public ShapelessMaterialRecipe ( ItemStack output , Object ... input ) { this . output = output ; this . matchers = new ArrayList < > ( ) ; for ( Object obj : input ) { if ( obj instanceof Predicate ) { matchers . add ( ( Predicate < ItemStack > ) obj ) ; } else if ( obj instanceof ItemStack ) { matchers . add ( ItemStackDictionary . matcherOf ( ( ItemStack ) obj ) ) ; } else if ( obj instanceof Item ) { matchers . add ( ItemStackDictionary . matcherOf ( new ItemStack ( ( Item ) obj ) ) ) ; } else if ( obj instanceof Block ) { matchers . add ( ItemStackDictionary . matcherOf ( new ItemStack ( ( Block ) obj ) ) ) ; } else if ( obj instanceof String ) { matchers . add ( Dictionaries . MATERIALS . get ( ( String ) obj ) ) ; } } }

Crea una nueva receta de material sin forma.


public static LocationHabitatFragment newInstance  ( long loc_id ) { LocationHabitatFragment fragment = new LocationHabitatFragment ( ) ; Bundle args = new Bundle ( ) ; args . putLong ( ARG_LOCATION_ID , loc_id ) ; fragment . setArguments ( args ) ; return fragment ; }

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


protected boolean inExtensionNamespace  ( ) { boolean inExtension = false ; Enumeration elements = namespaceStack . elements ( ) ; while ( ! inExtension && elements . hasMoreElements ( ) ) { String ns = ( String ) elements . nextElement ( ) ; if ( ns == null ) { inExtension = true ; } else { inExtension = ( ! ns . equals ( tr9401NamespaceName ) && ! ns . equals ( namespaceName ) ) ; } } return inExtension ; }

¿Estamos en un espacio de nombres de extensión?


public WallCreateCommentQuery fromGroup  ( Boolean value ) { return unsafeParam ( "from_group" , value ) ; }

Publicar el comentario a partir de la comunidad;


public boolean isCauseOf  ( Throwable exception ) { return TaggedIOException . isTaggedWith ( exception , tag ) ; }

Pruebas si la excepción dada fue causada por esta corriente.


public void resetData  ( ) { this . style = null ; this . styledLayer = null ; this . featureTypeStyle = null ; this . rule = null ; this . symbolizer = null ; this . selectedFTSIndex = - 1 ; this . selectedRuleIndex = - 1 ; this . selectedSymbolizerIndex = - 1 ; this . selectedStyledLayerIndex = - 1 ; this . selectedStyleIndex = - 1 ; this . validSymbolMap . clear ( ) ; }


static VersionNumber identifySymbianVersion  ( final String userAgent ) { VersionNumber version = VersionNumber . UNKNOWN ; final Pattern pattern = Pattern . compile ( "SymbianOS/((\\d+)((\\.\\d+)+)?s?)" ) ; final Matcher m = pattern . matcher ( userAgent ) ; if ( m . find ( ) ) { version = parseFirstVersionNumber ( m . group ( MAJOR_INDEX ) ) ; } return version ; }

Este método intenta determinar el número de versión del sistema operativo <i> Symbian </ i> con mayor precisión.


public StreamResult ( Writer writer ) { setWriter ( writer ) ; }

Construir una transmisión de un flujo de carácter.Normalmente, se debe usar una corriente en lugar de un lector, de modo que el transformador pueda usar las instrucciones contenidas en las instrucciones de transformación para controlar la codificación.Sin embargo, hay ocasiones en que es útil escribir en un flujo de caracteres, como cuando se utiliza un stringwriter.


private static boolean contains  ( String group , String member ) { String quote = Pattern . quote ( member ) ; Pattern pattern = Pattern . compile ( "," + quote + "$|^" + quote + ",|^" + quote + "$" + "|," + quote + "," ) ; Matcher matcher = pattern . matcher ( group ) ; return matcher . find ( ) ; }

Devuelve VERDADERO si se encuentra ", Miembro," |", Member $" |"^ Miembro," |"^ Member $"


public boolean exist  ( ) { return productionRun != null ; }

Prueba si existe la producción de producción.


public void close  ( ) { try { os . flush ( ) ; os . close ( ) ; System . out . println ( "Wrote synthesized speech to " + path ) ; } catch ( IOException ioe ) { ioe . printStackTrace ( ) ; } }

Espera toda la reproducción de audio para detener, y cierra este audioplayer.


public Zqrd ( Zmat A ) throws JampackException { Zhqrd hqr ; A . getProperties ( ) ; if ( A . HQR == null ) { hqr = new Zhqrd ( A ) ; } else { hqr = A . HQR ; } R = hqr . R ; if ( A . nr > A . nc ) { R = new Zutmat ( Merge . o21 ( R , new Zmat ( A . nr - A . nc , A . nc ) ) ) ; } Q = Eye . o ( A . nr ) ; for ( int k = hqr . ntran - 1 ; k >= 0 ; k -- ) { House . ua ( hqr . U [ k ] , Q , k + A . bx , A . rx , k + A . bx , A . rx ) ; } }


private int distBetweenPoints  ( int x1 , int z1 , int x2 , int z2 , boolean bAllowDiags ) { int w = Math . abs ( x2 - x1 ) ; int h = Math . abs ( z2 - z1 ) ; if ( bAllowDiags ) { if ( w < h ) w = 0 ; else h = 0 ; } return w + h + 1 ; }

Calcule el número de celdas en la ruta más corta entre (X1, Z1) y (X2, Z2)


public static void o  ( Z1 z , int w , int d ) { int n = z . n ; int ww = w + d + 10 ; int ncp = ( Parameters . PageWidth ) / ww ; int jl = 0 ; while ( jl < n ) { int ju = Math . min ( n , jl + ncp ) ; System . out . print ( "\n" ) ; String head = "" ; for ( int j = jl ; j < ju ; j ++ ) { head = Integer . toString ( j ) ; while ( head . length ( ) < ww ) head = " " + head ; System . out . print ( head ) ; } System . out . print ( "\n" ) ; for ( int j = jl ; j < ju ; j ++ ) { System . out . print ( ZtoEstring ( new Z ( z . re [ j ] , z . im [ j ] ) , w , d ) ) ; } System . out . print ( "\n" ) ; jl = jl + ncp ; } }


public boolean isCacheValid  ( int row ) { return m_valid . get ( row ) ; }

Compruebe si esta expresión de expresión tiene un valor en caché válido en la fila dada.


protected Map createLexicon  ( InputStream is , boolean binary , int estimatedSize ) throws IOException { if ( binary ) { if ( useNewIO && is instanceof FileInputStream ) { FileInputStream fis = ( FileInputStream ) is ; return loadMappedBinaryLexicon ( fis , estimatedSize ) ; } else { DataInputStream dis = new DataInputStream ( new BufferedInputStream ( is ) ) ; return loadBinaryLexicon ( dis , estimatedSize ) ; } } else { return loadTextLexicon ( is , estimatedSize ) ; } }

Lea el flujo de entrada dado como los datos de LEXICON y devuelve los resultados en un MAP </ CODE>.


private JsonWriter close  ( int empty , int nonempty , String closeBracket ) throws IOException { int context = peek ( ) ; if ( context != nonempty && context != empty ) { throw new IllegalStateException ( "Nesting problem." ) ; } if ( deferredName != null ) { throw new IllegalStateException ( "Dangling name: " + deferredName ) ; } stackSize -- ; if ( context == nonempty ) { newline ( ) ; } out . write ( closeBracket ) ; return this ; }

Cierra el alcance actual al agregar cualquier espacio en blanco necesario y el soporte dado.


public static boolean isPhiExpr  ( Value value ) { return ( value instanceof PhiExpr ) ; }

Devuelve VERDADERO si el valor es una expresión de PHI, False de lo contrario.


static boolean collectProjectFilesFromDirectory  ( Collection < File > files , File directory , Set < String > directoriesVisited , boolean nestedProjects , IProgressMonitor monitor ) throws InterruptedException { if ( monitor . isCanceled ( ) ) { throw new InterruptedException ( ) ; } if ( directory == null ) { return true ; } File [ ] contents = directory . listFiles ( ) ; if ( contents == null ) { return false ; } if ( directoriesVisited == null ) { directoriesVisited = new HashSet < > ( ) ; try { directoriesVisited . add ( directory . getCanonicalPath ( ) ) ; } catch ( IOException exception ) { } } final String dotProject = IProjectDescription . DESCRIPTION_FILE_NAME ; List < File > directories = new ArrayList < > ( ) ; for ( File file : contents ) { if ( file . isDirectory ( ) ) { directories . add ( file ) ; } else if ( file . getName ( ) . equals ( dotProject ) && file . isFile ( ) ) { files . add ( file ) ; if ( ! nestedProjects ) { return true ; } } } for ( File dir : directories ) { if ( ! dir . getName ( ) . equals ( METADATA_FOLDER ) ) { try { String canonicalPath = dir . getCanonicalPath ( ) ; if ( ! directoriesVisited . add ( canonicalPath ) ) { continue ; } } catch ( IOException exception ) { } collectProjectFilesFromDirectory ( files , dir , directoriesVisited , nestedProjects , monitor ) ; } } return true ; }

Recoge la lista de archivos .project que están en el directorio en archivos.Copiado de org.eclipse.ui.internal.wizards.datatransfer.wizardprojectsimportpage


private void startSession  ( Session session , Json json ) { String namespace = json . at ( NAMESPACE ) . asString ( ) ; MindmapsGraph graph = getGraph . apply ( namespace ) ; GraqlSession graqlSession = new GraqlSession ( session , graph ) ; sessions . put ( session , graqlSession ) ; }


int compareColumnValue  ( int columnNumber , LogEntryChangePath p1 , LogEntryChangePath p2 ) { switch ( columnNumber ) { case COL_ACTION : return getCollator ( ) . compare ( "" + p1 . getAction ( ) , "" + p2 . getAction ( ) ) ; case COL_PATH : return getCollator ( ) . compare ( p1 . getPath ( ) , p2 . getPath ( ) ) ; case COL_DESCRIPTION : String d1 ; String d2 ; if ( p1 . getCopySrcPath ( ) != null ) { d1 = Policy . bind ( "ChangePathsTableProvider.copiedfrom" , p1 . getCopySrcPath ( ) , p1 . getCopySrcRevision ( ) . toString ( ) ) ; } else { d1 = "" ; } if ( p2 . getCopySrcPath ( ) != null ) { d2 = Policy . bind ( "ChangePathsTableProvider.copiedfrom" , p2 . getCopySrcPath ( ) , p2 . getCopySrcRevision ( ) . toString ( ) ) ; } else { d2 = "" ; } return getCollator ( ) . compare ( d1 , d2 ) ; default : return 0 ; } }

Compara dos marcadores, basándose solo en el valor de la columna especificada.


public boolean isApplicable  ( ) { return true ; }

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


public Insn ( int opc , int val ) throws jasError { this . opc = opc ; switch ( opc ) { case opc_bipush : operand = new ByteOperand ( val ) ; break ; case opc_sipush : operand = new ShortOperand ( val ) ; break ; case opc_newarray : operand = new UnsignedByteOperand ( val ) ; break ; case opc_ret : case opc_iload : case opc_lload : case opc_fload : case opc_dload : case opc_aload : case opc_istore : case opc_lstore : case opc_fstore : case opc_dstore : case opc_astore : operand = new UnsignedByteWideOperand ( val ) ; break ; default : throw new jasError ( opcNames [ opc ] + " does not take a numeric argument" ) ; } }

Instrucciones que toman un argumento numérico único.Estos son opc_bippush, opc_sipush, opc_ret, opc_load, opc_load, opc_fload, opc_dload, opc_aload, opc_istore, opc_lstore, opc_fstore, opc_dstore, opc_astore, opc_newarray Nota que un prefijo adicional se agrega automáticamente para las siguientes instrucciones si el argumento numérico es mayor que 256. También tenga en cuenta que, si bien la especificación no hace mención de OPC_RET como un código de opso "anchoo", así es como se implementa la máquina virtual.opc_ret: opc_load: opc_load: opc_fload: opc_dload: opc_aload: opc_istore: opc_lstore: opc_fstore: opc_dstore: opc_astore: opc_astore:


public static void hideFragment  ( Activity activity , int containerViewId , Fragment previousFragment , Fragment newFragment , Bundle bundle , boolean canBack ) { FragmentTransaction mFragmentTransaction = activity . getFragmentManager ( ) . beginTransaction ( ) ; if ( bundle != null ) { newFragment . setArguments ( bundle ) ; } if ( null != previousFragment ) { mFragmentTransaction . hide ( previousFragment ) ; } mFragmentTransaction . add ( containerViewId , newFragment , newFragment . getClass ( ) . getName ( ) ) ; if ( canBack && previousFragment != null ) { mFragmentTransaction . addToBackStack ( newFragment . getClass ( ) . getName ( ) ) ; } mFragmentTransaction . commit ( ) ; }

Oculta un fragmento existente.Esto solo es relevante para fragmentos cuyas vistas se han agregado a un contenedor, ya que esto hará que la vista se oculte.


private void sendPunctureRequest  ( Peer peer , Peer puncturePeer ) throws IOException { PunctureRequest request = new PunctureRequest ( hashId , peer . getAddress ( ) , internalSourceAddress , puncturePeer ) ; sendMesssage ( request , peer ) ; }


public void addDims  ( Dims node ) { List < Dims > list = ( parent == null || state == null ) ? getDimsListNoTransform ( ) : getDimsList ( ) ; list . addChild ( node ) ; }


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


public static SM_SYSTEM_MESSAGE STR_GATHER_FAIL_4_FISHING  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330024 , value0 ) ; }


void checkNormalizationAfterInsert  ( ChildNode insertedChild ) { if ( insertedChild . getNodeType ( ) == Node . TEXT_NODE ) { ChildNode prev = insertedChild . previousSibling ( ) ; ChildNode next = insertedChild . nextSibling ; if ( ( prev != null && prev . getNodeType ( ) == Node . TEXT_NODE ) || ( next != null && next . getNodeType ( ) == Node . TEXT_NODE ) ) { isNormalized ( false ) ; } } else { if ( ! insertedChild . isNormalized ( ) ) { isNormalized ( false ) ; } } }

