def list(kw):
if kw == 'employe':
return zip(Employe.get_employes(), Employe.get_employes()) + [
(u'interim', u'Intérimaires')
]
elif kw == 'affaire':
return zip(Affaire.get_affaire(), map(str, Affaire.get_affaire()))
elif kw == 'week':
current_monday = dates.get_current_start_date()
l_dates = pd.DatetimeIndex(
start=current_monday - pd.Timedelta(days=30),
end=current_monday + pd.Timedelta(days=6),
freq='w')
return [str((t + pd.Timedelta(days=1)).date()) for t in l_dates]
elif kw == 'heures':
return zip(range(1000), range(1000))
else:
return []
def list(kw):
d_month = {
1: 'Janvier {}', 2: 'Fevrier {}', 3: 'Mars {}', 4: 'Avril {}', 5: 'Mai {}', 6: 'Juin {}', 7: 'Juillet {}',
8: 'Aout {}', 9: 'Septembre {}', 10: 'Octobre {}', 11: 'Novembre {}', 12: 'Decembre {}'
}
if kw == 'client':
return zip(Client.get_clients(), Client.get_clients())
elif kw == 'contact':
return Contact.get_contact('client_commande', return_id=True)
elif kw == 'responsable':
return zip(Employe.get_employes(**{'categorie': 'charge affaire'}),
Employe.get_employes(**{'categorie': 'charge affaire'}))
elif kw == 'base_prix':
d = pd.Timestamp.now().date()
l_dates = pd.DatetimeIndex(start=d - pd.Timedelta(days=95), end=d + pd.Timedelta(days=95), freq='M')
return [(d_month[t.month].format(t.year), d_month[t.month].format(t.year)) for t in l_dates]
else:
return []
def list(id_, **kwlist):
if id_ == 'responsable':
return zip(Employe.get_employes(**{'categorie': 'charge affaire'}),
Employe.get_employes(**{'categorie': 'charge affaire'}))
elif id_ == 'devis':
return zip(Devis.get_devis(), Devis.get_devis())
elif id_ == 'chantier':
kwargs = kwlist.get('chantier', {})
return Chantier.get_chantier(return_id=True, **kwargs)
elif id_ == 'contact_chantier_client':
return Contact.get_contact('client_chantier',
return_id=True,
**kwlist.get('contact', {}))
elif id_ == 'contact_facturation_client':
return Contact.get_contact('client_administration',
return_id=True,
**kwlist.get('contact', {}))
elif id_ == 'contact_chantier_interne':
return zip(Employe.get_employes(**{'categorie': 'chantier'}),
Employe.get_employes(**{'categorie': 'chantier'}))
else:
return []
def test_request(self):
"""
python -m unittest tests.models.employe.TestEmploye.test_request
"""
l_client = Employe.get_employes(path=self.path)
self.assertEqual(len(l_client), 1)
self.assertEqual(l_client[0], "Jean Dujardin")
# Test from index instance method
test_employe = Employe.from_index_({'nom': 'Dujardin', 'prenom': 'Jean'}, path=self.path)
for k, v in self.d_init[0].items():
if k not in [sch.name for sch in BaseModel.l_hfields]:
self.assertEqual(test_employe.__getattribute__(k), v)