def test_empty_env(self):
g = g_r()
e = env()
g.send_data(e)
g.current_level = e.find_top()
g.sort_current_level()
self.assertEqual(g.current_level, [])
def test_1_person_env(self):
g = g_r()
e = env()
p = per(e.generate_idn('person'), name=['Adam'])
e.addEntry(p.idn, p)
g.send_data(e)
g.current_level = e.find_top()
g.sort_current_level()
self.assertEqual(g.current_level, [p.idn])
def test_2_unrelated_people_env(self):
g = g_r()
e = env()
p1 = per(e.generate_idn('person'), name=['Adam'])
p2 = per(e.generate_idn('person'), name=['Eve'])
e.addEntry(p1.idn, p1)
e.addEntry(p2.idn, p2)
g.send_data(e)
g.current_level = e.find_top()
g.sort_current_level()
possibility1 = g.current_level == [p1.idn, p2.idn]
possibility2 = g.current_level == [p2.idn, p1.idn]
self.assertTrue(possibility1 | possibility2)
def test_2_connected_people_env(self):
g = g_r()
e = env()
p1 = per(e.generate_idn('person'), name=['Adam'])
p2 = per(e.generate_idn('person'), name=['Eve'])
f = fam(e.generate_idn('family'), head=p1.idn, part=p2.idn)
p1.add(f.idn)
p2.add(f.idn)
e.addEntry(p1.idn, p1)
e.addEntry(p2.idn, p2)
e.addEntry(f.idn, f)
g.send_data(e)
g.select_node(p1.idn)
g.current_level = e.find_top()
g.sort_current_level()
self.assertEqual(g.current_level, [p1.idn, p2.idn])
def test_selected_parents_order(self):
g = g_r()
e = env()
p1 = per(e.generate_idn('person'), name=['Adam'])
p2 = per(e.generate_idn('person'), name=['Eve'])
p3 = per(e.generate_idn('person'), name=['Aaron'])
f1 = fam(e.generate_idn('family'), head=p1.idn, part=p2.idn)
f1.add(p3.idn)
p1.add(f1.idn)
p2.add(f1.idn)
p3.addOrigin(f1.idn)
e.addEntry(p1.idn, p1)
e.addEntry(p2.idn, p2)
e.addEntry(p3.idn, p3)
e.addEntry(f1.idn, f1)
g.send_data(e)
g.select_node(p3.idn)
g.current_level = e.find_top()
print(g.current_level)
g.sort_current_level()
self.assertEqual(g.current_level, [p1.idn, p2.idn])
def test_selected_has_siblings_and_partner(self):
print("Hest")
g = g_r()
e = env()
p1 = per(e.generate_idn('person'), name=['Adam'])
p2 = per(e.generate_idn('person'), name=['Eve'])
p3 = per(e.generate_idn('person'), name=['Aaron'])
p4 = per(e.generate_idn('person'), name=['Bob'])
p5 = per(e.generate_idn('person'), name=['Caroline'])
p6 = per(e.generate_idn('person'), name=['Dorothy'])
f1 = fam(e.generate_idn('family'), head=p1.idn, part=p2.idn)
f2 = fam(e.generate_idn('family'), head=p4.idn, part=p6.idn)
f1.add(p3.idn)
f1.add(p4.idn)
f1.add(p5.idn)
p1.add(f1.idn)
p2.add(f1.idn)
p4.add(f2.idn)
p6.add(f2.idn)
p3.addOrigin(f1.idn)
p4.addOrigin(f1.idn)
p5.addOrigin(f1.idn)
e.addEntry(p1.idn, p1)
e.addEntry(p2.idn, p2)
e.addEntry(p3.idn, p3)
e.addEntry(p4.idn, p4)
e.addEntry(p5.idn, p5)
e.addEntry(p6.idn, p6)
e.addEntry(f1.idn, f1)
e.addEntry(f2.idn, f2)
g.send_data(e)
g.select_node(p4.idn)
g.current_level = e.find_top()
g.sort_current_level()
possibility1 = g.current_level == [p3.idn, p5.idn, p4.idn, p6.idn]
possibility2 = g.current_level == [p5.idn, p3.idn, p4.idn, p6.idn]
print(g.current_level)
self.assertTrue(possibility1 or possibility2)