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


@ Override protected void onPrimaryColorChanged  ( boolean shouldAnimate ) { if ( mBackgroundColorSet ) return ; mBackgroundColorSet = true ; int primaryColor = getToolbarDataProvider ( ) . getPrimaryColor ( ) ; getBackground ( ) . setColor ( primaryColor ) ; mUseDarkColors = ! ColorUtils . shoudUseLightForegroundOnBackground ( primaryColor ) ; updateVisualsForState ( ) ; }

Para ampliar clases para anular y llevar a cabo los cambios relacionados con el color primario para el cambio de la pestaña actual.


public static Field create  ( MessageType parent , FieldDescriptorProto proto , String path , @ Nullable Oneof oneof ) { return new Field ( parent , proto , path , oneof , proto . getName ( ) ) ; }

Crea un campo respaldado por el proto determinado.


public static void write  ( String data , Writer output ) throws IOException { if ( data != null ) { output . write ( data ) ; } }

Escribe caracteres de una cadena </ código> a un escritor </ código>.


private void initPasswordListener  ( View shareView ) { mOnPasswordInteractionListener = new OnPasswordInteractionListener ( ) ; ( ( SwitchCompat ) shareView . findViewById ( R . id . shareViaLinkPasswordSwitch ) ) . setOnCheckedChangeListener ( mOnPasswordInteractionListener ) ; shareView . findViewById ( R . id . shareViaLinkPasswordLabel ) . setOnClickListener ( mOnPasswordInteractionListener ) ; shareView . findViewById ( R . id . shareViaLinkPasswordValue ) . setOnClickListener ( mOnPasswordInteractionListener ) ; }

Encuaderna a las acciones de los usuarios que inician cualquier actualización en una contraseña para el enlace público a las opiniones que reciben los eventos del usuario.


@ Nullable public static Labels fromSnippets  ( KindredSnippets [ ] snippets ) { for ( KindredSnippets obj : snippets ) { if ( obj instanceof Labels ) { return ( Labels ) obj ; } } return null ; }

Encuentra las etiquetas en los fragmentos.


private void close  ( Collection < WatchedObject > bucket , SocketAddress serverAddress , Exception e , long originalInvocationVersion ) throws IOException { for ( WatchedObject watched : bucket ) { long currentWatchedInvocationVersion = watched . getVersion ( ) ; if ( ! RequestResponseTimeoutObserver . DISABLE_RESPONSE_WATCH && currentWatchedInvocationVersion > originalInvocationVersion ) { if ( _logger . isLoggable ( Level . FINER ) ) { _logger . log ( Level . FINER , "Not closing invalid connection as current invocation version does not match" + " original invocation version. [original version=" + originalInvocationVersion + ", current version=" + currentWatchedInvocationVersion + "original message [" + getInvalidConnectionMessage ( serverAddress , watched . getSocket ( ) , watched ) + "[" + e + "]]" ) ; } continue ; } try { watched . stopWatch ( ) ; watched . setException ( e ) ; Level closeConnectionLoggingLevel = getCloseConnectionLoggingLevel ( ) ; if ( _logger . isLoggable ( closeConnectionLoggingLevel ) ) { String invalidConnectionMessage = getInvalidConnectionMessage ( serverAddress , watched . getSocket ( ) , watched ) ; _logger . log ( closeConnectionLoggingLevel , invalidConnectionMessage + "[" + e + "]" , e ) ; } if ( watched . getSocket ( ) . isBlocking ( ) ) { watched . getSocket ( ) . close ( ) ; } else { AsyncContext context = ( ( CPeer ) watched . getClient ( ) ) . getAsyncContext ( ) ; if ( context != null ) { context . setSelectionKey ( null ) ; context . close ( new ClosedChannelException ( ) ) ; } } } catch ( Exception ex ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . log ( Level . FINE , getFailureToCloseInvalidConnectionMessage ( serverAddress , watched . getSocket ( ) ) , ex ) ; } } } }


private void onException  ( Exception e ) { if ( e instanceof IllegalArgumentException ) { } else { } finishedTasks ++ ; }


private static void markChecked  ( String category , String name , boolean createWithProject ) { String key = getCheckKey ( category , name , createWithProject ) ; ourTemplatesChecked . add ( key ) ; }

Marcas que ya hemos revisado la plantilla dada en un nuevo proyecto o el contexto del proyecto existente


public static void main  ( String [ ] args ) throws IOException , URISyntaxException  { if ( ! new Convert ( ) . convertTTML ( args ) ) { System . exit ( 1 ) ; } }


public static PublicKey generatePublicKey  ( String encodedPublicKey ) { try { byte [ ] decodedKey = Base64 . decode ( encodedPublicKey ) ; KeyFactory keyFactory = KeyFactory . getInstance ( KEY_FACTORY_ALGORITHM ) ; return keyFactory . generatePublic ( new X509EncodedKeySpec ( decodedKey ) ) ; } catch ( NoSuchAlgorithmException e ) { throw new RuntimeException ( e ) ; } catch ( InvalidKeySpecException e ) { Log . e ( TAG , "Invalid key specification." ) ; throw new IllegalArgumentException ( e ) ; } catch ( Base64DecoderException e ) { Log . e ( TAG , "Base64 decoding failed." ) ; throw new IllegalArgumentException ( e ) ; } }

Genera una instancia de PUBLICKEY de una cadena que contiene la clave pública codificada por Base64.


public NegExpr newNegExpr  ( Value op ) { return new JNegExpr ( op ) ; }

Construye un trozo de gramática NEGEXPR (inmediato, inmediato).


public boolean routeExists  ( String to ) { RoutesMap routesMap = forwardTable . get ( to ) ; if ( routesMap == null ) { return false ; } return ( routesMap . size ( ) > 0 ) ; }

Cheques Si tenemos al menos una ruta al objetivo.


public static ProbeItemDescriptor discreteBarItem  ( String name , String description , ItemValueFormatter formatter , double dataFactor , long minValue , long maxValue , float lineWidth , Color lineColor , Color fillColor , int width , boolean fixedWidth ) { if ( lineColor == null && fillColor == null ) throw new IllegalArgumentException ( "Either lineColor or fillColor must be defined" ) ; return discreteItem ( name , description , formatter , dataFactor , minValue , maxValue , lineWidth , lineColor , fillColor , width , fixedWidth , false , fillColor == null ) ; }

Crea el descriptor para un elemento discreto representado por barras verticales, con valores de ad de datos de datos personalizados, y de ancho de línea personalizado y línea de línea / relleno.


public static Zmat o  ( Zmat A , Zdiagmat D ) throws JampackException { if ( D . order != A . nrow || D . order != A . ncol ) { throw new JampackException ( "Matrices not conformable for addition" ) ; } Zmat C = new Zmat ( A ) ; for ( int i = 0 ; i < A . nrow ; i ++ ) { C . re [ i ] [ i ] = C . re [ i ] [ i ] + D . re [ i ] ; C . im [ i ] [ i ] = C . im [ i ] [ i ] + D . im [ i ] ; } return C ; }

Calcula la suma de un zmat y un zdiagmat.


protected int indexFor  ( int h , int length ) { return h & ( length - 1 ) ; }

Índice de retorno para el código hash h.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . camera ) ; CameraManager . init ( getApplication ( ) ) ; viewfinderView = ( ViewfinderView ) findViewById ( R . id . viewfinder_view ) ; cancelScanButton = ( Button ) this . findViewById ( R . id . btn_cancel_scan ) ; hasSurface = false ; inactivityTimer = new InactivityTimer ( this ) ; }

Se llama cuando se crea por primera vez la actividad.


private void delayedHide  ( int delayMillis ) { mHideHandler . removeCallbacks ( mHideRunnable ) ; mHideHandler . postDelayed ( mHideRunnable , delayMillis ) ; }

Horarios una llamada para ocultar () en [Delay] milisegundos, cancelando las llamadas previamente programadas.


public static SM_SYSTEM_MESSAGE STR_QUEST_SYSTEMMSG_ACQUIRE_QUEST  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300613 , value0 ) ; }


@ Scheduled ( fixedRate = 300000 , initialDelay = 300000 ) public void refreshAllUnknownTags  ( ) { if ( LOG . isTraceEnabled ( ) ) { LOG . trace ( "refreshAllUnknownTags() - Start refreshing all unknown tags ... " ) ; } Set < Long > unknownTags = new HashSet < > ( ) ; try { if ( ! cache . isHistoryModeEnabled ( ) ) { for ( Tag cdt : cache . getAllSubscribedDataTags ( ) ) { if ( ! cdt . getDataTagQuality ( ) . isExistingTag ( ) ) { unknownTags . add ( cdt . getId ( ) ) ; } } if ( ! unknownTags . isEmpty ( ) ) { if ( LOG . isDebugEnabled ( ) ) { LOG . debug ( "refreshAllUnknownTags() - trying to refresh " + unknownTags . size ( ) + " tags marked as UNKNOWN ..." ) ; } cache . refresh ( unknownTags ) ; } } } catch ( Exception e ) { LOG . error ( "refreshAllUnknownTags() - An error occured while trying to refresh all unknown tags from the server." , e ) ; } if ( LOG . isTraceEnabled ( ) ) { LOG . trace ( "refreshAllUnknownTags() - Scheduled task finished. Next call in 5 minutes." ) ; } }

Este método se llama cada 5 minutos para actualizar todas las etiquetas que actualmente están marcadas como desconocidas.


protected CreateIndexRequestBuilder prepareCreateIndexRequestBuilder  ( String index ) { log . debug ( "Prepare ES request to create new index {} with {} shards and {} replicas" , index , shards , replicas ) ; CreateIndexRequestBuilder builder = client . admin ( ) . indices ( ) . prepareCreate ( index ) ; Settings indexSettings = Settings . settingsBuilder ( ) . put ( "number_of_shards" , shards ) . put ( "number_of_replicas" , replicas ) . build ( ) ; builder . setSettings ( indexSettings ) ; return builder ; }

Consulta el clúster para realizar una operación de índice.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SwitchHPMP_Instant_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200581 , skilltarget , skillname ) ; }

USTED causó [% SkillTarget] para intercambiar MP con HP usando [% SkillName].


private String proxyToString  ( Object proxy ) { Class [ ] interfaces = proxy . getClass ( ) . getInterfaces ( ) ; Class iface = null ; for ( int i = interfaces . length ; -- i >= 0 ; iface = interfaces [ i ] ) { if ( interfaces [ i ] == RemoteMethodControl . class ) { break ; } } if ( iface == null ) { return "Proxy[" + this + "]" ; } String n = iface . getName ( ) ; int dot = n . lastIndexOf ( '.' ) ; if ( dot >= 0 ) { n = n . substring ( dot + 1 ) ; } return "Proxy[" + n + "," + this + "]" ; }

Devuelve una representación de cadena para un proxy que utiliza este controlador de invocación.


public static String substituteParams  ( String sql , List < Integer > paramOrder ) throws IOException { if ( sql . indexOf ( "?" ) == - 1 ) return sql ; paramOrder . clear ( ) ; StreamTokenizer tok = new StreamTokenizer ( new StringReader ( sql ) ) ; tok . resetSyntax ( ) ; tok . quoteChar ( '\'' ) ; tok . wordChars ( '0' , '9' ) ; tok . wordChars ( '?' , '?' ) ; StringBuilder buf = new StringBuilder ( sql . length ( ) ) ; for ( int ttype ; ( ttype = tok . nextToken ( ) ) != StreamTokenizer . TT_EOF ; ) { switch ( ttype ) { case StreamTokenizer . TT_WORD : if ( tok . sval . startsWith ( "?" ) ) { buf . append ( "?" ) ; String pIndex = tok . sval . substring ( 1 ) ; if ( pIndex . length ( ) > 0 ) { paramOrder . add ( Integer . valueOf ( pIndex ) ) ; } else { paramOrder . add ( paramOrder . size ( ) + 1 ) ; } } else buf . append ( tok . sval ) ; break ; case '\'' : buf . append ( '\'' ) ; if ( tok . sval != null ) { buf . append ( tok . sval ) ; buf . append ( '\'' ) ; } break ; default : buf . append ( ( char ) ttype ) ; } } return buf . toString ( ) ; }

Método de utilidad para sustituir '? NUM' para los parámetros en la declaración SQL dada, y completar el orden de los tokens de parámetros


public void sendCatchMeClickedInitNumber  ( ) { for ( int i = 0 ; i < roomClients . size ( ) ; i ++ ) if ( roomClients . get ( i ) . getsEnteredRoom ( ) . equals ( getsRoomName ( ) ) ) { roomClients . get ( i ) . setnCatchmePlayCount ( getnCatchmePlayCount ( ) ) ; roomClients . get ( i ) . sendPacket ( Settings . _ANSWER_CATCHME_INIT_PLAY_CLICKED_NUMBER + "" , roomClients . get ( i ) . getnCatchmePlayCount ( ) + "" ) ; } }

Si Catchme Game Start, este método es llamado por el gerente de la sala de juegos y el gerente tiene un token de juego y número de conjunto de artículos


public boolean isDrawBarShadowEnabled  ( ) { return mDrawBarShadow ; }

Devuelve VERDADERO si las sombras de dibujo (MAXVALUE) para cada barra están habilitadas, FALSO SI NO


static public void delTree  ( String dirName , String excludedDirName ) { File dir = new File ( dirName ) ; File [ ] files = dir . listFiles ( ) ; if ( files != null ) { for ( int i = 0 ; i < files . length ; i ++ ) { if ( files [ i ] . isFile ( ) ) files [ i ] . delete ( ) ; else { if ( excludedDirName != null && files [ i ] . getPath ( ) . equalsIgnoreCase ( dir + File . separator + excludedDirName ) ) continue ; delTree ( files [ i ] . getPath ( ) , excludedDirName ) ; } } dir . delete ( ) ; } }

Función de utilidad recursiva que elimina todo el directorio.


protected AbstractPolynomialSolver ( final double absoluteAccuracy ) { super ( absoluteAccuracy ) ; }

Construye un solucionador con precisión absoluta.


public boolean isCritical  ( ) { return true ; }

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


public int length  ( ) { return Histogram . length ( ) + Graph . length ( ) ; }

Devuelve el tamaño del objeto de documento completo, sumando los tamaños de gráfico e histograma del documento.


