func createArgs() *heap.Object {
jArgs := make([]*heap.Object, len(_args))
for i, arg := range _args {
jArgs[i] = rtda.JString(arg)
}
return heap.NewRefArray2(_classLoader.JLStringClass(), jArgs)
}
// private native Class<?>[] getInterfaces0();
// ()[Ljava/lang/Class;
func getInterfaces0(frame *rtda.Frame) {
class := _popClass(frame)
interfaces := class.Interfaces()
interfaceObjs := make([]*heap.Object, len(interfaces))
for i, iface := range interfaces {
interfaceObjs[i] = iface.JClass()
}
jlClassClass := heap.BootLoader().JLClassClass()
interfaceArr := heap.NewRefArray2(jlClassClass, interfaceObjs)
stack := frame.OperandStack()
stack.PushRef(interfaceArr)
}
func _createEnclosintMethodInfo(classLoader *heap.ClassLoader, emInfo *heap.EnclosingMethod) *heap.Object {
if emInfo == nil {
return nil
}
enclosingClass := classLoader.LoadClass(emInfo.ClassName())
enclosingClassObj := enclosingClass.JClass()
var methodNameObj, methodDescriptorObj *heap.Object
if emInfo.MethodName() != "" {
methodNameObj = rtda.JString(emInfo.MethodName())
methodDescriptorObj = rtda.JString(emInfo.MethodDescriptor())
} else {
methodNameObj, methodDescriptorObj = nil, nil
}
objs := []*heap.Object{enclosingClassObj, methodNameObj, methodDescriptorObj}
return heap.NewRefArray2(classLoader.JLObjectClass(), objs) // Object[]
}