def testDifferentGraph(self):
expectedGraph, expectedNodeMap = self.createUngroupedGraph2()
badGraph, badNodeMap = self.createUngroupedGraph1()
try:
GraphModule.assertGraphAutomorphism(expectedGraph, badGraph,
lambda x: x.nodes()[0])
raise ErrorModule.InvalidValueError("expected to fail")
except AssertionError:
pass
return
def _testGroupNodes(self):
actualGraph, actualNodeMap = self.createUngroupedGraph1()
expectedGraph, expectedNodeMap = self.createGroupedGraph1()
nodesToGroup = []
for id in [4,5,6,7,8]:
node = actualNodeMap[id]
nodesToGroup.append(node)
logging.debug("appended node %s for id %s" % (node.id(), id))
group = actualGraph.groupNodes(nodesToGroup)
group.id(11)
GraphModule.assertGraphAutomorphism(expectedGraph, actualGraph,
lambda x: x.nodes()[-1])
pass
def _testUngroupNode(self):
expectedGraph, expectedNodeMap = self.createUngroupedGraph2()
actualGraph, actualNodeMap = self.createGroupedGraph1()
badGraph, badNodeMap = self.createUngroupedGraph1()
actualGraph.ungroupNode(actualNodeMap[11])
logging.debug("testUngroupNode expectedNodes >> %s" % expectedGraph.nodes())
logging.debug("testUngroupNode actualNodes >> %s" % actualGraph.nodes())
logging.debug("testUngroupNode expectedEdges >> %s" % expectedGraph.edges())
logging.debug("testUngroupNode actualNodes >> %s" % actualGraph.edges())
GraphModule.assertGraphAutomorphism(expectedGraph, actualGraph,
lambda x: x.nodes()[0])
pass
