def setUp(self):
self.containers_api = ContainersAPI()
self.bridges_api = BridgesAPI()
self.storagepool_api = StoragepoolsAPI()
self.createdcontainer = []
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
self.zeroCore_ip = [
x['ip'] for x in self.nodes if x['id'] == self.node_id
]
self.assertTrue(self.zeroCore_ip, 'No node match the random node')
self.jwt = self.nodes_api.jwt
self.zeroCore = Client(self.zeroCore_ip[0], password=self.jwt)
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.storage = "ardb://hub.gig.tech:16379"
self.container_name = self.rand_str()
self.hostname = self.rand_str()
self.process_body = {'name': 'yes'}
self.container_body = {
"name": self.container_name,
"hostname": self.hostname,
"flist": self.root_url,
"hostNetworking": False,
"initProcesses": [],
"filesystems": [],
"ports": [],
"storage": self.storage
}
def setUp(self):
super().setUp()
self.containers_api = ContainersAPI()
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
if self.node_id is None:
self.lg.info(' No node found')
return
self.node = {}
for node in self.nodes:
if node['id'] == self.node_id:
self.g8os_ip = node['ip']
self.node = node
break
self.jwt = self.nodes_api.jwt
self.g8core = Client(self.g8os_ip, password=self.jwt)
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.storage = "ardb://hub.gig.tech:16379"
self.container_name = self.rand_str()
self.hostname = self.rand_str()
self.job_body = {'name': 'yes'}
self.container_body = {
"name": self.container_name,
"hostname": self.hostname,
"flist": self.root_url,
"hostNetworking": False,
"initProcesses": [],
"filesystems": [],
"ports": [],
"storage": self.storage
}
def setUp(self):
super().setUp()
self.vms_api = VmsAPI()
self.storageclusters_api = Storageclusters()
self.vdisks_apis = VDisksAPIs()
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
nodeip = [x['ip'] for x in self.nodes if x['id'] == self.nodeid][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(nodeip, password=self.jwt)
storageclusters = self.storageclusters_api.get_storageclusters()
if storageclusters.json() == []:
self.storagecluster = self.create_sotragecluster()['label']
else:
self.storagecluster = storageclusters.json()[0]
vdisks = self.vdisks_apis.get_vdisks()
vdisks = [
x for x in vdisks.json()
if (x['id'] == 'ubuntu-test-vdisk'
and x['storageCluster'] == self.storagecluster)
]
if vdisks == []:
self.vdisk = self.create_boot_vdisk(self.storagecluster)
else:
self.vdisk = vdisks[0]
def setUp(self):
super().setUp()
self.storagepool_api = StoragepoolsAPI()
self.nodeid = self.get_random_node()
self.nodeip = [x['ip'] for x in self.nodes if x['id'] == self.nodeid]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(self.nodeip[0], password=self.jwt)
self.CLEANUP = []
def setUp(self):
super().setUp()
self.vms_api = VmsAPI()
self.storageclusters_api = Storageclusters()
self.vdisks_apis = VDisksAPIs()
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes if x['id'] == self.nodeid]
self.assertNotEqual(pyclient_ip, [])
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip[0], password=self.jwt)
self.lg.info('Join zerotier network (ZT0)')
self.nwid = self.create_zerotier_network()
self.body = {"nwid": self.nwid}
self.zerotier_api.post_nodes_zerotiers(self.nodeid, self.body)
for _ in range(50):
response = self.zerotier_api.get_nodes_zerotiers_zerotierid(
self.nodeid, self.nwid)
if response.status_code == 200:
if response.json()['status'] == 'OK':
break
else:
time.sleep(3)
else:
self.lg.info('can\'t list node zerotier networks')
else:
self.lg.info('can\'t join zerotier network after 150 seconds')
def setUp(self):
super().setUp()
self.bridges_api = BridgesAPI()
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes
if x['id'] == self.nodeid][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip, password=self.jwt)
self.lg.info('Create bridge (B0) on node (N0)')
self.name = self.rand_str()
self.hwaddr = self.randomMAC()
self.networkMode = "none"
self.nat = False
self.settings = {}
self.body = {
"name": self.name,
"hwaddr": self.hwaddr,
"networkMode": self.networkMode,
"nat": self.nat,
"setting": self.settings
}
self.bridges_api.post_nodes_bridges(self.nodeid, self.body)
time.sleep(3)
def setUp(self):
super().setUp()
self.nodes_api = NodesAPI()
self.jwt = self.nodes_api.jwt
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
if self.node_id is None:
self.lg.info(' No node found')
return
self.node = {}
for node in self.nodes:
if node['id'] == self.node_id:
self.g8os_ip = node['ip']
self.node = node
break
self.python_client = Client(self.g8os_ip, password=self.jwt)
def test011_post_nodes_vms_vmid_migrate(self):
""" GAT-077
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Migrate virtual machine (VM0) to another node, should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be migrating.
"""
if len(self.nodes) < 2:
self.skipTest('need at least 2 nodes')
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info(
'Migrate virtual machine (VM0) to another node, should succeed with 204'
)
node_2 = self.get_random_node(except_node=self.nodeid)
body = {"nodeid": node_2}
response = self.vms_api.post_nodes_vms_vmid_migrate(
self.nodeid, vm['id'], body)
self.assertEqual(response.status_code, 204)
time.sleep(30)
response = self.vms_api.get_nodes_vms_vmid(node_2, vm['id'])
self.assertEqual(response.status_code, 200)
pyclient_ip = [x['ip'] for x in self.nodes if x['id'] == node_2]
self.assertNotEqual(pyclient_ip, [])
pyclient = Client(pyclient_ip)
vms = pyclient.client.kvm.list()
self.assertIn(vm['id'], [x['name'] for x in vms])
def setUp(self):
super().setUp()
self.storageclusters_api = Storageclusters()
self.nodeid = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes
if x['id'] == self.nodeid][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip, password=self.jwt)
if self._testMethodName != 'test003_deploy_new_storagecluster':
self.lg.info('Deploy new storage cluster (SC0)')
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
self.label = self.rand_str()
self.servers = randint(1, len(free_disks))
self.drivetype = 'ssd'
self.body = {
"label": self.label,
"servers": self.servers,
"driveType": self.drivetype,
"clusterType": "storage",
"nodes": [self.nodeid]
}
response = self.storageclusters_api.post_storageclusters(self.body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(
self.label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error(
'storagecluster status is not ready after 180 sec')
def setUp(self):
super(TestBridgesAPI, self).setUp()
self.bridges_api = BridgesAPI()
self.containers_api = ContainersAPI()
self.nodes_api = NodesAPI()
self.createdbridges = []
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
zeroCore_ip = [x['ip'] for x in self.nodes
if x['id'] == self.nodeid][0]
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.jwt = self.nodes_api.jwt
self.zeroCore = Client(zeroCore_ip, password=self.jwt)
self.bridge_name = self.rand_str()
self.nat = self.random_item([False, True])
self.bridge_body = {
"name": self.bridge_name,
"networkMode": "none",
"nat": self.nat,
"setting": {}
}
class TestVdisks(TestcasesBase):
def setUp(self):
super().setUp()
self.vdisks_apis = VDisksAPIs()
self.storageclusters_api = Storageclusters()
node = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes if x['id'] == node][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip, password=self.jwt)
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
storageclusters = self.storageclusters_api.get_storageclusters()
if storageclusters.json() == []:
self.lg.info('Deploy new storage cluster (SC0)')
sc_label = self.rand_str()
sc_servers = random.randint(1, len(free_disks))
sc_drivetype = 'ssd'
sc_nodes = [node]
sc_body = {"label": sc_label,
"servers": sc_servers,
"driveType": sc_drivetype,
"clusterType": "storage",
"nodes":sc_nodes}
response = self.storageclusters_api.post_storageclusters(sc_body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(sc_label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error('storagecluster status is not ready after 180 sec')
else:
sc_label = storageclusters.json()[0]
self.lg.info('Create vdisk (VD0)')
self.vd_creation_time = time.time()
self.vdisk_id = self.rand_str()
self.size = random.randint(1, 50)
self.types = ['boot','db','cache','tmp']
self.type = random.choice(self.types)
self.block_size = random.randint(1, self.size)*512
self.storagecluster = sc_label
self.readOnly = random.choice([False, True])
self.body = {"id": self.vdisk_id,
"size": self.size,
"blocksize": self.block_size,
"type": self.type,
"storagecluster": self.storagecluster,
"readOnly":self.readOnly}
response = self.vdisks_apis.post_vdisks(self.body)
self.assertEqual(response.status_code, 201)
def tearDown(self):
self.lg.info('Delete vdisk (VD0)')
self.vdisks_apis.delete_vdisks_vdiskid(self.vdisk_id)
super(TestVdisks, self).tearDown()
def test001_get_vdisk_details(self):
""" GAT-061
*GET:/vdisks/{vdiskid}*
**Test Scenario:**
#. Create vdisk (VD0).
#. Get vdisk (VD0), should succeed with 200.
#. Get nonexisting vdisk, should fail with 404.
"""
self.lg.info('Get vdisk (VD0), should succeed with 200')
response = self.vdisks_apis.get_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 200)
for key in self.body.keys():
if not self.readOnly and key == "readOnly":
continue
self.assertEqual(self.body[key], response.json()[key])
self.assertEqual(response.json()['status'], 'halted')
self.lg.info('Get nonexisting vdisk, should fail with 404')
response = self.vdisks_apis.get_vdisks_vdiskid('fake_vdisk')
self.assertEqual(response.status_code, 404)
def test002_list_vdisks(self):
""" GAT-062
*GET:/vdisks*
**Test Scenario:**
#. Create vdisk (VD0).
#. List vdisks, should succeed with 200.
"""
self.lg.info('List vdisks, should succeed with 200')
response = self.vdisks_apis.get_vdisks()
self.assertEqual(response.status_code, 200)
vd0_data = {"id": self.vdisk_id,
"storageCluster": self.storagecluster,
"type": self.type}
self.assertIn(vd0_data, response.json())
def test003_create_vdisk(self):
""" GAT-063
*POST:/vdisks*
**Test Scenario:**
#. Create vdisk (VD1). should succeed with 201.
#. List vdisks, (VD1) should be listed.
#. Delete vdisk (VD0), should succeed with 204.
#. Create vdisk with invalid body, should fail with 400.
"""
self.lg.info('Create vdisk (VD1). should succeed with 201')
vdisk_id = self.rand_str()
size = random.randint(1, 50)
vdisk_type = random.choice(self.types)
block_size = random.randint(1, self.size)*512
readOnly = random.choice([False, True])
body = {"id": vdisk_id,
"size": size,
"blocksize": block_size,
"type": vdisk_type,
"storagecluster": self.storagecluster,
"readOnly":readOnly}
response = self.vdisks_apis.post_vdisks(body)
self.assertEqual(response.status_code, 201)
self.lg.info('List vdisks, (VD1) should be listed')
response = self.vdisks_apis.get_vdisks()
self.assertEqual(response.status_code, 200)
self.assertIn(vdisk_id, [x['id'] for x in response.json()])
self.lg.info('Delete vdisk (VD0), should succeed with 204')
response = self.vdisks_apis.delete_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 204)
self.lg.info('Create vdisk with invalid body, should fail with 400')
body = {"id":self.rand_str()}
response = self.vdisks_apis.post_vdisks(body)
self.assertEqual(response.status_code, 400)
def test004_delete_vdisk(self):
""" GAT-064
*Delete:/vdisks/{vdiskid}*
**Test Scenario:**
#. Create vdisk (VD0).
#. Delete vdisk (VD0), should succeed with 204.
#. List vdisks, (VD0) should be gone.
#. Delete nonexisting vdisk, should fail with 404.
"""
self.lg.info('Delete vdisk (VD0), should succeed with 204')
response = self.vdisks_apis.delete_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 204)
self.lg.info('List vdisks, (VD0) should be gone')
response = self.vdisks_apis.get_vdisks()
self.assertEqual(response.status_code, 200)
self.assertNotIn(self.vdisk_id, [x['id'] for x in response.json()])
self.lg.info('Delete nonexisting vdisk, should fail with 404')
response = self.vdisks_apis.delete_vdisks_vdiskid('fake_vdisk')
self.assertEqual(response.status_code, 404)
def test005_resize_vdisk(self):
""" GAT-065
*POST:/vdisks/{vdiskid}/resize*
**Test Scenario:**
#. Create vdisk (VD0).
#. Resize vdisk (VD0), should succeed with 204.
#. Check that size of volume changed, should succeed.
#. Resize vdisk (VD0) with value less than the current vdisk size, should fail with 400.
#. Check vdisk (VD0) size, shouldn't be changed.
"""
self.lg.info('Resize vdisk (VD0), should succeed with 204')
new_size = self.size + random.randint(1,10)
body = {"newSize": new_size}
response = self.vdisks_apis.post_vdisks_vdiskid_resize(self.vdisk_id, body)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that size of volume changed, should succeed')
response = self.vdisks_apis.get_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 200)
self.assertEqual(new_size, response.json()['size'])
self.size = new_size
self.lg.info('Resize vdisk (VD0) with value less than the current vdisk size, should fail with 400')
new_size = self.size - random.randint(1, self.size-1)
body = {"newSize": new_size}
response = self.vdisks_apis.post_vdisks_vdiskid_resize(self.vdisk_id, body)
self.assertEqual(response.status_code, 400)
self.lg.info('Check vdisk (VD0) size, shouldn\'t be changed')
response = self.vdisks_apis.get_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 200)
self.assertNotEqual(new_size, response.json()['size'])
@unittest.skip('Not implemented')
def test006_Rollback_vdisk(self):
""" GAT-066
*POST:/vdisks/{vdiskid}/rollback*
**Test Scenario:**
#. Create vdisk (VD0), should succeed.
#. Resize vdisk (VD0), should succeed.
#. Check that size of vdisk (VD0) changed, should succeed.
#. Rollback vdisk (VD0), should succeed.
#. Check that vdisk (VD0) size is changed to the initial size, should succeed.
"""
self.lg.info(' Resize created volume.')
new_size = self.size + random.randint(1, 10)
body = {"newSize": new_size}
response = self.vdisks_apis.post_volumes_volumeid_resize(self.vdisk_id, body)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that size of volume changed, should succeed')
response = self.vdisks_apis.get_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 200)
self.assertEqual(new_size, response.json()['size'])
self.lg.info('Rollback vdisk (VD0), should succeed')
body = {"epoch": self.vd_creation_time}
response = self.vdisks_apis.post_vdisks_vdiskid_rollback(self.vdisk_id, body)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that vdisk (VD0) size is changed to the initial size, should succeed')
response = self.vdisks_apis.get_vdisks_vdiskid(self.vdisk_id)
self.assertEqual(response.status_code, 200)
self.assertEqual(self.size, response.json()['size'])
class TestNodeidAPI(TestcasesBase):
def setUp(self):
super().setUp()
self.nodes_api = NodesAPI()
self.jwt = self.nodes_api.jwt
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
if self.node_id is None:
self.lg.info(' No node found')
return
self.node = {}
for node in self.nodes:
if node['id'] == self.node_id:
self.g8os_ip = node['ip']
self.node = node
break
self.python_client = Client(self.g8os_ip, password=self.jwt)
def test001_list_nodes(self):
""" GAT-001
*GET:/node/ Expected: List of all nodes*
**Test Scenario:**
#. Send get nodes api request.
#. Compare results with golden value.
"""
self.lg.info('send get nodes api request ')
response = self.nodes_api.get_nodes()
self.assertEqual(response.status_code, 200)
self.lg.info('Compare results with golden value.')
Running_nodes = []
Nodes_result = response.json()
for node in Nodes_result:
if node['status'] == 'running':
Running_nodes.append(node)
self.assertEqual(len(Running_nodes), len(self.nodes))
for node in Running_nodes:
node_info = [
item for item in self.nodes if item["id"] == node["id"]
]
self.assertEqual(len(node_info), 1)
for key in node.keys():
if key in node_info[0].keys():
self.assertEqual(node[key], node_info[0][key])
def test002_get_nodes_details(self):
""" GAT-002
*GET:/nodes/{nodeid} - Expected: id, status, hostname*
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Send get nodes/{nodeid} api request.