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.


private void removeEquipmentCommands  ( Equipment equipment , ConfigurationElementReport equipmentReport ) { for ( Long commandTagId : new ArrayList < Long > ( equipment . getCommandTagIds ( ) ) ) { ConfigurationElementReport commandReport = new ConfigurationElementReport ( Action . REMOVE , Entity . COMMANDTAG , commandTagId ) ; equipmentReport . addSubReport ( commandReport ) ; commandTagConfigHandler . removeCommandTag ( commandTagId , commandReport ) ; } }

Elimina todas las etiquetas de comando asociadas con este equipo.


public void increaseNestingLevel  ( ) { currentNestingLevel ++ ; }

Aumentar el nivel de anidamiento actual.


public int size  ( ) { return m_clauses . size ( ) ; }

Obtenga el número de cláusulas subedicadas.


public void updateKey  ( byte [ ] blowfishKey ) { this . blowfishKey = blowfishKey ; System . arraycopy ( SBOX_INIT_0 , 0 , sBoxes [ 0 ] , 0 , 256 ) ; System . arraycopy ( SBOX_INIT_1 , 0 , sBoxes [ 1 ] , 0 , 256 ) ; System . arraycopy ( SBOX_INIT_2 , 0 , sBoxes [ 2 ] , 0 , 256 ) ; System . arraycopy ( SBOX_INIT_3 , 0 , sBoxes [ 3 ] , 0 , 256 ) ; initArrays ( ) ; }

Actualice la llave de blowfish actual con la nueva y reinicialice las cajas de la matriz P y S


public static boolean needRecalculate  ( String returnAdjustmentTypeId ) { return "RET_PROMOTION_ADJ" . equals ( returnAdjustmentTypeId ) || "RET_DISCOUNT_ADJ" . equals ( returnAdjustmentTypeId ) || "RET_SALES_TAX_ADJ" . equals ( returnAdjustmentTypeId ) ; }

Estos tipos de ajuste de retorno deben recalcularse cuando se actualiza el elemento de devolución


public JobRequestFailedException ( String message , Throwable cause ) { super ( message , cause ) ; }

Construya una Concepción de JobNotFoundException con la causa y el mensaje especificados.


@ Override public void addView  ( View child , int index , ViewGroup . LayoutParams params ) { if ( child . getId ( ) == R . id . card_root ) { super . addView ( child , index , params ) ; } else if ( child instanceof ActionButton ) { addActionButton ( ( ActionButton ) child ) ; } }

Manijas Agregar una vista infantil.Actualmente, solo permitimos agregar los botones CARD_ROOT y acción.


public boolean hasCategoryOptionGroupSet  ( ) { return categoryOptionGroupSet != null ; }

Indica si este nivel de aprobación especificó un grupo de opciones de categoría establecido.


@ NotNull @ VisibleForTesting Collection < Constraint > validateStringType  ( @ Nullable Project project , @ Nullable Module module , @ Nullable SourceProvider provider , @ Nullable String packageName , @ Nullable String value , @ Nullable Set < Object > relatedValues ) { GlobalSearchScope searchScope = module != null ? GlobalSearchScope . moduleWithDependenciesAndLibrariesScope ( module ) : GlobalSearchScope . EMPTY_SCOPE ; Set < Constraint > violations = Sets . newHashSet ( ) ; if ( value == null || value . isEmpty ( ) ) { if ( constraints . contains ( Constraint . NONEMPTY ) ) { violations . add ( Constraint . NONEMPTY ) ; } return violations ; } boolean exists = false ; String fqName = ( packageName != null && value . indexOf ( '.' ) == - 1 ? packageName + "." : "" ) + value ; if ( constraints . contains ( Constraint . ACTIVITY ) ) { if ( ! isValidFullyQualifiedJavaIdentifier ( fqName ) ) { violations . add ( Constraint . ACTIVITY ) ; } if ( project != null ) { PsiClass aClass = JavaPsiFacade . getInstance ( project ) . findClass ( fqName , searchScope ) ; PsiClass activityClass = JavaPsiFacade . getInstance ( project ) . findClass ( SdkConstants . CLASS_ACTIVITY , GlobalSearchScope . allScope ( project ) ) ; exists = aClass != null && activityClass != null && aClass . isInheritor ( activityClass , true ) ; } } if ( constraints . contains ( Constraint . APILEVEL ) ) { } if ( constraints . contains ( Constraint . CLASS ) ) { if ( ! isValidFullyQualifiedJavaIdentifier ( fqName ) ) { violations . add ( Constraint . CLASS ) ; } if ( project != null ) { exists = existsClassFile ( project , searchScope , provider , fqName ) ; } } if ( constraints . contains ( Constraint . PACKAGE ) ) { if ( ! isValidFullyQualifiedJavaIdentifier ( value ) ) { violations . add ( Constraint . PACKAGE ) ; } if ( project != null ) { exists = existsPackage ( project , provider , value ) ; } } if ( constraints . contains ( Constraint . MODULE ) ) { if ( project != null ) { exists = ModuleManager . getInstance ( project ) . findModuleByName ( value ) != null ; } } if ( constraints . contains ( Constraint . APP_PACKAGE ) ) { String message = AndroidUtils . validateAndroidPackageName ( value ) ; if ( message != null ) { violations . add ( Constraint . APP_PACKAGE ) ; } if ( project != null ) { exists = existsPackage ( project , provider , value ) ; } } if ( constraints . contains ( Constraint . LAYOUT ) ) { String resourceNameError = ResourceNameValidator . create ( false , ResourceFolderType . LAYOUT ) . getErrorText ( value ) ; if ( resourceNameError != null ) { violations . add ( Constraint . LAYOUT ) ; } exists = provider != null ? existsResourceFile ( provider , module , ResourceFolderType . LAYOUT , ResourceType . LAYOUT , value ) : existsResourceFile ( module , ResourceType . LAYOUT , value ) ; } if ( constraints . contains ( Constraint . DRAWABLE ) ) { String resourceNameError = ResourceNameValidator . create ( false , ResourceFolderType . DRAWABLE ) . getErrorText ( value ) ; if ( resourceNameError != null ) { violations . add ( Constraint . DRAWABLE ) ; } exists = provider != null ? existsResourceFile ( provider , module , ResourceFolderType . DRAWABLE , ResourceType . DRAWABLE , value ) : existsResourceFile ( module , ResourceType . DRAWABLE , value ) ; } if ( constraints . contains ( Constraint . ID ) ) { } if ( constraints . contains ( Constraint . VALUES ) ) { String resourceNameError = ResourceNameValidator . create ( false , ResourceFolderType . VALUES ) . getErrorText ( value ) ; if ( resourceNameError != null ) { violations . add ( Constraint . VALUES ) ; } if ( provider != null ) { for ( File resDir : provider . getResDirectories ( ) ) { if ( existsResourceFile ( resDir , ResourceFolderType . VALUES , value ) ) { exists = true ; break ; } } } } if ( constraints . contains ( Constraint . STRING ) ) { String resourceNameError = ResourceNameValidator . create ( false , ResourceFolderType . VALUES ) . getErrorText ( value ) ; if ( resourceNameError != null ) { violations . add ( Constraint . STRING ) ; } } if ( constraints . contains ( Constraint . SOURCE_SET_FOLDER ) ) { if ( module != null ) { AndroidFacet facet = AndroidFacet . getInstance ( module ) ; if ( facet != null ) { String modulePath = AndroidRootUtil . getModuleDirPath ( module ) ; if ( modulePath != null ) { File file = new File ( FileUtil . toSystemDependentName ( modulePath ) , value ) ; VirtualFile vFile = VfsUtil . findFileByIoFile ( file , true ) ; exists = ! IdeaSourceProvider . getSourceProvidersForFile ( facet , vFile , null ) . isEmpty ( ) ; } } } } if ( relatedValues != null && relatedValues . contains ( value ) ) { exists = true ; } if ( constraints . contains ( Constraint . UNIQUE ) && exists ) { violations . add ( Constraint . UNIQUE ) ; } else if ( constraints . contains ( Constraint . EXISTS ) && ! exists ) { violations . add ( Constraint . EXISTS ) ; } if ( constraints . contains ( Constraint . URI_AUTHORITY ) ) { if ( ! value . matches ( URI_AUTHORITY_REGEX + "(;" + URI_AUTHORITY_REGEX + ")*" ) ) { violations . add ( Constraint . URI_AUTHORITY ) ; } } return violations ; }

Valide el valor dado para este parámetro y enumere las restricciones que viola el valor dado.


public void clearDiscCache  ( ) { checkConfiguration ( ) ; configuration . discCache . clear ( ) ; }


public String toString  ( cp_info constant_pool [ ] ) { CONSTANT_Class_info cc = ( CONSTANT_Class_info ) ( constant_pool [ class_index ] ) ; CONSTANT_NameAndType_info cn = ( CONSTANT_NameAndType_info ) ( constant_pool [ name_and_type_index ] ) ; return cc . toString ( constant_pool ) + "." + cn . toString ( constant_pool ) ; }

Devuelve una representación de cadena de esta entrada.


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

Devuelve una versión escalada de la media elipse dada.


public static SM_SYSTEM_MESSAGE STR_SKILL_ABSORBED_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201086 , skillcaster , skillname ) ; }

Absorbió [% Skillcaster] [% de habilidad].


public static void addExceptionAfterUnit  ( Body b , String exceptionType , Unit u , String m ) { LocalCreation lc = new LocalCreation ( b . getLocals ( ) ) ; Local l = lc . newLocal ( RefType . v ( exceptionType ) ) ; List < Unit > newUnits = new ArrayList < Unit > ( ) ; Unit u1 = Jimple . v ( ) . newAssignStmt ( l , Jimple . v ( ) . newNewExpr ( RefType . v ( exceptionType ) ) ) ; Unit u2 = Jimple . v ( ) . newInvokeStmt ( Jimple . v ( ) . newSpecialInvokeExpr ( l , Scene . v ( ) . makeMethodRef ( Scene . v ( ) . getSootClass ( exceptionType ) , "<init>" , Collections . singletonList ( ( Type ) RefType . v ( "java.lang.String" ) ) , VoidType . v ( ) , false ) , StringConstant . v ( m ) ) ) ; Unit u3 = Jimple . v ( ) . newThrowStmt ( l ) ; newUnits . add ( u1 ) ; newUnits . add ( u2 ) ; newUnits . add ( u3 ) ; b . getUnits ( ) . insertBefore ( newUnits , u ) ; }

Inserte una excepción de tiempo de ejecución antes de la unidad u del cuerpo b.Útil para analizar el código roto (que hace referencia a la clase inextora, por ejemplo, por ejemplo) Type: por ejemplo, "Java.Lang.RuntimeException"


public static double sum  ( Iterator tuples , String field ) { try { double sum = 0 ; while ( tuples . hasNext ( ) ) { sum += ( ( Tuple ) tuples . next ( ) ) . getDouble ( field ) ; } return sum ; } catch ( Exception e ) { return Double . NaN ; } }

Obtenga la suma de un valor de datos de tupla.Si alguna tupla no tiene el campo nombrado o el campo, no es un tipo de datos numérico, se devolverá NAN.


