def testChainedGoodCallbacks(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc3.resultCallback(True, 'good')
assert self.goods == [(True, 'good')] * 3
assert self.fails == []
def testChainedFailCallbacks(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc3.resultCallback(False, 'oops')
assert self.goods == []
assert self.fails == [(False, 'oops')] * 3
def testChainedGoodCallbacks(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc3.resultCallback(True, 'good')
self.assertEqual(self.goods, [(True, 'good')] * 3)
self.assertEqual(self.fails, [])
def testChainedFailCallbacksDoNotDuplicateOnGood(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc2.resultCallback(False, 'bad')
assert self.goods == []
assert self.fails == [(False, 'bad'), (False, 'bad')]
rc3.resultCallback(True, 'yippee')
assert self.goods == [(True, 'yippee')]
assert self.fails == [(False, 'bad'), (False, 'bad')]
def testChainedGoodCallbacksDoNotDuplicate(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc2.resultCallback(True, 'ok')
assert self.goods == [(True, 'ok'), (True, 'ok')]
assert self.fails == []
rc3.resultCallback(True, 'good')
assert self.goods == [(True, 'ok'), (True, 'ok'), (True, 'good')]
assert self.fails == []
def testChainedGoodCallbacksDoNotDuplicateOnFail(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc2 = ResultCallback(self._good, self._fail, rc)
rc3 = ResultCallback(self._good, self._fail, rc2)
rc2.resultCallback(True, 'ok')
self.assertEqual(self.goods, [(True, 'ok'), (True, 'ok')])
self.assertEqual(self.fails, [])
rc3.resultCallback(False, 'bad')
self.assertEqual(self.goods, [(True, 'ok'), (True, 'ok')])
self.assertEqual(self.fails, [(False, 'bad')])
def testFailCallback(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc.resultCallback(False, 9)
assert self.goods == []
assert self.fails == [(False, 9)]
def testGoodCallback(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc.resultCallback(True, 5)
assert self.goods == [(True, 5)]
assert self.fails == []
def testFailCallback(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc.resultCallback(False, 9)
self.assertEqual(self.goods, [])
self.assertEqual(self.fails, [(False, 9)])
def testGoodCallback(self):
self.goods = []
self.fails = []
rc = ResultCallback(self._good, self._fail)
rc.resultCallback(True, 5)
self.assertEqual(self.goods, [(True, 5)])
self.assertEqual(self.fails, [])
def testManyGoodAndFailCallbacks(self):
self.goods = []
self.fails = []
rc = [ResultCallback(self._good, self._fail) for N in range(20)]
for num, each in enumerate(rc):
each.resultCallback(0 == num % 3, num)
assert self.goods == [(True, N) for N in range(20) if N % 3 == 0]
assert self.fails == [(False, N) for N in range(20) if N % 3]
def testManyFailCallbacks(self):
self.goods = []
self.fails = []
rc = [ResultCallback(self._good, self._fail) for N in range(20)]
for num, each in enumerate(rc):
each.resultCallback(False, num)
assert self.goods == []
assert self.fails == [(False, N) for N in range(20)]
def testManyGoodCallbacks(self):
self.goods = []
self.fails = []
rc = [ResultCallback(self._good, self._fail) for N in range(20)]
for num, each in enumerate(rc):
each.resultCallback(True, num)
self.assertEqual(self.goods, [(True, N) for N in range(20)])
self.assertEqual(self.fails, [])