Comprueba el estado normalizado de este nodo después de insertar a un niño.Si el niño insertado hace que este nodo sea innormalizado, entonces este nodo está marcado en consecuencia.Las condiciones para cambiar el estado normalizado son: <ul> <li> El niño insertado es un nodo de texto y uno de sus hermanos adyacentes también es un nodo de texto.<li> El niño insertado es en sí mismo no normalizado.</ ul>


@ Override protected void checkUnboundNamespacePrefixedNode  ( Node node ) throws IOException { if ( fNamespaces ) { if ( DEBUG ) { System . out . println ( "==>serializeNode(" + node . getNodeName ( ) + ") [Entity Reference - Namespaces on]" ) ; System . out . println ( "==>Declared Prefix Count: " + fNSBinder . getDeclaredPrefixCount ( ) ) ; System . out . println ( "==>Node Name: " + node . getNodeName ( ) ) ; System . out . println ( "==>First Child Node Name: " + node . getFirstChild ( ) . getNodeName ( ) ) ; System . out . println ( "==>First Child Node Prefix: " + node . getFirstChild ( ) . getPrefix ( ) ) ; System . out . println ( "==>First Child Node NamespaceURI: " + node . getFirstChild ( ) . getNamespaceURI ( ) ) ; } Node child , next ; for ( child = node . getFirstChild ( ) ; child != null ; child = next ) { next = child . getNextSibling ( ) ; if ( DEBUG ) { System . out . println ( "==>serializeNode(" + child . getNodeName ( ) + ") [Child Node]" ) ; System . out . println ( "==>serializeNode(" + child . getPrefix ( ) + ") [Child Node Prefix]" ) ; } String prefix = child . getPrefix ( ) ; prefix = ( prefix == null || prefix . length ( ) == 0 ) ? XMLSymbols . EMPTY_STRING : fSymbolTable . addSymbol ( prefix ) ; if ( fNSBinder . getURI ( prefix ) == null && prefix != null ) { fatalError ( "The replacement text of the entity node '" + node . getNodeName ( ) + "' contains an element node '" + child . getNodeName ( ) + "' with an undeclared prefix '" + prefix + "'." ) ; } if ( child . getNodeType ( ) == Node . ELEMENT_NODE ) { NamedNodeMap attrs = child . getAttributes ( ) ; for ( int i = 0 ; i < attrs . getLength ( ) ; i ++ ) { String attrPrefix = attrs . item ( i ) . getPrefix ( ) ; attrPrefix = ( attrPrefix == null || attrPrefix . length ( ) == 0 ) ? XMLSymbols . EMPTY_STRING : fSymbolTable . addSymbol ( attrPrefix ) ; if ( fNSBinder . getURI ( attrPrefix ) == null && attrPrefix != null ) { fatalError ( "The replacement text of the entity node '" + node . getNodeName ( ) + "' contains an element node '" + child . getNodeName ( ) + "' with an attribute '" + attrs . item ( i ) . getNodeName ( ) + "' an undeclared prefix '" + attrPrefix + "'." ) ; } } } if ( child . hasChildNodes ( ) ) { checkUnboundNamespacePrefixedNode ( child ) ; } } } }

DOM Nivel 3: marque un nodo para determinar si contiene prefijos de espacio de nombres sin unir.


public LogSubject containsNoMoreMessages  ( ) { assertThat ( messages ) . isEmpty ( ) ; return this ; }


public Editor edit  ( ) throws IOException  { return DiskLruCache . this . edit ( key , sequenceNumber ) ; }

Devuelve un editor para la entrada de esta instantánea, o NULL si la entrada ha cambiado desde que se creó esta instantánea o si otra edición está en progreso.


public void checkWFValidityAfterUpdate  ( Context context , IEntryHolder entry ) throws SAException { if ( ! entry . isHasWaitingFor ( ) || entry . isDeleted ( ) ) return ; Collection < ITemplateHolder > wf = entry . getTemplatesWaitingForEntry ( ) ; for ( ITemplateHolder template : wf ) { if ( ! template . isDeleted ( ) ) { boolean match = _templateScanner . match ( context , entry , template , - 1 , null , true ) ; if ( ! match ) { RemoveWaitingForInfoSABusPacket wfpacket = new RemoveWaitingForInfoSABusPacket ( context . getOperationID ( ) , entry , template ) ; _processorWG . enqueueBlocked ( wfpacket ) ; continue ; } } } }

Actualización realizada para una entrada en XTN, si hay plantillas WF, esta entrada, ¿hay algún uso para mantener en espera (es decir, todavía hay una coincidencia con el maestro o la sombra?) Nota: la entrada está bloqueada mientras llama a esta rutina


public EmptyPanel ( FunctionNameInterface functionManager ) { super ( EmptyPanel . class , functionManager ) ; }


@ Override public void cacheGrammars  ( String grammarType , Grammar [ ] grammars ) { super . cacheGrammars ( grammarType , grammars ) ; fGrammarPool . cacheGrammars ( grammarType , grammars ) ; }

Dale a la gramática la opción de almacenar en caché estas gramáticas.Esto ciertamente debe ser sincronizado.


public void readDataFile  ( InputStream dataFileStream , String locationInfo ) throws DataFileException { if ( modelDataFile == null ) { throw new IllegalStateException ( "DataFile model is null, cannot load file" ) ; } if ( locationInfo == null ) { locationInfo = "unknown" ; } RecordIterator recordIterator = this . makeRecordIterator ( dataFileStream , locationInfo ) ; while ( recordIterator . hasNext ( ) ) { this . records . add ( recordIterator . next ( ) ) ; } }

Cargas (o recargars) El archivo de datos del flujo dado


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SpellATKDrain_Instant_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200721 , skillcaster , num0 , skillname ) ; }

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


public void squareSize  ( float squareSize ) { this . squareSize = squareSize ; invalidate ( ) ; }

Establecer tamaño cuadrado en píxeles.Valor predeterminado: 10DP.


public static Layer createFeatureLayerFromMapObject  ( InternalMapObject mapObject ) { Style style = mapObject . getStyle ( ) ; SimpleFeatureType featureType = mapObject . getFeatureType ( ) ; SimpleFeatureBuilder featureBuilder = new SimpleFeatureBuilder ( featureType ) ; DefaultFeatureCollection featureCollection = new DefaultFeatureCollection ( ) ; featureBuilder . add ( mapObject . getGeometry ( ) ) ; SimpleFeature feature = featureBuilder . buildFeature ( null ) ; featureCollection . add ( feature ) ; return new FeatureLayer ( featureCollection , style ) ; }

Crea una capa de características basada en un objeto MAP.


private List < String > generateTestTasks  ( ) throws Exception  { List < String > ids = new ArrayList < String > ( ) ; SimpleDateFormat sdf = new SimpleDateFormat ( "dd/MM/yyyy hh:mm:ss.SSS" ) ; processEngineConfiguration . getClock ( ) . setCurrentTime ( sdf . parse ( "01/01/2001 01:01:01.000" ) ) ; for ( int i = 0 ; i < 6 ; i ++ ) { Task task = taskService . newTask ( ) ; task . setName ( "testTask" ) ; task . setDescription ( "testTask description" ) ; task . setOwner ( "gonzo" ) ; task . setPriority ( 3 ) ; taskService . saveTask ( task ) ; ids . add ( task . getId ( ) ) ; taskService . addCandidateUser ( task . getId ( ) , "kermit" ) ; } processEngineConfiguration . getClock ( ) . setCurrentTime ( sdf . parse ( "02/02/2002 02:02:02.000" ) ) ; Task task = taskService . newTask ( ) ; task . setName ( "gonzoTask" ) ; task . setDescription ( "gonzo description" ) ; task . setPriority ( 4 ) ; taskService . saveTask ( task ) ; taskService . setAssignee ( task . getId ( ) , "gonzo" ) ; taskService . setVariable ( task . getId ( ) , "testVar" , "someVariable" ) ; ids . add ( task . getId ( ) ) ; processEngineConfiguration . getClock ( ) . setCurrentTime ( sdf . parse ( "03/03/2003 03:03:03.000" ) ) ; for ( int i = 0 ; i < 2 ; i ++ ) { task = taskService . newTask ( ) ; task . setName ( "managementTask" ) ; task . setPriority ( 10 ) ; taskService . saveTask ( task ) ; taskService . addCandidateGroup ( task . getId ( ) , "management" ) ; ids . add ( task . getId ( ) ) ; } processEngineConfiguration . getClock ( ) . setCurrentTime ( sdf . parse ( "04/04/2004 04:04:04.000" ) ) ; for ( int i = 0 ; i < 2 ; i ++ ) { task = taskService . newTask ( ) ; task . setName ( "accountancyTask" ) ; task . setDescription ( "accountancy description" ) ; taskService . saveTask ( task ) ; taskService . addCandidateGroup ( task . getId ( ) , "accountancy" ) ; ids . add ( task . getId ( ) ) ; } processEngineConfiguration . getClock ( ) . setCurrentTime ( sdf . parse ( "05/05/2005 05:05:05.000" ) ) ; task = taskService . newTask ( ) ; task . setName ( "managementAndAccountancyTask" ) ; taskService . saveTask ( task ) ; taskService . addCandidateGroup ( task . getId ( ) , "management" ) ; taskService . addCandidateGroup ( task . getId ( ) , "accountancy" ) ; ids . add ( task . getId ( ) ) ; return ids ; }

Genera algunas tareas de prueba.- 6 Tareas donde Kermit es un candidato - 1 Tareas donde Gonzo es Asignado - 2 Tareas asignadas a GRUPO DE GESTIÓN - 2 Tareas asignadas al grupo de contabilidad - 1 Tarea asignada tanto a la administración como a la contabilidad.


public static void checkMatrixIndex  ( final AnyMatrix m , final int row , final int column ) throws MathIllegalArgumentException { checkRowIndex ( m , row ) ; checkColumnIndex ( m , column ) ; }


public void shutdown  ( ) throws TeamException  { commentsManager . saveCommentHistory ( ) ; commentsManager . saveCommentTemplates ( ) ; keyFilesManager . saveKeyFilesHistory ( ) ; }


private void installHttpSelector  ( Properties settings , ProtocolDispatchSelector ps ) throws NumberFormatException { String proxyHost = settings . getProperty ( "org.gnome.system.proxy.http host" , null ) ; int proxyPort = Integer . parseInt ( settings . getProperty ( "org.gnome.system.proxy.http port" , "0" ) . trim ( ) ) ; if ( proxyHost != null && proxyHost . length ( ) > 0 && proxyPort > 0 ) { Logger . log ( getClass ( ) , LogLevel . TRACE , "Gnome http proxy is {0}:{1}" , proxyHost , proxyPort ) ; ps . setSelector ( "http" , new FixedProxySelector ( proxyHost . trim ( ) , proxyPort ) ) ; } }

Instale un proxy HTTP de la configuración dada.


protected int hashCode  ( URL u ) { int h = 0 ; String protocol = u . getProtocol ( ) ; if ( protocol != null ) { h += protocol . hashCode ( ) ; } InetAddress addr = getHostAddress ( u ) ; if ( addr != null ) { h += addr . hashCode ( ) ; } else { String host = u . getHost ( ) ; if ( host != null ) { h += host . toLowerCase ( ) . hashCode ( ) ; } } String path = u . getPath ( ) ; if ( path != null ) { int param = path . lastIndexOf ( ';' ) ; if ( param == - 1 ) { h += path . hashCode ( ) ; } else { h += path . substring ( 0 , param ) . hashCode ( ) ; int comment = path . indexOf ( ',' , param ) ; if ( comment != - 1 ) { path = path . substring ( 0 , comment ) ; } h += path . substring ( param ) . toLowerCase ( ) . hashCode ( ) ; } } String query = u . getQuery ( ) ; if ( query != null ) { h += query . hashCode ( ) ; } if ( u . getPort ( ) == - 1 ) { h += getDefaultPort ( ) ; } else { h += u . getPort ( ) ; } String ref = u . getRef ( ) ; if ( ref != null ) h += ref . hashCode ( ) ; return h ; }

Calcula el código hash para la URL especificada.Este método ignora la parte de comentarios del parámetro de resumen del mensaje, e ignora el caso de los caracteres en la digestión del mensaje y el algoritmo.


public ResourcesPoet addComment  ( String comment ) { Comment commentNode = document . createComment ( comment ) ; resourceElement . appendChild ( commentNode ) ; return this ; }


public static Timestamp addForward  ( GenericValue techDataCalendar , Timestamp dateFrom , long amount ) { Timestamp dateTo = ( Timestamp ) dateFrom . clone ( ) ; long nextCapacity = capacityRemaining ( techDataCalendar , dateFrom ) ; if ( amount <= nextCapacity ) { dateTo . setTime ( dateTo . getTime ( ) + amount ) ; amount = 0 ; } else amount -= nextCapacity ; Map < String , Object > result = FastMap . newInstance ( ) ; while ( amount > 0 ) { result = startNextDay ( techDataCalendar , dateTo ) ; dateTo = ( Timestamp ) result . get ( "dateTo" ) ; nextCapacity = ( ( Double ) result . get ( "nextCapacity" ) ) . longValue ( ) ; if ( amount <= nextCapacity ) { dateTo . setTime ( dateTo . getTime ( ) + amount ) ; amount = 0 ; } else amount -= nextCapacity ; } return dateTo ; }

Se utiliza para avanzar en un TechDatacalenda, comenzar desde la fecha de la fecha y avanzar solo en el período disponible.Si la fecha de FROM (PARAM IN) no es un período de TECHDATACALENDAR DISPONIBLE, la iniciada es el comienzo del siguiente día disponible


public static void o  ( int k ) { o ( k , Parameters . OutputFieldWidth ) ; }

Imprime un INT en formato predeterminado.


