def test_self_match_all(self):
self.check_instrs([], [SkipAny()])
self.check_instrs([Instruction("STORE_NAME", "foo")], [SkipAny()])
self.check_instrs(
[Instruction("STORE_NAME", "foo"), Instruction("STORE_NAME", "foo")],
[SkipAny()],
)
def test_self_neg_wildcard_multimatch(self):
with self.assertRaisesRegex(
AssertionError, "unexpected match CALL_FUNCTION 0, got CALL_FUNCTION 0"
):
self.check_instrs(
[Instruction("LOAD_NAME", "foo"), Instruction("CALL_FUNCTION", 0)],
[SkipBut(Op("LOAD_NAME", "bar"), Op("CALL_FUNCTION", 0))],
)
def test_self_neg_wildcard_match(self):
with self.assertRaisesRegex(
AssertionError, "unexpected match LOAD_NAME foo, got LOAD_NAME 'foo'"
):
self.check_instrs(
[Instruction("LOAD_NAME", "foo"), Instruction("CALL_FUNCTION", 0)],
[~Op("LOAD_NAME", "foo")],
)
def test_self_trailing_script_wildcard(self):
with self.assertRaisesRegex(
AssertionError, escape("Trailing script elements: [Op(STORE_NAME, 'bar')]")
):
self.check_instrs(
[Instruction("STORE_NAME", "foo"), Instruction("STORE_NAME", "foo")],
[SkipAny(), Op("STORE_NAME", "bar")],
)
def test_self_trailing_instrs(self):
with self.assertRaisesRegex(AssertionError,
"Extra bytecodes not expected"):
self.check_instrs(
[
Instruction("STORE_NAME", "foo"),
Instruction("STORE_NAME", "foo")
],
[Op("STORE_NAME", "foo")],
)
def test_self_match_block(self):
block = pyassem.Block()
block.bid = 1
self.check_instrs(
[
Instruction("JUMP_ABSOLUTE", None, target=block),
Instruction("LOAD_CONST", None),
Instruction("RETURN_VALUE", 0),
],
[Op("JUMP_ABSOLUTE", Block(1)), Op("LOAD_CONST", None), SkipAny()],
)
def test_self_match_wrong_block(self):
block = pyassem.Block()
block.bid = 1
with self.assertRaisesRegex(
AssertionError,
escape(
"mismatch, expected JUMP_ABSOLUTE Block(2), got JUMP_ABSOLUTE Block(1)"
),
):
self.check_instrs(
[
Instruction("JUMP_ABSOLUTE", None, target=block),
Instruction("LOAD_CONST", None),
Instruction("RETURN_VALUE", 0),
],
[Op("JUMP_ABSOLUTE", Block(2)), Op("LOAD_CONST", None), SkipAny()],
)
def test_self_bad_oparg(self):
return
with self.assertRaisesRegex(
AssertionError, "Failed to eval expected oparg: foo"
):
self.check_instrs(
[Instruction("STORE_NAME", "foo")], [Op("STORE_NAME", "foo")]
)
def graph_instrs(graph, name=None):
if name:
yield Instruction(SCRIPT_OPCODE_CODE, name)
for block in graph.getBlocks():
for instr in block.getInstructions():
yield instr
def test_self_neg_wildcard_no_multimatch(self):
self.check_instrs(
[Instruction("LOAD_NAME", "foo"), Instruction("CALL_FUNCTION", 0)],
[SkipBut(Op("LOAD_NAME", "bar"), Op("CALL_FUNCTION", 1))],
)
def test_self_match_after_wildcard(self):
self.check_instrs(
[Instruction("LOAD_NAME", "foo"), Instruction("CALL_FUNCTION", 0)],
[SkipAny(), Op("CALL_FUNCTION", 0)],
)
def test_self_wildcard_opname(self):
self.check_instrs([Instruction("LOAD_NAME", "foo")], [Op(Any, "foo")])
def test_self_wildcard_oparg(self):
self.check_instrs([Instruction("LOAD_NAME", "foo")], [Op("LOAD_NAME", Any)])
def test_self_mismatch_opname(self):
with self.assertRaises(AssertionError):
self.check_instrs(
[Instruction("LOAD_NAME", "foo")], [Op("STORE_NAME", "foo")]
)
