta del archivo de destino.


ReggieStat ( int type , long t , ServiceRegistrar reggie , String [ ] groups )  throws RemoteException  { if ( type < DISCOVERED || type > DISCARDED ) throw new IllegalArgumentException ( "bad type" ) ; if ( reggie == null ) throw new NullPointerException ( "reggie is null" ) ; this . type = type ; eventTime = t ; this . groups = groups ; LookupLocator locator = reggie . getLocator ( ) ; machine = locator . getHost ( ) ; port = locator . getPort ( ) ; serviceID = reggie . getServiceID ( ) ; }


protected GenomicCoords genomicCoordsAllChromMatchInGenome  ( String query , GenomicCoords currentGc ) throws IOException , InvalidGenomicCoordsException { List < IntervalFeature > matchedFeatures = findAllChromMatchInGenome ( query , currentGc ) ; if ( matchedFeatures . size ( ) == 0 ) { return currentGc ; } String chrom = matchedFeatures . get ( 0 ) . getChrom ( ) ; int startFrom = matchedFeatures . get ( 0 ) . getFrom ( ) ; int endTo = matchedFeatures . get ( matchedFeatures . size ( ) - 1 ) . getTo ( ) ; GenomicCoords allMatchesGc = new GenomicCoords ( chrom , startFrom , endTo , currentGc . getSamSeqDict ( ) , currentGc . getUserWindowSize ( ) , currentGc . getFastaFile ( ) ) ; return allMatchesGc ; }

Ejecutar FindallChromReGeGexingenomeome () y devuelve las coordenadas extremas de las características correspondientes


public void addHostAndIncludeSystemHost  ( String hostIdentifier ) { query . append ( " +(conhost:SYSTEM_HOST conhost:" + hostIdentifier + ")" ) ; }

Agrega un límite de host a la consulta (Dado host y host del sistema


protected Map < String , Object > generateSlice  ( String sliceName , PhysicalTableDictionary tableDictionary , UriInfo uriInfo ) throws BadApiRequestException { if ( tableDictionary . isEmpty ( ) ) { String msg = EMPTY_DICTIONARY . logFormat ( "Slices cannot be found. Physical Table" ) ; LOG . error ( msg ) ; throw new BadApiRequestException ( msg ) ; } PhysicalTable table = tableDictionary . get ( sliceName ) ; if ( table == null ) { String msg = SLICE_UNDEFINED . logFormat ( sliceName ) ; LOG . error ( msg ) ; throw new BadApiRequestException ( msg ) ; } Map < Column , Set < Interval > > columnCache = table . getAvailableIntervals ( ) ; Set < Map < String , Object > > dimensionsResult = new LinkedHashSet < > ( ) ; Set < Map < String , Object > > metricsResult = new LinkedHashSet < > ( ) ; columnCache . entrySet ( ) . stream ( ) . forEach ( null ) ; Map < String , Object > generated = new LinkedHashMap < > ( ) ; generated . put ( "name" , sliceName ) ; generated . put ( "timeGrain" , table . getTimeGrain ( ) . getName ( ) ) ; generated . put ( "timeZone" , table . getTimeGrain ( ) . getTimeZoneName ( ) ) ; generated . put ( "dimensions" , dimensionsResult ) ; generated . put ( "metrics" , metricsResult ) ; LOG . trace ( "Generated slice: {}" , generated ) ; return generated ; }

Genera un objeto de rebanada para un nombre de corte dado.


@ PostConstruct public void initProcess  ( ) { this . startUp = System . currentTimeMillis ( ) ; try { log . trace ( "initProcess - Process Connection called." ) ; this . loadProcessConnection ( ) ; log . trace ( "initProcess - Process Configuration called." ) ; this . loadProcessConfiguration ( ) ; } catch ( Exception ex ) { throw new RuntimeException ( "Exception caught during DAQ startup" , ex ) ; } }

Configuraciones de carga: proceso PIK y configuración de proceso.Coge a RuntimeException proveniente de errores al analizar los archivos XML de PIK o configuraciones.


public void start  ( int thread_priority ) { start ( false , thread_priority ) ; }