private void startFirstControlsSetting  ( ) { userLogInfo . menuLogOnOrUniversityName . setText ( MyApp . userInfo . userUniversity ) ; userLogInfo . menuSignUpOrSchoolName . setText ( MyApp . userInfo . userSchool ) ; FrescoImageloadHelper . removeCacheFromDisk ( Uri . parse ( MyApp . userInfo . userHeadPicURL ) . toString ( ) ) ; FrescoImageloadHelper . simpleLoadImageFromURL ( userLogInfo . menuUserHeadimg , MyApp . userInfo . userHeadPicURL ) ; userLogInfo . userUserName . setText ( MyApp . userInfo . userRealName ) ; }

La primera vez para abrir la actividad principal, debe establecer el estado de control, etc.


public TObjectShortHashMap ( int initialCapacity , float loadFactor , TObjectHashingStrategy < K > strategy ) { super ( initialCapacity , loadFactor , strategy ) ; }

Crea una nueva instancia </ codechashmap </ code> con un valor principal en o cerca de la capacidad y el factor de carga especificados.


default void writeAttribute  ( NamespaceManager ns , UInteger attribute , DataValue value , String indexRange ) throws UaException { writeAttribute ( ns , attribute . intValue ( ) , value , indexRange ) ; }


public static DoubleStream shiftingWindowAveragingLong  ( LongStream longStream , int rollingFactor ) { Objects . requireNonNull ( longStream ) ; RollingOfLongSpliterator ofLongSpliterator = RollingOfLongSpliterator . of ( longStream . spliterator ( ) , rollingFactor ) ; return StreamSupport . stream ( ofLongSpliterator , longStream . isParallel ( ) ) . onClose ( null ) . mapToDouble ( null ) ; }

 Genera una corriente que se calcula a partir de una corriente larga provista al rodar primero de la misma manera que el método <código> rollo () </ codigo>.El promedio se calcula luego en cada substream, para formar la corriente doble final.No se realiza ningún boxeo / unboxing en el proceso.
 El flujo resultante tiene el mismo número de elementos que el flujo provisto, menos el tamaño del ancho de la ventana, para preservar la consistencia de cada colección.

 A <CÓDIGO> NULLPointPointException  se lanzará si el flujo provisto es NULL.


public static void init  ( ) { Locale _locale = locale ; if ( _locale == null ) { _locale = Locale . getDefault ( ) ; } domResourceBundle = ResourceBundle . getBundle ( "mf.org.apache.xerces.impl.msg.DOMMessages" , _locale ) ; serResourceBundle = ResourceBundle . getBundle ( "mf.org.apache.xerces.impl.msg.XMLSerializerMessages" , _locale ) ; xmlResourceBundle = ResourceBundle . getBundle ( "mf.org.apache.xerces.impl.msg.XMLMessages" , _locale ) ; }


private GroupName ( SimpleGroupPath path , Tags tags ) { path_ = Objects . requireNonNull ( path ) ; tags_ = Objects . requireNonNull ( tags ) ; }


public static void applyForPermit  ( AirMapAvailablePermit permit , AirMapCallback < AirMapPilotPermit > listener ) { String url = String . format ( permitApplyUrl , permit . getId ( ) ) ; AirMap . getClient ( ) . postWithJsonBody ( url , permit . getAsParams ( ) , new GenericOkHttpCallback ( listener , AirMapPilotPermit . class ) ) ; }


public String jsonEncode  ( String object ) { return StringEscapeUtils . escapeJava ( object ) ; }

Escapó al contenido de JSON dado utilizando las reglas de cadena Java.Se supone que "se usa como características de cita y no se usa dentro de los valores y no se escapa".


public static final double show  ( Window owner ) { ApplyTorqueDialog atd = new ApplyTorqueDialog ( owner ) ; atd . setLocationRelativeTo ( owner ) ; atd . setVisible ( true ) ; if ( ! atd . canceled ) { double t = atd . torquePanel . getTorque ( ) ; return t ; } return 0.0 ; }

Muestra un diálogo utilizado para aceptar la entrada para aplicar un torque a un cuerpo.<P> Devuelve cero si el cuadro de diálogo está cerrado o cancelado.


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

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


public int hashCode  ( ) { int hash = 37 ; hash += 37 * hash + Float . floatToIntBits ( x ) ; hash += 37 * hash + Float . floatToIntBits ( y ) ; return hash ; }

<Código> Hashcode </ Code> devuelve un código único para este objeto vectorial basado en sus valores.Si dos vectores son lógicamente equivalentes, devolverán el mismo valor de código Hash.


public EigenvalueDecomposition ( Matrix Arg ) { double [ ] [ ] A = Arg . getArray ( ) ; n = Arg . getColumnDimension ( ) ; V = new double [ n ] [ n ] ; d = new double [ n ] ; e = new double [ n ] ; issymmetric = true ; for ( int j = 0 ; ( j < n ) & issymmetric ; j ++ ) { for ( int i = 0 ; ( i < n ) & issymmetric ; i ++ ) { issymmetric = ( A [ i ] [ j ] == A [ j ] [ i ] ) ; } } if ( issymmetric ) { for ( int i = 0 ; i < n ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { V [ i ] [ j ] = A [ i ] [ j ] ; } } tred2 ( ) ; tql2 ( ) ; } else { H = new double [ n ] [ n ] ; ort = new double [ n ] ; for ( int j = 0 ; j < n ; j ++ ) { for ( int i = 0 ; i < n ; i ++ ) { H [ i ] [ j ] = A [ i ] [ j ] ; } } orthes ( ) ; hqr2 ( ) ; } }

Compruebe si hay simetría, y luego construye la descomposición del ValValue.


public static void addPropertiesListListener  ( PropertiesListListener listener ) { if ( ! propertieslistListeners . contains ( listener ) ) { synchronized ( propertieslistListeners ) { propertieslistListeners . add ( listener ) ; } } }


public grammaticalityEstimator ( Set FileNames , int iMinChar , int iMaxChar , int iCharWindow , int iMinWord , int iMaxWord , int iWordWindow ) { iMinCharNGram = iMinChar ; iMaxCharNGram = iMaxChar ; iMinWordNGram = iMinWord ; iMaxWordNGram = iMaxWord ; iWordDist = iWordWindow ; iCharDist = iCharWindow ; DistroDocs = new TreeMap < Integer , DistributionDocument > ( ) ; DistroWordDocs = new TreeMap < Integer , DistributionWordDocument > ( ) ; StringBuffer sb = new StringBuffer ( ) ; Iterator iTexts = FileNames . iterator ( ) ; while ( iTexts . hasNext ( ) ) { String sFile = ( String ) iTexts . next ( ) ; try { BufferedReader bf = new BufferedReader ( new FileReader ( sFile ) ) ; String sTmp ; while ( ( sTmp = bf . readLine ( ) ) != null ) sb . append ( sTmp ) ; bf . close ( ) ; } catch ( FileNotFoundException ex ) { ex . printStackTrace ( System . err ) ; } catch ( IOException ex ) { ex . printStackTrace ( System . err ) ; } sb . append ( ( char ) 0 ) ; } FullTextDataString = sb . toString ( ) ; for ( int iCnt = iMinCharNGram ; iCnt <= iMaxCharNGram ; iCnt ++ ) { DistroDocs . put ( iCnt , new DistributionDocument ( iCharDist , iCnt ) ) ; } for ( int iCnt = iMinWordNGram ; iCnt <= iMaxWordNGram ; iCnt ++ ) { DistroWordDocs . put ( iCnt , new DistributionWordDocument ( iWordDist , iCnt ) ) ; } }

Crea una nueva instancia de gramaticalityestimator, utilizando un conjunto dado de documentos para la capacitación.


public HintsExample ( ) { oredCriteria = new ArrayList < Criteria > ( ) ; }

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


public static Map < String , Object > createEftAccount  ( 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 ( ) ; String partyId = ServiceUtil . getPartyIdCheckSecurity ( userLogin , security , context , result , "PAY_INFO" , "_CREATE" , "ACCOUNTING" , "_CREATE" ) ; if ( result . size ( ) > 0 ) return result ; List < GenericValue > toBeStored = FastList . newInstance ( ) ; GenericValue newPm = delegator . makeValue ( "PaymentMethod" ) ; toBeStored . add ( newPm ) ; GenericValue newEa = delegator . makeValue ( "EftAccount" ) ; toBeStored . add ( newEa ) ; String newPmId = ( String ) context . get ( "paymentMethodId" ) ; if ( UtilValidate . isEmpty ( newPmId ) ) { try { newPmId = delegator . getNextSeqId ( "PaymentMethod" ) ; } catch ( IllegalArgumentException e ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "AccountingEftAccountCannotBeCreated" , locale ) ) ; } } newPm . set ( "partyId" , partyId ) ; newPm . set ( "fromDate" , ( context . get ( "fromDate" ) != null ? context . get ( "fromDate" ) : now ) ) ; newPm . set ( "thruDate" , context . get ( "thruDate" ) ) ; newPm . set ( "description" , context . get ( "description" ) ) ; newEa . set ( "bankName" , context . get ( "bankName" ) ) ; newEa . set ( "routingNumber" , context . get ( "routingNumber" ) ) ; newEa . set ( "accountType" , context . get ( "accountType" ) ) ; newEa . set ( "accountNumber" , context . get ( "accountNumber" ) ) ; newEa . set ( "nameOnAccount" , context . get ( "nameOnAccount" ) ) ; newEa . set ( "companyNameOnAccount" , context . get ( "companyNameOnAccount" ) ) ; newPm . set ( "paymentMethodId" , newPmId ) ; newPm . set ( "paymentMethodTypeId" , "EFT_ACCOUNT" ) ; newEa . set ( "paymentMethodId" , newPmId ) ; GenericValue newPartyContactMechPurpose = null ; String contactMechId = ( String ) context . get ( "contactMechId" ) ; if ( UtilValidate . isNotEmpty ( contactMechId ) && ! contactMechId . equals ( "_NEW_" ) ) { newEa . set ( "contactMechId" , context . get ( "contactMechId" ) ) ; String contactMechPurposeTypeId = "BILLING_LOCATION" ; GenericValue tempVal = null ; try { List < GenericValue > allPCWPs = EntityQuery . use ( delegator ) . from ( "PartyContactWithPurpose" ) . where ( "partyId" , partyId , "contactMechId" , contactMechId , "contactMechPurposeTypeId" , contactMechPurposeTypeId ) . queryList ( ) ; allPCWPs = EntityUtil . filterByDate ( allPCWPs , now , "contactFromDate" , "contactThruDate" , true ) ; allPCWPs = EntityUtil . filterByDate ( allPCWPs , now , "purposeFromDate" , "purposeThruDate" , true ) ; tempVal = EntityUtil . getFirst ( allPCWPs ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; tempVal = null ; } if ( tempVal == null ) { newPartyContactMechPurpose = delegator . makeValue ( "PartyContactMechPurpose" , UtilMisc . toMap ( "partyId" , partyId , "contactMechId" , contactMechId , "contactMechPurposeTypeId" , contactMechPurposeTypeId , "fromDate" , now ) ) ; } } if ( newPartyContactMechPurpose != null ) toBeStored . add ( newPartyContactMechPurpose ) ; try { delegator . storeAll ( toBeStored ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e . getMessage ( ) , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "AccountingEftAccountCannotBeCreatedWriteFailure" , UtilMisc . toMap ( "errorString" , e . getMessage ( ) ) , locale ) ) ; } result . put ( "paymentMethodId" , newEa . getString ( "paymentMethodId" ) ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }

Crea las entidades de PAFTCOUNT y PAGOTETHODETHOD según los parámetros pasados en el contexto <b> Comprobación de seguridad </ b>: UserLogin PartyID debe igual a PartyID, o debe tener permiso PAY_INFO_CREATE


public void closeLedger  ( LedgerDescriptor ledgerDesc ) throws BKException { FutureUtils . bkResult ( asyncCloseLedger ( ledgerDesc ) ) ; }

Cierre el libro mayor de forma sincrónica.


private void scrollListItemsBy  ( int amount ) { tryOffsetChildrenTopAndBottom ( amount ) ; final int listBottom = getHeight ( ) - mListPadding . bottom ; final int listTop = mListPadding . top ; final PLA_AbsListView . RecycleBin recycleBin = mRecycler ; if ( amount < 0 ) { View last = getLastChild ( ) ; int numChildren = getChildCount ( ) ; while ( last . getBottom ( ) < listBottom ) { final int lastVisiblePosition = mFirstPosition + numChildren - 1 ; if ( lastVisiblePosition < mItemCount - 1 ) { addViewBelow ( last , lastVisiblePosition ) ; last = getLastChild ( ) ; numChildren ++ ; } else { break ; } } if ( last . getBottom ( ) < listBottom ) { tryOffsetChildrenTopAndBottom ( listBottom - last . getBottom ( ) ) ; } View first = getChildAt ( 0 ) ; while ( first . getBottom ( ) < listTop ) { PLA_AbsListView . LayoutParams layoutParams = ( LayoutParams ) first . getLayoutParams ( ) ; if ( recycleBin . shouldRecycleViewType ( layoutParams . viewType ) ) { detachViewFromParent ( first ) ; recycleBin . addScrapView ( first ) ; } else { removeViewInLayout ( first ) ; } first = getChildAt ( 0 ) ; mFirstPosition ++ ; } } else { View first = getChildAt ( 0 ) ; while ( ( first . getTop ( ) > listTop ) && ( mFirstPosition > 0 ) ) { first = addViewAbove ( first , mFirstPosition ) ; mFirstPosition -- ; } if ( first . getTop ( ) > listTop ) { tryOffsetChildrenTopAndBottom ( listTop - first . getTop ( ) ) ; } int lastIndex = getChildCount ( ) - 1 ; View last = getChildAt ( lastIndex ) ; while ( last . getTop ( ) > listBottom ) { PLA_AbsListView . LayoutParams layoutParams = ( LayoutParams ) last . getLayoutParams ( ) ; if ( recycleBin . shouldRecycleViewType ( layoutParams . viewType ) ) { detachViewFromParent ( last ) ; recycleBin . addScrapView ( last ) ; } else { removeViewInLayout ( last ) ; } last = getChildAt ( -- lastIndex ) ; } } }

