public static Map < String , Object > updateContactMech  ( DispatchContext ctx , Map < String , ? extends Object > context ) { Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = ctx . getDelegator ( ) ; Security security = ctx . getSecurity ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; Timestamp now = UtilDateTime . nowTimestamp ( ) ; List < GenericValue > toBeStored = FastList . newInstance ( ) ; boolean isModified = false ; String partyId = ServiceUtil . getPartyIdCheckSecurity ( userLogin , security , context , result , "PARTYMGR" , "_PCM_UPDATE" ) ; if ( result . size ( ) > 0 ) return result ; String newCmId = null ; try { newCmId = delegator . getNextSeqId ( "ContactMech" ) ; } catch ( IllegalArgumentException e ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_change_contact_info_id_generation_failure" , locale ) ) ; } String contactMechId = ( String ) context . get ( "contactMechId" ) ; GenericValue contactMech = null ; GenericValue partyContactMech = null ; try { contactMech = EntityQuery . use ( delegator ) . from ( "ContactMech" ) . where ( "contactMechId" , contactMechId ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; contactMech = null ; } if ( ! partyId . equals ( "_NA_" ) ) { try { partyContactMech = EntityQuery . use ( delegator ) . from ( "PartyContactMech" ) . where ( "partyId" , partyId , "contactMechId" , contactMechId ) . orderBy ( "fromDate" ) . filterByDate ( ) . queryFirst ( ) ; if ( partyContactMech == null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.cannot_update_specified_contact_info_not_corresponds" , locale ) ) ; } else { toBeStored . add ( partyContactMech ) ; } } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; contactMech = null ; } } if ( contactMech == null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_find_specified_contact_info_read" , locale ) ) ; } String contactMechTypeId = contactMech . getString ( "contactMechTypeId" ) ; GenericValue newContactMech = GenericValue . create ( contactMech ) ; GenericValue newPartyContactMech = GenericValue . create ( partyContactMech ) ; if ( "POSTAL_ADDRESS" . equals ( contactMechTypeId ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.service_updateContactMech_not_be_used_for_POSTAL_ADDRESS" , locale ) ) ; } else if ( "TELECOM_NUMBER" . equals ( contactMechTypeId ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.service_updateContactMech_not_be_used_for_TELECOM_NUMBER" , locale ) ) ; } else { newContactMech . set ( "infoString" , context . get ( "infoString" ) ) ; } newPartyContactMech . set ( "roleTypeId" , context . get ( "roleTypeId" ) ) ; newPartyContactMech . set ( "allowSolicitation" , context . get ( "allowSolicitation" ) ) ; if ( ! newContactMech . equals ( contactMech ) ) isModified = true ; if ( ! newPartyContactMech . equals ( partyContactMech ) ) isModified = true ; toBeStored . add ( newContactMech ) ; toBeStored . add ( newPartyContactMech ) ; if ( isModified ) { newContactMech . set ( "contactMechId" , newCmId ) ; newPartyContactMech . set ( "contactMechId" , newCmId ) ; newPartyContactMech . set ( "fromDate" , now ) ; newPartyContactMech . set ( "thruDate" , null ) ; try { Iterator < GenericValue > partyContactMechPurposes = UtilMisc . toIterator ( partyContactMech . getRelated ( "PartyContactMechPurpose" , null , null , false ) ) ; while ( partyContactMechPurposes != null && partyContactMechPurposes . hasNext ( ) ) { GenericValue tempVal = GenericValue . create ( partyContactMechPurposes . next ( ) ) ; tempVal . set ( "contactMechId" , newCmId ) ; toBeStored . add ( tempVal ) ; } } catch ( GenericEntityException e ) { Debug . logWarning ( e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_change_contact_info_read" , UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) , locale ) ) ; } partyContactMech . set ( "thruDate" , now ) ; try { delegator . storeAll ( toBeStored ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . toString ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "contactmechservices.could_not_change_contact_info_write" , UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) , locale ) ) ; } } else { result . put ( "newContactMechId" , contactMechId ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; result . put ( ModelService . SUCCESS_MESSAGE , UtilProperties . getMessage ( resourceError , "contactmechservices.no_changes_made_not_updating" , locale ) ) ; return result ; } result . put ( "newContactMechId" , newCmId ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }

Actualiza una comprobación de seguridad de Contact Mech <B>: UserLogin PartyID debe igual a PartyID, o debe tener Permiso PartyMTR_UPDATE


public static short quantize  ( float f , float fMin , float fRange ) { return ( ( short ) ( ( ( double ) f - ( double ) fMin ) * 65535.0 / ( fRange ) - 32768.0 ) ) ; }

Cuantice una variable de flotador sobre el corto alcance de 16bits firmado


public List < Entry > filter  ( List < Entry > points , double tolerance ) { if ( tolerance <= 0 ) return points ; keep = new boolean [ points . size ( ) ] ; switch ( mType ) { case DOUGLAS_PEUCKER : return reduceWithDouglasPeuker ( points , tolerance ) ; case NONE : return points ; default : return points ; } }


private boolean regTryGetProxy  ( LocatorReg reg ) { boolean b = reg . tryGetProxy ( ) ; synchronized ( this ) { if ( ! undiscoveredLocators . contains ( reg ) ) { return true ; } if ( ! b ) { return false ; } undiscoveredLocators . remove ( reg ) ; discoveredLocators . add ( reg ) ; if ( ! listeners . isEmpty ( ) ) { addNotify ( ( ArrayList ) listeners . clone ( ) , mapRegToGroups ( reg . proxy , reg . memberGroups ) , false ) ; } return true ; } }

Método de conveniencia llamado desde el DiscoveryTask.Empleando un descubrimiento de unidifusión, este método intenta descubrir el servicio de búsqueda asociado con el Locatorreg dado.Después de descubrir con éxito el servicio de búsqueda deseado, este método cola el evento apropiado para la difusión de los oyentes registrados y luego devuelve <código> Verdadero </ code>;De lo contrario, se devuelve <Código> falso </ código>.


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


@ Override protected void checkProperty  ( String propertyId ) throws XMLConfigurationException  { if ( propertyId . startsWith ( Constants . XERCES_PROPERTY_PREFIX ) ) { final int suffixLength = propertyId . length ( ) - Constants . XERCES_PROPERTY_PREFIX . length ( ) ; if ( suffixLength == Constants . SCHEMA_LOCATION . length ( ) && propertyId . endsWith ( Constants . SCHEMA_LOCATION ) ) { return ; } if ( suffixLength == Constants . SCHEMA_NONS_LOCATION . length ( ) && propertyId . endsWith ( Constants . SCHEMA_NONS_LOCATION ) ) { return ; } } if ( propertyId . startsWith ( Constants . JAXP_PROPERTY_PREFIX ) ) { final int suffixLength = propertyId . length ( ) - Constants . JAXP_PROPERTY_PREFIX . length ( ) ; if ( suffixLength == Constants . SCHEMA_SOURCE . length ( ) && propertyId . endsWith ( Constants . SCHEMA_SOURCE ) ) { return ; } } super . checkProperty ( propertyId ) ; }

Compruebe una propiedad.Si la propiedad es conocida y admitida, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


public static int extractReadsByFViewer  ( final String cName , final ProgressListener progressListener , final Collection < Integer > classIds , final String outDirectory , final String outFileName , final Document doc ) throws IOException , CanceledException { final Classification classification = ClassificationManager . get ( cName , true ) ; Map < Integer , String > classId2Name = new HashMap < > ( ) ; Map < Integer , Collection < Integer > > classId2Descendants = new HashMap < > ( ) ; for ( Integer id : classIds ) { classId2Name . put ( id , classification . getName2IdMap ( ) . get ( id ) ) ; classId2Descendants . put ( id , classification . getFullTree ( ) . getAllDescendants ( id ) ) ; } return extractReads ( progressListener , cName , classIds , classId2Name , classId2Descendants , outDirectory , outFileName , doc , true ) ; }

Extraiga todas las lecturas que pertenecen a un conjunto dado de IDS


public static void closeWriter  ( ) { try { if ( writer != null ) { writer . flush ( ) ; writer . close ( ) ; writer = null ; } } catch ( IOException e ) { e . printStackTrace ( ) ; } }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysDodge_A_TO_B  ( String skilltarget , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200938 , skilltarget , skillcaster , skillname ) ; }

[% SkillTarget] está en el estado de evasión de impulso porque [% Skillcaster] usó [% de habilidad].


public boolean isNavBarTintEnabled  ( ) { return mNavBarTintEnabled ; }

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


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Heal_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200674 , skillcaster , skillname ) ; }

[% Skillcaster] está restaurando continuamente su HP utilizando [% de habilidad].


public String loadFile  ( String sID ) { return getDocumentText ( sID , true ) ; }

Carga el texto de un archivo dado, dado su nombre de archivo.


public Z ( double x , double y ) { re = x ; im = y ; }

Crea una Z e inicializa sus partes reales e imaginarias.


public double estimateCost  ( double effortApplied , double averageWage ) { double estimatedCost = effortApplied * ( averageWage / 12 ) * 1.8 ; return estimatedCost ; }

Calcule el costo en dólares aplicados utilizando valores ponderados genéricos de COPOMO2 basados en el salario promedio anual.


protected void markTabStateInitialized  ( ) { mTabStateInitialized = true ; for ( TabModelSelectorObserver listener : mObservers ) listener . onTabStateInitialized ( ) ; }

Marca el estado de la tarea que se está inicializando y notifica a los observadores.


public static boolean checkTypeMirrorInheritance  ( TypeMirror enclosingType , String parentClass , Types types ) { if ( parentClass . equals ( enclosingType . toString ( ) ) ) { return true ; } List < ? extends TypeMirror > supertypes = types . directSupertypes ( enclosingType ) ; if ( supertypes . size ( ) > 0 ) { if ( checkTypeMirrorInheritance ( supertypes . get ( 0 ) , parentClass , types ) ) { return true ; } } return false ; }

Los controles si se le da a TypeMirror heredita desde la clase dada.


public Builder maxLengthPerLine  ( int val ) { maxLengthPerLine = val ; return this ; }

Defina un valor de umbral para decirle al registrín de dividir iniciar sesión en varias líneas cuando la longitud del registro alcanza esta limitación.


public void clear  ( ) { fLength = 0 ; }


private static char [ ] zzUnpackCMap  ( String packed ) { char [ ] map = new char [ 0x10000 ] ; int i = 0 ; int j = 0 ; while ( i < 1788 ) { int count = packed . charAt ( i ++ ) ; char value = packed . charAt ( i ++ ) ; do map [ j ++ ] = value ; while ( -- count > 0 ) ; } return map ; }

Desempaqueta la tabla de traducción de caracteres comprimidos.


protected SparseFieldVector ( SparseFieldVector < T > v , int resize ) { field = v . field ; virtualSize = v . getDimension ( ) + resize ; entries = new OpenIntToFieldHashMap < T > ( v . entries ) ; }

Construye un vector redimensionado, para usar con Anexar.


static public char [ ] encode  ( byte [ ] data ) { char [ ] out = new char [ ( ( data . length + 2 ) / 3 ) * 4 ] ; for ( int i = 0 , index = 0 ; i < data . length ; i += 3 , index += 4 ) { boolean quad = false ; boolean trip = false ; int val = ( 0xFF & ( int ) data [ i ] ) ; val <<= 8 ; if ( ( i + 1 ) < data . length ) { val |= ( 0xFF & ( int ) data [ i + 1 ] ) ; trip = true ; } val <<= 8 ; if ( ( i + 2 ) < data . length ) { val |= ( 0xFF & ( int ) data [ i + 2 ] ) ; quad = true ; } out [ index + 3 ] = alphabet [ ( quad ? ( val & 0x3F ) : 64 ) ] ; val >>= 6 ; out [ index + 2 ] = alphabet [ ( trip ? ( val & 0x3F ) : 64 ) ] ; val >>= 6 ; out [ index + 1 ] = alphabet [ val & 0x3F ] ; val >>= 6 ; out [ index + 0 ] = alphabet [ val & 0x3F ] ; } return out ; }

Devuelve una matriz de caracteres codificados de base64 para representar la matriz de datos pasada.


