def test_addPointed(self):
Ids = "idNodeTest"
content= {1:2,"2":3}
new = Requirements.node(Ids,content)
new.addPointed(2)
self.assertEqual(new.Pointed, set([2]))
new.addPointed("test")
self.assertEqual(new.Pointed, set([2,"test"]))
new.addPointed(2)
self.assertEqual(new.Pointed, set([2,"test"]))
def test_string(self):
# make sure the shuffled sequence does not lose any elements
Idname = "idNodeTest"
content= {1:2,"2":3}
new = Requirements.node(Idname,content)
self.assertEqual(new.getDir(), "idNodeTest")
self.assertEqual(new.writeNode(), 'idNodeTest [1="2" 2="3" ];')
new.addParent(2)
self.assertEqual(new.getDir(), "2:idNodeTest")
self.assertEqual(new.writeNode(), "")
def test_new_node(self):
# make sure the shuffled sequence does not lose any elements
Idname = "idNodeTest"
content= {1:2,"2":3}
new = Requirements.node(Idname,content)
self.assertEqual(new.Id, Idname)
self.assertEqual(new.Content, content)
# Pointing and pointed arrays is empty
self.assertEqual(new.Pointing, set([]))
self.assertEqual(new.Pointed, set([]))
def test_Childs(self):
Ids = "idNodeTest"
content= {1:2,"2":3}
new = Requirements.node(Ids,content)
new.addChild(2)
self.assertEqual(new.Childs, set([2]))
new.removeChild("test")
# Remove non existing node shall not do anything
self.assertEqual(new.Childs, set([2]))
new.addChild("test")
new.removeChild(2)
self.assertEqual(new.Childs, set(["test"]))