Desplácese a los niños por la cantidad, agregando una vista al final y eliminando las vistas que se caen según sea necesario.


private void loadTranslationsCacheIfEmpty  ( ) { if ( translationCache . isEmpty ( ) ) { for ( ObjectTranslation translation : translations ) { if ( translation . getLocale ( ) != null && translation . getProperty ( ) != null && ! StringUtils . isEmpty ( translation . getValue ( ) ) ) { String key = ObjectTranslation . getCacheKey ( translation . getLocale ( ) , translation . getProperty ( ) ) ; translationCache . put ( key , translation . getValue ( ) ) ; } } } }

Ubica el mapa de traducción, a menos que ya esté poblado.


public boolean isCritical  ( ) { return false ; }

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


@ Override public void onClick  ( View view ) { switch ( view . getId ( ) ) { case - 1 : if ( getIntent ( ) . getBooleanExtra ( EXTRA_NOTIFICATION , false ) ) { startActivity ( new Intent ( this , MainActivity . class ) ) ; } finish ( ) ; break ; } }


public String features2LongContext  ( FeatureDefinition def , FeatureVector featureVector , Vector < String > featureList ) { if ( featureList == null ) { featureList = new Vector < String > ( Arrays . asList ( def . getFeatureNames ( ) . split ( "\\s+" ) ) ) ; } StringBuilder contextName = new StringBuilder ( ) ; contextName . append ( "|" ) ; for ( String f : featureList ) { if ( ! def . hasFeature ( f ) ) { throw new IllegalArgumentException ( "Feature '" + f + "' is not known in the feature definition. Valid features are: " + def . getFeatureNames ( ) ) ; } contextName . append ( f ) ; contextName . append ( "=" ) ; String value = def . getFeatureValueAsString ( f , featureVector ) ; if ( f . endsWith ( "phone" ) ) value = replaceTrickyPhones ( value ) ; else if ( f . contains ( "sentence_punc" ) || f . contains ( "punctuation" ) ) value = replacePunc ( value ) ; else if ( f . contains ( "tobi" ) ) value = replaceToBI ( value ) ; contextName . append ( value ) ; contextName . append ( "|" ) ; } return contextName . toString ( ) ; }

Convierta el vector de la función en un nombre de modelo de contexto para ser utilizado por HTS / HTK.


public void addParameter  ( ParameterDeclaration node ) { List < ParameterDeclaration > list = ( parent == null || state == null ) ? getParameterListNoTransform ( ) : getParameterList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de parámetros.


public static boolean isExceptionCaughtAt  ( SootClass e , Unit u , Body b ) { Hierarchy h = Scene . v ( ) . getActiveHierarchy ( ) ; Chain < Unit > units = b . getUnits ( ) ; for ( Trap t : b . getTraps ( ) ) { if ( h . isClassSubclassOfIncluding ( e , t . getException ( ) ) ) { Iterator < Unit > it = units . iterator ( t . getBeginUnit ( ) , units . getPredOf ( t . getEndUnit ( ) ) ) ; while ( it . hasNext ( ) ) if ( u . equals ( it . next ( ) ) ) return true ; } } return false ; }

Si la excepción E se captura en la unidad u en el cuerpo B, devuelve verdadero;De lo contrario, devuelva FALSO.


public DocumentNGramGraph [ ] intersectAndDeltaGraph  ( DocumentNGramGraph dgOtherGraph ) { DocumentNGramGraph dgUnion = null ; if ( dgOtherGraph . length ( ) > length ( ) ) { dgUnion = ( DocumentNGramGraph ) dgOtherGraph . clone ( ) ; dgUnion . merge ( this , 0 ) ; } else { dgUnion = ( DocumentNGramGraph ) clone ( ) ; dgUnion . merge ( dgOtherGraph , 0 ) ; } DocumentNGramGraph [ ] res = new DocumentNGramGraph [ 2 ] ; DocumentNGramGraph dgIntersection = intersectGraph ( dgOtherGraph ) ; res [ 0 ] = dgIntersection ; for ( int iCurLvl = MinSize ; iCurLvl <= MaxSize ; iCurLvl ++ ) { UniqueVertexGraph gUnion = dgUnion . getGraphLevelByNGramSize ( iCurLvl ) ; UniqueVertexGraph gIntersection = dgIntersection . getGraphLevelByNGramSize ( iCurLvl ) ; EdgeCachedLocator eclLocator = new EdgeCachedLocator ( 100 ) ; if ( gIntersection == null ) continue ; java . util . Iterator iIter = gIntersection . getEdgeSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { WeightedEdge weCurItem = ( WeightedEdge ) iIter . next ( ) ; Edge eEdge = eclLocator . locateDirectedEdgeInGraph ( gUnion , weCurItem . getVertexA ( ) , weCurItem . getVertexB ( ) ) ; if ( eEdge != null ) try { gUnion . removeEdge ( eEdge ) ; } catch ( Exception ex ) { ex . printStackTrace ( ) ; } } } res [ 1 ] = dgUnion ; return res ; }

Devuelve tanto la intersección como la diferencia (inversa del gráfico de intersección) entre el gráfico actual y una gráfica dada.


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

ID de la comunidad que posee la Junta de Discusión.


public SQLDataMigrator graph  ( MindmapsGraph graph ) { this . graph = graph ; return this ; }

Establecer un gráfico desde el cual obtener información


public void shutdown  ( ) { final long begin = System . currentTimeMillis ( ) ; log . info ( "ThreadPoolManager: Shutting down." ) ; log . info ( "\t... executing " + getTaskCount ( scheduledPool ) + " scheduled tasks." ) ; log . info ( "\t... executing " + getTaskCount ( instantPool ) + " instant tasks." ) ; log . info ( "\t... executing " + getTaskCount ( longRunningPool ) + " long running tasks." ) ; scheduledPool . shutdown ( ) ; instantPool . shutdown ( ) ; longRunningPool . shutdown ( ) ; boolean success = false ; try { success = awaitTermination ( 5000 ) ; scheduledPool . setExecuteExistingDelayedTasksAfterShutdownPolicy ( false ) ; scheduledPool . setContinueExistingPeriodicTasksAfterShutdownPolicy ( false ) ; success |= awaitTermination ( 10000 ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } log . info ( "\t... success: " + success + " in " + ( System . currentTimeMillis ( ) - begin ) + " msec." ) ; log . info ( "\t... " + getTaskCount ( scheduledPool ) + " scheduled tasks left." ) ; log . info ( "\t... " + getTaskCount ( instantPool ) + " instant tasks left." ) ; log . info ( "\t... " + getTaskCount ( longRunningPool ) + " long running tasks left." ) ; }


public static void w  ( String tag , String msg , Object ... args ) { if ( sLevel > LEVEL_WARNING ) { return ; } if ( args . length > 0 ) { msg = String . format ( msg , args ) ; } Log . w ( tag , msg ) ; }

Enviar un mensaje de registro de advertencia


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

Compara los contenidos de dos lectores para determinar si son iguales o no.<p> Este método almacena la entrada internamente usando <código> bufferedReader </ código> si aún no están amortiguados.


@ NonNull public static Observable < Integer > task4  ( @ NonNull Observable < Boolean > flagObservable , @ NonNull Observable < Integer > first , @ NonNull Observable < Integer > second ) { return Observable . just ( 0 ) ; }

TODO: <P> Método Toma la corriente booleana de un solo valor booleano y dos transmisiones de números <p> Si el valor booleano en la transmisión es verdadera, entonces debe elegir la primera transmisión del número, en otro caso: segundo <p> Si el flujo de resultados tiene algunoNúmero mayor que 99, su observable debe terminar con error <p> Ejemplos: Ingrese la corriente booleana: (VERDADERO) Primera corriente de entrada: (5, 19, 12) Segunda flujo de entrada: (9, 210, 87) Corriente de resultados: (5, 19, 12) <p> Transmisión booleana de entrada: (Falso) Primera corriente de entrada: (5, 19, 12) Segundo flujo de entrada: (9, 210, 87) Secuencia de resultados: (9, excepción)


public ThreadList ( int iMaxThreads ) { super ( iMaxThreads ) ; }

Inicializa una lista de subprocesos, con un máximo dado de hilos que se ejecutan al mismo tiempo.


protected void processLocationReport  ( SerialMessage serialMessage , int offset , int endpoint ) throws ZWaveSerialMessageException { String location = getString ( serialMessage , offset ) ; if ( name == null ) { return ; } this . location = location ; logger . debug ( "NODE {}: Node location: {}" , getNode ( ) . getNodeId ( ) , location ) ; ZWaveCommandClassValueEvent zEvent = new ZWaveCommandClassValueEvent ( getNode ( ) . getNodeId ( ) , endpoint , getCommandClass ( ) , location , Type . NODENAME_LOCATION ) ; getController ( ) . notifyEventListeners ( zEvent ) ; }

Procesa un mensaje de location_report / location_set.


public static String defaultColour  ( ) { return DEFAULT_COLOUR ; }


public void apply  ( NexusStreamParser np ) throws Exception { }


private static int try_warning  ( int count , String s , String e ) { print ( ">    " + s + "*** warning ***\n>      Message: " + e + "\n" ) ; return ++ count ; }

Imprima los mensajes apropiados para el resultado sin éxito.


public static SM_SYSTEM_MESSAGE STR_MSG_CHANGE_CHANNEL5  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400188 , value0 ) ; }

El número de su canal privado puede haber sido cambiado con la eliminación del canal% 0.


