public static ViewAction checkViewAction  ( ViewAssertion viewAssertion ) { return ViewActions . actionWithAssertions ( new CheckAssertionAction ( viewAssertion ) ) ; }

Realice un cheque contra una vista que solo permita acciones, como una vista encontrada por reciclaje.


public static SM_SYSTEM_MESSAGE STR_FORCE_LEAVE_TIMEOUT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300981 , value0 ) ; }

% 0 ha dejado la alianza debido a una ausencia prolongada.


public void clearAllInsertions  ( ) { List < MODEL > items = new ArrayList < > ( ) ; items . addAll ( getOnlyItems ( ) ) ; mInserts . clear ( ) ; getItems ( ) . clear ( ) ; mOnlyInsertsCount = 0 ; mHeadersCount = 0 ; mFootersCount = 0 ; reAddAllItems ( items ) ; notifyIfNeed ( ) ; }

Borrar todas las inserciones con encabezados y pies de página.


public static boolean login  ( String url , Context context , LoginCallback callback ) { AuthErrors authError = authErrorsFromUrl ( url ) ; if ( authError != null ) { switch ( authError . type ) { case EmailVerification : callback . onEmailVerificationNeeded ( authError . resendLink ) ; return true ; case DomainBlackList : callback . onErrorDomainBlackList ( ) ; return true ; } return false ; } AuthCredential authCredentials = authCredentialsFromUrl ( url ) ; if ( authCredentials != null ) { AirMap . getInstance ( ) . setAuthToken ( authCredentials . getAccessToken ( ) ) ; if ( authCredentials . getRefreshToken ( ) != null && ! authCredentials . getRefreshToken ( ) . isEmpty ( ) ) { SharedPreferences preferences = PreferenceManager . getDefaultSharedPreferences ( context ) ; preferences . edit ( ) . putString ( Utils . REFRESH_TOKEN_KEY , authCredentials . getRefreshToken ( ) ) . apply ( ) ; } callback . onSuccess ( authCredentials ) ; return true ; } callback . onContinue ( ) ; return false ; }

Los cheques para errores de autenticación o autenticia, si son válidos, guarda authcredials


private boolean crossCheckDiagonal  ( int startI , int centerJ , int maxCount , int originalStateCountTotal ) { int [ ] stateCount = getCrossCheckStateCount ( ) ; int i = 0 ; while ( startI >= i && centerJ >= i && image . get ( centerJ - i , startI - i ) ) { stateCount [ 2 ] ++ ; i ++ ; } if ( startI < i || centerJ < i ) { return false ; } while ( startI >= i && centerJ >= i && ! image . get ( centerJ - i , startI - i ) && stateCount [ 1 ] <= maxCount ) { stateCount [ 1 ] ++ ; i ++ ; } if ( startI < i || centerJ < i || stateCount [ 1 ] > maxCount ) { return false ; } while ( startI >= i && centerJ >= i && image . get ( centerJ - i , startI - i ) && stateCount [ 0 ] <= maxCount ) { stateCount [ 0 ] ++ ; i ++ ; } if ( stateCount [ 0 ] > maxCount ) { return false ; } int maxI = image . getHeight ( ) ; int maxJ = image . getWidth ( ) ; i = 1 ; while ( startI + i < maxI && centerJ + i < maxJ && image . get ( centerJ + i , startI + i ) ) { stateCount [ 2 ] ++ ; i ++ ; } if ( startI + i >= maxI || centerJ + i >= maxJ ) { return false ; } while ( startI + i < maxI && centerJ + i < maxJ && ! image . get ( centerJ + i , startI + i ) && stateCount [ 3 ] < maxCount ) { stateCount [ 3 ] ++ ; i ++ ; } if ( startI + i >= maxI || centerJ + i >= maxJ || stateCount [ 3 ] >= maxCount ) { return false ; } while ( startI + i < maxI && centerJ + i < maxJ && image . get ( centerJ + i , startI + i ) && stateCount [ 4 ] < maxCount ) { stateCount [ 4 ] ++ ; i ++ ; } if ( stateCount [ 4 ] >= maxCount ) { return false ; } int stateCountTotal = stateCount [ 0 ] + stateCount [ 1 ] + stateCount [ 2 ] + stateCount [ 3 ] + stateCount [ 4 ] ; return Math . abs ( stateCountTotal - originalStateCountTotal ) < 2 * originalStateCountTotal && foundPatternCross ( stateCount ) ; }

Después de que una exploración vertical y horizontal encuentra un patrón de buscador potencial, este método "verificaciones cruzadas cruzadas", escaneando diagonalmente a través del centro del posible patrón de buscador para ver si se detecta la misma proporción.


protected Interval doSolveInterval  ( ) { final double [ ] x = new double [ maximalOrder + 1 ] ; final double [ ] y = new double [ maximalOrder + 1 ] ; x [ 0 ] = getMin ( ) ; x [ 1 ] = getStartValue ( ) ; x [ 2 ] = getMax ( ) ; verifyInterval ( x [ 0 ] , x [ 2 ] ) ; if ( x [ 1 ] < x [ 0 ] || x [ 2 ] < x [ 1 ] ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . START_POINT_NOT_IN_INTERVAL , x [ 1 ] , x [ 0 ] , x [ 2 ] ) ; } y [ 1 ] = computeObjectiveValue ( x [ 1 ] ) ; if ( y [ 1 ] == 0.0 ) { return new Interval ( x [ 1 ] , y [ 1 ] , x [ 1 ] , y [ 1 ] ) ; } y [ 0 ] = computeObjectiveValue ( x [ 0 ] ) ; if ( y [ 0 ] == 0.0 ) { return new Interval ( x [ 0 ] , y [ 0 ] , x [ 0 ] , y [ 0 ] ) ; } int nbPoints ; int signChangeIndex ; if ( y [ 0 ] * y [ 1 ] < 0 ) { nbPoints = 2 ; signChangeIndex = 1 ; } else { y [ 2 ] = computeObjectiveValue ( x [ 2 ] ) ; if ( y [ 2 ] == 0.0 ) { return new Interval ( x [ 2 ] , y [ 2 ] , x [ 2 ] , y [ 2 ] ) ; } if ( y [ 1 ] * y [ 2 ] < 0 ) { nbPoints = 3 ; signChangeIndex = 2 ; } else { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_BRACKETING_INTERVAL , x [ 0 ] , x [ 2 ] , y [ 0 ] , y [ 2 ] ) ; } } final double [ ] tmpX = new double [ x . length ] ; double xA = x [ signChangeIndex - 1 ] ; double yA = y [ signChangeIndex - 1 ] ; double absYA = FastMath . abs ( yA ) ; int agingA = 0 ; double xB = x [ signChangeIndex ] ; double yB = y [ signChangeIndex ] ; double absYB = FastMath . abs ( yB ) ; int agingB = 0 ; while ( true ) { final double xTol = getAbsoluteAccuracy ( ) + getRelativeAccuracy ( ) * FastMath . max ( FastMath . abs ( xA ) , FastMath . abs ( xB ) ) ; if ( xB - xA <= xTol || FastMath . max ( absYA , absYB ) < getFunctionValueAccuracy ( ) || Precision . equals ( xA , xB , 1 ) ) { return new Interval ( xA , yA , xB , yB ) ; } double targetY ; if ( agingA >= MAXIMAL_AGING ) { final int p = agingA - MAXIMAL_AGING ; final double weightA = ( 1 << p ) - 1 ; final double weightB = p + 1 ; targetY = ( weightA * yA - weightB * REDUCTION_FACTOR * yB ) / ( weightA + weightB ) ; } else if ( agingB >= MAXIMAL_AGING ) { final int p = agingB - MAXIMAL_AGING ; final double weightA = p + 1 ; final double weightB = ( 1 << p ) - 1 ; targetY = ( weightB * yB - weightA * REDUCTION_FACTOR * yA ) / ( weightA + weightB ) ; } else { targetY = 0 ; } double nextX ; int start = 0 ; int end = nbPoints ; do { System . arraycopy ( x , start , tmpX , start , end - start ) ; nextX = guessX ( targetY , tmpX , y , start , end ) ; if ( ! ( ( nextX > xA ) && ( nextX < xB ) ) ) { if ( signChangeIndex - start >= end - signChangeIndex ) { ++ start ; } else { -- end ; } nextX = Double . NaN ; } } while ( Double . isNaN ( nextX ) && ( end - start > 1 ) ) ; if ( Double . isNaN ( nextX ) ) { nextX = xA + 0.5 * ( xB - xA ) ; start = signChangeIndex - 1 ; end = signChangeIndex ; } final double nextY = computeObjectiveValue ( nextX ) ; if ( nextY == 0.0 ) { return new Interval ( nextX , nextY , nextX , nextY ) ; } if ( ( nbPoints > 2 ) && ( end - start != nbPoints ) ) { nbPoints = end - start ; System . arraycopy ( x , start , x , 0 , nbPoints ) ; System . arraycopy ( y , start , y , 0 , nbPoints ) ; signChangeIndex -= start ; } else if ( nbPoints == x . length ) { nbPoints -- ; if ( signChangeIndex >= ( x . length + 1 ) / 2 ) { System . arraycopy ( x , 1 , x , 0 , nbPoints ) ; System . arraycopy ( y , 1 , y , 0 , nbPoints ) ; -- signChangeIndex ; } } System . arraycopy ( x , signChangeIndex , x , signChangeIndex + 1 , nbPoints - signChangeIndex ) ; x [ signChangeIndex ] = nextX ; System . arraycopy ( y , signChangeIndex , y , signChangeIndex + 1 , nbPoints - signChangeIndex ) ; y [ signChangeIndex ] = nextY ; ++ nbPoints ; if ( nextY * yA <= 0 ) { xB = nextX ; yB = nextY ; absYB = FastMath . abs ( yB ) ; ++ agingA ; agingB = 0 ; } else { xA = nextX ; yA = nextY ; absYA = FastMath . abs ( yA ) ; agingA = 0 ; ++ agingB ; signChangeIndex ++ ; } } }

Encuentra una raíz y devuelve el intervalo que contiene.


public static RespJson buildSuccessResponse  ( Object data ) { RespJson respJson = new RespJson ( ) ; respJson . setCode ( ResponseCode . SUCCESS . getCode ( ) ) ; respJson . setData ( data ) ; respJson . setMsg ( StringConstant . EMPTY_STRING ) ; return respJson ; }


public DispatchContext ( String name , ClassLoader loader , LocalDispatcher dispatcher ) { this . name = name ; this . loader = loader ; this . dispatcher = dispatcher ; String modelName = null ; if ( this . dispatcher != null ) { Delegator delegator = dispatcher . getDelegator ( ) ; if ( delegator != null ) { DelegatorElement delegatorInfo = null ; try { delegatorInfo = EntityConfig . getInstance ( ) . getDelegator ( delegator . getDelegatorBaseName ( ) ) ; } catch ( GenericEntityConfException e ) { Debug . logWarning ( e , "Exception thrown while getting delegator config: " , module ) ; } if ( delegatorInfo != null ) { modelName = delegatorInfo . getEntityModelReader ( ) ; } } } if ( modelName == null ) { modelName = name ; } this . model = modelName ; getGlobalServiceMap ( ) ; }

Crea Nuevo DispatchContext como un objeto inmutable.El argumento "Despachador" puede ser nulo si el argumento "Nombre" coincide con el nombre de un lector de modelos de entidad válida.La seguridad del hilo de un objetoContext de despacho es una consecuencia de su inmutabilidad.


synchronized public void updateContainerXMLTree  ( String spaceName , JSpaceAttributes spaceAttr ) { if ( m_rootSpaceElement == null ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "Fail to update the " + _containerName + " container XML file for " + spaceName + " space; the DOM element for spaces is null" ) ; } return ; } spaceAttr = ( spaceAttr == null ) ? new JSpaceAttributes ( ) : spaceAttr ; NodeList spaceNL = m_rootSpaceElement . getElementsByTagName ( spaceName ) ; for ( int i = 0 ; i < spaceNL . getLength ( ) ; i ++ ) m_rootSpaceElement . removeChild ( spaceNL . item ( i ) ) ; Element jspaceElement = m_containerFileDocument . createElement ( spaceName ) ; m_rootSpaceElement . appendChild ( jspaceElement ) ; m_rootSpaceElement . appendChild ( jspaceElement ) ; Element propertiesElem = m_containerFileDocument . createElement ( SpaceURL . PROPERTIES_FILE_NAME ) ; Element schemaElem = m_containerFileDocument . createElement ( SCHEMA_ELEMENT ) ; Text schemaText = null ; if ( spaceAttr . getSchemaName ( ) != null ) schemaText = m_containerFileDocument . createTextNode ( spaceAttr . getSchemaName ( ) ) ; else schemaText = m_containerFileDocument . createTextNode ( "" ) ; Text propertiesText = null ; if ( spaceAttr . getCustomProperties ( ) != null && spaceAttr . getCustomProperties ( ) . getProperty ( SpaceURL . PROPERTIES_FILE_NAME ) != null ) propertiesText = m_containerFileDocument . createTextNode ( spaceAttr . getCustomProperties ( ) . getProperty ( SpaceURL . PROPERTIES_FILE_NAME ) ) ; else propertiesText = m_containerFileDocument . createTextNode ( "" ) ; jspaceElement . appendChild ( schemaElem ) . appendChild ( schemaText ) ; jspaceElement . appendChild ( propertiesElem ) . appendChild ( propertiesText ) ; Element isLoadOnStartupElem = m_containerFileDocument . createElement ( Constants . IS_SPACE_LOAD_ON_STARTUP ) ; Text isLoadOnStartupText = m_containerFileDocument . createTextNode ( String . valueOf ( spaceAttr . isLoadOnStartup ( ) ) ) ; jspaceElement . appendChild ( isLoadOnStartupElem ) . appendChild ( isLoadOnStartupText ) ; saveState ( ) ; }

