def test_no_assignment_ports_not_set(self):
"""
Test that no assignments are made if the port values are not set.
"""
assigner = ServicePortAssigner()
app = _get_app(idx=1, num_ports=3, num_tasks=1)
# No ports set
self.assertEquals(assigner.get_service_ports(app), [])
def test_no_assignment_ports_not_set(self):
"""
Test that no assignments are made if the port values are not set.
"""
assigner = ServicePortAssigner()
app = _get_app(idx=1, num_ports=3, num_tasks=1)
# No ports set
self.assertEquals(assigner.get_service_ports(app), [])
class TestServicePortAssigner(unittest.TestCase):
def setUp(self):
self.assigner = ServicePortAssigner()
self.assigner.set_ports(10000, 10020)
def test_no_assignment_ports_not_set(self):
"""
Test that no assignments are made if the port values are not set.
"""
assigner = ServicePortAssigner()
app = _get_app(idx=1, num_ports=3, num_tasks=1)
# No ports set
self.assertEquals(assigner.get_service_ports(app), [])
def test_not_ip_per_task(self):
"""
Test a non-IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=False, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_with_ports(self):
"""
Test an IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=True, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_no_clash(self):
"""
Check that the same ports are assigned are assigned for task-per-IP
apps and are based on the number of host ports but not the actual
ports themselves.
"""
# When assigning a single port for apps with index 1 and 2 there are
# no clashes.
app1 = _get_app(idx=1, num_ports=1, num_tasks=1)
app2 = _get_app(idx=2, num_ports=1, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are still the same.
self.assigner.reset()
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_clash(self):
"""
Check that the same ports will not be assigned if there are clashes
and we assign in a different order.
"""
# When assigning 5 ports for apps with index 1 and 3 there are
# clashes.
app1 = _get_app(idx=1, num_ports=5, num_tasks=1)
app2 = _get_app(idx=3, num_ports=5, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are not the same.
self.assigner.reset()
self.assertNotEquals(ports2, self.assigner.get_service_ports(app2))
self.assertNotEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_max_clash(self):
"""
Check that ports are assigned by linear scan when we max out the
clashes.
"""
app = _get_app(idx=1, num_ports=10, num_tasks=1)
# Mock out the hashlib functions so that all hashes return 0.
sha1 = Mock()
sha1.hexdigest.return_value = "0" * 64
with patch("hashlib.sha1", return_value=sha1):
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports, list(range(10000, 10010)))
def test_ip_per_task_exhausted(self):
"""
Check that ports are returned as None when the ports list is
exhausted.
"""
# Create an app with 2 more discovery ports than we are able to
# allocate. Check the last two ports are unassigned, and check all
# ports are allocated from the correct range.
app = _get_app(idx=1, num_ports=24, num_tasks=1)
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports[-3:], [None] * 3)
self.assertEquals(sorted(ports[:-3]), list(range(10000, 10021)))
def test_ip_per_task_marathon13(self):
app = {
'ipAddress': {},
'container': {
'type': 'DOCKER',
'docker': {
'network':
'USER',
'portMappings': [
{
'containerPort': 80,
'servicePort': 10000,
},
{
'containerPort': 81,
'servicePort': 10001,
},
],
},
},
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{
"ipAddress": "1.2.3.4"
}]
}],
}
self.assertEquals(self.assigner.get_service_ports(app), [10000, 10001])
def test_ip_per_task_portMappings_null(self):
app = {
'ipAddress': {},
'container': {
'type': 'DOCKER',
'docker': {
'network': 'USER',
'portMappings': None,
},
},
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{
"ipAddress": "1.2.3.4"
}]
}],
"portDefinitions": [
{
'port': 10000,
},
{
'port': 10001,
},
],
}
self.assertEquals(self.assigner.get_service_ports(app), [10000, 10001])
class TestServicePortAssigner(unittest.TestCase):
def setUp(self):
self.assigner = ServicePortAssigner()
self.assigner.set_ports(10000, 10020)
def test_no_assignment_ports_not_set(self):
"""
Test that no assignments are made if the port values are not set.