private char [ ] eFormatDigits  ( double x , char eChar ) { char [ ] ca1 , ca2 , ca3 ; String sx , sxOut ; int i , j , k , p ; int n1In , n2In ; int expon = 0 ; int ePos , rPos , eSize ; boolean minusSign = false ; if ( x > 0.0 ) sx = Double . toString ( x ) ; else if ( x < 0.0 ) { sx = Double . toString ( - x ) ; minusSign = true ; } else { sx = Double . toString ( x ) ; if ( sx . charAt ( 0 ) == '-' ) { minusSign = true ; sx = sx . substring ( 1 ) ; } } ePos = sx . indexOf ( 'E' ) ; if ( ePos == - 1 ) ePos = sx . indexOf ( 'e' ) ; rPos = sx . indexOf ( '.' ) ; if ( rPos != - 1 ) n1In = rPos ; else if ( ePos != - 1 ) n1In = ePos ; else n1In = sx . length ( ) ; if ( rPos != - 1 ) { if ( ePos != - 1 ) n2In = ePos - rPos - 1 ; else n2In = sx . length ( ) - rPos - 1 ; } else n2In = 0 ; if ( ePos != - 1 ) { int ie = ePos + 1 ; expon = 0 ; if ( sx . charAt ( ie ) == '-' ) { for ( ++ ie ; ie < sx . length ( ) ; ie ++ ) if ( sx . charAt ( ie ) != '0' ) break ; if ( ie < sx . length ( ) ) expon = - Integer . parseInt ( sx . substring ( ie ) ) ; } else { if ( sx . charAt ( ie ) == '+' ) ++ ie ; for ( ; ie < sx . length ( ) ; ie ++ ) if ( sx . charAt ( ie ) != '0' ) break ; if ( ie < sx . length ( ) ) expon = Integer . parseInt ( sx . substring ( ie ) ) ; } } if ( rPos != - 1 ) expon += rPos - 1 ; if ( precisionSet ) p = precision ; else p = defaultDigits - 1 ; if ( rPos != - 1 && ePos != - 1 ) ca1 = ( sx . substring ( 0 , rPos ) + sx . substring ( rPos + 1 , ePos ) ) . toCharArray ( ) ; else if ( rPos != - 1 ) ca1 = ( sx . substring ( 0 , rPos ) + sx . substring ( rPos + 1 ) ) . toCharArray ( ) ; else if ( ePos != - 1 ) ca1 = sx . substring ( 0 , ePos ) . toCharArray ( ) ; else ca1 = sx . toCharArray ( ) ; boolean carry = false ; int i0 = 0 ; if ( ca1 [ 0 ] != '0' ) i0 = 0 ; else for ( i0 = 0 ; i0 < ca1 . length ; i0 ++ ) if ( ca1 [ i0 ] != '0' ) break ; if ( i0 + p < ca1 . length - 1 ) { carry = checkForCarry ( ca1 , i0 + p + 1 ) ; if ( carry ) carry = startSymbolicCarry ( ca1 , i0 + p , i0 ) ; if ( carry ) { ca2 = new char [ i0 + p + 1 ] ; ca2 [ i0 ] = '1' ; for ( j = 0 ; j < i0 ; j ++ ) ca2 [ j ] = '0' ; for ( i = i0 , j = i0 + 1 ; j < p + 1 ; i ++ , j ++ ) ca2 [ j ] = ca1 [ i ] ; expon ++ ; ca1 = ca2 ; } } if ( Math . abs ( expon ) < 100 && ! optionalL ) eSize = 4 ; else eSize = 5 ; if ( alternateForm || ! precisionSet || precision != 0 ) ca2 = new char [ 2 + p + eSize ] ; else ca2 = new char [ 1 + eSize ] ; if ( ca1 [ 0 ] != '0' ) { ca2 [ 0 ] = ca1 [ 0 ] ; j = 1 ; } else { for ( j = 1 ; j < ( ePos == - 1 ? ca1 . length : ePos ) ; j ++ ) if ( ca1 [ j ] != '0' ) break ; if ( ( ePos != - 1 && j < ePos ) || ( ePos == - 1 && j < ca1 . length ) ) { ca2 [ 0 ] = ca1 [ j ] ; expon -= j ; j ++ ; } else { ca2 [ 0 ] = '0' ; j = 2 ; } } if ( alternateForm || ! precisionSet || precision != 0 ) { ca2 [ 1 ] = '.' ; i = 2 ; } else i = 1 ; for ( k = 0 ; k < p && j < ca1 . length ; j ++ , i ++ , k ++ ) ca2 [ i ] = ca1 [ j ] ; for ( ; i < ca2 . length - eSize ; i ++ ) ca2 [ i ] = '0' ; ca2 [ i ++ ] = eChar ; if ( expon < 0 ) ca2 [ i ++ ] = '-' ; else ca2 [ i ++ ] = '+' ; expon = Math . abs ( expon ) ; if ( expon >= 100 ) { switch ( expon / 100 ) { case 1 : ca2 [ i ] = '1' ; break ; case 2 : ca2 [ i ] = '2' ; break ; case 3 : ca2 [ i ] = '3' ; break ; case 4 : ca2 [ i ] = '4' ; break ; case 5 : ca2 [ i ] = '5' ; break ; case 6 : ca2 [ i ] = '6' ; break ; case 7 : ca2 [ i ] = '7' ; break ; case 8 : ca2 [ i ] = '8' ; break ; case 9 : ca2 [ i ] = '9' ; break ; } i ++ ; } switch ( ( expon % 100 ) / 10 ) { case 0 : ca2 [ i ] = '0' ; break ; case 1 : ca2 [ i ] = '1' ; break ; case 2 : ca2 [ i ] = '2' ; break ; case 3 : ca2 [ i ] = '3' ; break ; case 4 : ca2 [ i ] = '4' ; break ; case 5 : ca2 [ i ] = '5' ; break ; case 6 : ca2 [ i ] = '6' ; break ; case 7 : ca2 [ i ] = '7' ; break ; case 8 : ca2 [ i ] = '8' ; break ; case 9 : ca2 [ i ] = '9' ; break ; } i ++ ; switch ( expon % 10 ) { case 0 : ca2 [ i ] = '0' ; break ; case 1 : ca2 [ i ] = '1' ; break ; case 2 : ca2 [ i ] = '2' ; break ; case 3 : ca2 [ i ] = '3' ; break ; case 4 : ca2 [ i ] = '4' ; break ; case 5 : ca2 [ i ] = '5' ; break ; case 6 : ca2 [ i ] = '6' ; break ; case 7 : ca2 [ i ] = '7' ; break ; case 8 : ca2 [ i ] = '8' ; break ; case 9 : ca2 [ i ] = '9' ; break ; } int nZeros = 0 ; if ( ! leftJustify && leadingZeros ) { int xThousands = 0 ; if ( thousands ) { int xlead = 0 ; if ( ca2 [ 0 ] == '+' || ca2 [ 0 ] == '-' || ca2 [ 0 ] == ' ' ) xlead = 1 ; int xdp = xlead ; for ( ; xdp < ca2 . length ; xdp ++ ) if ( ca2 [ xdp ] == '.' ) break ; xThousands = ( xdp - xlead ) / 3 ; } if ( fieldWidthSet ) nZeros = fieldWidth - ca2 . length ; if ( ( ! minusSign && ( leadingSign || leadingSpace ) ) || minusSign ) nZeros -- ; nZeros -= xThousands ; if ( nZeros < 0 ) nZeros = 0 ; } j = 0 ; if ( ( ! minusSign && ( leadingSign || leadingSpace ) ) || minusSign ) { ca3 = new char [ ca2 . length + nZeros + 1 ] ; j ++ ; } else ca3 = new char [ ca2 . length + nZeros ] ; if ( ! minusSign ) { if ( leadingSign ) ca3 [ 0 ] = '+' ; if ( leadingSpace ) ca3 [ 0 ] = ' ' ; } else ca3 [ 0 ] = '-' ; for ( k = 0 ; k < nZeros ; j ++ , k ++ ) ca3 [ j ] = '0' ; for ( i = 0 ; i < ca2 . length && j < ca3 . length ; i ++ , j ++ ) ca3 [ j ] = ca2 [ i ] ; int lead = 0 ; if ( ca3 [ 0 ] == '+' || ca3 [ 0 ] == '-' || ca3 [ 0 ] == ' ' ) lead = 1 ; int dp = lead ; for ( ; dp < ca3 . length ; dp ++ ) if ( ca3 [ dp ] == '.' ) break ; int nThousands = dp / 3 ; if ( dp < ca3 . length ) ca3 [ dp ] = dfs . getDecimalSeparator ( ) ; char [ ] ca4 = ca3 ; if ( thousands && nThousands > 0 ) { ca4 = new char [ ca3 . length + nThousands + lead ] ; ca4 [ 0 ] = ca3 [ 0 ] ; for ( i = lead , k = lead ; i < dp ; i ++ ) { if ( i > 0 && ( dp - i ) % 3 == 0 ) { ca4 [ k ] = dfs . getGroupingSeparator ( ) ; ca4 [ k + 1 ] = ca3 [ i ] ; k += 2 ; } else { ca4 [ k ] = ca3 [ i ] ; k ++ ; } } for ( ; i < ca3 . length ; i ++ , k ++ ) ca4 [ k ] = ca3 [ i ] ; } return ca4 ; }

Para Formato E, el carácter de la bandera '-', significa que la salida debe dejarse justificada dentro del campo. El valor predeterminado es almohadillar con espacios en blanco a la izquierda. El carácter '+' significa que la conversión siempre comenzará con un letrero (+ o -). El carácter de la bandera en blanco significa que una entrada no negativa se precedará con un espacio en blanco. Si se especifican ambos '+' y A '' ', se ignora la bandera en blanco. El carácter de la bandera '0' implica que el acolchado en el ancho del campo se realizará con ceros en lugar de espacios en blanco. <P /> El ancho de campo se trata como el número mínimo de caracteres a imprimir. El valor predeterminado es agregar ningún relleno. El relleno es con espacios en blanco de forma predeterminada. <p /> La precisión, si se establece, es el número mínimo de dígitos para aparecer después del carácter de RADIX. El relleno es con 0s de arrastre. <P /> El comportamiento es como la impresión. Una excepción (con suerte, la única) es que el número mínimo de dígitos exponentes es 3 en lugar de 2 para formatos E y E cuando se usa la L de E y E, antes de que se utilice el carácter de conversión E, E, G o G. El LO opcional no implica la conversión a un largo largo largo.


private boolean maybeDisableSync  ( ) { if ( mSyncEverything . isChecked ( ) || ! getSelectedModelTypes ( ) . isEmpty ( ) || ! canDisableSync ( ) ) { return false ; } SyncController . get ( getActivity ( ) ) . stop ( ) ; mSyncSwitchPreference . setChecked ( false ) ; updateSyncStateFromSwitch ( ) ; return true ; }

Desactiva la sincronización si todos los tipos de datos se han deshabilitado.


public boolean removeNode  ( int node ) { Table nodeTable = getNodeTable ( ) ; if ( nodeTable . isValidRow ( node ) ) { int id = getInDegree ( node ) ; if ( id > 0 ) { int [ ] links = ( int [ ] ) m_links . get ( node , INLINKS ) ; for ( int i = id ; -- i >= 0 ; ) removeEdge ( links [ i ] ) ; } int od = getOutDegree ( node ) ; if ( od > 0 ) { int [ ] links = ( int [ ] ) m_links . get ( node , OUTLINKS ) ; for ( int i = od ; -- i >= 0 ; ) removeEdge ( links [ i ] ) ; } } return nodeTable . removeRow ( node ) ; }

Retire un nodo del gráfico, también eliminando todos los bordes incidentes.


protected MarketEditQuery description  ( String value ) { return unsafeParam ( "description" , value ) ; }


public static TypeArray v  ( int size ) { TypeArray newArray = new TypeArray ( ) ; newArray . types = new Type [ size ] ; for ( int i = 0 ; i < size ; i ++ ) newArray . types [ i ] = UnusuableType . v ( ) ; return newArray ; }


static public float [ ] decode_ARGB  ( int rgba ) { int vArc_I16 = ( rgba >> 0 ) & 0xFFFF ; int vMag_I16 = ( rgba >> 16 ) & 0xFFFF ; float vArc = TWO_PI * vArc_I16 / ( 0xFFFF - 1 ) ; float vMag = vMag_I16 ; float vx = ( float ) Math . cos ( vArc ) ; float vy = ( float ) Math . sin ( vArc ) ; return new float [ ] { vx , vy , vMag } ; }

Decodifica un vector, dado como entero codificado (0xmmmmaaaaaa) de 32 bits) a un vector 2D normalizado y su magnitud.


@ Deprecated public boolean preferPublic  ( ) { return getPreferPublic ( ) ; }

Devuelva la configuración pública actual prefiera.


protected GroupsIsMemberQueryWithUserIds groupId  ( String value ) { return unsafeParam ( "group_id" , value ) ; }

ID o nombre de pantalla de la comunidad.


public static BigInteger sizeOfDirectoryAsBigInteger  ( File directory ) { checkDirectory ( directory ) ; final File [ ] files = directory . listFiles ( ) ; if ( files == null ) { return BigInteger . ZERO ; } BigInteger size = BigInteger . ZERO ; for ( final File file : files ) { try { if ( ! isSymlink ( file ) ) { size = size . add ( BigInteger . valueOf ( sizeOf ( file ) ) ) ; } } catch ( IOException ioe ) { } } return size ; }

Cuenta el tamaño de un directorio recursivamente (suma de la longitud de todos los archivos).


public boolean simple_edges_bidirectional  ( ) { return soot . PhaseOptions . getBoolean ( options , "simple-edges-bidirectional" ) ; }

Edges simples Bidireccional: análisis basado en la igualdad entre nodos variables.Cuando esta opción se establece en VERDADERO, todos los nodos de la variable de conexión (verde) se realizan bidireccionales, como en el análisis de Steensgaard.


public final void loadAttributeData  ( InputStream ins ) throws IOException { BufferedReader r = new BufferedReader ( new InputStreamReader ( ins ) ) ; String aLine ; while ( ( aLine = r . readLine ( ) ) != null ) { if ( aLine . length ( ) == 0 ) { } else if ( aLine . startsWith ( "##" ) ) { String [ ] fields = aLine . split ( "\\t" ) ; for ( int i = 0 ; i < fields . length ; i ++ ) { String label = fields [ i ] . trim ( ) ; if ( label . length ( ) > 0 ) { if ( label . charAt ( 0 ) == '\"' ) label = label . substring ( 1 , label . length ( ) - 1 ) ; attribute2index . put ( label , i ) ; } } } else { String [ ] fields = aLine . split ( "\\t" ) ; String idString = fields [ attribute2index . get ( "Taxonomy ID" ) ] ; if ( idString != null && Basic . isInteger ( idString ) ) { Integer taxId = Basic . parseInt ( idString ) ; String taxName = TaxonomyData . getName2IdMap ( ) . get ( taxId ) ; if ( taxName != null ) this . taxaName2AttributesRawData . put ( taxName , fields ) ; } } } }

Cada línea se lee y se genera un campo de cadenas: [0]: ID de proyecto [1]: ID de taxonomía [2]: Nombre del organismo [3]: Dominio [4]: Grupo [5]: Estado de secuencia [6]Tamaño del genoma [7]: contenido de GC [8]: Mancha de gramo [9]: Forma [10]: Disposición [11]: ENDOSPORES [12]: Motilidad [13]: Salinidad [14]: Oxígeno Req [15]:Hábitat [16]: TEMP.RANGO [17]: OPT TEMP [18]: Patogenic en [19]: Enfermedad <p /> Los campos [8] y [11] - [16] son el vocabulario controlado <P /> ## columnas: 0 "ID de proyecto de adhesiónID de proyecto "1" ID de proyecto "2" ID de taxonomía "3" Nombre del organismo "4" de dominio "" Grupo "5" Estado de secuencia "6" Tamaño del genoma "7" Contenido de GC "8" Mancha de gramo "9" Forma "9"."11" endospores "12" Motilidad "13" Salinidad "14" Oxygen Req "15" HABITAT "16" TEMP. RANGO "17" TEMP óptimos ".18 "Patogenic en la enfermedad" 19 "de" 20 "Accesiones de GenBank" 21 "Refseq Accesiones"


public static void main  ( String [ ] args ) throws Exception { File audioFile = new File ( args [ 0 ] ) ; File pitchmarkFile = new File ( args [ 1 ] ) ; AudioInputStream ais = AudioSystem . getAudioInputStream ( audioFile ) ; int samplingRate = ( int ) ais . getFormat ( ) . getSampleRate ( ) ; DoubleDataSource signal = new AudioDoubleDataSource ( ais ) ; DoubleDataSource pitchmarks = new ESTTextfileDoubleDataSource ( new FileReader ( pitchmarkFile ) ) ; PitchFrameProvider pfp = new PitchFrameProvider ( signal , pitchmarks , null , samplingRate ) ; double [ ] frame = null ; int n = 0 ; int avgF0 = 0 ; while ( ( frame = pfp . getNextFrame ( ) ) != null ) { int periodLength = pfp . validSamplesInFrame ( ) ; if ( periodLength > 0 ) { int f0 = samplingRate / periodLength ; double frameStartTime = pfp . getFrameStartTime ( ) ; double frameEndTime = frameStartTime + pfp . getFrameLengthTime ( ) ; avgF0 += f0 ; n ++ ; System . err . println ( "Frame " + frameStartTime + " - " + frameEndTime + " s: " + periodLength + " samples, " + f0 + " Hz" ) ; } else { System . err . println ( "Read empty frame" ) ; } } avgF0 /= n ; System . err . println ( "Average F0: " + avgF0 + " Hz" ) ; }

Pruebe este proveedor de marco de tono, imprimiendo información sobre los marcos de tono de un archivo de audio.


public boolean isAbsoluteURI  ( ) { return ( m_scheme != null ) ; }

Devuelve si este URI representa un URI absoluto.