Construyendo árbol de espacio XML dentro de [contenedor-nombre] archivo .xml.


private int measureWidth  ( int measureSpec ) { float result ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( ( specMode == MeasureSpec . EXACTLY ) || ( mViewPager == null ) ) { result = specSize ; } else { final int count = mViewPager . getAdapter ( ) . getCount ( ) ; result = getPaddingLeft ( ) + getPaddingRight ( ) + ( count * mLineWidth ) + ( ( count - 1 ) * mGapWidth ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return ( int ) Math . ceil ( result ) ; }


public boolean isCritical  ( ) { return false ; }

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


public DerivativeStructure compose  ( final double ... f ) throws MathIllegalArgumentException  { MathUtils . checkDimension ( f . length , getOrder ( ) + 1 ) ; final DerivativeStructure result = new DerivativeStructure ( compiler ) ; compiler . compose ( data , 0 , f , result . data , 0 ) ; return result ; }

Calcular la composición de la instancia por una función univariada.


public DynamicTemplateParameterContext appendParameter  ( String paramName , String paramValue , boolean deleteOnExit ) { return appendParameter ( paramName , paramValue , deleteOnExit , false , ContextInfo . EMPTY ) ; }

Anexa un valor de parámetro dinámico.<ul> <li> No espera ningún parámetro de plantilla dentro del valor del parámetro. </ li> <li> El valor del parámetro se adjunta al valor del parámetro anterior. </ li> </ ul>


public FractionFormat ( final NumberFormat numeratorFormat , final NumberFormat denominatorFormat ) { super ( numeratorFormat , denominatorFormat ) ; }

Cree una instancia de formato incorrecto con un formato de número personalizado para el numerador y un formato de número personalizado para el denominador.


public void addToOptionBox  ( Box optionBox ) { this . optionBox = optionBox ; updateVendorOptionPanels ( vendorOptionVersionsList ) ; }

Agrega la opción del proveedor a la casilla de opción.


public void addFlakes  ( int quantity ) { for ( int i = 0 ; i < quantity ; ++ i ) { flakes . add ( Flake . createFlake ( getWidth ( ) , droid , getContext ( ) ) ) ; } setNumFlakes ( numFlakes + quantity ) ; }

Agregue el número especificado de droidflakes.


private final boolean isPreBreak  ( Item syllable ) { return ( ( syllable . getNext ( ) == null ) || "pau" . equals ( preBreakPath . findFeature ( syllable ) ) ) ; }

Determina si esta sílaba está antes de un descanso.


public static SM_SYSTEM_MESSAGE STR_NO_USER_NAMED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300625 , value0 ) ; }


public static void sendSetBindPoint  ( Player player ) { int worldId ; float x , y , z ; if ( player . getBindPoint ( ) != null ) { BindPointPosition bplist = player . getBindPoint ( ) ; worldId = bplist . getMapId ( ) ; x = bplist . getX ( ) ; y = bplist . getY ( ) ; z = bplist . getZ ( ) ; } else { PlayerInitialData . LocationData locationData = DataManager . PLAYER_INITIAL_DATA . getSpawnLocation ( player . getRace ( ) ) ; worldId = locationData . getMapId ( ) ; x = locationData . getX ( ) ; y = locationData . getY ( ) ; z = locationData . getZ ( ) ; } PacketSendUtility . sendPacket ( player , new SM_BIND_POINT_INFO ( worldId , x , y , z , player ) ) ; }

Este método enviará el paquete de punto de enlace establecido.


public void freezeAllHiddenPages  ( ) { for ( int i = 0 ; i < mRecentTabs . size ( ) ; i ++ ) { freeze ( mRecentTabs . get ( i ) . get ( ) ) ; } mRecentTabs . clear ( ) ; }

Congela todos los nativos ocultos que aún no están congelados.


protected void initializeWorld  ( ) { SimulationBody floor = new SimulationBody ( ) ; floor . addFixture ( Geometry . createRectangle ( 20 , 1 ) ) ; floor . setMass ( MassType . INFINITE ) ; this . world . addBody ( floor ) ; }

Crea objetos de juego y los agrega al mundo.


private static String shortName  ( String name ) { if ( name == null ) { return X . EMPTY ; } int i = name . indexOf ( "." ) ; if ( i > 0 ) { name = name . substring ( i + 1 ) ; i = name . indexOf ( "." ) ; if ( i > 0 ) { return name . substring ( 0 , i ) ; } } return X . EMPTY ; }


public static ValueGetterSpacePredicate < ServerEntry > propertyAll  ( String propertyName , ISpacePredicate ... predicates ) { return property ( propertyName , all ( predicates ) ) ; }

Atajo para la propiedad (PropertyName, todos (predicados)).


public Pet findOne  ( String id ) { log . debug ( "Request to get Pet : {}" , id ) ; Pet pet = petRepository . findOne ( UUID . fromString ( id ) ) ; return pet ; }


public Grammar preparseGrammar  ( String type , XMLInputSource is ) throws XNIException , IOException { if ( fLoaders . containsKey ( type ) ) { XMLGrammarLoaderContainer xglc = ( XMLGrammarLoaderContainer ) fLoaders . get ( type ) ; XMLGrammarLoader gl = xglc . loader ; if ( xglc . modCount != fModCount ) { gl . setProperty ( SYMBOL_TABLE , fSymbolTable ) ; gl . setProperty ( ENTITY_RESOLVER , fEntityResolver ) ; gl . setProperty ( ERROR_REPORTER , fErrorReporter ) ; if ( fGrammarPool != null ) { try { gl . setProperty ( GRAMMAR_POOL , fGrammarPool ) ; } catch ( Exception e ) { } } xglc . modCount = fModCount ; } return gl . loadGrammar ( is ) ; } return null ; }

Analice una gramática de una ubicación identificada por un XMlinPutSource.Este método también agrega esta gramática al XMLGrammarPool.


public void cancel  ( Ticket t ) { synchronized ( contents ) { if ( dead ) return ; contents . remove ( t ) ; checkHead ( ) ; } }


public static void noChildElements  ( SimpleMethod method , Element element ) throws ValidationException { Node node = element . getFirstChild ( ) ; while ( node != null ) { if ( node . getNodeType ( ) == Node . ELEMENT_NODE ) { Element childElement = ( Element ) node ; handleError ( "Child element <" + childElement . getTagName ( ) + "> is not valid." , method , element ) ; } node = node . getNextSibling ( ) ; } }

Pruebas <código> Elemento </ código> para elementos infantiles.


Crea los valores esperados de prueba de densidad de probabilidad predeterminada


public IdQuery ( Class < T > type , Object id ) { this ( type . getName ( ) , id , null , QueryResultType . DEFAULT , 0 ) ; }

Crea un identificador utilizando el tipo e identificación especificados.


@ Override public void onRequestInitiated  ( int code ) { if ( code == ConnectAPI . TIMELINE_CODE ) { progressDialog . setMessage ( "Loading timeline..." ) ; progressDialog . show ( ) ; } }

Se utiliza para establecer el cuadro de diálogo de progreso cuando se realiza la llamada de red.


public ClassFile ( String nfn ) { fn = nfn ; }

Crea un nuevo objeto del archivo de clase dado el nombre del archivo.


public void back  ( ) throws JSONException  { if ( usePrevious || index <= 0 ) { throw new JSONException ( "Stepping back two steps is not supported" ) ; } this . index -= 1 ; this . character -= 1 ; this . usePrevious = true ; this . eof = false ; }

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


private static int calculateBlockCount  ( final int k ) { final int w = 32 ; final int r = ( k + w - 1 ) / w ; return r ; }

Calcule el número de bloques de 32 bits.


public static JsonElement parse  ( JsonReader reader ) throws JsonParseException { boolean isEmpty = true ; try { reader . peek ( ) ; isEmpty = false ; return TypeAdapters . JSON_ELEMENT . read ( reader ) ; } catch ( EOFException e ) { if ( isEmpty ) { return JsonNull . INSTANCE ; } throw new JsonSyntaxException ( e ) ; } catch ( MalformedJsonException e ) { throw new JsonSyntaxException ( e ) ; } catch ( IOException e ) { throw new JsonIOException ( e ) ; } catch ( NumberFormatException e ) { throw new JsonSyntaxException ( e ) ; } }

Lleva a un lector en cualquier estado y devuelve el siguiente valor como un joncelemento.


public T walkInDefaultOrder  ( final FieldVectorPreservingVisitor < T > visitor ) { final int dim = getDimension ( ) ; visitor . start ( dim , 0 , dim - 1 ) ; for ( int i = 0 ; i < dim ; i ++ ) { visitor . visit ( i , getEntry ( i ) ) ; } return visitor . end ( ) ; }

Visitas (pero no altera) todas las entradas de este vector en orden predeterminado (índice en aumento).


private void populate  ( ) { EnvironmentVariables envVarXML = ( EnvironmentVariables ) ParseXML . parseFile ( "" , EnvironmentVariableManager . ENV_VAR_XML , OUTPUT_SCHEMA_RESOURCE , EnvironmentVariables . class ) ; XMLBuiltInEnvVarList xmlBuiltInList = envVarXML . getBuiltInEnvVarList ( ) ; for ( XMLEnvVar xmlEnvVar : xmlBuiltInList . getEnvVar ( ) ) { Class < ? > type ; try { type = Class . forName ( xmlEnvVar . getType ( ) ) ; EnvVar envVar = new EnvVar ( xmlEnvVar . getName ( ) , type , true ) ; envVarList . add ( envVar ) ; builtInEnvVarMap . put ( envVar . getName ( ) , envVar ) ; } catch ( ClassNotFoundException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } } XMLEnvVarTypeList xmlEnvVarTypeList = envVarXML . getEnvVarTypeList ( ) ; for ( XMLEnvVarType envVarType : xmlEnvVarTypeList . getEnvVarType ( ) ) { Class < ? > type ; try { type = Class . forName ( envVarType . getName ( ) ) ; envVarTypeList . add ( type ) ; } catch ( ClassNotFoundException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } } setEnvironmentVariableValues ( ) ; }

Pumular objeto con variables de entorno incorporado.


public void maximizePanelThenPromoteToTab  ( StateChangeReason reason ) { mShouldPromoteToTabAfterMaximizing = true ; maximizePanel ( reason ) ; }

Maximiza el panel de búsqueda contextual, luego lo promueve a una pestaña regular.


LinkedList < N > computeOrder ( DirectedGraph < N > g )  { stmtToColor = new HashMap < N , Integer > ( ) ; order = new LinkedList < N > ( ) ; graph = g ; { Iterator < N > stmtIt = g . iterator ( ) ; while ( stmtIt . hasNext ( ) ) { N s = stmtIt . next ( ) ; stmtToColor . put ( s , WHITE ) ; } } { Iterator < N > stmtIt = g . iterator ( ) ; while ( stmtIt . hasNext ( ) ) { N s = stmtIt . next ( ) ; if ( stmtToColor . get ( s ) == WHITE ) { visitNode ( s ) ; } } } return order ; }


public MarketSearchQuery search  ( UserActor actor , int ownerId ) { return new MarketSearchQuery ( getClient ( ) , actor , ownerId ) ; }

Búsquedas de artículos de mercado en el catálogo de una comunidad.


public String toBriefString  ( ) { return super . toString ( ) ; }

Devuelve un identificador críptico para este <código> ThrowledSet </ Code>, se utiliza para identificar un conjunto cuando aparece en una colección.


private static void arcToBezier  ( Path2D p , double cx , double cy , double a , double b , double e1x , double e1y , double theta , double start , double sweep ) { int numSegments = Math . abs ( ( int ) Math . ceil ( sweep * 4 / Math . PI ) ) ; double eta1 = start ; double cosTheta = Math . cos ( theta ) ; double sinTheta = Math . sin ( theta ) ; double cosEta1 = Math . cos ( eta1 ) ; double sinEta1 = Math . sin ( eta1 ) ; double ep1x = ( - a * cosTheta * sinEta1 ) - ( b * sinTheta * cosEta1 ) ; double ep1y = ( - a * sinTheta * sinEta1 ) + ( b * cosTheta * cosEta1 ) ; double anglePerSegment = sweep / numSegments ; for ( int i = 0 ; i < numSegments ; i ++ ) { double eta2 = eta1 + anglePerSegment ; double sinEta2 = Math . sin ( eta2 ) ; double cosEta2 = Math . cos ( eta2 ) ; double e2x = cx + ( a * cosTheta * cosEta2 ) - ( b * sinTheta * sinEta2 ) ; double e2y = cy + ( a * sinTheta * cosEta2 ) + ( b * cosTheta * sinEta2 ) ; double ep2x = - a * cosTheta * sinEta2 - b * sinTheta * cosEta2 ; double ep2y = - a * sinTheta * sinEta2 + b * cosTheta * cosEta2 ; double tanDiff2 = Math . tan ( ( eta2 - eta1 ) / 2 ) ; double alpha = Math . sin ( eta2 - eta1 ) * ( Math . sqrt ( 4 + ( 3 * tanDiff2 * tanDiff2 ) ) - 1 ) / 3 ; double q1x = e1x + alpha * ep1x ; double q1y = e1y + alpha * ep1y ; double q2x = e2x - alpha * ep2x ; double q2y = e2y - alpha * ep2y ; p . curveTo ( ( float ) q1x , ( float ) q1y , ( float ) q2x , ( float ) q2y , ( float ) e2x , ( float ) e2y ) ; eta1 = eta2 ; e1x = e2x ; e1y = e2y ; ep1x = ep2x ; ep1y = ep2y ; } }

