def test_inttype_verify():
for size in (8, 16, 32, 64, 128):
assert verify(types.IntType(size)) is None, \
f"IntType({size}) is valid"
with pytest.raises(errors.TypeError):
verify(types.IntType(7))
def test_enumtype_verify():
typ = types.EnumType("test_enum", variants=("A", "B", "C"))
assert verify(typ) is None, "EnumType without duplicate variants is ok"
typ2 = types.EnumType("test_enum", variants=("A", "A"))
with pytest.raises(errors.TypeError):
verify(typ2)
def test_floattype_verify():
for size in (32, 64):
assert verify(types.FloatType(size)) is None, \
f"FloatType({size}) is valid"
with pytest.raises(errors.TypeError):
verify(types.FloatType(128))
def test_structtype_verify():
typ = types.StructType("test_struct",
fields=(
("a", types.IntType(8)),
("b", types.IntType(16)),
))
assert verify(typ) is None, "Struct with unique field names is ok"
typ = types.StructType("test_struct",
fields=(
("a", types.IntType(8)),
("a", types.IntType(16)),
))
with pytest.raises(errors.TypeError):
verify(typ)
def test_uniontype_verify():
typ = types.UnionType("test_union",
variants=(
("A", types.TupleType((types.IntType(32), ))),
("B", types.TupleType((types.IntType(16), ))),
))
assert verify(typ) is None, "Union with unique variant names is ok"
typ = types.UnionType("test_union",
variants=(
("A", types.TupleType((types.IntType(32), ))),
("A", types.TupleType((types.IntType(16), ))),
))
with pytest.raises(errors.TypeError):
verify(typ)
def test_functiontemplate_verify():
typ = types.FunctionType(
name="test_func",
return_type=None,
parameters=(("a", types.IntType(8)), ("b", types.IntType(8))),
)
assert verify(typ) is None, "FunctionType with unique params is ok"
typ = types.FunctionType(
name="test_func",
return_type=None,
parameters=(("a", types.IntType(8)), ("a", types.IntType(8))),
)
with pytest.raises(errors.TypeError):
verify(typ)
def test_scopedtype_verify():
typ = types.StructType(name="test_struct",
type_parameters=(types.TypeVariable("T"),
types.TypeVariable("U")),
fields=(("a", types.IntType(32)), ))
assert verify(typ) is None, "ScopedType with unique parameters is ok"
typ = types.StructType(name="duplicate_type_variable",
type_parameters=(types.TypeVariable("T"),
types.TypeVariable("T")),
fields=(("a", types.IntType(32)), ))
with pytest.raises(errors.TypeError):
verify(typ)
typ = types.StructType(name="unbound_type_variable",
fields=(("a", types.TypeVariable("T")), ))
with pytest.raises(errors.ReferenceError):
verify(typ)
def test_symboltype_verify():
assert verify(types.SymbolType()) is None, 'SymbolType is valid'
def test_booltype_verify():
assert verify(types.BoolType()) is None, "BoolType is valid"
def test_slicetype_verify():
assert verify(types.SliceType(types.FloatType(32))) is None, \
"SliceType of int8 is valid"
def test_arraytype_verify():
assert verify(types.ArrayType(3, types.IntType(8))) is None, \
"ArrayType of int8[3] is valid"
def test_tupletype_verify():
assert verify(types.TupleType()) is None, "Empty TupleType is ok"
assert verify(types.TupleType((types.IntType(8),))) is None, \
"Non-empty TupleType is ok"