#. Compare results with golden value.
"""
self.lg.info(' Send get nodes/{nodeid} api request.')
response = self.nodes_api.get_nodes_nodeid(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare results with golden value.')
node_details = response.json()
for key in self.node.keys():
if key in node_details.keys():
self.assertEqual(self.node[key], node_details[key])
def test003_list_jobs(self):
""" GAT-003
*GET:/nodes/{nodeid}/jobs - Expected: job list items*
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Send get /nodes/{nodeid}/jobs api request.
#. Compare results with golden value.
"""
self.lg.info('Send get /nodes/{nodeid}/jobs api request.')
response = self.nodes_api.get_nodes_nodeid_jobs(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare results with golden value.')
jobs = response.json()
client_jobs = self.python_client.get_jobs_list()
self.assertEqual(len(jobs), len(client_jobs))
for job in jobs:
for client_job in client_jobs:
if job['id'] == client_job['id']:
self.assertEqual(job['startTime'], client_job['starttime'])
break
def test004_kill_jobs(self):
""" GAT-004
*DELETE:/nodes/{nodeid}/jobs *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Send get /nodes/{nodeid}/jobs api request.
#. Check that all jobs has been killed.
"""
self.lg.info(' Send get /nodes/{nodeid}/jobs api request.')
response = self.nodes_api.delete_nodes_nodeid_jobs(
node_id=self.node_id)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that all jobs has been killed.')
response = self.nodes_api.get_nodes_nodeid_jobs(node_id=self.node_id)
jobs_list = response.json()
self.assertEqual(len(jobs_list), 6)
def test005_get_job_details(self):
""" GAT-005
*GET:/nodes/{nodeid}/jobs/{jobid} *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Get list of jobs of this node .
#. Choose one of these jobs to list its details.
#. Send get /nodes/{nodeid}/jobs/{jobid} api request.
#. Compare response with the golden values.
"""
self.lg.info('Get list of jobs of this node .')
response = self.nodes_api.get_nodes_nodeid_jobs(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Choose one of these jobs to list its details.')
jobs_list = response.json()
job_id = jobs_list[random.randint(0, (len(jobs_list) - 1))]['id']
self.lg.info('Send get /nodes/{nodeid}/jobs/{jobid} api request.')
response = self.nodes_api.get_nodes_nodeid_jobs_jobid(
node_id=self.node_id, job_id=job_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare response with the golden values.')
job_details = response.json()
client_jobs = self.python_client.get_jobs_list()
for client_job in client_jobs:
if client_job['id'] == job_id:
for key in job_details.keys():
if key in client_job.keys():
self.assertEqual(job_details[key], client_job[key])
break
def test006_kill_specific_job(self):
""" GAT-006
*DELETE:/nodes/{nodeid}/jobs/{jobid} *
**Test Scenario:**
#. Start new job .
#. delete /nodes/{nodeid}/jobs/{jobid} api.
#. verify this job has been killed.
"""
self.lg.info('start new job ')
job_id = self.python_client.start_job()
self.assertTrue(job_id)
self.lg.info(' delete /nodes/{nodeid}/jobs/{jobid} api.')
response = self.nodes_api.delete_nodes_nodeid_jobs_jobid(
node_id=self.node_id, job_id=job_id)
self.assertEqual(response.status_code, 204)
self.lg.info("verify this job has been killed.")
jobs = self.python_client.get_jobs_list()
self.assertFalse(any(job['id'] == job_id for job in jobs))
def test007_ping_specific_node(self):
""" GAT-007
*POST:/nodes/{nodeid}/ping *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Post /nodes/{nodeid}/ping api.
#. Check response status code.
"""
self.lg.info('post /nodes/{nodeid}/ping api.')
response = self.nodes_api.post_nodes_nodeid_ping(node_id=self.node_id)
self.lg.info('check response status code.')
self.assertEqual(response.status_code, 200)
def test008_get_node_state(self):
""" GAT-008
*GET:/nodes/{nodeid}/state *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Get /nodes/{nodeid}/state api.
#. Compare response data with the golden values.
"""
self.lg.info(' get /nodes/{nodeid}/state api.')
response = self.nodes_api.get_nodes_nodeid_state(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare response data with the golden values.')
client_state = self.python_client.get_node_state()
node_state = response.json()
for key in node_state.keys():
if key in client_state.keys():
self.assertAlmostEqual(node_state[key],
client_state[key],
delta=6000000,
msg='different value for key%s' % key)
@unittest.skip("https://github.com/zero-os/0-core/issues/125, wontfix")
def test009_reboot_node(self):
""" GAT-009
*POST:/nodes/{nodeid}/reboot *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. post /nodes/{nodeid}/reboot api.
#. verify that this node has been rebooted.
#. Ping node should succeed
"""
self.lg.info('post /nodes/{nodeid}/reboot api.')
response = self.nodes_api.post_nodes_nodeid_reboot(
node_id=self.node_id)
self.assertEqual(response.status_code, 204)
self.lg.info('verify that this node has been rebooted.')
content = response.json()
self.assertEqual(content, 'Machine reboot signal sent successfully')
def test010_get_cpus_details(self):
""" GAT-010
*GET:/nodes/{nodeid}/cpus *
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. get /nodes/{nodeid}/cpus api.
#. compare response data with the golden values.
"""
self.lg.info('get /nodes/{nodeid}/cpus api.')
response = self.nodes_api.get_nodes_nodeid_cpus(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('compare response data with the golden values.')
result = self.python_client.get_nodes_cpus()
cpus_info = response.json()
for i, cpu_info in enumerate(cpus_info):
for key in cpu_info.keys():
if key in result[i].keys():
if key != 'cores' and key != 'mhz':
self.assertEqual(cpu_info[key], result[i][key],
"different cpu info for key %s" % key)
def test011_get_disks_details(self):
""" GAT-011
*GET:/nodes/{nodeid}/disks *
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. Get /nodes/{nodeid}/disks api.
#. Compare response data with the golden values.
"""
self.lg.info('get /nodes/{nodeid}/disks api.')
response = self.nodes_api.get_nodes_nodeid_disks(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
disks_info = response.json()
self.lg.info('compare response data with the golden values.')
result = self.python_client.get_nodes_disks()
self.assertEqual(result, disks_info)
def test012_get_memmory_details(self):
""" GAT-012
*GET:/nodes/{nodeid}/mem *
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. get /nodes/{nodeid}/mem api.
#. compare response data with the golden values.
"""
self.lg.info('get /nodes/{nodeid}/mem api.')
response = self.nodes_api.get_nodes_nodeid_mem(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('compare response data with the golden values.')
result = self.python_client.get_nodes_mem()
memory_info = response.json()
for key in memory_info.keys():
if key in result.keys():
self.assertAlmostEqual(memory_info[key],
result[key],
msg="different keys%s" % key,
delta=10000000)
def test013_get_nics_details(self):
""" GAT-013
*GET:/nodes/{nodeid}/nics - network interface information*
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. Get /nodes/{nodeid}/nics api.
#. compare response data with the golden values.
"""
self.lg.info('get /nodes/{nodeid}/nics api.')
response = self.nodes_api.get_nodes_nodeid_nics(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('compare response data with the golden values.')
golden_result = self.python_client.get_nodes_nics()
nics_info = response.json()
self.assertEqual(len(nics_info), len(golden_result))
for nic_info in nics_info:
for nic_result in golden_result:
if nic_result['name'] == nic_info['name']:
for key in nic_info.keys():
if key in nic_result.keys():
self.assertEqual(
nic_info[key], nic_result[key],
'different value for key %s' % key)
break
def test014_get_os_info_details(self):
""" GAT-014
*GET:/nodes/{nodeid}/info - os information*
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. Get /nodes/{nodeid}/info api.
#. ompare response data with the golden values.
"""
self.lg.info('Get /nodes/{nodeid}/info api.')
response = self.nodes_api.get_nodes_nodeid_info(node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('compare response data with the golden values.')
result = self.python_client.get_nodes_info()
node_info = response.json()
for key in node_info.keys():
if key in result.keys():
self.assertEqual(node_info[key], result[key])
def test015_list_processes(self):
""" GAT-015
*GET:/nodes/{nodeid}/process *
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. get /nodes/{nodeid}/processes api.
#. compare response data with the golden values.
"""
self.lg.info('Get /nodes/{nodeid}/process api.')
response = self.nodes_api.get_nodes_nodeid_processes(
node_id=self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('compare response data with the golden values.')
processes = {}
client_processes = {}
client_result = self.python_client.get_processes_list()
for process in client_result:
client_processes[process['pid']] = process
for process in response.json():
processes[process['pid']] = process
skip_keys = ['cpu', 'vms', 'rss']
for process_id in processes.keys():
process_info = processes[process_id]
for info in process_info.keys():
if info not in skip_keys:
if info in client_processes[process_id].keys():
self.assertEqual(process_info[info],
client_processes[process_id][info],
"different value with key%s" % info)
def test016_get_process_details(self):
""" GAT-016
*GET:/nodes/{nodeid}/processes/{processid} *
**Test Scenario:**
#. Choose one random node from list of running nodes.
#. Get list of running processes
#. choose one of them.
#. Get /nodes/{nodeid}/processes/{processid} api.
#. compare response data with the golden values.
"""
self.lg.info('Get list of running processes')
response = self.nodes_api.get_nodes_nodeid_processes(
node_id=self.node_id)
self.assertEqual(response.status_code, 200)
processes_list = response.json()
self.lg.info('Choose one of these processes to list its details.')
process_id = processes_list[random.randint(0,
len(processes_list) -
1)]['pid']
self.lg.info('Get /nodes/{nodeid}/process/{processid} api.')
response = self.nodes_api.get_nodes_nodeid_processes_processid(
node_id=self.node_id, process_id=str(process_id))
self.assertEqual(response.status_code, 200)
self.lg.info('Compare response data with the golden values.')
process_info = response.json()
client_result = self.python_client.get_processes_list()
for process in client_result:
if process['pid'] == process_info['pid']:
for info in process_info.keys():
if info != 'cpu':
if info in process.keys():
self.assertEqual(
process_info[info], process[info],
"different value with key%s" % info)
break
def test017_delete_process(self):
""" GAT-017
*DELETE:/nodes/{nodeid}/processes/{processid} *
**Test Scenario:**
#. Start new process.
#. Delete /nodes/{nodeid}/processes/{processid} api.
#. Make sure that this process has been killed.
"""
self.lg.info('Start new process.')
process_id = self.python_client.start_process()
self.assertTrue(process_id)
self.lg.info('delete /nodes/{nodeid}/processes/{processid} api.')
response = self.nodes_api.delete_nodes_nodeid_process_processid(
node_id=self.node_id, process_id=str(process_id))
self.assertEqual(response.status_code, 204)
self.lg.info('Make sure that this process has been killed.')
client_processes = self.python_client.get_processes_list()
self.assertFalse(
any(process['pid'] == process_id for process in client_processes))
class TestVmsAPI(TestcasesBase):
def setUp(self):
super().setUp()
self.vms_api = VmsAPI()
self.storageclusters_api = Storageclusters()
self.vdisks_apis = VDisksAPIs()
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
nodeip = [x['ip'] for x in self.nodes if x['id'] == self.nodeid][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(nodeip, password=self.jwt)
storageclusters = self.storageclusters_api.get_storageclusters()
if storageclusters.json() == []:
self.storagecluster = self.create_sotragecluster()['label']
else:
self.storagecluster = storageclusters.json()[0]
vdisks = self.vdisks_apis.get_vdisks()
vdisks = [
x for x in vdisks.json()
if (x['id'] == 'ubuntu-test-vdisk'
and x['storageCluster'] == self.storagecluster)
]
if vdisks == []:
self.vdisk = self.create_boot_vdisk(self.storagecluster)
else:
self.vdisk = vdisks[0]
def tearDown(self):
self.lg.info('Delete virtual machine (VM0)')
response = self.vms_api.get_nodes_vms(self.nodeid)
if response.status_code == 200:
vms = response.json()
for vm in vms:
self.vms_api.delete_nodes_vms_vmid(self.nodeid, vm['id'])
super(TestVmsAPI, self).tearDown()
def create_sotragecluster(self):
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
self.lg.info('Deploy new storage cluster (SC0)')
label = self.rand_str()
servers = random.randint(1, len(free_disks))
drivetype = 'ssd'
nodes = [self.nodeid]
body = {
"label": label,
"servers": servers,
"driveType": drivetype,
"clusterType": "storage",
"nodes": nodes
}
response = self.storageclusters_api.post_storageclusters(body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(
label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error('storagecluster status is not ready after 180 sec')
return body
def create_boot_vdisk(self, storagecluster):
body = {
"id": 'ubuntu-test-vdisk',
"size": 15,
"blocksize": 4096,
"type": 'boot',
"storagecluster": storagecluster,
"templatevdisk": "ardb://hub.gig.tech:16379/template:ubuntu-1604"
}
response = self.vdisks_apis.post_vdisks(body)
self.assertEqual(response.status_code, 201)
return body
def create_vm(self):
self.lg.info('Create virtual machine (VM0) on node (N0)')
vmid = self.random_string()
mem = 1024
cpu = 1
nics = []
disks = [{"vdiskid": "ubuntu-test-vdisk", "maxIOps": 2000}]
userCloudInit = {}
systemCloudInit = {}
body = {
"id": vmid,
"memory": mem,
"cpu": cpu,
"nics": nics,
"disks": disks,
"userCloudInit": userCloudInit,
"systemCloudInit": systemCloudInit
}
response = self.vms_api.post_nodes_vms(self.nodeid, body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vmid)
if response.status_code == 200:
if response.json()['status'] == 'running':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error('vm status is not running after 180 sec')
return body
def test001_get_nodes_vms_vmid(self):
""" GAT-067
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Get virtual machine (VM0), should succeed with 200.
#. Get nonexisting virtual machine, should fail with 404.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Get virtual machine (VM0), should succeed with 200')
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
keys_to_check = ['id', 'memory', 'cpu', 'nics', 'disks']
for key in keys_to_check:
self.assertEqual(vm[key], response.json()[key])
self.assertEqual(response.json()['status'], 'running')
vms_list = self.pyclient.client.kvm.list()
self.assertIn(vm['id'], [x['name'] for x in vms_list])
self.lg.info('Get nonexisting virtual machine, should fail with 404')
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, 'fake_vm')
self.assertEqual(response.status_code, 404)
def test002_get_node_vms(self):
""" GAT-068
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. List node (N0) virtual machines, virtual machine (VM0) should be listed, should succeed with 200.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info(
'List node (N0) virtual machines, virtual machine (VM0) should be listed, should succeed with 200'
)
response = self.vms_api.get_nodes_vms(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertIn(vm['id'], [x['id'] for x in response.json()])
def test003_post_node_vms(self):
""" GAT-069
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM1) on node (N0).
#. Get virtual machine (VM1), should succeed with 200.
#. List kvms in python client, (VM1) should be listed.
#. Delete virtual machine (VM1), should succeed with 204.
#. Create virtual machine with missing parameters, should fail with 400.