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

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


public static void addDeepLinkAtCaret  ( @ NotNull Project project , @ NotNull Editor editor , @ NotNull PsiFile file ) { PsiElement psiElement = file . findElementAt ( editor . getCaretModel ( ) . getOffset ( ) ) ; if ( psiElement != null ) { XmlTag activity = findXmlTagByName ( psiElement , SdkConstants . TAG_ACTIVITY ) ; XmlTag manifest = ( ( XmlFile ) file ) . getRootTag ( ) ; if ( activity != null && manifest != null ) { String prefix = manifest . getPrefixByNamespace ( SdkConstants . ANDROID_URI ) ; String activityName = activity . getAttributeValue ( SdkConstants . ATTR_NAME , SdkConstants . ANDROID_URI ) ; String pathPrefix = activityName == null ? "/" : "/" + generatePathPrefix ( activityName ) ; String tagContent = String . format ( IF_CONTENT_FORMAT , prefix != null ? prefix : SdkConstants . ANDROID_NS_NAME , pathPrefix ) ; XmlTag intentFilter = activity . createChildTag ( SdkConstants . TAG_INTENT_FILTER , null , tagContent , false ) ; XmlTag tagAdded = activity . addSubTag ( intentFilter , false ) ; activity . addBefore ( createXmlComment ( project , IF_COMMENT_TEXT ) , tagAdded ) ; XmlTag dataTag = tagAdded . findFirstSubTag ( SdkConstants . TAG_DATA ) ; if ( dataTag != null ) { tagAdded . addBefore ( createXmlComment ( project , DATA_COMMENT_TEXT ) , dataTag ) ; } } } }

Inserta un filtro de intención de enlace profundo para la actividad donde se encuentra el caret.


public Single < AuthResult > createUserWithEmailAndPassword  ( final String _email , final String _password ) { return observeSingleValue ( firebaseAuth . createUserWithEmailAndPassword ( _email , _password ) ) ; }

Permite _create_ un usuario con una dirección de correo electrónico y contraseña dada


public void begin  ( int size ) { outputData = new byte [ size / 2 ] ; curIndex = 0 ; }

Inicia la salida de un conjunto de datos.Los datos de audio para una sola expresión deben agruparse entre pares de inicio / finales.


private void showEmpty  ( ) { progressBar . setVisibility ( View . GONE ) ; recyclerView . setVisibility ( View . GONE ) ; emptyTextView . setVisibility ( View . VISIBLE ) ; }


@ VisibleForTesting static boolean shouldOpenAfterDownload  ( DownloadInfo downloadInfo ) { String type = downloadInfo . getMimeType ( ) ; return downloadInfo . hasUserGesture ( ) && ! isAttachment ( downloadInfo . getContentDisposition ( ) ) && MIME_TYPES_TO_OPEN . contains ( type ) ; }

Determina si la descarga debe abrirse de inmediato después de descargar.


public ISVNRepositoryLocation createRepository  ( Properties configuration ) throws SVNException { SVNRepositoryLocation location = SVNRepositoryLocation . fromProperties ( configuration ) ; SVNRepositoryLocation existingLocation = ( SVNRepositoryLocation ) repositories . get ( location . getLocation ( ) ) ; if ( existingLocation != null ) { throw new SVNException ( new SVNStatus ( SVNStatus . ERROR , Policy . bind ( "SVNProvider.alreadyExists" ) ) ) ; } return location ; }

Cree una instancia de repositorio de las propiedades dadas.Las propiedades admitidas son: Usuario El nombre de usuario para la conexión (opcional) Contraseña La contraseña utilizada para la conexión (opcional) URL La URL donde el repositorio reside el rooturl la URL raíz del repositorio de subversión (opcional), la instancia creada no se conoce por la instancia creada.El proveedor y su información de usuario no está en caché.El propósito de la ubicación creada es permitir la validación de la conexión antes de agregar la ubicación al proveedor.Este método arrojará una etcUACIÓN SVEXE si la ubicación de la configuración dada ya existe.


public static int binomial  ( RandomGenerator rng , int n , double p ) { if ( ( p < 0 ) || ( p > 1 ) ) { return 0 ; } int c = 0 ; for ( int i = 0 ; i < n ; i ++ ) { if ( rng . nextDouble ( ) < p ) { c ++ ; } } return c ; }

Genera un número distribuido binomial usando el RNG dado


public boolean isBatching  ( ) { return batch ; }

Cheques si usa notificaciones por lotes.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200518 , skilltarget , skillname ) ; }

Restauró el tiempo de vuelo [% SkillTarget] usando [% SkillName].


public synchronized < T extends  BaseListener > void doSubscription ( final Set < Long > tagIds , final T listener )  { if ( tagIds == null ) { String error = "Called with null parameter (id collection). Ignoring request." ; log . warn ( "doSubscription() : " + error ) ; throw new IllegalArgumentException ( error ) ; } if ( listener == null ) { String error = "Called with null parameter (BaseTagListener). Ignoring request." ; log . warn ( "doSubscription() : " + error ) ; throw new IllegalArgumentException ( error ) ; } if ( tagIds . isEmpty ( ) ) { String info = "Called with empty tag id list. Ignoring request." ; log . info ( "doSubscription() : " + info ) ; return ; } if ( log . isDebugEnabled ( ) ) { log . debug ( String . format ( "doSubscription() : called for %d tags." , tagIds . size ( ) ) ) ; } try { cache . subscribe ( tagIds , listener ) ; tagUpdateListeners . add ( listener ) ; } catch ( CacheSynchronizationException cse ) { log . error ( "doSubscription() : Cache error occured while subscribing to data tags ==> Rolling back subscription." , cse ) ; cache . unsubscribeDataTags ( tagIds , listener ) ; throw cse ; } }

Método interno que maneja la suscripción de la etiqueta.


public static UByte valueOf  ( long value ) throws NumberFormatException  { return valueOfUnchecked ( rangeCheck ( value ) ) ; }

Obtenga una instancia de un byte sin firmar </ code>


private void inflateConnectedTextColor  ( ) { if ( mConnectedTextColor != R . color . connectivity_color ) { connectivityText . setTextColor ( ColorUtil . getColorWrapper ( mContext , mConnectedTextColor ) ) ; } }

Establezca el color del texto de conectividad cuando el teléfono esté conectado.


public final void load  ( String locale ) { if ( locale != null ) locale = locale . replace ( '-' , '_' ) ; try { URL url = locale == null ? this . getDefaultLanguageFile ( ) : this . getClass ( ) . getResource ( "/assets/rewimod/lang/" + locale + ".lang" ) ; if ( url == null ) { url = this . getDefaultLanguageFile ( ) ; } InputStreamReader reader = new InputStreamReader ( url . openStream ( ) , StandardCharsets . UTF_8 ) ; this . parse ( new BufferedReader ( reader ) ) ; } catch ( IOException ex ) { RewiMod . LOGGER . fatal ( "Error while loading Language File" , ex ) ; } }


protected void constructPDG  ( ) { Hashtable < Block , Region > block2region = this . m_regionAnalysis . getBlock2RegionMap ( ) ; DominatorTree < Block > pdom = this . m_regionAnalysis . getPostDominatorTree ( ) ; DominatorTree < Block > dom = this . m_regionAnalysis . getDominatorTree ( ) ; List < Region > regions2process = new LinkedList < Region > ( ) ; Region topLevelRegion = this . m_regionAnalysis . getTopLevelRegion ( ) ; m_strongRegionStartID = m_weakRegions . size ( ) ; PDGNode pdgnode = new PDGNode ( topLevelRegion , PDGNode . Type . REGION ) ; this . addNode ( pdgnode ) ; this . m_obj2pdgNode . put ( topLevelRegion , pdgnode ) ; this . m_startNode = pdgnode ; topLevelRegion . setParent ( null ) ; Set < Region > processedRegions = new HashSet < Region > ( ) ; regions2process . add ( topLevelRegion ) ; while ( ! regions2process . isEmpty ( ) ) { Region r = regions2process . remove ( 0 ) ; processedRegions . add ( r ) ; pdgnode = this . m_obj2pdgNode . get ( r ) ; List < Block > blocks = r . getBlocks ( ) ; Hashtable < Region , List < Block > > toBeRemoved = new Hashtable < Region , List < Block > > ( ) ; PDGNode prevPDGNodeInRegion = null ; PDGNode curNodeInRegion = null ; for ( Iterator < Block > itr = blocks . iterator ( ) ; itr . hasNext ( ) ; ) { Block a = itr . next ( ) ; PDGNode pdgNodeOfA = null ; if ( ! this . m_obj2pdgNode . containsKey ( a ) ) { pdgNodeOfA = new PDGNode ( a , PDGNode . Type . CFGNODE ) ; this . addNode ( pdgNodeOfA ) ; this . m_obj2pdgNode . put ( a , pdgNodeOfA ) ; } else pdgNodeOfA = this . m_obj2pdgNode . get ( a ) ; this . addEdge ( pdgnode , pdgNodeOfA , "dependency" ) ; pdgnode . addDependent ( pdgNodeOfA ) ; curNodeInRegion = pdgNodeOfA ; List < Block > bs = this . m_blockCFG . getSuccsOf ( a ) ; for ( Iterator < Block > bItr = bs . iterator ( ) ; bItr . hasNext ( ) ; ) { List < Block > dependents = new ArrayList < Block > ( ) ; Block b = bItr . next ( ) ; if ( b . equals ( a ) ) throw new RuntimeException ( "PDG construction: A and B are not supposed to be the same node!" ) ; DominatorNode < Block > aDode = pdom . getDode ( a ) ; DominatorNode < Block > bDode = pdom . getDode ( b ) ; if ( pdom . isDominatorOf ( bDode , aDode ) ) continue ; DominatorNode < Block > aParentDode = aDode . getParent ( ) ; DominatorNode < Block > dode = bDode ; while ( dode != aParentDode ) { dependents . add ( ( Block ) dode . getGode ( ) ) ; if ( dode . getParent ( ) == null ) break ; dode = dode . getParent ( ) ; } if ( pdgNodeOfA . getAttrib ( ) != PDGNode . Attribute . CONDHEADER ) { PDGNode oldA = pdgNodeOfA ; pdgNodeOfA = new ConditionalPDGNode ( pdgNodeOfA ) ; this . replaceInGraph ( pdgNodeOfA , oldA ) ; pdgnode . removeDependent ( oldA ) ; this . m_obj2pdgNode . put ( a , pdgNodeOfA ) ; pdgnode . addDependent ( pdgNodeOfA ) ; pdgNodeOfA . setAttrib ( PDGNode . Attribute . CONDHEADER ) ; curNodeInRegion = pdgNodeOfA ; } List < Block > copyOfDependents = new ArrayList < Block > ( ) ; copyOfDependents . addAll ( dependents ) ; Region regionOfB = block2region . get ( b ) ; PDGNode pdgnodeOfBRegion = null ; if ( ! this . m_obj2pdgNode . containsKey ( regionOfB ) ) { pdgnodeOfBRegion = new PDGNode ( regionOfB , PDGNode . Type . REGION ) ; this . addNode ( pdgnodeOfBRegion ) ; this . m_obj2pdgNode . put ( regionOfB , pdgnodeOfBRegion ) ; } else pdgnodeOfBRegion = this . m_obj2pdgNode . get ( regionOfB ) ; regionOfB . setParent ( r ) ; r . addChildRegion ( regionOfB ) ; this . addEdge ( pdgNodeOfA , pdgnodeOfBRegion , "dependency" ) ; pdgNodeOfA . addDependent ( pdgnodeOfBRegion ) ; if ( ! processedRegions . contains ( regionOfB ) ) { regions2process . add ( regionOfB ) ; } copyOfDependents . remove ( b ) ; copyOfDependents . removeAll ( regionOfB . getBlocks ( ) ) ; while ( ! copyOfDependents . isEmpty ( ) ) { Block depB = copyOfDependents . remove ( 0 ) ; Region rdepB = block2region . get ( depB ) ; PDGNode depBPDGNode = this . m_obj2pdgNode . get ( depB ) ; if ( depBPDGNode == null ) { PDGNode pdgnodeOfdepBRegion = null ; if ( ! this . m_obj2pdgNode . containsKey ( rdepB ) ) { pdgnodeOfdepBRegion = new PDGNode ( rdepB , PDGNode . Type . REGION ) ; this . addNode ( pdgnodeOfdepBRegion ) ; this . m_obj2pdgNode . put ( rdepB , pdgnodeOfdepBRegion ) ; } else pdgnodeOfdepBRegion = this . m_obj2pdgNode . get ( rdepB ) ; rdepB . setParent ( regionOfB ) ; regionOfB . addChildRegion ( rdepB ) ; this . addEdge ( pdgnodeOfBRegion , pdgnodeOfdepBRegion , "dependency" ) ; pdgnodeOfBRegion . addDependent ( pdgnodeOfdepBRegion ) ; if ( ! processedRegions . contains ( rdepB ) ) { regions2process . add ( rdepB ) ; } copyOfDependents . removeAll ( rdepB . getBlocks ( ) ) ; continue ; } if ( dependents . containsAll ( rdepB . getBlocks ( ) ) ) { PDGNode pdgnodeOfdepBRegion = null ; if ( ! this . m_obj2pdgNode . containsKey ( rdepB ) ) { pdgnodeOfdepBRegion = new PDGNode ( rdepB , PDGNode . Type . REGION ) ; this . addNode ( pdgnodeOfdepBRegion ) ; this . m_obj2pdgNode . put ( rdepB , pdgnodeOfdepBRegion ) ; } else pdgnodeOfdepBRegion = this . m_obj2pdgNode . get ( rdepB ) ; this . addEdge ( pdgnodeOfBRegion , pdgnodeOfdepBRegion , "dependency" ) ; pdgnodeOfBRegion . addDependent ( pdgnodeOfdepBRegion ) ; if ( ! processedRegions . contains ( rdepB ) ) { regions2process . add ( rdepB ) ; } copyOfDependents . removeAll ( rdepB . getBlocks ( ) ) ; continue ; } else { PDGNode predPDGofdepB = ( PDGNode ) this . getPredsOf ( depBPDGNode ) . get ( 0 ) ; assert ( this . m_obj2pdgNode . containsKey ( rdepB ) ) ; PDGNode pdgnodeOfdepBRegion = this . m_obj2pdgNode . get ( rdepB ) ; if ( predPDGofdepB == pdgnodeOfdepBRegion ) { Region newRegion = new Region ( this . m_strongRegionStartID ++ , topLevelRegion . getSootMethod ( ) , topLevelRegion . getSootClass ( ) , this . m_cfg ) ; newRegion . add ( depB ) ; this . m_strongRegions . add ( newRegion ) ; List < Block > blocks2BRemoved ; if ( toBeRemoved . contains ( predPDGofdepB ) ) blocks2BRemoved = toBeRemoved . get ( predPDGofdepB ) ; else { blocks2BRemoved = new ArrayList < Block > ( ) ; toBeRemoved . put ( rdepB , blocks2BRemoved ) ; } blocks2BRemoved . add ( depB ) ; PDGNode newpdgnode = new LoopedPDGNode ( newRegion , PDGNode . Type . REGION , depBPDGNode ) ; this . addNode ( newpdgnode ) ; this . m_obj2pdgNode . put ( newRegion , newpdgnode ) ; newpdgnode . setAttrib ( PDGNode . Attribute . LOOPHEADER ) ; depBPDGNode . setAttrib ( PDGNode . Attribute . LOOPHEADER ) ; this . removeEdge ( pdgnodeOfdepBRegion , depBPDGNode , "dependency" ) ; pdgnodeOfdepBRegion . removeDependent ( depBPDGNode ) ; this . addEdge ( pdgnodeOfdepBRegion , newpdgnode , "dependency" ) ; this . addEdge ( newpdgnode , depBPDGNode , "dependency" ) ; pdgnodeOfdepBRegion . addDependent ( newpdgnode ) ; newpdgnode . addDependent ( depBPDGNode ) ; if ( depB == a ) { PDGNode loopBodyPDGNode = ( PDGNode ) this . getSuccsOf ( depBPDGNode ) . get ( 0 ) ; this . addEdge ( depBPDGNode , newpdgnode , "dependency-back" ) ; ( ( LoopedPDGNode ) newpdgnode ) . setBody ( loopBodyPDGNode ) ; depBPDGNode . addBackDependent ( newpdgnode ) ; curNodeInRegion = newpdgnode ; } else { pdgnodeOfBRegion . addBackDependent ( newpdgnode ) ; this . addEdge ( pdgnodeOfBRegion , newpdgnode , "dependency-back" ) ; PDGNode loopBodyPDGNode = null ; List < PDGNode > successors = this . getSuccsOf ( depBPDGNode ) ; Iterator < PDGNode > succItr = successors . iterator ( ) ; while ( succItr . hasNext ( ) ) { PDGNode succRPDGNode = succItr . next ( ) ; assert ( succRPDGNode . getType ( ) == PDGNode . Type . REGION ) ; Region succR = ( Region ) succRPDGNode . getNode ( ) ; Block h = succR . getBlocks ( ) . get ( 0 ) ; DominatorNode < Block > hdode = dom . getDode ( h ) ; DominatorNode < Block > adode = dom . getDode ( a ) ; if ( dom . isDominatorOf ( hdode , adode ) ) { loopBodyPDGNode = succRPDGNode ; break ; } } assert ( loopBodyPDGNode != null ) ; ( ( LoopedPDGNode ) newpdgnode ) . setBody ( loopBodyPDGNode ) ; PDGNode prev = depBPDGNode . getPrev ( ) ; if ( prev != null ) { this . removeEdge ( prev , depBPDGNode , "controlflow" ) ; this . addEdge ( prev , newpdgnode , "controlflow" ) ; prev . setNext ( newpdgnode ) ; newpdgnode . setPrev ( prev ) ; depBPDGNode . setPrev ( null ) ; } PDGNode next = depBPDGNode . getNext ( ) ; if ( next != null ) { this . removeEdge ( depBPDGNode , next , "controlflow" ) ; this . addEdge ( newpdgnode , next , "controlflow" ) ; newpdgnode . setNext ( next ) ; next . setPrev ( newpdgnode ) ; depBPDGNode . setNext ( null ) ; } } } else { this . addEdge ( pdgnodeOfBRegion , predPDGofdepB , "dependency-back" ) ; pdgnodeOfBRegion . addBackDependent ( predPDGofdepB ) ; } } } } if ( prevPDGNodeInRegion != null ) { this . addEdge ( prevPDGNodeInRegion , curNodeInRegion , "controlflow" ) ; prevPDGNodeInRegion . setNext ( curNodeInRegion ) ; curNodeInRegion . setPrev ( prevPDGNodeInRegion ) ; } prevPDGNodeInRegion = curNodeInRegion ; } Enumeration < Region > itr1 = toBeRemoved . keys ( ) ; while ( itr1 . hasMoreElements ( ) ) { Region region = itr1 . nextElement ( ) ; Iterator < Block > blockItr = toBeRemoved . get ( region ) . iterator ( ) ; while ( blockItr . hasNext ( ) ) region . remove ( blockItr . next ( ) ) ; } } }

