Grasp

=== STILL TRYING STUFF, AWFULL CODE ===

The grasp grammar is something like python with arrow function definition

now it can parse and run

class Person init(self, name) -> self.name = name hello(self) -> print(self.name) getitem(self, item) -> return item person = Person("oguz") person.hello() print(person[0] + 1)

Project consists of three parts === parse.py === This is something like the pyparsing written from scratch

=== grasp.py === This is the compiler written using parse.py, which generates stack machine codes. As an example the class definition will be translated into:

class dup setglobal Person jmp l1 l2:pushlocal 0 pushlocal 1 str name swp setfield pushglobal None return l1:dup str init function l2 0 setfield jmp l3 l4:pushglobal print pushlocal 0 str name getfield call 1 pop pushglobal None return l3:dup str hello function l4 0 setfield jmp l5 l6:pushlocal 1 return pushglobal None return l5:dup str getitem function l6 0 setfield pop pushglobal Person str oguz call 1 setglobal person pushglobal person str hello getmethod swp call 1 pop pushglobal print pushglobal person str getitem getmethod swp int 0 call 2 str add getmethod swp int 1 call 2 call 1 pop

=== vm.cpp, vm.h === This part is the vm code, interprets the bytecode. Bytecode is not binary for now, that will be done in finalization of the project