def test_refresh_refresh_features_by_id(self):
"""@Test: Refresh smart proxy features, search for proxy by id
@Feature: Smart Proxy
@Assert: Proxy features are refreshed
"""
proxy = make_proxy()
Proxy.refresh_features({u'id': proxy['id']})
def test_proxy_refresh_features_by_name(self):
"""@Test: Refresh smart proxy features, search for proxy by name
@Feature: Smart Proxy
@Assert: Proxy features are refreshed
"""
proxy = make_proxy()
Proxy.refresh_features({u'name': proxy['name']})
def test_positive_refresh_features_by_id(self):
"""Refresh smart proxy features, search for proxy by id
@Feature: Smart Proxy
@Assert: Proxy features are refreshed
"""
proxy = make_proxy()
# parse the port number so we can reopen the SSH tunnel
port_regexp = re.search(u':([0-9]+)', proxy['url'])
if port_regexp:
port = port_regexp.group(1)
with default_url_on_new_port(9090, port):
Proxy.refresh_features({u'id': proxy['id']})
else:
raise ValueError('Unable to parse port number from proxy URL')
def test_positive_refresh_features_by_name(self):
"""Refresh smart proxy features, search for proxy by name
:id: 2ddd0097-8f65-430e-963d-a3b5dcffe86b
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port) as url:
proxy = self._make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['name']})
def test_positive_refresh_features_by_id(self):
"""Refresh smart proxy features, search for proxy by id
:id: d3db63ce-b877-40eb-a863-294c12489ddd
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port) as url:
proxy = self._make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['id']})
def test_positive_refresh_features_by_name(self):
"""Refresh smart proxy features, search for proxy by name
:id: 2ddd0097-8f65-430e-963d-a3b5dcffe86b
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port) as url:
proxy = self._make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['name']})
def test_positive_refresh_features_by_id(self):
"""Refresh smart proxy features, search for proxy by id
:id: d3db63ce-b877-40eb-a863-294c12489ddd
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port) as url:
proxy = self._make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['id']})
def test_positive_refresh_features_by_name(self):
"""Refresh smart proxy features, search for proxy by name
@id: 2ddd0097-8f65-430e-963d-a3b5dcffe86b
@Assert: Proxy features are refreshed
@CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port):
url = u'https://{0}:{1}'.format(settings.server.hostname, port)
proxy = make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['name']})
# Add capsule id to cleanup list
self.addCleanup(capsule_cleanup, proxy['id'])
def test_positive_refresh_features_by_name(self):
"""Refresh smart proxy features, search for proxy by name
@id: 2ddd0097-8f65-430e-963d-a3b5dcffe86b
@Assert: Proxy features are refreshed
@CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port):
url = u'https://{0}:{1}'.format(settings.server.hostname, port)
proxy = make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['name']})
# Add capsule id to cleanup list
self.addCleanup(capsule_cleanup, proxy['id'])
def test_positive_refresh_features_by_id(self):
"""Refresh smart proxy features, search for proxy by id
:id: d3db63ce-b877-40eb-a863-294c12489ddd
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port):
url = u'https://{0}:{1}'.format(settings.server.hostname, port)
proxy = make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['id']})
# Add capsule id to cleanup list
self.addCleanup(capsule_cleanup, proxy['id'])
def test_positive_refresh_features_by_id(self):
"""Refresh smart proxy features, search for proxy by id
:id: d3db63ce-b877-40eb-a863-294c12489ddd
:expectedresults: Proxy features are refreshed
:CaseLevel: Integration
"""
# Since we want to run multiple commands against our fake capsule, we
# need the tunnel kept open in order not to allow different concurrent
# test to claim it. Thus we want to manage the tunnel manually.
# get an available port for our fake capsule
port = get_available_capsule_port()
with default_url_on_new_port(9090, port):
url = u'https://{0}:{1}'.format(settings.server.hostname, port)
proxy = make_proxy({u'url': url})
Proxy.refresh_features({u'id': proxy['id']})
# Add capsule id to cleanup list
self.addCleanup(capsule_cleanup, proxy['id'])
def test_proxy_refresh_features_by_name(self):
"""@Test: Refresh smart proxy features, search for proxy by name
@Feature: Smart Proxy
@Assert: Proxy features are refreshed
"""
try:
proxy = make_proxy()
except CLIFactoryError as err:
self.fail(err)
result = Proxy.refresh_features({u'name': proxy['name']})
self.assertEqual(result.return_code, 0)