Este es el corazón de la Contrucción PDG.Es enorme y definitivamente necesita algunas refactoras, pero como ha sido evlovong para cubrir algunos casos de límites, se ha vuelto difícil de despertar.Utiliza la lista de regiones débiles, junto con el dominador y los árboles post-dominores para construir los nodos PDG.


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


@ Override public void onClick  ( View view ) { switch ( view . getId ( ) ) { case R . id . container_loading_view_large_feedbackBtn : collectionsPresenter . initRefresh ( getContext ( ) ) ; break ; } }


public ShoppingCart ( Delegator delegator , String productStoreId , String webSiteId , Locale locale , String currencyUom ) { this ( delegator , productStoreId , webSiteId , locale , currencyUom , null , null ) ; }

Crear nuevo objeto de carrito de compras vacío.


public void messageArrived  ( final String topic , final MqttMessage message ) { logger . debug ( "[{}] Received message on topic \"{}\". Payload = \"{}\"" , messageQueue . size ( ) , topic , new String ( message . getPayload ( ) ) ) ; final long newId = MessageIdGenerator . getNewId ( ) ; final FormattedMqttMessage receivedMessage = new FormattedMqttMessage ( newId , topic , message , connection ) ; final List < String > matchingSubscriptions = connection . getTopicMatcher ( ) . getMatchingSubscriptions ( receivedMessage . getTopic ( ) ) ; receivedMessage . setMatchingSubscriptionTopics ( matchingSubscriptions ) ; logger . trace ( "Matching subscriptions for message on {} = {}" , receivedMessage . getTopic ( ) , matchingSubscriptions ) ; if ( connectionSettings . getMessageLog ( ) . isLogBeforeScripts ( ) ) { logMessage ( new FormattedMqttMessage ( receivedMessage ) ) ; } final FormattedMqttMessage formattedMessage = new FormattedMqttMessage ( newId , topic , message , connection ) ; if ( connectionSettings . getFormatter ( ) != null ) { formattingManager . formatMessage ( formattedMessage , ( FormatterDetails ) connectionSettings . getFormatter ( ) ) ; } for ( final String matchingSubscriptionTopic : matchingSubscriptions ) { final BaseMqttSubscription subscription = connection . getMqttSubscriptionForTopic ( matchingSubscriptionTopic ) ; if ( subscription . isScriptActive ( ) ) { scriptManager . runScriptWithReceivedMessage ( subscription . getScript ( ) , receivedMessage ) ; } if ( subscription . getStore ( ) != null ) { subscription . getStore ( ) . messageReceived ( formattedMessage ) ; } } if ( ! connectionSettings . getMessageLog ( ) . isLogBeforeScripts ( ) ) { logMessage ( receivedMessage ) ; } }


public void close  ( ) { getDiskCache ( ) . close ( ) ; }

Cierre la caché de disco utilizada para almacenar mapas de bits


public List < GenericValue > makeAllQuoteAdjustments  ( ) { List < GenericValue > quoteAdjs = FastList . newInstance ( ) ; for ( GenericValue orderAdj : makeAllAdjustments ( ) ) { GenericValue quoteAdj = this . getDelegator ( ) . makeValue ( "QuoteAdjustment" ) ; quoteAdj . put ( "quoteAdjustmentId" , orderAdj . get ( "orderAdjustmentId" ) ) ; quoteAdj . put ( "quoteAdjustmentTypeId" , orderAdj . get ( "orderAdjustmentTypeId" ) ) ; quoteAdj . put ( "quoteItemSeqId" , orderAdj . get ( "orderItemSeqId" ) ) ; quoteAdj . put ( "comments" , orderAdj . get ( "comments" ) ) ; quoteAdj . put ( "description" , orderAdj . get ( "description" ) ) ; quoteAdj . put ( "amount" , orderAdj . get ( "amount" ) ) ; quoteAdj . put ( "productPromoId" , orderAdj . get ( "productPromoId" ) ) ; quoteAdj . put ( "productPromoRuleId" , orderAdj . get ( "productPromoRuleId" ) ) ; quoteAdj . put ( "productPromoActionSeqId" , orderAdj . get ( "productPromoActionSeqId" ) ) ; quoteAdj . put ( "productFeatureId" , orderAdj . get ( "productFeatureId" ) ) ; quoteAdj . put ( "correspondingProductId" , orderAdj . get ( "correspondingProductId" ) ) ; quoteAdj . put ( "sourceReferenceId" , orderAdj . get ( "sourceReferenceId" ) ) ; quoteAdj . put ( "sourcePercentage" , orderAdj . get ( "sourcePercentage" ) ) ; quoteAdj . put ( "customerReferenceId" , orderAdj . get ( "customerReferenceId" ) ) ; quoteAdj . put ( "primaryGeoId" , orderAdj . get ( "primaryGeoId" ) ) ; quoteAdj . put ( "secondaryGeoId" , orderAdj . get ( "secondaryGeoId" ) ) ; quoteAdj . put ( "exemptAmount" , orderAdj . get ( "exemptAmount" ) ) ; quoteAdj . put ( "taxAuthGeoId" , orderAdj . get ( "taxAuthGeoId" ) ) ; quoteAdj . put ( "taxAuthPartyId" , orderAdj . get ( "taxAuthPartyId" ) ) ; quoteAdj . put ( "overrideGlAccountId" , orderAdj . get ( "overrideGlAccountId" ) ) ; quoteAdj . put ( "includeInTax" , orderAdj . get ( "includeInTax" ) ) ; quoteAdj . put ( "includeInShipping" , orderAdj . get ( "includeInShipping" ) ) ; quoteAdj . put ( "createdDate" , orderAdj . get ( "createdDate" ) ) ; quoteAdj . put ( "createdByUserLogin" , orderAdj . get ( "createdByUserLogin" ) ) ; quoteAdjs . add ( quoteAdj ) ; } return quoteAdjs ; }

Haga una lista de todos los ajustes de cotización, incluidos los ajustes de encabezado, los ajustes de línea y los ajustes especiales (envío e impuestos, si corresponde).Internamente, los ajustes de cotización se crean a partir de los ajustes de pedido.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; addPreferencesFromResource ( R . xml . perference ) ; initView ( ) ; }


public void drawLabel  ( Node v , boolean selected ) { viewer . getNV ( v ) . drawLabel ( gc , viewer . trans , viewer . getFont ( ) , selected ) ; if ( selected ) hiliteLabel ( v , ( NodeData ) v . getData ( ) ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_CaseHeal_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200798 , skillcaster , skillname ) ; }

[% Skillcaster] recuperó HP mediante el uso de [% de habilidad].


private static boolean isMatch  ( String left , String right ) { left = null != left ? left : "" ; right = null != right ? right : "" ; return StringUtils . getJaroWinklerDistance ( left , right ) > 0.85 ; }

Realmente simple combate borroso usando jarowinklerdistance


public int hashCode  ( ) { return hash ( descs ) ; }

Devuelve un valor de código hash para este objeto.


