def test_nested_dict_inside_list():
tags = Tags.from_text(LIST_DICT)
data = parse_items(tags)
assert data == [
"MyString",
["ListItem1", {
"Key": "Value"
}, "ListItem2"],
"Tail",
]
def test_missing_close_tag_raises_dxf_structure_error():
tags = Tags.from_text("302\n[\n1\nListItem1")
with pytest.raises(const.DXFStructureError):
parse_items(tags)
def test_nested_dict_as_dict_value():
tags = Tags.from_text(DICT2)
data = parse_items(tags)
assert data == ["MyString", {"Key1": {"Key2": "Value2"}}, "Tail"]
def test_nested_list_as_dict_value():
tags = Tags.from_text(DICT_LIST)
data = parse_items(tags)
assert data == ["MyString", {"Key": ["ListItem"]}, "Tail"]
def test_nested_list_inside_list():
tags = Tags.from_text(LIST2)
data = parse_items(tags)
assert data == ["MyString", ["ListItem1", ["ListItem2"]], "Tail"]
def test_top_level_dict():
tags = Tags.from_text(DICT1)
data = parse_items(tags)
assert data == ["MyString", {"Key1": "Value1"}, "Tail"]
def test_parse_vec3(self, tags):
data = parse_items(tags)[3]
assert data == (7, 8, 9)
assert type(data) is Vec3
def test_top_level_list():
tags = Tags.from_text(LIST1)
data = parse_items(tags)
assert data == ["MyString", ["ListItem1"], "Tail"]
def test_parse_float(self, tags):
data = parse_items(tags)[1]
assert data == 3.1415
assert type(data) is float
def test_parse_int(self, tags):
data = parse_items(tags)[2]
assert data == 255
assert type(data) is int
def test_parse_str(self, tags):
data = parse_items(tags)[0]
assert data == "MyString"
assert type(data) == str
def test_parse_all(self, tags):
data = parse_items(tags)
assert len(data) == 4
def test_compile_complex_structures(self, struct):
tags = compile_user_record("TEST", struct)
assert parse_items(tags[1:]) == struct
def test_compile_simple_types(self, value):
tags = compile_user_record("TEST", [value])
assert parse_items(tags[1:]) == [value]
def test_invalid_group_code_raises_value_error():
tags = Tags.from_text("5\ninvalid\n")
with pytest.raises(const.DXFValueError):
parse_items(tags)