"""
self.lg.info('Create virtual machine (VM1) on node (N0)')
vm_id = self.random_string()
vm_mem = random.randint(1, 16) * 1024
vm_cpu = random.randint(1, 16)
vm_nics = []
vm_disks = [{"vdiskid": "ubuntu-test-vdisk", "maxIOps": 2000}]
vm_userCloudInit = {}
vm_systemCloudInit = {}
body = {
"id": vm_id,
"memory": vm_mem,
"cpu": vm_cpu,
"nics": vm_nics,
"disks": vm_disks,
"userCloudInit": vm_userCloudInit,
"systemCloudInit": vm_systemCloudInit
}
response = self.vms_api.post_nodes_vms(self.nodeid, body)
self.assertEqual(response.status_code, 201)
time.sleep(20)
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm_id)
self.assertEqual(response.status_code, 200)
if response.json()['status'] == 'error':
vm_id = self.rand_str()
body['id'] = vm_id
body['memory'] = 1024
body['cpu'] = 1
response = self.vms_api.post_nodes_vms(self.nodeid, body)
self.assertEqual(response.status_code, 201)
self.lg.info('Get virtual machine (VM1), should succeed with 200')
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm_id)
self.assertEqual(response.status_code, 200)
keys_to_check = ['id', 'memory', 'cpu', 'nics', 'disks']
for key in keys_to_check:
self.assertEqual(body[key], response.json()[key])
self.assertEqual(response.json()['status'], 'deploying')
for _ in range(60):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm_id)
if response.status_code == 200:
if response.json()['status'] == 'running':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
raise AssertionError('{} != {}'.format(response.json()['status'],
'running'))
self.lg.info('List kvms in python client, (VM1) should be listed')
vms = self.pyclient.client.kvm.list()
self.assertIn(vm_id, [x['name'] for x in vms])
self.lg.info('Delete virtual machine (VM1), should succeed with 204')
response = self.vms_api.delete_nodes_vms_vmid(self.nodeid, vm_id)
self.assertEqual(response.status_code, 204)
self.lg.info(
'Create virtual machine with missing parameters, should fail with 400'
)
body = {"id": self.random_string()}
response = self.vms_api.post_nodes_vms(self.nodeid, body)
self.assertEqual(response.status_code, 400)
# @unittest.skip('https://github.com/g8os/resourcepool/issues/126')
def test004_put_nodes_vms_vmid(self):
""" GAT-070
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Update virtual machine (VM1), should succeed with 201.
#. Get virtual machine (VM1), should succeed with 200.
#. Update virtual machine with missing parameters, should fail with 400.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm_mem = 2 * 1024
vm_cpu = 2
vm_nics = []
vm_disks = [{"vdiskid": "ubuntu-test-vdisk", "maxIOps": 2000}]
body = {
"memory": vm_mem,
"cpu": vm_cpu,
"nics": vm_nics,
"disks": vm_disks
}
self.lg.info('Stop virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_stop(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
self.lg.info(
'Get virtual machine (VM0), virtual machine (VM0) status should be halting'
)
for _ in range(20):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'halted':
break
else:
time.sleep(3)
else:
self.lg.error('can\'t stop vm')
response = self.vms_api.put_nodes_vms_vmid(self.nodeid, vm['id'], body)
self.assertEqual(response.status_code, 204)
self.lg.info('Start virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_start(
self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
for _ in range(20):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'running':
break
else:
time.sleep(3)
else:
self.lg.error('can\'t start vm')
self.lg.info('Get virtual machine (VM0), should succeed with 200')
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
keys_to_check = ['memory', 'cpu', 'nics', 'disks']
for key in keys_to_check:
self.assertEqual(body[key], response.json()[key])
self.assertEqual(response.json()['status'], 'running')
self.lg.info(
'Update virtual machine with missing parameters, should fail with 400'
)
body = {"id": self.random_string()}
response = self.vms_api.put_nodes_vms_vmid(self.nodeid, vm['id'], body)
self.assertEqual(response.status_code, 400)
def test005_get_nodes_vms_vmid_info(self):
""" GAT-071
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Get virtual machine (VM0) info, should succeed with 200.
#. Get nonexisting virtual machine info, should fail with 404.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Get virtual machine (VM0) info, should succeed with 200')
response = self.vms_api.get_nodes_vms_vmid_info(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
self.lg.info(
'Get nonexisting virtual machine info, should fail with 404')
response = self.vms_api.get_nodes_vms_vmid_info(self.nodeid, 'fake_vm')
def test006_delete_nodes_vms_vmid(self):
""" GAT-072
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Delete virtual machine (VM0), should succeed with 204.
#. List kvms in python client, (VM0) should be gone.
#. Delete nonexisting virtual machine, should fail with 404.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Delete virtual machine (VM0), should succeed with 204')
response = self.vms_api.delete_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
self.lg.info('List kvms in python client, (VM0) should be gone')
vms = self.pyclient.client.kvm.list()
self.assertNotIn(vm['id'], [x['name'] for x in vms])
self.lg.info(
'Delete nonexisting virtual machine, should fail with 404')
response = self.vms_api.delete_nodes_vms_vmid(self.nodeid,
'fake_vm_id')
self.assertEqual(response.status_code, 404)
def test007_post_nodes_vms_vmid_start(self):
""" GAT-073
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Stop virtual machine (VM0), should succeed with 204.
#. Start virtual machine (VM0), should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be running.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Stop virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_stop(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
for _ in range(20):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'halted':
break
else:
time.sleep(3)
else:
raise AssertionError('{} is not {}'.format(status, 'halted'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertEqual(vm0, [])
self.lg.info('Start virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_start(
self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
for _ in range(20):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'running':
break
else:
time.sleep(3)
else:
raise AssertionError('{} is not {}'.format(status, 'running'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertNotEqual(vm0, [])
self.assertEquals(vm0[0]['state'], 'running')
def test008_post_nodes_vms_vmid_stop(self):
""" GAT-074
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Stop virtual machine (VM0), should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be halting.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Stop virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_stop(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
self.lg.info(
'Get virtual machine (VM0), virtual machine (VM0) status should be halting'
)
for _ in range(20):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'halted':
break
else:
time.sleep(3)
else:
raise AssertionError('{} != {}'.format(status, 'halted'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertEqual(vm0, [])
def test009_post_nodes_vms_vmid_pause_resume(self):
""" GAT-075
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Pause virtual machine (VM0), should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be paused.
#. Resume virtual machine (VM0), should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be running
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Pause virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_pause(
self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
self.lg.info(
'Get virtual machine (VM0), virtual machine (VM0) status should be halting'
)
for _ in range(15):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'paused':
break
else:
time.sleep(1)
else:
raise AssertionError('{} != {}'.format(status, 'paused'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertNotEqual(vm0, [])
self.assertEquals(vm0[0]['state'], 'paused')
self.lg.info('Resume virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_resume(
self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
self.lg.info(
'Get virtual machine (VM0), virtual machine (VM0) status should be running'
)
for _ in range(15):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status == 'running':
break
else:
time.sleep(1)
else:
raise AssertionError('{} != {}'.format(status, 'paused'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertNotEqual(vm0, [])
self.assertEquals(vm0[0]['state'], 'running')
@unittest.skip('https://github.com/g8os/resourcepool/issues/128')
def test010_post_nodes_vms_vmid_shutdown(self):
""" GAT-076
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Shutdown virtual machine (VM0), should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be halted.
"""
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info('Shutdown virtual machine (VM0), should succeed with 204')
response = self.vms_api.post_nodes_vms_vmid_shutdown(
self.nodeid, vm['id'])
self.assertEqual(response.status_code, 204)
for _ in range(15):
response = self.vms_api.get_nodes_vms_vmid(self.nodeid, vm['id'])
self.assertEqual(response.status_code, 200)
status = response.json()['status']
if status in ['halting', 'halted']:
break
else:
time.sleep(1)
else:
raise AssertionError('{} not {}'.format(status,
'halting or halted'))
vms = self.pyclient.client.kvm.list()
vm0 = [x for x in vms if x['name'] == vm['id']]
self.assertEqual(vm0, [])
@unittest.skip('https://github.com/g8os/resourcepool/issues/215')
def test011_post_nodes_vms_vmid_migrate(self):
""" GAT-077
**Test Scenario:**
#. Get random nodid (N0).
#. Create virtual machine (VM0) on node (N0).
#. Migrate virtual machine (VM0) to another node, should succeed with 204.
#. Get virtual machine (VM0), virtual machine (VM0) status should be migrating.
"""
if len(self.nodes) < 2:
self.skipTest('need at least 2 nodes')
self.lg.info('Create virtual machine (VM0) on node (N0)')
vm = self.create_vm()
self.lg.info(
'Migrate virtual machine (VM0) to another node, should succeed with 204'
)
node_2 = self.get_random_node(except_node=self.nodeid)
body = {"nodeid": node_2}
response = self.vms_api.post_nodes_vms_vmid_migrate(
self.nodeid, vm['id'], body)
self.assertEqual(response.status_code, 204)
time.sleep(30)
response = self.vms_api.get_nodes_vms_vmid(node_2, vm['id'])
self.assertEqual(response.status_code, 200)
pyclient_ip = [x['ip'] for x in self.nodes if x['id'] == node_2]
self.assertNotEqual(pyclient_ip, [])
pyclient = Client(pyclient_ip)
vms = pyclient.client.kvm.list()
self.assertIn(vm['id'], [x['name'] for x in vms])
class TestcontaineridAPI(TestcasesBase):
def setUp(self):
super().setUp()
self.containers_api = ContainersAPI()
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
if self.node_id is None:
self.lg.info(' No node found')
return
self.node = {}
for node in self.nodes:
if node['id'] == self.node_id:
self.g8os_ip = node['ip']
self.node = node
break
self.jwt = self.nodes_api.jwt
self.g8core = Client(self.g8os_ip, password=self.jwt)
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.storage = "ardb://hub.gig.tech:16379"
self.container_name = self.rand_str()
self.hostname = self.rand_str()
self.job_body = {'name': 'yes'}
self.container_body = {
"name": self.container_name,
"hostname": self.hostname,
"flist": self.root_url,
"hostNetworking": False,
"initProcesses": [],
"filesystems": [],
"ports": [],
"storage": self.storage
}
def tearDown(self):
self.lg.info('TearDown:delete all created container ')
for container in self.createdcontainer:
self.containers_api.delete_containers_containerid(
container['node'], container['container'])
def test001_list_containers(self):
""" GAT-022
*GET:/node/{nodeid}/containers Expected: List of all running containers *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Send get nodes/{nodeid}/containers api request.
#. Compare results with golden value.
"""
containers_id = []
Running_containers_list = []
self.lg.info('Send get nodes/{nodeid}/containers api request.')
response = self.containers_api.get_containers(self.node_id)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare results with golden value.')
containers_list = response.json()
for container in containers_list:
if container['status'] == "running":
Running_containers_list.append(container)
golden_value_list = self.g8core.client.container.list()
self.assertEqual(len(Running_containers_list), len(golden_value_list))
for container in Running_containers_list:
if container['name']:
self.assertTrue(
self.g8core.client.container.find(container['name']),
'container %s not in golden value ' % container['name'])
def test002_create_containers(self):
""" GAT-023
*post:/node/{nodeid}/containers Expected: create container then delete it *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Send post nodes/{nodeid}/containers api request.
#. Make sure it created with required values, should succeed.
#. Delete ctreated container,should succeed
#. make sure that it deleted .
"""
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.lg.info(
'Make sure it created with required values, should succeed.')
self.assertEqual(
response.headers['Location'],
"/nodes/%s/containers/%s" % (self.node_id, self.container_name))
response = self.containers_api.get_containers_containerid(
self.node_id, self.container_name)
self.assertEqual(response.status_code, 200)
response_data = response.json()
for key in response_data.keys():
if key == 'initprocesses':
self.assertEqual(response_data[key],
self.container_body['initProcesses'])
continue
if key in self.container_body.keys():
self.assertEqual(response_data[key], self.container_body[key])
self.lg.info('delete created container')
response = self.containers_api.delete_containers_containerid(
self.node_id, self.container_name)
self.assertEqual(response.status_code, 204)
self.lg.info('Make sure that it deleted ')
response = self.containers_api.get_containers(self.node_id)
containers_list = response.json()
self.assertFalse(
any(container['name'] == self.container_name
for container in containers_list))
self.assertFalse(
self.g8core.client.container.find(self.container_name),
'container %s still exist in g8os ' % self.container_name)
def test003_get_container_details(self):
""" GAT-024
*get:/node/{nodeid}/containers/containerid Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Get:/node/{nodeid}/containers/containerid
#. Compare results with golden value.
"""
self.lg.info('Choose random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send get nodes/{nodeid}/containers/containerid api request.')
response = self.containers_api.get_containers_containerid(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
data = response.json()
self.lg.info(' Compare results with golden value.')
golden_value = self.g8core.get_container_info(container_name)
self.assertTrue(golden_value)
for key in data.keys():
if key in golden_value.keys():
self.assertEqual(data[key], golden_value[key])
def test004_stop_and_start_container(self):
""" GAT-025
*post:/node/{nodeid}/containers/containerid/start Expected: get container details *
**Test Scenario:**
#. Create container.
#. post:/node/{nodeid}/containers/containerid/stop.
#. Check that container stpoed .
#. Post:/node/{nodeid}/containers/containerid/start.
#. Check that container running .
"""
self.lg.info('Create container ')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info('post:/node/{nodeid}/containers/containerid/stop.')
response = self.containers_api.post_containers_containerid_stop(
self.node_id, self.container_name)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that container stoped.')
self.assertTrue(
self.g8core.wait_on_container_update(self.container_name, 60,
True))
self.lg.info('post:/node/{nodeid}/containers/containerid/start.')
response = self.containers_api.post_containers_containerid_start(
self.node_id, self.container_name)
self.assertEqual(response.status_code, 201)
self.lg.info('Check that container running.')
self.assertTrue(
self.g8core.wait_on_container_update(self.container_name, 60,
False))
def test005_get_running_jobs(self):
""" GAT-026
*get:/node/{nodeid}/containers/containerid/jobs Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Get:/node/{nodeid}/containers/containerid/jobs
#. Compare results with golden value.
"""
self.lg.info('Choose random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send get nodes/{nodeid}/containers/containerid/jobs api request.')
response = self.containers_api.get_containers_containerid_jobs(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
self.lg.info('Compare results with golden value.')
running_jobs_list = response.json()
golden_values = self.g8core.get_container_job_list(container_name)
api_jobs = set([(job['id'], job['startTime'])
for job in running_jobs_list])
self.assertEqual(len(golden_values.difference(api_jobs)), 1)
def test006_post_new_job_in_container(self):
""" GAT-027
*post:/node/{nodeid}/containers/containerid/jobs *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Send post nodes/{nodeid}/containers/containerid/jobs request.
#. Check that you can get created job.
"""
job_name = self.job_body['name']
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/jobs api request.'
)
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, False))
self.lg.info('Check that you can get created job.')
time.sleep(7)
response = self.containers_api.get_containers_containerid_jobs_jobid(
self.node_id, container_name, job_id)
self.assertEqual(response.status_code, 200)
def test007_kill_all_running_jobs(self):
""" GAT-028
*get:/node/{nodeid}/containers/containerid/jobs Expected: get container details*
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. delete :/node/{nodeid}/containers/containerid/jobs.
#. Check that all jobs in this container killed.
#. Compare results with golden value.
"""
self.lg.info('Choose random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info('Spawn multiple jobs.')
for i in range(0, 3):
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(
container_name, job_id, 15, False))
self.lg.info(
'Send delete nodes/{nodeid}/containers/containerid/jobs api request.'
)
response = self.containers_api.delete_containers_containerid_jobs(
self.node_id, container_name)
self.assertEqual(response.status_code, 204)
time.sleep(5)
self.lg.info('Check that all jobs in this container killed ')
response = self.containers_api.get_containers_containerid_jobs(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
jobs_list = response.json()
self.assertEqual(len(jobs_list), 1)
self.assertEqual(
len(self.g8core.get_container_job_list(container_name)), 1)
self.lg.info('Compare results with golden value.')
def test008_get_job_in_container_details(self):
""" GAT-029
*get:/node/{nodeid}/containers/containerid/jobs/jobid Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random job of list of running jobs in container.
#. Send get nodes/{nodeid}/containers/containerid/jobs/jobid api request
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(' spawn job in container ')
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, False))
self.lg.info(
'Send get nodes/{nodeid}/containers/containerid/jobs/jobid api request.'
)
response = self.containers_api.get_containers_containerid_jobs_jobid(
self.node_id, container_name, job_id)
self.assertEqual(response.status_code, 200)
job_details = response.json()
self.lg.info('Compare results with golden value.')
container_id = int(
list(self.g8core.client.container.find(container_name).keys())[0])
container = self.g8core.client.container.client(container_id)
golden_value = container.job.list(job_id)[0]
self.assertEqual(golden_value['cmd']['command'], job_details['name'])
self.assertEqual(golden_value['cmd']['id'], job_details['id'])
self.assertEqual(golden_value['starttime'], job_details['startTime'])
response = self.containers_api.delete_containers_containerid_jobs_jobid(
self.node_id, container_name, job_id)
self.assertEqual(response.status_code, 204)
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, True))
def test009_post_signal_job_in_container_details(self):
""" GAT-030
*get:/node/{nodeid}/containers/containerid/jobs/jobid Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random job of list of running jobs in container.