public Result start  ( ) throws LoginFailedException , RemoteServerException  { Builder builder = StartGymBattleMessageOuterClass . StartGymBattleMessage . newBuilder ( ) ; for ( Pokemon team : teams ) { builder . addAttackingPokemonIds ( team . getId ( ) ) ; } List < PokemonDataOuterClass . PokemonData > defenders = gym . getDefendingPokemon ( ) ; builder . setGymId ( gym . getId ( ) ) ; builder . setPlayerLongitude ( api . getLongitude ( ) ) ; builder . setPlayerLatitude ( api . getLatitude ( ) ) ; builder . setDefendingPokemonId ( defenders . get ( 0 ) . getId ( ) ) ; ServerRequest serverRequest = new ServerRequest ( RequestType . START_GYM_BATTLE , builder . build ( ) ) ; api . getRequestHandler ( ) . sendServerRequests ( serverRequest ) ; try { battleResponse = StartGymBattleResponse . parseFrom ( serverRequest . getData ( ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( ) ; } this . sendBlankAction ( ) ; for ( BattleAction action : battleResponse . getBattleLog ( ) . getBattleActionsList ( ) ) { gymIndex . add ( action . getTargetIndex ( ) ) ; } return battleResponse . getResult ( ) ; }


public String newSessionId  ( HttpServletRequest request , long created ) { synchronized ( this ) { String requested_id = request . getRequestedSessionId ( ) ; if ( requested_id != null ) { String cluster_id = getClusterId ( requested_id ) ; if ( idInUse ( cluster_id ) ) return cluster_id ; } String new_id = ( String ) request . getAttribute ( __NEW_SESSION_ID ) ; if ( new_id != null && idInUse ( new_id ) ) return new_id ; String id = null ; while ( id == null || id . length ( ) == 0 || idInUse ( id ) ) { long r = _weakRandom ? ( hashCode ( ) ^ Runtime . getRuntime ( ) . freeMemory ( ) ^ _random . nextInt ( ) ^ ( ( ( long ) request . hashCode ( ) ) << 32 ) ) : _random . nextLong ( ) ; r ^= created ; if ( request != null && request . getRemoteAddr ( ) != null ) r ^= request . getRemoteAddr ( ) . hashCode ( ) ; if ( r < 0 ) r = - r ; id = Long . toString ( r , 36 ) ; if ( _workerName != null ) { id = _workerName + id ; } } request . setAttribute ( __NEW_SESSION_ID , id ) ; return id ; } }

Crea una nueva identificación de sesión si es necesario.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Aura_END_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200612 , skillcaster , skillname ) ; }

[% Skillcaster] deja de usar [% SkillName] en usted.


public boolean isLocked  ( ) { return locked ; }

¿Es el espectador actualmente bloqueado?


protected TrieNode add  ( Symbol [ ] entry , int index ) { if ( index == entry . length ) { this . isFinal = true ; return this ; } Integer labelId = label2id . get ( entry [ index ] ) ; if ( null == labelId ) { labelId = labels . size ( ) ; labels . add ( entry [ index ] ) ; label2id . put ( entry [ index ] , labelId ) ; } TrieNode successor = this . labelId2node . get ( labelId ) ; if ( null == successor ) { successor = new TrieNode ( this , label2id , labels ) ; this . labelId2node . put ( labelId , successor ) ; } return successor . add ( entry , index + 1 ) ; }

Esto agrega una entrada (palabra ...) al nodo y sus hijas.La entrada se ingresa desde el índice especificado.


public SyntaxException ( String msg ) { super ( msg ) ; }

Construye una instancia de <código> SyntaxException </ Code> con el mensaje de detalle especificado.


public boolean containsPairWithAllFourIntersections  ( ) { for ( int s = 1 ; s <= size ( ) ; s ++ ) { Split S = getSplit ( s ) ; for ( int t = s + 1 ; t <= size ( ) ; t ++ ) { Split T = getSplit ( t ) ; if ( S . getA ( ) . intersects ( T . getA ( ) ) && S . getA ( ) . intersects ( T . getB ( ) ) && S . getB ( ) . intersects ( T . getA ( ) ) && S . getB ( ) . intersects ( T . getB ( ) ) ) return true ; } } return false ; }

Determina si estas divisiones contienen un par con las cuatro intersecciones.


public static double information  ( double [ ] probabilities ) { double total = 0.0 ; for ( double d : probabilities ) { total += ( - 1.0 * log2 ( d ) * d ) ; } return total ; }

Esto devuelve la entropía para un vector dado de probabilidades.


public boolean matches  ( Line . Info info ) { if ( ! ( super . matches ( info ) ) ) { return false ; } if ( ! ( name . equals ( ( ( Info ) info ) . getName ( ) ) ) ) { return false ; } return isSource == ( ( Info ) info ) . isSource ( ) ; }

Indica si este objeto de información especificado coincide con este.Para que coincida, los requisitos de coincidencia de la superclase deben cumplirse y los tipos deben ser iguales.


@ Override public int hashCode  ( ) { return ( getClass ( ) . getName ( ) + Name ) . hashCode ( ) ; }

El código de hash del objeto es el hashcode de su nombre de clase, seguido del nombre del objeto.


public static boolean isMac  ( ) { return ( OS . indexOf ( "mac" ) >= 0 ) ; }


public void addClassPath  ( PathPart pathPart ) { classPath . add ( pathPart ) ; pathPart . program = this ; }

Agregue una parte de la ruta a la ruta de clase de la biblioteca.


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

Crea el descriptor para un artículo discreto creado por segmentos de línea que representan los segmentos de contorno y rellenos con los valores de AD Min / MaxFactor personalizados.


public void endStatement  ( ) { for ( TransactionLifecycleListener l : lifecycleListeners ) l . onTxEndStatement ( this ) ; }

Termina la declaración actual.Libera los rebaños obtenidos hasta ahora para el nivel de aislamiento de lectura repetible y no hace nada en el nivel de aislamiento serializable.Este método debe llamarse después de cada declaración SQL.


private static int computeBlastFrame  ( int frame ) { return frame <= 2 ? frame + 1 : 2 - frame ; }


public void printBaseTable  ( ScoutWidget [ ] list ) { System . out . println ( "----------------- CENTER TABLE --------------------" ) ; final int SIZE = 10 ; String padd = new String ( new char [ SIZE ] ) . replace ( '\0' , ' ' ) ; System . out . print ( " " ) ; for ( int i = 0 ; i < len ; i ++ ) { String dbg = "[" + i + "] " + list [ i ] + "-------------------------" ; if ( i == 0 ) { dbg = padd + dbg . substring ( 0 , 20 ) ; } else { dbg = dbg . substring ( 0 , 20 ) ; } System . out . print ( dbg + ( ( i == len - 1 ) ? "\n" : "" ) ) ; } String str = "[" ; for ( int con = 0 ; con < len * 2 ; con ++ ) { int opposite = con & 0x1 ; str += ( con / 2 + ( ( opposite == 0 ) ? "->" : "<-" ) + "           " ) . substring ( 0 , 10 ) ; } String header = ( "Connection " + padd ) . substring ( 0 , SIZE ) ; System . out . println ( header + " " + str ) ; for ( int i = 1 ; i < len ; i ++ ) { if ( mProbability [ i ] == null ) { continue ; } for ( int dir = 0 ; dir < mProbability [ i ] . length ; dir ++ ) { System . out . println ( Utils . leftTrim ( padd + i + " " + Direction . toString ( dir ) , SIZE ) + " " + Utils . toS ( mProbability [ i ] [ dir ] ) ) ; System . out . println ( padd + " " + Utils . toS ( mMargin [ i ] [ dir ] ) ) ; } } }

Imprime las tablas involucradas en las asociaciones de widgets normales.


@ deprecated public final void reset  ( char [ ] chars , int start , int count ) { if ( chars == null ) { chars = this . emptyCharArray ; } this . text = chars ; reset ( start , count ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedSpellATK_Instant_INTERVAL_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200658 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] El tiempo de vuelo ha disminuido en% NUM0 porque usó [% de nombre de habilidad].


public void updateAllSteps  ( ) { Runnable batch = myBatchQueue . poll ( ) ; while ( batch != null ) { batch . run ( ) ; batch = myBatchQueue . poll ( ) ; } }

Ejecuta una serie de lotes de devoluciones de llamada hasta que la cola de invocación se agota


@ Override protected int sizeOf  ( String key , BitmapDrawable value ) { final int bitmapSize = getBitmapSize ( value ) / 1024 ; return bitmapSize == 0 ? 1 : bitmapSize ; }

Mida el tamaño del artículo en kilobytes en lugar de unidades que es más práctico para un caché de mapa de bits


private String verifyRestoreCode  ( String restoreCode , String code ) { if ( code == null ) { return "code_parameter_is_null" ; } if ( restoreCode == null ) { return "account_restore_code_is_null" ; } boolean validCode = passwordManager . matches ( code , restoreCode ) ; return validCode ? null : "code_does_not_match_restoreCode - code: '" + code + "' restoreCode: '" + restoreCode + "'" ; }

Verifica un código de restauración suministrado por un usuario contra el código de restauración almacenada.Si el código no se puede verificar, se devuelve una cadena de error descriptiva.


public WallPostQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID de usuario o ID de la comunidad.Use un valor negativo para designar un ID de comunidad.


public static float min  ( float a , float b ) { return ( a <= b ) ? a : b ; }

Devuelve los valores más pequeños de dos <código> Float </ Code>.Es decir, el resultado es el valor más cercano al infinito negativo.Si los argumentos tienen el mismo valor, el resultado es el mismo valor.No hace ninguno de los controles especiales para NAN o -0.0F que <Code> math.max </ code> lo hace.


@ Deprecated public static void track  ( String path , Object marker , FileDeleteStrategy deleteStrategy ) { theInstance . track ( path , marker , deleteStrategy ) ; }

Haga un seguimiento del archivo especificado, utilizando el marcador proporcionado, eliminando el archivo cuando la instancia del marcador se recolecte basura.Se utiliza la estrategia de eliminación especiada.


public static CompilerSettings defaultNoAccountingSettings  ( ) { return defaultSettings ( ) . withCPUAccountingMode ( CPUAccountingMode . NO_CPU_ACCOUNTING ) ; }

Devuelve la configuración predeterminada del compilador sin la contabilidad de CPU.


public static ULong ulong  ( BigInteger value ) throws NumberFormatException  { return ULong . valueOf ( value ) ; }

Crear un <código> sin firmar largo </ code>


public int findLastCompletelyVisibleItemPosition  ( ) { final View child = findOneVisibleChild ( layoutManager . getChildCount ( ) - 1 , - 1 , true , false ) ; return child == null ? RecyclerView . NO_POSITION : recyclerView . getChildAdapterPosition ( child ) ; }

Devuelve la posición del adaptador de la última vista completamente visible.Esta posición no incluye cambios en el adaptador que se enviaron después del último paso de diseño.


public boolean isNull  ( String key ) { LazyNode token = getFieldToken ( key ) ; if ( token . type == LazyNode . VALUE_NULL ) return true ; return false ; }

Devuelve VERDADERO si el valor almacenado en este objeto para la clave dada es nula.


public synchronized ZooKeeperClientBuilder connectionTimeoutMs  ( int connectionTimeoutMs ) { this . conectionTimeoutMs = connectionTimeoutMs ; return this ; }

Set ZookeEPER Conexión Tiempo de espera en milisegundos


public BoardOpenTopicQuery ( VkApiClient client , UserActor actor , int groupId , int topicId ) { super ( client , "board.openTopic" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; topicId ( topicId ) ; }

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


public static void pa  ( Rot P , Zmat A , int ii1 , int ii2 , int jj1 , int jj2 ) { double t1r , t1i , t2r , t2i ; A . dirty = true ; int i1 = ii1 - A . basex ; int i2 = ii2 - A . basex ; int j1 = jj1 - A . basex ; int j2 = jj2 - A . basex ; for ( int j = j1 ; j <= j2 ; j ++ ) { t1r = P . c * A . re [ i1 ] [ j ] + P . sr * A . re [ i2 ] [ j ] - P . si * A . im [ i2 ] [ j ] ; t1i = P . c * A . im [ i1 ] [ j ] + P . sr * A . im [ i2 ] [ j ] + P . si * A . re [ i2 ] [ j ] ; t2r = P . c * A . re [ i2 ] [ j ] - P . sr * A . re [ i1 ] [ j ] - P . si * A . im [ i1 ] [ j ] ; t2i = P . c * A . im [ i2 ] [ j ] - P . sr * A . im [ i1 ] [ j ] + P . si * A . re [ i1 ] [ j ] ; A . re [ i1 ] [ j ] = t1r ; A . im [ i1 ] [ j ] = t1i ; A . re [ i2 ] [ j ] = t2r ; A . im [ i2 ] [ j ] = t2i ; } }

Multiplica las filas (II1, JJ1: JJ2) y (II2, JJ1: JJ2) de un zmat (alterado) por una rotación del plano.


public static RunReviewFragment newInstance  ( String startLabelId , int sensorIndex , boolean createTask ) { RunReviewFragment fragment = new RunReviewFragment ( ) ; Bundle args = new Bundle ( ) ; args . putString ( ARG_START_LABEL_ID , startLabelId ) ; args . putInt ( ARG_SENSOR_INDEX , sensorIndex ) ; args . putBoolean ( ARG_CREATE_TASK , createTask ) ; fragment . setArguments ( args ) ; return fragment ; }

Use este método de fábrica para crear una nueva instancia de este fragmento utilizando los parámetros proporcionados.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "move dir=down;" ) ; }


public static void showCode  ( Instruction inst , cp_info constant_pool [ ] ) { showCode ( inst , 0 , constant_pool ) ; }

Muestra el código (en forma de instrucciones) para la lista de instrucciones dada.


