def test_add(self):
ps= self.get_citys()
for p in ps:
if p['id']<100:
print p['name'],p['id']
r,v=add(p['name'])
cs = self.get_citys(p['id'])
for c in cs:
print '**',c['name']
rr,vv = add(c['name'],v['_id'],1)
xs = self.get_citys(c['id'])
for x in xs:
print '****',x['name']
rrr,vvv = add(x['name'],vv['_id'],2)
def test_add(self):
ps = self.get_citys()
for p in ps:
if p['id'] < 100:
print p['name'], p['id']
r, v = add(p['name'])
cs = self.get_citys(p['id'])
for c in cs:
print '**', c['name']
rr, vv = add(c['name'], v['_id'], 1)
xs = self.get_citys(c['id'])
for x in xs:
print '****', x['name']
rrr, vvv = add(x['name'], vv['_id'], 2)
def test_add_failure2(self):
ret,entity = add(None)
self.assertFalse(ret,msg='the city name should not be none')
def test_add_failure1(self):
ret,entity = add(name=self.city_name,parent=self.parent_name)
self.assertFalse(ret,msg='the city has already exist')
def test_add_accuracy1(self):
ret, entity = add(name=self.city_name,parent=self.parent_name)
self.assertTrue(ret, msg='the add city must be successful')
self.assertIsNotNone(entity,msg='the city entity should not be null')
self.__class__.entity_id = entity['_id']
