def test_redirect_not_a_redirect():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(status_code=200)),
mock.sentinel.expected_path,
mock.sentinel.expected_query,
)
def test_redirect_not_a_redirect():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(status_code=200)),
mock.sentinel.expected_path,
mock.sentinel.expected_query,
)
def test_correct_redirect():
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo?bar=baz',
), ),
'/foo',
{'bar': ['baz']},
)
def test_correct_redirect():
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo?bar=baz',
)),
'/foo',
{'bar': ['baz']},
)
def test_redirect_custom_status_code():
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=303,
location='/foo',
), ),
'/foo',
{},
redirect_status_code=303,
)
def test_redirect_wrong_query():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo?bar=baz',
), ),
'/foo',
{'bar': ['biz']},
)
def test_redirect_wrong_path():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo',
)),
'/bar',
{},
)
def test_redirect_wrong_query():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo?bar=baz',
)),
'/foo',
{'bar': ['biz']},
)
def test_redirect_wrong_path():
with pytest.raises(AssertionError):
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=302,
location='/foo',
), ),
'/bar',
{},
)
def test_redirect_custom_status_code():
assert_redirect(
auto_namedtuple(response=auto_namedtuple(
status_code=303,
location='/foo',
)),
'/foo',
{},
redirect_status_code=303,
)
def cloneable_with_commits(cloneable):
commits = []
def append_commit():
output = cmd_output("git", "show", COMMIT_FORMAT)
sha, date = output.splitlines()[:2]
commits.append(Commit(sha, int(date)))
def make_commit(filename, contents):
# Make the graph tests more deterministic
# import time; time.sleep(2)
with io.open(filename, "w") as file_obj:
file_obj.write(contents)
subprocess.check_call(["git", "add", filename])
subprocess.check_call(["git", "commit", "-m", "Add {0}".format(filename)])
append_commit()
with cwd(cloneable):
# Append a commit for the inital commit
append_commit()
make_commit("bar.py", "")
make_commit("baz.py", "")
make_commit("test.py", "import foo\nimport bar\n")
make_commit("foo.tmpl", "#import foo\n#import bar\n")
yield auto_namedtuple(path=cloneable, commits=commits)
def cloneable_with_commits(cloneable):
commits = []
def append_commit():
output = cmd_output('git', 'show', COMMIT_FORMAT)
sha, date = output.splitlines()[:2]
commits.append(Commit(sha, int(date)))
def make_commit(filename, contents):
# Make the graph tests more deterministic
# import time; time.sleep(2)
with io.open(filename, 'w') as file_obj:
file_obj.write(contents)
subprocess.check_call(['git', 'add', filename])
subprocess.check_call([
'git',
'commit',
'-m',
'Add {0}'.format(filename),
])
append_commit()
with cwd(cloneable):
# Append a commit for the inital commit
append_commit()
make_commit('bar.py', '')
make_commit('baz.py', '')
make_commit('test.py', 'import foo\nimport bar\n')
make_commit('foo.tmpl', '#import foo\n#import bar\n')
yield auto_namedtuple(path=cloneable, commits=commits)
def server_with_data(server, cloneable_with_commits):
cfg = server.sandbox.gen_config(repo=cloneable_with_commits.path)
main(('-C', cfg))
yield auto_namedtuple(
server=server,
cloneable_with_commits=cloneable_with_commits,
)
def hg_cloneable_with_commits(hg_cloneable):
commits = []
def append_commit():
output = cmd_output(
'hg',
'log',
'--template={node}\n{word(0, date, \".\")}\n',
'--rev',
'.',
)
sha, date = output.splitlines()[:2]
commits.append(Commit(sha, int(date)))
def make_commit(filename, contents):
with open(filename, 'w') as file_obj:
file_obj.write(contents)
subprocess.check_call(('hg', 'add', filename))
subprocess.check_call(('hg', 'ci', '-m', f'Add {filename}'))
append_commit()
with cwd(hg_cloneable):
append_commit()
make_commit('bar.py', '')
make_commit('baz.py', '')
make_commit('test.py', 'import foo\nimport bar\n')