"""
assigner = ServicePortAssigner()
app = _get_app(idx=1, num_ports=3, num_tasks=1)
# No ports set
self.assertEquals(assigner.get_service_ports(app), [])
def test_not_ip_per_task(self):
"""
Test a non-IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=False, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_with_ports(self):
"""
Test an IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=True, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_no_clash(self):
"""
Check that the same ports are assigned are assigned for task-per-IP
apps and are based on the number of host ports but not the actual
ports themselves.
"""
# When assigning a single port for apps with index 1 and 2 there are
# no clashes.
app1 = _get_app(idx=1, num_ports=1, num_tasks=1)
app2 = _get_app(idx=2, num_ports=1, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are still the same.
self.assigner.reset()
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_clash(self):
"""
Check that the same ports will not be assigned if there are clashes
and we assign in a different order.
"""
# When assigning 5 ports for apps with index 1 and 3 there are
# clashes.
app1 = _get_app(idx=1, num_ports=5, num_tasks=1)
app2 = _get_app(idx=3, num_ports=5, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are not the same.
self.assigner.reset()
self.assertNotEquals(ports2, self.assigner.get_service_ports(app2))
self.assertNotEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_max_clash(self):
"""
Check that ports are assigned by linear scan when we max out the
clashes.
"""
app = _get_app(idx=1, num_ports=10, num_tasks=1)
# Mock out the hashlib functions so that all hashes return 0.
sha1 = Mock()
sha1.hexdigest.return_value = "0" * 64
with patch("hashlib.sha1", return_value=sha1):
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports, list(range(10000, 10010)))
def test_ip_per_task_exhausted(self):
"""
Check that ports are returned as None when the ports list is
exhausted.
"""
# Create an app with 2 more discovery ports than we are able to
# allocate. Check the last two ports are unassigned, and check all
# ports are allocated from the correct range.
app = _get_app(idx=1, num_ports=24, num_tasks=1)
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports[-3:], [None] * 3)
self.assertEquals(sorted(ports[:-3]), list(range(10000, 10021)))
class TestServicePortAssigner(unittest.TestCase):
def setUp(self):
self.assigner = ServicePortAssigner()
self.assigner.set_ports(10000, 10020)
def test_no_assignment_ports_not_set(self):
"""
Test that no assignments are made if the port values are not set.
"""
assigner = ServicePortAssigner()
app = _get_app(idx=1, num_ports=3, num_tasks=1)
# No ports set
self.assertEquals(assigner.get_service_ports(app), [])
def test_not_ip_per_task(self):
"""
Test a non-IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=False, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_with_ports(self):
"""
Test an IP-per-task app returns the service ports defined in the
app data.
"""
app = _get_app(ip_per_task=True, inc_service_ports=True)
self.assertEquals(self.assigner.get_service_ports(app),
[100, 101, 102])
def test_ip_per_task_no_clash(self):
"""
Check that the same ports are assigned are assigned for task-per-IP
apps and are based on the number of host ports but not the actual
ports themselves.
"""
# When assigning a single port for apps with index 1 and 2 there are
# no clashes.
app1 = _get_app(idx=1, num_ports=1, num_tasks=1)
app2 = _get_app(idx=2, num_ports=1, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are still the same.
self.assigner.reset()
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_clash(self):
"""
Check that the same ports will not be assigned if there are clashes
and we assign in a different order.
"""
# When assigning 5 ports for apps with index 1 and 3 there are
# clashes.
app1 = _get_app(idx=1, num_ports=5, num_tasks=1)
app2 = _get_app(idx=3, num_ports=5, num_tasks=1)
# Store the ports assigned for app1 and app2
ports1 = self.assigner.get_service_ports(app1)
ports2 = self.assigner.get_service_ports(app2)
# Check we get returned the same ports.
self.assertEquals(ports2, self.assigner.get_service_ports(app2))
self.assertEquals(ports1, self.assigner.get_service_ports(app1))
# Now reset the assigner, and assign in a different order. Check the
# ports are not the same.
self.assigner.reset()
self.assertNotEquals(ports2, self.assigner.get_service_ports(app2))
self.assertNotEquals(ports1, self.assigner.get_service_ports(app1))
def test_ip_per_task_max_clash(self):
"""
Check that ports are assigned by linear scan when we max out the
clashes.
