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re2o/re2o/utils.py

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# -*- mode: python; coding: utf-8 -*-
# Re2o est un logiciel d'administration développé initiallement au rezometz. Il
# se veut agnostique au réseau considéré, de manière à être installable en
# quelques clics.
#
# Copyright © 2017 Gabriel Détraz
# Copyright © 2017 Goulven Kermarec
# Copyright © 2017 Augustin Lemesle
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
# -*- coding: utf-8 -*-
# David Sinquin, Gabriel Détraz, Goulven Kermarec
"""
Regroupe les fonctions transversales utiles
Fonction :
- récupérer tous les utilisateurs actifs
- récupérer toutes les machines
- récupérer tous les bans
etc
"""
from __future__ import unicode_literals
from django.utils import timezone
from django.db.models import Q
from cotisations.models import Cotisation, Facture, Paiement, Vente
from machines.models import Domain, Interface, Machine
from users.models import Adherent, User, Ban, Whitelist
from preferences.models import Service
DT_NOW = timezone.now()
def all_adherent(search_time=DT_NOW):
""" Fonction renvoyant tous les users adherents. Optimisee pour n'est
qu'une seule requete sql
Inspecte les factures de l'user et ses cotisation, regarde si elles
sont posterieur à now (end_time)"""
return User.objects.filter(
facture__in=Facture.objects.filter(
vente__in=Vente.objects.filter(
Q(type_cotisation='All') | Q(type_cotisation='Adhesion'),
cotisation__in=Cotisation.objects.filter(
vente__in=Vente.objects.filter(
facture__in=Facture.objects.all().exclude(valid=False)
)
).filter(date_end__gt=search_time)
)
)
).distinct()
def all_baned(search_time=DT_NOW):
""" Fonction renvoyant tous les users bannis """
return User.objects.filter(
ban__in=Ban.objects.filter(
date_end__gt=search_time
)
).distinct()
def all_whitelisted(search_time=DT_NOW):
""" Fonction renvoyant tous les users whitelistes """
return User.objects.filter(
whitelist__in=Whitelist.objects.filter(
date_end__gt=search_time
)
).distinct()
def all_has_access(search_time=DT_NOW):
""" Renvoie tous les users beneficiant d'une connexion
: user adherent ou whiteliste et non banni """
return User.objects.filter(
Q(state=User.STATE_ACTIVE) &
~Q(ban__in=Ban.objects.filter(date_end__gt=search_time)) &
(Q(whitelist__in=Whitelist.objects.filter(date_end__gt=search_time)) |
Q(facture__in=Facture.objects.filter(
vente__in=Vente.objects.filter(
cotisation__in=Cotisation.objects.filter(
Q(type_cotisation='All') | Q(type_cotisation='Connexion'),
vente__in=Vente.objects.filter(
facture__in=Facture.objects.all()
.exclude(valid=False)
)
).filter(date_end__gt=search_time)
)
)))
).distinct()
def filter_active_interfaces(interface_set):
"""Filtre les machines autorisées à sortir sur internet dans une requête"""
return interface_set.filter(
machine__in=Machine.objects.filter(
user__in=all_has_access()
).filter(active=True)
).select_related('domain').select_related('machine')\
.select_related('type').select_related('ipv4')\
.select_related('domain__extension').select_related('ipv4__ip_type')\
.distinct()
def all_active_interfaces():
"""Renvoie l'ensemble des machines autorisées à sortir sur internet """
return filter_active_interfaces(Interface.objects)
def all_active_assigned_interfaces():
""" Renvoie l'ensemble des machines qui ont une ipv4 assignées et
disposant de l'accès internet"""
return all_active_interfaces().filter(ipv4__isnull=False)
def all_active_interfaces_count():
""" Version light seulement pour compter"""
return Interface.objects.filter(
machine__in=Machine.objects.filter(
user__in=all_has_access()
).filter(active=True)
)
def all_active_assigned_interfaces_count():
""" Version light seulement pour compter"""
return all_active_interfaces_count().filter(ipv4__isnull=False)
class SortTable:
""" Class gathering uselful stuff to sort the colums of a table, according
to the column and order requested. It's used with a dict of possible
values and associated model_fields """
