def test_register_core_by_stack_with_exclude(self, core_type_lib):
foo = common.instructions(core_type_lib)
print([i for i in foo
if i.name == "exec_dup_times"][0].required_stacks())
i_set = InstructionSet(register_core=False)
i_set.register_core_by_stack({"int"},
exclude_stacks={"str", "exec", "code"})
for i in i_set.values():
if len(i.required_stacks()) > 0:
print(i.name, i.required_stacks())
assert i.name not in {
"exec_pop", "exec_dup", "exec_dup_times", "exec_swap",
"exec_rot", "exec_flush", "exec_stack_depth", "exec_yank",
"exec_yank_dup", "exec_shove", "exec_shove_dup"
}
assert "int" in i.required_stacks()
assert "exec" not in i.required_stacks()
def test_register_core_by_stack(self):
i_set = InstructionSet()
i_set.register_core_by_stack({"int"})
for i in i_set.values():
if len(i.required_stacks()) > 0:
assert "int" in i.required_stacks()
def test_register_core_by_stack(self, core_type_lib):
i_set = InstructionSet()
i_set.register_core_by_stack({"int"})
for i in i_set.values():
if len(i.required_stacks()) > 0:
assert "int" in i.required_stacks()