private final IEntryHolder extendLeasePeriod  ( String entryUid , String className , int objectType , long duration , boolean fromReplication , boolean origin , boolean leaseExpired , OperationID operationID , boolean isFromGatway ) throws UnknownLeaseException , InternalSpaceException { IEntryHolder entry = null ; Context context = null ; ILockObject entryLock = null ; boolean non_evictable = false ; boolean cancelLease = ( duration == LeaseUtils . DISCARD_LEASE ) ; long original_time = 0 ; try { context = _cacheManager . getCacheContext ( ) ; context . setFromReplication ( fromReplication ) ; context . setOperationID ( operationID ) ; context . setFromGateway ( isFromGatway ) ; long currentTime = SystemTime . timeMillis ( ) ; long timeToCheck = getEffectiveEntryLeaseTime ( currentTime ) ; if ( ! _cacheManager . isEvictableCachePolicy ( ) || objectType != ObjectTypes . ENTRY ) { entry = objectType == ObjectTypes . ENTRY ? _cacheManager . getEntry ( context , entryUid , className , null , false , false , true ) : _cacheManager . getTemplate ( entryUid ) ; non_evictable = true ; if ( entry == null || entry . isExpired ( timeToCheck ) ) { String reason = "Failed to " + getExtendLeasePeriodDescription ( leaseExpired , cancelLease ) + " entry's lease of class " + className + " and uid " + entryUid + ( entry == null ? " as it is no longer present in space " : "" ) + " (may have been already expired or canceled)." ; throw new UnknownLeaseException ( reason ) ; } } boolean extended = false ; entryLock = non_evictable ? _cacheManager . getLockManager ( ) . getLockObject ( entry , ! non_evictable ) : _cacheManager . getLockManager ( ) . getLockObject ( entryUid ) ; synchronized ( entryLock ) { try { if ( _cacheManager . isEvictableCachePolicy ( ) && objectType == ObjectTypes . ENTRY ) { if ( cancelLease ) { if ( _cacheManager . requiresEvictionReplicationProtection ( ) && _cacheManager . getEvictionReplicationsMarkersRepository ( ) . isEntryEvictable ( entryUid , false ) ) throw new UnknownLeaseException ( "entry in markers repository- cannot be cancelled." ) ; IEntryCacheInfo pe = _cacheManager . getPEntryByUid ( entryUid ) ; if ( pe == null ) { String reason = "Failed to " + getExtendLeasePeriodDescription ( leaseExpired , cancelLease ) + " entry's lease of class " + className + " and uid " + entryUid + ( entry == null ? " as it is no longer present in space " : "" ) + " (may have been already expired canceled or evicted)." ; throw new UnknownLeaseException ( reason ) ; } if ( _engine . isExpiredEntryStayInSpace ( pe . getEntryHolder ( _cacheManager ) ) && pe . isPinned ( ) ) throw new UnknownLeaseException ( "entry is pinned- cannot be cancelled." ) ; } entry = _cacheManager . getEntry ( context , entryUid , className , null , true , true , _cacheManager . isCacheExternalDB ( ) ) ; } else { if ( entry . isOffHeapEntry ( ) ) { entry = _cacheManager . getEntry ( context , entry , true , true , true ) ; } } if ( entry == null || entry . isDeleted ( ) || entry . isExpired ( timeToCheck ) ) { String reason = "Failed to " + getExtendLeasePeriodDescription ( leaseExpired , cancelLease ) + " entry's lease " + ( entry == null ? " as it is no longer present in space " : ( entry . isDeleted ( ) ? " as it is already deleted inside the space " : "" ) ) + "(entry may have been already expired or canceled)." ; throw new UnknownLeaseException ( reason ) ; } if ( objectType == ObjectTypes . ENTRY && entry . getWriteLockOwner ( ) != null ) { XtnStatus status = entry . getWriteLockOwner ( ) . getStatus ( ) ; if ( status != XtnStatus . COMMITED && status != XtnStatus . ROLLED ) throw new UnknownLeaseException ( "Failed to " + getExtendLeasePeriodDescription ( leaseExpired , cancelLease ) + " entry's lease, entry is write-locked under an ongoing transaction." ) ; } boolean shouldReplicate = false ; if ( entry instanceof NotifyTemplateHolder ) { NotifyTemplateHolder template = ( NotifyTemplateHolder ) entry ; XtnEntry xtnEntry = template . getXidOriginated ( ) ; if ( xtnEntry != null && ! xtnEntry . m_Active ) throw new UnknownLeaseException ( "Failed to " + getExtendLeasePeriodDescription ( leaseExpired , cancelLease ) + " template's lease: Non-active transaction." ) ; if ( _engine . isReplicated ( ) && ! fromReplication ) { shouldReplicate = template . isReplicateNotify ( ) ; } if ( cancelLease ) { _cacheManager . removeTemplate ( context , template , fromReplication , origin , false , leaseExpired ? SpaceEngine . TemplateRemoveReasonCodes . LEASE_EXPIRED : SpaceEngine . TemplateRemoveReasonCodes . LEASE_CANCEL ) ; return template ; } } else { boolean ofReplicableClass = false ; if ( _engine . isReplicated ( ) ) { IServerTypeDesc typeDesc = _typeManager . getServerTypeDesc ( entry . getClassName ( ) ) ; ReplicationOperationType oper = cancelLease ? ReplicationOperationType . LEASE_EXPIRATION : ReplicationOperationType . EXTEND_LEASE ; shouldReplicate = _engine . shouldReplicate ( oper , typeDesc , false , fromReplication ) ; ofReplicableClass = typeDesc . getTypeDesc ( ) . isReplicable ( ) ; } if ( cancelLease ) { _engine . removeEntrySA ( context , entry , fromReplication , origin , ofReplicableClass , leaseExpired ? SpaceEngine . EntryRemoveReasonCodes . LEASE_EXPIRED : SpaceEngine . EntryRemoveReasonCodes . LEASE_CANCEL , false , false , false ) ; return entry ; } } original_time = entry . getEntryData ( ) . getExpirationTime ( ) ; entry . setExpirationTime ( toAbsoluteTime ( duration ) ) ; if ( entry . isOffHeapEntry ( ) ) ( ( IOffHeapEntryHolder ) entry ) . setDirty ( _cacheManager ) ; _cacheManager . extendLeasePeriod ( context , entry . getEntryData ( ) . getExpirationTime ( ) , original_time , entryUid , className , objectType , shouldReplicate , origin ) ; extended = true ; } finally { if ( extended && objectType == ObjectTypes . ENTRY && _cacheManager . mayNeedEntriesUnpinning ( ) ) _cacheManager . unpinIfNeeded ( context , entry , null , null ) ; } } } catch ( SAException ex ) { JSpaceUtilities . throwLeaseInternalSpaceException ( ex . toString ( ) , ex ) ; } finally { if ( entryLock != null ) _cacheManager . getLockManager ( ) . freeLockObject ( entryLock ) ; if ( context != null ) { try { _engine . performReplication ( context ) ; } finally { _cacheManager . freeCacheContext ( context ) ; } } } return entry ; }

Devuelve un período de arrendamiento extendido para la entrada representada por su UID.El tiempo de vencimiento de la entrada se actualiza a un tiempo absoluto extendido.


public static boolean isPackageInstalled  ( Context context , String packageName ) { if ( ! TextUtils . isEmpty ( packageName ) ) { try { PackageInfo packageInfo = context . getPackageManager ( ) . getPackageInfo ( packageName , 0 ) ; return packageInfo != null ; } catch ( PackageManager . NameNotFoundException e ) { } } return false ; }

Compruebe si se instala el paquete correspondiente.


public boolean isShiftDown  ( ) { return mIsShiftDown ; }


private void showPanel  ( String selectedItem ) { CardLayout cl = ( CardLayout ) ( outerPanel . getLayout ( ) ) ; cl . show ( outerPanel , selectedItem ) ; }


public Matrix plusEquals  ( Matrix B ) { checkMatrixDimensions ( B ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = A [ i ] [ j ] + B . A [ i ] [ j ] ; } } return this ; }


public T initializeStep  ( final boolean forward , final int order , final T [ ] scale , final FieldODEStateAndDerivative < T > state0 , final FieldEquationsMapper < T > mapper ) throws MathIllegalArgumentException , MathIllegalStateException { if ( initialStep . getReal ( ) > 0 ) { return forward ? initialStep : initialStep . negate ( ) ; } final T [ ] y0 = state0 . getCompleteState ( ) ; final T [ ] yDot0 = state0 . getCompleteDerivative ( ) ; T yOnScale2 = getField ( ) . getZero ( ) ; T yDotOnScale2 = getField ( ) . getZero ( ) ; for ( int j = 0 ; j < scale . length ; ++ j ) { final T ratio = y0 [ j ] . divide ( scale [ j ] ) ; yOnScale2 = yOnScale2 . add ( ratio . multiply ( ratio ) ) ; final T ratioDot = yDot0 [ j ] . divide ( scale [ j ] ) ; yDotOnScale2 = yDotOnScale2 . add ( ratioDot . multiply ( ratioDot ) ) ; } T h = ( yOnScale2 . getReal ( ) < 1.0e-10 || yDotOnScale2 . getReal ( ) < 1.0e-10 ) ? getField ( ) . getZero ( ) . add ( 1.0e-6 ) : yOnScale2 . divide ( yDotOnScale2 ) . sqrt ( ) . multiply ( 0.01 ) ; if ( ! forward ) { h = h . negate ( ) ; } final T [ ] y1 = MathArrays . buildArray ( getField ( ) , y0 . length ) ; for ( int j = 0 ; j < y0 . length ; ++ j ) { y1 [ j ] = y0 [ j ] . add ( yDot0 [ j ] . multiply ( h ) ) ; } final T [ ] yDot1 = computeDerivatives ( state0 . getTime ( ) . add ( h ) , y1 ) ; T yDDotOnScale = getField ( ) . getZero ( ) ; for ( int j = 0 ; j < scale . length ; ++ j ) { final T ratioDotDot = yDot1 [ j ] . subtract ( yDot0 [ j ] ) . divide ( scale [ j ] ) ; yDDotOnScale = yDDotOnScale . add ( ratioDotDot . multiply ( ratioDotDot ) ) ; } yDDotOnScale = yDDotOnScale . sqrt ( ) . divide ( h ) ; final T maxInv2 = MathUtils . max ( yDotOnScale2 . sqrt ( ) , yDDotOnScale ) ; final T h1 = maxInv2 . getReal ( ) < 1.0e-15 ? MathUtils . max ( getField ( ) . getZero ( ) . add ( 1.0e-6 ) , h . abs ( ) . multiply ( 0.001 ) ) : maxInv2 . multiply ( 100 ) . reciprocal ( ) . pow ( 1.0 / order ) ; h = MathUtils . min ( h . abs ( ) . multiply ( 100 ) , h1 ) ; h = MathUtils . max ( h , state0 . getTime ( ) . abs ( ) . multiply ( 1.0e-12 ) ) ; h = MathUtils . max ( minStep , MathUtils . min ( maxStep , h ) ) ; if ( ! forward ) { h = h . negate ( ) ; } return h ; }


public LazyObject optJSONObject  ( String key ) throws LazyException  { LazyNode token = getOptionalFieldToken ( key ) ; if ( token == null ) return null ; if ( token . type == LazyNode . VALUE_NULL ) return null ; if ( token . type != LazyNode . OBJECT ) throw new LazyException ( "Requested value is not an object" , token ) ; return new LazyObject ( token , cbuf ) ; }

Devuelve el objeto JSON almacenado en este objeto para la clave dada en NULL si la tecla no existe.


public static void drawSnapIndicator  ( ViewTransform transform , Graphics2D g , SnapCandidate candidate ) { if ( candidate . source == null || candidate . target == null ) { return ; } if ( candidate . source . isVerticalAnchor ( ) ) { drawSnapVerticalIndicator ( transform , g , candidate ) ; } else { drawSnapHorizontalIndicator ( transform , g , candidate ) ; } }

Dibuje un indicador de presión para el candidato a presión


private ConfigurationReportConverter ( ) { }


public static Charset toCharset  ( String charset ) { return charset == null ? Charset . defaultCharset ( ) : Charset . forName ( charset ) ; }

Devuelve un accidente para el conocido con nombre.Si el nombre es nulo, devuelva el factor predeterminado.


public boolean hasData  ( ) { return ( dataStore != null ) || ( gridCoverageReader != null ) ; }


public static byte [ ] toByteArray  ( InputStream input , int size ) throws IOException { if ( size < 0 ) { throw new IllegalArgumentException ( "Size must be equal or greater than zero: " + size ) ; } if ( size == 0 ) { return new byte [ 0 ] ; } byte [ ] data = new byte [ size ] ; int offset = 0 ; int readed ; while ( offset < size && ( readed = input . read ( data , offset , size - offset ) ) != EOF ) { offset += readed ; } if ( offset != size ) { throw new IOException ( "Unexpected readed size. current: " + offset + ", excepted: " + size ) ; } return data ; }

Obtenga los contenidos de un <código> inputstream </ code> como un byte [] </ código>.Utilice este método en lugar de <CÓDIGO> TOBYTEARRAY (INPUTSTREAM) </ CODE> cuando se conoce el tamaño <código> inputstream </ code>


public UserImplementor ( UserModel model , UserView view ) { this . model = model ; this . view = view ; }


public static void register  ( String name , AbstractChannel < ? > channel ) { channels . put ( name , channel ) ; }

Registra el canal dado para el nombre dado.


public boolean do_mhp  ( ) { return soot . PhaseOptions . getBoolean ( options , "do-mhp" ) ; }

Realizar el análisis de mayo en paralelo: realice un análisis de mayo en paralelo.Realice un análisis de mayo en paralelo para ayudar a asignar cerraduras.