# All the possible possible values
# The naming convention is based on the URL or the views function
# The syntax to describe the sort to apply is a dict where the keys are
# the url value and the values are a list of model field name to use to
# order the request. They are applied in the order they are given.
# A 'default' might be provided to specify what to do if the requested col
# doesn't match any keys.
USERS_INDEX = {
'user_name': ['name'],
'user_surname': ['surname'],
'user_pseudo': ['pseudo'],
'user_room': ['room'],
'default': ['state', 'pseudo']
}
USERS_INDEX_BAN = {
'ban_user': ['user__pseudo'],
'ban_start': ['date_start'],
'ban_end': ['date_end'],
'default': ['-date_end']
}
USERS_INDEX_WHITE = {
'white_user': ['user__pseudo'],
'white_start': ['date_start'],
'white_end': ['date_end'],
'default': ['-date_end']
}
MACHINES_INDEX = {
'machine_name': ['name'],
'default': ['pk']
}
COTISATIONS_INDEX = {
'cotis_user': ['user__pseudo'],
'cotis_paiement': ['paiement__moyen'],
'cotis_date': ['date'],
'cotis_id': ['id'],
'default': ['-date']
}
COTISATIONS_CONTROL = {
'control_name': ['user__adherent__name'],
'control_surname': ['user__surname'],
'control_paiement': ['paiement'],
'control_date': ['date'],
'control_valid': ['valid'],
'control_control': ['control'],
'control_id': ['id'],
'control_user-id': ['user__id'],
'default': ['-date']
}
TOPOLOGIE_INDEX = {
'switch_dns': ['switch_interface__domain__name'],
'switch_ip': ['switch_interface__ipv4__ipv4'],
'switch_loc': ['location'],
'switch_ports': ['number'],
'switch_stack': ['stack__name'],
'default': ['location', 'stack', 'stack_member_id']
}
TOPOLOGIE_INDEX_PORT = {
'port_port': ['port'],
'port_room': ['room__name'],
'port_interface': ['machine_interface__domain__name'],
'port_related': ['related__switch__name'],
'port_radius': ['radius'],
'port_vlan': ['vlan_force__name'],
'default': ['port']
}
TOPOLOGIE_INDEX_ROOM = {
'room_name': ['name'],
'default': ['name']
}
TOPOLOGIE_INDEX_STACK = {
'stack_name': ['name'],
'stack_id': ['stack_id'],
'default': ['stack_id'],
}
TOPOLOGIE_INDEX_MODEL_SWITCH = {
'model_switch_name': ['reference'],
'model_switch__contructor' : ['constructor__name'],
'default': ['reference'],
}
TOPOLOGIE_INDEX_CONSTRUCTOR_SWITCH = {
'room_name': ['name'],
'default': ['name'],
}
LOGS_INDEX = {
'sum_date': ['revision__date_created'],
'default': ['-revision__date_created'],
}
LOGS_STATS_LOGS = {
'logs_author': ['user__name'],
'logs_date': ['date_created'],
'default': ['-date_created']
}
@staticmethod
def sort(request, col, order, values):
""" Check if the given values are possible and add .order_by() and
a .reverse() as specified according to those values """
fields = values.get(col, None)
if not fields:
fields = values.get('default', [])
request = request.order_by(*fields)
if values.get(col, None) and order == 'desc':
return request.reverse()
else:
return request
def remove_user_room(room):
""" Déménage de force l'ancien locataire de la chambre """
try:
user = Adherent.objects.get(room=room)
except Adherent.DoesNotExist:
return
user.room = None
user.save()