def _check_project_to_project(self):
_k_projects = keystone.get_projects_by_project_ids()
_g_projects = self.gclient.get_projects(type='simple')
k_projects = []
g_projects = []
for kp in _k_projects:
billing_owner = kp['users']['billing_owner']
k_projects.append(
keystone.Project(
kp['id'],
billing_owner.get('id') if billing_owner else None,
kp['domain_id']))
for gp in _g_projects:
g_projects.append(
keystone.Project(gp['project_id'],
gp['billing_owner'],
gp['domain_id']))
# projects in keystone but not in gringotts
creating_projects = list(set(k_projects) - set(g_projects))
# projects in gringotts but not in keystone
deleting_projects = []
_deleted_projects = list(set(g_projects) - set(k_projects))
for p in _deleted_projects:
if self.gclient.get_resources(p.project_id):
deleting_projects.append(p)
# projects whose billing owner is not equal to each other
billing_projects = [] # changing billing owner
projects_k = sorted(set(g_projects) & set(k_projects),
key=lambda p: p.project_id)
projects_g = sorted(set(k_projects) & set(g_projects),
key=lambda p: p.project_id)
for k, g in zip(projects_k, projects_g):
if k.billing_owner_id != g.billing_owner_id:
billing_projects.append(k)
return (creating_projects, deleting_projects, billing_projects)
def _check_project_to_project(self):
_k_projects = keystone.get_projects_by_project_ids()
_g_projects = self.gclient.get_projects(type='simple')
k_projects = []
g_projects = []
for kp in _k_projects:
billing_owner = kp['users']['billing_owner']
k_projects.append(
keystone.Project(
kp['id'],
billing_owner.get('id') if billing_owner else None,
kp['domain_id']))
for gp in _g_projects:
g_projects.append(
keystone.Project(gp['project_id'],
gp['billing_owner'],
gp['domain_id']))
# projects in keystone but not in gringotts
creating_projects = list(set(k_projects) - set(g_projects))
# projects in gringotts but not in keystone
deleting_projects = []
_deleted_projects = list(set(g_projects) - set(k_projects))
for p in _deleted_projects:
if self.gclient.get_resources(p.project_id):
deleting_projects.append(p)
# projects whose billing owner is not equal to each other
billing_projects = [] # changing billing owner
projects_k = sorted(set(g_projects) & set(k_projects),
key=lambda p: p.project_id)
projects_g = sorted(set(k_projects) & set(g_projects),
key=lambda p: p.project_id)
for k, g in zip(projects_k, projects_g):
if k.billing_owner_id != g.billing_owner_id:
billing_projects.append(k)
return (creating_projects, deleting_projects, billing_projects)
def get_all(self, user_id=None, type=None, duration=None):
"""Get all projects."""
user_id = acl.get_limited_to_user(request.headers,
'projects_get') or user_id
self.conn = pecan.request.db_conn
result = []
if not type or type.lower() == 'pay':
# if admin call this api, limit to admin's user_id
if not user_id:
user_id = request.context.user_id
try:
user_projects = self.conn.get_user_projects(request.context,
user_id=user_id)
except Exception as e:
LOG.exception('Fail to get all projects')
raise exception.DBError(reason=e)
project_ids = [up.project_id for up in user_projects]
if not project_ids:
LOG.warn('User %s has no payed projects' % user_id)
return []
projects = keystone.get_projects_by_project_ids(project_ids)
for u, p in itertools.product(user_projects, projects):
if u.project_id == p['id']:
billing_owner = p['users']['billing_owner']
project_owner = p['users']['project_owner']
project_creator = p['users']['project_creator']
up = models.UserProject(user_id=user_id,
project_id=u.project_id,
project_name=p['name'],
user_consumption=u.user_consumption,
project_consumption=u.project_consumption,
billing_owner=dict(user_id=billing_owner.get('id') if billing_owner else None,
user_name=billing_owner.get('name') if billing_owner else None),
project_owner=dict(user_id=project_owner.get('id') if project_owner else None,
user_name=project_owner.get('name') if project_owner else None),
project_creator=dict(user_id=project_creator.get('id') if project_creator else None,
user_name=project_creator.get('name') if project_creator else None),
is_historical=u.is_historical,
created_at=timeutils.parse_isotime(p['created_at']) if p['created_at'] else None)
result.append(up)
elif type.lower() == 'all':
# if admin call this api, limit to admin's user_id
if not user_id:
user_id = request.context.user_id
k_projects = keystone.get_projects_by_user(user_id)
project_ids = [p['id'] for p in k_projects]
if not project_ids:
LOG.warn('User %s has no projects' % user_id)
return []
try:
g_projects = self.conn.get_projects_by_project_ids(request.context,
project_ids)
except Exception as e:
LOG.exception('Fail to get all projects')
raise exception.DBError(reason=e)
for k, g in itertools.product(k_projects, g_projects):
if k['id'] == g.project_id:
billing_owner = k['users']['billing_owner']
project_owner = k['users']['project_owner']
project_creator = k['users']['project_creator']
up = models.UserProject(user_id=user_id,
project_id=g.project_id,
project_name=k['name'],
project_consumption=g.consumption,
billing_owner=dict(user_id=billing_owner.get('id') if billing_owner else None,
user_name=billing_owner.get('name') if billing_owner else None),
project_owner=dict(user_id=project_owner.get('id') if project_owner else None,
user_name=project_owner.get('name') if project_owner else None),
project_creator=dict(user_id=project_creator.get('id') if project_creator else None,
user_name=project_creator.get('name') if project_creator else None),
is_historical=False,
created_at=timeutils.parse_isotime(k['created_at']) if k['created_at'] else None)
result.append(up)
elif type.lower() == 'simple':
duration = gringutils.normalize_timedelta(duration)
if duration:
active_from = datetime.datetime.utcnow() - duration
else:
active_from = None
g_projects = list(self.conn.get_projects(request.context,
user_id=user_id,
active_from=active_from))
project_ids = [p.project_id for p in g_projects]
if not project_ids:
LOG.warn('User %s has no payed projects' % user_id)
return []
k_projects = keystone.get_projects_by_project_ids(project_ids)
for k, g in itertools.product(k_projects, g_projects):
if k['id'] == g.project_id:
up = models.UserProject(project_id=g.project_id,
project_name=k['name'],
domain_id=g.domain_id,
billing_owner=dict(user_id=g.user_id))
result.append(up)
return result
