def test_jr_split_on_unix(self):
""" test jr_split on unix-like os """
self.assertEqual(utils.jr_split(
'/user/tmp/local/ttt'), (
'file:///user/tmp/local/ttt', '#'))
self.assertEqual(utils.jr_split(
'/user/tmp/local/ttt/'), (
'file:///user/tmp/local/ttt', '#'))
def test_jr_split_on_windows(self):
""" test jr_split on windows """
target = 'file:///C:/user/tmp/local/ttt' if is_py2() else 'file:///c:/user/tmp/local/ttt'
self.assertEqual(utils.jr_split(r'C:\user\tmp\local\ttt'), (target, '#'))
self.assertEqual(utils.jr_split(
# check here for adding backslach at the end of raw string
# https://pythonconquerstheuniverse.wordpress.com/2008/06/04/gotcha-%E2%80%94-backslashes-in-windows-filenames/
os.path.normpath('C:/user/tmp/local/ttt/')
), (target, '#'))
def test_jr_split_on_windows(self):
""" test jr_split on windows """
target = 'file:///C:/user/tmp/local/ttt' if is_py2(
) else 'file:///c:/user/tmp/local/ttt'
self.assertEqual(utils.jr_split(r'C:\user\tmp\local\ttt'),
(target, '#'))
self.assertEqual(
utils.jr_split(
# check here for adding backslach at the end of raw string
# https://pythonconquerstheuniverse.wordpress.com/2008/06/04/gotcha-%E2%80%94-backslashes-in-windows-filenames/
os.path.normpath('C:/user/tmp/local/ttt/')),
(target, '#'))
def test_jr_split(self):
""" test jr_split """
self.assertEqual(utils.jr_split(
'http://test.com/api/swagger.json#/definitions/s1'), (
'http://test.com/api/swagger.json', '#/definitions/s1'))
self.assertEqual(utils.jr_split(
'http://test/com/api/'), (
'http://test/com/api/', '#'))
self.assertEqual(utils.jr_split(
'#/definitions/s1'), (
'', '#/definitions/s1'))
self.assertEqual(utils.jr_split(
'/user/tmp/local/ttt'), (
'file:///user/tmp/local/ttt', '#'))
self.assertEqual(utils.jr_split(
'/user/tmp/local/ttt/'), (
'file:///user/tmp/local/ttt', '#'))
# relative path should be converted to absolute one
self.assertEqual(utils.jr_split(
'user'), (
utils.normalize_url('user'), '#'))
self.assertEqual(utils.jr_split(
'#'), (
'', '#'))
self.assertEqual(utils.jr_split(
'//'), (
'', '#'))
def resolve(self, jref, parser=None):
""" JSON reference resolver
:param str jref: a JSON Reference, refer to http://tools.ietf.org/html/draft-pbryan-zyp-json-ref-03 for details.
:param parser: the parser corresponding to target object.
:type parser: pyswagger.base.Context
:return: the referenced object, wrapped by weakref.ProxyType
:rtype: weakref.ProxyType
:raises ValueError: if path is not valid
"""
logger.info('resolving: [{0}]'.format(jref))
if jref == None or len(jref) == 0:
raise ValueError('Empty Path is not allowed')
obj = None
url, jp = utils.jr_split(jref)
# check cacahed object against json reference by
# comparing url first, and find those object prefixed with
# the JSON pointer.
o = self.__objs.get(url, None)
if o:
if isinstance(o, BaseObj):
obj = o.resolve(utils.jp_split(jp)[1:])
elif isinstance(o, dict):
for k, v in six.iteritems(o):
if jp.startswith(k):
obj = v.resolve(utils.jp_split(jp[len(k):])[1:])
break
else:
raise Exception('Unknown Cached Object: {0}'.format(
str(type(o))))
# this object is not found in cache
if obj == None:
if url:
obj, _ = self.load_obj(jref, parser=parser)
if obj:
obj = self.prepare_obj(obj, jref)
else:
# a local reference, 'jref' is just a json-pointer
if not jp.startswith('#'):
raise ValueError(
'Invalid Path, root element should be \'#\', but [{0}]'
.format(jref))
obj = self.root.resolve(utils.jp_split(
jp)[1:]) # heading element is #, mapping to self.root
if obj == None:
raise ValueError('Unable to resolve path, [{0}]'.format(jref))
if isinstance(obj, (six.string_types, six.integer_types, list, dict)):
return obj
return weakref.proxy(obj)
def resolve(self, jref, parser=None):
""" JSON reference resolver
:param str jref: a JSON Reference, refer to http://tools.ietf.org/html/draft-pbryan-zyp-json-ref-03 for details.
:param parser: the parser corresponding to target object.
