def test_rand_member(self):
rand_guy = self.calc.rand_member()
self.assertIsNotNone(rand_guy)
self.assertIn(str(rand_guy), self.calc)
empty_set = Group("Empty", exec_key=self.exec_key)
rand_guy = empty_set.rand_member()
self.assertIsNone(rand_guy)
def group_edit(request, cn):
attrs = ['cn', 'description', 'gidNumber', 'memberUid','owner']
group = Group.get_by_cn(cn, attrs)
kwargs = {}
memberuid = []
# fuellt formular mit vorhanden daten aus LDAP
#form = GroupForm()
for key in attrs:
kwargs[key] = getattr(group,key)
if key == 'memberUid':
for member in kwargs[key]:
# haengt mitglieder der gruppe an liste an
#memberuid.append((member, member))
memberuid.append(member)
else:
pass
form = GroupForm(initial=kwargs)
#form.fields['memberUid'].initial = ['leumer', 'mmuench', 'schmidt']
form_msg = ''
old = {}
new = {}
wert = ['Hallo', 'ich', 'bin', 'Paul']
typ = type(wert)
if request.method == 'POST':
form = GroupForm(request.POST)
if form.is_valid():
for key, value in request.POST.items():
if str(key) in attrs:
if str(key) == 'memberUid':
#if type(form[str(key)].value) == type(list()):
new[str(key)] = [string.encode('utf-8') for string in form.cleaned_data.get(str(key))]
else:
new[str(key)] = form.cleaned_data.get(str(key)).encode('utf-8')
old[str(key)] = getattr(group, str(key))
if old[str(key)] != new[str(key)]:
Group.write_ldif(cn, old, new)
form_msg = 'Formular gueltig.'
else:
form_msg = 'Es wurde nichts geaendert!'
else:
pass #errorhandling
else:
form_msg = 'Formular NICHT gueltig!'
#form = GroupForm()
context = { 'form' : form,
'form_msg' : form_msg,
'cn' : cn,
'new' : new,
'old' : old,
'memberuid' : memberuid,
'typ' : typ,
}
return render(request, 'iapp_group/edit.html', context )
def get_x_hood(self,
agent,
width=1,
pred=None,
include_self=False,
save_neighbors=False):
"""
Takes in an agent and returns a Group
of its x neighbors.
For example, if the agent is located at (0, 0),
get_x_hood would return (-1, 0) and (1, 0).
"""
if agent is not None:
x_hood = Group("x neighbors")
agent_x, agent_y, neighbor_x_coords \
= fill_neighbor_coords(agent,
width,
include_self)
for i in neighbor_x_coords:
neighbor_x = agent_x + i
if not out_of_bounds(neighbor_x, agent_y, 0, 0, self.width,
self.height):
x_hood += self.get_agent_at(neighbor_x, agent_y)
if save_neighbors:
agent.neighbors = x_hood
return x_hood
def get_y_hood(self,
agent,
height=1,
pred=None,
include_self=False,
save_neighbors=False):
"""
Takes in an agent and returns a Group
of its y neighbors.
For example, if the agent is located at (0, 0),
get_y_hood would return agents at (0, 2) and (0, 1).
"""
y_hood = Group("y neighbors")
agent_x, agent_y, neighbor_y_coords \
= fill_neighbor_coords(agent,
height,
include_self)
for i in neighbor_y_coords:
neighbor_y = agent_y + i
if not out_of_bounds(agent_x, neighbor_y, 0, 0, self.width,
self.height):
y_hood += (self.get_agent_at(agent_x, neighbor_y))
if save_neighbors:
agent.neighbors = y_hood
return y_hood
def mission(required_physical, required_mental, required_tactical):
for members in combinations(Member.members, 4):
(Group(members, base_physical, base_mental,
base_tactical).calculate_missing(required_physical,
required_mental,
required_tactical))
Group.sort_groups()
print("Stat: | PHY | MEN | TAC | Members")
print("----------|-----|-----|-----|--------")
print(" | ".join(("required:", str(required_physical),
str(required_mental), str(required_tactical))) + " |")
print("----------|-----|-----|-----|--------")
for group in Group.groups[:10]:
print(" | ".join((" " * 9, str(group.physical), str(group.mental),
str(group.tactical), str(group))))
def __json_to_object(self, serial_obj, exec_key):
"""
Takes a serial JSON object back into a live Python object.
