def test_endpoint_sort_custom_strategy(self):
"""Parser should sort duplicate endpoint paths using a custom sort
strategy.
"""
source_cells = [
'# POST /1',
'# POST /+',
'# GET /a'
]
def custom_sort_fun(endpoint):
if endpoint.find('1') >= 0:
return 0
elif endpoint.find('a') >= 0:
return 1
else:
return 2
parser = APICellParser(comment_prefix='#')
endpoints = parser.endpoints(source_cells, custom_sort_fun)
expected_values = ['/+', '/a', '/1']
for index in range(0, len(expected_values)):
endpoint, _ = endpoints[index]
self.assertEqual(expected_values[index], endpoint, 'Endpoint was not found in expected order')
def test_add_title_adds_title_to_spec(self):
"""Builder should store an API title."""
expected = 'Some New Title'
builder = SwaggerSpecBuilder(APICellParser(comment_prefix='#'))
builder.set_default_title(expected)
result = builder.build()
self.assertEqual(result['info']['title'], expected,
'Title was not set to new value')
def test_add_cell_adds_api_cell_to_spec(self):
"""Builder should store an API cell annotation."""
expected = {'get': {'responses': {200: {'description': 'Success'}}}}
builder = SwaggerSpecBuilder(APICellParser(comment_prefix='#'))
builder.add_cell('# GET /some/resource')
result = builder.build()
self.assertEqual(result['paths']['/some/resource'], expected,
'Title was not set to new value')
def test_get_cell_endpoint_and_verb(self):
"""Parser should extract API endpoint and verb from cell annotations."""
parser = APICellParser(comment_prefix='#')
endpoint, verb = parser.get_cell_endpoint_and_verb('# GET /foo')
self.assertEqual(endpoint, '/foo', 'Endpoint was not extracted correctly')
self.assertEqual(verb, 'GET', 'Endpoint was not extracted correctly')
endpoint, verb = parser.get_cell_endpoint_and_verb('# POST /bar/quo')
self.assertEqual(endpoint, '/bar/quo', 'Endpoint was not extracted correctly')
self.assertEqual(verb, 'POST', 'Endpoint was not extracted correctly')
endpoint, verb = parser.get_cell_endpoint_and_verb('some regular code')
self.assertEqual(endpoint, None, 'Endpoint was not extracted correctly')
self.assertEqual(verb, None, 'Endpoint was not extracted correctly')
def test_endpoint_sort_default_strategy(self):
"""Parser should sort duplicate endpoint paths."""
source_cells = [
'# POST /:foo', '# POST /hello/:foo', '# GET /hello/:foo',
'# PUT /hello/world'
]
parser = APICellParser(kernelspec='some_unknown_kernel')
endpoints = parser.endpoints(source_cells)
expected_values = ['/hello/world', '/hello/:foo', '/:foo']
for index in range(0, len(expected_values)):
endpoint, _ = endpoints[index]
self.assertEqual(expected_values[index], endpoint,
'Endpoint was not found in expected order')
def test_endpoint_concatenation(self):
"""Parser should concatenate multiple cells with the same verb+path."""
source_cells = [
'# POST /foo/:bar', '# POST /foo/:bar', '# POST /foo', 'ignored',
'# GET /foo/:bar'
]
parser = APICellParser(kernelspec='some_unknown_kernel')
endpoints = parser.endpoints(source_cells)
self.assertEqual(len(endpoints), 2)
# for ease of testing
endpoints = dict(endpoints)
self.assertEqual(len(endpoints['/foo']), 1)
self.assertEqual(len(endpoints['/foo/:bar']), 2)
self.assertEqual(endpoints['/foo']['POST'], '# POST /foo\n')
self.assertEqual(endpoints['/foo/:bar']['POST'],
'# POST /foo/:bar\n# POST /foo/:bar\n')
self.assertEqual(endpoints['/foo/:bar']['GET'], '# GET /foo/:bar\n')
def test_endpoint_response_concatenation(self):
"""Parser should concatenate multiple response cells with the same
verb+path.
"""
source_cells = [
'# ResponseInfo POST /foo/:bar',
'# ResponseInfo POST /foo/:bar',
'# ResponseInfo POST /foo',
'ignored',
'# ResponseInfo GET /foo/:bar'
]
parser = APICellParser(comment_prefix='#')
endpoints = parser.endpoint_responses(source_cells)
self.assertEqual(len(endpoints), 2)
# for ease of testing
endpoints = dict(endpoints)
self.assertEqual(len(endpoints['/foo']), 1)
self.assertEqual(len(endpoints['/foo/:bar']), 2)
self.assertEqual(endpoints['/foo']['POST'], '# ResponseInfo POST /foo\n')
self.assertEqual(endpoints['/foo/:bar']['POST'], '# ResponseInfo POST /foo/:bar\n# ResponseInfo POST /foo/:bar\n')
self.assertEqual(endpoints['/foo/:bar']['GET'], '# ResponseInfo GET /foo/:bar\n')
def _test_parser_with_kernel_spec(self, kernel_spec, expected_comment):
"""Instantiates the parser using the given `kernel_spec` and asserts
whether it created the correct regular expression for the kernel
language comment syntax.
Parameters
----------
kernel_spec : str
Kernel spec name
expected_comment : str
Comment token in the kernel spec language
Raises
------
AssertionError
If the parser did not create the correct regex
"""
parser = APICellParser(kernelspec=kernel_spec)
self.assertEqual(
parser.kernelspec_api_indicator,
re.compile(parser.api_indicator.format(expected_comment)),
'Exepected regular expression to start with {} for kernel spec {}'.
format(expected_comment, kernel_spec))
def test_is_api_cell(self):
"""Parser should correctly identify annotated API cells."""
parser = APICellParser(comment_prefix='#')
self.assertTrue(parser.is_api_cell('# GET /yes'), 'API cell was not detected')
self.assertFalse(parser.is_api_cell('no'), 'API cell was not detected')
def test_is_api_cell(self):
"""Parser should correctly identify annotated API cells."""
parser = APICellParser(kernelspec='some_unknown_kernel')
self.assertTrue(parser.is_api_cell('# GET /yes'),
'API cell was not detected')
self.assertFalse(parser.is_api_cell('no'), 'API cell was not detected')