:type parser: pyswagger.base.Context
:return: the referenced object, wrapped by weakref.ProxyType
:rtype: weakref.ProxyType
:raises ValueError: if path is not valid
"""
logger.info('resolving: [{0}]'.format(jref))
if jref == None or len(jref) == 0:
raise ValueError('Empty Path is not allowed')
obj = None
url, jp = utils.jr_split(jref)
if url:
# check cacahed object against json reference by
# comparing url first, and find those object prefixed with
# the JSON pointer.
o = self.__objs.get(url, None)
if o:
if isinstance(o, BaseObj):
obj = o.resolve(utils.jp_split(jp)[1:])
elif isinstance(o, dict):
for k, v in six.iteritems(o):
if jp.startswith(k):
obj = v.resolve(utils.jp_split(jp[len(k):])[1:])
break
else:
raise Exception('Unknown Cached Object: {0}'.format(str(type(o))))
# this object is not loaded yet, load it
if obj == None:
obj, _ = self.load_obj(jref, parser=parser)
if obj:
obj = self.prepare_obj(obj, jref)
else:
# a local reference, 'jref' is just a json-pointer
if not jp.startswith('#'):
raise ValueError('Invalid Path, root element should be \'#\', but [{0}]'.format(jref))
obj = self.root.resolve(utils.jp_split(jp)[1:]) # heading element is #, mapping to self.root
if obj == None:
raise ValueError('Unable to resolve path, [{0}]'.format(jref))
if isinstance(obj, (six.string_types, six.integer_types, list, dict)):
return obj
return weakref.proxy(obj)
def resolve(self, jref, parser=None):
""" JSON reference resolver
:param str jref: a JSON Reference, refer to http://tools.ietf.org/html/draft-pbryan-zyp-json-ref-03 for details.
:param parser: the parser corresponding to target object.
:type parser: pyswagger.base.Context
:return: the referenced object, wrapped by weakref.ProxyType
:rtype: weakref.ProxyType
:raises ValueError: if path is not valid
"""
logger.info('resolving: [{0}]'.format(jref))
if jref == None or len(jref) == 0:
raise ValueError('Empty Path is not allowed')
url, jp = utils.jr_split(jref)
if url:
if url not in self.__app_cache:
# This loaded SwaggerApp would be kept in app_cache.
app = SwaggerApp.load(url,
parser=parser,
app_cache=self.__app_cache,
url_load_hook=self.__url_load_hook)
app.prepare()
# nothing but only keeping a strong reference of
# loaded SwaggerApp.
self.__strong_refs.append(app)
return self.__app_cache[url].resolve(jp)
if not jp.startswith('#'):
raise ValueError(
'Invalid Path, root element should be \'#\', but [{0}]'.format(
jref))
obj = self.root.resolve(utils.jp_split(
jp)[1:]) # heading element is #, mapping to self.root
if obj == None:
raise ValueError('Unable to resolve path, [{0}]'.format(jref))
if isinstance(obj, (six.string_types, int, list, dict)):
return obj
return weakref.proxy(obj)
def prepare_obj(self, obj, jref):
""" basic preparation of an object(those in sepc._version_.objects),
and cache the 'prepared' object.
"""
if not obj:
raise Exception('unexpected, passing {0}:{1} to prepare'.format(
obj, jref))
s = Scanner(self)
if self.version == '1.2':
# upgrade from 1.2 to 2.0
converter = Upgrade(self.__sep)
s.scan(root=obj, route=[converter])
obj = converter.swagger
if not obj:
raise Exception('unable to upgrade from 1.2: {0}'.format(jref))
s.scan(root=obj, route=[AssignParent()])
# normalize $ref
url, jp = utils.jr_split(jref)
s.scan(root=obj, route=[NormalizeRef(url)])
# fix for yaml that treat response code as number
s.scan(root=obj, route=[YamlFixer()], leaves=[Operation])
# cache this object
if url not in self.__objs:
if jp == '#':
self.__objs[url] = obj
else:
self.__objs[url] = {jp: obj}
else:
if not isinstance(self.__objs[url], dict):
raise Exception('it should be able to resolve with BaseObj')
self.__objs[url].update({jp: obj})
# pre resolve Schema Object
# note: make sure this object is cached before using 'Resolve' scanner
s.scan(root=obj, route=[Resolve()])
return obj
def prepare_obj(self, obj, jref):
""" basic preparation of an object(those in sepc._version_.objects),
and cache the 'prepared' object.
"""
if not obj:
raise Exception('unexpected, passing {0}:{1} to prepare'.format(obj, jref))
s = Scanner(self)
if self.version == '1.2':
# upgrade from 1.2 to 2.0
converter = Upgrade(self.__sep)
s.scan(root=obj, route=[converter])
obj = converter.swagger
if not obj:
raise Exception('unable to upgrade from 1.2: {0}'.format(jref))
s.scan(root=obj, route=[AssignParent()])
# normalize $ref
url, jp = utils.jr_split(jref)
s.scan(root=obj, route=[NormalizeRef(url)])
# fix for yaml that treat response code as number
s.scan(root=obj, route=[YamlFixer()], leaves=[Operation])
# cache this object
if url not in self.__objs:
if jp == '#':
self.__objs[url] = obj
else:
self.__objs[url] = {jp: obj}
else:
if not isinstance(self.__objs[url], dict):
raise Exception('it should be able to resolve with BaseObj')
self.__objs[url].update({jp: obj})
# pre resolve Schema Object
# note: make sure this object is cached before using 'Resolve' scanner
s.scan(root=obj, route=[Resolve()])
return obj
def test_jr_split_on_unix(self):
""" test jr_split on unix-like os """
self.assertEqual(utils.jr_split('/user/tmp/local/ttt'),
('file:///user/tmp/local/ttt', '#'))
self.assertEqual(utils.jr_split('/user/tmp/local/ttt/'),
('file:///user/tmp/local/ttt', '#'))