private void addApplicationCallbackMethods  ( ) { if ( ! this . callbackFunctions . containsKey ( applicationClass . getName ( ) ) ) return ; if ( applicationClass . isAbstract ( ) ) return ; if ( applicationClass . isPhantom ( ) ) { System . err . println ( "Skipping possible application callbacks in " + "phantom class " + applicationClass ) ; return ; } for ( String methodSig : this . callbackFunctions . get ( applicationClass . getName ( ) ) ) { SootMethodAndClass methodAndClass = SootMethodRepresentationParser . v ( ) . parseSootMethodString ( methodSig ) ; if ( AndroidEntryPointConstants . getApplicationLifecycleMethods ( ) . contains ( methodAndClass . getSubSignature ( ) ) ) continue ; SootMethod method = findMethod ( Scene . v ( ) . getSootClass ( methodAndClass . getClassName ( ) ) , methodAndClass . getSubSignature ( ) ) ; if ( method == null ) continue ; if ( method . getDeclaringClass ( ) . getName ( ) . startsWith ( "android." ) || method . getDeclaringClass ( ) . getName ( ) . startsWith ( "java." ) ) continue ; Local local = this . localVarsForClasses . get ( methodAndClass . getClassName ( ) ) ; if ( local == null ) { System . err . println ( "Could not create call to application callback " + method . getSignature ( ) + ". Local was null." ) ; continue ; } JNopStmt thenStmt = new JNopStmt ( ) ; createIfStmt ( thenStmt ) ; buildMethodCall ( method , body , local , generator ) ; body . getUnits ( ) . add ( thenStmt ) ; } }

Agrega llamadas a los métodos de devolución de llamada definidos en la clase de aplicación


public AudioGetQuery audioIds  ( Integer ... value ) { return unsafeParam ( "audio_ids" , value ) ; }

IDS de los archivos de audio para devolver.


public VideoEditQuery name  ( String value ) { return unsafeParam ( "name" , value ) ; }


public static String parseCharset  ( Map < String , String > headers ) { return parseCharset ( headers , HTTP . DEFAULT_CONTENT_CHARSET ) ; }

Devuelve el accidente especificado en el tipo de contenido de este encabezado, o el valor predeterminado HTTP (ISO-8859-1) si no se puede encontrar ninguno.


public ClearModifiers remove  ( ClearModifiers modifiers ) { return createIfNeeded ( super . remove ( modifiers ) ) ; }

Crea una nueva instancia de modificadores que excluye los modificadores especificados de esta instancia.


private void updateHierarchyKeyGenerators  ( Map < String , KeyGenerator > keyGenerators , Map < String , int [ ] > hirches , int [ ] dimLens , String [ ] dimCols ) { String timeHierNameVal = "" ; if ( meta . getCarbonTime ( ) == null || "" . equals ( meta . getCarbonTime ( ) ) ) { timeHierNameVal = "" ; } else { String [ ] hies = meta . getCarbonTime ( ) . split ( ":" ) ; timeHierNameVal = hies [ 1 ] ; } Iterator < Entry < String , int [ ] > > itr = hirches . entrySet ( ) . iterator ( ) ; while ( itr . hasNext ( ) ) { Entry < String , int [ ] > hieEntry = itr . next ( ) ; int [ ] a = hieEntry . getValue ( ) ; int [ ] lens = new int [ a . length ] ; String name = hieEntry . getKey ( ) ; if ( name . equalsIgnoreCase ( timeHierNameVal ) ) { for ( int i = 0 ; i < a . length ; i ++ ) { lens [ i ] = dimLens [ a [ i ] ] ; } } else { String [ ] columns = meta . hierColumnMap . get ( name ) ; if ( meta . getComplexTypes ( ) . get ( columns [ 0 ] ) != null ) { continue ; } boolean isNoDictionary = false ; for ( int i = 0 ; i < a . length ; i ++ ) { if ( null != meta . noDictionaryCols && isDimensionNoDictionary ( meta . noDictionaryCols , columns [ i ] ) ) { isNoDictionary = true ; break ; } } if ( isNoDictionary ) { continue ; } for ( int i = 0 ; i < a . length ; i ++ ) { int newIndex = - 1 ; for ( int j = 0 ; j < dimCols . length ; j ++ ) { if ( checkDimensionColName ( dimCols [ j ] , columns [ i ] ) ) { newIndex = j ; break ; } } lens [ i ] = dimLens [ newIndex ] ; } } KeyGenerator generator = KeyGeneratorFactory . getKeyGenerator ( lens ) ; keyGenerators . put ( name , generator ) ; } Iterator < Entry < String , GenericDataType > > complexMap = meta . getComplexTypes ( ) . entrySet ( ) . iterator ( ) ; while ( complexMap . hasNext ( ) ) { Entry < String , GenericDataType > complexDataType = complexMap . next ( ) ; List < GenericDataType > primitiveTypes = new ArrayList < GenericDataType > ( ) ; complexDataType . getValue ( ) . getAllPrimitiveChildren ( primitiveTypes ) ; for ( GenericDataType eachPrimitive : primitiveTypes ) { KeyGenerator generator = KeyGeneratorFactory . getKeyGenerator ( new int [ ] { - 1 } ) ; keyGenerators . put ( eachPrimitive . getName ( ) , generator ) ; } } }

Según las jerarquías, genera el Generador de Langostinas Varlengthy.


@ Override public void innerDelete  ( ) { InstanceImpl < ? , ? > parent = this ; Set < CastingImpl > castings = parent . castings ( ) ; deleteNode ( ) ; for ( CastingImpl casting : castings ) { Set < RelationImpl > relations = casting . getRelations ( ) ; getMindmapsGraph ( ) . getConceptLog ( ) . putConcept ( casting ) ; for ( RelationImpl relation : relations ) { getMindmapsGraph ( ) . getConceptLog ( ) . putConcept ( relation ) ; relation . cleanUp ( ) ; } casting . deleteNode ( ) ; } }


long decreaseItemCount  ( Item item , long count , ItemUpdateType updateType , Player actor ) { return decreaseItemCount ( item , count , updateType , QuestStatus . NONE , actor ) ; }

Disminuir el recuento de elementos y devolver el conteo izquierdo


public WriteEntriesSpaceOperationResult ( ) { }


public void onLongPress  ( long time , float x , float y ) { final StripLayoutTab clickedTab = getTabAtPosition ( x ) ; if ( clickedTab != null && clickedTab . checkCloseHitTest ( x , y ) ) { clickedTab . setClosePressed ( false ) ; mRenderHost . requestRender ( ) ; showTabMenu ( clickedTab ) ; } else { resetResizeTimeout ( false ) ; startReorderMode ( time , x , x ) ; } }

Llamado en el evento táctil de prensa prolonada.


@ Override protected Map < String , Set < String > > filterQueryParamsByKey  ( QueryParamsParserContext context , String queryKey ) { Map < String , Set < String > > filteredQueryParams = new HashMap < > ( ) ; for ( String paramName : context . getParameterNames ( ) ) { if ( paramName . startsWith ( queryKey ) ) { filteredQueryParams . put ( paramName , parseDelimitedParameters ( context . getParameterValue ( paramName ) ) ) ; } } return filteredQueryParams ; }

Los filtros proporcionaron parámetros de consulta a uno que comienza con la clave de cadena proporcionada.Esta anulación también divide valores de param si están contenidos en una lista delimitada por comas.


public boolean runAfter  ( List tasks , int size ) { return false ; }


public static NumericEntityEscaper below  ( final int codepoint ) { return outsideOf ( codepoint , Integer . MAX_VALUE ) ; }

Construye un <código> NumericentityEscaper  por debajo del valor especificado (exclusivo).


public Chat ( ITextComponent message , ICommandSender sender , Side side ) { super ( message , side ) ; this . sender = sender ; }

Construye un nuevo evento que se dispara cuando se muestra un mensaje de chat.


public void init  ( ) { verticalStepperFormLayout . initialiseVerticalStepperForm ( this ) ; }

Configurar el formulario e inicializarlo


public SymbolTable ( ) { this  ( TABLE_SIZE , 0.75f ) ; }

Construye un nuevo símbolo vacío con una capacidad inicial predeterminada (101) y el factor de carga, que es <tt> 0.75 </ tt>.


private boolean hasLogTypeFilters  ( ) { return logDisabledTypesMask != 0 ; }

Compruebe si la lista está filtrando por máscara de tipo de registro


public void pathValuesToPixel  ( List < Path > paths ) { for ( int i = 0 ; i < paths . size ( ) ; i ++ ) { pathValueToPixel ( paths . get ( i ) ) ; } }

Transforma múltiples rutas todas las matrices.


public final void copy  ( byte [ ] bytes , int offset , int length ) { if ( this . bytes == null || this . bytes . length < length ) { this . bytes = new byte [ length ] ; } System . arraycopy ( bytes , offset , this . bytes , 0 , length ) ; this . count = length ; }

Copie la matriz de bytes especificada al búfer.Reemplaza el búfer actual.


@ NotNull public DetectFaceAction detectFace  ( boolean returnFaceId , boolean returnFaceLandmarks , @ NotNull EnumSet < FaceAttributes > returnFaceAttributes , @ NotNull InputStream image ) { return new DetectFaceAction ( cognitiveContext , returnFaceId , returnFaceLandmarks , returnFaceAttributes , image ) ; }

* Detecte las caras humanas en una imagen y devuelve las ubicaciones de la cara, y opcionalmente con la ID de cara, los puntos de referencia y los atributos. <P> Parámetros opcionales para devolver la identificación de la cara, los puntos de referencia y los atributos. Los atributos incluyen la edad, el género, la intensidad de la sonrisa, el cabello facial y la postura de la cabeza. La identificación de la cara es para otros usos de API, incluida la cara, identifique, la cara, verifique y sea, encuentre similares. La ID de la cara expirará en 24 horas después de la llamada de detección. JPEG, PNG, GIF (el primer cuadro) y BMP son compatibles. El tamaño del archivo de imagen no debe ser más grande que 4 MB. El tamaño de la cara detectable es entre 36x36 a 4096x4096 píxeles. No se detectarán las caras de este rango. Un máximo de 64 caras podría ser devuelto para una imagen. Las caras devueltas están clasificadas por el tamaño del rectángulo de la cara en orden descendente. Algunas caras pueden no ser detectadas para desafíos técnicos, por ejemplo. Angulos de cara muy grandes (pose de la cabeza) o oclusión grande. Las caras frontales y cercanas frontales tienen los mejores resultados. Los atributos (edad, género, íntimoces, sonrisa y facial, y las gafas) siguen experimentales y pueden no ser muy precisas. El valor de la tono de la íntima está reservado como 0.


public static PkgInfo recvPackage  ( InputStream in , byte expect_cmd , long expect_body_len ) throws IOException { PkgHeader header = recvHeader ( in , expect_cmd , expect_body_len ) ; if ( header . status != 0 ) { return new PkgInfo ( header , null ) ; } byte [ ] body = new byte [ header . body_len ] ; int totalBytes = 0 ; int remainBytes = header . body_len ; int bytes ; while ( totalBytes < header . body_len ) { if ( ( bytes = in . read ( body , totalBytes , remainBytes ) ) < 0 ) { break ; } totalBytes += bytes ; remainBytes -= bytes ; } if ( totalBytes != header . body_len ) { throw new IOException ( "recv package size " + totalBytes + " != " + header . body_len ) ; } return new PkgInfo ( header , body ) ; }


public final int yystate  ( ) { return zzLexicalState ; }


@ Override public void onException  ( final JMSException exception ) { LOGGER . error ( "JMSException caught by JMS connection exception listener. Attempting to reconnect." , exception ) ; startReconnectThread ( ) ; }

Se notifica a los oyentes de desconexión en el hilo de reconexión.


public MultiBufferProductScan ( Scan lhsScan , TableInfo ti , Transaction tx ) { this . lhsScan = lhsScan ; this . ti = ti ; this . tx = tx ; fileSize = ti . open ( tx , true ) . fileSize ( ) ; chunkSize = BufferNeeds . bestFactor ( fileSize , tx ) ; beforeFirst ( ) ; }

Crea la clase de escaneo para el producto de la exploración LHS y una tabla.


private void decode  ( byte [ ] data , int width , int height ) { long start = System . currentTimeMillis ( ) ; Result rawResult = null ; byte [ ] rotatedData = new byte [ data . length ] ; for ( int y = 0 ; y < height ; y ++ ) { for ( int x = 0 ; x < width ; x ++ ) rotatedData [ x * height + height - y - 1 ] = data [ x + y * width ] ; } int tmp = width ; width = height ; height = tmp ; PlanarYUVLuminanceSource source = CameraManager . get ( ) . buildLuminanceSource ( rotatedData , width , height ) ; BinaryBitmap bitmap = new BinaryBitmap ( new HybridBinarizer ( source ) ) ; try { rawResult = multiFormatReader . decodeWithState ( bitmap ) ; } catch ( ReaderException re ) { } finally { multiFormatReader . reset ( ) ; } if ( rawResult != null ) { long end = System . currentTimeMillis ( ) ; Log . d ( TAG , "Found barcode (" + ( end - start ) + " ms):\n" + rawResult . toString ( ) ) ; Message message = null ; Bundle bundle = new Bundle ( ) ; bundle . putParcelable ( DecodeThread . BARCODE_BITMAP , source . renderCroppedGreyscaleBitmap ( ) ) ; message . setData ( bundle ) ; message . sendToTarget ( ) ; } else { Message message = Message . obtain ( activity . getHandler ( ) , null ) ; message . sendToTarget ( ) ; } }