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

Si los marcadores animan su zoom con la animación de zoom, si están deshabilitados, desaparecerán por la longitud de la animación.Por defecto, está habilitado en todos los navegadores que admiten transiciones CSS3, excepto Android.Predeterminado VERDADERO


public List < GenericValue > makeAllOrderPaymentInfos  ( LocalDispatcher dispatcher ) { Delegator delegator = this . getDelegator ( ) ; List < GenericValue > allOpPrefs = new LinkedList < GenericValue > ( ) ; BigDecimal remainingAmount = this . getGrandTotal ( ) . subtract ( this . getPaymentTotal ( ) ) ; remainingAmount = remainingAmount . setScale ( 2 , BigDecimal . ROUND_HALF_UP ) ; if ( getBillingAccountId ( ) != null && this . billingAccountAmt . compareTo ( BigDecimal . ZERO ) <= 0 ) { BigDecimal billingAccountAvailableAmount = CheckOutHelper . availableAccountBalance ( getBillingAccountId ( ) , dispatcher ) ; if ( this . billingAccountAmt . compareTo ( BigDecimal . ZERO ) == 0 && billingAccountAvailableAmount . compareTo ( BigDecimal . ZERO ) > 0 ) { this . billingAccountAmt = billingAccountAvailableAmount ; } if ( remainingAmount . compareTo ( getBillingAccountAmount ( ) ) < 0 ) { this . billingAccountAmt = remainingAmount ; } if ( billingAccountAvailableAmount . compareTo ( getBillingAccountAmount ( ) ) < 0 ) { this . billingAccountAmt = billingAccountAvailableAmount ; } } for ( CartPaymentInfo inf : paymentInfo ) { if ( inf . amount == null ) { inf . amount = remainingAmount ; remainingAmount = BigDecimal . ZERO ; } allOpPrefs . addAll ( inf . makeOrderPaymentInfos ( delegator , this ) ) ; } return allOpPrefs ; }

Haga una lista de todos los pedidos y información de facturación, incluidos todos los métodos y tipos de pago


public Matcher ( Selector . XPath xpath , FieldActivator activator , int initialDepth ) { super ( xpath ) ; fFieldActivator = activator ; fInitialDepth = initialDepth ; }


public void remove  ( String key ) { internalMap . remove ( key ) ; }

Retire el valor con la clave suministrada.


protected void paintArrow  ( Graphics2D g2 , double x , double y , int w , int h , boolean topDown ) { int intX = ( int ) ( x + 0.5 ) ; int intY = ( int ) ( y + 0.5 ) ; if ( orientation == VERTICAL ) { if ( w % 2 == 0 ) { w = w - 1 ; } if ( topDown ) { for ( int i = 0 ; i < ( w / 2 + 1 ) ; i ++ ) { g2 . drawLine ( intX + i , intY + i , intX + w - i - 1 , intY + i ) ; } } else { for ( int i = 0 ; i < ( w / 2 + 1 ) ; i ++ ) { g2 . drawLine ( intX + w / 2 - i , intY + i , intX + w - w / 2 + i - 1 , intY + i ) ; } } } else { if ( h % 2 == 0 ) { h = h - 1 ; } if ( topDown ) { for ( int i = 0 ; i < ( h / 2 + 1 ) ; i ++ ) { g2 . drawLine ( intX + i , intY + i , intX + i , intY + h - i - 1 ) ; } } else { for ( int i = 0 ; i < ( h / 2 + 1 ) ; i ++ ) { g2 . drawLine ( intX + i , intY + h / 2 - i , intX + i , intY + h - h / 2 + i - 1 ) ; } } } }

Esto dibuja una flecha como una serie de líneas dentro del cuadro especificado.El último booleano especifica si el punto debe estar en la derecha / inferior o izquierda / arriba.


@ Override public DOMASWriter createDOMASWriter  ( ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "NOT_SUPPORTED_ERR" , null ) ; throw new DOMException ( DOMException . NOT_SUPPORTED_ERR , msg ) ; }

DOM Nivel 3 WD - Experimental.Crea un <código> domaswriter </ code>.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public TypeVariable fullCopy  ( ) { TypeVariable tree = ( TypeVariable ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

Cree una copia profunda del subárbol AST en este nodo.La copia está colgando, es decir, no tiene padre.


private Collection < Var > migrateAsEntity  ( SQLTable currentTable ) { Var type = var ( ) . isa ( "entity-type" ) . id ( currentTable . getEntityType ( ) ) ; return Lists . newArrayList ( type ) ; }


private static boolean isURIString  ( String p_uric ) { if ( p_uric == null ) { return false ; } int end = p_uric . length ( ) ; char testChar = '\0' ; for ( int i = 0 ; i < end ; i ++ ) { testChar = p_uric . charAt ( i ) ; if ( testChar == '%' ) { if ( i + 2 >= end || ! isHex ( p_uric . charAt ( i + 1 ) ) || ! isHex ( p_uric . charAt ( i + 2 ) ) ) { return false ; } else { i += 2 ; continue ; } } if ( isURICharacter ( testChar ) ) { continue ; } else { return false ; } } return true ; }

Determine si una cadena dada contiene solo caracteres URI (también llamados "Uric" en RFC 2396).Uric consiste en todos los personajes reservados, caracteres no reservados y caracteres escapados.


public void my_readFromParcel  ( Parcel in ) { x = in . readFloat ( ) ; y = in . readFloat ( ) ; }

Establezca las coordenadas del punto de los datos almacenados en la parcela especificada.Para escribir un punto a una parcela, llame a WriteToparcel ().Proporcionado para soportar dispositivos Android más antiguos.


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

Inicialice el atributo de fuente personalizado.


private void addContribution  ( final SubHyperplane < Euclidean3D > facet , final boolean reversed ) { @ SuppressWarnings ( "unchecked" ) final AbstractSubHyperplane < Euclidean3D , Euclidean2D > absFacet = ( AbstractSubHyperplane < Euclidean3D , Euclidean2D > ) facet ; final Plane plane = ( Plane ) facet . getHyperplane ( ) ; final double scal = plane . getNormal ( ) . dotProduct ( w ) ; if ( FastMath . abs ( scal ) > 1.0e-3 ) { Vector2D [ ] [ ] vertices = ( ( PolygonsSet ) absFacet . getRemainingRegion ( ) ) . getVertices ( ) ; if ( ( scal < 0 ) ^ reversed ) { final Vector2D [ ] [ ] newVertices = new Vector2D [ vertices . length ] [ ] ; for ( int i = 0 ; i < vertices . length ; ++ i ) { final Vector2D [ ] loop = vertices [ i ] ; final Vector2D [ ] newLoop = new Vector2D [ loop . length ] ; if ( loop [ 0 ] == null ) { newLoop [ 0 ] = null ; for ( int j = 1 ; j < loop . length ; ++ j ) { newLoop [ j ] = loop [ loop . length - j ] ; } } else { for ( int j = 0 ; j < loop . length ; ++ j ) { newLoop [ j ] = loop [ loop . length - ( j + 1 ) ] ; } } newVertices [ i ] = newLoop ; } vertices = newVertices ; } final ArrayList < SubHyperplane < Euclidean2D > > edges = new ArrayList < SubHyperplane < Euclidean2D > > ( ) ; for ( Vector2D [ ] loop : vertices ) { final boolean closed = loop [ 0 ] != null ; int previous = closed ? ( loop . length - 1 ) : 1 ; Vector3D previous3D = plane . toSpace ( ( Point < Euclidean2D > ) loop [ previous ] ) ; int current = ( previous + 1 ) % loop . length ; Vector2D pPoint = new Vector2D ( previous3D . dotProduct ( u ) , previous3D . dotProduct ( v ) ) ; while ( current < loop . length ) { final Vector3D current3D = plane . toSpace ( ( Point < Euclidean2D > ) loop [ current ] ) ; final Vector2D cPoint = new Vector2D ( current3D . dotProduct ( u ) , current3D . dotProduct ( v ) ) ; final org . hipparchus . geometry . euclidean . twod . Line line = new org . hipparchus . geometry . euclidean . twod . Line ( pPoint , cPoint , tolerance ) ; SubHyperplane < Euclidean2D > edge = line . wholeHyperplane ( ) ; if ( closed || ( previous != 1 ) ) { final double angle = line . getAngle ( ) + 0.5 * FastMath . PI ; final org . hipparchus . geometry . euclidean . twod . Line l = new org . hipparchus . geometry . euclidean . twod . Line ( pPoint , angle , tolerance ) ; edge = edge . split ( l ) . getPlus ( ) ; } if ( closed || ( current != ( loop . length - 1 ) ) ) { final double angle = line . getAngle ( ) + 0.5 * FastMath . PI ; final org . hipparchus . geometry . euclidean . twod . Line l = new org . hipparchus . geometry . euclidean . twod . Line ( cPoint , angle , tolerance ) ; edge = edge . split ( l ) . getMinus ( ) ; } edges . add ( edge ) ; previous = current ++ ; previous3D = current3D ; pPoint = cPoint ; } } final PolygonsSet projectedFacet = new PolygonsSet ( edges , tolerance ) ; projected = ( PolygonsSet ) new RegionFactory < Euclidean2D > ( ) . union ( projected , projectedFacet ) ; } }

Añadir el contribución de una faceta de límites.


public void removeAllGraphModelListeners  ( ) { m_listeners . clear ( ) ; }

Elimina a todos los oyentes en este gráfico


public static < E > Stream < Map . Entry < E , E >> crossProduct  ( Stream < E > stream ) { Objects . requireNonNull ( stream ) ; CrossProductOrderedSpliterator < E > spliterator = CrossProductOrderedSpliterator . of ( stream . spliterator ( ) ) ; return StreamSupport . stream ( spliterator , stream . isParallel ( ) ) . onClose ( null ) ; }

 genera un flujo de  MAP.ETRY & LT; E, E & GT;  elementos con todo el producto cartesiano de los elementos de la corriente proporcionada con sí misma.

 Para un flujo <código> {A, B, C} </ código>, se crea una transmisión con los siguientes elementos: <código> {(a, a), (a, b),(a, c), (B, A), (B, B), (B, C), (C, A), (C, B), (C, C)} , donde <código> (A, B) </ código> es el <código> MAP.Entry  con la tecla  A  y Value  B .

Se lanzará un <código> nullpointerException  si el flujo provisto es nulo.


public static < S , T > Aggregate < S , Map < String , T >> select  ( Set < NamedAggregate < ? super S , ? extends T > > aggregates ) { return Aggregates . select ( ImmutableSet . copyOf ( aggregates ) ) ; }

Cree un agregado que recopile juntos varios agregados denominados en un mapa.


public static boolean initAsync  ( String Version , Context AppContext , LoaderCallbackInterface Callback ) { return AsyncServiceHelper . initOpenCV ( Version , AppContext , Callback ) ; }

Carga e inicializa la biblioteca de OpenCV utilizando el servicio de motor OpenCV.


@ Subscribe public void onEvent  ( SearchInPosition event ) { List < LatLng > list = MapHelper . getSearchArea ( event . getSteps ( ) , new LatLng ( event . getPosition ( ) . latitude , event . getPosition ( ) . longitude ) ) ; snackMe ( getString ( R . string . toast_searching ) ) ; nianticManager . getGyms ( event . getPosition ( ) . latitude , event . getPosition ( ) . longitude , 0D ) ; nianticManager . getPokeStops ( event . getPosition ( ) . latitude , event . getPosition ( ) . longitude , 0D ) ; nianticManager . getLuredPokemon ( event . getPosition ( ) . latitude , event . getPosition ( ) . longitude , 0D ) ; for ( LatLng p : list ) { nianticManager . getCatchablePokemon ( p . latitude , p . longitude , 0D ) ; } }

Llamado siempre que un uso, qué hay para buscar Pokemons en una posición diferente


public final boolean isRemoved  ( ) { return isRemoved ; }

Devuelve VERDADERO si el DataSource ya se ha eliminado del árbol de Datasurces, False de lo contrario.


public CategoryFragmentPopupManageImplementor ( PopupManageView view ) { this . view = view ; }


public Matrix solve  ( Matrix B ) { return ( m == n ? ( new LUDecomposition ( this ) ) . solve ( B ) : ( new QRDecomposition ( this ) ) . solve ( B ) ) ; }


private ReggieStat removeReggieStat  ( ServiceID id ) { if ( id == null ) throw new NullPointerException ( "id is null" ) ; ReggieStat rStat = null ; synchronized ( discoveryTimes ) { for ( Iterator it = discoveryTimes . iterator ( ) ; it . hasNext ( ) ; ) { ReggieStat rt = ( ReggieStat ) it . next ( ) ; if ( rt . serviceID . equals ( id ) ) { rStat = rt ; discoveryTimes . remove ( rt ) ; break ; } } } return ( rStat ) ; }

Encontrar y eliminar un reggiestat basado en el ServiceID proporcionado


public static void i  ( String msg ) { if ( LOG_ENABLE ) { Log . i ( TAG , buildMsg ( msg ) ) ; } }


public void erasePurchase  ( String sku ) { if ( mPurchaseMap . containsKey ( sku ) ) mPurchaseMap . remove ( sku ) ; }

Borre una compra (localmente) del inventario, dada su ID de producto.¡Esto solo modifica el objeto de inventario a nivel local y no tiene efecto en el servidor!Esto es útil cuando tiene un objeto de inventario existente que sabe que está actualizado, y acaba de consumir un artículo con éxito, lo que significa que el borrado de sus datos de compra del inventario ya tiene es más rápido que la consulta para un nuevo inventario.


public void finishGathering  ( Player player ) { if ( currentGatherer == player . getObjectId ( ) ) { if ( state == GatherState . GATHERING ) { task . abort ( ) ; } currentGatherer = 0 ; state = GatherState . IDLE ; } }

Llamado por el cliente cuando se realiza una acción o en la recolección de acabado llamada Mover Observador en el movimiento del jugador