"""
restored_obj = dict()
restored_groups = []
model_deserialized = False
for obj_name in serial_obj:
should_restore_object = isinstance(serial_obj[obj_name],
dict) and "type" in serial_obj[
obj_name]
if should_restore_object:
if serial_obj[obj_name]["type"] == "TestUser":
restored_obj[obj_name] = TermUser(name=obj_name,
serial_obj=serial_obj[
obj_name],
exec_key=exec_key)
if serial_obj[obj_name]["type"] == "APIUser":
restored_obj[obj_name] = APIUser(name=obj_name,
serial_obj=serial_obj[
obj_name],
exec_key=exec_key)
if serial_obj[obj_name]["type"] == "Agent":
restored_obj[obj_name] = Agent(name=obj_name,
serial_obj=serial_obj[
obj_name],
exec_key=exec_key)
elif serial_obj[obj_name]["type"] == "Model":
from lib.model import Model
print(f'restoring model for key {exec_key}')
restored_obj[obj_name] = Model(exec_key=exec_key,
serial_obj=serial_obj[
obj_name])
model_deserialized = True
elif serial_obj[obj_name]["type"] == "Group":
from lib.group import Group
restored_obj[obj_name] = Group(exec_key=exec_key,
serial_obj=serial_obj[
obj_name],
name=serial_obj[obj_name][
'name'])
restored_groups.append(restored_obj[obj_name])
elif serial_obj[obj_name]["type"] == "Env":
restored_obj[obj_name] = Env(exec_key=exec_key,
serial_obj=serial_obj[
obj_name],
name=serial_obj[obj_name][
'name'])
else:
restored_obj[obj_name] = serial_obj[obj_name]
self.registries[exec_key][obj_name] = restored_obj[obj_name]
if model_deserialized:
restored_obj['model'].groups = restored_groups
restored_obj['model'].env = restored_obj['env']
self.registries[exec_key]['model'] = restored_obj['model']
return restored_obj
def get_moore_hood(self,
agent,
pred=None,
save_neighbors=False,
include_self=False,
hood_size=1):
"""
Takes in an agent and returns a Group of its Moore neighbors.
Should call the region_factory!
"""
region = region_factory(space=self,
center=(agent.get_x(), agent.get_y()),
size=hood_size,
agents_move=not save_neighbors)
members = region.get_agents(exclude_self=not include_self, pred=pred)
return Group("Moore neighbors", members=members)
def __call__(self, args):
self._args = args
try:
with open(self._args.config_file) as f:
self._settings = yaml.load(f, yaml.SafeLoader)
except Exception as e:
self._parser.error(
"Failed in loading the settings.yml file:{}".format(e))
self._logger = Logger(self._settings["logs_locations"])
self._database = Database(self._settings, self._parser, self._logger)
self._user = User(self._settings["okta_token"],
self._settings["okta_organization_url"])
self._group = Group(self._settings["okta_token"],
self._settings["okta_organization_url"])
self._change_policy = ChangePolicy(self._settings, self._user,
self._group)
self._run_risk_score_monitor()
def _populate_from_json(self):
"""Ugly mash up to force the Github JSON data to the class structure"""
self._log.info("Setting teams")
data_dict = read_json_to_attrdict(self.data_file)
for team_data in data_dict.teams:
team = Team()
team.init_from_json(team_data)
self.teams[team.id] = team
self._log.info("Setting groups")
for group_id in data_dict.groups:
group_data = AttrDict(data_dict.groups[group_id])
group = Group()
group.init_from_json(group_data,
self._settings.naming.group_prefix)
for game_data in group_data.matches:
game = GroupGame()
game.init_from_json(game_data, self.teams)
game.set_group(group)
self.games[game.id] = game # maybe redundant
group.add_game(game)
group.add_teams(game.home_team, game.away_team)
self.groups[group.id] = group
self._sort_groups()
self._log.info("Settings playoff")
for id_ in data_dict.knockout:
round_data = AttrDict(data_dict.knockout[id_])
round_ = Round(id_)
for game_data in round_data.matches:
game = PlayoffGame()
game.init_from_json(game_data, self.teams)
game.set_order(round_.order)
self.games[game.id] = game
round_.add_game(game)
self.playoff.rounds.append(round_)
self.playoff.sort()
def create_groups(self):
"""
Override this method in your model to create all of your groups.