Deccriba los datos dentro del rectángulo del visor y el tiempo cuánto tiempo tomó.Para la eficiencia, reutilice los mismos objetos de lector de una decodificación a la siguiente.


boolean parseHeader  ( String aLine ) throws IOException { referenceLine = aLine ; int index = aLine . indexOf ( vsString ) ; if ( index <= 0 ) { index = aLine . indexOf ( noHitString ) ; if ( index <= 0 ) throw new IOException ( "Token 'vs' or 'NO HIT' not found in line: " + aLine ) ; else isNoHit = true ; } readName = aLine . substring ( aLine . charAt ( 0 ) == '>' ? 1 : 0 , index ) . trim ( ) ; if ( isNoHit ) return false ; String suffix = aLine . substring ( index + vsString . length ( ) , aLine . length ( ) ) . trim ( ) ; index = suffix . indexOf ( " " ) ; if ( index <= 0 ) throw new IOException ( "Token ' ' not found after ' vs ' in line: " + aLine ) ; referenceName = suffix . substring ( 0 , index ) . trim ( ) ; suffix = suffix . substring ( index + 1 , suffix . length ( ) ) . trim ( ) ; String [ ] tokens = suffix . split ( " " ) ; if ( tokens [ 0 ] . startsWith ( bitsString ) && Basic . isFloat ( tokens [ 0 ] . substring ( bitsString . length ( ) ) ) ) bitScore = Float . parseFloat ( tokens [ 0 ] . substring ( bitsString . length ( ) ) ) ; else throw new IOException ( "Failed to parse  '" + bitsString + "' in: " + aLine ) ; if ( tokens [ 1 ] . startsWith ( evalueString ) && Basic . isFloat ( tokens [ 1 ] . substring ( evalueString . length ( ) ) ) ) expected = ( float ) Math . pow ( 10 , Float . parseFloat ( tokens [ 1 ] . substring ( evalueString . length ( ) ) ) ) ; else if ( tokens [ 1 ] . startsWith ( evalueStringAlt ) && Basic . isFloat ( tokens [ 1 ] . substring ( evalueStringAlt . length ( ) ) ) ) expected = ( float ) Math . pow ( 10 , Float . parseFloat ( tokens [ 1 ] . substring ( evalueStringAlt . length ( ) ) ) ) ; else throw new IOException ( "Failed to parse '" + evalueString + "' or '" + evalueStringAlt + "' in: " + aLine ) ; if ( tokens [ 2 ] . startsWith ( identityString ) && Basic . isFloat ( tokens [ 2 ] . substring ( identityString . length ( ) , tokens [ 2 ] . length ( ) - 1 ) ) ) identity = Float . parseFloat ( tokens [ 2 ] . substring ( identityString . length ( ) , tokens [ 2 ] . length ( ) - 1 ) ) ; else throw new IOException ( "Failed to parse '" + identityString + "' in: " + aLine ) ; if ( tokens [ 3 ] . startsWith ( lengthString ) && Basic . isInteger ( tokens [ 3 ] . substring ( lengthString . length ( ) ) ) ) length = Integer . parseInt ( tokens [ 3 ] . substring ( lengthString . length ( ) ) ) ; else if ( tokens [ 3 ] . startsWith ( lengthStringAlt ) && Basic . isInteger ( tokens [ 3 ] . substring ( lengthStringAlt . length ( ) ) ) ) length = Integer . parseInt ( tokens [ 3 ] . substring ( lengthStringAlt . length ( ) ) ) ; else throw new IOException ( "Failed to parse '" + lengthString + "' or '" + lengthStringAlt + "' in: " + aLine ) ; if ( tokens [ 6 ] . startsWith ( frameString ) && Basic . isInteger ( tokens [ 6 ] . substring ( frameString . length ( ) ) ) ) { int f = Integer . parseInt ( tokens [ 6 ] . substring ( frameString . length ( ) ) ) ; if ( f < 3 ) frame = f + 1 ; else frame = f - 6 ; } else throw new IOException ( "Failed to parse '" + frameString + "' in: " + aLine ) ; return true ; }


public void remove  ( int offset , int length ) { if ( offset < 0 || offset >= _pos ) { throw new ArrayIndexOutOfBoundsException ( offset ) ; } if ( offset == 0 ) { System . arraycopy ( _data , length , _data , 0 , _pos - length ) ; } else if ( _pos - length == offset ) { } else { System . arraycopy ( _data , offset + length , _data , offset , _pos - ( offset + length ) ) ; } _pos -= length ; }

Elimina los valores <tt> longitud </ tt> de la lista, comenzando en <tt> offset </ tt>


public void onNetConnected  ( NetUtils . NetType type ) { }

Cuando la devolución de llamada conectada a la red


@ Override protected short compareDates  ( DateTimeData date1 , DateTimeData date2 , boolean strict ) { short resultA , resultB = INDETERMINATE ; resultA = compareOrder ( date1 , date2 ) ; if ( resultA == 0 ) { return 0 ; } DateTimeData [ ] result = new DateTimeData [ 2 ] ; result [ 0 ] = new DateTimeData ( null , this ) ; result [ 1 ] = new DateTimeData ( null , this ) ; DateTimeData tempA = addDuration ( date1 , DATETIMES [ 0 ] , result [ 0 ] ) ; DateTimeData tempB = addDuration ( date2 , DATETIMES [ 0 ] , result [ 1 ] ) ; resultA = compareOrder ( tempA , tempB ) ; if ( resultA == INDETERMINATE ) { return INDETERMINATE ; } tempA = addDuration ( date1 , DATETIMES [ 1 ] , result [ 0 ] ) ; tempB = addDuration ( date2 , DATETIMES [ 1 ] , result [ 1 ] ) ; resultB = compareOrder ( tempA , tempB ) ; resultA = compareResults ( resultA , resultB , strict ) ; if ( resultA == INDETERMINATE ) { return INDETERMINATE ; } tempA = addDuration ( date1 , DATETIMES [ 2 ] , result [ 0 ] ) ; tempB = addDuration ( date2 , DATETIMES [ 2 ] , result [ 1 ] ) ; resultB = compareOrder ( tempA , tempB ) ; resultA = compareResults ( resultA , resultB , strict ) ; if ( resultA == INDETERMINATE ) { return INDETERMINATE ; } tempA = addDuration ( date1 , DATETIMES [ 3 ] , result [ 0 ] ) ; tempB = addDuration ( date2 , DATETIMES [ 3 ] , result [ 1 ] ) ; resultB = compareOrder ( tempA , tempB ) ; resultA = compareResults ( resultA , resultB , strict ) ; return resultA ; }

Compara 2 duraciones dadas.(Consulte los tipos de datos de esquema W3C "3.2.6 Duración")


public static java . sql . Time toSqlTime  ( int hour , int minute , int second ) { java . util . Date newDate = toDate ( 0 , 0 , 0 , hour , minute , second ) ; if ( newDate != null ) { return new java . sql . Time ( newDate . getTime ( ) ) ; } else { return null ; } }

Hace un java.sql.time desde un ints separado durante una hora, minuto y segundo.


Elimina todas las asignaciones de valor clave de este SPARSEINTARRAY.


public AemDropdown selectByPartialText  ( String text ) { if ( text == null ) { return this ; } expandDropdown ( ) ; getItemByTextContaining ( text ) . click ( ) ; return this ; }

Abre el menú desplegable y hace clic en el elemento que contiene el texto provisto.


protected void checkFeature  ( String featureId ) throws XMLConfigurationException  { if ( ! fRecognizedFeatures . contains ( featureId ) ) { if ( fParentSettings != null ) { fParentSettings . getFeature ( featureId ) ; } else { short type = XMLConfigurationException . NOT_RECOGNIZED ; throw new XMLConfigurationException ( type , featureId ) ; } } }

Compruebe una característica.Si se conoce y es compatible con la característica, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


private Data < Input , Output > derive_  ( Input input ) { Data < Input , Output > result = new Data < > ( input , fn_ . apply ( input ) ) ; recent_ . set ( result ) ; return result ; }

Derive y recuerde un cálculo.Las futuras invocaciones de Match_ (Entrot) devolverán la instancia de datos devueltos.


public MessagesMarkAsReadQuery startMessageId  ( Integer value ) { return unsafeParam ( "start_message_id" , value ) ; }


public static void registerEntity  ( Class < ? extends Entity > entityClass , String entityName , int trackingRange , int updateFrequency , boolean sendsVelocityUpdates ) { EntityRegistry . registerModEntity ( entityClass , entityName , availableEntityId , BWMod . instance , trackingRange , updateFrequency , sendsVelocityUpdates ) ; availableEntityId ++ ; }

Registra una entidad para este mod.Maneja la asignación automática de identificación disponible.


public synchronized void end  ( Component component ) { this . active = false ; this . offset = null ; this . beginPosition = null ; component . setCursor ( Cursor . getPredefinedCursor ( Cursor . DEFAULT_CURSOR ) ) ; }

Termina la acción del cuerpo de movimiento.


public VideoHideCatalogSectionQuery hideCatalogSection  ( UserActor actor , int sectionId ) { return new VideoHideCatalogSectionQuery ( getClient ( ) , actor , sectionId ) ; }

Oculta una sección de catálogo de video de un usuario.


public static void convert  ( String inFileName , String outFileName ) throws IOException { ESTTrackReader etr = new ESTTrackReader ( inFileName ) ; float [ ] [ ] lpc = convertData ( etr . getFrames ( ) ) ; ESTTrackWriter etw = new ESTTrackWriter ( etr . getTimes ( ) , lpc , "lpc" ) ; etw . doWriteAndClose ( outFileName , etr . isBinary ( ) , etr . isBigEndian ( ) ) ; }

Un método para convertir entre dos archivos, desde LPC a coeficientes de reflexión en formato EST.


public static double distance  ( S2Point p1 , S2Point p2 ) { return Vector3D . angle ( p1 . vector , p2 . vector ) ; }

Calcular la distancia (separación angular) entre dos puntos.


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

ID de la comunidad que posee la Junta de Discusión.


public static EnumValue create  ( EnumType parent , EnumValueDescriptorProto proto , String path ) { return new EnumValue ( parent , proto , path ) ; }

Crea un valor enumio respaldado por el proto determinado.


@ Override public void actionPerformed  ( ActionEvent ev ) { InspectorWindow inspectorWindow = ( InspectorWindow ) getViewer ( ) ; String name = ProgramProperties . get ( MeganProperties . FINDTAXON , "" ) ; name = JOptionPane . showInputDialog ( inspectorWindow . getFrame ( ) , "Enter taxon name or Id" , name ) ; if ( name != null && name . trim ( ) . length ( ) > 0 ) { name = name . trim ( ) ; ProgramProperties . put ( MeganProperties . FINDTAXON , name ) ; executeImmediately ( "show taxon='" + name + "';" ) ; } }


protected LeadsCompleteQuery vkSid  ( String value ) { return unsafeParam ( "vk_sid" , value ) ; }

Sesión obtenida como Parámetro Obtenga cuando se inició sesión.


protected AdsGetTargetingStatsQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


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


public void startPreview  ( ) { if ( mCamera != null && ! mPreviewing ) { mCamera . startPreview ( ) ; mPreviewing = true ; } }

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


public static int pairBytesToHashcode  ( byte [ ] pairBytes ) { return ( pairBytes [ 0 ] & 0xFF ) << 8 | ( pairBytes [ 1 ] & 0xFF ) ; }


public boolean declaresMethod  ( String subsignature ) { checkLevel ( SIGNATURES ) ; return declaresMethod ( Scene . v ( ) . getSubSigNumberer ( ) . findOrAdd ( subsignature ) ) ; }

¿Esta clase declara un método con el subsignature dado?


public static double fro  ( Zmat A , int ii1 , int ii2 , int jj1 , int jj2 ) { int i , i1 , i2 , j , j1 , j2 ; double fac , nrm , scale ; i1 = ii1 - A . basex ; i2 = ii2 - A . basex ; j1 = jj1 - A . basex ; j2 = jj2 - A . basex ; scale = 0.0 ; for ( i = i1 ; i <= i2 ; i ++ ) { for ( j = j1 ; j <= j2 ; j ++ ) { scale = Math . max ( scale , Math . abs ( A . re [ i ] [ j ] ) + Math . abs ( A . im [ i ] [ j ] ) ) ; } } if ( scale == 0 ) { return 0.0 ; } if ( scale < 1 ) { scale = scale * 1.0e20 ; } scale = 1 / scale ; nrm = 0 ; for ( i = i1 ; i <= i2 ; i ++ ) { for ( j = j1 ; j <= j2 ; j ++ ) { fac = scale * A . re [ i ] [ j ] ; nrm = nrm + fac * fac ; fac = scale * A . im [ i ] [ j ] ; nrm = nrm + fac * fac ; } } return Math . sqrt ( nrm ) / scale ; }

Calcula la norma FROBENIUS de un submatriz (II1: II2, JJ1, JJ2) de un ZMAT.


private void removeEntry  ( String key ) { CacheHeader entry = mEntries . get ( key ) ; if ( entry != null ) { mTotalSize -= entry . size ; mEntries . remove ( key ) ; } }

Elimina la entrada identificada por 'clave' desde el caché.


