Package com.sun.star.uno

Examples of com.sun.star.uno.TypeClass


        String sParameters = getParameterDescription();
        if (m_xIdlMethod.getParameterInfos().length > 0){
            sNodeDescription = getStandardMethodDescription();
        }
        else{
            TypeClass typeClass = getTypeClass();
            if (typeClass != TypeClass.VOID){       
                sNodeDescription = getStandardMethodDescription();
            }
            else{
                sNodeDescription = getStandardMethodDescription();
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        return id;
    }

    public TypeDescription readType() {
        int b = read8Bit();
        TypeClass typeClass = TypeClass.fromInt(b & 0x7F);
        if (TypeDescription.isTypeClassSimple(typeClass)) {
            return TypeDescription.getTypeDescription(typeClass);
        } else {
            int index = read16Bit();
            TypeDescription type = null;
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        }
        write16Bit(index);
    }

    public void writeType(TypeDescription type) {
        TypeClass typeClass = type.getTypeClass();
        if (TypeDescription.isTypeClassSimple(typeClass)) {
            write8Bit(typeClass.getValue());
        } else {
            boolean[] found = new boolean[1];
            int index = typeCache.add(found, type.getTypeName());
            write8Bit(typeClass.getValue() | (found[0] ? 0 : 0x80));
            write16Bit(index);
            if (!found[0]) {
                writeStringValue(type.getTypeName());
            }
        }
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        XUnoNode oUnoNode = null;
        Object oUnoReturnObject = null;
        Object[] oParamObjects = null;
        XIdlClass xIdlClass = _oUnoMethodNode.getXIdlMethod().getReturnType();
        String sTypeName = xIdlClass.getName();
        TypeClass aTypeClass = xIdlClass.getTypeClass();
        if (aTypeClass.getValue() != TypeClass.VOID_value){
            if (_xTreePathProvider.getPathCount() > _nindex + 1){
                oUnoNode = _xTreePathProvider.getPathComponent(_nindex + 1);
                oUnoReturnObject = oUnoNode.getUnoObject();
            }
        }
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    public String getMethodStatementSourceCode(XUnoMethodNode _oUnoMethodNode, String _sVariableName, UnoObjectDefinition _oUnoReturnObjectDefinition){
        String sReturnObjectVariableDefinition = "";
        String sStatement = "";
        XIdlMethod xIdlMethod = _oUnoMethodNode.getXIdlMethod();
        TypeClass aReturnTypeClass = xIdlMethod.getReturnType().getTypeClass();
        UnoObjectDefinition oUnoObjectDefinition = new UnoObjectDefinition(_oUnoMethodNode.getUnoObject(), _oUnoMethodNode.getClassName());
        String sVariableStemName = this.generateVariableNameFromMethod(xIdlMethod);
        sStatement += addQueryInterfaceSourceCode(oUnoObjectDefinition, _sVariableName, oUnoObjectDefinition.getTypeName());
        if (_oUnoReturnObjectDefinition.getTypeClass().getValue() != TypeClass.VOID_value){
            sReturnObjectVariableDefinition = getVariableInitialization(_oUnoReturnObjectDefinition, false) + " = ";
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        return sTypeString;
    }   
       
   
    private String getVariableDeclaration(UnoObjectDefinition _oUnoObjectDefinition, boolean _bInitialize, String _sVariableDefaultName){
        TypeClass aTypeClass = _oUnoObjectDefinition.getTypeClass();        
        TypeClass aLocTypeClass = aTypeClass;
        boolean bIsArray = false;
        if (_oUnoObjectDefinition.getUnoObject() != null){
            bIsArray = m_oIntrospector.isObjectSequence(_oUnoObjectDefinition.getUnoObject());
        }
        else{
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    public String getMethodParameterValueDescription(XUnoMethodNode _oUnoMethodNode, Object[] _oParamObjects, boolean _bIncludeParameterNames){
        String sParamSourceCode = "";
        ParamInfo[] aParamInfos = _oUnoMethodNode.getXIdlMethod().getParameterInfos();
        if (_oParamObjects != null){
            for (int i = 0; i < _oParamObjects.length; i++){
                TypeClass aTypeClass = aParamInfos[i].aType.getTypeClass();
                if (_bIncludeParameterNames){
                    sParamSourceCode += aParamInfos[i].aName + "=";
                }
                String sParamDescription = getStringValueOfObject(_oParamObjects[i], aTypeClass);
                sParamDescription = this.m_xLanguageSourceCodeGenerator.castLiteral(sParamDescription, aTypeClass);
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        }
        write16Bit(index);
    }

    public void writeType(TypeDescription type) {
        TypeClass typeClass = type.getTypeClass();
        if (TypeDescription.isTypeClassSimple(typeClass)) {
            write8Bit(typeClass.getValue());
        } else {
            boolean[] found = new boolean[1];
            int index = typeCache.add(found, type.getTypeName());
            write8Bit(typeClass.getValue() | (found[0] ? 0 : 0x80));
            write16Bit(index);
            if (!found[0]) {
                writeStringValue(type.getTypeName());
            }
        }
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        return id;
    }

    public TypeDescription readType() {
        int b = read8Bit();
        TypeClass typeClass = TypeClass.fromInt(b & 0x7F);
        if (TypeDescription.isTypeClassSimple(typeClass)) {
            return TypeDescription.getTypeDescription(typeClass);
        } else {
            int index = read16Bit();
            TypeDescription type = null;
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    }

    private static TypeDescription create(Type type)
        throws ClassNotFoundException
    {
        TypeClass typeClass = type.getTypeClass();
        String typeName = type.getTypeName();
        Class zClass = type.getZClass();
        if (zClass == null) {
            throw new ClassNotFoundException("UNO type " + type);
        }
        switch (typeClass.getValue()) {
        case TypeClass.VOID_value:
            return new TypeDescription(
                typeClass, typeName, "[Ljava.lang.Void;", zClass, null, null);

        case TypeClass.BOOLEAN_value:
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