def setUp(self):
self.test_filename = 'test.js'
self.delete_test_file(self.test_filename)
self.g = Grafatality(self.test_filename)
class BasicTest(unittest.TestCase):
def delete_test_file(self, filename):
f = open(filename, 'w')
f.close()
def cat(self, filename):
f = open(filename)
for line in f.readlines():
print line
f.close
def setUp(self):
self.test_filename = 'test.js'
self.delete_test_file(self.test_filename)
self.g = Grafatality(self.test_filename)
def tearDown(self):
self.delete_test_file('test.js')
self.delete_test_file('other.js')
def test_blow_up(self):
""" it does not blow up on init """
self.assertTrue(self.g.__class__)
def test_adding_a_node(self):
self.g.add_node('zach')
self.assertTrue('zach' in self.g.graph.node)
def test_adding_an_edge_with_explicit_node_creation(self):
self.g.add_node('zach')
self.g.add_node('waterloo')
self.g.add_edge('zach', 'waterloo')
self.assertTrue('waterloo' in self.g.graph['zach'])
def test_adding_an_edge_with_implicit_node_creation(self):
self.g.add_edge('zach', 'toronto')
self.assertTrue('toronto' in self.g.graph['zach'])
def test_adding_a_node_attribute(self):
self.g.add_node('zach', political_leanings='libertarian')
self.assertTrue(self.g.graph.node['zach']['political_leanings'] == 'libertarian')
def test_adding_a_note_attribute_and_reading_it_correctly_in_another_graph(self):
self.g.add_node('zach', political_leanings='libertarian')
other = Grafatality('test.js')
self.assertTrue(other.graph.node['zach']['political_leanings'] == 'libertarian')
def test_adding_a_node_attribute_and_reading_it_correctly_in_another_graph_with_int(self):
self.g.add_node('zach', age=26)
other = Grafatality('test.js')
self.assertTrue(other.graph.node['zach']['age'] == 26)
def test_adding_an_edge_and_loading_it(self):
self.g.add_edge('zach', 'toronto')
other = Grafatality('test.js')
self.assertTrue('toronto' in other.graph['zach'])
def test_adding_an_edge_of_type_int_and_loading_it(self):
self.g.add_edge('zach', 44)
other = Grafatality('test.js')
self.assertTrue(44 in other.graph['zach'])
def test_adding_an_edge_attribute(self):
self.g.add_edge('zach', 'toronto', key='stupid_key', lives_in=True)
self.assertTrue(self.g.graph['zach']['toronto']['stupid_key']['lives_in'])
def test_adding_an_edge_attribute_and_loading_it_again(self):
self.g.add_edge('zach', 'toronto', key='stupid_key', lives_in=True)
other = Grafatality('test.js')
self.assertTrue(other.graph['zach']['toronto']['stupid_key']['lives_in'])
def test_adding_an_edge_attribute_and_loading_it_again_with_int(self):
self.g.add_edge('zach', 'toronto', key='stupid_key', time_of_res=3)
other = Grafatality('test.js')
self.assertTrue(other.graph['zach']['toronto']['stupid_key']['time_of_res'] == 3)
def test_adding_an_edge_attribute_and_loading_it_again_with_float(self):
self.g.add_edge('zach', 'toronto', key='stupid_key', time_of_res=3.5)
other = Grafatality('test.js')
self.assertTrue(other.graph['zach']['toronto']['stupid_key']['time_of_res'] == 3.5)
def test_removal_of_an_edge(self):
pass
def test_removal_of_an_edge_and_loading_it_again(self):
pass
def test_removal_of_a_node(self):
pass
def test_removal_of_a_node_and_loading_it_again(self):
pass
def test_node_typing(self):
self.g.add_node('zach', node_type='person')
self.assertTrue('zach' in self.g.nodes_of_type('person', full=False))
def test_retrival_of_nodes_of_a_certain_type(self):
g = Grafatality('other.js')
g.add_node('zach', node_type='person')
self.assertTrue(('zach', 'person') in g.graph.node)
self.assertTrue(('zach', 'person') in g.nodes_of_type('person'))
def test_edge_typing(self):
self.g.add_edge(('zach', 'person'), ('waterloo', 'university'), key='attended')
self.assertTrue(('waterloo', 'university') in self.g.graph[('zach', 'person')])
self.assertTrue('attended' in self.g.graph[('zach', 'person')][('waterloo', 'university')])
def test_edge_typing_with_file_recall(self):
self.g.add_edge(('zach', 'person'), ('waterloo', 'university'), key='attended')
g = Grafatality('test.js')
self.assertTrue(('waterloo', 'university') in g.graph[('zach', 'person')])
self.assertTrue('attended' in g.graph[('zach', 'person')][('waterloo', 'university')])
def test_edge_typing_with_attributes(self):
self.g.add_edge(('ak47', 'gun'), ('russia','country'), key='origin', painful='yes')
self.assertTrue(('russia', 'country') in self.g.graph[('ak47','gun')])
self.assertTrue('origin' in self.g.graph[('ak47','gun')][('russia','country')])
self.assertTrue('painful' in self.g.graph[('ak47','gun')][('russia','country')]['origin'])
self.assertTrue('yes' == self.g.graph[('ak47','gun')][('russia','country')]['origin']['painful'])
def test_edge_typing_with_attributes_and_file_recal(self):
self.g.add_edge(('ak47', 'gun'), ('russia','country'), key='origin', painful='yes')
g = Grafatality('test.js')
self.assertTrue(('russia', 'country') in g.graph[('ak47','gun')])
self.assertTrue('origin' in g.graph[('ak47','gun')][('russia','country')])
self.assertTrue('painful' in g.graph[('ak47','gun')][('russia','country')]['origin'])
self.assertTrue('yes' == g.graph[('ak47','gun')][('russia','country')]['origin']['painful'])
def test_all_sorts_of_things_for_types_like_int_float_etc(self):
pass
def test_retrival_of_nodes_of_a_certain_type(self):
g = Grafatality('other.js')
g.add_node('zach', node_type='person')
self.assertTrue(('zach', 'person') in g.graph.node)
self.assertTrue(('zach', 'person') in g.nodes_of_type('person'))