def _method_code(method_name, method, url, args, kwargs, url_kw, defaults, success_code, keywords, doc_string, keyword_map):
params_kw = set(args) - (set(defaults) | set(url_kw) | {"self"}) - IGNORE_KW
url_kw = set(url_kw) - IGNORE_KW
defaults = {k: v if type(v) is not str else "'%s'" % v for k, v in defaults.items()}
args = [arg for arg in args if arg not in {common.KW_HEADERS, common.KW_CREDENTIALS, common.KW_ENFORCER}]
assert not ((common.KW_FILE in args) and (common.KW_LIST in args)), \
"Can only have {} or {} in method args".format(common.KW_FILE, common.KW_LIST)
if doc_string is not None:
# Fix doc string indentation.
doc_string = '\n '.join(doc_string.split('\n'))
for key, value in kwargs.iteritems():
if isinstance(value, six.string_types):
kwargs[key] = '"{}"'.format(value)
return METHOD_TEMPLATE.render( # pylint: disable=no-member
method_name=names.to_variable_name(method_name),
method=method,
url=url,
args=args,
kwargs=kwargs,
url_kw=url_kw,
params_kw=params_kw,
defaults=defaults,
success_code=success_code,
kw_file=common.KW_FILE,
kw_list=common.KW_LIST,
keywords=keywords,
doc_string=doc_string,
keyword_map=keyword_map,
)
def _method_code(method_name, method, url, args, kwargs, url_kw, defaults, success_code, keywords, doc_string, keyword_map):
params_kw = set(args) - (set(defaults) | set(url_kw) | {"self"}) - IGNORE_KW
url_kw = set(url_kw) - IGNORE_KW
defaults = {k: v if type(v) is not str else "'%s'" % v for k, v in defaults.items()}
args = [arg for arg in args if arg not in {common.KW_HEADERS, common.KW_CREDENTIALS, common.KW_ENFORCER}]
assert not ((common.KW_FILE in args) and (common.KW_LIST in args)), \
"Can only have {} or {} in method args".format(common.KW_FILE, common.KW_LIST)
if doc_string is not None:
# Fix doc string indentation.
doc_string = '\n '.join(doc_string.split('\n'))
for key, value in kwargs.iteritems():
if isinstance(value, six.string_types):
kwargs[key] = '"{}"'.format(value)
return METHOD_TEMPLATE.render( # pylint: disable=no-member
method_name=names.to_variable_name(method_name),
method=method,
url=url,
args=args,
kwargs=kwargs,
url_kw=url_kw,
params_kw=params_kw,
defaults=defaults,
success_code=success_code,
kw_file=common.KW_FILE,
kw_list=common.KW_LIST,
keywords=keywords,
doc_string=doc_string,
keyword_map=keyword_map,
)
def route_cli_commands_map(cls):
mapping = {}
for route_method in cls.iter_route_methods():
method_name = names.to_variable_name(route_method.__name__)
command_name = route_method.cli_command_name
if command_name is False:
mapping[method_name] = False
elif route_method.client_methods:
for name in route_method.client_methods:
mapping[name] = names.to_command(name)
else:
mapping[method_name] = command_name or names.to_command(route_method.__name__)
return mapping
def route_cli_commands_map(cls):
mapping = {}
for route_method in cls.iter_route_methods():
method_name = names.to_variable_name(route_method.__name__)
command_name = route_method.cli_command_name
if command_name is False:
mapping[method_name] = False
elif route_method.client_methods:
for name in route_method.client_methods:
mapping[name] = names.to_command(name)
else:
mapping[method_name] = command_name or names.to_command(route_method.__name__)
return mapping
def client_variable_name(cls):
return cls.CLIENT_VAR_NAME or names.to_variable_name(cls.name())
def _package_tuple(package):
"""
:return: a tuple of <variable_name>, <class_name>, <path>
"""
return names.to_variable_name(package.class_name), package.class_name, package.path
def client_variable_name(cls):
return names.to_variable_name(cls.name())
def _package_tuple(package):
"""
:return: a tuple of <variable_name>, <class_name>, <path>
"""
return names.to_variable_name(
package.class_name), package.class_name, package.path
def client_variable_name(cls):
return names.to_variable_name(cls.name())
def _parser_name(self):
return names.to_variable_name(self.name)
