def processModule(module_name):
r"""Builds a command tree out of the configured members of a module.
"""
Module = sys.modules[module_name]
MembersTarget = []
ClassQ = []
Cls = None
ClsGroup = None
ClsGrpMembers = []
for Member in ModuleMembers[module_name]:
Underlying = Member.Underlying
member_name = Member.Config['name']
member_alias = Member.Config.get('alias', None)
if ClassQ:
ClsGroup = ClassQ[-1]
Cls = ClsGroup.Underlying
if getattr(
Cls, Underlying.__name__, None
) is Underlying: # we got a member tht is a child of the previous class
if isclass(Underlying):
ClassQ.append(Underlying.__ec_member__)
elif not isunderlying(Underlying):
continue
if member_alias:
ClsGrpMembers.insert(0, (member_alias, Member))
ClsGrpMembers.insert(0, (member_name, Member))
continue
elif Cls: # we've finished adding children to the previous class
ClsGroup.Members = OrderedDict(ClsGrpMembers)
ClsGrpMembers = []
ClassQ.pop()
Cls = None
ClsGroup = None
if isunderlying(Underlying):
if member_alias:
MembersTarget.insert(0, (member_alias, Member))
MembersTarget.insert(0, (member_name, Member))
if isclass(Underlying):
ClassQ.append(Underlying.__ec_member__)
if ClsGroup:
ClsGroup.Members = OrderedDict(ClsGrpMembers)
ModuleMembers[module_name] = [
] # remove the existing members from the cache so that they won't be processed again
if not hasattr(Module.__ec_member__, 'Members'):
Module.__ec_member__.Members = OrderedDict(MembersTarget)
def processModule(module_name):
r"""Builds a command tree out of the configured members of a module.
"""
Module = sys.modules[module_name]
MembersTarget = []
ClassQ = []
Cls = None
ClsGroup = None
ClsGrpMembers = []
for Member in ModuleMembers[module_name]:
Underlying = Member.Underlying
member_name = Member.Config['name']
member_alias = Member.Config.get('alias', None)
if ClassQ:
ClsGroup = ClassQ[-1]
Cls = ClsGroup.Underlying
if getattr(Cls, Underlying.__name__, None) is Underlying: # we got a member tht is a child of the previous class
if isclass(Underlying):
ClassQ.append(Underlying.__ec_member__)
elif not isunderlying(Underlying):
continue
if member_alias:
ClsGrpMembers.insert(0, (member_alias, Member))
ClsGrpMembers.insert(0, (member_name, Member))
continue
elif Cls: # we've finished adding children to the previous class
ClsGroup.Members = OrderedDict(ClsGrpMembers)
ClsGrpMembers = []
ClassQ.pop()
Cls = None
ClsGroup = None
if isunderlying(Underlying):
if member_alias:
MembersTarget.insert(0, (member_alias, Member))
MembersTarget.insert(0, (member_name, Member))
if isclass(Underlying):
ClassQ.append(Underlying.__ec_member__)
if ClsGroup:
ClsGroup.Members = OrderedDict(ClsGrpMembers)
ModuleMembers[module_name] = [] # remove the existing members from the cache so that they won't be processed again
if not hasattr(Module.__ec_member__, 'Members'):
Module.__ec_member__.Members = OrderedDict(MembersTarget)
def group(__decorated__, **Config):
r"""A decorator to make groups out of classes.
Config:
* name (str): The name of the group. Defaults to __decorated__.__name__.
* desc (str): The description of the group (optional).
* alias (str): The alias for the group (optional).
"""
_Group = Group(__decorated__, Config)
if isclass(__decorated__): # convert the method of the class to static methods so that they could be accessed like object methods; ir: g1/t1(...).
static(__decorated__)
state.ActiveModuleMemberQ.insert(0, _Group)
return _Group.Underlying
def group(__decorated__, **Config):
r"""A decorator to make groups out of classes.
Config:
* name (str): The name of the group. Defaults to __decorated__.__name__.
* desc (str): The description of the group (optional).
* alias (str): The alias for the group (optional).
"""
_Group = Group(__decorated__, Config)
if isclass(
__decorated__
): # conver the method of the class to static methods so that they could be accessed like object methods; ir: g1/t1(...).
static(__decorated__)
state.ActiveModuleMemberQ.insert(0, _Group)
return _Group.Underlying