Convierte un arco a segmentos cúbicos de bezier y los registra en p.


public Map < String , Object > makeCartMap  ( LocalDispatcher dispatcher , boolean explodeItems ) { Map < String , Object > result = new HashMap < String , Object > ( ) ; result . put ( "orderTypeId" , this . getOrderType ( ) ) ; result . put ( "orderName" , this . getOrderName ( ) ) ; result . put ( "externalId" , this . getExternalId ( ) ) ; result . put ( "orderDate" , this . getOrderDate ( ) ) ; result . put ( "internalCode" , this . getInternalCode ( ) ) ; result . put ( "salesChannelEnumId" , this . getChannelType ( ) ) ; result . put ( "orderItemGroups" , this . makeOrderItemGroups ( ) ) ; result . put ( "orderItems" , this . makeOrderItems ( explodeItems , Boolean . TRUE , dispatcher ) ) ; result . put ( "workEfforts" , this . makeWorkEfforts ( ) ) ; result . put ( "orderAdjustments" , this . makeAllAdjustments ( ) ) ; result . put ( "orderTerms" , this . getOrderTerms ( ) ) ; result . put ( "orderItemPriceInfos" , this . makeAllOrderItemPriceInfos ( ) ) ; result . put ( "orderProductPromoUses" , this . makeProductPromoUses ( ) ) ; result . put ( "orderProductPromoCodes" , this . getProductPromoCodesEntered ( ) ) ; result . put ( "orderAttributes" , this . makeAllOrderAttributes ( ) ) ; result . put ( "orderItemAttributes" , this . makeAllOrderItemAttributes ( ) ) ; result . put ( "orderContactMechs" , this . makeAllOrderContactMechs ( ) ) ; result . put ( "orderItemContactMechs" , this . makeAllOrderItemContactMechs ( ) ) ; result . put ( "orderPaymentInfo" , this . makeAllOrderPaymentInfos ( dispatcher ) ) ; result . put ( "orderItemShipGroupInfo" , this . makeAllShipGroupInfos ( ) ) ; result . put ( "orderItemSurveyResponses" , this . makeAllOrderItemSurveyResponses ( ) ) ; result . put ( "orderAdditionalPartyRoleMap" , this . getAdditionalPartyRoleMap ( ) ) ; result . put ( "orderItemAssociations" , this . makeAllOrderItemAssociations ( ) ) ; result . put ( "orderInternalNotes" , this . getInternalOrderNotes ( ) ) ; result . put ( "orderNotes" , this . getOrderNotes ( ) ) ; result . put ( "firstAttemptOrderId" , this . getFirstAttemptOrderId ( ) ) ; result . put ( "currencyUom" , this . getCurrency ( ) ) ; result . put ( "billingAccountId" , this . getBillingAccountId ( ) ) ; result . put ( "partyId" , this . getPartyId ( ) ) ; result . put ( "productStoreId" , this . getProductStoreId ( ) ) ; result . put ( "transactionId" , this . getTransactionId ( ) ) ; result . put ( "originFacilityId" , this . getFacilityId ( ) ) ; result . put ( "terminalId" , this . getTerminalId ( ) ) ; result . put ( "workEffortId" , this . getWorkEffortId ( ) ) ; result . put ( "autoOrderShoppingListId" , this . getAutoOrderShoppingListId ( ) ) ; result . put ( "billToCustomerPartyId" , this . getBillToCustomerPartyId ( ) ) ; result . put ( "billFromVendorPartyId" , this . getBillFromVendorPartyId ( ) ) ; if ( this . isSalesOrder ( ) ) { result . put ( "placingCustomerPartyId" , this . getPlacingCustomerPartyId ( ) ) ; result . put ( "shipToCustomerPartyId" , this . getShipToCustomerPartyId ( ) ) ; result . put ( "endUserCustomerPartyId" , this . getEndUserCustomerPartyId ( ) ) ; } if ( this . isPurchaseOrder ( ) ) { result . put ( "shipFromVendorPartyId" , this . getShipFromVendorPartyId ( ) ) ; result . put ( "supplierAgentPartyId" , this . getSupplierAgentPartyId ( ) ) ; } return result ; }

Devuelve un mapa de los valores del carrito para pasar al servicio de Pendiente


private static int numericCompaction  ( int [ ] codewords , int codeIndex , StringBuilder result ) throws FormatException { int count = 0 ; boolean end = false ; int [ ] numericCodewords = new int [ MAX_NUMERIC_CODEWORDS ] ; while ( codeIndex < codewords [ 0 ] && ! end ) { int code = codewords [ codeIndex ++ ] ; if ( codeIndex == codewords [ 0 ] ) { end = true ; } if ( code < TEXT_COMPACTION_MODE_LATCH ) { numericCodewords [ count ] = code ; count ++ ; } else { if ( code == TEXT_COMPACTION_MODE_LATCH || code == BYTE_COMPACTION_MODE_LATCH || code == BYTE_COMPACTION_MODE_LATCH_6 || code == BEGIN_MACRO_PDF417_CONTROL_BLOCK || code == BEGIN_MACRO_PDF417_OPTIONAL_FIELD || code == MACRO_PDF417_TERMINATOR ) { codeIndex -- ; end = true ; } } if ( count % MAX_NUMERIC_CODEWORDS == 0 || code == NUMERIC_COMPACTION_MODE_LATCH || end ) { if ( count > 0 ) { String s = decodeBase900toBase10 ( numericCodewords , count ) ; result . append ( s ) ; count = 0 ; } } } return codeIndex ; }

El modo de compactación numérico (ver 5.4.4) permite la codificación eficiente de las cadenas de datos numéricos.


public void delete  ( PushLog log ) { configPushLogDao . unBindApp ( log ) ; configPushLogDao . delete ( log . getId ( ) ) ; }


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


public AssertionFailedEntry ( AssertionError assertionError ) { super ( ) ; this . e = assertionError ; }


public void parent  ( String name , String parentName ) { ElementType child = getElementType ( name ) ; ElementType parent = getElementType ( parentName ) ; if ( child == null ) { throw new Error ( "No child " + name + " for parent " + parentName ) ; } if ( parent == null ) { throw new Error ( "No parent " + parentName + " for child " + name ) ; } child . setParent ( parent ) ; }

Especifique padre natural de un elemento en este esquema.


public static Transaction . Created create  ( TransactionManager mgr , long leaseTime ) throws LeaseDeniedException , RemoteException { TransactionManager . Created rawTxn = mgr . create ( leaseTime ) ; Transaction transaction ; if ( mgr instanceof NestableTransactionManager ) transaction = new NestableServerTransaction ( ( NestableTransactionManager ) mgr , rawTxn . id , null , leaseTime ) ; else transaction = ServerTransaction . create ( mgr , rawTxn . id , leaseTime ) ; return new Transaction . Created ( transaction , rawTxn . lease ) ; }

Crea una nueva transacción de nivel superior.Si el Administrador de transacciones especificado admite las transacciones anidadas, entonces la transacción devuelta se puede emitir a un <código> NestableTransaction </ Code>.


public void updateWithItemHandler  ( K key ) { remove ( key ) ; put ( key , itemHandler . get ( key ) ) ; }

Actualiza la clave dada llamando al método Obtener el artículoHandler


@ Inject public AppLog ( ) { Logger . init  ( TAG ) ; }


private Map < String , List < ChartObject > > calculateDiffs  ( List < ChartObject > initial , Sort sorting ) { if ( initial . isEmpty ( ) ) return new HashMap < > ( ) ; if ( sorting . toString ( ) . contains ( Sort . Direction . DESC . name ( ) ) ) { Integer previous = Integer . valueOf ( initial . get ( initial . size ( ) - 1 ) . getValues ( ) . get ( getTotalFieldName ( ) ) ) ; for ( int i = initial . size ( ) - 1 ; i >= 0 ; i -- ) { Integer current = Integer . valueOf ( initial . get ( i ) . getValues ( ) . get ( getTotalFieldName ( ) ) ) ; initial . get ( i ) . getValues ( ) . put ( DELTA , String . valueOf ( current - previous ) ) ; previous = current ; } } else { Integer previous = Integer . valueOf ( initial . get ( 0 ) . getValues ( ) . get ( getTotalFieldName ( ) ) ) ; for ( ChartObject anInitial : initial ) { Integer current = Integer . valueOf ( anInitial . getValues ( ) . get ( getTotalFieldName ( ) ) ) ; anInitial . getValues ( ) . put ( DELTA , String . valueOf ( current - previous ) ) ; previous = current ; } } Map < String , List < ChartObject > > result = new HashMap < > ( ) ; result . put ( RESULT , initial ) ; return result ; }

Cálculo de las diferencias en un grupo o en la matriz general de artículos


private void putFieldsValueDependsOnSaveOrUpdate  ( DataSupport baseObj , Field field , ContentValues values ) throws SecurityException , IllegalArgumentException , NoSuchMethodException , IllegalAccessException , InvocationTargetException { if ( isUpdating ( ) ) { if ( ! isFieldWithDefaultValue ( baseObj , field ) ) { putContentValues ( baseObj , field , values ) ; } } else if ( isSaving ( ) ) { Object value = takeGetMethodValueByField ( baseObj , field ) ; if ( value != null ) { putContentValues ( baseObj , field , values ) ; } } }

Ponga el valor del campo en ContentValues Si la acción actual está ahorrando.Verifique que el valor del campo es el valor predeterminado o no si la acción actual está actualizando.Si no es un valor predeterminado, póngalo en ContentValues.De lo contrario, ignorarlo.


public boolean canBatch  ( Lease lease ) { if ( ! ( super . canBatch ( lease ) && lease instanceof RemoteMethodControl ) ) { return false ; } return ConstrainableProxyUtil . equivalentConstraints ( ( ( RemoteMethodControl ) lease ) . getConstraints ( ) , ConstrainableProxyUtil . translateConstraints ( constraints , ConstrainableRegistrarLeaseMap . methodMappings ) , ConstrainableRegistrarLeaseMap . methodMappings ) ; }

Dos arrendamientos pueden ser bloqueados si son ambos registros, comparten el mismo servidor y tienen restricciones compatibles.


public JsonArrayRequest ( int method , String url , JSONArray jsonRequest , Listener < JSONArray > listener , ErrorListener errorListener ) { super ( method , url , ( jsonRequest == null ) ? null : jsonRequest . toString ( ) , listener , errorListener ) ; }


public static int alpha  ( int color ) { return ( color >> 24 ) & 0xFF ; }

Obtenga el componente alfa del color dado.


public boolean contains  ( final Vector2D p ) { return FastMath . abs ( getOffset ( p ) ) < tolerance ; }

Compruebe si la línea contiene un punto.


@ Override public boolean next  ( ) { if ( isLhsEmpty ) return false ; if ( s2 . next ( ) ) return true ; else if ( ! ( isLhsEmpty = ! s1 . next ( ) ) ) { s2 . beforeFirst ( ) ; return s2 . next ( ) ; } else { return false ; } }

Mueve la exploración al siguiente registro.El método se traslada al siguiente registro RHS, si es posible.De lo contrario, se mueve al siguiente registro LHS y el primer registro de RHS.Si no hay más registros de LHS, el método devuelve falso.


static String toString  ( Object [ ] a ) { if ( a . length == 0 ) { return "{}" ; } else if ( a . length == 1 ) { String s ; if ( a [ 0 ] instanceof Class ) { s = ( ( Class ) a [ 0 ] ) . getName ( ) ; } else { s = a [ 0 ] . toString ( ) ; } return "{" + s + "}" ; } String [ ] as = new String [ a . length ] ; int len = a . length * 2 ; if ( a [ 0 ] instanceof Class ) { for ( int i = a . length ; -- i >= 0 ; ) { String val = ( ( Class ) a [ i ] ) . getName ( ) ; as [ i ] = val ; len += val . length ( ) ; } } else { for ( int i = a . length ; -- i >= 0 ; ) { String val = a [ i ] . toString ( ) ; as [ i ] = val ; len += val . length ( ) ; } } Arrays . sort ( as ) ; StringBuffer buf = new StringBuffer ( len ) ; buf . append ( "{" ) ; for ( int i = 0 ; i < as . length ; i ++ ) { if ( i > 0 ) { buf . append ( ", " ) ; } buf . append ( as [ i ] ) ; } buf . append ( "}" ) ; return buf . toString ( ) ; }

Devuelve una lista de separación de comas ordenada de la forma de tosificación de los elementos de la matriz.Si el primer elemento es una instancia de clase, entonces todos los elementos deben ser instancias de clase.


