def connect_domain_ou(ou_id, dom_id, c_aff):
ee_dom = Email.EntityEmailDomain(db)
ee_dom.clear()
try:
ee_dom.find(ou_id, c_aff)
except Errors.NotFoundError:
ee_dom.populate_email_domain(dom_id, c_aff)
ee_dom.write_db()
def get_primary_maildomain(self):
"""Return correct `domain_id' for account's primary address."""
dom = Email.EmailDomain(self._db)
dom.find_by_domain(Email.get_primary_default_email_domain())
entdom = Email.EntityEmailDomain(self._db)
# Find OU and affiliation for this user's best-priority
# account_type entry.
for row in self.get_account_types():
ou, aff = row['ou_id'], row['affiliation']
# If a maildomain is associated with this (ou, aff)
# combination, then that is the user's default maildomain.
entdom.clear()
try:
entdom.find(ou, affiliation=aff)
#
# This if-test assumes that the cereconf.EMAIL_DEFAULT_DOMAIN
# cannot be considered as a primary domain if another
# valid domain is found for an account. The behaviour is wrong
# for ØFK as quite av few of the accounts should have primary
# addresses in default domain while they have other domains
# Jazz
#
# If the default domain is specified, ignore this
# affiliation.
# if entdom.entity_email_domain_id == dom.entity_id:
# continue
return entdom.entity_email_domain_id
except Errors.NotFoundError:
pass
# Otherwise, try falling back to tha maildomain associated
# with (ou, None).
entdom.clear()
try:
entdom.find(ou)
if entdom.entity_email_domain_id == dom.entity_id:
continue
return entdom.entity_email_domain_id
except Errors.NotFoundError:
pass
# Still no proper maildomain association has been found; fall
# back to default maildomain.
return dom.entity_id
def get_report(exclude_empty):
"""Returns a list of OUs with no email domain"""
db = Factory.get("Database")()
co = Factory.get("Constants")(db)
ou = Factory.get("OU")(db)
ac = Factory.get("Account")(db)
email = Email.EmailDomain(db)
eed = Email.EntityEmailDomain(db)
# Count the number of accounts in each OU
ou_to_num_accounts = {}
for acc in ac.list_accounts_by_type():
ou_id = acc['ou_id']
if ou_to_num_accounts.has_key(ou_id):
ou_to_num_accounts[ou_id] += 1
else:
ou_to_num_accounts[ou_id] = 1
# Map OU ids to email domain
ou_to_domain = {}
for dom in email.list_email_domains():
for affs in eed.list_affiliations(domain_id=dom['domain_id']):
ou_to_domain[affs[0]] = dom['domain_id']
# Iterate through OUs
report = []
for sko in ou.get_stedkoder():
ou_id = sko['ou_id']
if exclude_empty and not ou_to_num_accounts.has_key(ou_id):
continue
if not ou_to_domain.has_key(ou_id):
ou.clear()
ou.find(ou_id)
ou_quarantine = ou.get_entity_quarantine()
# Skip if OU is in quarantine
if len(ou_quarantine) is 0:
if not ou_to_num_accounts.has_key(ou_id):
ou_num_accounts = 0
else:
ou_num_accounts = ou_to_num_accounts[ou_id]
ou_name = ou.get_name_with_language(
name_variant=co.ou_name,
name_language=co.language_nb,
default="")
report.append({
'stedkode':
'%02d%02d%02d' %
(sko['fakultet'], sko['institutt'], sko['avdeling']),
'ou_id':
ou_id,
'ou_num_accounts':
ou_num_accounts,
'ou_name':
ou_name
})
return sorted(report, key=lambda k: k['stedkode'])
