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test_compiler.py
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test_compiler.py
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from ast import *
from compiler import *
from utils import repr_Module
import type_check_Llambda
import type_check_Clambda
import interp_Llambda
import interp_Clambda
from interp_x86 import eval_x86
prog = """
f: Callable[[],int] = lambda : 42
print(f())
"""
# prog = """
# def f(x : int) -> Callable[[int], int]:
# y = 4
# return lambda z: x + y + z
# g = f(5)
# h = f(3)
# print( g(11) + h(15) )
# """
# prog = """
# def foo(x: int, y: int, z: int) -> Callable[[int],int]:
# x = 100
# y = 200
# bar: Callable[[int],int] = lambda x: x + y + z
# z = 10
# return bar
# z = 30
# print(foo(1, 2, z)(1))
# """
# prog = """
# def add(x:int,y:int)-> int :
# return x + y
# print(add(40, 2))
# """
# prog = """
# def map(f : Callable[[int],int],
# v : tuple[(int, int,)]) -> tuple[(int, int,)]:
# return (f(v[0]), f(v[1]),)
# def inc(x:int) -> int:
# return x + 1
# x = 1
# y = (x,)
# """
# prog = """
# def foo(x: int, y: int, z: int) -> Callable[[int],int]:
# x = 100
# y = 200
# bar: Callable[[int],int] = lambda x: x + y + z
# z = 10
# return bar
# z = 30
# print(foo(1, 2, z)(1))
# """
# prog = """
# def add(x:int,y:int)-> int :
# return x + y
# print(add(40, 2))
# """
# prog = """
# def map(f : Callable[[int],int],
# v : tuple[(int, int,)]) -> tuple[(int, int,)]:
# return (f(v[0]), f(v[1]),)
# def inc(x:int) -> int:
# return x + 1
# n = input_int()
# print(map(inc, (0, n,))[1])
# """
# prog = """
# def sum(a:int,b:int,c:int,d:int,e:int,f:int,g:int,h:int)-> int :
# return a + b + c + d + e + f + g + h
# print(sum(5, 5, 5, 5, 5, 5, 5, 7))
# """
# prog ="""
# x = input_int()
# y = input_int()
# if ((True if x == y else True) if (True if False else x != y) else False):
# u = x < y
# v = x < y
# w = x > y
# z = x >= y
# else:
# u = True
# v = True
# w = True
# z = True
# pyc_temp_var_0 = (v if u else False)
# pyc_temp_var_1 = (x - y if not pyc_temp_var_0 else 0)
# print(pyc_temp_var_1)
# """
# prog = """
# while False:
# input_int()
# print(1)
# print(42)
# """
# prog = """
# sum = 0
# m = 3
# n = 4
# i = 1
# while i < m:
# j = 1
# while j < n:
# sum = sum + i + j
# j = j + 1
# i = i + 1
# print(sum)
# """
# prog = """
# x = 0
# while (True if input_int() == 5 else False):
# x = x + 42
# print(x)
# """
# prog = """
# a = 1
# if a == 1:
# b = 2
# else:
# b = 3
# print(b)
# """
# prog = """
# x = 42
# y = 0
# if False or x!= y and x == y or True:
# u = x < y
# v = x <= y
# w = x > y
# z = x >= y
# else:
# u = True
# v = True
# w = True
# z = True
# print((x - y if not u and v else 0))
# """
# prog = """
# x = input_int()
# pyc_temp_var_0 = x == 1
# if not pyc_temp_var_0:
# if x == 0:
# y = 42
# else:
# y = 777
# else:
# y = 0
# print(y)
# """
# prog = """
# pyc_temp_var_0 = input_int()
# pyc_temp_var_3 = 42 if (input_int() == 0 if pyc_temp_var_0 == 1 else input_int() == 2) else 777
# print(pyc_temp_var_3)
# """
# prog = """
# pyc_temp_var_0 = input_int()
# pyc_temp_var_3 = 42 if (input_int() == 0 if pyc_temp_var_0 == 1 else input_int() == 2) else 777
# print(pyc_temp_var_3)
# """
# pyc_temp_var_0 = input_int()
# pyc_temp_var_3 = (10 + 32 if (let Name('pyc_temp_var_1') = Call(Name('input_int'), []) in Compare(Name('pyc_temp_var_1'), [Eq()], [Constant(0)]) if pyc_temp_var_0 == 1 else let Name('pyc_temp_var_2') = Call(Name('input_int'), []) in Compare(Name('pyc_temp_var_2'), [Eq()], [Constant(2)])) else 700 + 77)
# print(pyc_temp_var_3)
# prog = """
# pyc_temp_var_0 = (42 if 2 > 1 else 0)
# print(pyc_temp_var_0)
# """
# print((x +- y if not u and v else 0))
# """
# test program here
# prog = """
# a = 20 + - 30
# b = input_int() + 10 + 20
# print(a + b + 60)
# """
# prog = """
# v = 1
# w = 42
# x = v + 7
# y = x
# z = x + w
# print(z + -y )
# """
# prog = """
# x = input_int()
# y = input_int()
# print(x + -y)
# """
# prog = """
# a = 5
# b = 30
# c = a
# b = 10
# c = c + b
# """
# prog = """
# x1 = input_int()
# x2 = input_int()
# x3 = input_int()
# x4 = input_int()
# x5 = input_int()
# x6 = input_int()
# x7 = input_int()
# x8 = input_int()
# x9 = input_int()
# x10 = input_int()
# x11 = input_int()
# x12 = input_int()
# x13 = input_int()
# x14 = input_int()
# x15 = input_int()
# x16 = input_int()
# print(x1 + - x2 + x3 + - x4 + x5 + - x6 + x7 + - x8 + x9 + - x10 + x11 + - x12 + x13 + - x14 + x15 + - x16 + 42)
# """
interp = interp_Llambda.InterpLlambda()