public static String collectLogCat  ( ) { StringBuilder builder = new StringBuilder ( ) ; Process process = null ; BufferedReader bufferedReader = null ; try { String [ ] command = new String [ ] { "logcat" , "-v" , "threadtime" } ; process = Runtime . getRuntime ( ) . exec ( command ) ; bufferedReader = new BufferedReader ( new InputStreamReader ( process . getInputStream ( ) ) ) ; String line ; int count = 0 ; Thread . sleep ( 300 ) ; while ( bufferedReader . ready ( ) && count < DEFAULT_LINES ) { line = bufferedReader . readLine ( ) ; if ( line == null ) { break ; } else { builder . append ( line + "\n" ) ; count ++ ; } } } catch ( IOException | InterruptedException ex ) { } finally { if ( process != null ) { try { if ( bufferedReader != null ) { bufferedReader . close ( ) ; } process . getInputStream ( ) . close ( ) ; process . destroy ( ) ; } catch ( IOException e ) { } } } return builder . toString ( ) ; }


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

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


private void populateBuiltInProcessFunctions  ( ) { for ( FunctionName functionName : factory . getFunctionNames ( ) ) { functionListModel . addElement ( functionName . getName ( ) ) ; } }

Pumular funciones de proceso incorporadas.


public static SM_SYSTEM_MESSAGE STR_MSG_PING_RESULT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400118 , value0 ) ; }


protected void drawGuiContainerBackgroundLayer  ( float partialTicks , int mouseX , int mouseY ) { GlStateManager . color ( 1.0F , 1.0F , 1.0F , 1.0F ) ; this . mc . getTextureManager ( ) . bindTexture ( ARCHIVE_GUI_TEXTURE ) ; int i = ( this . width - this . xSize ) / 2 ; int j = ( this . height - this . ySize ) / 2 ; this . drawTexturedModalRect ( i , j , 0 , 0 , this . xSize , this . inventoryRows * 18 + 17 ) ; this . drawTexturedModalRect ( i , j + this . inventoryRows * 18 + 17 , 0 , 126 , this . xSize , 96 ) ; }

Dibuja la capa de fondo de este contenedor (detrás de los artículos).


private void putInArgumentValueCache  ( Class cls , Object value ) { argumentValueCache . put ( cls , value ) ; }

Almacene un valor en el caché de valor de argumento, clave por su clase.


public static void copyFile  ( File source , File target ) throws IOException { FileInputStream fis = new FileInputStream ( source ) ; FileOutputStream fos = new FileOutputStream ( target ) ; byte [ ] buf = new byte [ 1024 ] ; int i = 0 ; while ( ( i = fis . read ( buf ) ) != - 1 ) { fos . write ( buf , 0 , i ) ; } fis . close ( ) ; fos . close ( ) ; }

Copia un archivo de origen a un archivo de destino.


public static double [ ] udary  ( int n ) { double d [ ] = new double [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { d [ i ] = R . nextDouble ( ) ; } return d ; }

Genera una matriz unidimensional de dobles aleatorios uniformes.


private Object writeReplace  ( ) { return new DataTransferObject ( interpolator , interpolated . getTime ( ) ) ; }

Reemplace la instancia con un objeto de transferencia de datos para la serialización.


public void loadFromFile  ( String sFileName ) throws FileNotFoundException , IOException  { FileReader frFile = new FileReader ( sFileName ) ; String sText = "" ; int c = frFile . read ( ) ; while ( c != - 1 ) { sText += c ; c = frFile . read ( ) ; } addText ( sText ) ; frFile . close ( ) ; }

Carga un archivo de texto con el nombre de archivo sfilename y agrega todas sus palabras a las definiciones


public InputStream bindStream  ( InputStream input ) { InputStream oldValue = m_streams . get ( ) ; m_streams . set ( input ) ; return oldValue ; }

Enlazar la corriente especificada al hilo actual.


private static void createAndShowGUI  ( ) { JFrame frame = new JFrame ( "MenuLookDemo" ) ; frame . setDefaultCloseOperation ( JFrame . EXIT_ON_CLOSE ) ; MenuLookDemo demo = new MenuLookDemo ( ) ; frame . setJMenuBar ( demo . createMenuBar ( ) ) ; frame . setContentPane ( demo . createContentPane ( ) ) ; frame . setSize ( 450 , 260 ) ; frame . setVisible ( true ) ; }

Crea la GUI y mostrarla.Para la seguridad del hilo, este método debe invocarse desde el hilo de despacho de eventos.


public void copyResiduals  ( byte [ ] source , int targetPosition , int targetSize ) { int unitSize = source . length ; if ( unitSize < targetSize ) { int targetStart = ( targetSize - unitSize ) / 2 ; System . arraycopy ( source , 0 , residuals , targetPosition + targetStart , source . length ) ; } else { int sourcePosition = ( unitSize - targetSize ) / 2 ; System . arraycopy ( source , sourcePosition , residuals , targetPosition , targetSize ) ; } }

Copia la información en la unidad dada a la matriz de residuos, comenzando en el índice dado, hasta hasta obtener caracteres.


public static void applyUserSettings  ( Environment env , Map < String , Object > context ) throws TemplateException { Locale locale = ( Locale ) context . get ( "locale" ) ; if ( locale == null ) { locale = Locale . getDefault ( ) ; } env . setLocale ( locale ) ; TimeZone timeZone = ( TimeZone ) context . get ( "timeZone" ) ; if ( timeZone == null ) { timeZone = TimeZone . getDefault ( ) ; } env . setTimeZone ( timeZone ) ; }

Aplique la configuración del usuario a una instancia de entorno.


@ NonNull public static Observable < Integer > task1  ( @ NonNull List < String > list ) { return Observable . just ( 0 ) ; }

TODO: Implementar este método <P> Este método toma la lista de cadenas y crea un observable de enteros, que representa la longitud de las cadenas que contiene la letra 'R' (o 'R') <P> Ejemplo: Lista de entrada: ("Vasya", "DIMA", "Artur", "PETYA", "ROMA") Secuencia de resultados: (5, 4)


public static final void drawCircleFromStartToEnd  ( GL2 gl , double sx , double sy , double ex , double ey , boolean points , boolean line ) { double w = Math . abs ( sx - ex ) ; double h = Math . abs ( sy - ey ) ; RenderUtilities . drawCircleFromTopLeft ( gl , sx , sy , w , h , points , line ) ; }

Dibuja un contorno del círculo dado que comienza desde la parte superior izquierda y termina en la parte inferior derecha.<P /> Este método usará el mínimo de ancho y altura para el diámetro del círculo.El ancho y la altura se calculan a partir de las posiciones de inicio y final.<P /> Este método es útil para dibujar un círculo dentro de una caja delimitadora.


public static void updateGatherableStatus  ( Player player ) { if ( player . isNotGatherable ( ) ) { long gatherableTimer = player . getGatherableTimer ( ) ; if ( gatherableTimer > 0 ) { scheduleGatherableTask ( player , gatherableTimer ) ; player . setStopGatherable ( System . currentTimeMillis ( ) ) ; } } }

Este método actualizará el estado de recopilación.


@ deprecated public static int compare  ( CharSequence string , int codePoint ) { if ( ( codePoint < 0 ) || ( codePoint > 1114111 ) ) { throw new IllegalArgumentException ( ) ; } int stringLength = string . length ( ) ; if ( stringLength == 0 ) { return - 1 ; } char firstChar = string . charAt ( 0 ) ; int offset = codePoint - 65536 ; if ( offset < 0 ) { int result = firstChar - codePoint ; if ( result != 0 ) { return result ; } return stringLength - 1 ; } char lead = ( char ) ( ( offset >>> 10 ) + 55296 ) ; int result = firstChar - lead ; if ( result != 0 ) { return result ; } if ( stringLength > 1 ) { char trail = ( char ) ( ( offset & 0x3FF ) + 56320 ) ; result = string . charAt ( 1 ) - trail ; if ( result != 0 ) { return result ; } } return stringLength - 2 ; }


protected boolean fitsBounds  ( float val , float min , float max ) { return ! ( val < min || val > max ) ; }

Devuelve VERDADERO si el valor especificado se ajusta entre los límites mínimos y los límites máximos proporcionados, Falso, si no.


@ Override public boolean equals  ( Object obj ) { if ( ! ( obj instanceof FeatureComparator ) ) return false ; else if ( ( ( FeatureComparator ) obj ) . getFeatureIdx ( ) != this . I ) return false ; return ( true ) ; }

El método equivalente () solicitado por la interfaz comparable.Devuelve VERDADERO si el objeto comparado es un feadurecomparator con el mismo índice interno, falso de lo contrario.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public PrimitiveType fullCopy  ( ) { PrimitiveType tree = ( PrimitiveType ) 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.


public static boolean isEqual  ( double d1 , double d2 ) { return Math . abs ( d1 - d2 ) < TOLERANCE ; }

Prueba si los dos números decimales son iguales con una tolerancia de 0.01.


Tracker ( String path , FileDeleteStrategy deleteStrategy , Object marker , ReferenceQueue < ? super Object > queue )  { super ( marker , queue ) ; this . path = path ; this . deleteStrategy = deleteStrategy == null ? FileDeleteStrategy . NORMAL : deleteStrategy ; }

Construye una instancia de esta clase de los parámetros suministrados.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; AttributesWindow viewer = ( AttributesWindow ) getViewer ( ) ; if ( viewer != null ) { DefaultMutableTreeNode root = ( DefaultMutableTreeNode ) viewer . getTree ( ) . getModel ( ) . getRoot ( ) ; TreeNode [ ] treePath = root . getPath ( ) ; if ( treePath != null ) { viewer . getTree ( ) . setSelectionPath ( new TreePath ( treePath ) ) ; } } }


public Matrix arrayTimes  ( Matrix B ) { checkMatrixDimensions ( B ) ; Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { C [ i ] [ j ] = A [ i ] [ j ] * B . A [ i ] [ j ] ; } } return X ; }

Multiplicación de elementos por elemento, C = A. * B


public static boolean resourceExists  ( @ NotNull AndroidProjectPaths paths , @ NotNull ResourceFolderType resourceType , @ NotNull String name ) { File resDir = paths . getResDirectory ( ) ; if ( resDir == null ) { return false ; } File [ ] resTypes = resDir . listFiles ( ) ; if ( resTypes == null ) { return false ; } for ( File resTypeDir : resTypes ) { if ( resTypeDir . isDirectory ( ) && resourceType . equals ( ResourceFolderType . getFolderType ( resTypeDir . getName ( ) ) ) ) { File [ ] files = resTypeDir . listFiles ( ) ; if ( files != null ) { for ( File f : files ) { if ( FileUtil . getNameWithoutExtension ( f ) . equalsIgnoreCase ( name ) ) { return true ; } } } } } return false ; }

Devuelve VERDADERO si un recurso con el mismo nombre ya se encuentra en una ubicación implícita por los parámetros de entrada.


public static FXMLLoader createFxmlLoader  ( final Class parent , final String fxmlFile ) { return new FXMLLoader ( parent . getResource ( fxmlFile ) ) ; }


public static final void bubbleSortArray  ( Comparable [ ] aArr ) { boolean bChanged = true ; Comparable a , b ; while ( bChanged ) { bChanged = false ; for ( int iCnt = 0 ; iCnt < aArr . length - 1 ; iCnt ++ ) { a = aArr [ iCnt ] ; b = aArr [ iCnt + 1 ] ; if ( a . compareTo ( b ) > 0 ) { aArr [ iCnt ] = b ; aArr [ iCnt + 1 ] = a ; bChanged = true ; } } } }

Burbuja-clasifica una matriz de artículos comparables.


public synchronized void recordStatisticsForDriver  ( QueryStatistic statistic , String queryId ) { }

Se utilizará por debajo del método para agregar las estadísticas.


private void extrapolate  ( final int offset , final int k , final double [ ] [ ] diag , final double [ ] last ) { for ( int j = 1 ; j < k ; ++ j ) { for ( int i = 0 ; i < last . length ; ++ i ) { diag [ k - j - 1 ] [ i ] = diag [ k - j ] [ i ] + coeff [ k + offset ] [ j - 1 ] * ( diag [ k - j ] [ i ] - diag [ k - j - 1 ] [ i ] ) ; } } for ( int i = 0 ; i < last . length ; ++ i ) { last [ i ] = diag [ 0 ] [ i ] + coeff [ k + offset ] [ k - 1 ] * ( diag [ 0 ] [ i ] - last [ i ] ) ; } }


public void removeMarkers  ( ) { Markers . removeMarkers ( pane , marker ) ; }


public static < T > Type < T > limitedValueOf  ( final WildcardType var , final Set < java . lang . reflect . Type > recursiveBounds ) { Set < Type < ? > > bounds = new HashSet < Type < ? > > ( var . getUpperBounds ( ) . length + var . getLowerBounds ( ) . length ) ; for ( int i = 0 , len = var . getUpperBounds ( ) . length ; i < len ; ++ i ) { bounds . add ( limitedValueOf ( var . getUpperBounds ( ) [ i ] , recursiveBounds ) ) ; } for ( int i = 0 , len = var . getLowerBounds ( ) . length ; i < len ; ++ i ) { bounds . add ( limitedValueOf ( var . getLowerBounds ( ) [ i ] , recursiveBounds ) ) ; } return ( Type < T > ) refineBounds ( bounds ) ; }

Encuentra el valor de tipo del tipo de comodín dado, utilizando recursivebounds para limitar la recursión.


