Examples of org.apache.flex.abc.instructionlist.InstructionList.addAll()

Package org.apache.flex.abc.instructionlist

Class org.apache.flex.abc.instructionlist.InstructionList

Examples of org.apache.flex.abc.instructionlist.InstructionList.addAll()

org.apache.flex.abc.instructionlist.InstructionList.addAll()
Add another InstructionList to the sequence. @param src_list the InstructionList to be added. @post instructions and pending labels from src_list appended to thislist. @post src_list is invalidated. @post if this list had any pending labels, and src_list contained atleast one instruction, the pending labels from this list are resolved to the first instruction contributed by src_list.

            addHoistedInstructionsForVarDecl(var_name, var_type);


        currentScope.getMethodBodySemanticChecker().checkInitialization(iNode, var);
        InstructionList result = generateAssignment(iNode, var, var_initializer);
        for ( InstructionList decl: chained_decls )
            result.addAll(decl);


        return result;
    }


    public InstructionList reduce_typedVariableDeclWithConstantInitializer(IASNode iNode, Name var_name, Binding var_type, Object constant_var_initializer, Vector<InstructionList> chained_decls)

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        currentScope.getMethodBodySemanticChecker().checkBindableVariableDeclaration(iNode, vn.getDefinition());
        InstructionList result = createInstructionList(iNode);
        Binding var = currentScope.resolveName((IdentifierNode)vn.getNameExpressionNode());
        currentScope.makeBindableVariable(var, var_type.getName(), vn.getMetaInfos());
        for ( InstructionList decl: chained_decls )
             result.addAll(decl);


        return result;
    }
    public InstructionList reduce_typedBindableVariableDeclWithInitializer(IASNode iNode, Name var_name, Binding var_type, InstructionList var_initializer, Vector<InstructionList> chained_decls)
    {

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        currentScope.makeBindableVariable(var, var_type.getName(), vn.getMetaInfos());
        // pass in null as definition so the assignment goes to the backing var and not the setter
        // maybe we'll have to get the actual var def someday.
        InstructionList result = generateAssignment(iNode, new Binding(iNode, BindableHelper.getBackingPropertyName(var_name), null), var_initializer);
        for ( InstructionList decl: chained_decls )
             result.addAll(decl);


        return result;
    }
    public Binding reduce_typedVariableExpression(IASNode iNode, Name var_name, Binding var_type)
    {

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    public InstructionList reduce_variableExpression(IASNode iNode, Vector<InstructionList> decls)
    {
        InstructionList result = createInstructionList(iNode);


        for ( InstructionList var_decl: decls )
            result.addAll(var_decl);
        return result;
    }


    public InstructionList reduce_vectorLiteral(IASNode iNode, Binding type_param, Vector<InstructionList> elements)
    {

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        InstructionList result = createInstructionList(iNode);


        Nsset ns_set = new Nsset(new Namespace(CONSTANT_PackageNs, IASLanguageConstants.Vector_impl_package));
        Name vector_name = new Name(CONSTANT_Qname, ns_set, IASLanguageConstants.Vector);


        result.addAll(currentScope.getPropertyValue(vector_name, currentScope.getProject().getBuiltinType(BuiltinType.VECTOR)));
        generateTypeNameParameter(type_param, result);
        result.addInstruction(OP_applytype, 1);
        result.pushNumericConstant(elements.size());
        result.addInstruction(OP_construct, 1);

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        //  We may need to work around CMP-751 by recreating 
        //  the correct (trivial) qualifier for base.*::foo.
        Name member_name = member.getName();


        result.addAll(stem);


        if ( !isNamespace(qualifier) )
        {
            generateAccess(qualifier, result);
            //  Verifier insists on this.

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     */
    public InstructionList reduce_qualifiedMemberRuntimeNameExpr_to_mxmlDataBindingSetter(IASNode qualifiedMemberRuntimeExpr, InstructionList stem, Binding qualifier, InstructionList runtime_member)
    {
        InstructionList result = createInstructionList(qualifiedMemberRuntimeExpr);


        result.addAll(stem);
        if ( isNamespace(qualifier) )
        {
            result.addAll(runtime_member);
            //  Extract the URI from the namespace and use it to construct a qualified name.
            NamespaceDefinition ns_def = (NamespaceDefinition)qualifier.getDefinition();

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        InstructionList result = createInstructionList(qualifiedMemberRuntimeExpr);


        result.addAll(stem);
        if ( isNamespace(qualifier) )
        {
            result.addAll(runtime_member);
            //  Extract the URI from the namespace and use it to construct a qualified name.
            NamespaceDefinition ns_def = (NamespaceDefinition)qualifier.getDefinition();
            Name qualified_name = new Name(CONSTANT_MultinameL, new Nsset(ns_def.resolveAETNamespace(currentScope.getProject())), null);
            result.addInstruction(OP_getlocal1);
            result.addInstruction(OP_setproperty, qualified_name);

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        else
        {
            generateAccess(qualifier, result);
            //  Verifier insists on this.
            result.addInstruction(OP_coerce, namespaceType);
            result.addAll(runtime_member);
            result.addInstruction(OP_getlocal1);
            result.addInstruction(OP_setproperty, new Name(CONSTANT_RTQnameL, null, null));
        }
        return result;
    }

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     */
    public InstructionList reduceName_to_mxmlDataBindingSetter(IASNode nameNode, Binding name)
    {
        currentScope.getMethodBodySemanticChecker().checkLValue(nameNode, name);
        InstructionList result = new InstructionList(3 + 1); // +1 because of the returnvoid
        result.addAll(currentScope.findProperty(name, true));
        result.addInstruction(ABCConstants.OP_getlocal1);
        result.addInstruction(OP_setproperty, name.getName());
        return result;
    }

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