VTABLE(VMMethod)* VMMethod_vtable(void) {
if(! VMMethod_vtable_inited) {
*((VTABLE(VMArray)*)&_VMMethod_vtable) = *VMArray_vtable();
ASSIGN_TRAIT(VMInvokable, VMMethod);
_VMMethod_vtable.init = METHOD(VMMethod, init);
_VMMethod_vtable.get_number_of_locals =
METHOD(VMMethod, get_number_of_locals);
_VMMethod_vtable.get_maximum_number_of_stack_elements =
METHOD(VMMethod, get_maximum_number_of_stack_elements);
_VMMethod_vtable._get_offset = METHOD(VMMethod, _get_offset);
_VMMethod_vtable.set_holder_all = METHOD(VMMethod, set_holder_all);
_VMMethod_vtable.get_constant = METHOD(VMMethod, get_constant);
_VMMethod_vtable.get_number_of_arguments =
METHOD(VMMethod, get_number_of_arguments);
_VMMethod_vtable.get_number_of_bytecodes =
METHOD(VMMethod, get_number_of_bytecodes);
_VMMethod_vtable.get_bytecode = METHOD(VMMethod, get_bytecode);
_VMMethod_vtable.set_bytecode = METHOD(VMMethod, set_bytecode);
_VMMethod_vtable.invoke_method = METHOD(VMMethod, invoke_method);
_VMMethod_vtable.mark_references =
METHOD(VMMethod, mark_references);
VMMethod_vtable_inited = true;
}
/**
* Create a new VMArray
*
*/
pVMArray VMArray_new(size_t size) {
pVMArray result = (pVMArray)gc_allocate_object(
sizeof(VMArray) + sizeof(pVMObject) * size);
if(result) {
result->_vtable = VMArray_vtable();
gc_start_uninterruptable_allocation();
INIT(result, size);
gc_end_uninterruptable_allocation();
}
return result;
}
