def get_config(lib_env: LibraryEnvironment): """ Get fencing levels configuration. Return a list of levels where each level is a dict with keys: target_type, target_value. level and devices. Devices is a list of stonith device ids. LibraryEnvironment lib_env -- environment """ cib = lib_env.get_cib() return cib_fencing_topology.export(get_fencing_topology(cib))
def get_config(lib_env): """ Get fencing levels configuration. Return a list of levels where each level is a dict with keys: target_type, target_value. level and devices. Devices is a list of stonith device ids. LibraryEnvironment lib_env -- environment """ cib = lib_env.get_cib() return cib_fencing_topology.export(get_fencing_topology(cib))
def test_success(self): self.assertEqual(lib.export(self.get_cib()), [{ "level": "1", "target_type": "node", "target_value": "nodeA", "devices": ["d1", "d2"], }, { "level": "2", "target_type": "node", "target_value": "nodeA", "devices": ["d3"], }, { "level": "1", "target_type": "node", "target_value": "nodeB", "devices": ["d2", "d1"], }, { "level": "2", "target_type": "node", "target_value": "nodeB", "devices": ["d3"], }, { "level": "1", "target_type": "regexp", "target_value": "node\d+", "devices": ["d3", "d4"], }, { "level": "2", "target_type": "regexp", "target_value": "node\d+", "devices": ["d1"], }, { "level": "3", "target_type": "attribute", "target_value": ("fencing", "improved"), "devices": ["d3", "d4"], }, { "level": "4", "target_type": "attribute", "target_value": ("fencing", "improved"), "devices": ["d5"], }, { "level": "3", "target_type": "regexp", "target_value": "node-R.*", "devices": ["dR"], }, { "level": "4", "target_type": "attribute", "target_value": ("fencing", "remote-special"), "devices": ["dR-special"], }])
def test_empty(self): self.assertEqual(lib.export(etree.fromstring("<fencing-topology />")), [])
def test_success(self): self.assertEqual( lib.export(self.get_cib()), [ { "level": "1", "target_type": "node", "target_value": "nodeA", "devices": ["d1", "d2"], }, { "level": "2", "target_type": "node", "target_value": "nodeA", "devices": ["d3"], }, { "level": "1", "target_type": "node", "target_value": "nodeB", "devices": ["d2", "d1"], }, { "level": "2", "target_type": "node", "target_value": "nodeB", "devices": ["d3"], }, { "level": "1", "target_type": "regexp", "target_value": "node\d+", "devices": ["d3", "d4"], }, { "level": "2", "target_type": "regexp", "target_value": "node\d+", "devices": ["d1"], }, { "level": "3", "target_type": "attribute", "target_value": ("fencing", "improved"), "devices": ["d3", "d4"], }, { "level": "4", "target_type": "attribute", "target_value": ("fencing", "improved"), "devices": ["d5"], }, { "level": "3", "target_type": "regexp", "target_value": "node-R.*", "devices": ["dR"], }, { "level": "4", "target_type": "attribute", "target_value": ("fencing", "remote-special"), "devices": ["dR-special"], } ] )
def test_empty(self): self.assertEqual( lib.export(etree.fromstring("<fencing-topology />")), [] )