@ Deprecated public ItemStack ( final int type ) { this ( type , 1 ) ; }

Los valores predeterminados pinchan el tamaño a 1, sin datos adicionales


public static String arrayToDelimitedString  ( Object [ ] arr , String delim ) { if ( arr == null ) { return "" ; } StringBuilder sb = new StringBuilder ( ) ; for ( int i = 0 ; i < arr . length ; i ++ ) { if ( i > 0 ) { sb . append ( delim ) ; } sb . append ( arr [ i ] ) ; } return sb . toString ( ) ; }

Método de conveniencia para devolver una matriz de cadena como una cadena delimitada (por ejemplo, CSV).P.ej.Útil para las implementaciones de Tostring ().


public static final void drawLineSegment  ( GL2 gl , double p1x , double p1y , double p2x , double p2y , boolean points ) { gl . glBegin ( GL . GL_LINES ) ; gl . glVertex2d ( p1x , p1y ) ; gl . glVertex2d ( p2x , p2y ) ; gl . glEnd ( ) ; if ( points ) { gl . glBegin ( GL . GL_POINTS ) ; gl . glVertex2d ( p1x , p1y ) ; gl . glVertex2d ( p2x , p2y ) ; gl . glEnd ( ) ; } }

Dibuja el segmento de línea especificado por dos puntos.


public void checkExpectedGeneratedResources  ( ) { try { checkDirectoriesContainSameContent ( getExpectedResourcesTestDir ( ) , targetTestDir ) ; } catch ( DifferentDirectoryContentException e ) { String msg = "Generated resources do not match the expected resources" ; logger . debug ( msg , e ) ; Assert . fail ( msg + "\n" + e . getMessage ( ) ) ; } }

Afirma que los recursos generados por la prueba coinciden exactamente con los recursos ubicados en el directorio esperado


private Dimension layoutSize  ( Container target , boolean preferred ) { synchronized ( target . getTreeLock ( ) ) { int targetWidth = target . getSize ( ) . width ; if ( targetWidth == 0 ) targetWidth = Integer . MAX_VALUE ; int hgap = getHgap ( ) ; int vgap = getVgap ( ) ; Insets insets = target . getInsets ( ) ; int horizontalInsetsAndGap = insets . left + insets . right + ( hgap * 2 ) ; int maxWidth = targetWidth - horizontalInsetsAndGap ; Dimension dim = new Dimension ( 0 , 0 ) ; int rowWidth = 0 ; int rowHeight = 0 ; int nmembers = target . getComponentCount ( ) ; for ( int i = 0 ; i < nmembers ; i ++ ) { Component m = target . getComponent ( i ) ; if ( m . isVisible ( ) ) { Dimension d = preferred ? m . getPreferredSize ( ) : m . getMinimumSize ( ) ; if ( rowWidth + d . width > maxWidth ) { addRow ( dim , rowWidth , rowHeight ) ; rowWidth = 0 ; rowHeight = 0 ; } if ( rowWidth != 0 ) { rowWidth += hgap ; } rowWidth += d . width ; rowHeight = Math . max ( rowHeight , d . height ) ; } } addRow ( dim , rowWidth , rowHeight ) ; dim . width += horizontalInsetsAndGap ; dim . height += insets . top + insets . bottom + vgap * 2 ; Container scrollPane = SwingUtilities . getAncestorOfClass ( JScrollPane . class , target ) ; if ( scrollPane != null ) { dim . width -= ( hgap + 1 ) ; } return dim ; } }

Devuelve la dimensión mínima o preferida necesaria para diseñar el contenedor de destino.


@ Override public void write  ( char [ ] chr ) throws IOException { out . write ( chr ) ; }


public JSearchPanel ( Visualization vis , String group , String searchGroup , String [ ] fields , boolean autoIndex , boolean monitorKeystrokes ) { m_lock = vis ; m_fields = fields ; m_autoIndex = autoIndex ; m_monitorKeys = monitorKeystrokes ; TupleSet search = vis . getGroup ( searchGroup ) ; if ( search != null ) { if ( search instanceof SearchTupleSet ) { m_searcher = ( SearchTupleSet ) search ; } else { throw new IllegalStateException ( "Search focus set not instance of SearchTupleSet!" ) ; } } else { m_searcher = new PrefixSearchTupleSet ( ) ; vis . addFocusGroup ( searchGroup , m_searcher ) ; } init ( vis . getGroup ( group ) ) ; }


public String diff_text2  ( List < Diff > diffs ) { StringBuilder text = new StringBuilder ( ) ; for ( Diff aDiff : diffs ) { if ( aDiff . operation != Operation . DELETE ) { text . append ( aDiff . text ) ; } } return text . toString ( ) ; }

Calcule y devuelva el texto de destino (todas las ecualidades e inserciones).


protected void render  ( TableSubHeader subheader ) { }

Rinda la categoría de datos Elemento de fila.La personalización al elemento se puede realizar aquí.


private void resetOutputBuilders  ( ) { ansi = Ansi . ansi ( ) ; stringBuilder = new StringBuilder ( ) ; }

Restablecer ambos constructores de salida.


public ScriptHealthDetector ( final IKBus eventBus , final Script script , final Executor executor ) { this . script = script ; this . eventBus = eventBus ; this . executor = executor ; }


@ Override public void invalidate  ( DictionaryColumnUniqueIdentifier dictionaryColumnUniqueIdentifier ) { carbonLRUCache . remove ( getLruCacheKey ( dictionaryColumnUniqueIdentifier . getColumnIdentifier ( ) . getColumnId ( ) , CacheType . REVERSE_DICTIONARY ) ) ; }

Este método eliminará el caché para una clave dada


private boolean tokenizeTwoChars  ( ) { if ( pos + 2 >= buffer . length ) { return false ; } char c1 = buffer [ pos ] ; char c2 = buffer [ pos + 1 ] ; TokenKind tok = null ; if ( c2 == '=' ) { tok = EQUAL_TOKENS . get ( c1 ) ; } else if ( c2 == '*' && c1 == '*' ) { tok = TokenKind . STAR_STAR ; } if ( tok == null ) { return false ; } addToken ( tok , pos , pos + 2 ) ; return true ; }


public static < T > void update  ( Map < String , String > properties , T obj ) throws IllegalArgumentException { Field [ ] fields = obj . getClass ( ) . getDeclaredFields ( ) ; Arrays . stream ( fields ) . forEach ( null ) ; }

Actualización del atributo de objeto dado al leerlo de las propiedades de mapas proporcionadas.


public boolean isCritical  ( ) { return true ; }

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


public static String formatPercent  ( double done , int digits ) { DecimalFormat percentFormat = new DecimalFormat ( "0.00%" ) ; double scale = Math . pow ( 10.0 , digits + 2 ) ; double rounded = Math . floor ( done * scale ) ; percentFormat . setDecimalSeparatorAlwaysShown ( false ) ; percentFormat . setMinimumFractionDigits ( digits ) ; percentFormat . setMaximumFractionDigits ( digits ) ; return percentFormat . format ( rounded / scale ) ; }

Formatee un porcentaje para la presentación al usuario.


private void dashToWords  ( String tokenVal ) { int index = tokenVal . indexOf ( '-' ) ; String aaa = tokenVal . substring ( 0 , index ) ; String bbb = tokenVal . substring ( index + 1 , tokenVal . length ( ) ) ; if ( matches ( digitsPattern , aaa ) && matches ( digitsPattern , bbb ) ) { FeatureSet featureSet = tokenItem . getFeatures ( ) ; featureSet . setString ( "name" , aaa ) ; tokenToWords ( aaa ) ; wordRelation . addWord ( "to" ) ; featureSet . setString ( "name" , bbb ) ; tokenToWords ( bbb ) ; featureSet . setString ( "name" , "" ) ; } else { tokenToWords ( aaa ) ; tokenToWords ( bbb ) ; } }

Convierta la cadena discontinua dada (por ejemplo, "AAA-BBB") en elementos (palabra) en la palabraRelación.


public DividerItemDecoration ( Context context ) { final TypedArray styledAttributes = context . obtainStyledAttributes ( ATTRS ) ; mDivider = styledAttributes . getDrawable ( 0 ) ; styledAttributes . recycle ( ) ; }


protected PhotosSaveMarketAlbumPhotoQuery hash  ( String value ) { return unsafeParam ( "hash" , value ) ; }

Parámetro devuelto cuando las fotos se cargan en el servidor.


@ SuppressWarnings ( { "rawtypes" } ) @ Override protected Collection flush  ( Collection pNew , Collection pNewUpdated , Collection pNewFlushedDeleted , Collection pDirty , Collection pDeleted ) { if ( getContext ( ) . getBroker ( ) . getOptimistic ( ) && _transaction == null ) begin ( ) ; IJSpace space = getConfiguration ( ) . getSpace ( ) ; ArrayList < Exception > exceptions = new ArrayList < Exception > ( ) ; if ( _relationsManager . shouldInitializeClassesRelationStatus ( ) ) _relationsManager . initializeClassesRelationStatus ( ) ; if ( pNew . size ( ) > 0 ) handleNewObjects ( pNew , space ) ; if ( pDirty . size ( ) > 0 ) handleUpdatedObjects ( pDirty , exceptions , space ) ; if ( pDeleted . size ( ) > 0 ) handleDeletedObjects ( pDeleted , exceptions , space ) ; return exceptions ; }

Rubores cambia a gigaspaces.Devuelve una lista de excepciones que ocurrieron.


public static void removeLineTag  ( String sFile ) { try { FileReader frIn = new FileReader ( sFile ) ; BufferedReader brIn = new BufferedReader ( frIn ) ; String sLine ; while ( ( sLine = brIn . readLine ( ) ) != null ) { String [ ] sSplitLine = sLine . split ( "\\<line\\>|\\</line\\>" ) ; sLine = "" ; for ( int iCnt = 0 ; iCnt < sSplitLine . length ; iCnt ++ ) { sLine += sSplitLine [ iCnt ] ; } System . out . println ( sLine ) ; } } catch ( FileNotFoundException fnfE ) { System . err . println ( fnfE . getMessage ( ) ) ; fnfE . printStackTrace ( ) ; System . exit ( 1 ) ; } catch ( IOException ioe ) { System . err . println ( ioe . getMessage ( ) ) ; ioe . printStackTrace ( ) ; System . exit ( 2 ) ; } }

Elimina las etiquetas de línea de las líneas de un archivo de entrada.


private Solver ( final Field < T > field , final T [ ] [ ] lu , final int [ ] pivot , final boolean singular ) { this . field = field ; this . lu = lu ; this . pivot = pivot ; this . singular = singular ; }

Construir un solucionador de la matriz descompuesta.


public static boolean matches  ( Entry tmpl , Entry e ) { if ( ! isAssignableFrom ( tmpl . getClass ( ) , e . getClass ( ) ) ) return false ; Field [ ] tfields = getFields ( tmpl ) ; Field [ ] efields = getFields ( e , tmpl , tfields ) ; try { for ( int i = tfields . length ; -- i >= 0 ; ) { Object val = tfields [ i ] . get ( tmpl ) ; if ( val != null && ! equal ( val , efields [ i ] . get ( e ) ) ) return false ; } } catch ( IllegalAccessException ex ) { throw new IllegalArgumentException ( "unexpected IllegalAccessException" ) ; } return true ; }

PRUEBA SI EL PARÁMETRO <CÓDIGO> TMPL </ CODE> es la misma clase que, o una superclase de, el parámetro <Code> E </ CODE>, y que todos los campos públicos no <codificados> NULL> NULL><CÓDIGO> TMPL </ CODE> es el mismo que el campo correspondiente de <código> E </ CODE>.La igualdad de atributos se define en términos de <código> MarshalledObject.equals </ code> en los valores de campo.


@ SuppressWarnings ( { "unchecked" , "cast" } ) public Wildcard fullCopy  ( ) { Wildcard tree = ( Wildcard ) 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.


public static final < T > T  deserialize ( final InputStream input , final Class < T > clazz )  throws IOException , ReflectiveOperationException  { Objects . requireNonNull ( input , "The input stream is null" ) ; Objects . requireNonNull ( input , "The class is null" ) ; final Externalizer < T , T > externalizer = of ( clazz ) ; try ( final GZIPInputStream compressed = new GZIPInputStream ( input ) ) { try ( final ObjectInputStream objected = new ObjectInputStream ( compressed ) ) { return externalizer . readObject ( objected ) ; } } }

Deserializa un objeto de la corriente especificada.<p> La corriente pasada no está cerrada dentro de este método.Esta es responsabilidad de su solicitud.


private void readObject  ( ObjectInputStream s ) throws IOException , ClassNotFoundException  { s . defaultReadObject ( ) ; if ( time < 0 ) { throw new InvalidObjectException ( "invalid duration" ) ; } }

Verifica que <código> tiempo </ código> es mayor o igual a cero.


public AudioEditQuery title  ( String value ) { return unsafeParam ( "title" , value ) ; }


static ClassLoader findClassLoader  ( ) throws ConfigurationError  { ClassLoader context = SecuritySupport . getContextClassLoader ( ) ; ClassLoader system = SecuritySupport . getSystemClassLoader ( ) ; ClassLoader chain = system ; while ( true ) { if ( context == chain ) { ClassLoader current = ObjectFactory . class . getClassLoader ( ) ; chain = system ; while ( true ) { if ( current == chain ) { return system ; } if ( chain == null ) { break ; } chain = SecuritySupport . getParentClassLoader ( chain ) ; } return current ; } if ( chain == null ) { break ; } chain = SecuritySupport . getParentClassLoader ( chain ) ; } return context ; }

Averigua qué cargador de clases utilizar.Para JDK 1.2 y posteriormente, use el Classloader contextual.


public static float parseFloat  ( byte [ ] bytes , int start , int length ) throws NumberFormatException { return ( float ) parseDouble ( bytes , start , length ) ; }

Analiza la rebanada byte [] especificada como un flotador </ código>.