@ Override public void onAliveTimerExpiration  ( final Long aliveTimerId ) { if ( aliveTimerId == null ) { LOGGER . warn ( "onAliveTimerExpiration(null) called - ignoring the call." ) ; return ; } AliveTimer aliveTimer = aliveTimerCache . getCopy ( aliveTimerId ) ; StringBuffer msg = new StringBuffer ( "Alive of " ) ; msg . append ( aliveTimer . getAliveTypeDescription ( ) + " " ) ; msg . append ( aliveTimer . getRelatedName ( ) ) ; msg . append ( " (alive tag: " ) ; msg . append ( aliveTimer . getId ( ) ) ; msg . append ( ") has expired." ) ; LOGGER . debug ( msg . toString ( ) ) ; if ( aliveTimer . getRelatedId ( ) == null ) { LOGGER . error ( "AliveTimer has not relatedId - unable to take any action on alive reception." ) ; } else { try { final Long processId = processFacade . getProcessIdFromAlive ( aliveTimer . getId ( ) ) ; if ( aliveTimer . isProcessAliveType ( ) ) { onProcessDown ( processId , new Timestamp ( System . currentTimeMillis ( ) ) , msg . toString ( ) ) ; } else { if ( aliveTimer . isEquipmentAliveType ( ) ) { Long equipmentId = aliveTimer . getRelatedId ( ) ; Timestamp timestamp = new Timestamp ( System . currentTimeMillis ( ) ) ; onEquipmentDown ( equipmentId , timestamp , msg . toString ( ) ) ; ControlTag commFaultTag = controlTagCache . getCopy ( equipmentCache . getCopy ( equipmentId ) . getCommFaultTagId ( ) ) ; setCommFaultTag ( commFaultTag . getId ( ) , false , commFaultTag . getValueDescription ( ) , timestamp ) ; for ( Long subEquipmentId : equipmentCache . get ( equipmentId ) . getSubEquipmentIds ( ) ) { String message = "Alive timer for parent Equipment expired: " + msg . toString ( ) ; onSubEquipmentDown ( subEquipmentId , timestamp , message ) ; commFaultTag = controlTagCache . getCopy ( subEquipmentCache . getCopy ( subEquipmentId ) . getCommFaultTagId ( ) ) ; setCommFaultTag ( commFaultTag . getId ( ) , false , commFaultTag . getValueDescription ( ) , timestamp ) ; } } else { Long subEquipmentId = aliveTimer . getRelatedId ( ) ; Timestamp timestamp = new Timestamp ( System . currentTimeMillis ( ) ) ; onSubEquipmentDown ( subEquipmentId , timestamp , msg . toString ( ) ) ; ControlTag commFaultTag = controlTagCache . getCopy ( subEquipmentCache . getCopy ( subEquipmentId ) . getCommFaultTagId ( ) ) ; setCommFaultTag ( commFaultTag . getId ( ) , false , commFaultTag . getValueDescription ( ) , timestamp ) ; } } } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . error ( "Unable to locate a required element within the cache on Alive Timer expiration." , cacheEx ) ; } catch ( NullPointerException nullEx ) { LOGGER . error ( "NullPointer exception caught on Alive Timer expiration." , nullEx ) ; } catch ( IllegalArgumentException argEx ) { LOGGER . error ( "IllegalArgument exception caught on Aliver Timer expiration" , argEx ) ; } } }

Llama a los métodos de procesamiento, equipos o subequipimientos dependiendo del tipo de vida que haya expirado.El método se sincroniza en el objeto de caché de proceso que contiene y atrapa todas las excepciones relacionadas con el caché que pueden ser lanzadas por los métodos privados.


public static PacketFormat generateFromString  ( String str , List < Integer > ids ) { PacketFormat pf = new PacketFormat ( ) ; str = str . trim ( ) ; int i = 0 ; if ( str . charAt ( i ) == '(' ) { List < PartType > idparts = new FastList < PartType > ( ) ; while ( str . charAt ( i ) != ')' ) { if ( str . charAt ( i ) == ' ' ) { i ++ ; if ( i >= str . length ( ) ) return null ; } PartType type = PartTypeManager . getInstance ( ) . getType ( str . substring ( i , i + 1 ) ) ; if ( type != null ) idparts . add ( type ) ; else return null ; i ++ ; if ( i >= str . length ( ) ) return null ; } pf . addIdPartsAtBegining ( idparts , ids ) ; } else return null ; while ( i < str . length ( ) ) { if ( str . charAt ( i ) != '[' ) { i ++ ; for ( Part part : parseForString ( str . substring ( i , str . substring ( i ) . indexOf ( ']' ) ) ) ) { pf . getDataFormat ( ) . getMainBlock ( ) . addPart ( part ) ; while ( str . charAt ( i ) == ' ' ) { i ++ ; if ( i >= str . length ( ) ) return null ; } i ++ ; if ( i >= str . length ( ) ) return null ; } } else if ( str . charAt ( i ) == ' ' ) { i ++ ; if ( i >= str . length ( ) ) return null ; } else { PartType type = PartTypeManager . getInstance ( ) . getType ( str . substring ( i , i + 1 ) ) ; if ( type != null ) pf . getDataFormat ( ) . getMainBlock ( ) . addPart ( new Part ( type , - 1 , "" , "" , "" ) ) ; else return null ; i ++ ; if ( i >= str . length ( ) ) return null ; } } return pf ; }

Formato: (C) CHDFQSSBX [DDD] ^ ID ^ Para ID es obligatorio, se permiten espacios


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


public final synchronized String resolveURI  ( String uri ) throws IOException { if ( fCatalogsChanged ) { parseCatalogs ( ) ; fCatalogsChanged = false ; } return ( fCatalog != null ) ? fCatalog . resolveURI ( uri ) : null ; }

Devuelve la asignación de URI en el catálogo para la referencia URI dada o <código> NULL  si no existe una asignación.La comparación de URI distingue entre mayúsculas y minúsculas.Si la referencia URI es una URN en el espacio de nombres  PublicId , se convierte en un identificador público por URN "desenvolviendo" como se especifica en la especificación de los catálogos XML y luego se realiza la resolución siguiendo la semántica de la resolución de identificador externo.


public static void open  ( @ NotNull Project project ) { updateLastProjectLocation ( project . getBasePath ( ) ) ; if ( WindowManager . getInstance ( ) . isFullScreenSupportedInCurrentOS ( ) ) { IdeFocusManager instance = IdeFocusManager . findInstance ( ) ; IdeFrame lastFocusedFrame = instance . getLastFocusedFrame ( ) ; if ( lastFocusedFrame instanceof IdeFrameEx ) { boolean fullScreen = ( ( IdeFrameEx ) lastFocusedFrame ) . isInFullScreen ( ) ; if ( fullScreen ) { project . putUserData ( SHOULD_OPEN_IN_FULL_SCREEN , TRUE ) ; } } } ProjectManagerEx . getInstanceEx ( ) . openProject ( project ) ; }


Crea los valores esperados de prueba de densidad de probabilidad predeterminada


@ Override protected void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . activity_overview ) ; TelephonyManager telephonyManager = ( ( TelephonyManager ) getSystemService ( Context . TELEPHONY_SERVICE ) ) ; networkOperator = telephonyManager . getNetworkOperatorName ( ) ; if ( savedInstanceState != null ) { peerList = ( ArrayList < Peer > ) savedInstanceState . getSerializable ( "peers" ) ; System . out . println ( "New peerlist: " + peerList ) ; } else { peerList = new ArrayList < > ( ) ; } incomingList = new ArrayList < > ( ) ; outgoingList = new ArrayList < > ( ) ; hashId = getId ( ) ; ( ( TextView ) findViewById ( R . id . peer_id ) ) . setText ( hashId . toString ( ) . substring ( 0 , 4 ) ) ; wanVote = new WanVote ( ) ; outBuffer = ByteBuffer . allocate ( BUFFER_SIZE ) ; mWanVote = ( TextView ) findViewById ( R . id . wanvote ) ; mActivePeers = ( TextView ) findViewById ( R . id . active_peers ) ; mConnectablePeers = ( TextView ) findViewById ( R . id . connectable_peers ) ; mConnectableRatio = ( TextView ) findViewById ( R . id . connectable_ratio ) ; initExitButton ( ) ; try { channel = DatagramChannel . open ( ) ; channel . socket ( ) . bind ( new InetSocketAddress ( DEFAULT_PORT ) ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } updateConnectionType ( ) ; addInitialPeer ( ) ; startListenThread ( ) ; startSendThread ( ) ; showLocalIpAddress ( ) ; initPeerLists ( ) ; if ( savedInstanceState != null ) { updatePeerLists ( ) ; } }

Inicialice las vistas, comience a enviar y recibir hilos si es necesario.


void flush  ( ) { boolean hasFailed = false ; int numberOfFailures = 0 ; do { try { persistResources ( ) ; } catch ( Exception e ) { hasFailed = true ; numberOfFailures ++ ; if ( ! ( numberOfFailures < numberOfRetries ) ) throw new RuntimeException ( ErrorMessage . BULK_PERSIST . getMessage ( resourceTypeId , e . getMessage ( ) ) , e ) ; } } while ( hasFailed ) ; resourcesToPersist . clear ( ) ; currentNumberOfVertices = 0 ; }

Forzar todas las operaciones pendientes en el lote que se comprometerán.


public DateColumn ( ) { this  ( Date . class , 0 , 10 , 0L ) ; }


public void add  ( String key , String value ) { if ( key != null && value != null ) { Object params = urlParamsWithObjects . get ( key ) ; if ( params == null ) { params = new HashSet < String > ( ) ; this . put ( key , params ) ; } if ( params instanceof List ) { ( ( List < Object > ) params ) . add ( value ) ; } else if ( params instanceof Set ) { ( ( Set < Object > ) params ) . add ( value ) ; } } }

Agrega valor de cadena a param que puede tener más de un valor.


private static void populate  ( ) { geometryMap . put ( Point . class , GeometryTypeEnum . POINT ) ; geometryMap . put ( MultiPoint . class , GeometryTypeEnum . POINT ) ; geometryMap . put ( LineString . class , GeometryTypeEnum . LINE ) ; geometryMap . put ( MultiLineString . class , GeometryTypeEnum . LINE ) ; geometryMap . put ( Polygon . class , GeometryTypeEnum . POLYGON ) ; geometryMap . put ( MultiPolygon . class , GeometryTypeEnum . POLYGON ) ; }


@ Override public ASEntityDeclaration createASEntityDeclaration  ( String name ) throws DOMException { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "NOT_SUPPORTED_ERR" , null ) ; throw new DOMException ( DOMException . NOT_SUPPORTED_ERR , msg ) ; }


public MessagesGetHistoryAttachmentsQuery fields  ( List < EnumParam > value ) { return unsafeParam ( "fields" , value ) ; }


@ Override public void onShadowUpdate  ( String jsonState ) { super . onShadowUpdate ( jsonState ) ; }

Esta función maneja los mensajes de actualización recibidos de la sombra.De forma predeterminada, invoca los métodos de ajuste provistos para los atributos anotados del dispositivo.Cuando hay varios cambios de atributo recibidos en una actualización de sombras, el orden de invocar los métodos de ajuste no se definen.Uno puede anular esta función para proporcionar su propia implementación para actualizar el dispositivo.La actualización de la sombra que contiene el Delta (entre el estado "deseado" y el estado 'informado') se pasa como un argumento de entrada.


public Builder proxyPort  ( int proxyPort ) { this . _proxyPort = proxyPort ; return this ; }

Puerta ese servidor proxy para escuchar.Por defecto es 7000.


