def test_parse(git_urls):
for url, d in git_urls.items():
p = parser.Parser(url)
result = p.parse()
assert d['pathname'] == result.pathname
assert d['protocols'] == result.protocols
assert d['protocol'] == result.protocol
assert d['href'] == result.href
assert d['resource'] == result.resource
assert d['user'] == result.user
assert d['port'] == result.port
assert d['name'] == result.name
assert d['owner'] == result.owner
def test_parse(request, test_input):
url_data = request.getfixturevalue(test_input)
for url, d in url_data.items():
p = parser.Parser(url)
result = p.parse()
assert d['pathname'] == result.pathname
assert d['protocols'] == result.protocols
assert d['protocol'] == result.protocol
assert d['href'] == result.href
assert d['resource'] == result.resource
assert d['user'] == result.user
assert d['port'] == result.port
assert d['name'] == result.name
assert d['owner'] == result.owner
def test_get_protocol_one_protocols():
p = parser.Parser('ssh://[email protected]/Owner/Repository.git')
assert ['ssh'] == p._get_protocols()
def test_get_protocol_no_protocols():
p = parser.Parser('//example.com/foo')
assert [] == p._get_protocols()
def test_parse_raises_on_invalid_string(invalid_strings):
for invalid_string in invalid_strings:
p = parser.Parser(invalid_string)
with pytest.raises(parser.ParserError):
p.parse()
def test_parse_raises_on_invalid_url(invalid_urls):
for url in invalid_urls:
p = parser.Parser(url)
with pytest.raises(parser.ParserError):
p.parse()
def parse(url): # pragma: no cover
p = parser.Parser(url)
return p.parse()