private static ClassFile generateCode(InterfaceAnalysis interfaceAnalysis,
                                       Class<?> superclass, String stubClassName) {
    """
	Generates the bytecodes of a stub class for a given interface.
	
	@param interfaceAnalysis an <code>InterfaceAnalysis</code> instance
	describing the RMI/IIOP interface to be
	implemented by the stub class
	@param superclass      the superclass of the stub class
	@param stubClassName   the name of the stub class
	@return a byte array with the generated bytecodes.
    """
        final ClassFile asm =
                new ClassFile(stubClassName, superclass.getName(), null, ModuleClassFactory.INSTANCE, interfaceAnalysis.getCls().getName());

        int methodIndex = 0;

        AttributeAnalysis[] attrs = interfaceAnalysis.getAttributes();
        for (int i = 0; i < attrs.length; i++) {
            OperationAnalysis op = attrs[i].getAccessorAnalysis();
            generateMethodCode(asm, superclass, op.getMethod(), op.getIDLName(),
                    strategy(methodIndex), init(methodIndex));
            methodIndex++;
            op = attrs[i].getMutatorAnalysis();
            if (op != null) {
                generateMethodCode(asm, superclass,
                        op.getMethod(), op.getIDLName(),
                        strategy(methodIndex), init(methodIndex));
                methodIndex++;
            }
        }

        final OperationAnalysis[] ops = interfaceAnalysis.getOperations();
        for (int i = 0; i < ops.length; i++) {
            generateMethodCode(asm, superclass,
                    ops[i].getMethod(), ops[i].getIDLName(),
                    strategy(methodIndex), init(methodIndex));
            methodIndex++;
        }

        // Generate the constructor
        final ClassMethod ctor = asm.addMethod(Modifier.PUBLIC, "<init>", "V");
        ctor.getCodeAttribute().aload(0);
        ctor.getCodeAttribute().invokespecial(superclass.getName(), "<init>", "()V");
        ctor.getCodeAttribute().returnInstruction();

        // Generate the method _ids(), declared as abstract in ObjectImpl
        final String[] ids = interfaceAnalysis.getAllTypeIds();
        asm.addField(Modifier.PRIVATE + Modifier.STATIC, ID_FIELD_NAME, String[].class);
        final CodeAttribute idMethod = asm.addMethod(Modifier.PUBLIC + Modifier.FINAL, "_ids", "[Ljava/lang/String;").getCodeAttribute();
        idMethod.getstatic(stubClassName, ID_FIELD_NAME, "[Ljava/lang/String;");
        idMethod.returnInstruction();

        // Generate the static initializer
        final CodeAttribute clinit = asm.addMethod(Modifier.STATIC, "<clinit>", "V").getCodeAttribute();
        clinit.iconst(ids.length);
        clinit.anewarray(String.class.getName());
        for (int i = 0; i < ids.length; i++) {
            clinit.dup();
            clinit.iconst(i);
            clinit.ldc(ids[i]);
            clinit.aastore();
        }
        clinit.putstatic(stubClassName, ID_FIELD_NAME, "[Ljava/lang/String;");

        int n = methodIndex; // last methodIndex + 1
        for (methodIndex = 0; methodIndex < n; methodIndex++) {
            clinit.invokestatic(stubClassName, init(methodIndex), "()V");
        }
        clinit.returnInstruction();

        return asm;
    }
private static ClassFile generateCode(InterfaceAnalysis interfaceAnalysis,
                                       Class<?> superclass, String stubClassName) {
        final ClassFile asm =
                new ClassFile(stubClassName, superclass.getName(), null, ModuleClassFactory.INSTANCE, interfaceAnalysis.getCls().getName());

        int methodIndex = 0;

        AttributeAnalysis[] attrs = interfaceAnalysis.getAttributes();
        for (int i = 0; i < attrs.length; i++) {
            OperationAnalysis op = attrs[i].getAccessorAnalysis();
            generateMethodCode(asm, superclass, op.getMethod(), op.getIDLName(),
                    strategy(methodIndex), init(methodIndex));
            methodIndex++;
            op = attrs[i].getMutatorAnalysis();
            if (op != null) {
                generateMethodCode(asm, superclass,
                        op.getMethod(), op.getIDLName(),
                        strategy(methodIndex), init(methodIndex));
                methodIndex++;
            }
        }

        final OperationAnalysis[] ops = interfaceAnalysis.getOperations();
        for (int i = 0; i < ops.length; i++) {
            generateMethodCode(asm, superclass,
                    ops[i].getMethod(), ops[i].getIDLName(),
                    strategy(methodIndex), init(methodIndex));
            methodIndex++;
        }

        // Generate the constructor
        final ClassMethod ctor = asm.addMethod(Modifier.PUBLIC, "<init>", "V");
        ctor.getCodeAttribute().aload(0);
        ctor.getCodeAttribute().invokespecial(superclass.getName(), "<init>", "()V");
        ctor.getCodeAttribute().returnInstruction();