@ Override public void endEntity  ( String name , Augmentations augs ) throws XNIException { super . endEntity ( name , augs ) ; if ( fScannerState == SCANNER_STATE_END_OF_INPUT ) return ; boolean reportEntity = fReportEntity ; if ( name . startsWith ( "%" ) ) { reportEntity = peekReportEntity ( ) ; int startMarkUpDepth = popPEStack ( ) ; if ( startMarkUpDepth == 0 && startMarkUpDepth < fMarkUpDepth ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "ILL_FORMED_PARAMETER_ENTITY_WHEN_USED_IN_DECL" , new Object [ ] { fEntityManager . fCurrentEntity . name } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } if ( startMarkUpDepth != fMarkUpDepth ) { reportEntity = false ; if ( fValidation ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "ImproperDeclarationNesting" , new Object [ ] { name } , XMLErrorReporter . SEVERITY_ERROR ) ; } } if ( fEntityScanner . isExternal ( ) ) { fExtEntityDepth -- ; } if ( fDTDHandler != null && reportEntity ) { fDTDHandler . endParameterEntity ( name , augs ) ; } } else if ( name . equals ( "[dtd]" ) ) { if ( fIncludeSectDepth != 0 ) { reportFatalError ( "IncludeSectUnterminated" , null ) ; } fScannerState = SCANNER_STATE_END_OF_INPUT ; fEntityManager . endExternalSubset ( ) ; if ( fDTDHandler != null ) { fDTDHandler . endExternalSubset ( null ) ; fDTDHandler . endDTD ( null ) ; } fExtEntityDepth -- ; } }

Este método notifica al final de una entidad.El DTD tiene el pseudo nombre de los nombres de entidades de parámetros "[DTD]" comienzan con '%';y las entidades generales se especifican por su nombre.


public UsersGetSubscriptionsQueryWithExtended fields  ( List < UserField > value ) { return unsafeParam ( "fields" , value ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Snare_END_ME_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200477 , skilltarget ) ; }

[% SkillTarget] La velocidad de movimiento se restaura a la normalidad.


public boolean isApplicable  ( ) { RemoteServiceBrowser remoteServiceBrowser = ( RemoteServiceBrowser ) getViewer ( ) ; return remoteServiceBrowser != null && remoteServiceBrowser . getServicePanel ( ) != null && remoteServiceBrowser . getServicePanel ( ) . getSelectedFiles ( ) . size ( ) > 0 ; }

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


public static void addStrut  ( JComponent b , boolean horiz , int size ) { if ( size < 1 ) return ; b . add ( horiz ? Box . createHorizontalStrut ( size ) : Box . createVerticalStrut ( size ) ) ; }

Agregue un puntal, o espaciado rígido, a un componente de UI


private Optional < Data < Input , Output > > match_  ( Input input ) { return Optional . ofNullable ( recent_ . get ( ) ) . filter ( null ) ; }

Trate de hacer coincidir una entrada contra el cálculo más reciente.


@ Override public int hashCode  ( ) { int h = 3542 ; for ( final T a : data ) { h ^= a . hashCode ( ) ; } return h ; }

Obtener un hashcode para el vector real.<p> Todos los valores de NAN tienen el mismo código hash. </ p>


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

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


public static void main  ( String [ ] args ) throws Exception { LOGGER . info ( "starting {}" , Main . class . getSimpleName ( ) ) ; TimeZone . setDefault ( getTimeZone ( "UTC" ) ) ; DateTimeZone . setDefault ( UTC ) ; ServiceManager serviceManager = new ServiceManager ( ) . addModules ( ApiModule . class , MetricsModule . class ) . addServices ( getEnabledWebServices ( ) ) . addServices ( getEnabledMetricsServices ( ) ) . addServices ( EventLogService . class ) ; serviceManager . start ( ) ; LOGGER . info ( "started {}" , Main . class . getSimpleName ( ) ) ; }


private void finalizeSootData  ( ) { Scene . v ( ) . releaseReachableMethods ( ) ; Scene . v ( ) . getReachableMethods ( ) ; if ( ! opts . geom_trans ( ) ) { for ( IVarAbstraction pn : pointers ) { if ( pn != pn . getRepresentative ( ) ) { continue ; } if ( pn . hasPTResult ( ) ) { pn . keepPointsToOnly ( ) ; Node vn = pn . getWrappedNode ( ) ; vn . discardP2Set ( ) ; } } } else { transformToCIResult ( ) ; } }

Actualice los métodos alcanzables y puntos de chispas a los resultados.


public static void writeLines  ( Collection < ? > lines , String lineEnding , OutputStream output , String encoding ) throws IOException { writeLines ( lines , lineEnding , output , Charsets . toCharset ( encoding ) ) ; }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección a una línea </ código> de SURODSTREAM </ CODE>, utilizando la codificación de caracteres especificada y la finalización de la línea especificada.<p> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.


private void hanning  ( int size ) { int start = ( windowFunction . length - size ) / 2 ; int stop = ( windowFunction . length + size ) / 2 ; double factor = twoPI / ( size - 1.0d ) ; for ( int i = 0 ; start < stop ; start ++ , i ++ ) windowFunction [ i ] = 0.5 * ( 1 - Math . cos ( factor * i ) ) ; }

Llene una matriz con los valores de una función de ventana de Hanning estándar


public void removeMostRecentValue  ( ) throws MathIllegalStateException  { try { eDA . discardMostRecentElements ( 1 ) ; } catch ( MathIllegalArgumentException ex ) { throw new MathIllegalStateException ( LocalizedCoreFormats . NO_DATA ) ; } }

Elimina el valor más reciente del conjunto de datos.


public IdsQuery ( String typeName , Object [ ] ids ) { this ( typeName , ids , null , null , QueryResultType . DEFAULT ) ; }

Crea un IDSQUERY utilizando el tipo e ID especificado.


public XorExpr newXorExpr  ( Value op1 , Value op2 ) { return new JXorExpr ( op1 , op2 ) ; }

Construye un trozo de gramática Xorexpr (inmediato, inmediato).


private Iterator < Iterable < Row > > rowScan  ( DeltaPlacement placement , ByteBufferRange keyRange , ReadConsistency consistency ) { ByteBuffer startToken = keyRange . getStart ( ) ; ByteBuffer endToken = keyRange . getEnd ( ) ; checkArgument ( AstyanaxStorage . compareKeys ( startToken , endToken ) < 0 , "Cannot scan rows which loop from maximum- to minimum-token" ) ; TableDDL tableDDL = placement . getDeltaTableDDL ( ) ; Statement statement = selectFrom ( tableDDL ) . where ( gt ( token ( tableDDL . getRowKeyColumnName ( ) ) , startToken ) ) . and ( lte ( token ( tableDDL . getRowKeyColumnName ( ) ) , endToken ) ) . setConsistencyLevel ( SorConsistencies . toCql ( consistency ) ) ; return deltaQueryAsync ( placement , statement , false ) ; }

Escanea una gama de claves y devuelve un iterador que contiene las columnas de cada fila como iterable.


public static boolean equalOverShorterOfBoth  ( byte [ ] a , byte [ ] b ) { int top = Math . min ( a . length , b . length ) ; for ( int i = 0 ; i < top ; i ++ ) { if ( a [ i ] != b [ i ] ) return false ; } return true ; }

Determina si dos matrices de bytes son igualesshorterofboth en todo el mínimo de sus dos longitudes


public void writeDouble  ( double a ) throws IOException  { byteBuffer . putDouble ( 0 , a ) ; byteBuffer . rewind ( ) ; byteBuffer . get ( bytes , 0 , 8 ) ; swap ( bytes , 8 ) ; outs . write ( bytes , 0 , 8 ) ; }


public GSMapMessageImpl ( GSSessionImpl session , HashMap < String , Object > map ) throws JMSException { super ( session , MAP ) ; Body = map ; }

Instantánea un nuevo <código> MapMessage </ Code>.Es importante tener en cuenta que el mapa debe contener solo valores que son válidos de acuerdo con la especificación JMS.


public CommitJob ( Transaction tr , TaskManager pool , WakeupManager wm , ClientLog log , ParticipantHandle [ ] handles , Object xid ) { super ( pool , wm , false ) ; if ( log == null ) throw new IllegalArgumentException ( "CommitJob: CommitJob: " + "log is null" ) ; this . log = log ; if ( ! ( tr instanceof ServerTransaction ) ) throw new IllegalArgumentException ( "PrepareJob: PrepareJob: " + "must be a ServerTransaction" ) ; this . tr = ( ServerTransaction ) tr ; if ( handles == null ) throw new IllegalArgumentException ( "PrepareJob: PrepareJob: " + "must have participants" ) ; if ( handles . length == 0 ) throw new IllegalArgumentException ( "PrepareJob: PrepareJob: " + "must have participants" ) ; this . handles = handles ; _xid = xid ; }

Construye un <código> commitJob </ code>


public boolean executeImmediately  ( final String command , CommandManager commandManager ) { System . err . println ( "Executing: " + command ) ; try { if ( doc . getProgressListener ( ) == null ) { ProgressListener progressListener = new ProgressPercentage ( ) ; doc . setProgressListener ( progressListener ) ; } if ( commandManager != null ) commandManager . execute ( command ) ; else throw new Exception ( "Internal error: commandManager==null" ) ; if ( viewer == null || ! viewer . isLocked ( ) ) { notifyUpdateViewer ( Director . ENABLE_STATE ) ; WaitUntilAllViewersAreUptoDate ( ) ; notifyUnlockInput ( ) ; } return true ; } catch ( CanceledException ex ) { System . err . println ( "USER CANCELED EXECUTE" ) ; NotificationsInSwing . showInformation ( "USER CANCELED EXECUTE" ) ; return false ; } catch ( Exception ex ) { NotificationsInSwing . showError ( "Command failed: " + ex . getMessage ( ) ) ; return false ; } }

Ejecutar un comando dentro del hilo de swing


public static void attributeNames  ( SimpleMethod method , Element element , String ... validAttributeNames ) throws ValidationException { Set < String > validNames = new HashSet < String > ( ) ; for ( String name : validAttributeNames ) { validNames . add ( name ) ; } NamedNodeMap nnm = element . getAttributes ( ) ; for ( int i = 0 ; i < nnm . getLength ( ) ; i ++ ) { String attributeName = nnm . item ( i ) . getNodeName ( ) ; if ( ! validNames . contains ( attributeName ) ) { handleError ( "Attribute name \"" + attributeName + "\" is not valid." , method , element ) ; } } }

Pruebas <código> Elemento </ código> para nombres de atributos no válidos.


@ Override public void startContentModel  ( String elementName , Augmentations augs ) throws XNIException { if ( fValidation ) { fDTDElementDeclName = elementName ; fMixedElementTypes . clear ( ) ; } if ( fDTDGrammar != null ) fDTDGrammar . startContentModel ( elementName , augs ) ; if ( fDTDContentModelHandler != null ) { fDTDContentModelHandler . startContentModel ( elementName , augs ) ; } }

El inicio de un modelo de contenido.Dependiendo del tipo de modelo de contenido, se pueden llamar métodos específicos entre la llamada al método STARTCONTENTMODEL y la llamada al método finalContentModel.


private void log  ( final Level level , final Object o , final Throwable t ) { if ( logger . isEnabledFor ( level ) ) { NDC . push ( ndcPush ) ; logger . log ( level , o , t ) ; NDC . pop ( ) ; } }

Registra el objeto O en el nivel provisto y un lanzamiento de la persona que llama.


public synchronized void damageReport  ( Rectangle2D region ) { if ( m_damageRedraw ) m_clip . union ( region ) ; }

Informe daños a la pantalla dentro de la región especificada.


public void onTick  ( ) { ACLMessage msg ; synchronized ( myAgent ) { if ( ( msg = myAgent . receive ( ) ) == null ) { return ; } if ( msg . getPerformative ( ) == ACLMessage . CANCEL ) { myAgent . doDelete ( ) ; return ; } if ( msg . getPerformative ( ) != ACLMessage . INFORM ) { synchronized ( System . err ) { System . err . println ( "Ignoring message with unknown performative..." ) ; } return ; } try { Object [ ] oTexts = ( Object [ ] ) msg . getContentObject ( ) ; String [ ] sTexts = new String [ 3 ] ; sTexts [ 0 ] = ( String ) oTexts [ 0 ] ; try { ByteArrayInputStream bIn = new ByteArrayInputStream ( ( byte [ ] ) oTexts [ 1 ] ) ; GZIPInputStream gzIn = new GZIPInputStream ( bIn ) ; int iChar ; StringBuffer sbBuf = new StringBuffer ( ) ; while ( ( iChar = gzIn . read ( ) ) > - 1 ) sbBuf . append ( ( char ) iChar ) ; sTexts [ 1 ] = sbBuf . toString ( ) ; } catch ( IOException ioe ) { synchronized ( System . err ) { ioe . printStackTrace ( System . err ) ; } sTexts [ 1 ] = new String ( ( byte [ ] ) oTexts [ 1 ] ) ; } try { ByteArrayInputStream bIn = new ByteArrayInputStream ( ( byte [ ] ) oTexts [ 2 ] ) ; GZIPInputStream gzIn = new GZIPInputStream ( bIn ) ; int iChar ; StringBuffer sbBuf = new StringBuffer ( ) ; while ( ( iChar = gzIn . read ( ) ) > - 1 ) sbBuf . append ( ( char ) iChar ) ; sTexts [ 2 ] = sbBuf . toString ( ) ; } catch ( IOException ioe ) { synchronized ( System . err ) { ioe . printStackTrace ( System . err ) ; } sTexts [ 2 ] = new String ( ( byte [ ] ) oTexts [ 2 ] ) ; } NGramDocumentComparatorAgent a = ( NGramDocumentComparatorAgent ) myAgent ; a . addBehaviour ( new CalcBehaviour ( sTexts [ 1 ] , sTexts [ 2 ] , a . WordMin , a . WordMax , a . WordDist , a . CharMin , a . CharMax , a . CharDist , a . Do . equals ( "char" ) || a . Do . equals ( "all" ) , a . Do . equals ( "word" ) || a . Do . equals ( "all" ) , a . Silent , sTexts [ 0 ] ) ) ; if ( ! a . Silent ) System . err . println ( "Successfully received texts:" + sTexts [ 0 ] ) ; } catch ( UnreadableException ex ) { synchronized ( System . err ) { System . err . println ( "Cannot read input texts..." ) ; System . err . flush ( ) ; ex . printStackTrace ( ) ; } } } }