#. Send post nodes/{nodeid}/containers/containerid/jobs/jobid api request, should succeed
"""
signal = random.randint(1, 30)
body = {'signal': signal}
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(' spawn job in container ')
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/jobs/jobid api request.'
)
response = self.containers_api.post_containers_containerid_jobs_jobid(
self.node_id, container_name, job_id, body)
self.assertEqual(response.status_code, 204)
def test010_kill_specific_job(self):
""" GAT-031
*get:/node/{nodeid}/containers/containerid/jobs/jobid Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random job of list of running jobs in container.
#. Send delete nodes/{nodeid}/containers/containerid/jobs/jobid api request, should succeed
#. Check that job delted from running jobs list.
#. Check that job delted from client list.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(' spawn job in container ')
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
60, False))
self.lg.info(
'Send delete nodes/{nodeid}/containers/containerid/jobs/jobid api request.'
)
response = self.containers_api.delete_containers_containerid_jobs_jobid(
self.node_id, container_name, job_id)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that job delted from running jobs list.')
response = self.containers_api.get_containers_containerid_jobs(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
running_jobs_list = response.json()
for job in running_jobs_list:
self.assertNotEqual(job['id'], job_id)
self.lg.info('Check that job delted from client list.')
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
60, True))
def test011_post_ping_to_container(self):
""" GAT-032
*get:/node/{nodeid}/containers/containerid/ping *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Send post nodes/{nodeid}/containers/containerid/post request.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/ping api request.'
)
response = self.containers_api.post_containers_containerid_ping(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
def test012_get_state_of_container(self):
""" GAT-033
*get:/node/{nodeid}/containers/containerid/state *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Send get nodes/{nodeid}/containers/containerid/state request.
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send GET nodes/{nodeid}/containers/containerid/state api request.'
)
response = self.containers_api.get_containers_containerid_state(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
self.lg.info(' Compare results with golden value.')
container_state = response.json()
container_id = int(
list(self.g8core.client.container.find(container_name).keys())[0])
golden_value = self.g8core.client.container.list()[str(container_id)]
self.assertEqual(golden_value['swap'], container_state['swap'])
def test013_get_info_of_container_os(self):
""" GAT-034
*get:/node/{nodeid}/containers/containerid/info *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Send get nodes/{nodeid}/containers/containerid/info request.
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/state api request.'
)
response = self.containers_api.get_containers_containerid_info(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
self.lg.info(' Compare results with golden value.')
container_info = response.json()
container_id = int(
list(self.g8core.client.container.find(container_name).keys())[0])
container = self.g8core.client.container.client(container_id)
golden_value = container.info.os()
self.assertAlmostEqual(golden_value.pop('uptime'),
container_info.pop('uptime'),
delta=50)
for key in container_info:
if key not in golden_value:
self.assertEqual(golden_value[key], container_info[key])
def test014_get_running_processes_in_container(self):
""" GAT-035
*get:/node/{nodeid}/containers/containerid/processes *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Send get nodes/{nodeid}/containers/containerid/processes request.
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/state api request.'
)
response = self.containers_api.get_containers_containerid_processes(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
processes = response.json()
container_id = int(
list(self.g8core.client.container.find(container_name).keys())[0])
container = self.g8core.client.container.client(container_id)
golden_values = container.process.list()
self.lg.info(' Compare results with golden value.')
processes.sort(key=lambda d: d['pid'])
golden_values.sort(key=lambda d: d['pid'])
for i, p in enumerate(processes):
self.assertEqual(p['cmdline'], golden_values[i]['cmdline'])
self.assertEqual(p['pid'], golden_values[i]['pid'])
self.assertEqual(p['swap'], golden_values[i]['swap'])
def test015_get_process_details_in_container(self):
""" GAT-036
*post:/node/{nodeid}/containers/containerid/processes/processid *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random process of list of process.
#. Send get nodes/{nodeid}/containers/containerid/processes/processid request.
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info('Choose one random process of list of process.')
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, False))
response = self.containers_api.get_containers_containerid_processes(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
processes_list = response.json()
process_id = None
while not process_id or process_id == 1:
random_number = random.randint(0, len(processes_list) - 1)
process_id = processes_list[random_number]['pid']
self.lg.info(
'Send get nodes/{nodeid}/containers/containerid/processes/processid api request.'
)
response = self.containers_api.get_containers_containerid_processes_processid(
self.node_id, container_name, str(process_id))
self.assertEqual(response.status_code, 200)
process = response.json()
container_id = int(
list(self.g8core.client.container.find(container_name).keys())[0])
container = self.g8core.client.container.client(container_id)
golden_value = container.process.list(process_id)[0]
self.lg.info(' Compare results with golden value.')
skip_keys = ['cpu', 'vms', 'rss']
for key in process:
if key in skip_keys:
continue
if key in golden_value.keys():
self.assertEqual(golden_value[key], process[key])
def test016_delete_process_in_container(self):
""" GAT-037
*post:/node/{nodeid}/containers/containerid/processes/processid *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random process of list of process.
#. Send delete nodes/{nodeid}/containers/containerid/processes/processid request.
#. Check that created process deleted from process list.
#. Compare results with golden value.
"""
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
self.lg.info('Choose one random process of list of processes')
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, False))
response = self.containers_api.get_containers_containerid_processes(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
processes_list = response.json()
process_id = None
while not process_id or process_id == 1:
random_number = random.randint(0, len(processes_list) - 1)
process_id = processes_list[random_number]['pid']
self.lg.info(
'Send delete nodes/{nodeid}/containers/containerid/processes/processid api request.'
)
response = self.containers_api.delete_containers_containerid_processes_processid(
self.node_id, container_name, str(process_id))
self.assertEqual(response.status_code, 204)
self.lg.info('Check that deletd process deleted from process list.')
response = self.containers_api.get_containers_containerid_processes(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
processes_list = response.json()
for process in processes_list:
self.assertNotEqual(process['pid'], process_id)
self.lg.info(' Compare results with golden value.')
container = self.g8core.client.container.find(container_name)
self.assertTrue(container)
container_id = int(list(container.keys())[0])
container = self.g8core.client.container.client(container_id)
golden_value = container.process.list()
for process in golden_value:
self.assertNotEqual(process['pid'], process_id)
def test017_post_signal_to_process_in_container(self):
""" GAT-038
*get:/node/{nodeid}/containers/containerid/processes/processid Expected: get container details *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random conatainer of list of running containers.
#. Choose one random process of list of running processes in container.
#. Send post nodes/{nodeid}/containers/containerid/processes/process api request, should succeed
"""
signal = random.randint(1, 30)
body = {'signal': signal}
self.lg.info('Choose one random container of list of running nodes')
container_name = self.create_contaienr(self.node_id)
self.assertTrue(container_name)
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, container_name, self.job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.g8core.wait_on_container_job_update(container_name, job_id,
100, False))
self.lg.info('Choose one random process of list of processes')
response = self.containers_api.get_containers_containerid_processes(
self.node_id, container_name)
self.assertEqual(response.status_code, 200)
processes_list = response.json()
process_id = None
while not process_id or process_id == 1:
random_number = random.randint(0, len(processes_list) - 1)
process_id = processes_list[random_number]['pid']
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/processes/processid api request.'
)
response = self.containers_api.post_containers_containerid_processes_processid(
self.node_id, container_name, str(process_id), body)
self.assertEqual(response.status_code, 204)
def test018_upload_file_to_container(self):
""" GAT-039
*post:/node/{nodeid}/containers/containerid/filesystem *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Create new container .
#. post /node/{nodeid}/containers/containerid/filesystem api request should succeed.
#. Check that file exist in container .
#. Delete file from g8os node.
#. Delete file from container.
#. Check that file doesn\'t exist in container.
"""
self.lg.info('create container ')
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info('create file in g8os node ')
file_name = self.rand_str()
self.g8core.client.bash('touch %s.text' % file_name)
body = {"file": '/%s.text' % file_name}
params = {"path": "/%s.text" % file_name}
response = self.containers_api.post_containers_containerid_filesystem(
nodeid=self.node_id,
containername=self.container_name,
data=body,
params=params)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that file exist in container ')
container = self.g8core.client.container.find(self.container_name)
self.assertTrue(container)
container_id = int(list(container.keys())[0])
container = self.g8core.client.container.client(container_id)
output = container.bash('ls | grep %s.text' % file_name).get().state
self.assertEqual(output, "SUCCESS")
self.lg.info('delete file from g8os node ')
self.g8core.client.bash('rm %s.text' % file_name)
self.lg.info('delete file from container ')
body = {"path": "/%s.text" % file_name}
response = self.containers_api.delete_containers_containerid_filesystem(
nodeid=self.node_id, containername=self.container_name, data=body)
self.assertEqual(response.status_code, 204)
self.lg.info('Check that file doesn\'t exist in container ')
container = self.g8core.client.container.find(self.container_name)
self.assertTrue(container)
container_id = int(list(container.keys())[0])
container = self.g8core.client.container.client(container_id)
output = container.bash('ls | grep %s.text' % file_name).get().state
self.assertNotEqual(output, "SUCCESS")
def test019_download_file_from_container(self):
""" GAT-040
*get:/node/{nodeid}/containers/containerid/filesystem *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Create new container .
#. Make new file in container .
#. Get /node/{nodeid}/containers/containerid/filesystem api request should succeed.
#. Check that file downloaded
#. Delete file from container,
"""
file_name = self.rand_str()
self.lg.info('create container ')
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info('create new file in container ')
container = self.g8core.client.container.find(self.container_name)
self.assertTrue(container)
container_id = int(list(container.keys())[0])
container = self.g8core.client.container.client(container_id)
output = container.bash('echo "test" >%s.text' % file_name).get().state
self.assertEqual(output, "SUCCESS")
self.lg.info('Get created file from container ')
params = {"path": "/%s.text" % file_name}
response = self.containers_api.get_containers_containerid_filesystem(
nodeid=self.node_id,
containername=self.container_name,
params=params)
self.assertTrue(response.status_code, 201)
self.lg.info('Check that file downloaded')
self.assertTrue(response.text, "test")
self.lg.info('delete file from container ')
output = container.bash('rm %s.text' % file_name).get().state
self.assertEqual(output, "SUCCESS")
class TestBridgesAPI(TestcasesBase):
def setUp(self):
super(TestBridgesAPI, self).setUp()
self.bridges_api = BridgesAPI()
self.containers_api = ContainersAPI()
self.nodes_api = NodesAPI()
self.createdbridges = []
self.lg.info('Get random nodid (N0)')
self.nodeid = self.get_random_node()
zeroCore_ip = [x['ip'] for x in self.nodes
if x['id'] == self.nodeid][0]
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.jwt = self.nodes_api.jwt
self.zeroCore = Client(zeroCore_ip, password=self.jwt)
self.bridge_name = self.rand_str()
self.nat = self.random_item([False, True])
self.bridge_body = {
"name": self.bridge_name,
"networkMode": "none",
"nat": self.nat,
"setting": {}
}
def tearDown(self):
self.lg.info('TearDown:delete all created bridges ')
for bridge in self.createdbridges:
self.bridges_api.delete_nodes_bridges_bridgeid(
bridge['node'], bridge['name'])
def test001_create_bridges_with_same_name(self):
""" GAT-101
*Create two bridges with same name *
**Test Scenario:**
#. Create bridge (B1) , should succeed .
#. Check that created bridge exist in bridges list.
#. Create bridge (B2) with same name for (B1),should fail.
#. Delete bridge (B1), should succeed.
"""
self.lg.info('Create bridge (B1) , should succeed .')
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.lg.info("Check that created bridge exist in bridges list.")
response = self.bridges_api.get_nodes_bridges(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertTrue(
[x for x in response.json() if x["name"] == self.bridge_name])
self.lg.info('Create bridge (B2) with same name for (B1),should fail.')
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 409, response.content)
time.sleep(3)
self.lg.info('Delete bridge (B1), should succeed..')
response = self.bridges_api.delete_nodes_bridges_bridgeid(
self.nodeid, self.bridge_name)
self.assertEqual(response.status_code, 204, response.content)
def test002_create_bridge_with_nat(self):
""" GAT-102
*Create bridge with nat options *
**Test Scenario:**
#. Create bridge (B0) with false in nat option,should succeed.
#. Create container (C0) with (B0) bridge,should succeed.
#. Check that C0 can connect to internet ,should fail.
#. Create bridge (B1) with true in nat option , should succed.
#. Create container(C1) with (B1) bridge ,should succeed.
#. Check that (C1) can connect to internet ,should succeed.
"""
nat_options = [False, True]
for i, nat in enumerate(nat_options):
B_name = self.rand_str()
cidr = "217.102.2.1"
B_body = {
"name": B_name,
"hwaddr": self.randomMAC(),
"networkMode": "dnsmasq",
"nat": nat,
"setting": {
"cidr": "%s/24" % cidr,
"start": "217.102.2.2",
"end": "217.102.2.3"
}
}
self.lg.info(
'Create bridge (B{0}) with dnsmasq and {1} in nat option,should succeed.'
.format(i, nat))
response = self.bridges_api.post_nodes_bridges(self.nodeid, B_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.lg.info(
'Create (C{0}) with (B{0}) bridge,should succeed.'.format(i))
C_nics = [{
"type": "bridge",
"id": B_name,
"config": {
"dhcp": True
},
"status": "up"
}]
C_name = self.rand_str()
C_body = {
"name": C_name,
"hostname": self.rand_str(),
"flist": self.root_url,
"hostNetworking": False,
"nics": C_nics
}
response = self.containers_api.post_containers(self.nodeid, C_body)
self.assertEqual(response.status_code, 201)
C_client = self.zeroCore.get_container_client(C_name)
time.sleep(4)
if not nat:
self.lg.info(
'Check that C{} can connect to internet ,should fail.'.
format(i))
response = C_client.bash("ping -c1 8.8.8.8").get()
self.assertEqual(response.state, "ERROR", response.stdout)
else:
self.lg.info(
'Check that C{} can connect to internet ,should succeed.'.
format(i))
response = C_client.bash("ping -c1 8.8.8.8").get()
self.assertEqual(response.state, "SUCCESS", response.stdout)
self.lg.info(
'Delete created bridge (B{0}) and container (c{0}), should succeed'
.format(i))
response = self.bridges_api.delete_nodes_bridges_bridgeid(
self.nodeid, B_name)
self.assertEqual(response.status_code, 204)
response = self.containers_api.delete_containers_containerid(
self.nodeid, C_name)
self.assertTrue(response.status_code, 204)
def test003_create_bridge_with_hwaddr(self):
""" GAT-103
*Create bridge with hardware address *
**Test Scenario:**
#. Create bridge (B0) with specefic hardware address,should succeed.
#. Check that bridge created with this hardware address, should succeed.
#. Create bridge (B1) with wrong hardware address, should fail.
"""
hardwareaddr = self.randomMAC()
self.bridge_body["hwaddr"] = hardwareaddr
self.lg.info(
"Create bridge (B0) with specefic hardware address,should succeed."
)
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.lg.info(
" Check that bridge(B0) created with this hardware address, should succeed."
)
response = self.nodes_api.get_nodes_nodeid_nics(self.nodeid)
self.assertEqual(response.status_code, 200)
nic = [x for x in response.json() if x["name"] == self.bridge_name][0]
self.assertEqual(nic["hardwareaddr"], hardwareaddr)
self.lg.info(
"Create bridge (B1) with wrong hardware address, should fail.")
hardwareaddr = self.rand_str()
B1_name = self.rand_str()
self.bridge_body["hwaddr"] = hardwareaddr
self.bridge_body["name"] = B1_name
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.assertEqual(response.status_code, 400, response.content)
def test004_create_bridge_with_static_networkMode(self):
""" GAT-104
*Create bridge with static network mode *
**Test Scenario:**
#. Create bridge (B0), should succeed.
#. Check that (B0)bridge took given cidr address, should succeed.
"""
cidr_address = "130.111.3.1/8"
self.bridge_body["networkMode"] = "static"
self.bridge_body["setting"] = {"cidr": cidr_address}
self.lg.info(" Create bridge (B0), should succeed.")