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


Isanalphanum: devuelve verdadero si el personaje es una letra, un dígito, subrayado, signo de dólar o carácter no ASCII.


public final String toXML  ( ) { StringBuffer str = new StringBuffer ( ) ; str . append ( '<' ) ; str . append ( XML_ROOT_ELEMENT ) ; str . append ( ' ' ) ; str . append ( XML_ATTRIBUTE_ID ) ; str . append ( "=\"" ) ; str . append ( id ) ; str . append ( "\" " ) ; str . append ( XML_ATTRIBUTE_NAME ) ; str . append ( "=\"" ) ; str . append ( name ) ; str . append ( "\">\n" ) ; if ( value != null ) { str . append ( "<value data-type=\"" ) ; str . append ( getDataType ( ) ) ; str . append ( "\">" ) ; str . append ( value . toString ( ) ) ; str . append ( "</value>\n" ) ; } if ( valueDescription != null ) { str . append ( "<value-description><![CDATA[" ) ; str . append ( valueDescription ) ; str . append ( "]]></value-description>\n" ) ; } str . append ( "<quality-code>" ) ; str . append ( qualityCode . toString ( ) ) ; str . append ( "</quality-code>\n" ) ; if ( qualityDescription != null ) { str . append ( "<quality-description>" ) ; str . append ( qualityDescription ) ; str . append ( "</quality-description>\n" ) ; } str . append ( "<dynamic-filtered>" ) ; str . append ( dynamicFiltered ) ; str . append ( "</dynamic-filtered>" ) ; str . append ( "<filter-applied>" ) ; str . append ( filterApplied ) ; str . append ( "</filter-applied>" ) ; str . append ( "<timestamp>" ) ; str . append ( timestamp . getTime ( ) ) ; str . append ( "</timestamp>\n" ) ; str . append ( "</" ) ; str . append ( XML_ROOT_ELEMENT ) ; str . append ( ">\n" ) ; return str . toString ( ) ; }

Codifica el valor de FilteredDatAtAtAt como XML.Esta codificación se usa para enviar el valor de la etiqueta de datos al módulo de estadísticas a través de JMS.


private void rInflate  ( XmlPullParser parser , Preference parent , final AttributeSet attrs ) throws XmlPullParserException , IOException { final int depth = parser . getDepth ( ) ; int type ; while ( ( ( type = parser . next ( ) ) != XmlPullParser . END_TAG || parser . getDepth ( ) > depth ) && type != XmlPullParser . END_DOCUMENT ) { if ( type != XmlPullParser . START_TAG ) { continue ; } final String name = parser . getName ( ) ; if ( INTENT_TAG_NAME . equals ( name ) ) { final Intent intent ; try { intent = Intent . parseIntent ( getContext ( ) . getResources ( ) , parser , attrs ) ; } catch ( IOException e ) { XmlPullParserException ex = new XmlPullParserException ( "Error parsing preference" ) ; ex . initCause ( e ) ; throw ex ; } parent . setIntent ( intent ) ; } else if ( EXTRA_TAG_NAME . equals ( name ) ) { getContext ( ) . getResources ( ) . parseBundleExtra ( EXTRA_TAG_NAME , attrs , parent . getExtras ( ) ) ; try { skipCurrentTag ( parser ) ; } catch ( IOException e ) { XmlPullParserException ex = new XmlPullParserException ( "Error parsing preference" ) ; ex . initCause ( e ) ; throw ex ; } } else { final Preference item = createItemFromTag ( name , attrs ) ; ( ( PreferenceGroup ) parent ) . addItemFromInflater ( item ) ; rInflate ( parser , item , attrs ) ; } } }

Método recursivo utilizado para descender a la jerarquía XML e instanciar los artículos, instanciar a sus hijos y luego llamar a OnFinishFlate ().


public ParsingTables ( Class impl_class ) { this ( getSpecAsResourceStream ( impl_class ) ) ; }

Asegura que las tablas del analizador estén cargadas.


private LogicalMetric extractMetric  ( Matcher tokenizedQuery , MetricDictionary metricDictionary ) throws BadHavingException { String metricName = tokenizedQuery . group ( 1 ) ; LogicalMetric extractedMetric = metricDictionary . get ( metricName ) ; if ( extractedMetric == null ) { LOG . debug ( HAVING_METRIC_UNDEFINED . logFormat ( metricName ) ) ; throw new BadHavingException ( HAVING_METRIC_UNDEFINED . logFormat ( metricName ) ) ; } return extractedMetric ; }

Extrae la métrica que se examinará de la necesidad de tener tokenizedquery.


public static Map < String , List < TableBlockInfo > > combineNodeBlockMaps  ( List < Map < String , List < TableBlockInfo > > > mapsOfNodeBlockMapping ) { Map < String , List < TableBlockInfo > > combinedMap = new HashMap < String , List < TableBlockInfo > > ( CarbonCommonConstants . DEFAULT_COLLECTION_SIZE ) ; for ( Map < String , List < TableBlockInfo > > eachMap : mapsOfNodeBlockMapping ) { for ( Map . Entry < String , List < TableBlockInfo > > eachEntry : eachMap . entrySet ( ) ) { String node = eachEntry . getKey ( ) ; List < TableBlockInfo > blocks = eachEntry . getValue ( ) ; if ( null != combinedMap . get ( node ) ) { List < TableBlockInfo > blocksAlreadyPresent = combinedMap . get ( node ) ; blocksAlreadyPresent . addAll ( blocks ) ; } else { combinedMap . put ( node , blocks ) ; } } } return combinedMap ; }


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) @ Test public void createProcessDescriptionBBox  ( ) { ProcessDescriptionType process = Wps10FactoryImpl . init ( ) . createProcessDescriptionType ( ) ; CodeType codeType = Ows11FactoryImpl . init ( ) . createCodeType ( ) ; codeType . setValue ( "JTS:area" ) ; process . setIdentifier ( codeType ) ; DataInputsType dataInputs = Wps10FactoryImpl . init ( ) . createDataInputsType ( ) ; EList dataInputList = dataInputs . getInput ( ) ; InputDescriptionType inputDescription = Wps10FactoryImpl . init ( ) . createInputDescriptionType ( ) ; CodeType codeType2 = Ows11FactoryImpl . init ( ) . createCodeType ( ) ; codeType2 . setValue ( "dummyParameter" ) ; inputDescription . setIdentifier ( codeType2 ) ; inputDescription . setMinOccurs ( BigInteger . valueOf ( 1 ) ) ; inputDescription . setMaxOccurs ( BigInteger . valueOf ( 1 ) ) ; dataInputList . add ( inputDescription ) ; process . setDataInputs ( dataInputs ) ; SupportedCRSsType crs = Wps10FactoryImpl . init ( ) . createSupportedCRSsType ( ) ; inputDescription . setBoundingBoxData ( crs ) ; CustomProcessFunction obj = new CustomProcessFunction ( ) ; List < ProcessFunctionParameterValue > valueList = obj . extractParameters ( process ) ; assertEquals ( 1 , valueList . size ( ) ) ; ProcessFunctionParameterValue value = valueList . get ( 0 ) ; assertEquals ( 1 , value . minOccurences ) ; assertEquals ( 1 , value . maxOccurences ) ; assertTrue ( value . dataType . compareTo ( "BBOX" ) == 0 ) ; SupportedComplexDataInputType complex = Wps10FactoryImpl . init ( ) . createSupportedComplexDataInputType ( ) ; inputDescription . setComplexData ( complex ) ; inputDescription . setBoundingBoxData ( null ) ; valueList = obj . extractParameters ( process ) ; assertEquals ( 1 , valueList . size ( ) ) ; value = valueList . get ( 0 ) ; assertEquals ( 1 , value . minOccurences ) ; assertEquals ( 1 , value . maxOccurences ) ; assertTrue ( value . dataType . compareTo ( "Geometry" ) == 0 ) ; }

Pruebe la descripción del proceso Valores del cuadro delimitando.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_REMAIN_TIME_60  ( String durationtime0 ) { return new SM_SYSTEM_MESSAGE ( 1400202 , durationtime0 ) ; }

El tiempo de ataque que queda es% DURATIRE00.


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

El resumen del mensaje que se utilizará cuando se autofrequen los certificados raíz.


public Boolean deleteSalesOrderHeader  ( EntityManager em , String id ) { boolean status = true ; SalesOrderHeader soHeader = null ; try { if ( ! em . getTransaction ( ) . isActive ( ) ) { em . getTransaction ( ) . begin ( ) ; } soHeader = em . find ( SalesOrderHeader . class , id ) ; em . remove ( soHeader ) ; em . getTransaction ( ) . commit ( ) ; } catch ( Exception e ) { status = false ; logger . error ( "Error occured during delete of Sales Order Header. Detailed info: " + e ) ; } return status ; }

Método de ayuda para eliminar el encabezado de pedido de ventas.


public BpmResult login  ( final LoginData loginData ) { switch ( loginData . getLoginType ( ) ) { case GOOGLE_AUTH : if ( loginData . isValidGoogleLogin ( ) ) { return logOnGoogleAuth ( loginData ) ; } break ; case PTC : if ( loginData . isValidPtcLogin ( ) ) { return logOnPtc ( loginData ) ; } break ; default : } return new BpmResult ( "Invalid Login Type" ) ; }

Inicie sesión en Pokemon Ir con los datos de inicio de sesión.


@ Override protected void initData  ( ) { videoFilePresenter = new VideoFilePresenter ( ) ; videoFilePresenter . attachView ( this ) ; if ( path != null && ! TextUtils . isEmpty ( path ) ) { tvFilePath . setText ( path ) ; rootFile = new File ( path ) ; videoFilePresenter . getVideoData ( rootFile ) ; } }


public static SM_SYSTEM_MESSAGE STR_CHAT_ROOM_BAN_SELF_BANNED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300865 , value0 ) ; }

Has sido expulsado del canal privado% 0.


@ Override public StyledLayerDescriptor create  ( ) { StyledLayerDescriptor sld = getStyleFactory ( ) . createStyledLayerDescriptor ( ) ; NamedLayer namedLayer = getStyleFactory ( ) . createNamedLayer ( ) ; sld . addStyledLayer ( namedLayer ) ; Style style = getStyleFactory ( ) . createStyle ( ) ; namedLayer . addStyle ( style ) ; List < FeatureTypeStyle > ftsList = style . featureTypeStyles ( ) ; FeatureTypeStyle fts = getStyleFactory ( ) . createFeatureTypeStyle ( ) ; ftsList . add ( fts ) ; Rule rule = getStyleFactory ( ) . createRule ( ) ; fts . rules ( ) . add ( rule ) ; RasterSymbolizer raster = DefaultSymbols . createDefaultRasterSymbolizer ( ) ; rule . symbolizers ( ) . add ( raster ) ; return sld ; }


String internalsprintf  ( long s ) throws IllegalArgumentException  { String s2 = "" ; switch ( conversionCharacter ) { case 'd' : case 'i' : if ( optionalh ) s2 = printDFormat ( ( short ) s ) ; else if ( optionall ) s2 = printDFormat ( s ) ; else s2 = printDFormat ( ( int ) s ) ; break ; case 'x' : case 'X' : if ( optionalh ) s2 = printXFormat ( ( short ) s ) ; else if ( optionall ) s2 = printXFormat ( s ) ; else s2 = printXFormat ( ( int ) s ) ; break ; case 'o' : if ( optionalh ) s2 = printOFormat ( ( short ) s ) ; else if ( optionall ) s2 = printOFormat ( s ) ; else s2 = printOFormat ( ( int ) s ) ; break ; case 'c' : case 'C' : s2 = printCFormat ( ( char ) s ) ; break ; default : throw new IllegalArgumentException ( "Cannot format a long with a format using a " + conversionCharacter + " conversion character." ) ; } return s2 ; }

Formatee un argumento largo utilizando esta especificación de conversión.


public static void expand  ( Rectangle2D r , double amount ) { r . setRect ( r . getX ( ) - amount , r . getY ( ) - amount , r . getWidth ( ) + 2 * amount , r . getHeight ( ) + 2 * amount ) ; }

Expandir un rectángulo por la cantidad dada.


public boolean plusFound  ( ) { return plusFound ; }

Compruebe si se han encontrado nodos de hojas dentro del lado positivo.


public void remove  ( ) { throw new UnsupportedOperationException ( ) ; }

No soportado.Siempre lanza sin apoyoPortadosOfereException.


public OpenSpacesMessageReceiver ( Connector connector , FlowConstruct flowConstruct , InboundEndpoint endpoint ) throws CreateException { super ( connector , flowConstruct , endpoint ) ; init ( connector , endpoint ) ; }

Crea un Messagereceiver OpenSpace y lo registra como un Listedor de eventos de Spacedata en el contenedor de sondeo / notificación que se declaró como moendpoint.endpointuri.address.


