def test_update_project_limits(self):
tenant = doubles.make(self.mox,
doubles.Tenant,
id=self.tenant_id,
name='old name',
description='old description')
gb = 1024 * 1024 * 1024
params = {
u'cpus-limit': 13,
u'ram-limit': 11 * gb,
u'instances-limit': 8
}
self.fake_client_set.identity_admin \
.tenants.get(self.tenant_id).AndReturn(tenant)
self.fake_client_set.compute.quotas.update(self.tenant_id,
instances=8,
ram=11 * 1024,
cores=13)
projects._network_for_project(self.tenant_id).AndReturn('NET')
projects._quotaset_for_project(self.tenant_id).AndReturn('QUOTA')
projects._project_to_view(tenant, 'NET', 'QUOTA')\
.AndReturn('UPDATED')
self.mox.ReplayAll()
data = self.interact(params)
self.assertEquals(data, 'UPDATED')
def test_project_creation_works(self):
self.mox.StubOutWithMock(projects, '_project_to_view')
self.mox.StubOutWithMock(projects, '_quotaset_for_project')
networks = self.fake_client_set.compute.networks
tenants = self.fake_client_set.identity_admin.tenants
tenant = doubles.make(self.mox,
doubles.Tenant,
name=self.name,
id='PID',
description=self.description)
networks.get(self.net_id).AndReturn(
doubles.make(self.mox,
doubles.Network,
label='NETLABEL',
id=self.net_id,
project_id=None))
tenants.create(self.name, self.description).AndReturn(tenant)
networks.associate(self.net_id, tenant.id)
networks.get(self.net_id).AndReturn('UPDATED NETWORK')
projects._quotaset_for_project(tenant.id).AndReturn('QUOTA')
projects._project_to_view(tenant, 'UPDATED NETWORK', 'QUOTA')\
.AndReturn('REPLY')
self.mox.ReplayAll()
data = self.interact()
self.assertEquals(data, 'REPLY')
def test_project_creation_works(self):
self.mox.StubOutWithMock(projects, '_project_to_view')
self.mox.StubOutWithMock(projects, '_quotaset_for_project')
networks = self.fake_client_set.compute.networks
tenants = self.fake_client_set.identity_admin.tenants
tenant = doubles.make(self.mox, doubles.Tenant,
name=self.name, id='PID',
description=self.description)
networks.get(self.net_id).AndReturn(
doubles.make(self.mox, doubles.Network,
label='NETLABEL', id=self.net_id, project_id=None))
tenants.create(self.name, self.description).AndReturn(tenant)
networks.associate(self.net_id, tenant.id)
networks.get(self.net_id).AndReturn('UPDATED NETWORK')
projects._quotaset_for_project(tenant.id).AndReturn('QUOTA')
projects._project_to_view(tenant, 'UPDATED NETWORK', 'QUOTA')\
.AndReturn('REPLY')
self.mox.ReplayAll()
data = self.interact()
self.assertEquals(data, 'REPLY')
def test_get_all_projects(self):
tenants = (
doubles.make(self.mox, doubles.Tenant, name=u'tnt1', id=u't1'),
doubles.make(self.mox, doubles.Tenant, name=u'tnt2', id=u't2'),
doubles.make(self.mox, doubles.Tenant,
name=u'systenant', id=u'SYSTENANT_ID'))
nets = (
self.net(label=u'net2', id=u'netid2', project_id=u't2'),
self.net(label=u'net_', id=u'netid_', project_id=None), # unused
self.net(label=u'net1', id=u'netid1', project_id=u't1'))
self.tm_mock.list().AndReturn(tenants)
self.nm_mock.list().AndReturn(nets)
projects._quotaset_for_project(u't1').AndReturn('QUOTA1')
projects._project_to_view(tenants[0], nets[2], 'QUOTA1')\
.AndReturn('PROJECT1')
projects._quotaset_for_project(u't2').AndReturn('QUOTA2')
projects._project_to_view(tenants[1], nets[0], 'QUOTA2')\
.AndReturn('PROJECT2')
expected = {
u'collection': {
u'name': u'projects',
u'size': 2
},
u'projects': [ 'PROJECT1', 'PROJECT2' ]
}
self.mox.ReplayAll()
rv = self.client.get('/v1/projects/')
data = self.check_and_parse_response(rv)
self.assertEquals(data, expected)
def test_get_project(self):
tenant = doubles.make(self.mox, doubles.Tenant,
name=u'name', id=u'pid')
self.tm_mock.find(id=u'pid').AndReturn(tenant)
projects._quotaset_for_project(u'pid').AndReturn('QUOTA')
projects._network_for_project(u'pid').AndReturn('FAKE_NETWORK')
projects._project_to_view(tenant, 'FAKE_NETWORK', 'QUOTA') \
.AndReturn('FAKE_PROJECT')
self.mox.ReplayAll()
rv = self.client.get('/v1/projects/pid')
data = self.check_and_parse_response(rv)
self.assertEquals(data, 'FAKE_PROJECT')
def test_get_project(self):
tenant = doubles.make(self.mox,
doubles.Tenant,
name=u'name',
id=u'pid')
self.tm_mock.find(id=u'pid').AndReturn(tenant)
