def getGroupsForPrincipal(self, principal, request=None):
groups = {}
# 1. Find adapters from user to a provider giving a list of groups.
# for this principal, when this principal is a user.
providers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getUserId=principal.getId())
# 2. Find adapters from group to a provider giving a list of groups.
# for this principal, when this principal is a user.
providers.extend(findMembraneUserAspect(
self, group_ifaces.IMembraneGroupGroups,
exact_getGroupId=principal.getId()))
if not providers:
# This used to be number 2.
# We keep this for backwards compatibility.
# 3. Find adapters from user to a provider giving a list of groups.
# for this principal, when this principal is a group.
providers.extend(findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getGroupId=principal.getId()))
# Note: we basically have a list of principals here, which is probably
# only one user or one group. And we ask each of those to give us the
# groups for the principal that we got in the arguments. So
# theoretically we could be asking user A to give us the groups of user
# B, which makes no sense. But the normal case is that we simply ask
# user A to give us the groups of user A. For adapters it is probably
# safe to assume that in the call a few lines below to
# provider.getGroupsForPrincipal(principal), provider and principal are
# the same object (except that one may be an adapter and the other a
# user object). Anyway, we will keep the old way of doing this.
for provider in providers:
pgroups = dict.fromkeys(provider.getGroupsForPrincipal(principal))
groups.update(pgroups)
return tuple(groups.keys())
def getGroupsForPrincipal(self, principal, request=None):
groups = {}
# 1. Find adapters from user to a provider giving a list of groups.
# for this principal, when this principal is a user.
providers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getUserId=principal.getId())
# 2. Find adapters from group to a provider giving a list of groups.
# for this principal, when this principal is a user.
providers.extend(findMembraneUserAspect(
self, group_ifaces.IMembraneGroupGroups,
exact_getGroupId=principal.getId()))
if not providers:
# This used to be number 2.
# We keep this for backwards compatibility.
# 3. Find adapters from user to a provider giving a list of groups.
# for this principal, when this principal is a group.
providers.extend(findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getGroupId=principal.getId()))
# Note: we basically have a list of principals here, which is probably
# only one user or one group. And we ask each of those to give us the
# groups for the principal that we got in the arguments. So
# theoretically we could be asking user A to give us the groups of user
# B, which makes no sense. But the normal case is that we simply ask
# user A to give us the groups of user A. For adapters it is probably
# safe to assume that in the call a few lines below to
# provider.getGroupsForPrincipal(principal), provider and principal are
# the same object (except that one may be an adapter and the other a
# user object). Anyway, we will keep the old way of doing this.
for provider in providers:
pgroups = dict.fromkeys(provider.getGroupsForPrincipal(principal))
groups.update(pgroups)
return tuple(groups.keys())
def getGroupsForPrincipal(self, principal, request=None):
groups = {}
providers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getUserId=principal.getId())
providers.extend(findMembraneUserAspect(
self, user_ifaces.IMembraneUserGroups,
exact_getGroupId=principal.getId()))
for provider in providers:
pgroups = dict.fromkeys(provider.getGroupsForPrincipal(principal))
groups.update(pgroups)
return tuple(groups.keys())
def allowDeletePrincipal(self, user_id):
"""
Check to see if the user can be deleted by trying to adapt
to an IMembraneUserDeleter
"""
deleters = findMembraneUserAspect(self, user_ifaces.IMembraneUserDeleter, exact_getUserId=user_id)
return bool(deleters)
def allowPasswordSet(self, user_id):
"""
Check if we have access to set the password.
We can verify this by checking if we can adapt to an IUserChanger
"""
changers = findMembraneUserAspect(self, user_ifaces.IMembraneUserChanger, exact_getUserId=user_id)
return bool(changers)
def getGroupMembers(self, group_id):
groupmembers = {}
groups = findMembraneUserAspect(self, group_ifaces.IGroup,
exact_getGroupId=group_id)
for group in groups:
groupmembers.update(dict.fromkeys(group.getGroupMembers()))
return tuple(groupmembers.keys())
def getGroupMembers(self, group_id):
groupmembers = {}
groups = findMembraneUserAspect(self, group_ifaces.IGroup,
exact_getGroupId=group_id)
for group in groups:
groupmembers.update(dict.fromkeys(group.getGroupMembers()))
return tuple(groupmembers.keys())
def allowDeletePrincipal(self, user_id):
"""
Check to see if the user can be deleted by trying to adapt
to an IMembraneUserDeleter
"""
deleters = findMembraneUserAspect(
self, user_ifaces.IMembraneUserDeleter, exact_getUserId=user_id)
return bool(deleters)
def allowPasswordSet(self, user_id):
"""
Check if we have access to set the password.
We can verify this by checking if we can adapt to an IUserChanger
"""
changers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserChanger, exact_getUserId=user_id)
return bool(changers)
def allowDeletePrincipal(self, login):
"""
Check to see if the user can be deleted by trying to adapt
to an IMembraneUserDeleter
"""
deleters = findMembraneUserAspect(
self, user_ifaces.IMembraneUserDeleter, getLogin=login)
return bool(deleters)
def getRolesForPrincipal(self, principal, request=None):
roles = {}
providers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserRoles,
exact_getUserId=principal.getId())
for provider in providers:
roles.update(dict.fromkeys(
provider.getRolesForPrincipal(principal)))
return tuple(roles.keys())
def doChangeUser(self, user_id, password, **kwargs):
changers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserChanger, exact_getUserId=user_id)
if changers:
changers[0].doChangeUser(user_id, password, **kwargs)
else:
raise RuntimeError(
'No IMembraneUserChanger adapter found for user id: %s'
% user_id)
def getRolesForPrincipal(self, principal, request=None):
roles = {}
providers = findMembraneUserAspect(
self, user_ifaces.IMembraneUserRoles,
exact_getUserId=principal.getId())
for provider in providers:
roles.update(dict.fromkeys(
provider.getRolesForPrincipal(principal)))
return tuple(roles.keys())
def doDeleteUser(self, login): # XXX: is it really login, or user_id?
deleters = findMembraneUserAspect(self,
user_ifaces.IMembraneUserDeleter,
getUserName=login)
if deleters:
deleters[0].doDeleteUser(login)
else:
raise KeyError(
'No IMembraneUserDeleter adapter found for user: %s' % login)
def doDeleteUser(self, login): # XXX: is it really login, or user_id?
deleters = findMembraneUserAspect(
self, user_ifaces.IMembraneUserDeleter, getUserName=login)
if deleters:
deleters[0].doDeleteUser(login)
else:
raise KeyError(
'No IMembraneUserDeleter adapter found for user: %s' %
login)
def _getPropertyProviders(self, user):
isGroup = getattr(user, 'isGroup', lambda: None)()
if not isGroup:
query = dict(exact_getUserId=user.getId())
else:
query = dict(exact_getGroupId=user.getId())
for pp in findMembraneUserAspect(
self, user_ifaces.IMembraneUserProperties, **query):
yield pp
def _getPropertyProviders(self, user):
isGroup = getattr(user, 'isGroup', lambda: None)()
if isGroup:
query = dict(exact_getGroupId=user.getId())
iface = group_ifaces.IMembraneGroupProperties
else:
query = dict(exact_getUserId=user.getId())
iface = user_ifaces.IMembraneUserProperties
for pp in findMembraneUserAspect(self, iface, **query):
yield pp