Version readVersion  ( ) throws FormatException  { if ( parsedVersion != null ) { return parsedVersion ; } int dimension = bitMatrix . getHeight ( ) ; int provisionalVersion = ( dimension - 17 ) / 4 ; if ( provisionalVersion <= 6 ) { return Version . getVersionForNumber ( provisionalVersion ) ; } int versionBits = 0 ; int ijMin = dimension - 11 ; for ( int j = 5 ; j >= 0 ; j -- ) { for ( int i = dimension - 9 ; i >= ijMin ; i -- ) { versionBits = copyBit ( i , j , versionBits ) ; } } Version theParsedVersion = Version . decodeVersionInformation ( versionBits ) ; if ( theParsedVersion != null && theParsedVersion . getDimensionForVersion ( ) == dimension ) { parsedVersion = theParsedVersion ; return theParsedVersion ; } versionBits = 0 ; for ( int i = 5 ; i >= 0 ; i -- ) { for ( int j = dimension - 9 ; j >= ijMin ; j -- ) { versionBits = copyBit ( i , j , versionBits ) ; } } theParsedVersion = Version . decodeVersionInformation ( versionBits ) ; if ( theParsedVersion != null && theParsedVersion . getDimensionForVersion ( ) == dimension ) { parsedVersion = theParsedVersion ; return theParsedVersion ; } throw FormatException . getFormatInstance ( ) ; }

Lee la información de la versión de una de sus dos ubicaciones dentro del código QR.


protected PollsAddVoteQuery answerId  ( int value ) { return unsafeParam ( "answer_id" , value ) ; }


public void saveMappingToFile  ( String fileName ) throws IOException { System . err . println ( "Writing name2id map to file: " + fileName ) ; try ( Writer w = new FileWriter ( fileName ) ) { writeMapping ( w ) ; } System . err . println ( "Done (" + id2name . size ( ) + " entries)" ) ; }


public final void createView  ( WXVContainer parent , int index ) { if ( ! isLazy ( ) ) { createViewImpl ( parent , index ) ; } }


public GUIHandler registerContainer  ( String id , Function < GUIContext , Container > creator ) { containers . put ( id , creator ) ; return this ; }

Registra un creador de contenedores para la identificación dada


public OpenMapRealVector ( int dimension ) { this ( dimension , DEFAULT_ZERO_TOLERANCE ) ; }


public SamLocusIterator ( final SamReader samReader , final IntervalList intervalList ) { this ( samReader , intervalList , samReader . hasIndex ( ) ) ; }

Prepárese para iterar a través de los registros SAM dados, saltando alineaciones no primarias.No utilice el índice BAM, incluso si está disponible.


public PagesGetQuery pageId  ( Integer value ) { return unsafeParam ( "page_id" , value ) ; }


public static final SM_SYSTEM_MESSAGE STR_MSG_UNEQUIP_RANKITEM  ( int value0 ) { return new SM_SYSTEM_MESSAGE ( 1401329 , new DescriptionId ( value0 ) ) ; }

% 0 desapareció porque tu rango de abismo cambió.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Spin_END_A_TO_SELF  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200756 , skilltarget ) ; }


public boolean cancel  ( boolean mayInterruptIfRunning ) { return this . request != null && request . cancel ( mayInterruptIfRunning ) ; }

Intenta cancelar esta solicitud.Este intento fallará si la solicitud ya se ha completado, ya se ha cancelado, o no se pudo cancelar por alguna otra razón.Si tiene éxito, y esta solicitud no ha comenzado cuando se llama Cancelar, esta solicitud nunca debe ejecutarse.Si la solicitud ya ha comenzado, el parámetro MayInterruppRunning determina si el hilo que ejecuta esta solicitud debe interrumpirse en un intento de detener la solicitud.<p> & nbsp; </ p> Después de que este método regresa, las llamadas posteriores a Isdone () siempre volverán a ser verdaderas.Las llamadas posteriores a iScanceled () siempre devolverán verdaderas si este método se devolvió VERDADERO.


@ Override protected Dispatcher createContentDispatcher  ( ) { return new NSContentDispatcher ( ) ; }


public static void shuffle  ( Object [ ] a ) { if ( a == null ) throw new NullPointerException ( "argument array is null" ) ; int n = a . length ; for ( int i = 0 ; i < n ; i ++ ) { int r = i + uniform ( n - i ) ; Object temp = a [ i ] ; a [ i ] = a [ r ] ; a [ r ] = temp ; } }

Reorganiza los elementos de la matriz especificada en orden uniformemente aleatorio.


private URI buildNormalizedUri  ( UriInfo uriInfo ) { UriBuilder builder = uriInfo . getRequestUriBuilder ( ) ; builder . replaceQuery ( "" ) ; getNormalizedQueryParameters ( uriInfo ) . forEach ( null ) ; return builder . build ( ) ; }

Construye un URI normalizado que contiene todas las teclas de parámetros en minúsculas.Nota: la carcasa de valor no se ve afectada.


public CompositeAction ( Visualization vis ) { super ( vis , 0 ) ; }

Crea una nueva composición de ejecución que procesa la visualización dada.


public boolean isApplicable  ( ) { return true ; }

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


public void write  ( byte b [ ] ) throws IOException  { raf . write ( b ) ; }

Escribe una matriz de bytes.Bloqueará hasta que los bytes estén realmente escritos.


public ArrayFieldVector ( ArrayFieldVector < T > v , boolean deep ) throws NullArgumentException { MathUtils . checkNotNull ( v ) ; field = v . getField ( ) ; data = deep ? v . data . clone ( ) : v . data ; }


private boolean isNumberDelta  ( String string ) { String s = string . trim ( ) ; if ( s . length ( ) < 2 ) return false ; return ( s . charAt ( 0 ) == '+' || s . charAt ( 0 ) == '-' ) && isUnsignedNumber ( s . substring ( 1 ) ) ; }

Dile a si la cadena contiene un número positivo o negativo delta, es decir, un número con un firme obligatorio + o -


public static void deleteSortLocationIfExists  ( String tempFileLocation ) throws CarbonSortKeyAndGroupByException  { File file = new File ( tempFileLocation ) ; if ( file . exists ( ) ) { try { CarbonUtil . deleteFoldersAndFiles ( file ) ; } catch ( CarbonUtilException e ) { LOGGER . error ( e ) ; } } }

Este método se utilizará para eliminar la clasificación de la ubicación de TEMP es que está exites


public static < K , R > Flowable < R > switchCase  ( Callable < ? extends K > caseSelector , Map < ? super K , ? extends Publisher < ? extends R > > mapOfCases , Publisher < ? extends R > defaultCase ) { ObjectHelper . requireNonNull ( caseSelector , "caseSelector is null" ) ; ObjectHelper . requireNonNull ( mapOfCases , "mapOfCases is null" ) ; ObjectHelper . requireNonNull ( defaultCase , "defaultCase is null" ) ; return RxJavaPlugins . onAssembly ( new FlowableSwitchCase < R , K > ( caseSelector , mapOfCases , defaultCase ) ) ; }

Devuelva un particular de varios observables posibles basados en un selector de casos, o un predeterminado que fluye si el selector de la caja no asigna a uno en particular.<p> <img anchth = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx- operadores/switchcase.png" alt = "">


public static void addPet  ( Player player , int petId , String name , int decorationId , int expireTime ) { PetCommonData petCommonData = player . getPetList ( ) . addPet ( player , petId , decorationId , name , expireTime ) ; if ( petCommonData != null ) { PacketSendUtility . sendPacket ( player , new SM_PET ( 1 , petCommonData ) ) ; if ( expireTime > 0 ) { ExpireTimerTask . getInstance ( ) . addTask ( petCommonData , player ) ; } } }


public void simulateMethod  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String subSignature = method . getSubSignature ( ) ; if ( subSignature . equals ( "java.lang.Class[] getClassContext()" ) ) { java_lang_SecurityManager_getClassContext ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.ClassLoader currentClassLoader0()" ) ) { java_lang_SecurityManager_currentClassLoader0 ( method , thisVar , returnVar , params ) ; return ; } else if ( subSignature . equals ( "java.lang.Class currentLoadedClass0()" ) ) { java_lang_SecurityManager_currentLoadedClass0 ( method , thisVar , returnVar , params ) ; return ; } else { defaultMethod ( method , thisVar , returnVar , params ) ; return ; } }

Implementa el método abstracto simulatemethod.Distribuye la solicitud a los métodos correspondientes por las firmas.


public ArrayRealVector ( ArrayRealVector v , boolean deep ) { data = deep ? v . data . clone ( ) : v . data ; }


public static Message createFromStream  ( InputStream stream ) throws IOException , BencodeReadException , MessageException { BencodeReader reader = new BencodeReader ( stream ) ; Map < String , Object > dict = reader . readDict ( ) ; if ( ! dict . containsKey ( TYPE ) ) { System . out . println ( "Dictionary " + dict + " doesn't contain type" ) ; throw new MessageException ( "Invalid message" ) ; } int messageType = ( int ) ( long ) dict . get ( TYPE ) ; switch ( messageType ) { case INTRODUCTION_REQUEST : return IntroductionRequest . fromMap ( dict ) ; case INTRODUCTION_RESPONSE : return IntroductionResponse . fromMap ( dict ) ; case PUNCTURE : return Puncture . fromMap ( dict ) ; case PUNCTURE_REQUEST : return PunctureRequest . fromMap ( dict ) ; default : throw new MessageException ( "Unknown message" ) ; } }


public static int calculateDaysInMonth  ( int month ) { return calculateDaysInMonth ( 0 , month ) ; }


public static void appendContentPrefix  ( HttpServletRequest request , StringBuilder urlBuffer , String webSiteId ) { try { appendContentPrefix ( request , ( Appendable ) urlBuffer , webSiteId ) ; } catch ( IOException e ) { throw UtilMisc . initCause ( new InternalError ( e . getMessage ( ) ) , e ) ; } }

Anexa el prefijo de contenido para buffer.<p> Scipio: versión que admite un sitio web explícito opcional.


protected int compareEditions  ( Object left , Object right ) { ISVNRemoteResource leftEdition = null ; if ( left instanceof ResourceEditionNode ) { leftEdition = ( ( ResourceEditionNode ) left ) . getRemoteResource ( ) ; } ISVNRemoteResource rightEdition = null ; if ( right instanceof ResourceEditionNode ) rightEdition = ( ( ResourceEditionNode ) right ) . getRemoteResource ( ) ; if ( leftEdition == null || rightEdition == null ) { return NODE_UNKNOWN ; } if ( leftEdition . isContainer ( ) && rightEdition . isContainer ( ) ) { return NODE_EQUAL ; } if ( leftEdition . isContainer ( ) != rightEdition . isContainer ( ) ) { return NODE_NOT_EQUAL ; } String leftLocation = leftEdition . getRepository ( ) . getLocation ( ) ; String rightLocation = rightEdition . getRepository ( ) . getLocation ( ) ; if ( ! leftLocation . equals ( rightLocation ) ) { return NODE_UNKNOWN ; } if ( leftEdition . getUrl ( ) . equals ( rightEdition . getUrl ( ) ) && leftEdition . getLastChangedRevision ( ) . equals ( rightEdition . getLastChangedRevision ( ) ) ) { return NODE_EQUAL ; } else { return NODE_UNKNOWN ; } }

Compara dos nodos para determinar si son iguales.Devuelve el nodo_qual de ellos son los mismos, nodo_not_igal si son diferentes, y no es posible no posibles la comparación.


@ Override protected void processPolar  ( double [ ] r , double [ ] phi ) { int halfWinLength = r . length / 2 ; for ( int i = 0 ; i < r . length ; i ++ ) { double rNorm = r [ i ] / halfWinLength ; double factor = rNorm / ( rNorm + threshold ) ; r [ i ] *= 1 - factor ; } }

Realice la atenuación de los componentes de frecuencia de baja intensidad.


public UnitValueBoxPair ( Unit unit , ValueBox valueBox ) { this . unit = unit ; this . valueBox = valueBox ; }

Construye un objeto UNITVALUEBOXPAIR un objeto unitario y un objeto de vale de valor.


public void appendWarn  ( final String warnMessage ) { if ( this . warnMessage == null ) { this . warnMessage = warnMessage ; } else { this . warnMessage += ( "\n" + warnMessage ) ; } }


public void savePosition  ( ) { RecordId rid1 = s1 . getRecordId ( ) ; RecordId rid2 = ( s2 == null ) ? null : s2 . getRecordId ( ) ; savedPosition = Arrays . asList ( rid1 , rid2 ) ; }

Guarda la posición del registro actual, de modo que se pueda restaurar en un momento posterior.


public static void writeStringToFile  ( String path , String toWrite , SparkContext sc ) throws IOException { FileSystem fileSystem = FileSystem . get ( sc . hadoopConfiguration ( ) ) ; try ( BufferedOutputStream bos = new BufferedOutputStream ( fileSystem . create ( new Path ( path ) ) ) ) { bos . write ( toWrite . getBytes ( "UTF-8" ) ) ; } }

Escriba una cadena a un archivo (en HDFS o LOCAL) en formato UTF-8


public void train  ( List < String > sentences , String pipelineModelFileName , int numFeatures ) { List < WhitespaceContext > contexts = new ArrayList < WhitespaceContext > ( sentences . size ( ) ) ; int id = 0 ; for ( String sentence : sentences ) { sentence = sentence . trim ( ) ; for ( int j = 0 ; j < sentence . length ( ) ; j ++ ) { char c = sentence . charAt ( j ) ; if ( c == ' ' || c == '_' ) { WhitespaceContext context = new WhitespaceContext ( ) ; context . setId ( id ++ ) ; context . setContext ( extractContext ( sentence , j ) ) ; context . setLabel ( c == ' ' ? 0d : 1d ) ; contexts . add ( context ) ; } } } JavaRDD < WhitespaceContext > jrdd = jsc . parallelize ( contexts ) ; DataFrame df = sqlContext . createDataFrame ( jrdd , WhitespaceContext . class ) ; df . show ( false ) ; System . out . println ( "N = " + df . count ( ) ) ; df . groupBy ( "label" ) . count ( ) . show ( ) ; org . apache . spark . ml . feature . Tokenizer tokenizer = new Tokenizer ( ) . setInputCol ( "context" ) . setOutputCol ( "words" ) ; HashingTF hashingTF = new HashingTF ( ) . setNumFeatures ( numFeatures ) . setInputCol ( tokenizer . getOutputCol ( ) ) . setOutputCol ( "features" ) ; LogisticRegression lr = new LogisticRegression ( ) . setMaxIter ( 100 ) . setRegParam ( 0.01 ) ; Pipeline pipeline = new Pipeline ( ) . setStages ( new PipelineStage [ ] { tokenizer , hashingTF , lr } ) ; model = pipeline . fit ( df ) ; try { model . write ( ) . overwrite ( ) . save ( pipelineModelFileName ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } DataFrame predictions = model . transform ( df ) ; predictions . show ( ) ; MulticlassClassificationEvaluator evaluator = new MulticlassClassificationEvaluator ( ) . setMetricName ( "precision" ) ; double accuracy = evaluator . evaluate ( predictions ) ; System . out . println ( "training accuracy = " + accuracy ) ; LogisticRegressionModel lrModel = ( LogisticRegressionModel ) model . stages ( ) [ 2 ] ; LogisticRegressionTrainingSummary trainingSummary = lrModel . summary ( ) ; double [ ] objectiveHistory = trainingSummary . objectiveHistory ( ) ; System . out . println ( "#(iterations) = " + objectiveHistory . length ) ; for ( double lossPerIteration : objectiveHistory ) { System . out . println ( lossPerIteration ) ; } }