projects._quotaset_for_project(u'pid').AndReturn('QUOTA')
projects._network_for_project(u'pid').AndReturn('FAKE_NETWORK')
projects._project_to_view(tenant, 'FAKE_NETWORK', 'QUOTA') \
.AndReturn('FAKE_PROJECT')
self.mox.ReplayAll()
rv = self.client.get('/v1/projects/pid')
data = self.check_and_parse_response(rv)
self.assertEquals(data, 'FAKE_PROJECT')
def test_quotaset_for_project(self):
project_id = 'PID'
self.fake_client_set.compute.quotas.get(project_id).AndReturn('QUOTA')
self.mox.ReplayAll()
with self.app.test_request_context():
self.install_fake_auth()
quota = projects._quotaset_for_project(project_id)
self.assertEquals('QUOTA', quota)
def test_quotaset_for_project(self):
project_id = 'PID'
self.fake_client_set.compute.quotas.get(project_id).AndReturn('QUOTA')
self.mox.ReplayAll()
with self.app.test_request_context():
self.install_fake_auth()
quota = projects._quotaset_for_project(project_id)
self.assertEquals('QUOTA', quota)
def test_update_project_updates(self):
tenant = doubles.make(self.mox, doubles.Tenant,
id=self.tenant_id, name='old name',
description='old description')
updated = doubles.make(self.mox, doubles.Tenant,
id=self.tenant_id, name='old name',
description='new description')
self.fake_client_set.identity_admin \
.tenants.get(self.tenant_id).AndReturn(tenant)
tenant.update(description=updated.description).AndReturn(updated)
projects._network_for_project(self.tenant_id).AndReturn('NET')
projects._quotaset_for_project(self.tenant_id).AndReturn('QUOTA')
projects._project_to_view(updated, 'NET', 'QUOTA')\
.AndReturn('UPDATED')
self.mox.ReplayAll()
data = self.interact({'description': updated.description})
self.assertEquals(data, 'UPDATED')
def test_get_all_projects(self):
tenants = (doubles.make(self.mox,
doubles.Tenant,
name=u'tnt1',
id=u't1'),
doubles.make(self.mox,
doubles.Tenant,
name=u'tnt2',
id=u't2'),
doubles.make(self.mox,
doubles.Tenant,
name=u'systenant',
id=u'SYSTENANT_ID'))
nets = (
self.net(label=u'net2', id=u'netid2', project_id=u't2'),
self.net(label=u'net_', id=u'netid_', project_id=None), # unused
self.net(label=u'net1', id=u'netid1', project_id=u't1'))
self.tm_mock.list().AndReturn(tenants)
self.nm_mock.list().AndReturn(nets)
projects._quotaset_for_project(u't1').AndReturn('QUOTA1')
projects._project_to_view(tenants[0], nets[2], 'QUOTA1')\
.AndReturn('PROJECT1')
projects._quotaset_for_project(u't2').AndReturn('QUOTA2')
projects._project_to_view(tenants[1], nets[0], 'QUOTA2')\
.AndReturn('PROJECT2')
expected = {
u'collection': {
u'name': u'projects',
u'size': 2
},
u'projects': ['PROJECT1', 'PROJECT2']
}
self.mox.ReplayAll()
rv = self.client.get('/v1/projects/')
data = self.check_and_parse_response(rv)
self.assertEquals(data, expected)
def test_update_project_updates(self):
tenant = doubles.make(self.mox,
doubles.Tenant,
id=self.tenant_id,
name='old name',
description='old description')
updated = doubles.make(self.mox,
doubles.Tenant,
id=self.tenant_id,
name='old name',
description='new description')
self.fake_client_set.identity_admin \
.tenants.get(self.tenant_id).AndReturn(tenant)
tenant.update(description=updated.description).AndReturn(updated)
projects._network_for_project(self.tenant_id).AndReturn('NET')
projects._quotaset_for_project(self.tenant_id).AndReturn('QUOTA')
projects._project_to_view(updated, 'NET', 'QUOTA')\
.AndReturn('UPDATED')
self.mox.ReplayAll()
data = self.interact({'description': updated.description})
self.assertEquals(data, 'UPDATED')
def test_update_project_limits(self):
tenant = doubles.make(self.mox, doubles.Tenant,
id=self.tenant_id, name='old name',
description='old description')
gb = 1024 * 1024 * 1024
params = {
u'cpus-limit': 13,
u'ram-limit': 11 * gb,
u'instances-limit': 8
}
self.fake_client_set.identity_admin \
.tenants.get(self.tenant_id).AndReturn(tenant)
self.fake_client_set.compute.quotas.update(self.tenant_id,
instances=8, ram=11 * 1024, cores=13)
projects._network_for_project(self.tenant_id).AndReturn('NET')
projects._quotaset_for_project(self.tenant_id).AndReturn('QUOTA')
projects._project_to_view(tenant, 'NET', 'QUOTA')\
.AndReturn('UPDATED')
self.mox.ReplayAll()
data = self.interact(params)
self.assertEquals(data, 'UPDATED')