@ Override public String onProcessConnection  ( final ProcessConnectionRequest processConnectionRequest ) { ProcessConnectionResponse processConnectionResponse = new ProcessConnectionResponse ( ) ; if ( processConnectionRequest == null ) { LOGGER . error ( "onProcessConfiguration(null) called - rejecting the request." ) ; processConnectionResponse . setprocessPIK ( ProcessConnectionResponse . PIK_REJECTED ) ; return this . xmlConverter . toXml ( processConnectionResponse ) ; } processConnectionResponse . setProcessName ( processConnectionRequest . getProcessName ( ) ) ; if ( LOGGER . isDebugEnabled ( ) ) { StringBuilder str = new StringBuilder ( "onProcessConnection([" ) ; str . append ( processConnectionRequest . getProcessName ( ) ) ; str . append ( ", " ) ; str . append ( processConnectionRequest . getProcessHostName ( ) ) ; str . append ( ", " ) ; str . append ( processConnectionRequest . getProcessStartupTime ( ) ) ; str . append ( "]) called." ) ; LOGGER . debug ( str . toString ( ) ) ; } try { Long processId = processCache . getProcessId ( processConnectionRequest . getProcessName ( ) ) ; processCache . acquireWriteLockOnKey ( processId ) ; try { Process process = processCache . get ( processId ) ; try { if ( this . processFacade . isRunning ( processId ) ) { if ( isTestMode ( ) ) { if ( process . getProcessPIK ( ) == null ) { LOGGER . info ( "onProcessConnection - TEST mode - Connection request for DAQ " + process . getName ( ) + " authorized." ) ; this . controlTagFacade . updateAndValidate ( process . getStateTagId ( ) , SupervisionStatus . STARTUP . toString ( ) , "ProcessConnection message received." , processConnectionRequest . getProcessStartupTime ( ) ) ; process = this . processFacade . start ( processId , processConnectionRequest . getProcessHostName ( ) , processConnectionRequest . getProcessStartupTime ( ) ) ; processConnectionResponse . setprocessPIK ( process . getProcessPIK ( ) ) ; LOGGER . info ( "onProcessConnection - TEST Mode - Returning PIKResponse to DAQ " + process . getName ( ) + ", PIK " + process . getProcessPIK ( ) ) ; } else { processConnectionResponse . setprocessPIK ( ProcessConnectionResponse . PIK_REJECTED ) ; LOGGER . warn ( "onProcessConnection - The DAQ process is already running, returning rejected connection : " + processConnectionRequest . getProcessName ( ) ) ; } } else { processConnectionResponse . setprocessPIK ( ProcessConnectionResponse . PIK_REJECTED ) ; LOGGER . warn ( "onProcessConnection - The DAQ process is already running, returning rejected connection : " + processConnectionRequest . getProcessName ( ) ) ; } } else { LOGGER . info ( "onProcessConnection - Connection request for DAQ " + process . getName ( ) + " authorized." ) ; this . controlTagFacade . updateAndValidate ( process . getStateTagId ( ) , SupervisionStatus . STARTUP . toString ( ) , "ProcessConnection message received." , processConnectionRequest . getProcessStartupTime ( ) ) ; process = this . processFacade . start ( processId , processConnectionRequest . getProcessHostName ( ) , processConnectionRequest . getProcessStartupTime ( ) ) ; processConnectionResponse . setprocessPIK ( process . getProcessPIK ( ) ) ; LOGGER . info ( "onProcessConnection - Returning PIKResponse to DAQ " + process . getName ( ) ) ; } } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . error ( "State tag " + process . getStateTagId ( ) + " or the alive tag for process " + process . getId ( ) + "could not be found in the cache." ) ; } } finally { processCache . releaseWriteLockOnKey ( processId ) ; } } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . warn ( "onProcessConnection - process not found in cache (name = " + processConnectionRequest . getProcessName ( ) + ") - unable to accept connection request." , cacheEx ) ; processConnectionResponse . setprocessPIK ( ProcessConnectionResponse . PIK_REJECTED ) ; } catch ( Exception e ) { LOGGER . error ( new StringBuffer ( "onProcessConnection - An unexpected Exception occurred." ) . toString ( ) , e ) ; processConnectionResponse . setprocessPIK ( ProcessConnectionResponse . PIK_REJECTED ) ; } return this . xmlConverter . toXml ( processConnectionResponse ) ; }

Sincronizado en el objeto de caché de proceso.Coge todas las excepciones.


public ElementType type  ( ) { return theType ; }


public boolean intersects  ( Rectangle2D r ) { return intersects ( r . getX ( ) , r . getY ( ) , r . getWidth ( ) , r . getHeight ( ) ) ; }

Pruebas Si el interior de este <código> Polygon </ Code> se intersecta al interior de un <código> específico "rectangle2d </ code>.


public void edit  ( final double [ ] key , final Editor < T > editor ) throws KeySizeException , KeyDuplicateException { if ( key . length != m_K ) { throw new KeySizeException ( ) ; } synchronized ( this ) { if ( null == m_root ) { m_root = KDNode . create ( new HPoint ( key ) , editor ) ; m_count = m_root . deleted ? 0 : 1 ; return ; } } m_count += KDNode . edit ( new HPoint ( key ) , editor , m_root , 0 , m_K ) ; }


private void updateButtonState  ( ) { btnRemoveField . setEnabled ( table . getSelectedRowCount ( ) > 0 ) ; btnApply . setEnabled ( dataChanged ) ; btnCancel . setEnabled ( dataChanged ) ; }


@ Override public Comment createComment  ( String data ) { return new CommentImpl ( this , data ) ; }

Método de fábrica;Crea un comentario que tiene este documento como su propietario.


public void execQuery  ( String sql , ExecQueryCallbackFunctionIF aListener ) throws GenericEntityException { if ( _connection == null ) { getConnection ( ) ; } try { if ( Debug . verboseOn ( ) ) Debug . logVerbose ( "[SQLProcessor.execQuery]: " + sql , module ) ; executeQuery ( sql ) ; boolean keepGoing = true ; while ( keepGoing && _rs . next ( ) ) { keepGoing = aListener . processNextRow ( _rs ) ; } if ( _manualTX ) { _connection . commit ( ) ; } } catch ( SQLException sqle ) { Debug . logWarning ( "[SQLProcessor.execQuery]: SQL Exception while executing the following:\n" + sql + "\nError was:" , module ) ; Debug . logWarning ( sqle . getMessage ( ) , module ) ; throw new GenericEntityException ( "SQL Exception while executing the following:" + _sql , sqle ) ; } finally { close ( ) ; } }

Ejecute una consulta basada en la cadena SQL dada.Para cada registro de la devolución de los resultados, ejecute una función de devolución de llamada


public void stopRefresh  ( String time ) { if ( mPullRefreshing == true ) { mPullRefreshing = false ; mHeaderTimeView . setText ( time ) ; resetHeaderHeight ( ) ; } mHeaderTimeView . setText ( time ) ; }

Detener la actualización, restablecer la vista del encabezado.


@ Override public void stopPeerSync  ( ) { boolean isDone = false ; while ( ! isDone ) { logger . info ( "calling SLAVEOF NO ONE" ) ; try { isDone = ( this . localJedis . slaveofNoOne ( ) != null ) ; sleeper . sleepQuietly ( 1000 ) ; } catch ( JedisConnectionException e ) { logger . error ( "JedisConnection Exception in SLAVEOF NO ONE: " + e . getMessage ( ) ) ; localRedisConnect ( ) ; } catch ( Exception e ) { logger . error ( "Error: " + e . getMessage ( ) ) ; localRedisConnect ( ) ; } } }

Apague la replicación esclava de Redis y cambie de esclavo a maestro.


public boolean isLog  ( ) { return type == Type . LOG ; }

Devuelve <código> Verdadero </ código> Si la entrada de registro es una "línea" real ".


public void onSuccess  ( int statusCode , Header [ ] headers , JSONObject response ) { }

Devuelve cuando la solicitud tiene éxito


private synchronized void handleServiceConnectionError  ( LicenseValidator validator ) { mPolicy . processServerResponse ( Policy . RETRY , null ) ; if ( mPolicy . allowAccess ( ) ) { validator . getCallback ( ) . allow ( Policy . RETRY ) ; } else { validator . getCallback ( ) . dontAllow ( Policy . RETRY ) ; } }

Genera respuesta de políticas para errores de conexión de servicio, como resultado de desconexiones o tiempos de espera.


private Field ( final String str , final int id ) { this . str = str ; this . id = id ; }

Construir un campo <código> </ código> con valores especificados.


public SelectorScopedElementLocator ( SearchContext searchContext , By selector , Field field ) { this . searchContext = searchContext ; this . selector = selector ; this . field = field ; }

Cree un localizador de elementos al alcance de la búsqueda y el selector de búsqueda.


public S1Interval complement  ( ) { if ( lo ( ) == hi ( ) ) { return full ( ) ; } return new S1Interval ( hi ( ) , lo ( ) , true ) ; }

Devuelva el complemento del interior del intervalo.Un intervalo y su complemento tienen el mismo límite, pero no comparten ningún valor interior.El operador de complemento no es una biyección, ya que el complemento de un intervalo de singleto (que contiene un solo valor) es el mismo que el complemento de un intervalo vacío.


@ Override public final Point readPos  ( ) { final int x = readShort ( ) ; final int y = readShort ( ) ; return new Point ( x , y ) ; }

Lee una información de posición de maplestory.Esto consta de 2 enteros cortos.


@ Override public void startExecuting  ( ) { if ( entity . getGrowingAge ( ) < 1 && ! entity . isInLove ( ) ) { if ( entity instanceof EntityWolf ) { if ( ( ( EntityWolf ) entity ) . isSitting ( ) ) return ; } this . entity . getNavigator ( ) . tryMoveToXYZ ( targetItem . posX , targetItem . posY , targetItem . posZ , 1.0F ) ; } }

Ejecutar una tarea de un disparo o comenzar a ejecutar una tarea continua


public static SM_SYSTEM_MESSAGE STR_MSG_FORCE_MATCH_JUST_INVITE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400192 , value0 ) ; }

Has invitado a% 0 para unirse a la Alianza.


public static RenameFileDialogFragment newInstance  ( OCFile file ) { RenameFileDialogFragment frag = new RenameFileDialogFragment ( ) ; Bundle args = new Bundle ( ) ; args . putParcelable ( ARG_TARGET_FILE , file ) ; frag . setArguments ( args ) ; return frag ; }

Método de fábrica pública para crear nuevas instancias de fragmento RenameFiledialog.


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


public static boolean login  ( String email , String password ) { PersistenceManager pm = pmf . getPersistenceManager ( ) ; try { UserRecord user = findUserByEmail ( pm , email ) ; return user != null && ! Strings . isNullOrEmpty ( password ) && password . equals ( user . getPassword ( ) ) ; } finally { pm . close ( ) ; } }


public Bindings add  ( String property , String stateProperty , JToggleButton button , JTextArea textArea ) { registerPropertyChangeListener ( button ) ; registerPropertyChangeListener ( textArea ) ; return add ( new OptJTextAreaBinding ( property , stateProperty , button , textArea ) ) ; }


@ Override public boolean checkUniqueParticleAttribution  ( SubstitutionGroupHandler subGroupHandler ) throws XMLSchemaException { return false ; }

Compruebe si este contenido viola la restricción de UPA.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPHeal_INTERVAL_TO_ME  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201233 , num0 , skillname ) ; }

Usted recuperó% NUM0 MP debido al efecto de [% de habilidad].


public static long gcd  ( final long p , final long q ) { long u = p ; long v = q ; if ( ( u == 0 ) || ( v == 0 ) ) { if ( ( u == Long . MIN_VALUE ) || ( v == Long . MIN_VALUE ) ) { throw MathRuntimeException . createArithmeticException ( "overflow: gcd({0}, {1}) is 2^63" , p , q ) ; } return Math . abs ( u ) + Math . abs ( v ) ; } if ( u > 0 ) { u = - u ; } if ( v > 0 ) { v = - v ; } int k = 0 ; while ( ( u & 1 ) == 0 && ( v & 1 ) == 0 && k < 63 ) { u /= 2 ; v /= 2 ; k ++ ; } if ( k == 63 ) { throw MathRuntimeException . createArithmeticException ( "overflow: gcd({0}, {1}) is 2^63" , p , q ) ; } long t = ( ( u & 1 ) == 1 ) ? v : - ( u / 2 ) ; do { while ( ( t & 1 ) == 0 ) { t /= 2 ; } if ( t > 0 ) { u = - t ; } else { v = t ; } t = ( v - u ) / 2 ; } while ( t != 0 ) ; return - u * ( 1L << k ) ; }

 Obtiene el mayor divisor común del valor absoluto de dos números, utilizando el método "Binary GCD" que evita la división y las operaciones de módulo.Consulte Knuth 4.5.2 Algoritmo B. Este algoritmo se debe a Josef Stein (1961).
 Casos especiales:

 Los invocaciones <Código> GCD (Long.MIN_VALUE, LONG.MIN_VALUE) , <CÓDIGO> GCD (Long.Min_Value, 0L)  y <Código> GCD (0L, LONG.MIN_VALUE)  Lanzar un <código> arithmeticexception , porque el resultado sería 2 ^ 63, que es demasiado grande para un valor largo.

