def check_unique_method_keys(self):
keys = {}
for s in self.services:
for mdesc in s.public_methods.values():
other_mdesc = keys.get(mdesc.internal_key, None)
if other_mdesc is not None:
logger.error(
'Methods keys for "%s.%s" and "%s.%s" conflict',
mdesc.function.__module__,
six.get_function_name(mdesc.function),
other_mdesc.function.__module__,
six.get_function_name(other_mdesc.function))
raise MethodAlreadyExistsError(mdesc.internal_key)
keys[mdesc.internal_key] = mdesc
def internal_key(self):
"""The internal function identifier in '{namespace}name' form."""
return '{%s}%s%s' % (
self.service_class.get_internal_key(),
six.get_function_name(self.function),
self.internal_key_suffix)
def process_method(self, s, method):
assert isinstance(method, MethodDescriptor)
method_key = u'{%s}%s' % (self.app.tns, method.name)
if issubclass(s, ComplexModelBase):
method_object_name = method.name.split('.', 1)[0]
if s.get_type_name() != method_object_name:
method_key = u'{%s}%s.%s' % (self.app.tns, s.get_type_name(),
method.name)
key = method.gen_interface_key(s)
if key in self.method_id_map:
c = self.method_id_map[key].parent_class
if c is None:
pass
elif c is s:
pass
elif c.__orig__ is None:
assert c is s.__orig__, "%r.%s conflicts with %r.%s" % \
(c, key, s.__orig__, key)
elif s.__orig__ is None:
assert c.__orig__ is s, "%r.%s conflicts with %r.%s" % \
(c.__orig__, key, s, key)
else:
assert c.__orig__ is s.__orig__, "%r.%s conflicts with %r.%s" % \
(c.__orig__, key, s.__orig__, key)
return
logger.debug(' adding method %s.%s to match %r tag.',
method.get_owner_name(s), six.get_function_name(method.function),
method_key)
self.method_id_map[key] = method
val = self.service_method_map.get(method_key, None)
if val is None:
val = self.service_method_map[method_key] = []
if len(val) == 0:
val.append(method)
elif method.aux is not None:
val.append(method)
elif val[0].aux is not None:
val.insert(method, 0)
else:
om = val[0]
os = om.service_class
if os is None:
os = om.parent_class
raise ValueError("\nThe message %r defined in both '%s.%s'"
" and '%s.%s'"
% (method.name, s.__module__, s.__name__,
os.__module__, os.__name__))
def process_method(self, s, method):
assert isinstance(method, MethodDescriptor)
method_key = '{%s}%s' % (self.app.tns, method.name)
if issubclass(s, ComplexModelBase) and method.in_message_name_override:
method_object_name = method.name.split('.', 1)[0]
if s.get_type_name() != method_object_name:
method_key = '{%s}%s' % (self.app.tns,
method.gen_interface_key(s))
key = method.gen_interface_key(s)
if key in self.method_id_map:
c = self.method_id_map[key].parent_class
if c is None:
pass
elif c is s:
pass
elif c.__orig__ is None:
assert c is s.__orig__, "%r.%s conflicts with %r.%s" % \
(c, key, s.__orig__, key)
elif s.__orig__ is None:
assert c.__orig__ is s, "%r.%s conflicts with %r.%s" % \
(c.__orig__, key, s, key)
else:
assert c.__orig__ is s.__orig__, "%r.%s conflicts with %r.%s" % \
(c.__orig__, key, s.__orig__, key)
return
logger.debug(' adding method %s.%s to match %r tag.',
method.get_owner_name(s), six.get_function_name(method.function),
method_key)
self.method_id_map[key] = method
val = self.service_method_map.get(method_key, None)
if val is None:
val = self.service_method_map[method_key] = []
if len(val) == 0:
val.append(method)
elif method.aux is not None:
val.append(method)
elif val[0].aux is not None:
val.insert(method, 0)
else:
om = val[0]
os = om.service_class
if os is None:
os = om.parent_class
raise ValueError("\nThe message %r defined in both '%s.%s'"
" and '%s.%s'"
% (method.name, s.__module__, s.__name__,
os.__module__, os.__name__))
def check_unique_method_keys(self):
class MethodAlreadyExistsError(Exception):
def __init__(self, what):
super(MethodAlreadyExistsError,
self).__init__("Method key %r already exists", what)
keys = {}
for s in self.services:
for mdesc in s.public_methods.values():
other_mdesc = keys.get(mdesc.internal_key, None)
if other_mdesc is not None:
logger.error(
'Methods keys for "%s.%s" and "%s.%s" conflict',
mdesc.function.__module__,
six.get_function_name(mdesc.function),
other_mdesc.function.__module__,
six.get_function_name(other_mdesc.function))
raise MethodAlreadyExistsError(mdesc.internal_key)
keys[mdesc.internal_key] = mdesc
def check_unique_method_keys(self):
class MethodAlreadyExistsError(Exception):
def __init__(self, what):
super(MethodAlreadyExistsError, self).__init__(
"Method key %r already exists", what)
keys = {}
for s in self.services:
for mdesc in s.public_methods.values():
other_mdesc = keys.get(mdesc.internal_key, None)
if other_mdesc is not None:
logger.error(
'Methods keys for "%s.%s" and "%s.%s" conflict',
mdesc.function.__module__,
six.get_function_name(mdesc.function),
other_mdesc.function.__module__,
six.get_function_name(other_mdesc.function))
raise MethodAlreadyExistsError(mdesc.internal_key)
keys[mdesc.internal_key] = mdesc
def internal_key(self):
"""The internal function identifier in '{namespace}name' form."""
sc = self.service_class
if sc is not None:
return '{%s}%s%s' % (sc.get_internal_key(),
six.get_function_name(self.function),
self.internal_key_suffix)
pc = self.parent_class
if pc is not None:
mn = pc.__module__
on = pc.__name__
dn = self.name
# prevent duplicate class name. this happens when the class is a
# direct subclass of ComplexModel
if dn.split('.', 1)[0] != on:
return "{%s}%s.%s" % (mn, on, dn)
return "{%s}%s" % (mn, dn)
def internal_key(self):
"""The internal function identifier in '{namespace}name' form."""
pc = self.parent_class
if pc is not None:
mn = pc.__module__
on = pc.__name__
dn = self.name
# prevent duplicate class name. this happens when the class is a
# direct subclass of ComplexModel
if dn.split('.', 1)[0] != on:
return "{%s}%s.%s" % (mn, on, dn)
return "{%s}%s" % (mn, dn)
sc = self.service_class
if sc is not None:
return '{%s}%s%s' % (sc.get_internal_key(),
six.get_function_name(
self.function), self.internal_key_suffix)
def internal_key(self):
"""The internal function identifier in '{namespace}name' form."""
return '{%s}%s%s' % (self.service_class.get_internal_key(),
six.get_function_name(
self.function), self.internal_key_suffix)