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.lg.info(
"Check that (B0)bridge took given cidr address, should succeed.")
response = self.nodes_api.get_nodes_nodeid_nics(self.nodeid)
self.assertEqual(response.status_code, 200)
nic = [x for x in response.json() if x["name"] == self.bridge_name][0]
self.assertIn(cidr_address, nic["addrs"])
def test005_create_bridges_with_static_networkMode_and_same_cidr(self):
""" GAT-105
*Create two bridges with static network mode and same cidr address *
**Test Scenario:**
#. Create bridge (B0), should succeed.
#. Check that created bridge exist in bridges list.
#. Create bridge(B1)with same cidr as (B0),should fail.
"""
cidr_address = "130.111.3.1/8"
self.bridge_body["networkMode"] = "static"
self.bridge_body["setting"] = {"cidr": cidr_address}
self.lg.info(" Create bridge (B0), should succeed.")
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.lg.info("Check that created bridge exist in bridges list.")
response = self.bridges_api.get_nodes_bridges(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertTrue(
[x for x in response.json() if x["name"] == self.bridge_name])
self.lg.info("Create bridge(B1)with same cidr as (B0),should fail.")
B1_name = self.rand_str()
self.bridge_body["name"] = B1_name
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B1_name})
self.assertEqual(response.status_code, 409, response.content)
def test006_create_bridge_with_invalid_cidr_in_static_networkMode(self):
""" GAT-106
*Create bridge with static network mode and invalid cidr address *
**Test Scenario:**
#. Create bridge (B) with invalid cidr address, should fail.
"""
self.lg.info(
" Create bridge (B) with invalid cidr address, should fail..")
B_name = self.rand_str()
cidr_address = "260.120.3.1/8"
self.bridge_body["name"] = B_name
self.bridge_body["networkMode"] = "static"
self.bridge_body["setting"] = {"cidr": cidr_address}
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B_name})
self.assertEqual(response.status_code, 400, response.content)
def test007_create_bridge_with_empty_setting_in_static_networkMode(self):
""" GAT-107
*Create bridge with static network mode and invalid empty cidr address. *
**Test Scenario:**
#. Create bridge (B) with static network mode and empty cidr value,should fail.
"""
self.lg.info(
" Create bridge (B) with static network mode and empty cidr value,should fail."
)
B_name = self.rand_str()
self.bridge_body["name"] = B_name
self.bridge_body["networkMode"] = "static"
self.bridge_body["setting"] = {}
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B_name})
self.assertEqual(response.status_code, 400, response.content)
def test008_create_bridge_with_dnsmasq_networkMode(self):
""" GAT-108
*Create bridge with dnsmasq network mode *
**Test Scenario:**
#. Create bridge (B) with dnsmasq network mode, should succeed.
#. Check that (B)bridge took given cidr address, should succeed.
"""
cidr_address = "205.102.2.1/8"
start = "205.102.3.2"
end = "205.102.3.3"
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {
"cidr": cidr_address,
"start": start,
"end": end
}
self.lg.info(
" Create bridge (B) with dnsmasq network mode,cidr value and start and end range in settings, should succeed."
)
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.lg.info(
"Check that (B) bridge took given cidr address, should succeed.")
response = self.nodes_api.get_nodes_nodeid_nics(self.nodeid)
self.assertEqual(response.status_code, 200)
nic = [x for x in response.json() if x["name"] == self.bridge_name][0]
self.assertIn(cidr_address, nic["addrs"])
def test009_create_bridges_with_dnsmasq_networkMode_and_opverlapping_cidrs(
self):
""" GAT-109
*Create bridges with dnsmasq network mode and overlapping cidrs. *
**Test Scenario:**
#. Create bridge (B0) with dnsmasq network mode, should succeed.
#. Check that created bridge exist in bridges list.
#. Create bridge (B1) overlapping with (B0) cidr address,shoud fail.
"""
cidr_address = "205.102.2.1/8"
start = "205.102.3.2"
end = "205.102.3.3"
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {
"cidr": cidr_address,
"start": start,
"end": end
}
self.lg.info(
" Create bridge (B0) with dnsmasq network mode,cidr value and start and end range in settings, should succeed."
)
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.createdbridges.append({
"node": self.nodeid,
"name": self.bridge_name
})
self.lg.info("Check that created bridge exist in bridges list.")
response = self.bridges_api.get_nodes_bridges(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertTrue(
[x for x in response.json() if x["name"] == self.bridge_name])
self.lg.info(
" Create bridge (B1) overlapping with (B0) address,shoud fail.")
B1_name = self.rand_str()
cidr_address = "205.103.2.1/8"
start = "205.103.3.2"
end = "205.103.3.2"
self.bridge_body["name"] = B1_name
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {
"cidr": cidr_address,
"start": start,
"end": end
}
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B1_name})
self.assertEqual(response.status_code, 409, response.content)
def test010_create_bridge_with_out_of_range_address_in_dnsmasq(self):
""" GAT-110
*Create bridge with dnsmasq network mode and out of range start and end values *
**Test Scenario:**
#. Create bridge(B) with out of range start and end values, shoud fail.
"""
self.lg.info(
"Create bridge(B) with out of range start and end values, shoud fail."
)
B_name = self.rand_str()
cidr_address = "192.22.2.1/24"
start = "192.22.3.1"
end = "192.22.3.2"
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {
"cidr": cidr_address,
"start": start,
"end": end
}
self.bridge_body["name"] = B_name
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B_name})
self.assertEqual(response.status_code, 400, response.content)
def test011_create_bridge_with_invalid_settings_in_dnsmasq(self):
""" GAT-111
*Create bridge with dnsmasq network mode and invalid settings. *
**Test Scenario:**
#.Create bridge (B0) with dnsmasq network mode and empty setting value,should fail.
#.Create bridge (B1) with dnsmasq network and empty start and end values, should fail.
"""
self.lg.info(
" Create bridge (B0) with dnsmasq network mode and empty setting value,should fail."
)
B0_name = self.rand_str()
self.bridge_body["name"] = B0_name
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {}
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B0_name})
self.assertEqual(response.status_code, 400, response.content)
self.lg.info(
" Create bridge (B1) with dnsmasq network and empty start and end values, should fail."
)
B1_name = self.rand_str()
cidr_address = "192.22.3.5/24"
self.bridge_body["name"] = B1_name
self.bridge_body["networkMode"] = "dnsmasq"
self.bridge_body["setting"] = {"cidr": cidr_address}
response = self.bridges_api.post_nodes_bridges(self.nodeid,
self.bridge_body)
self.createdbridges.append({"node": self.nodeid, "name": B1_name})
self.assertEqual(response.status_code, 400, response.content)
class TestcontaineridAPI(TestcasesBase):
def setUp(self):
self.containers_api = ContainersAPI()
self.bridges_api = BridgesAPI()
self.storagepool_api = StoragepoolsAPI()
self.createdcontainer = []
self.lg.info('Choose one random node of list of running nodes.')
self.node_id = self.get_random_node()
self.zeroCore_ip = [
x['ip'] for x in self.nodes if x['id'] == self.node_id
]
self.assertTrue(self.zeroCore_ip, 'No node match the random node')
self.jwt = self.nodes_api.jwt
self.zeroCore = Client(self.zeroCore_ip[0], password=self.jwt)
self.root_url = "https://hub.gig.tech/gig-official-apps/ubuntu1604.flist"
self.storage = "ardb://hub.gig.tech:16379"
self.container_name = self.rand_str()
self.hostname = self.rand_str()
self.process_body = {'name': 'yes'}
self.container_body = {
"name": self.container_name,
"hostname": self.hostname,
"flist": self.root_url,
"hostNetworking": False,
"initProcesses": [],
"filesystems": [],
"ports": [],
"storage": self.storage
}
def tearDown(self):
self.lg.info('TearDown:delete all created container ')
for container in self.createdcontainer:
self.containers_api.delete_containers_containerid(
container['node'], container['container'])
def test001_check_coonection_with_False_hostNetworking(self):
""" GAT-082
*Check container internet connection with false hostNetworking options *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Create container with false hostNetworking.
#. Try to connect to internet from created container ,Should fail.
"""
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info(
"Try to connect to internet from created container , Should fail.")
container = self.zeroCore.get_container_client(self.container_name)
self.assertTrue(container)
response = container.bash('ping -c 5 google.com').get()
self.assertEqual(response.state, 'ERROR')
def test002_check_coonection_with_True_hostNetworking(self):
""" GAT-083
*Check container internet connection with true hostNetworking options *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Create container with True hostNetworking.
#. Try to connect to internet from created container ,Should succeed.
"""
self.container_body['hostNetworking'] = True
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info(
"Try to connect to internet from created container ,Should succeed."
)
container = self.zeroCore.get_container_client(self.container_name)
self.assertTrue(container)
response = container.bash('ping -c 5 google.com').get()
self.assertEqual(response.state, 'SUCCESS')
self.assertNotIn("unreachable", response.stdout)
def test003_create_container_with_init_process(self):
""" GAT-084
*Check that container created with init process *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Create container with initProcess.
#. Check that container created with init process.
"""
self.container_body[
'flist'] = "https://hub.gig.tech/dina_magdy/initprocess.flist"
## flist which have script which print environment varaibles and print stdin
Environmentvaraible = "MYVAR=%s" % self.rand_str()
stdin = self.rand_str()
self.container_body['initProcesses'] = [{
"name":
"sh",
"pwd":
"/",
"args": ["sbin/process_init"],
"environment": [Environmentvaraible],
"stdin":
stdin
}]
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info("Check that container created with init process.")
container = self.zeroCore.get_container_client(self.container_name)
response = container.bash("ls |grep out.text").get()
self.assertEqual(response.state, "SUCCESS")
response = container.bash("cat out.text | grep %s" % stdin).get()
self.assertEqual(response.state, "SUCCESS",
"init processes didn't get stdin correctly")
response = container.bash("cat out.text | grep %s" %
Environmentvaraible).get()
self.assertEqual(response.state, "SUCCESS",
"init processes didn't get Env varaible correctly")
def test004_create_containers_with_different_flists(self):
""" GAT-085
*create contaner with different flists *
**Test Scenario:**
#. Choose one random node of list of running nodes.
#. Choose one random flist .
#. Create container with this flist, Should succeed.
#. Make sure it created with required values, should succeed.
#. Make sure that created container is running,should succeed.
#. Check that container created on node, should succeed
"""
flistslist = [
"ovs.flist", "ubuntu1604.flist", "grid-api-flistbuild.flist",
"cloud-init-server-master.flist"
]
flist = random.choice(flistslist)
self.container_body[
'flist'] = "https://hub.gig.tech/gig-official-apps/%s" % flist
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
response = self.containers_api.get_containers_containerid(
self.node_id, self.container_name)
self.assertEqual(response.status_code, 200)
response_data = response.json()
for key in response_data.keys():
if key == 'initprocesses':
self.assertEqual(response_data[key],
self.container_body['initProcesses'])
if key in self.container_body.keys():
self.assertEqual(response_data[key], self.container_body[key])
self.lg.info("check that container created on node, should succeed")
self.assertTrue(
self.zeroCore.client.container.find(self.container_name))
@unittest.skip("https://github.com/g8os/core0/issues/228")
def test005_Check_container_access_to_host_dev(self):
""" GAT-086
*Make sure that container doesn't have access to host dev files *
**Test Scenario:**
#. Create container, Should succeed.
#. Make sure that created container is running,should succeed.
#. Check that container doesn't has access to host dev files .
"""
self.lg.info('Send post nodes/{nodeid}/containers api request.')
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info(
"Check that container doesn't has access to host dev files .")
container = self.zeroCore.get_container_client(self.container_name)
response = container.bash("ls -alh").get().stdout
for line in response.splitlines():
if "dev" in line:
self.assertNotIn('w', line)
def test006_create_container_with_bridge(self):
""" GAT-087
*Test case for create containers with same bridge and make sure they can connect to each other *
**Test Scenario:**
#. Create bridge with dnsmasq network , should succeed.
#. Create 2 containers C1, C2 with created bridge, should succeed.
#. Check if each container (C1), (C2) got an ip address, should succeed.
#. Check if first container (c1) can ping second container (c2), should succeed.
#. Check if second container (c2) can ping first container (c1), should succeed.
#. Check that two containers get ip and they are in bridge range, should succeed.
#. Delete created bridge .
"""
self.lg.info('Create bridge with dnsmasq network, should succeed')
bridge_name = self.rand_str()
hwaddr = self.randomMAC()
ip_range = ["201.100.2.2", "201.100.2.3"]
body = {
"name": bridge_name,
"hwaddr": hwaddr,
"networkMode": "dnsmasq",
"nat": False,
"setting": {
"cidr": "201.100.2.1/24",
"start": ip_range[0],
"end": ip_range[1]
}
}
response = self.bridges_api.post_nodes_bridges(self.node_id, body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.lg.info(
'Create 2 containers C1, C2 with created bridge, should succeed.')
nics = [{
"type": "bridge",
"id": bridge_name,
"config": {
"dhcp": True
},
"status": "up"
}]
self.container_body["nics"] = nics
C1_name = self.rand_str()
C2_name = self.rand_str()
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Get two containers client C1_client and C2_client .")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info(
"Check that two containers get ip and they are in bridge range, should succeed "
)
C1_br_ip = self.zeroCore.get_container_bridge_ip(C1_client, ip_range)
C2_br_ip = self.zeroCore.get_container_bridge_ip(C2_client, ip_range)
self.assertNotEqual(C2_br_ip, C1_br_ip)
self.lg.info(
"Check if first container (c1) can ping second container (c2), should succeed."
)
response = C1_client.bash('ping -c 10 %s' % C2_br_ip).get()
self.assertEqual(response.state, 'SUCCESS')
self.lg.info(
"Check if second container (c2) can ping first container (c1), should succeed."
)
response = C2_client.bash('ping -c 10 %s' % C1_br_ip).get()
self.assertEqual(response.state, 'SUCCESS')
self.lg.info("Create C3 without bridge ")
C3_name = self.rand_str()
nics = []
self.container_body["name"] = C3_name
self.container_body["nics"] = nics
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C3_name
})
C3_client = self.zeroCore.get_container_client(C3_name)
self.lg.info(
"Check if third container (c3) can ping first container (c1), should fail."
)
response = C3_client.bash('ping -c 10 %s' % C1_br_ip).get()
self.assertEqual(response.state, 'ERROR')
self.lg.info("Delete created bridge ")
self.bridges_api.delete_nodes_bridges_bridgeid(self.node_id,
bridge_name)
def test007_create_containers_with_diff_bridges(self):
""" GAT-088
*Test case for create containers with different bridges and make sure they can't connect to each other through bridge ip *
**Test Scenario:**
#. Create 2 bridges (B1),(B2) with dnsmasq network , should succeed.
#. Create container(C1) with (B1), should succeed.
#. Create container(C2) with (B2), should succeed.
#. Check if each container (C1), (C2) got an ip address, should succeed.
#. Check if first container (c1) can ping second container (c2), should fail .
#. Check if second container (c2) can ping first container (c1), should fail.
#. Delete created bridges .