"""
app = _get_app(idx=1, num_ports=10, num_tasks=1)
# Mock out the hashlib functions so that all hashes return 0.
sha1 = Mock()
sha1.hexdigest.return_value = "0" * 64
with patch("hashlib.sha1", return_value=sha1):
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports, list(range(10000, 10010)))
def test_ip_per_task_exhausted(self):
"""
Check that ports are returned as None when the ports list is
exhausted.
"""
# Create an app with 2 more discovery ports than we are able to
# allocate. Check the last two ports are unassigned, and check all
# ports are allocated from the correct range.
app = _get_app(idx=1, num_ports=24, num_tasks=1)
ports = self.assigner.get_service_ports(app)
self.assertEquals(ports[-3:], [None] * 3)
self.assertEquals(sorted(ports[:-3]), list(range(10000, 10021)))
def test_ip_per_task_marathon13(self):
app = {
'ipAddress': {},
'container': {
'type': 'DOCKER',
'docker': {
'network': 'USER',
'portMappings': [
{
'containerPort': 80,
'servicePort': 10000,
},
{
'containerPort': 81,
'servicePort': 10001,
},
],
},
},
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{"ipAddress": "1.2.3.4"}]
}],
}
self.assertEquals(self.assigner.get_service_ports(app),
[10000, 10001])
def test_ip_per_task_marathon15(self):
app = {
'container': {
'type': 'DOCKER',
'docker': {
'image': 'nginx'
},
'portMappings': [
{
'containerPort': 80,
'servicePort': 10000,
},
{
'containerPort': 81,
'servicePort': 10001,
},
],
},
'networks': [
{
'mode': 'container',
'name': 'dcos'
}
],
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{"ipAddress": "1.2.3.4"}]
}],
}
self.assertEquals(self.assigner.get_service_ports(app),
[10000, 10001])
def test_ip_per_task_portMappings_empty(self):
app = {
'ipAddress': {
'networkName': 'testnet',
'discovery': {
'ports': []
}
},
'container': {
'type': 'DOCKER',
'docker': {
'network': 'USER',
'portMappings': [],
}
},
'tasks': [
{
'id': 'testtaskid',
'ipAddresses': [{'ipAddress': '1.2.3.4'}],
'ports': [],
'host': '4.3.2.1'
}
]
}
self.assertEquals(self.assigner.get_service_ports(app), [])
def test_ip_per_task_portMappings_null(self):
app = {
'ipAddress': {},
'container': {
'type': 'DOCKER',
'docker': {
'network': 'USER',
'portMappings': None,
},
},
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{"ipAddress": "1.2.3.4"}]
}],
"portDefinitions": [
{
'port': 10000,
},
{
'port': 10001,
},
],
}
# Calling cleanup_json because all entrypoints to get_service_ports
# also call cleanup_json, so None isn't expected at runtime
self.assertEquals(self.assigner.get_service_ports(cleanup_json(app)),
[10000, 10001])
def test_ip_per_task_portMappings_null_marathon15(self):
app = {
'container': {
'type': 'DOCKER',
'docker': {
'image': 'nginx'
},
'portMappings': None
},
'networks': [
{
'mode': 'container',
'name': 'dcos'
}
],
'tasks': [{
"id": "testtaskid",
"ipAddresses": [{"ipAddress": "1.2.3.4"}]
}],
}
# Calling cleanup_json because all entrypoints to get_service_ports
# also call cleanup_json, so None isn't expected at runtime
self.assertEquals(self.assigner.get_service_ports(cleanup_json(app)),
[])