Trae un modelo de clasificador de espacio en blanco y guarde el modelo de tubería resultante a un archivo externo.


public SimpleLogFile ( String name , long cookie , LogRemovalManager logMgr ) { init ( name , cookie , logMgr ) ; }

Crea un <código> SIMPLELOGFILE </ CODE>.


public SubreportEndEntry ( String name ) { super ( ) ; this . name = name ; }


public static SM_SYSTEM_MESSAGE STR_MSG_DICE_GIVEUP_OTHER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390165 , value0 ) ; }


public LeastSquaresBuilder model  ( final MultivariateJacobianFunction newModel ) { this . model = newModel ; return this ; }


public void closeRows  ( ) { SQLModel . closeQuietly ( currentRow ) ; SQLModel . closeQuietly ( currentStatement ) ; }

Cierre la fila y la declaración actuales.


public static void copyToClipboard  ( String s ) { StringSelection stringSelection = new StringSelection ( s ) ; Clipboard clipboard = Toolkit . getDefaultToolkit ( ) . getSystemClipboard ( ) ; clipboard . setContents ( stringSelection , null ) ; }


public boolean string_constants  ( ) { return soot . PhaseOptions . getBoolean ( options , "string-constants" ) ; }

Propague todas las constantes de cadena: propague todas las constantes de cadena, no solo nombres de clase.Cuando esta opción está configurada en FALSE, SOLO PIETE DISTINGSE las constantes de cadena que pueden ser el nombre de una clase cargada dinámicamente utilizando la reflexión, y todas las demás constantes de la cadena se agrupan en un solo nodo constante de cadena.El ajuste de esta opción para verdaderas causa que todas las constantes de cadena se propagan individualmente.


public void back  ( ) { checkState ( myIndex > 0 ) ; this . myIndex -= 1 ; }

Hacer una copia de seguridad de un personaje.Esto proporciona una especie de capacidad de lookahead, de modo que puede probar un dígito o una letra antes de intentar analizar el siguiente número o identificador.


public void createSubscription  ( final Color color , final boolean subscribe , final TabbedSubscriptionDetails subscriptionDetails , final MqttAsyncConnection connection , final MqttConnectionController connectionController , final Object parent ) { logger . info ( "Creating subscription for " + subscriptionDetails . getTopic ( ) ) ; final MqttSubscription subscription = new MqttSubscription ( subscriptionDetails . getTopic ( ) , subscriptionDetails . getQos ( ) , color , connection . getProperties ( ) . getConfiguredProperties ( ) . getMinMessagesStoredPerTopic ( ) , connection . getPreferredStoreSize ( ) , uiEventQueue , eventBus , connection . getStore ( ) . getFormattingManager ( ) , UiProperties . getSummaryMaxPayloadLength ( configurationManager . getUiPropertyFile ( ) ) ) ; subscription . setConnection ( connection ) ; subscription . setDetails ( subscriptionDetails ) ; final SubscriptionController subscriptionController = createSubscriptionTab ( false , subscription . getStore ( ) , subscription , connection , connectionController ) ; subscriptionController . getTab ( ) . setContextMenu ( ContextMenuUtils . createSubscriptionTabContextMenu ( connection , subscription , eventBus , this , configurationManager , subscriptionController ) ) ; subscriptionController . setConnectionController ( connectionController ) ; subscriptionController . setFormatters ( configurationManager . getFormatters ( ) ) ; subscriptionController . setTabStatus ( new TabStatus ( ) ) ; subscriptionController . getTabStatus ( ) . setVisibility ( PaneVisibilityStatus . NOT_VISIBLE ) ; subscriptionController . init ( ) ; subscriptionController . onSubscriptionStatusChanged ( new SubscriptionStatusChangeEvent ( subscription ) ) ; subscription . setSubscriptionController ( subscriptionController ) ; final SpyPerspective perspective = viewManager . getPerspective ( ) ; subscriptionController . setViewVisibility ( MqttViewManager . getDetailedViewStatus ( perspective ) , MqttViewManager . getBasicViewStatus ( perspective ) ) ; subscriptionController . getTabStatus ( ) . setVisibility ( PaneVisibilityStatus . ATTACHED ) ; subscriptionController . getTabStatus ( ) . setParent ( connectionController . getSubscriptionTabs ( ) ) ; final TabPane subscriptionTabs = connectionController . getSubscriptionTabs ( ) ; subscriptionTabs . getTabs ( ) . add ( subscriptionController . getTab ( ) ) ; subscriptionTabs . getTabs ( ) . get ( ALL_SUBSCRIPTIONS_TAB_INDEX ) . setDisable ( false ) ; if ( subscribe ) { logger . debug ( "Trying to subscribe {}" , subscription . getTopic ( ) ) ; connection . subscribe ( subscription ) ; } else { connection . addSubscription ( subscription ) ; subscription . setActive ( false ) ; } }

Crea una suscripción y una pestaña para ello.


public static _Fields findByName  ( String name ) { return byName . get ( name ) ; }

Encuentre la constante _fields que coincida con el nombre, o nulo si no se encuentra.


public ViewActionSeparator ( ) { this  ( - 1 ) ; }


@ deprecated public int hashCode  ( ) { return this . text . hashCode ( ) ^ this . pos ^ this . begin ^ this . end ; }


public VideoSaveQuery groupId  ( Integer value ) { return unsafeParam ( "group_id" , value ) ; }

ID de la comunidad en la que se guardará el video.De forma predeterminada, la página del usuario actual.


private void updateDisplay  ( boolean allowEmptyDisplay ) { if ( ! allowEmptyDisplay && mTypedTimes . isEmpty ( ) ) { int hour = mTimePicker . getHours ( ) ; int minute = mTimePicker . getMinutes ( ) ; setHour ( hour , true ) ; setMinute ( minute ) ; if ( ! mIs24HourMode ) { updateAmPmDisplay ( hour < 12 ? HALF_DAY_1 : HALF_DAY_2 ) ; } setCurrentItemShowing ( mTimePicker . getCurrentItemShowing ( ) , true , true , true ) ; mDoneButton . setEnabled ( true ) ; } else { Boolean [ ] enteredZeros = { false , false } ; int [ ] values = getEnteredTime ( enteredZeros ) ; String hourFormat = enteredZeros [ 0 ] ? "%02d" : "%2d" ; String minuteFormat = ( enteredZeros [ 1 ] ) ? "%02d" : "%2d" ; String hourStr = ( values [ 0 ] == - 1 ) ? mDoublePlaceholderText : String . format ( hourFormat , values [ 0 ] ) . replace ( ' ' , mPlaceholderText ) ; String minuteStr = ( values [ 1 ] == - 1 ) ? mDoublePlaceholderText : String . format ( minuteFormat , values [ 1 ] ) . replace ( ' ' , mPlaceholderText ) ; mHourView . setText ( hourStr ) ; mHourSpaceView . setText ( hourStr ) ; mHourView . setTextColor ( mUnselectedColor ) ; mMinuteView . setText ( minuteStr ) ; mMinuteSpaceView . setText ( minuteStr ) ; mMinuteView . setTextColor ( mUnselectedColor ) ; if ( ! mIs24HourMode ) { updateAmPmDisplay ( values [ 2 ] ) ; } } }

Actualice las horas, los minutos y las pantallas AM / PM con las veces escritas.Si los tiempos escritos están vacíos, muestren una pantalla vacía (llena con el texto del marcador de posición), o actualice los valores de Timepicker.


private double sigmoid  ( double x ) { x = 12.0 * x - 6.0 ; return ( 1.0 / ( 1.0 + Math . exp ( - 1.0 * x ) ) ) ; }


public JSONObject putOnce  ( String key , Object value ) throws JSONException { if ( key != null && value != null ) { if ( opt ( key ) != null ) { throw new JSONException ( "Duplicate key \"" + key + "\"" ) ; } put ( key , value ) ; } return this ; }

Ponga un par de claves / valor en el JSONOBJECT, pero solo si la tecla y el valor no son nulos, y solo si aún no hay un miembro con ese nombre.


@ Override protected Dispatcher createContentDispatcher  ( ) { return new ContentDispatcher ( ) ; }


private static boolean snapHorizontalGrid  ( Point candidatePoint ) { int x = candidatePoint . x ; x = ( x / SceneDraw . GRID_SPACING ) * SceneDraw . GRID_SPACING ; candidatePoint . x = x ; return true ; }

Ajuste el widget en el eje horizontal a WidgetsView.grid_Spacing


public static Object find  ( String urls , Properties customProperties , LifeCycle lifeCycle , CredentialsProvider credentialsProvider ) throws FinderException { return spaceFinder . findService ( urls , customProperties , lifeCycle , credentialsProvider ) ; }

Encuentra o crea una instancia de un gigaspacio basado en el espacio espacial especificado.


@ Bean public static PropertySourcesPlaceholderConfigurer propertySourcesPlaceholderConfigurer  ( ) { return new PropertySourcesPlaceholderConfigurer ( ) ; }

Esto se necesita para que la propiedad resuelva el trabajo en anotaciones ... (consulte http://stackoverflow.com/questions/11925952/custom-spring-property-source-does-no-resolve-placeholsers-in-value)


public Matrix zoom  ( float scaleX , float scaleY ) { Matrix save = new Matrix ( ) ; save . set ( mMatrixTouch ) ; save . postScale ( scaleX , scaleY ) ; return save ; }

Post-escalas por los factores de escala especificada.


public LongColumn ( int nrows , int capacity , long defaultValue ) { super ( long . class , new Long ( defaultValue ) ) ; if ( capacity < nrows ) { throw new IllegalArgumentException ( "Capacity value can not be less than the row count." ) ; } m_values = new long [ capacity ] ; Arrays . fill ( m_values , defaultValue ) ; m_size = nrows ; }


protected void destroyOverlayPanelContent  ( ) { if ( mContent != null ) { mContent . destroy ( ) ; mContent = null ; } }

Destruye los componentes nativos del montaje de superposición.


public boolean onError  ( MediaPlayer player , int arg1 , int arg2 ) { Log . d ( LOG_TAG , "AudioPlayer.onError(" + arg1 + ", " + arg2 + ")" ) ; this . player . stop ( ) ; this . player . release ( ) ; sendErrorStatus ( arg1 ) ; return false ; }

La devolución de llamada se invocará cuando ha habido un error durante una operación asíncrona (otros errores arrojarán excepciones en el tiempo de llamada de método).


public static void triggerRefresh  ( ) { Bundle extras = new Bundle ( ) ; extras . putBoolean ( ContentResolver . SYNC_EXTRAS_MANUAL , true ) ; extras . putBoolean ( ContentResolver . SYNC_EXTRAS_EXPEDITED , true ) ; ContentResolver . requestSync ( AccountUtils . getAccount ( ) , FeedContract . CONTENT_AUTHORITY , extras ) ; }

Método de ayuda para desencadenar una sincronización inmediata ("actualización").<P> Esto solo debe usarse cuando necesitemos adelantar el calendario de sincronización normal.Normalmente, esto significa que el usuario ha presionado el botón "Actualizar".<P> Tenga en cuenta que sync_extras_manual causará una sincronización inmediata, sin optimización para preservar la vida útil de la batería.Si conoce nuevos datos disponibles (tal vez a través de una notificación GCM), pero el usuario no está esperando activamente los datos, debe omitir esta bandera;Esto le dará a la libertad adicional del sistema operativo para programar su solicitud de sincronización.


@ SuppressWarnings ( "deprecation" ) static HttpUriRequest createHttpRequest  ( Request < ? > request , Map < String , String > additionalHeaders ) throws AuthFailureError { switch ( request . getMethod ( ) ) { case Method . DEPRECATED_GET_OR_POST : { byte [ ] postBody = request . getPostBody ( ) ; if ( postBody != null ) { HttpPost postRequest = new HttpPost ( request . getUrl ( ) ) ; postRequest . addHeader ( HEADER_CONTENT_TYPE , request . getPostBodyContentType ( ) ) ; HttpEntity entity ; entity = new ByteArrayEntity ( postBody ) ; postRequest . setEntity ( entity ) ; return postRequest ; } else { return new HttpGet ( request . getUrl ( ) ) ; } } case Method . GET : return new HttpGet ( request . getUrl ( ) ) ; case Method . DELETE : return new HttpDelete ( request . getUrl ( ) ) ; case Method . POST : { HttpPost postRequest = new HttpPost ( request . getUrl ( ) ) ; postRequest . addHeader ( HEADER_CONTENT_TYPE , request . getBodyContentType ( ) ) ; setEntityIfNonEmptyBody ( postRequest , request ) ; return postRequest ; } case Method . PUT : { HttpPut putRequest = new HttpPut ( request . getUrl ( ) ) ; putRequest . addHeader ( HEADER_CONTENT_TYPE , request . getBodyContentType ( ) ) ; setEntityIfNonEmptyBody ( putRequest , request ) ; return putRequest ; } case Method . HEAD : return new HttpHead ( request . getUrl ( ) ) ; case Method . OPTIONS : return new HttpOptions ( request . getUrl ( ) ) ; case Method . TRACE : return new HttpTrace ( request . getUrl ( ) ) ; case Method . PATCH : { HttpPatch patchRequest = new HttpPatch ( request . getUrl ( ) ) ; patchRequest . addHeader ( HEADER_CONTENT_TYPE , request . getBodyContentType ( ) ) ; setEntityIfNonEmptyBody ( patchRequest , request ) ; return patchRequest ; } default : throw new IllegalStateException ( "Unknown request method." ) ; } }

Crea la subclase apropiada de HTTPURIRECHEST POR PASADO POR SOLICITUD.