El resultado de <código> GCD (X, X) , <CÓDIGO> GCD (0L, X) </ código> y  GCD (X, 0L)  es el valor absoluto de <Código> X </ código>, excepto los casos especiales anteriores.
 La invocación <CÓDIGO> GCD (0L, 0L) </ código> es el único que devuelve <código> 0l .


@ BindingAdapter ( { "items" , "view_provider" } ) public static void bindRecyclerViewAdapter  ( RecyclerView recyclerView , Observable < List < ViewModel > > items , ViewProvider viewProvider ) { RecyclerView . Adapter previousAdapter = recyclerView . getAdapter ( ) ; BindingUtils . bindAdapterWithDefaultBinder ( recyclerView , items , viewProvider ) ; if ( previousAdapter != null ) ExampleApplication . getRefWatcher ( recyclerView . getContext ( ) ) . watch ( previousAdapter ) ; }

Envoltura adaptadora de unión para verificar la fuga de la memoria


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

Una cadena que define  forma a utilizar  en las esquinas del accidente cerebrovascular.
 Predeterminado NULL


public static Coordinate createCoordinateFromJson  ( JsonNode json ) { return new Coordinate ( json . get ( 0 ) . asDouble ( ) , json . get ( 1 ) . asDouble ( ) ) ; }

Cree un primitivo de coordenadas geométricas de GEOTOOOLS de coordenadas en JSON.


public boolean isProbeAvailable  ( ) { return available ; }

Devuelve VERDADERO si la sonda está disponible en el contexto actual, falso de lo contrario.


public void doUpdate  ( ) { lock . lock ( ) ; try { forgetObjects ( ) ; findVisibleObjects ( ) ; } finally { lock . unlock ( ) ; } }


public static IOFileFilter ageFileFilter  ( File cutoffReference , boolean acceptOlder ) { return new AgeFileFilter ( cutoffReference , acceptOlder ) ; }

Devuelve un filtro que filtra los archivos según un archivo de referencia de corte.


public int previousIndex  ( ) { try { return currentIndex ( ) - 1 ; } catch ( GenericEntityException e ) { if ( ! closed ) { try { this . close ( ) ; } catch ( GenericEntityException e1 ) { Debug . logError ( e1 , "Error auto-closing EntityListIterator on error, so info below for more info on original error; close error: " + e1 . toString ( ) , module ) ; } Debug . logWarning ( "Warning: auto-closed EntityListIterator because of exception: " + e . toString ( ) , module ) ; } throw new GeneralRuntimeException ( "Error getting the current index" , e ) ; } }

Devuelve el índice del resultado anterior, pero no garantiza que haya un resultado anterior.


private void onServiceDestroyed  ( int notificationId ) { if ( mService == null ) return ; if ( notificationId != - 1 ) clear ( notificationId ) ; mNotificationBuilder = null ; mService = null ; }

Maneja la destrucción de la destrucción del servicio.


public byte [ ] decrypt  ( byte [ ] bytes ) { byte [ ] resp = null ; try { resp = crypt ( bytes , Cipher . DECRYPT_MODE ) ; } catch ( Exception e ) { return null ; } return resp ; }

Descifrar la matriz de bytes con la clave secreta.


public boolean hasBlock  ( ) { return getBlockOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el bloque de bloques opcionales.


public void softAssert  ( String errorMessage , boolean condition ) { if ( condition ) { return ; } testEventCollector . fail ( ) ; testEventCollector . softAssertion ( errorMessage ) ; }

Si la condición es verdadera, devuelve.De lo contrario, marca la prueba como falló, pero no detiene su ejecución.


public static boolean isUnsignedSemitones  ( String string ) { String s = string . trim ( ) ; if ( s . length ( ) < 3 ) return false ; return s . substring ( s . length ( ) - 2 ) . equals ( "st" ) && isUnsignedNumber ( s . substring ( 0 , s . length ( ) - 2 ) ) ; }

Informe si la cadena contiene una expresión de semitonos sin firmar, como "12st" o "5.4st".


public double distance  ( final Vector3D p ) { final Vector3D d = p . subtract ( zero ) ; final Vector3D n = new Vector3D ( 1.0 , d , - d . dotProduct ( direction ) , direction ) ; return n . getNorm ( ) ; }

Calcule la distancia entre la instancia y un punto.


public void characters  ( char [ ] ch , int start , int length ) throws SAXException { if ( elementOn && isItem || elementOn ) { elementValue . append ( new String ( ch , start , length ) ) ; } }

Esto se llama para obtener el valor de las etiquetas.


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


public void removeAt  ( int index ) { if ( mValues [ index ] != DELETED ) { mValues [ index ] = DELETED ; mGarbage = true ; } }

Elimina el mapeo en el índice especificado.


public static ValueGetterSpacePredicate < ServerEntry > pathNull  ( String path ) { return path ( path , isNull ( ) ) ; }


private boolean hasBaseline  ( ) { ConstraintAnchor anchor = mWidget . getAnchor ( ConstraintAnchor . Type . BASELINE ) ; return anchor != null && anchor . isConnected ( ) ; }

Devuelve verdadero si Mwidget tiene una línea de base


private boolean pointIsBetween  ( final Vector2D [ ] loop , final int n , final int i ) { final Vector2D previous = loop [ ( i + n - 1 ) % n ] ; final Vector2D current = loop [ i ] ; final Vector2D next = loop [ ( i + 1 ) % n ] ; final double dx1 = current . getX ( ) - previous . getX ( ) ; final double dy1 = current . getY ( ) - previous . getY ( ) ; final double dx2 = next . getX ( ) - current . getX ( ) ; final double dy2 = next . getY ( ) - current . getY ( ) ; final double cross = dx1 * dy2 - dx2 * dy1 ; final double dot = dx1 * dx2 + dy1 * dy2 ; final double d1d2 = FastMath . sqrt ( ( dx1 * dx1 + dy1 * dy1 ) * ( dx2 * dx2 + dy2 * dy2 ) ) ; return ( FastMath . abs ( cross ) <= ( 1.0e-6 * d1d2 ) ) && ( dot >= 0.0 ) ; }

Compruebe si un punto es geométricamente entre su vecino en una matriz.<P> Los vecinos se calculan Teniendo en cuenta que la matriz es un bucle (es decir, el punto en el índice (N-1) está antes del punto en el índice 0) </ p>


@ Override public void touchNavItem  ( int id ) { if ( model . getSelectedItemId ( ) != id ) { view . touchNavItem ( id ) ; } if ( id != R . id . action_change_theme && id != R . id . action_download_manage && id != R . id . action_settings && id != R . id . action_about ) { model . setSelectedItemId ( id ) ; } }


public static Rectangle scaleRectangle  ( Rectangle rect , float scaleFactor ) { return new Rectangle ( Math . round ( rect . x * scaleFactor ) , Math . round ( rect . y * scaleFactor ) , Math . round ( rect . width * scaleFactor ) , Math . round ( rect . height * scaleFactor ) ) ; }

Escala el rectángulo dado por el factor de escala dado.


@ Override public String toString  ( ) { return "No. " + mPokedexNum + " " + mName + "\n" + mSprite + "\nHeight: " + mHeight + "\nWeight: " + mWeight + "\nTypes: " + mTypes + "\nColor: " + mColor + "\nShape: " + mShape + "\nHabitat: " + mHabitat + "\nGeneration: " + mGeneration + "\nDescription: " + mDescription + "\nEvolutions: " + mEvolutions ; }


public VideoReorderVideosQuery ( VkApiClient client , UserActor actor , int ownerId , int videoId ) { super ( client , "video.reorderVideos" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; ownerId ( ownerId ) ; videoId ( videoId ) ; }

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


protected GroupsBanUserQuery userId  ( int value ) { return unsafeParam ( "user_id" , value ) ; }


public SubExpr newSubExpr  ( Value op1 , Value op2 ) { return new GSubExpr ( op1 , op2 ) ; }

Construye un trozo de gramática SUBEXPR (EXPR, EXPR).


@ Override protected void analyzeInteraction  ( ) { int critVal = ( int ) ( Rnd . get ( 55000 ) / ( skillLvlDiff + 1 ) ) ; if ( critVal < CraftConfig . CRAFT_CHANCE_BLUECRIT ) { critType = CraftCritType . BLUE ; } else if ( ( critVal < CraftConfig . CRAFT_CHANCE_INSTANT ) && ( this . itemQuality . getQualityId ( ) < ItemQuality . EPIC . getQualityId ( ) ) ) { critType = CraftCritType . INSTANT ; currentSuccessValue = maxSuccessValue ; return ; } if ( CraftConfig . CRAFT_CHECKTASK ) { if ( this . task == null ) { return ; } } double mod = Math . sqrt ( ( double ) skillLvlDiff / 450f ) * 100f + Rnd . nextGaussian ( ) * 10f ; mod -= ( double ) this . itemQuality . getQualityId ( ) / 2 ; if ( mod < 0 ) { currentFailureValue -= ( int ) mod ; } else { currentSuccessValue += ( int ) mod ; } if ( currentSuccessValue >= maxSuccessValue ) { currentSuccessValue = maxSuccessValue ; } else if ( currentFailureValue >= maxFailureValue ) { currentFailureValue = maxFailureValue ; } }


public byte [ ] generateMwk  ( byte [ ] desBytes ) { if ( debug ) { Debug . logInfo ( "DES Key : " + StringUtil . toHexString ( desBytes ) + " / " + desBytes . length , module ) ; } SecretKeyFactory skf1 = null ; SecretKey mwk = null ; try { skf1 = SecretKeyFactory . getInstance ( "DESede" ) ; } catch ( NoSuchAlgorithmException e ) { Debug . logError ( e , module ) ; } DESedeKeySpec desedeSpec2 = null ; try { desedeSpec2 = new DESedeKeySpec ( desBytes ) ; } catch ( InvalidKeyException e ) { Debug . logError ( e , module ) ; } if ( skf1 != null && desedeSpec2 != null ) { try { mwk = skf1 . generateSecret ( desedeSpec2 ) ; } catch ( InvalidKeySpecException e ) { Debug . logError ( e , module ) ; } } if ( mwk != null ) { return generateMwk ( mwk ) ; } else { return null ; } }


public boolean ignore_types_for_sccs  ( ) { return soot . PhaseOptions . getBoolean ( options , "ignore-types-for-sccs" ) ; }

Ignore los tipos para SCCS: ignore los tipos declarados al determinar la equivalencia de nodo para SCCS.Cuando esta opción se establece en VERDADERO, al colapsar componentes fuertemente conectados, los nodos que forman SCC se colapsan independientemente de su tipo declarado.El SCC colapsado recibe el tipo más general de todos los nodos en el componente.Cuando esta opción se establece en FALSE, solo se consideran los nodos de conexión de los bordes del mismo tipo al detectar SCCS.Esta opción no tiene ningún efecto a menos que Simplify-SCC sea verdadero.


public static long readVLong  ( DataInput in ) throws IOException { return WritableUtils . readVLong ( in ) ; }

Lee una compresión cero codificada larga desde un arroyo y devuélvalo.


private void displayExpression  ( ExpressionNode node ) { if ( node == null ) { return ; } dataSourceAttributePanel . setDataType ( node . getType ( ) ) ; dataSourceAttributePanel . setAttribute ( node . getExpression ( ) ) ; revalidate ( ) ; }


public void initGui  ( ) { this . buttonList . clear ( ) ; int profileButtonWidth = 240 ; if ( ! isConfirm ) { screenTitle = "VR Settings" ; GuiSmallButtonEx profilesButton = new GuiSmallButtonEx ( PROFILES_ID , ( this . width / 2 - 155 + 1 * 160 / 2 ) - ( ( profileButtonWidth - 150 ) / 2 ) , this . height / 6 - 14 , profileButtonWidth , 20 , "Profile: " + VRSettings . getCurrentProfile ( ) ) ; this . buttonList . add ( profilesButton ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DEFAULTS , this . width / 2 - 155 , this . height - 25 , 150 , 20 , "Reset To Defaults" ) ) ; this . buttonList . add ( new GuiButtonEx ( ID_GENERIC_DONE , this . width / 2 - 155 + 160 , this . height - 25 , 150 , 20 , "Done" ) ) ; VROption [ ] buttons = null ; buttons = vrAlwaysOptions ; processButtons ( buttons ) ; if ( mc . vrSettings . seated ) { processButtons ( vrSeatedOptions ) ; } else processButtons ( vrStandingOptions ) ; } else { this . screenTitle = "Switching to Seated Mode will disable controller input. Continue?" ; processButtons ( vrConfirm ) ; } }

Agrega los botones (y otros controles) a la pantalla en cuestión.