Comprueba los textos entrantes de forma no bloqueada, y también verifica los mensajes de cancelación.


private void assertTable  ( ) { if ( mTable == null ) { throw new IllegalStateException ( "Table not specified" ) ; } }

Verifique que se haya suministrado un nombre de tabla utilizando la Tabla ().


public void leftClick  ( int x , int y , int delay ) throws InterruptedException { move ( x , y ) ; click ( InputEvent . BUTTON1_MASK , delay ) ; }

Haga clic izquierdo del mouse en un punto con un retraso especificado


public static long copyLarge  ( InputStream input , OutputStream output , byte [ ] buffer ) throws IOException { long count = 0 ; int n = 0 ; while ( EOF != ( n = input . read ( buffer ) ) ) { output . write ( buffer , 0 , n ) ; count += n ; } return count ; }

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


private void initializeArrays  ( ) { final int size = maxOrder / 2 ; if ( ( sequence == null ) || ( sequence . length != size ) ) { sequence = new int [ size ] ; costPerStep = new int [ size ] ; coeff = new double [ size ] [ ] ; costPerTimeUnit = new double [ size ] ; optimalStep = new double [ size ] ; } for ( int k = 0 ; k < size ; ++ k ) { sequence [ k ] = 4 * k + 2 ; } costPerStep [ 0 ] = sequence [ 0 ] + 1 ; for ( int k = 1 ; k < size ; ++ k ) { costPerStep [ k ] = costPerStep [ k - 1 ] + sequence [ k ] ; } for ( int k = 0 ; k < size ; ++ k ) { coeff [ k ] = ( k > 0 ) ? new double [ k ] : null ; for ( int l = 0 ; l < k ; ++ l ) { final double ratio = ( ( double ) sequence [ k ] ) / sequence [ k - l - 1 ] ; coeff [ k ] [ l ] = 1.0 / ( ratio * ratio - 1.0 ) ; } } }

Inicialice las matrices internas del integrador.


public static int calculatevCenterServerCount  ( int vmconcurrentcount , int vcvmlimit ) { Float f = ( ( float ) vmconcurrentcount / ( float ) vcvmlimit ) ; f = ( float ) Math . ceil ( f ) ; final int i = f . intValue ( ) ; return i ; }


public SpaceTypeDescriptor create  ( ) { applyDefaults ( ) ; final String [ ] superTypesNames = getSuperTypesNames ( _typeName , _superTypeDescriptor ) ; final PropertyInfo [ ] fixedProperties = initFixedProperties ( _fixedProperties , _superTypeDescriptor , _storageType ) ; final Map < String , SpaceIndex > indexes = initIndexes ( _indexes , fixedProperties , _idPropertyName , _superTypeDescriptor ) ; final String codeBase = null ; final EntryType entryType = _objectClass == null ? EntryType . DOCUMENT_JAVA : EntryType . OBJECT_JAVA ; if ( ! _supportsDynamicProperties ) { validatePropertyExists ( _idPropertyName , fixedProperties ) ; validatePropertyExists ( _routingPropertyName , fixedProperties ) ; } return new TypeDesc ( _typeName , codeBase , superTypesNames , fixedProperties , _supportsDynamicProperties , indexes , _idPropertyName , _idAutoGenerate , null , _routingPropertyName , _fifoGroupingPropertyPath , _fifoGroupingIndexes , _systemType , _fifoSupport , _replicable , _supportsOptimisticLocking , _storageType , entryType , _objectClass , ExternalEntry . class , _documentWrapperClass , null , DotNetStorageType . NULL , _blobstoreEnabled , _sequenceNumberPropertyName , _queryExtensionsInfo ) ; }

Cree el descriptor de tipo de espacio utilizando la información recopilada.


@ Override public boolean equals  ( Object that ) { if ( this == that ) { return true ; } if ( that == null ) { return false ; } if ( getClass ( ) != that . getClass ( ) ) { return false ; } TaskScheduler other = ( TaskScheduler ) that ; return ( this . getId ( ) == null ? other . getId ( ) == null : this . getId ( ) . equals ( other . getId ( ) ) ) && ( this . getGroupId ( ) == null ? other . getGroupId ( ) == null : this . getGroupId ( ) . equals ( other . getGroupId ( ) ) ) && ( this . getTaskName ( ) == null ? other . getTaskName ( ) == null : this . getTaskName ( ) . equals ( other . getTaskName ( ) ) ) && ( this . getTaskType ( ) == null ? other . getTaskType ( ) == null : this . getTaskType ( ) . equals ( other . getTaskType ( ) ) ) && ( this . getTaskDesc ( ) == null ? other . getTaskDesc ( ) == null : this . getTaskDesc ( ) . equals ( other . getTaskDesc ( ) ) ) && ( this . getTaskCron ( ) == null ? other . getTaskCron ( ) == null : this . getTaskCron ( ) . equals ( other . getTaskCron ( ) ) ) && ( this . getTaskPreviousFireTime ( ) == null ? other . getTaskPreviousFireTime ( ) == null : this . getTaskPreviousFireTime ( ) . equals ( other . getTaskPreviousFireTime ( ) ) ) && ( this . getTaskNextFireTime ( ) == null ? other . getTaskNextFireTime ( ) == null : this . getTaskNextFireTime ( ) . equals ( other . getTaskNextFireTime ( ) ) ) && ( this . getContactEmail ( ) == null ? other . getContactEmail ( ) == null : this . getContactEmail ( ) . equals ( other . getContactEmail ( ) ) ) && ( this . getEnable ( ) == null ? other . getEnable ( ) == null : this . getEnable ( ) . equals ( other . getEnable ( ) ) ) && ( this . getCreateBy ( ) == null ? other . getCreateBy ( ) == null : this . getCreateBy ( ) . equals ( other . getCreateBy ( ) ) ) && ( this . getCreateTime ( ) == null ? other . getCreateTime ( ) == null : this . getCreateTime ( ) . equals ( other . getCreateTime ( ) ) ) && ( this . getUpdateBy ( ) == null ? other . getUpdateBy ( ) == null : this . getUpdateBy ( ) . equals ( other . getUpdateBy ( ) ) ) && ( this . getUpdateTime ( ) == null ? other . getUpdateTime ( ) == null : this . getUpdateTime ( ) . equals ( other . getUpdateTime ( ) ) ) ; }

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


@ Deprecated public static String removeJava2IANAMapping  ( String javaEncoding ) { return ( String ) fJava2IANAMap . remove ( javaEncoding ) ; }

Elimina un mapeo de nombres de codificación de Java a IANA.


public static char [ ] fix83600  ( char [ ] signature ) { if ( signature == null || signature . length < 2 ) return signature ; return Signature . removeCapture ( signature ) ; }

TODO Esta es una solución temporal para https://bugs.eclipse.org/bugs/show_bug.cgi?id=83600 y https://bugs.eclipse.org/bugs/show_bug.cgi?id=85293


public void unregister  ( Class < ? > service , Object provider ) { ArrayList < ServiceUnregisterEvent > unregisteredEvents = new ArrayList < ServiceUnregisterEvent > ( ) ; synchronized ( providers ) { Iterator < Map . Entry < Class < ? > , List < RegisteredServiceProvider < ? > > > > it = providers . entrySet ( ) . iterator ( ) ; try { while ( it . hasNext ( ) ) { Map . Entry < Class < ? > , List < RegisteredServiceProvider < ? > > > entry = it . next ( ) ; if ( entry . getKey ( ) != service ) { continue ; } Iterator < RegisteredServiceProvider < ? > > it2 = entry . getValue ( ) . iterator ( ) ; try { while ( it2 . hasNext ( ) ) { RegisteredServiceProvider < ? > registered = it2 . next ( ) ; if ( registered . getProvider ( ) == provider ) { it2 . remove ( ) ; unregisteredEvents . add ( new ServiceUnregisterEvent ( registered ) ) ; } } } catch ( NoSuchElementException e ) { } if ( entry . getValue ( ) . size ( ) == 0 ) { it . remove ( ) ; } } } catch ( NoSuchElementException e ) { } } for ( ServiceUnregisterEvent event : unregisteredEvents ) { Bukkit . getServer ( ) . getPluginManager ( ) . callEvent ( event ) ; } }

Anular el registro de un proveedor en particular para un servicio en particular.


public static boolean isXML11Invalid  ( int c ) { return ! isXML11Valid ( c ) ; }

Devuelve verdadero si el carácter especificado no es válido.


public boolean isOptimal  ( int optimalQueries ) { return getLargestGroupSize ( ) >= optimalQueries ; }

Indica si el número actual de consultas en este grupo es óptimo.Utiliza el número de consulta óptimo dado en comparación con el tamaño del grupo de consulta más grande para determinar el resultado.


Disparado cuando se produce un reintento, anula para manejar en su propio código


public final void remove  ( String ... names ) { if ( data != null && names != null ) { for ( String name : names ) { remove ( name ) ; } } }


public S2LatLng toLatLng  ( ) { return new S2LatLng ( toPointRaw ( ) ) ; }

Devuelva el S2LATLNG correspondiente al centro de la celda dada.


public void activate  ( ) { if ( ! myActive ) { myActive = true ; myConfiguration . addListener ( myConfigurationListener ) ; ResourceNotificationManager manager = ResourceNotificationManager . getInstance ( myFile . getProject ( ) ) ; ResourceVersion version = manager . addListener ( this , myFacet , myFile , myConfiguration ) ; if ( ! version . equals ( myRenderedVersion ) || ( myConfiguration . getModificationCount ( ) != myConfigurationModificationCount ) ) { String theme = myConfiguration . getTheme ( ) ; if ( theme != null && ! theme . startsWith ( ANDROID_STYLE_RESOURCE_PREFIX ) && ! myProjectResourceRepository . hasResourceItem ( theme ) ) { myConfiguration . setTheme ( myConfiguration . getConfigurationManager ( ) . computePreferredTheme ( myConfiguration ) ) ; } requestModelUpdate ( ) ; myModelVersion . myResourceVersion . incrementAndGet ( ) ; } } }

Notificar el modelo que está activo.Un modelo está activo por defecto.


public RabbitMqCommand writeOutputTo  ( OutputStream outputStream ) { this . outputStream = outputStream ; return this ; }

La producción del proceso se escribirá aquí como sucede.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_CANT_ENTER_FOR_TIMEOVER  ( String worldname0 ) { return new SM_SYSTEM_MESSAGE ( 1400235 , worldname0 ) ; }

No puede ingresar a% WorldName0, ya que el tiempo de entrada ha caducado.


public String toString  ( ) { return val ? "ClientAuthentication.YES" : "ClientAuthentication.NO" ; }

Devuelve una representación de cadena de este objeto.


public void toAll  ( List < EntityPlayerMP > players ) { PacketWrapper packet = new PacketWrapper ( channel , new Packet ( this ) ) ; players . stream ( ) . map ( null ) . forEach ( null ) ; }

Envía este paquete a todos los jugadores en la lista dada


private static boolean haveChecked  ( File templateFile , boolean createWithProject ) { return haveChecked ( templateFile . getParentFile ( ) . getName ( ) , templateFile . getName ( ) , createWithProject ) ; }

Comprueba si ya hemos revisado la plantilla dada en un nuevo proyecto o el contexto del proyecto existente


public String toString  ( int maxKeysToPrint ) { return asPriorityQueue ( ) . toString ( maxKeysToPrint , false ) ; }

Devuelve una representación de cadena que no incluye más que los elementos MAXKEYSTOPRINT con los recuentos más grandes.


public short put  ( K key , short value ) { int index = insertionIndex ( key ) ; return doPut ( key , value , index ) ; }

Inserta un par de claves / valor en el mapa.


public TextPartsBuilder addTextPart  ( @ StringRes int textRes , @ ColorRes int bgColorRes ) { return addTextPart ( mContext . getText ( textRes ) , getColor ( mContext , bgColorRes ) ) ; }

Añadir parte de texto con el fondo de los recursos.


public static int arraySize  ( final int expected , final float f ) { final long s = Math . max ( 2 , nextPowerOfTwo ( ( long ) Math . ceil ( expected / f ) ) ) ; if ( s > ( 1 << 30 ) ) throw new IllegalArgumentException ( "Too large (" + expected + " expected elements with load factor " + f + ")" ) ; return ( int ) s ; }

Devuelve la menor potencia de dos más pequeños que o igual a 2 <sup> 30 </ sup> y mayor que o igual a <codigo> math.ceil (esperado / f) </ codigo>.