make_commit('foo.tmpl', '#import foo\n#import bar\n')
yield auto_namedtuple(path=hg_cloneable, commits=commits)
def checked_out_repo(cloneable_with_commits):
parser = git_repo_parser.GitRepoParser(cloneable_with_commits.path)
with parser.repo_checked_out():
yield auto_namedtuple(
repo_parser=parser,
cloneable_with_commits=cloneable_with_commits,
)
def checked_out_repo(cloneable_with_commits):
parser = repo_parser.RepoParser(cloneable_with_commits.path)
with parser.repo_checked_out():
yield auto_namedtuple(
repo_parser=parser,
cloneable_with_commits=cloneable_with_commits,
)
def checked_out_repo(hg_cloneable_with_commits):
parser = hg_repo_parser.HgRepoParser(hg_cloneable_with_commits.path)
with parser.repo_checked_out():
yield auto_namedtuple(
repo_parser=parser,
cloneable_with_commits=hg_cloneable_with_commits,
)
def cloneable_with_commits(cloneable):
commits = []
def append_commit():
output = cmd_output('git', 'show', COMMIT_FORMAT)
sha, date = output.splitlines()[:2]
commits.append(Commit(sha, int(date)))
def make_commit(filename, contents):
# Make the graph tests more deterministic
# import time; time.sleep(2)
with io.open(filename, 'w') as file_obj:
file_obj.write(contents)
subprocess.check_call(('git', 'add', filename))
subprocess.check_call((
'git', 'commit', '-m', 'Add {0}'.format(filename),
))
append_commit()
with cwd(cloneable):
# Append a commit for the inital commit
append_commit()
make_commit('bar.py', '')
make_commit('baz.py', '')
make_commit('test.py', 'import foo\nimport bar\n')
make_commit('foo.tmpl', '#import foo\n#import bar\n')
yield auto_namedtuple(path=cloneable, commits=commits)
def test_json():
response = auto_namedtuple(
'Response',
data=b'{"foo": "bar"}',
charset='UTF-8',
)
instance = Response(response)
assert instance.json == {'foo': 'bar'}
def test_pq():
response = auto_namedtuple(
'Response',
data=b'<p>Oh hai!</p>',
charset='UTF-8',
)
instance = Response(response)
assert instance.pq.__html__() == response.data.decode('UTF-8')
def test_json():
response = auto_namedtuple('Response', data='{"foo": "bar"}')
instance = Response(response)
assert instance.json == {'foo': 'bar'}
def test_pq():
response = auto_namedtuple('Response', data='<p>Oh hai!</p>')
instance = Response(response)
assert instance.pq.__html__() == response.data
def test_raises_for_response_error():
with pytest.raises(AssertionError):
assert_no_response_errors(
auto_namedtuple(response=auto_namedtuple(status_code=201)), )
def server_with_data(server, cloneable_with_commits):
main([cloneable_with_commits.path, server.sandbox.db_path])
yield auto_namedtuple(
server=server,
cloneable_with_commits=cloneable_with_commits,
)
def test_pq():
response = auto_namedtuple(
'Response', data=b'<p>Oh hai!</p>', charset='UTF-8',
)
instance = Response(response)
assert instance.pq.__html__() == response.data.decode('UTF-8')
def test_json():
response = auto_namedtuple(
'Response', data=b'{"foo": "bar"}', charset='UTF-8',
)
instance = Response(response)
assert instance.json == {'foo': 'bar'}
def test_raises_for_response_error():
with pytest.raises(AssertionError):
assert_no_response_errors(
auto_namedtuple(response=auto_namedtuple(status_code=201)),
)
def server_with_data(server, cloneable_with_commits):
main([cloneable_with_commits.path, server.sandbox.db_path])
yield auto_namedtuple(server=server, cloneable_with_commits=cloneable_with_commits)
def test_pq():
response = auto_namedtuple('Response', data='<p>Oh hai!</p>')
instance = Response(response)
assert instance.pq.__html__() == response.data
def test_json():
response = auto_namedtuple('Response', data='{"foo": "bar"}')
instance = Response(response)
assert instance.json == {'foo': 'bar'}
def test_ok_for_200():
assert_no_response_errors(
auto_namedtuple(response=auto_namedtuple(status_code=200)),
)
def test_ok_for_200():
assert_no_response_errors(
auto_namedtuple(response=auto_namedtuple(status_code=200)), )