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import json
import warnings
import pytest
from gitlab import types, utils
class TestEncodedId:
def test_init_str(self):
obj = utils.EncodedId("Hello")
assert "Hello" == obj
assert "Hello" == str(obj)
assert "Hello" == f"{obj}"
assert isinstance(obj, utils.EncodedId)
obj = utils.EncodedId("this/is a/path")
assert "this%2Fis%20a%2Fpath" == str(obj)
assert "this%2Fis%20a%2Fpath" == f"{obj}"
assert isinstance(obj, utils.EncodedId)
def test_init_int(self):
obj = utils.EncodedId(23)
assert "23" == obj
assert "23" == f"{obj}"
assert isinstance(obj, utils.EncodedId)
def test_init_invalid_type_raises(self):
with pytest.raises(TypeError):
utils.EncodedId(None)
def test_init_encodeid_str(self):
value = "Goodbye"
obj_init = utils.EncodedId(value)
obj = utils.EncodedId(obj_init)
assert value == str(obj)
assert value == f"{obj}"
value = "we got/a/path"
expected = "we%20got%2Fa%2Fpath"
obj_init = utils.EncodedId(value)
assert expected == str(obj_init)
assert expected == f"{obj_init}"
# Show that no matter how many times we recursively call it we still only
# URL-encode it once.
obj = utils.EncodedId(
utils.EncodedId(utils.EncodedId(utils.EncodedId(utils.EncodedId(obj_init))))
)
assert expected == str(obj)
assert expected == f"{obj}"
# Show assignments still only encode once
obj2 = obj
assert expected == str(obj2)
assert expected == f"{obj2}"
def test_init_encodeid_int(self):
value = 23
expected = f"{value}"
obj_init = utils.EncodedId(value)
obj = utils.EncodedId(obj_init)
assert expected == str(obj)
assert expected == f"{obj}"
def test_json_serializable(self):
obj = utils.EncodedId("someone")
assert '"someone"' == json.dumps(obj)
obj = utils.EncodedId("we got/a/path")
assert '"we%20got%2Fa%2Fpath"' == json.dumps(obj)
class TestWarningsWrapper:
def test_warn(self):
warn_message = "short and stout"
warn_source = "teapot"
with warnings.catch_warnings(record=True) as caught_warnings:
utils.warn(message=warn_message, category=UserWarning, source=warn_source)
assert len(caught_warnings) == 1
warning = caught_warnings[0]
# File name is this file as it is the first file outside of the `gitlab/` path.
assert __file__ == warning.filename
assert warning.category == UserWarning
assert isinstance(warning.message, UserWarning)
assert warn_message in str(warning.message)
assert __file__ in str(warning.message)
assert warn_source == warning.source
@pytest.mark.parametrize(
"source,expected",
[
({"a": "", "b": "spam", "c": None}, {"a": "", "b": "spam", "c": None}),
({"a": "", "b": {"c": "spam"}}, {"a": "", "b[c]": "spam"}),
],
)
def test_copy_dict(source, expected):
dest = {}
utils.copy_dict(src=source, dest=dest)
assert dest == expected
@pytest.mark.parametrize(
"dictionary,expected",
[
({"a": None, "b": "spam"}, {"b": "spam"}),
({"a": "", "b": "spam"}, {"a": "", "b": "spam"}),
({"a": None, "b": None}, {}),
],
)
def test_remove_none_from_dict(dictionary, expected):
result = utils.remove_none_from_dict(dictionary)
assert result == expected
def test_transform_types_copies_data_with_empty_files():
data = {"attr": "spam"}
new_data, files = utils._transform_types(data, {}, transform_data=True)
assert new_data is not data
assert new_data == data
assert files == {}
def test_transform_types_with_transform_files_populates_files():
custom_types = {"attr": types.FileAttribute}
data = {"attr": "spam"}
new_data, files = utils._transform_types(data, custom_types, transform_data=True)
assert new_data == {}
assert files["attr"] == ("attr", "spam")
def test_transform_types_without_transform_files_populates_data_with_empty_files():
custom_types = {"attr": types.FileAttribute}
data = {"attr": "spam"}
new_data, files = utils._transform_types(
data, custom_types, transform_files=False, transform_data=True
)
assert new_data == {"attr": "spam"}
assert files == {}
def test_transform_types_params_array():
data = {"attr": [1, 2, 3]}
custom_types = {"attr": types.ArrayAttribute}
new_data, files = utils._transform_types(data, custom_types, transform_data=True)
assert new_data is not data
assert new_data == {"attr[]": [1, 2, 3]}
assert files == {}
def test_transform_types_not_params_array():
data = {"attr": [1, 2, 3]}
custom_types = {"attr": types.ArrayAttribute}
new_data, files = utils._transform_types(data, custom_types, transform_data=False)
assert new_data is not data
assert new_data == data
assert files == {}
|