# interp = interp_Pvar.InterpPvar()
p = parse(prog)
print("\n======= original program")
print(p)
print("\n======= AST of the original program")
print(ast.dump(p))
type_check_Llambda.TypeCheckLlambda().type_check(p)
print("\n======= type check passes")
# print("\n======= interpreting original program")
# interp.interp(p)
compiler = Compiler()
print("\n======= shrinked program")
p_shrinked = compiler.shrink(p)
print(p_shrinked)
print("\n======= interpreting shrinked program")
interp.interp(p_shrinked)
print("\n======= uniquify program")
p_uniquifid = compiler.uniquify(p_shrinked)
print(p_uniquifid)
print("\n======= uniquify program AST")
print(p_uniquifid.__repr__())
print("\n======= interpreting uniquifid program")
interp.interp(p_uniquifid)
print("\n======= reveal functions")
p_revealed = compiler.reveal_functions(p_shrinked)
print(p_revealed)
print("\n======= reveal functions AST")
print(p_revealed.__repr__())
print("\n======= interpreting revealed functions program")
interp.interp(p_revealed)
print("\n======= Assignment Conversion")
p_assign_converted = compiler.convert_assignments(p_revealed)
print(p_assign_converted)
print("\n======= interpreting Assignment Conversion program")
interp.interp(p_assign_converted)
print("\n======= Assignment Conversion AST")
print(p_assign_converted.__repr__())
print("\n\n======= Closure Conversion")
p_closure_converted = compiler.convert_to_closures(p_assign_converted)
print("\n======= printing closured prog")
print(p_closure_converted)
print("\n======= limit functions")
p_limited = compiler.limit_functions(p_closure_converted)
print(p_limited)
print("\n======= limit functions AST")
print(ast.dump(p_limited))
print("\n======= interpreting limit functions program")
interp.interp(p_limited)
type_check_Llambda.TypeCheckLlambda().type_check(p_limited)
p_rcoed = compiler.remove_complex_operands(p_limited)
print("\n======= RCOed program AST")
print(p_rcoed.__repr__())
print("\n======= printing RCOed program")
print(p_rcoed)
print("\n======= interpreting RCOed program")
interp.interp(p_rcoed)
print("\n======= explicate control")
print("\n======= printing EXPed program")
p_exped = compiler.explicate_control(p_rcoed)
print(p_exped)
print("\n======= printing EXPed program AST")
print(p_exped.__repr__())
print("\n======= type checking EXPed program")
type_check_Clambda.TypeCheckClambda().type_check(p_exped)
print("\n======= interpreting EXPed program")
cif_interp = interp_Clambda.InterpClambda()
cif_interp.interp(p_exped)
print("\n======= selecting instructions\n")
p_x64 = compiler.select_instructions(p_exped)
print("\n======= printing x64 program AST")
print(p_x64.__repr__())
print("\n======= printing x64 program")
print(p_x64)
# print("\n======= evaluating x86 program")
# eval_x86.interp_x86(p_x64)
# print("\n======= uncovering live after sets")
# las = compiler.uncover_live(p_x64)
# for (label, block) in p_x64.body.items():
# print(label)
# for s in block:
# print(repr(s) + '\t' + str(las[s]))
# print("\n======= building interference graph")
# las_dict = compiler.uncover_live(p_x64)
# rv = compiler.build_interference(las_dict)
# print(compiler.int_graph.show())
# print("\n======= building move graph")
# rv = compiler.build_move_graph(p_x64.body)
# print(compiler.move_graph.show())
# print("\n======= graph coloring")
# coloring = compiler.color_graph(compiler.int_graph)
# print(coloring)
print("\n======= assigning homes")
p_x64_reg = compiler.assign_homes(p_x64)
print(p_x64_reg)
# print("\n======= evaluating x86 program")
# eval_x86.interp_x86(p_x64_reg)
print("\n======= patching instructions")
p_x64_patched = compiler.patch_instructions(p_x64_reg)
print(p_x64_patched)
print("\n======= geenrating prelude and conclusion")
p_x64_final = compiler.prelude_and_conclusion(p_x64_patched)
print(p_x64_final)
# print("\n======= evaluating x86 program")
# eval_x86.interp_x86(p_x64_final)