public static String readUTF  ( ByteBuffer bb ) throws BufferUnderflowException , UTFDataFormatException  { int utflen = readUnsignedShort ( bb ) ; byte [ ] bytearr = new byte [ utflen ] ; char [ ] chararr = new char [ utflen ] ; int c , char2 , char3 ; int count = 0 ; int chararr_count = 0 ; bb . get ( bytearr ) ; while ( count < utflen ) { c = bytearr [ count ] & 0xff ; if ( c > 127 ) break ; count ++ ; chararr [ chararr_count ++ ] = ( char ) c ; } while ( count < utflen ) { c = bytearr [ count ] & 0xff ; switch ( c >> 4 ) { case 0 : case 1 : case 2 : case 3 : case 4 : case 5 : case 6 : case 7 : count ++ ; chararr [ chararr_count ++ ] = ( char ) c ; break ; case 12 : case 13 : count += 2 ; if ( count > utflen ) throw new UTFDataFormatException ( "malformed input: partial character at end" ) ; char2 = bytearr [ count - 1 ] ; if ( ( char2 & 0xC0 ) != 0x80 ) throw new UTFDataFormatException ( "malformed input around byte " + count ) ; chararr [ chararr_count ++ ] = ( char ) ( ( ( c & 0x1F ) << 6 ) | ( char2 & 0x3F ) ) ; break ; case 14 : count += 3 ; if ( count > utflen ) throw new UTFDataFormatException ( "malformed input: partial character at end" ) ; char2 = bytearr [ count - 2 ] ; char3 = bytearr [ count - 1 ] ; if ( ( ( char2 & 0xC0 ) != 0x80 ) || ( ( char3 & 0xC0 ) != 0x80 ) ) throw new UTFDataFormatException ( "malformed input around byte " + ( count - 1 ) ) ; chararr [ chararr_count ++ ] = ( char ) ( ( ( c & 0x0F ) << 12 ) | ( ( char2 & 0x3F ) << 6 ) | ( ( char3 & 0x3F ) << 0 ) ) ; break ; default : throw new UTFDataFormatException ( "malformed input around byte " + count ) ; } } return new String ( chararr , 0 , chararr_count ) ; }

LEA DEL BYTEBUFFER <CÓDIGO> BB </ CODE> Una representación de una cadena de caracteres Unicode codificada en <a href="datainput.html#modified-utf-8"> formato UTF-8 </a> modificado;Esta cadena de caracteres se devuelve como una cadena </ code>.Los detalles de la representación de UTF-8 modificados son exactamente los mismos que para el método <Código> LEILUTF </ CODE> de <CÓDIGO> DataIkput </ Code>.


public void update  ( ColourMapData newData ) { this . label = newData . label ; setColour ( newData . getColourExpression ( ) ) ; setOpacity ( newData . getOpacity ( ) ) ; setQuantity ( newData . getQuantity ( ) ) ; }

Actualice los contenidos de esta clase con los datos suministrados.


private static byte [ ] hash  ( String text ) throws AWSIotException  { try { MessageDigest md = MessageDigest . getInstance ( HASH_ALGORITHM ) ; md . update ( text . getBytes ( UTF8 ) ) ; return md . digest ( ) ; } catch ( Exception e ) { throw new AWSIotException ( "Unable to compute hash while signing request: " + e . getMessage ( ) ) ; } }

Hashes los contenidos de las cuerdas (se supone que son UTF-8) utilizando el algoritmo SHA-256.


public static int computeMinImageSampleSize  ( ImageSize srcSize ) { final int srcWidth = srcSize . getWidth ( ) ; final int srcHeight = srcSize . getHeight ( ) ; final int targetWidth = maxBitmapSize . getWidth ( ) ; final int targetHeight = maxBitmapSize . getHeight ( ) ; final int widthScale = ( int ) Math . ceil ( ( float ) srcWidth / targetWidth ) ; final int heightScale = ( int ) Math . ceil ( ( float ) srcHeight / targetHeight ) ; return Math . max ( widthScale , heightScale ) ; }

Calcula el tamaño mínimo de la muestra para la imagen de escala de descenso, por lo que el tamaño de la imagen de resultados no exceda el tamaño de la textura de OpenGL de Max aceptable. <br /> No podemos crear mapa de bits en la memoria con el tamaño de la textura máxima (generalmente esto es 2048x2048), por lo que este método calcule mínimoTamaño de muestra que debe aplicarse a la imagen para encajar en estos límites.


int readCorner2  ( int numRows , int numColumns ) { int currentByte = 0 ; if ( readModule ( numRows - 3 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 2 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 1 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 4 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 3 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } return currentByte ; }

 Lee los 8 bits de la condición de esquina especial 2.

 Ver ISO 16022: 2006, Figura F.4


private void fill  ( ) throws IOException  { int i = in . read ( buf , 0 , buf . length ) ; if ( i > 0 ) { pos = 0 ; count = i ; } }

Llene nuestro búfer de la corriente de entrada subyacente.Los usuarios de este método deben asegurarse de que usen todos los caracteres en el búfer antes de llamar a este método.


@ Override public long available  ( ) { return arr . length - pos ; }

Devuelve el número de bytes disponibles en el flujo.


public IntIterator nodeRows  ( ) { return getNodeTable ( ) . rows ( ) ; }

Obtenga un iterador sobre todos los ID de nodo (números de fila de tabla de nodos).


public void addActivity  ( Activity a ) { activityList . add ( a ) ; }


public ViterbiPoint ( Target target ) { this . target = target ; }

Crea un viterbipiPoint para el objetivo dado.


public VideoAddAlbumQuery addAlbum  ( UserActor actor ) { return new VideoAddAlbumQuery ( getClient ( ) , actor ) ; }


private void addCallbackMethod  ( String layoutFile , String callback ) { addToMapSet ( callbackMethods , layoutFile , callback ) ; if ( includeDependencies . containsKey ( layoutFile ) ) for ( String target : includeDependencies . get ( layoutFile ) ) addCallbackMethod ( target , callback ) ; }

Agrega un método de devolución de llamada que se encuentra en un archivo XML al conjunto de resultados


public NotesEditQuery ( VkApiClient client , UserActor actor , int noteId , String title , String text ) { super ( client , "notes.edit" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; noteId ( noteId ) ; title ( title ) ; text ( text ) ; }


public static EntityCondition makeRangeCondition  ( Timestamp rangeStart , Timestamp rangeEnd , String fromDateName , String thruDateName ) { List < EntityCondition > criteria = new LinkedList < EntityCondition > ( ) ; criteria . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( fromDateName , EntityOperator . GREATER_THAN_EQUAL_TO , rangeStart ) , EntityOperator . AND , EntityCondition . makeCondition ( fromDateName , EntityOperator . LESS_THAN , rangeEnd ) ) ) ; criteria . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( thruDateName , EntityOperator . GREATER_THAN_EQUAL_TO , rangeStart ) , EntityOperator . AND , EntityCondition . makeCondition ( thruDateName , EntityOperator . LESS_THAN , rangeEnd ) ) ) ; criteria . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( fromDateName , EntityOperator . EQUALS , null ) , EntityOperator . AND , EntityCondition . makeCondition ( thruDateName , EntityOperator . GREATER_THAN_EQUAL_TO , rangeStart ) ) ) ; criteria . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( thruDateName , EntityOperator . EQUALS , null ) , EntityOperator . AND , EntityCondition . makeCondition ( fromDateName , EntityOperator . LESS_THAN , rangeEnd ) ) ) ; criteria . add ( EntityCondition . makeCondition ( EntityCondition . makeCondition ( thruDateName , EntityOperator . EQUALS , null ) , EntityOperator . AND , EntityCondition . makeCondition ( fromDateName , EntityOperator . EQUALS , null ) ) ) ; return EntityCondition . makeCondition ( criteria , EntityOperator . OR ) ; }

Crea una entidad que representa una consulta de filtro de rango de fecha que se utilizará contra las entidades que ellos mismos representan un rango de fecha.Cuando se usan, las entidades resultantes se reunirán al menos uno de los siguientes criterios: - FromDate es igual o después de RangestArt, pero antes de la rango, Thrudate es igual o después de RangestArt, pero antes de servenida, FROMATE es NULL y Thrudate es igual o después de RangestArt -Twudate es NULL y FROMATE está antes de ser General, FromDate es NULL y Twudate es NULL


public void tabSelectingEffect  ( long time , int id ) { int index = TabModelUtils . getTabIndexById ( mTabModel , id ) ; startAnimation ( time , OverviewAnimationType . TAB_FOCUSED , index , - 1 , false ) ; }

Anima el cierre de la pila.Centrándose en la pestaña seleccionada.


public boolean with_fieldref  ( ) { return soot . PhaseOptions . getBoolean ( options , "with-fieldref" ) ; }

Con referencias de campo -.El análisis trata las referencias de campo (estática y de instancia) como subexpresiones comunes;Sin embargo, somos más conservadores al escribir en un campo, porque la base de la referencia de campo puede estar aliados.También asumimos que la aplicación es de un solo roscado o que las referencias de campo se producen en un bloque sincronizado.Es decir, asumimos que un campo no puede ser cambiado por otros hilos entre dos referencias de campo.


public Matrix arrayRightDivide  ( Matrix B ) { checkMatrixDimensions ( B ) ; Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { C [ i ] [ j ] = A [ i ] [ j ] / B . A [ i ] [ j ] ; } } return X ; }

División derecha del elemento por elemento, C = A./B


public boolean canFindAll  ( ) { return true ; }


public static WeightEvaluationQuery makeWeightEvaluationQuery  ( DruidAggregationQuery < ? > query ) { DruidAggregationQuery < ? > innerQuery = query . getInnermostQuery ( ) ; int weight = Utils . getSubsetByType ( innerQuery . getAggregations ( ) , SketchAggregation . class ) . size ( ) ; return new WeightEvaluationQuery ( innerQuery , weight ) ; }

Evalúe a la consulta druida para una agregación costosa que podría derribar druida.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelDeBuffMental_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200510 , skilltarget , skillname ) ; }

Eliminó las condiciones mentales anormales de [% SkillTarget] mediante el uso de [% de habilidad].


public static Date parseDate  ( final String dateString ) { if ( dateString == null ) { return null ; } return DATE_FORMATTER . parseDateTime ( dateString ) . toDate ( ) ; }

Analiza la cadena dada en una fecha utilizando los formatos de fecha compatible.Devuelve NULL si la cadena no se puede analizar.


public GenomicCoords coordsOfNextFeature  ( GenomicCoords currentGc ) throws InvalidGenomicCoordsException , IOException  { IntervalFeature nextFeature = getNextFeatureOnChrom ( currentGc . getChrom ( ) , currentGc . getTo ( ) ) ; if ( nextFeature == null ) { return currentGc ; } GenomicCoords nextGc = new GenomicCoords ( nextFeature . getChrom ( ) , nextFeature . getFrom ( ) , nextFeature . getFrom ( ) + currentGc . getGenomicWindowSize ( ) - 1 , currentGc . getSamSeqDict ( ) , currentGc . getUserWindowSize ( ) , currentGc . getFastaFile ( ) ) ; return nextGc ; }

Devuelva las coordenadas de la siguiente característica para que el inicio coincida con el inicio de la función y el final es el inicio + WINDIPSIZE.


public ForceConfigAction ( JFrame frame , ForceSimulator fsim ) { dialog = new JDialog ( frame , false ) ; dialog . setTitle ( "Configure Force Simulator" ) ; JPanel forcePanel = new JForcePanel ( fsim ) ; dialog . getContentPane ( ) . add ( forcePanel ) ; dialog . pack ( ) ; }


public boolean isApplicable  ( ) { if ( getViewer ( ) instanceof ClusterViewer ) { final ClusterViewer clusterViewer = ( ClusterViewer ) getViewer ( ) ; return clusterViewer . isPCoATab ( ) && clusterViewer . getGraphView ( ) . getSelectedNodes ( ) . size ( ) >= 1 ; } else if ( getViewer ( ) instanceof SamplesViewer ) { final SamplesViewer samplesViewer = ( SamplesViewer ) getViewer ( ) ; return samplesViewer . getSamplesTable ( ) . getNumberOfSelectedSamples ( ) > 0 ; } else return ( ( Director ) getDir ( ) ) . getDocument ( ) . getSampleSelection ( ) . size ( ) >= 1 ; }

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


private static void visitEntryRecords  ( String streamName , LogSegmentMetadata metadata , long logSegmentSeqNo , LedgerEntry entry , ScanContext context , LogRecordSelector selector ) throws IOException { Entry . Reader reader = Entry . newBuilder ( ) . setLogSegmentInfo ( logSegmentSeqNo , metadata . getStartSequenceId ( ) ) . setEntryId ( entry . getEntryId ( ) ) . setEnvelopeEntry ( metadata . getEnvelopeEntries ( ) ) . setInputStream ( entry . getEntryInputStream ( ) ) . buildReader ( ) ; LogRecordWithDLSN nextRecord = reader . nextRecord ( ) ; while ( nextRecord != null ) { LogRecordWithDLSN record = nextRecord ; nextRecord = reader . nextRecord ( ) ; context . numRecordsScanned . incrementAndGet ( ) ; if ( ! context . includeControl && record . isControl ( ) ) { continue ; } if ( ! context . includeEndOfStream && record . isEndOfStream ( ) ) { continue ; } selector . process ( record ) ; } }

Procese cada registro utilizando Logregordselector.


public static void println  ( int x ) { out . println ( x ) ; }

Imprime un entero a la salida estándar y luego termina la línea.


public MessagesSetActivityQuery userId  ( String value ) { return unsafeParam ( "user_id" , value ) ; }


public static final String removeDataFolderPath  ( String fullPath ) { File sdCard = Environment . getExternalStorageDirectory ( ) ; String dataFolderPath = sdCard . getAbsolutePath ( ) + "/" + MainApp . getDataFolder ( ) + "/" ; if ( fullPath . indexOf ( dataFolderPath ) == 0 ) { return fullPath . substring ( dataFolderPath . length ( ) ) ; } return fullPath ; }

Toma un camino completo a PROPIETARIO ARCHIVO y elimina el inicio, que es la ruta para descargar la carpeta de datos.Si la ruta completa no comienza con esa carpeta, se devuelve FullPath como está.