def test_not_enough_calls(self):
# need to drop down a level to bypass expected calls:
r = Registry()
fake = Fake()
call_order = ExpectedCallOrder(fake)
r.remember_expected_call_order(call_order)
exp = ExpectedCall(fake, "callMe", call_order=call_order)
call_order.add_expected_call(exp)
r.verify()
def test_not_enough_calls(self):
# need to drop down a level to bypass expected calls:
r = Registry()
fake = Fake()
call_order = ExpectedCallOrder(fake)
r.remember_expected_call_order(call_order)
exp = ExpectedCall(fake, "callMe", call_order=call_order)
call_order.add_expected_call(exp)
r.verify()
def test_verify_resets_call_order(self):
exp_order = ExpectedCallOrder(self.fake)
exp = ExpectedCall(self.fake, "callMe", call_order=exp_order)
exp_order.add_expected_call(exp)
self.reg.remember_expected_call_order(exp_order)
exp()
eq_(exp_order._actual_calls, [exp])
self.reg.verify()
eq_(exp_order._actual_calls, [], "call order calls were not reset by verify()")
def test_verify_resets_call_order(self):
exp_order = ExpectedCallOrder(self.fake)
exp = ExpectedCall(self.fake, 'callMe', call_order=exp_order)
exp_order.add_expected_call(exp)
self.reg.remember_expected_call_order(exp_order)
exp()
eq_(exp_order._actual_calls, [exp])
self.reg.verify()
eq_(exp_order._actual_calls, [], "call order calls were not reset by verify()")
def test_only_one_call(self):
# need to drop down a level to bypass expected calls:
r = Registry()
fake = Fake()
call_order = ExpectedCallOrder(fake)
r.remember_expected_call_order(call_order)
exp = ExpectedCall(fake, "one", call_order=call_order)
call_order.add_expected_call(exp)
exp() # call this
exp = ExpectedCall(fake, "two", call_order=call_order)
call_order.add_expected_call(exp)
r.verify()
def registry(num):
try:
try:
fudge.clear_calls()
fudge.clear_expectations()
exp_order = ExpectedCallOrder(self.fake)
reg.remember_expected_call_order(exp_order)
eq_(len(reg.get_expected_call_order().keys()), 1)
# registered first time on __init__ :
exp = ExpectedCall(self.fake, 'callMe', call_order=exp_order)
reg.expect_call(exp)
reg.expect_call(exp)
reg.expect_call(exp)
eq_(len(reg.get_expected_calls()), 4)
# actual calls:
exp()
exp()
exp()
exp()
fudge.verify()
fudge.clear_expectations()
except Exception, er:
thread_run.errors.append(er)
raise
finally:
thread_run.waiting -= 1
def test_incremental_order_assertion_ok(self):
# need to drop down a level to bypass expected calls:
fake = Fake()
call_order = ExpectedCallOrder(fake)
exp = ExpectedCall(fake, "one", call_order=call_order)
call_order.add_expected_call(exp)
exp() # call this
exp = ExpectedCall(fake, "two", call_order=call_order)
call_order.add_expected_call(exp)
# two() not called but assertion is not finalized:
call_order.assert_order_met(finalize=False)
def test_global_clear_expectations(self):
exp = ExpectedCall(self.fake, 'callMe')
exp()
eq_(len(self.reg.get_expected_calls()), 1)
exp_order = ExpectedCallOrder(self.fake)
self.reg.remember_expected_call_order(exp_order)
eq_(self.reg.get_expected_call_order().keys(), [self.fake])
fudge.clear_expectations()
eq_(len(self.reg.get_expected_calls()), 0,
"clear_expectations() should reset expectations")
eq_(len(self.reg.get_expected_call_order().keys()), 0,
"clear_expectations() should reset expected call order")
def test_incremental_order_assertion_ok(self):
# need to drop down a level to bypass expected calls:
fake = Fake()
call_order = ExpectedCallOrder(fake)
exp = ExpectedCall(fake, "one", call_order=call_order)
call_order.add_expected_call(exp)
exp() # call this
exp = ExpectedCall(fake, "two", call_order=call_order)
call_order.add_expected_call(exp)
# two() not called but assertion is not finalized:
call_order.assert_order_met(finalize=False)
def test_only_one_call(self):
# need to drop down a level to bypass expected calls:
r = Registry()
fake = Fake()
call_order = ExpectedCallOrder(fake)
r.remember_expected_call_order(call_order)
exp = ExpectedCall(fake, "one", call_order=call_order)
call_order.add_expected_call(exp)
exp() # call this
exp = ExpectedCall(fake, "two", call_order=call_order)
call_order.add_expected_call(exp)
r.verify()