In general, you shouldn't need to: fill in the grp_struct instead.
"""
self.groups = []
grps = self.grp_struct
for grp_nm in grps:
grp = grps[grp_nm]
num_mbrs = grp_val(grp, NUM_MBRS)
if NUM_MBRS_PROP in grp:
num_mbrs = self.props.get(grp[NUM_MBRS_PROP], num_mbrs)
self.groups.append(
Group(grp_nm,
action=grp_val(grp, GRP_ACTION),
color=grp_val(grp, COLOR),
num_mbrs=num_mbrs,
mbr_creator=grp_val(grp, MBR_CREATOR),
mbr_action=grp_val(grp, MBR_ACTION),
exec_key=self.exec_key))
return self.groups
def test_plot_data(self):
"""
Test the construction of scatter plot data.
"""
global travis
travis = os.getenv("TRAVIS")
if not travis:
our_grp = Group(GRP1,
members=[self.newton],
exec_key=self.exec_key)
self.env = Env("Test env",
members=[our_grp],
exec_key=self.exec_key)
ret = self.env.plot_data()
(x, y) = self.newton.pos
self.assertEqual(
ret, {GRP1: {
X: [x],
Y: [y],
'color': None,
'marker': None
}})
def group(request, cn, sort_by='sn'):
group = Group.get_by_cn(cn, ['cn', 'description', 'gidNumber', 'memberUid', 'owner'])
members = []
owner = group.owner.split(',')[0][4:]
description = group.description
for memberUid in group.memberUid:
user = User.get_by_uid(memberUid, ['uid', 'givenName', 'sn'])
if not user:
kwargs = {}
kwargs['uid'] = memberUid
kwargs['givenName'] = ''
kwargs['sn'] = ''
kwargs['former_member'] = True
user = User(**kwargs)
members.append(user)
sorted_members = sorted(members, key=attrgetter(sort_by))
context = {
'description' : description,
'group': group,
'members': sorted_members,
'owner' : owner,
}
return render(request, 'iapp_group/details.html', context)
def test_str(self):
name = "Ramanujan"
c = Group(name, exec_key=self.exec_key)
self.assertEqual(name, str(c))
def create_mathgrp(exec_key, members):
return Group("Math groups", members=members, exec_key=exec_key)
def create_cambguys2(exec_key):
return Group("Other Cambridge guys",
members=[create_littlewood(),
create_ramsey()],
exec_key=exec_key)
def create_cambguys(exec_key):
return Group("Cambridge guys",
members=[create_hardy(), create_ramanujan()],
exec_key=exec_key)
def create_calcguys(exec_key, members):
return Group(CALC_GUYS, members=members, exec_key=exec_key)
def index(request):
all_group = Group.all(['cn', 'gidNumber'])
sorted_all_group = sorted(all_group, key=attrgetter('cn'))
context = {'all_group' : sorted_all_group}
return render(request, 'iapp_group/index.html', context)
