def get_types_by_method(plural,
method,
expendNestedTypes=False,
groupOptions=False):
"""INTERNAL: return a list of types that implement given method and context/s of this types."""
sing_types = {}
if method:
for decorator in TypeHelper.getKnownDecoratorsTypes():
dct = getattr(brokers, decorator).__dict__
if dct.has_key(method):
if decorator.endswith('s'):
cls_name = TypeHelper.getDecoratorType(
TypeHelper.to_singular(decorator))
if cls_name:
MethodHelper.get_method_params(
brokers, cls_name, '__init__', sing_types,
expendNestedTypes, groupOptions)
if plural:
sing_types_plural = {}
for k in sing_types.keys():
sing_types_plural[TypeHelper.to_plural(k)] = sing_types[k]
return sing_types_plural
return sing_types
def get_types_containing_method(method, expendNestedTypes=False, groupOptions=False):
"""return a list of types by method including context in which this method available."""
types = {}
for decorator in TypeHelper.getKnownDecoratorsTypes():
if not decorator.endswith('s'):
dct = getattr(brokers, decorator).__dict__
if dct and len(dct) > 0 and dct.has_key(method):
MethodHelper.get_method_params(brokers, decorator, '__init__', types,
expendNestedTypes=expendNestedTypes,
groupOptions=groupOptions)
return types
def get_actionable_types(expendNestedTypes=False, groupOptions=False):
"""INTERNAL: return a list of actionable types."""
types = {}
exceptions = ['delete', 'update']
for decorator in TypeHelper.getKnownDecoratorsTypes():
if not decorator.endswith('s'):
dct = getattr(brokers, decorator).__dict__
if dct and len(dct) > 0:
for method in dct:
if method not in exceptions and not method.startswith('_'):
MethodHelper.get_method_params(brokers, decorator, '__init__', types,
expendNestedTypes=expendNestedTypes,
groupOptions=groupOptions)
break
return types
def get_types_containing_method(method,
expendNestedTypes=False,
groupOptions=False):
"""return a list of types by method including context in which this method available."""
types = {}
for decorator in TypeHelper.getKnownDecoratorsTypes():
if not decorator.endswith('s'):
dct = getattr(brokers, decorator).__dict__
if dct and len(dct) > 0 and dct.has_key(method):
MethodHelper.get_method_params(
brokers,
decorator,
'__init__',
types,
expendNestedTypes=expendNestedTypes,
groupOptions=groupOptions)
return types
def get_actionable_types(expendNestedTypes=False, groupOptions=False):
"""INTERNAL: return a list of actionable types."""
types = {}
exceptions = ['delete', 'update']
for decorator in TypeHelper.getKnownDecoratorsTypes():
if not decorator.endswith('s'):
dct = getattr(brokers, decorator).__dict__
if dct and len(dct) > 0:
for method in dct:
if method not in exceptions and not method.startswith(
'_'):
MethodHelper.get_method_params(
brokers,
decorator,
'__init__',
types,
expendNestedTypes=expendNestedTypes,
groupOptions=groupOptions)
break
return types
def get_types_by_method(plural, method, expendNestedTypes=False, groupOptions=False):
"""INTERNAL: return a list of types that implement given method and context/s of this types."""
sing_types = {}
if method:
for decorator in TypeHelper.getKnownDecoratorsTypes():
dct = getattr(brokers, decorator).__dict__
if dct.has_key(method):
if decorator.endswith('s'):
cls_name = TypeHelper.getDecoratorType(TypeHelper.to_singular(decorator))
if cls_name:
MethodHelper.get_method_params(brokers,
cls_name,
'__init__',
sing_types,
expendNestedTypes,
groupOptions)
if plural:
sing_types_plural = {}
for k in sing_types.keys():
sing_types_plural[TypeHelper.to_plural(k)] = sing_types[k]
return sing_types_plural
return sing_types
