def getUsers(self, next_action):
allowed_group = getlist(next_action, 'owner_group', sep='|')
if not allowed_group:
allowed_group = self.owner_group
users_dict = {}
for name in self._get_users(allowed_group):
u = GroupedSimpleUser()
u.setUsername(name)
u.setOptionValue(name)
u.setOptionDisplay(name)
users_dict.update({name: u})
return sorted(users_dict.values())
def getUsers(self, next_action):
allowed_group = getlist(next_action, 'owner_group', sep='|')
if not allowed_group:
allowed_group = self.owner_group
users_dict = {}
for name in self._get_users(allowed_group):
u = GroupedSimpleUser()
u.setUsername(name)
u.setOptionValue(name)
u.setOptionDisplay(name)
users_dict.update({name:u})
return sorted(users_dict.values())
def getUsers(self, next_action_obj):
"""
Top-level method to be called to get users. Cascade-calls
specific methods as needed.
"""
# get workflow state params, if present -- the getlist method
# provided by FlexibleAssignTo does some housekeeping for us
allowedroles = getlist(next_action_obj, 'roles_allowed',
keep_empty=False)
if allowedroles is None:
allowedroles = DEFAULT_ROLES
# use a dictionary temporarily, to help ensure uniqueness by
# username
user_obj_dict = {}
for k,v in DEMO_USER_STORE.items():
if [r for r in v['roles'].split(',') if r in allowedroles]:
u = DemoSimpleUser()
u.userlogin = k
u.lastname = v['lname']
u.firstname = v['fname']
u.email = v['email']
# cleanUsername() also sets the username class attribute
u.cleanUsername()
user_obj_dict.update({u.getUsername():u})
user_objs = user_obj_dict.values()
# SimpleUser *REQUIRES* that the following attributes are set:
# - username (set via .setUsername())
# - option_value (set via .setOptionValue())
# - option_display (set via .setOptionDisplay())
# Not setting these attributes will cause assertion errors.
for u in user_objs:
u.setOptionValue("%s" % u.getUsername())
u.setOptionDisplay("*DEMO* - %s, %s (%s)" % (u.lastname,
u.firstname,
u.getUsername()))
# sorted by last name (see DemoSimpleUser)
return sorted(user_objs)
def getUsers(self, next_action_obj):
"""
Top-level method to be called to get users. Cascade-calls
specific methods as needed.
"""
# get workflow state params, if present -- the getlist method
# provided by FlexibleAssignTo does some housekeeping for us
allowedroles = getlist(next_action_obj,
'roles_allowed',
keep_empty=False)
if allowedroles is None:
allowedroles = DEFAULT_ROLES
# use a dictionary temporarily, to help ensure uniqueness by
# username
user_obj_dict = {}
for k, v in DEMO_USER_STORE.items():
if [r for r in v['roles'].split(',') if r in allowedroles]:
u = DemoSimpleUser()
u.userlogin = k
u.lastname = v['lname']
u.firstname = v['fname']
u.email = v['email']
# cleanUsername() also sets the username class attribute
u.cleanUsername()
user_obj_dict.update({u.getUsername(): u})
user_objs = user_obj_dict.values()
# SimpleUser *REQUIRES* that the following attributes are set:
# - username (set via .setUsername())
# - option_value (set via .setOptionValue())
# - option_display (set via .setOptionDisplay())
# Not setting these attributes will cause assertion errors.
for u in user_objs:
u.setOptionValue("%s" % u.getUsername())
u.setOptionDisplay("*DEMO* - %s, %s (%s)" %
(u.lastname, u.firstname, u.getUsername()))
# sorted by last name (see DemoSimpleUser)
return sorted(user_objs)