public static void rgb888ToColor  ( Color color , int value ) { color . r = ( ( value & 0x00ff0000 ) >>> 16 ) / 255f ; color . g = ( ( value & 0x0000ff00 ) >>> 8 ) / 255f ; color . b = ( ( value & 0x000000ff ) ) / 255f ; }

Establece los componentes de color utilizando el valor entero especificado en el formato RGB888.Esto es inverso al método RGB888 (R, G, B).


public Object findFeature  ( String pathAndFeature ) { int lastDot ; String feature ; String path ; Item item ; FeatureProcessor fp ; Voice voice = getOwnerRelation ( ) . getUtterance ( ) . getVoice ( ) ; Object results = null ; lastDot = pathAndFeature . lastIndexOf ( "." ) ; if ( lastDot == - 1 ) { feature = pathAndFeature ; path = null ; } else { feature = pathAndFeature . substring ( lastDot + 1 ) ; path = pathAndFeature . substring ( 0 , lastDot ) ; } item = findItem ( path ) ; if ( item != null ) { fp = voice . getFeatureProcessor ( feature ) ; if ( fp != null ) { try { results = fp . process ( item ) ; } catch ( ProcessException pe ) { System . err . println ( "Trouble while processing " + fp . toString ( ) ) ; } } else { results = item . getFeatures ( ) . getObject ( feature ) ; } } results = ( results == null ) ? "0" : results ; return results ; }

Encuentra la función siguiendo la ruta dada.La ruta es una cadena de ":" o "".Cuerdas separadas con las siguientes interpretaciones: <ul> <li> n - Next Artículo <Li> P - Artículo anterior <li> Padre - El padre <Li> Hija - La hija <li> DIGUE1 - Igual que hija <li> Daughtern- la última hija <li> r: relname: el artículo como se encuentra en la relación dada 'relname' </ ul> El último elemento de la ruta se interpretará como una función de característica específica de voz / idioma (si está presente) o un elementoNombre de la característica.Si la función de característica existe, se llamará con el elemento especificado por la ruta, de lo contrario, se recuperará una función con el nombre dado.Si no existe que no se devuelve una cadena "0".


private int reorderRegressors  ( int [ ] list , int pos1 ) { int next ; int i ; int l ; if ( list . length < 1 || list . length > nvars + 1 - pos1 ) { return - 1 ; } next = pos1 ; i = pos1 ; while ( i < nvars ) { l = vorder [ i ] ; for ( int j = 0 ; j < list . length ; j ++ ) { if ( l == list [ j ] && i > next ) { this . vmove ( i , next ) ; ++ next ; if ( next >= list . length + pos1 ) { return 0 ; } else { break ; } } } ++ i ; } return 0 ; }

Algoritmo as274 appl.ESTADÍSTICO.(1992) vol.41, no.2 <P> Vuelva a ordenar las variables en una reducción ortogonal producida por AS75.1, de modo que las variables N en la lista comienzan en la posición POS1, aunque no necesariamente estarán en el mismo orden que en la lista.Cualquier variable en idioma antes de la posición POS1 no se mueve.Rutina auxiliar llamada: Vmove.</ P> <p> Este método interno reordena los regresores. </ p>


private int start  ( ) { if ( ( this . status == AccelListener . RUNNING ) || ( this . status == AccelListener . STARTING ) ) { startTimeout ( ) ; return this . status ; } this . setStatus ( AccelListener . STARTING ) ; List < Sensor > list = this . sensorManager . getSensorList ( Sensor . TYPE_ACCELEROMETER ) ; if ( ( list != null ) && ( list . size ( ) > 0 ) ) { this . mSensor = list . get ( 0 ) ; if ( this . sensorManager . registerListener ( this , this . mSensor , SensorManager . SENSOR_DELAY_UI ) ) { this . setStatus ( AccelListener . STARTING ) ; } else { this . setStatus ( AccelListener . ERROR_FAILED_TO_START ) ; this . fail ( AccelListener . ERROR_FAILED_TO_START , "Device sensor returned an error." ) ; return this . status ; } ; } else { this . setStatus ( AccelListener . ERROR_FAILED_TO_START ) ; this . fail ( AccelListener . ERROR_FAILED_TO_START , "No sensors found to register accelerometer listening to." ) ; return this . status ; } startTimeout ( ) ; return this . status ; }

Comience a escuchar el sensor de aceleración.


public static String upperCaseFirst  ( String input ) { if ( input . charAt ( 0 ) >= 'a' && input . charAt ( 0 ) <= 'z' ) { return ( "" + input . charAt ( 0 ) ) . toUpperCase ( ) + input . substring ( 1 ) ; } else { return input ; } }

Capitalizar el primer carácter de la cadena si es posible.


Crea los valores esperados de prueba de densidad de probabilidad predeterminada


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


@ Override public void onSensorsFromAllNodesSelected  ( Map < String , List < DeviceSensor > > selectedSensors ) { Log . d ( TAG , "Sensors from all nodes selected" ) ; this . selectedSensors = selectedSensors ; for ( Map . Entry < String , List < DeviceSensor > > selectedSensorsEntry : selectedSensors . entrySet ( ) ) { for ( DeviceSensor deviceSensor : selectedSensorsEntry . getValue ( ) ) { Bundle bundle = new Bundle ( ) ; bundle . putString ( FirebaseAnalytics . Param . ITEM_ID , String . valueOf ( deviceSensor . getType ( ) ) ) ; bundle . putString ( FirebaseAnalytics . Param . ITEM_NAME , deviceSensor . getName ( ) ) ; bundle . putString ( FirebaseAnalytics . Param . ITEM_CATEGORY , deviceSensor . getStringType ( ) ) ; app . getAnalytics ( ) . logEvent ( FirebaseAnalytics . Event . VIEW_ITEM , bundle ) ; } } }

Se llamará cuando el cuadro de diálogo de selección del sensor se haya cerrado después de que se hayan seleccionado los sensores de todos los nodos


public CM_QUIT ( int opcode , State state , State ... restStates ) { super ( opcode , state , restStates ) ; }

Construye nueva instancia de paquetes <tt> cm_quit </ tt>


public static final int daysBetween  ( Date early , Date late ) { Calendar c1 = Calendar . getInstance ( ) ; Calendar c2 = Calendar . getInstance ( ) ; c1 . setTime ( early ) ; c2 . setTime ( late ) ; return daysBetween ( c1 , c2 ) ; }

Devuelve los días entre dos fechas.Los valores positivos indican que la segunda fecha es después del primero, y los valores negativos indican, bueno, lo contrario.Confiar en tiempos específicos es problemático.


private void handleInitializerBlocks  ( soot . SootMethod sootMethod ) { ArrayList < Block > initializerBlocks = ( ( soot . javaToJimple . PolyglotMethodSource ) sootMethod . getSource ( ) ) . getInitializerBlocks ( ) ; if ( initializerBlocks != null ) { handleStaticBlocks ( initializerBlocks ) ; } }

Los bloques de inicio se crean dentro de los métodos iniciales en Jimple.


@ Override public void write  ( OutputStream os ) throws IOException { AtomicReference < CsvSchema > schema = new AtomicReference < > ( ) ; AtomicBoolean isFirstRow = new AtomicBoolean ( true ) ; ObjectMapper csvMapper = objectMappers . getCsvMapper ( ) ; try { entries . peek ( null ) . forEachOrdered ( null ) ; } catch ( RuntimeException re ) { throw new IOException ( re ) ; } }


public boolean types_for_sites  ( ) { return soot . PhaseOptions . getBoolean ( options , "types-for-sites" ) ; }

Tipos para sitios: representan objetos por su tipo real en lugar de al sitio de asignación.Cuando esta opción se establece en verdaderos, los tipos en lugar de los sitios de asignación se utilizan como elementos de los puntos a conjuntos.


public Disk accelerate  ( double factor ) { return new Disk ( position , speed . multiply ( factor ) , radius ) ; }

Modifique la velocidad del disco multiplicando su velocidad actual con el factor dado.Sugerencia: puede usar este método para desacelerar también.


private boolean isDictionaryMetaFileModified  ( CarbonFile carbonFile , long fileTimeStamp , long endOffset ) { return carbonFile . isFileModified ( fileTimeStamp , endOffset ) ; }

Este método validará el archivo de metadatos del diccionario para cualquier modificación.


public Future execute  ( Collection < T > coll , CompletionCallback callback ) { if ( callback == null ) throw new IllegalArgumentException ( "Callback cannot be null" ) ; TaskManagerImpl taskManager = new TaskManagerImpl ( this . executor_ , this . task_ , coll , callback ) ; this . executor_ . execute ( taskManager ) ; return new Future ( taskManager ) ; }


public ThreadPoolPermission ( String name ) { super ( name ) ; }

Crea un nuevo threadpoolpermision con el nombre especificado.


public static boolean isInSphere  ( final VisibleObject obj , final float centerX , final float centerY , final float centerZ , final float radius ) { float dx = ( obj . getX ( ) - centerX ) ; float dy = ( obj . getY ( ) - centerY ) ; float dz = ( obj . getZ ( ) - centerZ ) ; return dx * dx + dy * dy + dz * dz < radius * radius ; }

Comprobar coordenadas con Fórmula: "SQRT ((X-X0) ^ 2 + (Y-Y0) ^ 2 + (Z-Z0) ^ 2) <RADIUS"


@ Override public AudioInputStream synthesize  ( int backchannelNumber , AudioFileFormat aft ) throws SynthesisException { if ( backchannelNumber > vMLSAFeaturesReader . getNumberOfUnits ( ) ) { throw new IllegalArgumentException ( "requesting unit should not be more than number of units" ) ; } if ( backchannelNumber < 0 ) { throw new IllegalArgumentException ( "requesting unit index should not be less than zero" ) ; } double [ ] lf0 = vMLSAFeaturesReader . getUnitLF0 ( backchannelNumber ) ; boolean [ ] voiced = vMLSAFeaturesReader . getVoicedFrames ( backchannelNumber ) ; double [ ] [ ] mgc = vMLSAFeaturesReader . getUnitMGCs ( backchannelNumber ) ; double [ ] [ ] strengths = vMLSAFeaturesReader . getUnitStrengths ( backchannelNumber ) ; return synthesizeUsingMLSAVocoder ( mgc , strengths , lf0 , voiced , aft ) ; }

Sintetizar la vocalización dada utilizando MLSA VOVOder


public void notifyDataSetChanged  ( ) { internalAdapter . notifyDataSetChanged ( ) ; }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


private Bitmap drawOnFace  ( SparseArray < Face > faceArray , int stroke , int color ) { Bitmap outBitmap = Bitmap . createBitmap ( getMyPhoto ( ) . getWidth ( ) , getMyPhoto ( ) . getHeight ( ) , Bitmap . Config . RGB_565 ) ; Canvas canvas = new Canvas ( outBitmap ) ; canvas . drawBitmap ( getMyPhoto ( ) , 0 , 0 , null ) ; for ( int i = 0 ; i < faceArray . size ( ) ; i ++ ) { int key = faceArray . keyAt ( i ) ; Face face = faceArray . get ( key ) ; drawRectangle ( canvas , face . getPosition ( ) , face . getWidth ( ) , face . getHeight ( ) , stroke , color ) ; this . listLandMarkPhoto = face . getLandmarks ( ) ; } return outBitmap ; }

Método para hacer algunos dibujos en caras.


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


public static String toFileSizeString  ( long fileSize ) { DecimalFormat df = new DecimalFormat ( "0.00" ) ; String fileSizeString ; if ( fileSize < KB ) { fileSizeString = fileSize + "B" ; } else if ( fileSize < MB ) { fileSizeString = df . format ( ( double ) fileSize / KB ) + "K" ; } else if ( fileSize < GB ) { fileSizeString = df . format ( ( double ) fileSize / MB ) + "M" ; } else { fileSizeString = df . format ( ( double ) fileSize / GB ) + "G" ; } return fileSizeString ; }

A la cadena de cadena de tamaño de archivo.


public ReceiveResultBehaviour ( ResultsAgent a , long lInterval , PrintStream pResultOutput ) { super ( a , lInterval ) ; myAgent = a ; Interval = lInterval ; pOut = pResultOutput ; }

Inicializa el comportamiento con un intervalo dado, y un flujo de salida de resultados.


public boolean merge_stringbuffer  ( ) { return soot . PhaseOptions . getBoolean ( options , "merge-stringbuffer" ) ; }

Fusión de tampón de cadena: representa a todos los stringbuffers como un objeto.Cuando esta opción se establece en VERDADERO, todos los sitios de asignación creando objetos Java.lang.StringBuffer se agrupan como un sitio de asignación único.Los sitios de asignación que crean un objeto Java.lang.StringBuilder también se agrupan como un único sitio de asignación.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcATK_Instant_Ratio_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200391 , num0 , skillname ) ; }

Recibió% de daño NUM0 debido a [% de habilidad].


private static void writeResource  ( ResourceCreator resourceCreator , String resourceName , byte [ ] data ) throws IOException { OutputStream os = resourceCreator . createResource ( resourceName ) ; try { os . write ( data ) ; } finally { try { os . close ( ) ; } catch ( IOException ex ) { } } }

Crea un recurso con el nombre dado y almacena los datos en él.


@ Override public boolean satisfiedBy  ( Granularity that ) { return true ; }

Cualquier granularidad se puede enrollar en todo.