def test_resolve_address(): def execute_module(module_name, args, *_): if module_name != 'command': raise ValueError('not expecting module %s' % module_name) command_args = args['_raw_params'].split() if command_args[0] != '/bin/getent': raise ValueError('not expecting command: %s' % args.raw_params) # The expected command_args is ['/bin/getent', 'ahostsv4', 'foo']. if command_args[2] == 'foo': return { 'rc': 0, 'stdout': '''1.2.3.4 STREAM bar 1.2.3.4 DGRAM 1.2.3.4 RAW ''' } return {'rc': 2} check = SDNCheck(execute_module, None) assert check.resolve_address('foo') == '1.2.3.4' with pytest.raises(OpenShiftCheckException): check.resolve_address('baz')
def test_resolve_address(): def execute_module(module_name, args, *_): if module_name != 'command': raise ValueError('not expecting module %s' % module_name) command_args = args['_raw_params'].split() if command_args[0] != '/bin/getent': raise ValueError('not expecting command: %s' % args.raw_params) # The expected command_args is ['/bin/getent', 'ahostsv4', 'foo']. if command_args[2] == 'foo': return { 'rc': 0, 'stdout': '''1.2.3.4 STREAM bar 1.2.3.4 DGRAM 1.2.3.4 RAW ''' } return {'rc': 2} check = SDNCheck(execute_module, None) assert check.resolve_address('foo') == '1.2.3.4' with pytest.raises(OpenShiftCheckException): check.resolve_address('baz')
def test_check_master(): nodes = [ { 'apiVersion': 'v1', 'kind': 'Node', 'metadata': { 'annotations': {'kubernetes.io/hostname': 'node1'}, 'name': 'ip-172-31-50-1.ec2.internal' }, 'status': { 'addresses': [ {'address': '172.31.50.1', 'type': 'InternalIP'}, {'address': '52.0.0.1', 'type': 'ExternalIP'}, { 'address': 'ip-172-31-50-1.ec2.internal', 'type': 'Hostname' } ] } }, { 'apiVersion': 'v1', 'kind': 'Node', 'metadata': {'name': 'ip-172-31-50-2.ec2.internal'}, 'status': { 'addresses': [ {'address': '172.31.50.2', 'type': 'InternalIP'}, {'address': '52.0.0.2', 'type': 'ExternalIP'}, { 'address': 'ip-172-31-50-2.ec2.internal', 'type': 'Hostname' } ] } } ] task_vars = dict( group_names=['oo_masters_to_config'], resources=dict(results=[ dict(item='nodes', results=dict(results=[dict(items=nodes)])), dict(item='pods', results=dict(results=[dict(items={})])), dict(item='services', results=dict(results=[dict(items={})])) ]) ) node_addresses = { node['metadata']['name']: { address['type']: address['address'] for address in node['status']['addresses'] } for node in nodes } expected_hostnames = [addresses['Hostname'] for addresses in node_addresses.values()] uri_hostnames = [] resolve_address_hostnames = [] def execute_module(module_name, args, *_): if module_name == 'uri': for hostname in expected_hostnames: if hostname in args['url']: uri_hostnames.append(hostname) return {} raise ValueError('unexpected url: %s' % args['url']) raise ValueError('not expecting module %s' % module_name) def resolve_address(address): for hostname in expected_hostnames: if address == hostname: resolve_address_hostnames.append(hostname) return node_addresses[hostname]['InternalIP'] raise ValueError('unexpected address: %s' % hostname) check = SDNCheck(execute_module, task_vars) check.resolve_address = resolve_address check.run() assert 0 == len(check.failures) assert set(expected_hostnames) == set(uri_hostnames), 'should try to connect to the kubelet' assert set(expected_hostnames) == set(resolve_address_hostnames), 'should try to resolve the node\'s address'
def test_check_master(): nodes = [ { 'apiVersion': 'v1', 'kind': 'Node', 'metadata': { 'annotations': {'kubernetes.io/hostname': 'node1'}, 'name': 'ip-172-31-50-1.ec2.internal' }, 'status': { 'addresses': [ {'address': '172.31.50.1', 'type': 'InternalIP'}, {'address': '52.0.0.1', 'type': 'ExternalIP'}, { 'address': 'ip-172-31-50-1.ec2.internal', 'type': 'Hostname' } ] } }, { 'apiVersion': 'v1', 'kind': 'Node', 'metadata': {'name': 'ip-172-31-50-2.ec2.internal'}, 'status': { 'addresses': [ {'address': '172.31.50.2', 'type': 'InternalIP'}, {'address': '52.0.0.2', 'type': 'ExternalIP'}, { 'address': 'ip-172-31-50-2.ec2.internal', 'type': 'Hostname' } ] } } ] task_vars = dict( group_names=['oo_masters_to_config'], resources=dict(results=[ dict(item='nodes', results=dict(results=[dict(items=nodes)])), dict(item='pods', results=dict(results=[dict(items={})])), dict(item='services', results=dict(results=[dict(items={})])) ]) ) node_addresses = { node['metadata']['name']: { address['type']: address['address'] for address in node['status']['addresses'] } for node in nodes } expected_hostnames = [addresses['Hostname'] for addresses in node_addresses.values()] uri_hostnames = [] resolve_address_hostnames = [] def execute_module(module_name, args, *_): if module_name == 'uri': for hostname in expected_hostnames: if hostname in args['url']: uri_hostnames.append(hostname) return {} raise ValueError('unexpected url: %s' % args['url']) raise ValueError('not expecting module %s' % module_name) def resolve_address(address): for hostname in expected_hostnames: if address == hostname: resolve_address_hostnames.append(hostname) return node_addresses[hostname]['InternalIP'] raise ValueError('unexpected address: %s' % hostname) check = SDNCheck(execute_module, task_vars) check.resolve_address = resolve_address check.run() assert 0 == len(check.failures) assert set(expected_hostnames) == set(uri_hostnames), 'should try to connect to the kubelet' assert set(expected_hostnames) == set(resolve_address_hostnames), 'should try to resolve the node\'s address'