def test_enforce_sandbox(file_tree, error, tmp_path):
write_file_tree(file_tree, tmp_path)
if error is not None:
with pytest.raises(ValidationError, match=error):
_enforce_sandbox(tmp_path)
else:
_enforce_sandbox(tmp_path)
def assert_files_testdir(tmp_path):
tree = {
"present_file": "",
"present_dir": {},
"sub": {
"present_file": "",
"present_dir": {},
"can_black_stop_collapsing_dicts_that_I_want_to_keep_multiline_please": "",
},
}
write_file_tree(tree, tmp_path)
return tmp_path
def test_vendor_changed(subpath, vendor_before, vendor_changes, expected_change, fake_repo, caplog):
repo_dir, _ = fake_repo
repo = git.Repo(repo_dir)
app_dir = os.path.join(repo_dir, subpath)
os.makedirs(app_dir, exist_ok=True)
write_file_tree(vendor_before, app_dir)
repo.index.add(os.path.join(app_dir, path) for path in vendor_before)
repo.index.commit("before vendoring")
write_file_tree(vendor_changes, app_dir, exist_ok=True)
assert gomod._vendor_changed(repo_dir, app_dir) == bool(expected_change)
if expected_change:
assert expected_change.format(subpath=subpath) in caplog.text
# The _vendor_changed function should reset the `git add` => added files should not be tracked
assert not repo.git.diff("--diff-filter", "A")
def test_merge_bundle_dirs(mock_merge_files, tree_1, tree_2, result_tree, merge_file_executions):
with tempDir() as dir_1, tempDir() as dir_2, tempDir() as dir_3:
write_file_tree(tree_1, dir_1)
write_file_tree(tree_2, dir_2)
write_file_tree(result_tree, dir_3)
_merge_bundle_dirs(dir_1, dir_2)
assert_directories_equal(dir_2, dir_3)
assert mock_merge_files.call_count == merge_file_executions
def test_merge_files(file_1_content, file_2_content, result_file_content):
with tempDir() as dir_1, tempDir() as dir_2, tempDir() as dir_3:
write_file_tree({"list": file_1_content}, dir_1)
write_file_tree({"list": file_2_content}, dir_2)
write_file_tree({"list": result_file_content}, dir_3)
_merge_files("{}/list".format(dir_1), "{}/list".format(dir_2))
with open("{}/list".format(dir_2), "r") as f:
print(f.read())
with open("{}/list".format(dir_3), "r") as f:
print(f.read())
assert_directories_equal(dir_2, dir_3)