@ deprecated protected int writeValueAndType  ( boolean hasValue , int value , int node ) { }


public PhotosGetUploadServerQuery albumId  ( Integer value ) { return unsafeParam ( "album_id" , value ) ; }


private static String encodeMetricFilters  ( String metricString , Map < String , String > mapper ) { String finalString = metricString ; int counter = 0 ; int startIndex = 0 ; int endIndex = 0 ; for ( int i = 0 ; i < metricString . length ( ) ; i ++ ) { char currentChar = metricString . charAt ( i ) ; startIndex = ( currentChar == '(' && counter == 0 ) ? i : startIndex ; counter = ( currentChar == '(' ) ? counter + 1 : counter ; if ( currentChar == ')' ) { endIndex = i ; counter = counter - 1 ; } if ( counter == 0 && startIndex != 0 ) { String filterString = metricString . substring ( startIndex , endIndex + 1 ) ; finalString = finalString . replace ( filterString , "-" + startIndex ) ; mapper . put ( "-" + startIndex , filterString ) ; startIndex = 0 ; } } return finalString ; }

Devuelve la cadena de métricas modificadas.Los detalles agregados del filtro métrico se eliminan y se almacenan en Mapper.El filtro métrico se reemplaza por Hashkey que se puede usar para recuperar el filtro del Mapper


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcDPHeal_Instant_HEAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201237 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] Recuperado% DP mediante el uso de [% SkillName].


public String toString  ( ) { return "ClientMaxPrincipal" + Constraint . toString ( principals ) ; }

Devuelve una representación de cadena de este objeto.


public MessagesSendQuery forwardMessages  ( List < String > value ) { return unsafeParam ( "forward_messages" , value ) ; }

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


public static final MediaFormat createVideoFormat  ( String mime , int width , int height ) { MediaFormat format = new MediaFormat ( ) ; format . setString ( KEY_MIME , mime ) ; format . setInteger ( KEY_WIDTH , width ) ; format . setInteger ( KEY_HEIGHT , height ) ; return format ; }


@ Override public void keyReleased  ( KeyEvent e ) { synchronized ( keyLock ) { keysDown . remove ( e . getKeyCode ( ) ) ; } }

Este método no se puede llamar directamente.


public Edge addChildEdge  ( Node parent , Node child ) { nodeCheck ( parent , true ) ; nodeCheck ( child , true ) ; return getEdge ( addChildEdge ( parent . getRow ( ) , child . getRow ( ) ) ) ; }

Agregue un borde infantil entre los nodos dados.


public static boolean isTime  ( String time ) { if ( isEmpty ( time ) ) return defaultEmptyOK ; String hour ; String minute ; String second ; int timeColon1 = time . indexOf ( ":" ) ; int timeColon2 = time . lastIndexOf ( ":" ) ; if ( timeColon1 <= 0 ) return false ; hour = time . substring ( 0 , timeColon1 ) ; if ( timeColon1 == timeColon2 ) { minute = time . substring ( timeColon1 + 1 ) ; second = "0" ; } else { minute = time . substring ( timeColon1 + 1 , timeColon2 ) ; second = time . substring ( timeColon2 + 1 ) ; } return isTime ( hour , minute , second ) ; }

ISTIETE devuelve VERDADERO si el tiempo de argumento de cadena forma un tiempo válido.


public static RuleKey forPlainTarget  ( Label label ) { return new RuleKey ( label ) ; }

Devuelve una llave que identifica un objetivo simple


public int increment  ( ) { lock . lock ( ) ; int newValue = ++ value ; lock . unlock ( ) ; return newValue ; }


public String read  ( ) { switchToTextArea ( ) ; try { return webDriver . findElement ( By . xpath ( ".//body" ) ) . getText ( ) ; } finally { frameSwitcher . switchTo ( "/$cq" ) ; } }

Lee texto completo desde el área de texto y la devuelve.


public MessagesSetChatPhotoQuery ( VkApiClient client , UserActor actor , String file ) { super ( client , "messages.setChatPhoto" , SetChatPhotoResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; file ( file ) ; }

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


public UtilsResolveScreenNameQuery ( VkApiClient client , String screenName ) { super ( client , "utils.resolveScreenName" , DomainResolved . class ) ; screenName ( screenName ) ; }


public boolean isDirty  ( ) throws SVNException  { if ( getStatusFromCache ( ) . isDirty ( ) ) { return true ; } ISVNLocalResource [ ] children = ( ISVNLocalResource [ ] ) members ( new NullProgressMonitor ( ) , ALL_UNIGNORED_MEMBERS ) ; for ( int i = 0 ; i < children . length ; i ++ ) { if ( children [ i ] . isDirty ( ) || children [ i ] . getStatusFromCache ( ) . isMissing ( ) || ( children [ i ] . exists ( ) && ! children [ i ] . isManaged ( ) ) ) { return true ; } } return false ; }

Una carpeta se considera sucia si su estado está sucio o si uno de sus hijos está sucio


public void editRow  ( int index ) { Row r = getRowValue ( index ) ; EditSourceDialog input = showEditDialog ( r . mySource ) ; if ( input . isOK ( ) ) { removeRow ( index ) ; createSource ( input . getUrl ( ) , input . getUiName ( ) ) ; } }

Permita que el usuario edite una fuente.


public EscapedWriter ( Writer fos ) { super ( fos ) ; }

Construye un escapador alrededor del escritor dado.


public static void drawCenteredString  ( Graphics2D g , Rectangle rect , String str ) { UIUtil . drawCenteredString ( g , rect , str ) ; }

Dibuja una cadena centrada en el rectángulo pasado.


public Element generateSimpleElement  ( final Document document , final Object pojo , final List < String > attributes ) throws ParserConfigurationException , IllegalAccessException , InstantiationException { return generateSimpleElement ( document , pojo . getClass ( ) . getSimpleName ( ) , pojo , attributes ) ; }

Genera un elemento XML de este pojo.Traduciendo los campos como se describe en la descripción de la clase.


public ParseLayer ( ConversionData data ) { this . data = data ; instance = this ; }


public PickRequest withRequestType  ( final int pRequestType ) { this . mRequestType = pRequestType ; return this ; }

Establecer un entero de tipo de solicitud.Útil cuando la aplicación tiene diferentes tipos de solicitudes de selección que deben distinguirse al obtener el resultado


public void write  ( String id , String bundle ) { SQLiteDatabase db = this . getWritableDatabase ( ) ; ContentValues values = new ContentValues ( ) ; values . put ( KEY_ID , id ) ; values . put ( KEY_BUNDLE , bundle ) ; db . replace ( TABLE_BUNDLES , null , values ) ; db . close ( ) ; }

Escribe una fila con valores | ID |, | BUNDLE |a la base de datos.


private double doRemove  ( int index ) { keys [ index ] = 0 ; states [ index ] = REMOVED ; final double previous = values [ index ] ; values [ index ] = missingEntries ; -- size ; ++ count ; return previous ; }

Retire un elemento en el índice especificado.


public static RegexSpacePredicate regex  ( String pattern ) { return new RegexSpacePredicate ( pattern ) ; }

Crea un predicado regex que utiliza el valor esperado especificado.


private void computeVectors  ( Matrix3f mat , Vector3f vect , int index1 , int index2 , int index3 ) { Vector3f vectorU = new Vector3f ( ) , vectorV = new Vector3f ( ) ; Vector3f . generateComplementBasis ( vectorU , vectorV , vect ) ; Vector3f tempVect = mat . mult ( vectorU ) ; float p00 = eigenValues [ index3 ] - vectorU . dot ( tempVect ) ; float p01 = vectorV . dot ( tempVect ) ; float p11 = eigenValues [ index3 ] - vectorV . dot ( mat . mult ( vectorV ) ) ; float invLength ; float max = FastMath . abs ( p00 ) ; int row = 0 ; float fAbs = FastMath . abs ( p01 ) ; if ( fAbs > max ) { max = fAbs ; } fAbs = FastMath . abs ( p11 ) ; if ( fAbs > max ) { max = fAbs ; row = 1 ; } if ( max >= FastMath . ZERO_TOLERANCE ) { if ( row == 0 ) { invLength = FastMath . invSqrt ( p00 * p00 + p01 * p01 ) ; p00 *= invLength ; p01 *= invLength ; vectorU . mult ( p01 , eigenVectors [ index3 ] ) . addLocal ( vectorV . mult ( p00 ) ) ; } else { invLength = FastMath . invSqrt ( p11 * p11 + p01 * p01 ) ; p11 *= invLength ; p01 *= invLength ; vectorU . mult ( p11 , eigenVectors [ index3 ] ) . addLocal ( vectorV . mult ( p01 ) ) ; } } else { if ( row == 0 ) { eigenVectors [ index3 ] = vectorV ; } else { eigenVectors [ index3 ] = vectorU ; } } Vector3f vectorS = vect . cross ( eigenVectors [ index3 ] ) ; mat . mult ( vect , tempVect ) ; p00 = eigenValues [ index1 ] - vect . dot ( tempVect ) ; p01 = vectorS . dot ( tempVect ) ; p11 = eigenValues [ index1 ] - vectorS . dot ( mat . mult ( vectorS ) ) ; max = FastMath . abs ( p00 ) ; row = 0 ; fAbs = FastMath . abs ( p01 ) ; if ( fAbs > max ) { max = fAbs ; } fAbs = FastMath . abs ( p11 ) ; if ( fAbs > max ) { max = fAbs ; row = 1 ; } if ( max >= FastMath . ZERO_TOLERANCE ) { if ( row == 0 ) { invLength = FastMath . invSqrt ( p00 * p00 + p01 * p01 ) ; p00 *= invLength ; p01 *= invLength ; eigenVectors [ index1 ] = vect . mult ( p01 ) . add ( vectorS . mult ( p00 ) ) ; } else { invLength = FastMath . invSqrt ( p11 * p11 + p01 * p01 ) ; p11 *= invLength ; p01 *= invLength ; eigenVectors [ index1 ] = vect . mult ( p11 ) . add ( vectorS . mult ( p01 ) ) ; } } else { if ( row == 0 ) { eigenVectors [ index1 ] . set ( vectorS ) ; } else { eigenVectors [ index1 ] . set ( vect ) ; } } eigenVectors [ index3 ] . cross ( eigenVectors [ index1 ] , eigenVectors [ index2 ] ) ; }

Calcular los efervectores de la matriz dada, utilizando el


static public Text createTextField  ( Composite parent ) { Text text = new Text ( parent , SWT . SINGLE | SWT . BORDER ) ; GridData data = new GridData ( GridData . FILL_HORIZONTAL ) ; data . verticalAlignment = GridData . CENTER ; data . grabExcessVerticalSpace = false ; data . widthHint = IDialogConstants . ENTRY_FIELD_WIDTH ; text . setLayoutData ( data ) ; return text ; }

Crear un campo de texto específico para esta aplicación


@ Override public synchronized void reset  ( ) throws IOException  { if ( ! markSupported ) { throw new UnsupportedOperationException ( "Mark not supported" ) ; } if ( mark < 0 ) { throw new IOException ( "No position has been marked" ) ; } if ( position > mark + readlimit ) { throw new IOException ( "Marked position [" + mark + "] is no longer valid - passed the read limit [" + readlimit + "]" ) ; } position = mark ; eof = false ; }

Reinicie la corriente hasta el punto en que se llamó por última vez la marca.


@ Override public void readAttributes  ( DataSourceAttributeListInterface attributeData ) { }


public Object nextValue  ( ) { char c = lookAhead ( ) ; switch ( c ) { case '"' : return nextString ( ) ; case '{' : return nextObject ( ) ; case '[' : return nextArray ( ) ; } String s = nextToken ( ) ; return tokenToValue ( s ) ; }

Obtenga el siguiente valor.El valor puede ser un booleano, doble, entero, lista, mapa, largo o cadena o nulo.


void registerTap  ( ) { if ( isPromoAvailable ( ) ) { DisableablePromoTapCounter promoTapCounter = getPromoTapCounter ( ) ; if ( promoTapCounter . isEnabled ( ) ) { promoTapCounter . increment ( ) ; } } int tapsSinceOpen = mPreferenceManager . getContextualSearchTapCount ( ) ; mPreferenceManager . setContextualSearchTapCount ( ++ tapsSinceOpen ) ; if ( isUserUndecided ( ) ) { ContextualSearchUma . logTapsSinceOpenForUndecided ( tapsSinceOpen ) ; } else { ContextualSearchUma . logTapsSinceOpenForDecided ( tapsSinceOpen ) ; } }

Registra que un grifo ha tenido lugar al incrementar los contadores de seguimiento de grifos.


public String plus  ( Object value ) { return this . theString + value ; }

Método bastante simple utilizado para la concatenación base más (+) en Groovy.


public WallPostQuery lng  ( Float value ) { return unsafeParam ( "long" , value ) ; }

Longitud geográfica de un check-in, en grados (de -180 a 180).


Item newMethodItem  ( final String owner , final String name , final String desc , final boolean itf ) { int type = itf ? IMETH : METH ; key3 . set ( type , owner , name , desc ) ; Item result = get ( key3 ) ; if ( result == null ) { put122 ( type , newClass ( owner ) , newNameType ( name , desc ) ) ; result = new Item ( index ++ , key3 ) ; put ( result ) ; } return result ; }

Agrega una referencia de método al grupo constante de la estructura de la clase.No hace nada si el grupo constante ya contiene un artículo similar.


public SimplePointChecker ( final double relativeThreshold , final double absoluteThreshold , final int maxIter ) { super ( relativeThreshold , absoluteThreshold ) ; if ( maxIter <= 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_SMALL_BOUND_EXCLUDED , maxIter , 0 ) ; } maxIterationCount = maxIter ; }

Construye una instancia con umbrales específicos.Para realizar solo controles relativos, la tolerancia absoluta debe establecerse en un valor negativo.Para realizar solo verificaciones absolutas, la tolerancia relativa debe establecerse en un valor negativo.


public void openDatabase  ( ) throws SQLException  { myDataBase = getWritableDatabase ( ) ; }

Establecer la instancia de la base de datos


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

ID del archivo de audio después de colocar el archivo de audio.