"""
self.lg.info(
'Create bridged (B1),(B2) with dnsmasq network, should succeed')
B1_name = self.rand_str()
B2_name = self.rand_str()
hwaddr1 = self.randomMAC()
hwaddr2 = self.randomMAC()
cidr1 = "198.101.5.1"
cidr2 = "201.100.2.1"
ip_range1 = ["198.101.5.2", "198.101.5.3"]
ip_range2 = ["201.100.2.2", "201.100.2.3"]
body1 = {
"name": B1_name,
"hwaddr": hwaddr1,
"networkMode": "dnsmasq",
"nat": False,
"setting": {
"cidr": "%s/24" % cidr1,
"start": ip_range1[0],
"end": ip_range1[1]
}
}
body2 = {
"name": B2_name,
"hwaddr": hwaddr2,
"networkMode": "dnsmasq",
"nat": False,
"setting": {
"cidr": "%s/24" % cidr2,
"start": ip_range2[0],
"end": ip_range2[1]
}
}
response = self.bridges_api.post_nodes_bridges(self.node_id, body1)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
response = self.bridges_api.post_nodes_bridges(self.node_id, body2)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.lg.info('Create container(C1) with (B1), should succeed.')
nics1 = [{
"type": "bridge",
"id": B1_name,
"config": {
"dhcp": True
},
"status": "up"
}]
self.container_body["nics"] = nics1
C1_name = self.rand_str()
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.lg.info('Create container(C2) with (B2), should succeed.')
nics2 = [{
"type": "bridge",
"id": B2_name,
"config": {
"dhcp": True
},
"status": "up"
}]
self.container_body["nics"] = nics2
C2_name = self.rand_str()
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Get two containers client C1_client and C2_client .")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info(
"Check that two containers get ip and they are in bridge range, should succeed "
)
C1_br_ip = self.zeroCore.get_container_bridge_ip(C1_client, ip_range1)
C2_br_ip = self.zeroCore.get_container_bridge_ip(C2_client, ip_range2)
self.lg.info(
"Check if first container (c1) can ping second container (c2), should fail."
)
response = C1_client.bash('ping -w 5 %s' % C2_br_ip).get()
self.assertEqual(response.state, 'ERROR')
self.lg.info(
"Check if second container (c2) can ping first container (c1), should fail."
)
response = C2_client.bash('ping -w 5 %s' % C1_br_ip).get()
self.assertEqual(response.state, 'ERROR')
self.lg.info("Delete created bridge ")
self.bridges_api.delete_nodes_bridges_bridgeid(self.node_id, B2_name)
self.bridges_api.delete_nodes_bridges_bridgeid(self.node_id, B1_name)
def test008_Create_container_with_zerotier_network(self):
""" GAT-089
*Test case for create containers with same zerotier network *
**Test Scenario:**
#. Create Zerotier network using zerotier api ,should succeed.
#. Create two containers C1,C2 with same zertoier networkId, should succeed.
#. Check that two containers get zerotier ip, should succeed.
#. Make sure that two containers can connect to each other, should succeed.
"""
Z_Id = self.create_zerotier_network()
self.lg.info(
'Create 2 containers C1, C2 with same zerotier network Id , should succeed'
)
nic = [{'type': 'default'}, {'type': 'zerotier', 'id': Z_Id}]
self.container_body["nics"] = nic
C1_name = self.rand_str()
C2_name = self.rand_str()
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Get two containers client C1_client and C2_client .")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info(
"Check that two containers get zerotier ip, should succeed ")
time.sleep(5)
C1_Zt_ip = self.zeroCore.get_client_zt_ip(C1_client)
self.assertTrue(C1_Zt_ip)
C2_Zt_ip = self.zeroCore.get_client_zt_ip(C2_client)
self.assertTrue(C2_Zt_ip)
self.lg.info(
"first container C1 ping second container C2 ,should succeed")
response = C1_client.bash('ping -c 5 %s' % C2_Zt_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info(
"second container C2 ping first container C1 ,should succeed")
response = C2_client.bash('ping -c 5 %s' % C1_Zt_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info("Create C3 without zerotier ")
C3_name = self.rand_str()
nics = []
self.container_body["name"] = C3_name
self.container_body["nics"] = nics
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C3_name
})
C3_client = self.zeroCore.get_container_client(C3_name)
self.lg.info(
"Check if third container (c3) can ping first container (c1), should fail."
)
response = C3_client.bash('ping -c 10 %s' % C1_Zt_ip).get()
self.assertEqual(response.state, 'ERROR')
self.lg.info("Delete zerotier network ")
self.delete_zerotier_network(Z_Id)
def test009_create_containers_with_vlan_network(self):
""" GAT-090
*Test case for test creation of containers with vlan network*
**Test Scenario:**
#. Create ovs container .
#. Create two containers with same vlan tag, should succeed.
#. Check that two containers get correct vlan ip, should succeed.
#. First container C1 ping second container C2 ,should succeed.
#. Second container C2 ping first container C1 ,should succeed.
#. Create C3 with different vlan tag , should succeed.
#. Check if third container (c3) can ping first container (c1), should fail.
"""
self.lg.info("create ovs container")
self.zeroCore.create_ovs_container()
self.lg.info("create two container with same vlan tag,should succeed")
vlan1_id, vlan2_id = random.sample(range(1, 4096), 2)
C1_ip = "201.100.2.1"
C2_ip = "201.100.2.2"
C1_name = self.rand_str()
nic = [{
'type': 'default'
}, {
'type': 'vlan',
'id': "%s" % vlan1_id,
'config': {
'cidr': '%s/24' % C1_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
C2_name = self.rand_str()
self.container_body["name"] = C2_name
nic = [{
'type': 'default'
}, {
'type': 'vlan',
'id': "%s" % vlan1_id,
'config': {
'cidr': '%s/24' % C2_ip
}
}]
self.container_body["nics"] = nic
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Get two containers client C1_client and C2_client.")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info(
"Check that two containers get correct vlan ip, should succeed ")
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C1_client, C1_ip))
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C2_client, C2_ip))
self.lg.info(
"first container C1 ping second container C2 ,should succeed")
response = C1_client.bash('ping -w 2 %s' % C2_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info(
"second container C2 ping first container C1 ,should succeed")
response = C2_client.bash('ping -w 2 %s' % C1_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info("Create C3 with different vlan tag ")
C3_ip = "201.100.2.3"
C3_name = self.rand_str()
nic = [{
'type': 'default'
}, {
'type': 'vlan',
'id': "%s" % vlan2_id,
'config': {
'cidr': '%s/24' % C3_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C3_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C3_name
})
C3_client = self.zeroCore.get_container_client(C3_name)
self.assertTrue(C3_client)
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C3_client, C3_ip))
self.lg.info(
"Check if third container (c3) can ping first container (c1), should fail."
)
response = C3_client.bash('ping -w 2 %s' % C1_ip).get()
self.assertEqual(response.state, 'ERROR')
def test010_create_containers_with_vxlan_network(self):
""" GAT-091
*Test case for test creation of containers with vxlan network*
**Test Scenario:**
#. Create ovs container .
#. Create two containers with same vxlan tag, should succeed.
#. Check that two containers get correct vxlan ip, should succeed.
#. First container C1 ping second container C2 ,should succeed.
#. Second container C2 ping first container C1 ,should succeed.
#. Create third container c3 with different vxlan Id,should succeed
#. Check if third container (c3) can ping first container (c1), should fail.
"""
self.lg.info("create ovs container")
self.zeroCore.create_ovs_container()
self.lg.info("create two container with same vxlan id,should succeed")
vxlan1_id, vxlan2_id = random.sample(range(4096, 8000), 2)
C1_ip = "201.100.3.1"
C2_ip = "201.100.3.2"
C1_name = self.rand_str()
nic = [{
'type': 'default'
}, {
'type': 'vxlan',
'id': "%s" % vxlan1_id,
'config': {
'cidr': '%s/24' % C1_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
C2_name = self.rand_str()
self.container_body["name"] = C2_name
nic = [{
'type': 'default'
}, {
'type': 'vxlan',
'id': "%s" % vxlan1_id,
'config': {
'cidr': '%s/24' % C2_ip
}
}]
self.container_body["nics"] = nic
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Get two containers client C1_client and C2_client.")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info(
"Check that two containers get correct vxlan ip, should succeed ")
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C1_client, C1_ip))
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C2_client, C2_ip))
self.lg.info(
"first container C1 ping second container C2 ,should succeed")
response = C1_client.bash('ping -w 5 %s' % C2_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info(
"second container C2 ping first container C1 ,should succeed")
response = C2_client.bash('ping -w 5 %s' % C1_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info(
"Create third container c3 with different vxlan Id,should succeed")
C3_ip = "201.100.3.3"
C3_name = self.rand_str()
nic = [{
'type': 'default'
}, {
'type': 'vxlan',
'id': "%s" % vxlan2_id,
'config': {
'cidr': '%s/24' % C3_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C3_name
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C3_name
})
C3_client = self.zeroCore.get_container_client(C3_name)
self.assertTrue(C3_client)
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C3_client, C3_ip))
self.lg.info(
"Check if third container (c3) can ping (c1) and (c2), should fail."
)
response = C3_client.bash('ping -w 5 %s' % C1_ip).get()
self.assertEqual(response.state, 'ERROR')
response = C3_client.bash('ping -w 5 %s' % C2_ip).get()
self.assertEqual(response.state, 'ERROR')
def test011_create_containers_with_gateway_network_in_config(self):
""" GAT-092
*Test case for test creation of containers with gateway in configeration *
**Test Scenario:**
#. Create bridge (B0) with nat true and with static network mode .
#. Create container (C1) with (B0) without gateway.
#. Create container (C2) with (B0) with gateway same ip of bridge.
#. Check that (C1) can connect to internet, should fail.
#. Check that (C2) can connect to internt, should succeed.
"""
self.lg.info("create ovs container")
self.zeroCore.create_ovs_container()
self.lg.info(
'Create bridge with static network and nat true , should succeed')
bridge_name = self.rand_str()
hwaddr = self.randomMAC()
bridge_cidr = "192.122.2.5"
body = {
"name": bridge_name,
"hwaddr": hwaddr,
"networkMode": "static",
"nat": True,
"setting": {
"cidr": "%s/24" % bridge_cidr
}
}
response = self.bridges_api.post_nodes_bridges(self.node_id, body)
self.assertEqual(response.status_code, 201, response.content)
time.sleep(3)
self.lg.info("Create container (C1) with (B0) without gateway.")
nics = [{
"type": "bridge",
"id": bridge_name,
"config": {
"cidr": "190.122.2.4/24"
},
"status": "up"
}]
self.container_body["nics"] = nics
C1_name = self.rand_str()
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.lg.info(
"Create container (C2) with (B0) with gateway same ip of bridge.")
nics = [{
"type": "bridge",
"id": bridge_name,
"config": {
"cidr": "192.122.2.3/24",
"gateway": bridge_cidr
},
"status": "up"
}]
C2_name = self.rand_str()
self.container_body["nics"] = nics
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info("Check that C1 can connect to internet, should fail.")
response = C1_client.bash("ping -w 5 8.8.8.8").get()
self.assertEqual(response.state, "ERROR", response.stdout)
self.lg.info("Check that C2 can connect to internet, should fail.")
response = C2_client.bash("ping -w 5 8.8.8.8").get()
self.assertEqual(response.state, "SUCCESS", response.stdout)
self.lg.info("Delete created bridge ")
self.bridges_api.delete_nodes_bridges_bridgeid(self.node_id,
bridge_name)
def test012_create_container_with_dns_in_config(self):
""" GAT-093
*Test case for test creation of containers with different network and with dns *
**Test Scenario:**
#. Create container (C1) with type default in nic with dns.
#. Check if values of dns in /etc/resolve.conf ,should fail .
#. Create container (c2) with vlan and with dns .
#. Check if values of dns in /etc/resolve.conf ,should succeed .
"""
self.lg.info("create ovs container")
self.zeroCore.create_ovs_container()
self.lg.info(
"create container (C1) with type default in nic with dns , should succeed"
)
C1_name = self.rand_str()
dns = '8.8.4.4'
cidr = "192.125.2.1"
nic = [{
'type': 'default',
"config": {
"cidr": "%s/8" % cidr,
"dns": ["%s" % dns]
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.lg.info(
"Check if values of dns in /etc/resolve.conf ,should fail")
C1_client = self.zeroCore.get_container_client(C1_name)
response = C1_client.bash('cat /etc/resolv.conf | grep %s' % dns).get()
self.assertEqual(response.state, "ERROR")
self.lg.info(
" Create container (c2) with vlan and with dns, should succeed")
C_ip = "201.100.2.0"
vlan_Id = random.randint(1, 4096)
C2_name = self.rand_str()
self.container_body["name"] = C2_name
nic = [{
'type': 'default'
}, {
'type': 'vlan',
'id': "%s" % vlan_Id,
'config': {
'cidr': '%s/24' % C_ip,
'dns': ['%s' % dns]
}
}]
self.container_body["nics"] = nic
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info(
"Check if values of dns in /etc/resolve.conf ,should succeed. ")
C2_client = self.zeroCore.get_container_client(C2_name)
response = C2_client.bash('cat /etc/resolv.conf | grep %s' % dns).get()
self.assertEqual(response.state, "SUCCESS")
response = C2_client.bash('ping -c 2 %s' % dns).get()
self.assertEqual(response.state, "SUCCESS")
def test013_create_container_with_filesystem(self):
""" GAT-094
*Test case for test creation of containers with filesystem. *
**Test Scenario:**
#. Create file system in fsucash storage pool.
#. Create container with created file system,should succeed .
#. Check that file exist in /fs/storagepool_name/filesystem_name ,should succeed .
"""
self.lg.info("Create file system in fsucash storage pool")
name = self.random_string()
quota = random.randint(1, 100)
body = {"name": name, "quota": quota}
storagepool_name = "%s_fscache" % self.node_id
response = self.storagepool_api.post_storagepools_storagepoolname_filesystems(
self.node_id, storagepool_name, body)
self.assertEqual(response.status_code, 201)
time.sleep(5)
self.lg.info(
"Create container with created file system,should succeed.")
self.container_body["filesystems"].append("%s:%s" %
(storagepool_name, name))
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
self.lg.info(
"Check that file exist in /fs/storagepool_name/filesystem_name ,should succeed"
)
C_client = self.zeroCore.get_container_client(self.container_name)
response = C_client.filesystem.list('/fs/%s' % storagepool_name)
self.assertEqual(response[0]['name'], name)
def test014_Writing_in_containers_files(self):
""" GAT-095
*Test case for test writing in containner files *
**Test Scenario:**
#. Create two conainer container C1,C2 ,should succeed.
#. Create file in C1,should succeed.
#. Check that created file doesn't exicst in C2.
"""
self.lg.info("Create two conainer container C1,C2 ,should succeed.")
C1_name = self.rand_str()
C2_name = self.rand_str()
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertTrue(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
C2_name = self.rand_str()
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertTrue(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
self.lg.info("Create file in C1,should succeed.")
file_name = self.rand_str()
response = C1_client.bash("touch %s" % file_name).get()
self.assertEqual(response.state, 'SUCCESS')
self.lg.info("Check that created file doesn't exicst in C2.")
response = C1_client.bash("ls | grep %s" % file_name).get()
self.assertEqual(response.state, 'SUCCESS')
response = C2_client.bash("ls | grep %s" % file_name).get()
self.assertEqual(response.state, 'ERROR')
def test015_create_containers_with_open_ports(self):
""" GAT-096
*Test case for test create containers with open ports*
**Test Scenario:**
#. Create container C1 with open port .
#. Open server in container port ,should succeed.
#. Check that portforward work,should succeed
"""
file_name = self.rand_str()
hostport = "6060"
containerport = "60"
ports = "%s:%s" % (hostport, containerport)
nics = [{"type": "default"}]
self.container_body["nics"] = nics
self.container_body["ports"].append(ports)
self.lg.info("Create container C1 with open port")
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertTrue(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
C1_client = self.zeroCore.get_container_client(self.container_name)
self.zeroCore.timeout = 300
time.sleep(2)
self.lg.info("Open server in container port ,should succeed")
response = C1_client.bash("apt-get -y install python ").get()
self.assertEqual(response.state, "SUCCESS")
response = C1_client.bash(
"mkdir {0} && cd {0}&& echo 'test'>{0}.text ".format(
file_name)).get()
self.assertEqual(response.state, "SUCCESS")
C1_client.bash("cd %s && nohup python -m SimpleHTTPServer %s & " %
(file_name, containerport))
self.lg.info("Check that portforward work,should succeed")
response = C1_client.bash("netstat -nlapt | grep %s" %
containerport).get()
self.assertEqual(response.state, 'SUCCESS')
url = ' http://{0}:{1}/{2}.text'.format(self.zeroCore_ip, hostport,
file_name)
response = urlopen(url)
html = response.read()
self.assertIn("test", html.decode('utf-8'))
@unittest.skip("https://github.com/g8os/resourcepool/issues/297")
def test016_post_new_job_to_container_with_specs(self):
""" GAT-097
*Test case for test create containers with open ports*
**Test Scenario:**
#. Create containers C1 , should succeed
#. post job with to container with all specs ,should succeed.
