def test_eval(self, exp, expected, *statements):
for statement in statements:
self.vm.execute_statement(statement)
self.assertEqual(expected,
Vm.format(self.vm.eval(self.vm.parse_exp(exp))))
vm.execute_statement(line)
vm.execute_statement(
'paintProgram = ` ` B ` B ` ` S ` ` B ` B ` pair 0 ` ` C ` ` B B pair ` ` C pair emptyList ` ` C pair emptyList ` C pair'
)
vm.execute_statement(
'drawClickedPixelProgram = ` ` C ` ` B B ` ` B ` B ` pair 0 ` ` C ` ` B B pair ` ` C pair emptyList ` ` C ` ` B pair ` ` C pair emptyList emptyList'
)
# vm.execute_statement('boot = paintProgram')
# vm.execute_statement('boot = drawClickedPixelProgram')
vm.execute_statement('boot = operationSystem')
state = None
event = (0, 0)
while True:
res, state, screen_data = Vm.as_list(
vm.eval(
vm.parse_exp('` ` boot {0} {1}'.format(Vm.compile(state),
Vm.compile(event)))))
print('res: {0}'.format(res))
print('state: {0}'.format(Vm.format(state)))
screens = Vm.as_list(screen_data)
for i, screen in enumerate(screens):
print("screen {0}: {1}".format(i, Vm.format(screen)))
print(">>> ", end='')
event = tuple(int(i) for i in input().split(' '))
# print(Vm.format(vm.eval(vm.parse_exp('` ` operationSystem emptyList ` ` pair 0 0'))))