@ Override protected void normalizeWhitespace  ( XMLString value ) { int end = value . offset + value . length ; for ( int i = value . offset ; i < end ; ++ i ) { int c = value . ch [ i ] ; if ( XMLChar . isSpace ( c ) ) { value . ch [ i ] = ' ' ; } } }

Normalizar el espacio en blanco en una pantalla XMLString convertir todos los caracteres de espacio en blanco para espaciar caracteres.


public QueryString add  ( String o , String n ) { int i1 = getInt ( o ) ; int i2 = getInt ( n ) ; set ( o , i1 + i2 ) ; q = null ; return this ; }


public List < BoxFile > listFiles  ( String folderId ) throws BoxSDKServiceException  { try { BoxFolder folder = new BoxFolder ( getBoxAPIConnection ( ) , folderId ) ; List < BoxFile > files = new ArrayList < > ( ) ; for ( BoxItem . Info itemInfo : folder ) { if ( itemInfo instanceof BoxFile . Info ) { BoxFile . Info fileInfo = ( BoxFile . Info ) itemInfo ; files . add ( fileInfo . getResource ( ) ) ; } } return files ; } catch ( BoxAPIException e ) { String msg = "Can't list files in folder, id: " + folderId ; logger . error ( msg , e ) ; throw new BoxSDKServiceException ( msg , e ) ; } }


public ParameterRef newParameterRef  ( Type paramType , int number ) { return new ParameterRef ( paramType , number ) ; }

Construye un parameterf (SOOTMethod, int) gramática.


public static float calculateDistance  ( float x1 , float y1 , float x2 , float y2 ) { final float side1 = x2 - x1 ; final float side2 = y2 - y1 ; return ( float ) Math . sqrt ( side1 * side1 + side2 * side2 ) ; }

Calcula la distancia entre dos puntos (X1, Y1) y (x2, Y2).


public Result decodeWithState  ( BinaryBitmap image ) throws NotFoundException { if ( readers == null ) { setHints ( null ) ; } return decodeInternal ( image ) ; }

Decodifique una imagen utilizando el estado configurado llamando a los sethints () anteriormente.Los clientes de escaneo continuo obtendrán un aumento de velocidad <b> grande </ b> usando esto en lugar de decodificar ().


private void doUpdate  ( ) throws XMLStreamException , IOException  { XMLEventReader reader = null ; XMLEventWriter writer = null ; Properties metadata = new Properties ( ) ; try { writer = outputFactory . createXMLEventWriter ( new BufferedWriter ( new FileWriter ( destFile , false ) ) ) ; reader = inputFactory . createXMLEventReader ( new FileReader ( sourceFile ) ) ; while ( reader . hasNext ( ) ) { final XMLEvent xmlEvent = reader . nextEvent ( ) ; if ( xmlEvent . isStartElement ( ) && isImportQName ( xmlEvent . asStartElement ( ) . getName ( ) ) ) { processImportElement ( xmlEvent . asStartElement ( ) , writer , metadata ) ; continue ; } if ( xmlEvent . isEndElement ( ) && isImportQName ( xmlEvent . asEndElement ( ) . getName ( ) ) ) { continue ; } if ( xmlEvent instanceof Comment ) { continue ; } if ( xmlEvent . isCharacters ( ) ) { if ( xmlEvent . asCharacters ( ) . isWhiteSpace ( ) || xmlEvent . asCharacters ( ) . isIgnorableWhiteSpace ( ) ) { continue ; } } writer . add ( xmlEvent ) ; if ( xmlEvent . isStartDocument ( ) ) { writer . add ( eventFactory . createComment ( "\nThis file is machine-generated. DO NOT MODIFY IT!\n" ) ) ; } } storeFileModifications ( metadata , metaDataFile ) ; } finally { if ( writer != null ) { try { writer . close ( ) ; } catch ( Exception ignored ) { } } if ( reader != null ) { try { reader . close ( ) ; } catch ( Exception ignored ) { } } } }

Este método procesa el archivo de origen, reemplazando todas las etiquetas 'Importar' por los datos de los archivos relevantes.


@ SuppressLint ( "EmptyCatchBlock" ) void rebuild  ( ) { if ( mJournalWriter != null ) { closeQuietly ( mJournalWriter ) ; } Writer writer = null ; try { ArrayList < Entry > entries = mCache . getEntryCollection ( ) ; mLineCount = entries . size ( ) ; writer = new BufferedWriter ( new OutputStreamWriter ( new FileOutputStream ( mJournalFileTmp ) , US_ASCII ) ) ; for ( Entry entry : entries ) { if ( entry . isReadable ( ) ) { writer . write ( CLEAN_ENTRY_PREFIX + ' ' + entry . getKey ( ) + ' ' + String . valueOf ( entry . getLengthInBytes ( ) ) + '\n' ) ; } else { writer . write ( DIRTY_ENTRY_PREFIX + ' ' + entry . getKey ( ) + '\n' ) ; } } writer . flush ( ) ; if ( mJournalFile . exists ( ) ) { mJournalFile . renameTo ( mJournalFileBackup ) ; } mJournalFileTmp . renameTo ( mJournalFile ) ; createJournalWriter ( ) ; mJournalFileBackup . delete ( ) ; } catch ( IOException ignored ) { } finally { closeQuietly ( writer ) ; } }

Crea una nueva revista que omite entradas de diario redundantes.Esto reemplaza la revista actual si existe.


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

Instantánea un nuevo campoConfigsymbolType.


@ Override public void pcdata  ( Augmentations augmentations ) throws XNIException { }

La aparición de "#pcdata" dentro de un grupo que significa un modelo de contenido mixto.Este método será el primero llamado siguiendo el <código> STARTGROUP () </ CODE>.


public WilcoxonSignedRankTest ( ) { naturalRanking = new NaturalRanking ( NaNStrategy . FIXED , TiesStrategy . AVERAGE ) ; }

Cree una instancia de prueba donde las NAN se queden en su lugar y los vínculos obtengan el promedio de las filas aplicables.Use esto a menos que esté muy seguro de lo que está haciendo.


@ Override public XPathMatcher activateField  ( Field field , int initialDepth ) { ValueStore valueStore = fValueStoreCache . getValueStoreFor ( field . getIdentityConstraint ( ) , initialDepth ) ; XPathMatcher matcher = field . createMatcher ( valueStore ) ; fMatcherStack . addMatcher ( matcher ) ; matcher . startDocumentFragment ( ) ; return matcher ; }

Solicitud para activar el campo especificado.Este método devuelve el matador para el campo.


public WallPostQuery signed  ( Boolean value ) { return unsafeParam ( "signed" , value ) ; }

Se firmará la publicación con el nombre del usuario de publicación solo para publicaciones en comunidades con "FROM_GROUP"


public WallEditQuery lng  ( Float value ) { return unsafeParam ( "long" , value ) ; }

Longitud geográfica del check-in, en grados (de -180 a 180).


public void timeToSpeech  ( String time ) { String theTime = timeToString ( time ) ; if ( theTime != null ) { textToSpeech ( theTime ) ; } else { throw new IllegalArgumentException ( "Bad time format" ) ; } }

Habla el tiempo dado.El tiempo debe estar en la forma exacta HH: MM donde HH es la hora 00 a 23, y MM es el minuto 00 a 59.


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; if ( ! ( backend instanceof RemoteMethodControl ) ) { throw new InvalidObjectException ( "ConstrainableTxnMgrProxy.readObject failure - backend " + "does not implement constrainable functionality " ) ; } }

Realiza varias funciones relacionadas con el proceso de verificación de fideicomiso para la instancia actual de esta clase de proxy, como se detalla en la descripción de esta clase.


protected void checkContractExpand  ( double contraction , double expansion ) throws MathIllegalArgumentException { if ( contraction < expansion ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . CONTRACTION_CRITERIA_SMALLER_THAN_EXPANSION_FACTOR , contraction , expansion ) ; } if ( contraction <= 1 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . CONTRACTION_CRITERIA_SMALLER_THAN_ONE , contraction ) ; } if ( expansion <= 1 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . EXPANSION_FACTOR_SMALLER_THAN_ONE , expansion ) ; } }

Comprueba el factor de expansión y el criterio de contracción y plantea una excepción si el criterio de contracción es menor que el criterio de expansión.


public void destroyView  ( ) throws CanceledException  { MeganProperties . removePropertiesListListener ( getJMenuBar ( ) . getRecentFilesListener ( ) ) ; super . destroyView ( ) ; }


@ Override public double doubleValue  ( ) { return ( double ) numerator / ( double ) denominator ; }

Obtiene la fracción como un <tt> doble </ tt>.Esto calcula la fracción como el numerador dividido por el denominador.


public FaveAddLinkQuery ( VkApiClient client , UserActor actor , String link ) { super ( client , "fave.addLink" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; link ( link ) ; }

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


@ Override public boolean isRuleResult  ( ) { return true ; }

Compruebe si este DataTag es el resultado de una regla.Las reglas son etiquetas de Tim internas en lugar de las marcas de datos regulares que se adquieren de una fuente externa.


public boolean contains  ( int i ) { return ( i >= startLine && i <= endLine ) ; }

Respuesta Verdadero Si el receptor contiene el número de línea dado, falso de lo contrario.


public void assertMatches  ( String errorMessage , String stringToMatch , String regex ) { assertTrue ( errorMessage , stringToMatch . matches ( regex ) ) ; }

Compruebe si se proporciona coincidencias de cadena REGEX


Writer write  ( Writer writer , int indentFactor , int indent ) throws JSONException { try { boolean commanate = false ; final int length = this . length ( ) ; Iterator < String > keys = this . keys ( ) ; writer . write ( '{' ) ; if ( length == 1 ) { Object key = keys . next ( ) ; writer . write ( quote ( key . toString ( ) ) ) ; writer . write ( ':' ) ; if ( indentFactor > 0 ) { writer . write ( ' ' ) ; } writeValue ( writer , this . map . get ( key ) , indentFactor , indent ) ; } else if ( length != 0 ) { final int newindent = indent + indentFactor ; while ( keys . hasNext ( ) ) { Object key = keys . next ( ) ; if ( commanate ) { writer . write ( ',' ) ; } if ( indentFactor > 0 ) { writer . write ( '\n' ) ; } indent ( writer , newindent ) ; writer . write ( quote ( key . toString ( ) ) ) ; writer . write ( ':' ) ; if ( indentFactor > 0 ) { writer . write ( ' ' ) ; } writeValue ( writer , this . map . get ( key ) , indentFactor , newindent ) ; commanate = true ; } if ( indentFactor > 0 ) { writer . write ( '\n' ) ; } indent ( writer , indent ) ; } writer . write ( '}' ) ; return writer ; } catch ( IOException exception ) { throw new JSONException ( exception ) ; } }

Escriba los contenidos del JSONOBJECT como texto JSON a un escritor.Para la compacidad, no se agrega espacio en blanco.<p> ADVERTENCIA: Este método asume que la estructura de datos es acicaque.


@ Override public LeafNode locateLeaf  ( DataType key , boolean findFirst ) { return null ; }

Vea la documentación de bplusnode # locateleaf.


protected static ObjectReader init  ( CsvSchema filterCsvSchema ) { return new CsvMapper ( ) . disable ( CsvParser . Feature . WRAP_AS_ARRAY ) . readerFor ( String [ ] . class ) . with ( filterCsvSchema ) ; }


public boolean hasPurchase  ( String sku ) { return mPurchaseMap . containsKey ( sku ) ; }

Devuelve si existe o no una compra del producto dado.


@ SuppressWarnings ( "unchecked" ) private String addKeyToCacheAndReturnKey  ( String key , String languageId ) { List < String > keyList = ( List < String > ) LanguageListCacheGroupHandler . getInstance ( ) . get ( Configuration . CacheListKeysWithoutValue + languageId ) ; if ( ! keyList . contains ( key ) ) { keyList . add ( key ) ; } if ( ! Configuration . isValueOfKeyEmptyShowKey ( ) ) { if ( Configuration . isReplacementValueAnEmptyString ( ) ) { key = "" ; } else { key = Configuration . getReplacementValueIfValueIsEmpty ( ) ; } } return key ; }

Agregar clave sin valor a una lista de caché por idioma, por lo que se puede mostrar en el portlet


public static SM_SYSTEM_MESSAGE STR_FORCE_INVITE_PARTY_HIM  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300969 , value0 , value1 ) ; }


public boolean hasNext  ( ) { return ! error && iterator . hasNext ( ) ; }

Devuelve <tt> true </ tt> si la iteración tiene más elementos.(En otras palabras, devuelve <tt> true </ tt> si <tt> Siguiente </ tt> devolvería un elemento en lugar de lanzar una excepción).


protected Object entryInitialFlow  ( ) { FlowSet entrySet = ( FlowSet ) emptySet . emptySet ( ) ; entrySet . add ( TopConstant . v ( ) ) ; return entrySet ; }

Si un nodo se ha vaciado en conjuntos, asumimos que no es accesible.Por lo tanto, inicializamos los conjuntos de entrada para no vacíos para indicar que son accesibles.


public int recycleItems  ( LinearLayout layout , int firstItem , ItemsRange range ) { int index = firstItem ; for ( int i = 0 ; i < layout . getChildCount ( ) ; ) { if ( ! range . contains ( index ) ) { recycleView ( layout . getChildAt ( i ) , index ) ; layout . removeViewAt ( i ) ; if ( i == 0 ) { firstItem ++ ; } } else { i ++ ; } index ++ ; } return firstItem ; }

Artículos reciclados de diseño específico.Solo hay artículos guardados no incluidos en el rango específico.Todos los artículos en caché se eliminan del diseño original.


public < T > Constant < T > constant  ( String name , T constant ) { return new Constant < T > ( name , constant ) ; }


public static IntIterator rows  ( Table t , Predicate p ) { IntIterator iter = null ; iter = getOptimizedIterator ( t , p ) ; if ( iter == null ) { iter = new FilterRowIterator ( t . rows ( ) , t , p ) ; } return iter ; }

Obtenga un iterador filtrado sobre las filas en la tabla dada, filtrada por el predicado dado.


private void initPresenter  ( ) { this . searchBarPresenter = new SearchBarImplementor ( this ) ; this . messageManagePresenter = new MessageManageImplementor ( this ) ; this . pagerManagePresenter = new PagerManageImplementor ( pagerManageModel , this ) ; }