#. check that job created successfully with it's specs.
"""
self.lg.info("Create container C1, should succeed.")
self.container_body[
'flist'] = "https://hub.gig.tech/dina_magdy/initprocess.flist"
## flist which have script which print environment varaibles and print stdin
Environmentvaraible = "MYVAR=%s" % self.rand_str()
stdin = self.rand_str()
job_body = {
'name': 'sh',
'pwd': '/',
'args': ["sbin/process_init"],
"environment": [Environmentvaraible],
"stdin": stdin
}
response = self.containers_api.post_containers(
nodeid=self.node_id, data=self.container_body)
self.assertTrue(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": self.container_name
})
C1_client = self.zeroCore.get_container_client(self.container_name)
self.lg.info(
'Send post nodes/{nodeid}/containers/containerid/jobs api request.'
)
response = self.containers_api.post_containers_containerid_jobs(
self.node_id, self.container_name, job_body)
self.assertEqual(response.status_code, 202)
job_id = response.headers['Location'].split('/')[6]
self.assertTrue(
self.zeroCore.wait_on_container_job_update(self.container_name,
job_id, 15, False))
self.lg.info("check that job created successfully with it's specs.")
response = C1_client.bash("ls |grep out.text").get()
self.assertEqual(response.state, "SUCCESS")
response = C1_client.bash("cat out.text | grep %s" % stdin).get()
self.assertEqual(response.state, "SUCCESS",
"job didn't get stdin correctly")
response = C1_client.bash("cat out.text | grep %s" %
Environmentvaraible).get()
self.assertEqual(response.state, "SUCCESS",
"job didn't get Env varaible correctly")
def test017_Create_containers_with_common_vlan(self):
""" GAT-098
*Test case for test creation of containers with cmmon vlan network*
**Test Scenario:**
#. Create ovs container .
#. Create C1 which is binding to vlan1 and vlan2.
#. Create C2 which is binding to vlan1.
#. Create C3 which is binding to vlan2.
#. Check that containers get correct vlan ip, should succeed
#. Check that C1 can ping C2 and C3 ,should succeed.
#. Check that C2 can ping C1 and can't ping C3, should succeed.
#. Check that C3 can ping C1 and can't ping C2,should succeed.
"""
self.lg.info("create ovs container")
self.zeroCore.create_ovs_container()
vlan1_id, vlan2_id = random.sample(range(1, 4096), 2)
C1_ip_vlan1 = "201.100.2.1"
C1_ip_vlan2 = "201.100.3.1"
C2_ip = "201.100.2.2"
C3_ip = "201.100.3.2"
self.lg.info("Create C1 which is binding to vlan1 and vlan2.")
C1_name = self.rand_str()
nic = [{
'type': 'vlan',
'id': vlan1_id,
'config': {
'cidr': '%s/24' % C1_ip_vlan1
}
}, {
'type': 'vlan',
'id': vlan2_id,
'config': {
'cidr': '%s/24' % C1_ip_vlan2
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C1_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C1_name
})
self.lg.info("Create C2 which is binding to vlan1.")
C2_name = self.rand_str()
nic = [{
'type': 'vlan',
'id': vlan1_id,
'config': {
'cidr': '%s/24' % C2_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C2_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C2_name
})
self.lg.info("Create C3 which is binding to vlan2.")
C3_name = self.rand_str()
nic = [{
'type': 'vlan',
'id': vlan2_id,
'config': {
'cidr': '%s/24' % C3_ip
}
}]
self.container_body["nics"] = nic
self.container_body["name"] = C3_name
response = self.containers_api.post_containers(self.node_id,
self.container_body)
self.assertEqual(response.status_code, 201)
self.createdcontainer.append({
"node": self.node_id,
"container": C3_name
})
self.lg.info(
"Get three containers client C1_client ,C2_client ansd C3_client.")
C1_client = self.zeroCore.get_container_client(C1_name)
C2_client = self.zeroCore.get_container_client(C2_name)
C3_client = self.zeroCore.get_container_client(C3_name)
self.lg.info(
"Check that containers get correct vlan ip, should succeed ")
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(
C1_client, C1_ip_vlan1))
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(
C1_client, C1_ip_vlan2))
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C2_client, C2_ip))
self.assertTrue(
self.zeroCore.check_container_vlan_vxlan_ip(C3_client, C3_ip))
self.lg.info("Check that C1 can ping C2 and C3 ,should succeed.")
response = C1_client.bash('ping -w 5 %s' % C2_ip).get()
self.assertEqual(response.state, "SUCCESS")
response = C1_client.bash('ping -w 5 %s' % C3_ip).get()
self.assertEqual(response.state, "SUCCESS")
self.lg.info(
"Check that C2 can ping C1 and can't ping C3, should succeed.")
response = C2_client.bash('ping -w 5 %s' % C1_ip_vlan1).get()
self.assertEqual(response.state, "SUCCESS")
response = C2_client.bash('ping -w 5 %s' % C3_ip).get()
self.assertEqual(response.state, "ERROR")
self.lg.info(
"Check that C3 can ping C1 and can't ping C2, should succeed.")
response = C3_client.bash('ping -w 5 %s' % C1_ip_vlan2).get()
self.assertEqual(response.state, "SUCCESS")
response = C3_client.bash('ping -w 5 %s' % C2_ip).get()
self.assertEqual(response.state, "ERROR")
class TestStoragepoolsAPI(TestcasesBase):
def setUp(self):
super().setUp()
self.storagepool_api = StoragepoolsAPI()
self.nodeid = self.get_random_node()
self.nodeip = [x['ip'] for x in self.nodes if x['id'] == self.nodeid]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(self.nodeip[0], password=self.jwt)
self.CLEANUP = []
def tearDown(self):
for storagepool in self.CLEANUP:
self.storagepool_api.delete_storagepools_storagepoolname(self.nodeid, storagepool)
super(TestStoragepoolsAPI, self).tearDown()
def create_storagepool(self):
freeDisks = self.pyclient.getFreeDisks()
if freeDisks == []:
self.skipTest('no free disks on node {}'.format(self.nodeid))
self.lg.info('Create storagepool (SP0) on node (N0)')
name = self.random_string()
metadata = 'single'
data = 'single'
device = random.choice(freeDisks)
body = {"name":name,
"metadataProfile":metadata,
"dataProfile":data,
"devices":[device]}
response = self.storagepool_api.post_storagepools(self.nodeid, body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
freeDisks = self.pyclient.getFreeDisks()
if device not in freeDisks:
self.CLEANUP.append(name)
break
else:
time.sleep(3)
else:
self.lg.error('storagepool {} doesn\'t mount device {}'.format(name, device))
return body
def delete_storage_pool(self, storagepool):
response = self.storagepool_api.delete_storagepools_storagepoolname(self.nodeid, storagepool)
if response.status_code == 204:
try:
self.CLEANUP.remove(storagepool)
except:
pass
def create_filesystem(self, storagepool):
self.lg.info('Create filesystem (FS0) on storagepool {}'.format(storagepool))
name = self.random_string()
quota = random.randint(0, 10)
body = {"name":name, "quota":quota}
response = self.storagepool_api.post_storagepools_storagepoolname_filesystems(self.nodeid, storagepool, body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
try:
data = self.pyclient.client.btrfs.subvol_list('/mnt/storagepools/{}'.format(storagepool))
filesystems = [x for x in data if 'filesystems' in x['Path']]
filesystems = [x['Path'][x['Path'].rfind('/')+1:] for x in filesystems]
if name in filesystems:
break
else:
time.sleep(3)
except:
pass
else:
self.lg.error('filesystem {} is not created {}'.format(name))
return body
def create_snapshot(self, storagepool, filesystem):
self.lg.info('Create snapshot (SS0) of filesystem {}'.format(filesystem))
name = self.rand_str()
body = {"name":name}
self.storagepool_api.post_filesystems_snapshots(self.nodeid, storagepool, filesystem, body)
for _ in range(60):
try:
data = self.pyclient.client.btrfs.subvol_list('/mnt/storagepools/{}'.format(storagepool))
snapshots = [x for x in data if 'snapshots/{}'.format(filesystem) in x['Path']]
snapshots = [x['Path'][x['Path'].rfind('/')+1:] for x in snapshots]
if name in snapshots:
break
else:
time.sleep(3)
except:
pass
else:
self.lg.error('snapshot {} is not created {}'.format(name))
return body
def test001_get_storagepool(self):
""" GAT-045
**Test Scenario:**
#. Create storagepool (SP0) on node (N0), should succeed.
#. Get storagepool (SP0), should succeed with 200.
#. Get storagepool (SP0) using python client, should be listed
#. Get nonexisting storagepool, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Get storagepool (SP0), should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
for key in storagepool.keys():
if key == 'devices':
continue
self.assertEqual(response.json()[key], storagepool[key])
self.lg.info('Get storagepool (SP0) using python client, should be listed')
storagepools = self.pyclient.client.btrfs.list()
storagepool_sp0 = [x for x in storagepools if x['label'] == 'sp_{}'.format(storagepool['name'])]
self.assertNotEqual(storagepool_sp0, [])
for device in storagepool['devices']:
self.assertIn(device, [x['path'][:-1] for x in storagepool_sp0[0]['devices']])
self.lg.info('Get nonexisting storagepool, should fail with 404')
response = self.storagepool_api.get_storagepools_storagepoolname(self.nodeid, 'fake_storagepool')
self.assertEqual(response.status_code, 404)
def test002_list_storagepool(self):
""" GAT-046
**Test Scenario:**
#. Create Storagepool (SP0) on node (N0).
#. list node (N0) storagepools, storagepool (SP0) should be listed.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('list node (N0) storagepools, storagepool (SP0) should be listed')
response = self.storagepool_api.get_storagepools(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertIn(storagepool['name'], [x['name'] for x in response.json()])
def test003_post_storagepool(self):
""" GAT-047
**Test Scenario:**
#. Get random nodid (N0).
#. Create storagepool (SP0) on node (N0).
#. Get storagepool (SP0), should succeed with 200.
#. Get storagepool (SP1) using python client, should be listed
#. Delete Storagepool (SP0), should succeed with 204.
#. Create invalid storagepool (missing required params), should fail with 400.
"""
self.lg.info('Create Storagepool (SP1), should succeed with 201')
name = self.random_string()
free_devices = self.pyclient.getFreeDisks()
levels = ['raid0', 'raid1', 'raid5', 'raid6', 'raid10', 'dup', 'single']
if free_devices == []:
self.skipTest('no free disks on node {}'.format(self.nodeid))
if len(free_devices) < 6:
metadata = 'single'
data = 'single'
devices = [random.choice(free_devices)]
else:
metadata = self.random_item(levels)
data = self.random_item(levels)
devices = free_devices[:4]
body = {"name":name,
"metadataProfile":metadata,
"dataProfile":data,
"devices":devices}
response = self.storagepool_api.post_storagepools(self.nodeid, body)
self.assertEqual(response.status_code, 201)
time.sleep(30)
self.lg.info('Get Storagepool (SP1), should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname(self.nodeid, name)
self.assertEqual(response.status_code, 200)
for key in body.keys():
if key == 'devices':
continue
self.assertEqual(response.json()[key], body[key])
time.sleep(20)
self.lg.info('Get storagepool (SP0) using python client, should be listed')
storagepools = self.pyclient.client.btrfs.list()
storagepool_sp1 = [x for x in storagepools if x['label'] == 'sp_{}'.format(name)]
self.assertNotEqual(storagepool_sp1, [])
for device in devices:
self.assertIn(device, [x['path'][:-1] for x in storagepool_sp1[0]['devices']])
self.lg.info('Delete Storagepool (SP0), should succeed with 204')
response = self.storagepool_api.delete_storagepools_storagepoolname(self.nodeid, name)
self.assertEqual(response.status_code, 204)
self.lg.info('Create invalid storagepool, should fail with 400')
body = {"name":name, "metadataProfile":metadata}
response = self.storagepool_api.post_storagepools(self.nodeid, body)
self.assertEqual(response.status_code, 400)
def test004_delete_storagepool(self):
""" GAT-048
**Test Scenario:**
#. Create Storagepool (SP0) on node (N0).
#. Delete Storagepool (SP0), should succeed with 204.
#. list node (N0) storagepools, storagepool (SP0) should be gone.
#. Delete nonexisting storagepool, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Delete storagepool (SP0), should succeed with 204')
response = self.storagepool_api.delete_storagepools_storagepoolname(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 204)
self.CLEANUP.remove(storagepool['name'])
self.lg.info('list node (N0) storagepools, storagepool (SP0) should be gone')
response = self.storagepool_api.get_storagepools(self.nodeid)
self.assertEqual(response.status_code, 200)
self.assertNotIn(storagepool['name'], [x['name'] for x in response.json()])
self.lg.info('Delete nonexisting storagepool, should fail with 404')
response = self.storagepool_api.delete_storagepools_storagepoolname(self.nodeid, 'fake_storagepool')
self.assertEqual(response.status_code, 404)
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/209')
def test005_get_storagepool_device(self):
""" GAT-049
**Test Scenario:**
#. Create storagepool (SP0) with device (DV0) on node (N0).
#. Get device (DV0), should succeed with 200.
#. Get nonexisting device, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
time.sleep(15)
self.lg.info('Get device (DV0), should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertNotEqual(response.json(), [])
device_uuid = response.json()[0]['uuid']
response = self.storagepool_api.get_storagepools_storagepoolname_devices_deviceid(self.nodeid, storagepool['name'], device_uuid)
self.assertEqual(response.status_code, 200)
self.assertEqual(response.json()['deviceName'][:-1], storagepool['devices'][0])
self.assertEqual(response.json()['uuid'], device_uuid)
self.assertEqual(response.json()['status'], 'healthy')
self.lg.info('Get nonexisting device, should fail with 404')
response = self.storagepool_api.get_storagepools_storagepoolname_devices_deviceid(self.nodeid, storagepool['name'], 'fake_device')
self.assertEqual(response.status_code, 404)
def test006_list_storagepool_devices(self):
""" GAT-050
**Test Scenario:**
#. Create storagepool (SP0) with device (DV0) on node (N0).
#. list storagepool (SP0) devices, should succeed with 200.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('list storagepool (SP0) devices, should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertNotEqual(response.json(), [])
self.assertEqual(len(response.json()), len(storagepool['devices']))
self.assertEqual(response.json()[0]['status'], 'healthy')
def test007_post_storagepool_device(self):
""" GAT-051
**Test Scenario:**
#. Get random nodid (N0).
#. Create storagepool (SP0) with device (DV0) on node (N0).
#. Create device (DV1) on storagepool (SP0), should succeed with 201.
#. list storagepool (SP0) devices, device (DV1) should be listed.
#. Create device with invalid body, should fail with 400.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create device (DV1) on storagepool (SP0), should succeed with 201')
free_devices = self.pyclient.getFreeDisks()
if free_devices == []:
self.skipTest('no free disks on node {}'.format(self.nodeid))
device = random.choice(free_devices)
body = [device]
response = self.storagepool_api.post_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'], body)
self.assertEqual(response.status_code, 201)
for _ in range(30):
free_devices = self.pyclient.getFreeDisks()
if device not in free_devices:
break
else:
time.sleep(1)
self.lg.info('list storagepool (SP0) devices, should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertIn(device, [x['deviceName'][:-1] for x in response.json()])
#issue https://github.com/zero-os/0-orchestrator/issues/398
# self.lg.info('Create device with invalid body, should fail with 400')
# body = ""
# response = self.storagepool_api.post_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'], body)
# self.assertEqual(response.status_code, 400)
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/209')
def test008_delete_storagepool_device(self):
""" GAT-052
**Test Scenario:**
#. Create storagepool (SP0) with device (DV0) on node (N1), should succeed with 201.
#. Delete device (DV0), should succeed with 204.
#. list storagepool (SP0) devices, device (DV0) should be gone.