        // Generate the method _ids(), declared as abstract in ObjectImpl
        final String[] ids = interfaceAnalysis.getAllTypeIds();
        asm.addField(Modifier.PRIVATE + Modifier.STATIC, ID_FIELD_NAME, String[].class);
        final CodeAttribute idMethod = asm.addMethod(Modifier.PUBLIC + Modifier.FINAL, "_ids", "[Ljava/lang/String;").getCodeAttribute();
        idMethod.getstatic(stubClassName, ID_FIELD_NAME, "[Ljava/lang/String;");
        idMethod.returnInstruction();

        // Generate the static initializer
        final CodeAttribute clinit = asm.addMethod(Modifier.STATIC, "<clinit>", "V").getCodeAttribute();
        clinit.iconst(ids.length);
        clinit.anewarray(String.class.getName());
        for (int i = 0; i < ids.length; i++) {
            clinit.dup();
            clinit.iconst(i);
            clinit.ldc(ids[i]);
            clinit.aastore();
        }
        clinit.putstatic(stubClassName, ID_FIELD_NAME, "[Ljava/lang/String;");

        int n = methodIndex; // last methodIndex + 1
        for (methodIndex = 0; methodIndex < n; methodIndex++) {
            clinit.invokestatic(stubClassName, init(methodIndex), "()V");
        }
        clinit.returnInstruction();

        return asm;
    }
private static ClassFile generateCode ( InterfaceAnalysis interfaceAnalysis , Class < ? > superclass , String stubClassName ) { final ClassFile asm = new ClassFile ( stubClassName , superclass . getName ( ) , null , ModuleClassFactory . INSTANCE , interfaceAnalysis . getCls ( ) . getName ( ) ) ; int methodIndex = 0 ; AttributeAnalysis [ ] attrs = interfaceAnalysis . getAttributes ( ) ; for ( int i = 0 ; i < attrs . length ; i ++ ) { OperationAnalysis op = attrs [ i ] . getAccessorAnalysis ( ) ; generateMethodCode ( asm , superclass , op . getMethod ( ) , op . getIDLName ( ) , strategy ( methodIndex ) , init ( methodIndex ) ) ; methodIndex ++ ; op = attrs [ i ] . getMutatorAnalysis ( ) ; if ( op != null ) { generateMethodCode ( asm , superclass , op . getMethod ( ) , op . getIDLName ( ) , strategy ( methodIndex ) , init ( methodIndex ) ) ; methodIndex ++ ; } } final OperationAnalysis [ ] ops = interfaceAnalysis . getOperations ( ) ; for ( int i = 0 ; i < ops . length ; i ++ ) { generateMethodCode ( asm , superclass , ops [ i ] . getMethod ( ) , ops [ i ] . getIDLName ( ) , strategy ( methodIndex ) , init ( methodIndex ) ) ; methodIndex ++ ; } // Generate the constructor final ClassMethod ctor = asm . addMethod ( Modifier . PUBLIC , "<init>" , "V" ) ; ctor . getCodeAttribute ( ) . aload ( 0 ) ; ctor . getCodeAttribute ( ) . invokespecial ( superclass . getName ( ) , "<init>" , "()V" ) ; ctor . getCodeAttribute ( ) . returnInstruction ( ) ; // Generate the method _ids(), declared as abstract in ObjectImpl final String [ ] ids = interfaceAnalysis . getAllTypeIds ( ) ; asm . addField ( Modifier . PRIVATE + Modifier . STATIC , ID_FIELD_NAME , String [ ] . class ) ; final CodeAttribute idMethod = asm . addMethod ( Modifier . PUBLIC + Modifier . FINAL , "_ids" , "[Ljava/lang/String;" ) . getCodeAttribute ( ) ; idMethod . getstatic ( stubClassName , ID_FIELD_NAME , "[Ljava/lang/String;" ) ; idMethod . returnInstruction ( ) ; // Generate the static initializer final CodeAttribute clinit = asm . addMethod ( Modifier . STATIC , "<clinit>" , "V" ) . getCodeAttribute ( ) ; clinit . iconst ( ids . length ) ; clinit . anewarray ( String . class . getName ( ) ) ; for ( int i = 0 ; i < ids . length ; i ++ ) { clinit . dup ( ) ; clinit . iconst ( i ) ; clinit . ldc ( ids [ i ] ) ; clinit . aastore ( ) ; } clinit . putstatic ( stubClassName , ID_FIELD_NAME , "[Ljava/lang/String;" ) ; int n = methodIndex ; // last methodIndex + 1 for ( methodIndex = 0 ; methodIndex < n ; methodIndex ++ ) { clinit . invokestatic ( stubClassName , init ( methodIndex ) , "()V" ) ; } clinit . returnInstruction ( ) ; return asm ; }
Generates the bytecodes of a stub class for a given interface.

@param interfaceAnalysis an <code>InterfaceAnalysis</code> instance
describing the RMI/IIOP interface to be
implemented by the stub class
@param superclass      the superclass of the stub class
@param stubClassName   the name of the stub class
@return a byte array with the generated bytecodes.
Generates the bytecodes of a stub class for a given interface .