def test_unpack_treeset(self):
struct = OOBTree.OOTreeSet()
struct.insert('foo')
struct.insert('bar')
g = NetworkGraph()
flat = g.unpack(struct)
self.assertEqual(flat, ['bar', 'foo'])
def test_get_tags(self):
g = NetworkGraph()
g.tag('user', 'bernard', 'alex', 'leadership', 'change management')
g.tag('content', 'doc1', 'caroline', 'leadership', 'negotiations')
g.tag('content', 'doc1', 'alex', 'negotiations')
tags = g.unpack(g.get_tags('content', 'doc1', 'caroline'))
self.assertEqual(tags, ['leadership', 'negotiations'])
def test_get_tags(self):
g = NetworkGraph()
g.tag('user', 'bernard', 'alex', 'leadership', 'change management')
g.tag('content', 'doc1', 'caroline', 'leadership', 'negotiations')
g.tag('content', 'doc1', 'alex', 'negotiations')
tags = g.unpack(g.get_tags('content', 'doc1', 'caroline'))
self.assertEqual(tags, ['leadership', 'negotiations'])
def test_unpack_treeset(self):
struct = OOBTree.OOTreeSet()
struct.insert('foo')
struct.insert('bar')
g = NetworkGraph()
flat = g.unpack(struct)
self.assertEqual(flat, ['bar', 'foo'])
def test_unpack_btree_treeset(self):
struct = OOBTree.OOBTree()
struct['foo'] = OOBTree.OOTreeSet()
struct['foo'].insert('baz')
struct['foo'].insert('bar')
g = NetworkGraph()
flat = g.unpack(struct)
self.assertEqual(flat, {'foo': ['bar', 'baz']})
def test_unpack_btree_treeset(self):
struct = OOBTree.OOBTree()
struct['foo'] = OOBTree.OOTreeSet()
struct['foo'].insert('baz')
struct['foo'].insert('bar')
g = NetworkGraph()
flat = g.unpack(struct)
self.assertEqual(flat, {'foo': ['bar', 'baz']})
def test_get_taggers_notag(self):
g = NetworkGraph()
g.tag('user', 'bernard', 'alex', 'leadership', 'change management')
g.tag('user', 'caroline', 'alex', 'leadership', 'negotiations')
g.tag('content', 'doc1', 'alex', 'negotiations')
# an extra tag here
g.tag('user', 'bernard', 'caroline', 'negotiations')
taggers = g.unpack(g.get_taggers('user', 'bernard'))
self.assertEqual(taggers,
{'change management': ['alex'],
'leadership': ['alex'],
'negotiations': ['caroline']})
def test_get_taggers_notag(self):
g = NetworkGraph()
g.tag('user', 'bernard', 'alex', 'leadership', 'change management')
g.tag('user', 'caroline', 'alex', 'leadership', 'negotiations')
g.tag('content', 'doc1', 'alex', 'negotiations')
# an extra tag here
g.tag('user', 'bernard', 'caroline', 'negotiations')
taggers = g.unpack(g.get_taggers('user', 'bernard'))
self.assertEqual(
taggers, {
'change management': ['alex'],
'leadership': ['alex'],
'negotiations': ['caroline']
})