#. Delete nonexisting device, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create device (DV1) on storagepool (SP0), should succeed with 201')
free_devices = self.pyclient.getFreeDisks()
if free_devices == []:
self.skipTest('no free disks on node {}'.format(self.nodeid))
device = random.choice(free_devices)
body = [device]
response = self.storagepool_api.post_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'], body)
self.assertEqual(response.status_code, 201)
for _ in range(30):
free_devices = self.pyclient.getFreeDisks()
if device not in free_devices:
break
else:
time.sleep(1)
self.lg.info('list storagepool (SP0) devices, device (DV0) should be gone')
response = self.storagepool_api.get_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
deviceuuid = [x['uuid'] for x in response.json() if x['deviceName'][:-1] == device]
self.assertNotEqual(deviceuuid, [], 'device was not added to storagepool')
self.lg.info('Delete device (DV1), should succeed with 204')
response = self.storagepool_api.delete_storagepools_storagepoolname_devices_deviceid(self.nodeid, storagepool['name'], deviceuuid[0])
self.assertEqual(response.status_code, 204)
for _ in range(30):
free_devices = self.pyclient.getFreeDisks()
if device in free_devices:
break
else:
time.sleep(1)
self.lg.info('list storagepool (SP0) devices, device (DV0) should be gone')
response = self.storagepool_api.get_storagepools_storagepoolname_devices(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertNotIn(device, [x['deviceName'][:-1] for x in response.json()])
self.lg.info('Delete nonexisting device, should fail with 404')
response = self.storagepool_api.delete_storagepools_storagepoolname_devices_deviceid(self.nodeid, storagepool['name'], 'fake_device')
self.assertEqual(response.status_code, 404)
def test009_get_storagepool_filessystem(self):
""" GAT-053
**Test Scenario:**
#. Create storagepool (SP0) on node (N0), should succeed.
#. Create filesystem (FS0) on storagepool (SP0).
#. Get filesystem (FS0), should succeed with 200.
#. Get nonexisting filesystem, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Get filesystem (FS0), should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], filesystem['name'])
self.assertEqual(response.status_code, 200)
for key in filesystem.keys():
self.assertEqual(response.json()[key], filesystem[key])
self.lg.info('Get nonexisting filesystem, should fail with 404')
response = self.storagepool_api.get_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], 'fake_filesystem')
self.assertEqual(response.status_code, 404)
def test010_list_storagepool_filesystems(self):
""" GAT-054
**Test Scenario:**
#. Create Storagepool (SP0) on node (N0).
#. Create filesystem (FS0) on storagepool (SP0).
#. list storagepools (SP0) filesystems, filesystem (FS0) should be listed.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('list storagepools (SP0) filesystems, filesystem (FS0) should be listed')
response = self.storagepool_api.get_storagepools_storagepoolname_filesystems(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertIn(filesystem['name'], response.json())
def test011_post_storagepool_filesystem(self):
""" GAT-055
**Test Scenario:**
#. Get random nodid (N0).
#. Create storagepool (SP0) on node (N0).
#. Create filesystem (FS1) on storagepool (SP0), should succeed with 201.
#. Get filesystem (FS1), should succeed with 200.
#. Delete filesystem (FS1), should succeed with 204.
#. Create invalid filesystem (missing required params), should fail with 400.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS1) on storagepool (SP0), should succeed with 201')
name = self.random_string()
quota = random.randint(0, 10)
body = {"name":name, "quota":quota}
response = self.storagepool_api.post_storagepools_storagepoolname_filesystems(self.nodeid, storagepool['name'], body)
self.assertEqual(response.status_code, 201)
time.sleep(5)
self.lg.info('Get filesystem (FS1), should succeed with 200')
response = self.storagepool_api.get_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], name)
self.assertEqual(response.status_code, 200)
for key in body.keys():
self.assertEqual(response.json()[key], body[key])
self.lg.info('Delete filesystem (FS1), should succeed with 204')
response = self.storagepool_api.delete_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], name)
self.assertEqual(response.status_code, 204)
self.lg.info('Create filesystem with invalid body, should fail with 400')
body = {self.random_string() : self.random_string()}
response = self.storagepool_api.post_storagepools_storagepoolname_filesystems(self.nodeid, storagepool['name'], body)
self.assertEqual(response.status_code, 400)
def test012_delete_storagepool_filesystem(self):
""" GAT-056
**Test Scenario:**
#. Create Storagepool (SP0) on node (N0).
#. Create filesystem (FS0) on storagepool (SP0).
#. Delete filesystem (FS0), should succeed with 204.
#. list storagepool (SP0) filesystems, filesystem (FS0) should be gone.
#. Delete nonexisting filesystems, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Delete filesystem (FS0), should succeed with 204')
response = self.storagepool_api.delete_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], filesystem['name'])
self.assertEqual(response.status_code, 204)
self.lg.info('list storagepool (SP0) filesystems, filesystem (FS0) should be gone')
response = self.storagepool_api.get_storagepools_storagepoolname_filesystems(self.nodeid, storagepool['name'])
self.assertEqual(response.status_code, 200)
self.assertNotIn(filesystem['name'], response.json())
self.lg.info('Delete nonexisting filesystems, should fail with 404')
response = self.storagepool_api.delete_storagepools_storagepoolname_filesystems_filesystemname(self.nodeid, storagepool['name'], 'fake_filesystem')
self.assertEqual(response.status_code, 404)
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/687')
def test013_get_storagepool_filessystem_snapshot(self):
""" GAT-057
**Test Scenario:**
#. Create storagepool (SP0) on node (N0), should succeed.
#. Create filesystem (FS0) on storagepool (SP0).
#. Create snapshot (SS0) on filesystem (FS0).
#. Get snapshot (SS0), should succeed with 200.
#. Get nonexisting snapshot, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Create snapshot (SS0) on filesystem (FS0)')
snapshot = self.create_snapshot(storagepool['name'], filesystem['name'])
self.lg.info('Get snapshot (SS0), should succeed with 200')
response = self.storagepool_api.get_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'],
filesystem['name'],
snapshot['name'])
self.assertEqual(response.status_code, 200)
for key in snapshot.keys():
self.assertEqual(response.json()[key], snapshot[key])
self.lg.info('Get nonexisting snapshot, should fail with 404')
response = self.storagepool_api.get_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'],
filesystem['name'],
'fake_snapshot')
self.assertEqual(response.status_code, 404)
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/687')
def test014_list_storagepool_filesystems_snapshots(self):
""" GAT-058
**Test Scenario:**
#. Create storagepool (SP0) on node (N0), should succeed.
#. Create filesystem (FS0) on storagepool (SP0).
#. Create snapshot (SS0) on filesystem (FS0).
#. list snapshots of filesystems (FS0), snapshot (SS0) should be listed.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Create snapshot (SS0) on filesystem (FS0)')
snapshot = self.create_snapshot(storagepool['name'], filesystem['name'])
self.lg.info('list snapshots of filesystems (FS0), snapshot (SS0) should be listed')
response = self.storagepool_api.get_filesystem_snapshots(self.nodeid, storagepool['name'], filesystem['name'])
self.assertEqual(response.status_code, 200)
self.assertIn(snapshot['name'], response.json())
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/687')
def test015_post_storagepool_filesystem_snapshot(self):
""" GAT-059
**Test Scenario:**
#. Create storagepool (SP0) on node (N0), should succeed.
#. Create filesystem (FS0) on storagepool (SP0).
#. Create snapshot (SS1) on filesystem (FS0).
#. Get snapshot (SS1), should succeed with 200.
#. Delete snapshot (SS1), should succeed with 204.
#. Create snapshot with missing required params, should fail with 400.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Create snapshot (SS1) on filesystem (FS0)')
name = self.random_string()
body = {"name":name}
response = self.storagepool_api.post_filesystems_snapshots(self.nodeid, storagepool['name'], filesystem['name'], body)
self.assertEqual(response.status_code, 201)
self.lg.info(' Get snapshot (SS1), should succeed with 200')
response = self.storagepool_api.get_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'],
filesystem['name'],
name)
self.assertEqual(response.status_code, 200)
for key in body.keys():
self.assertEqual(response.json()[key], body[key])
self.lg.info('Delete snapshot (SS1), should succeed with 204')
response = self.storagepool_api.delete_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'],
filesystem['name'],
name)
self.assertEqual(response.status_code, 204)
self.lg.info('Create snapshot with missing required params, should fail with 400')
body = {}
response = self.storagepool_api.post_filesystems_snapshots(self.nodeid, storagepool['name'], filesystem['name'], body)
self.assertEqual(response.status_code, 400)
# @unittest.skip('https://github.com/zero-os/0-orchestrator/issues/687')
def test016_delete_storagepool_filesystem_snapshot(self):
""" GAT-060
**Test Scenario:**
#. Get random nodid (N0), should succeed.
#. Create storagepool (SP0) on node (N0), should succeed.
#. Create filesystem (FS0) on storagepool (SP0).
#. Create snapshot (SS0) on filesystem (FS0).
#. Delete snapshot (SS0), should succeed with 204.
#. list filesystem (FS0) snapshots, snapshot (SS0) should be gone.
#. Delete nonexisting snapshot, should fail with 404.
"""
self.lg.info('Create storagepool (SP0) on node (N0), should succeed')
storagepool = self.create_storagepool()
self.lg.info('Create filesystem (FS0) on storagepool (SP0)')
filesystem = self.create_filesystem(storagepool['name'])
self.lg.info('Create snapshot (SS0) on filesystem (FS0)')
snapshot = self.create_snapshot(storagepool['name'], filesystem['name'])
self.lg.info('Delete snapshot (SS0), should succeed with 204')
response = self.storagepool_api.delete_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'],
filesystem['name'],
snapshot['name'])
self.assertEqual(response.status_code, 204)
self.lg.info('list filesystem (FS0) snapshots, snapshot (SS0) should be gone')
response = self.storagepool_api.get_filesystem_snapshots(self.nodeid, storagepool['name'], filesystem['name'])
self.assertEqual(response.status_code, 200)
self.assertNotIn(snapshot['name'], response.json())
self.lg.info('Delete nonexisting snapshot, should fail with 404')
response = self.storagepool_api.delete_filesystem_snapshots_snapshotname(self.nodeid, storagepool['name'], filesystem['name'], 'fake_filesystem')
self.assertEqual(response.status_code, 404)
def setUp(self):
super().setUp()
self.vdisks_apis = VDisksAPIs()
self.storageclusters_api = Storageclusters()
node = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes if x['id'] == node][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip, password=self.jwt)
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
storageclusters = self.storageclusters_api.get_storageclusters()
if storageclusters.json() == []:
self.lg.info('Deploy new storage cluster (SC0)')
sc_label = self.rand_str()
sc_servers = random.randint(1, len(free_disks))
sc_drivetype = 'ssd'
sc_nodes = [node]
sc_body = {"label": sc_label,
"servers": sc_servers,
"driveType": sc_drivetype,
"clusterType": "storage",
"nodes":sc_nodes}
response = self.storageclusters_api.post_storageclusters(sc_body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(sc_label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error('storagecluster status is not ready after 180 sec')
else:
sc_label = storageclusters.json()[0]
self.lg.info('Create vdisk (VD0)')
self.vd_creation_time = time.time()
self.vdisk_id = self.rand_str()
self.size = random.randint(1, 50)
self.types = ['boot','db','cache','tmp']
self.type = random.choice(self.types)
self.block_size = random.randint(1, self.size)*512
self.storagecluster = sc_label
self.readOnly = random.choice([False, True])
self.body = {"id": self.vdisk_id,
"size": self.size,
"blocksize": self.block_size,
"type": self.type,
"storagecluster": self.storagecluster,
"readOnly":self.readOnly}
response = self.vdisks_apis.post_vdisks(self.body)
self.assertEqual(response.status_code, 201)
class TestStorageclustersAPI(TestcasesBase):
def setUp(self):
super().setUp()
self.storageclusters_api = Storageclusters()
self.nodeid = self.get_random_node()
pyclient_ip = [x['ip'] for x in self.nodes
if x['id'] == self.nodeid][0]
self.jwt = self.nodes_api.jwt
self.pyclient = Client(pyclient_ip, password=self.jwt)
if self._testMethodName != 'test003_deploy_new_storagecluster':
self.lg.info('Deploy new storage cluster (SC0)')
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
self.label = self.rand_str()
self.servers = randint(1, len(free_disks))
self.drivetype = 'ssd'
self.body = {
"label": self.label,
"servers": self.servers,
"driveType": self.drivetype,
"clusterType": "storage",
"nodes": [self.nodeid]
}
response = self.storageclusters_api.post_storageclusters(self.body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(
self.label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error(
'storagecluster status is not ready after 180 sec')
def tearDown(self):
self.lg.info('Kill storage cluster (SC0)')
if self._testMethodName != 'test003_deploy_new_storagecluster':
self.storageclusters_api.delete_storageclusters_label(self.label)
super(TestStorageclustersAPI, self).tearDown()
def test001_get_storageclusters_label(self):
""" GAT-041
**Test Scenario:**
#. Deploy new storage cluster (SC0)
#. Get storage cluster (SC0), should succeed with 200
#. Get nonexisting storage cluster (SC0), should fail with 404
"""
self.lg.info('Get storage cluster (SC0), should succeed with 200')
response = self.storageclusters_api.get_storageclusters_label(
self.label)
self.assertEqual(response.status_code, 200)
for key in ['label', 'driveType', 'nodes']:
self.assertEqual(response.json()[key], self.body[key])
self.assertNotEqual(response.json()['status'], 'error')
self.lg.info(
'Get nonexisting storage cluster (SC0), should fail with 404')
response = self.storageclusters_api.get_storageclusters_label(
'fake_label')
self.assertEqual(response.status_code, 404)
def test002_list_storageclusters(self):
""" GAT-042
**Test Scenario:**
#. Deploy new storage cluster (SC0)
#. List storage clusters, should succeed with 200
"""
self.lg.info('Get storage cluster (SC0), should succeed with 200')
response = self.storageclusters_api.get_storageclusters()
self.assertEqual(response.status_code, 200)
self.assertIn(self.label, response.json())
def test003_deploy_new_storagecluster(self):
""" GAT-043
**Test Scenario:**
#. Deploy new storage cluster (SC1), should succeed with 201
#. List storage clusters, (SC1) should be listed
#. Kill storage cluster (SC0), should succeed with 204
"""
self.lg.info(
'Deploy new storage cluster (SC1), should succeed with 201')
free_disks = self.pyclient.getFreeDisks()
if free_disks == []:
self.skipTest('no free disks to create storagecluster')
label = self.rand_str()
servers = randint(1, len(free_disks))
drivetype = 'ssd'
body = {
"label": label,
"servers": servers,
"driveType": drivetype,
"clusterType": "storage",
"nodes": [self.nodeid]
}
response = self.storageclusters_api.post_storageclusters(body)
self.assertEqual(response.status_code, 201)
for _ in range(60):
response = self.storageclusters_api.get_storageclusters_label(
label)
if response.status_code == 200:
if response.json()['status'] == 'ready':
break
else:
time.sleep(3)
else:
time.sleep(10)
else:
self.lg.error('storagecluster status is not ready after 180 sec')
self.lg.info('List storage clusters, (SC1) should be listed')
response = self.storageclusters_api.get_storageclusters()
self.assertEqual(response.status_code, 200)
self.assertIn(label, response.json())
self.lg.info('Kill storage cluster (SC1), should succeed with 204')
response = self.storageclusters_api.delete_storageclusters_label(label)
self.assertEqual(response.status_code, 204)
def test004_kill_storagecluster_label(self):
""" GAT-044
**Test Scenario:**
#. #. Deploy new storage cluster (SC0)
#. Kill storage cluster (SC0), should succeed with 204
#. List storage clusters, (SC0) should be gone
#. Kill nonexisting storage cluster, should fail with 404
"""
self.lg.info('Kill storage cluster (SC0), should succeed with 204')
response = self.storageclusters_api.delete_storageclusters_label(
self.label)
self.assertEqual(response.status_code, 204)
self.lg.info('List storage clusters, (SC0) should be gone')
response = self.storageclusters_api.get_storageclusters()
self.assertEqual(response.status_code, 200)
self.assertNotIn(self.label, response.json())
self.lg.info('Kill nonexisting storage cluster, should fail with 404')
response = self.storageclusters_api.delete_storageclusters_label(
'fake_label')
self.assertEqual(response.status_code, 404)