def test_process_parallel(self):
x = yield process_parallel([cb1, cb2, cb3], 'res', 'v1', 'v2')
self.assertEqual(x, ['(cb1 res v1 v2)', '(cb2 res v1 v2)', '(cb3 res v1 v2)'])
def test_process_parallel_failure(self):
d = process_parallel([cb1, cb_fail, cb3], 'res', 'v1', 'v2')
self.failUnlessFailure(d, TypeError)
self.flushLoggedErrors()
return d
def test_process_parallel_failure(self):
d = process_parallel([cb1, cb_fail, cb3], 'res', 'v1', 'v2')
self.failUnlessFailure(d, TypeError)
return d
def test_process_parallel(self):
x = yield process_parallel([cb1, cb2, cb3], 'res', 'v1', 'v2')
self.assertEqual(
x, ['(cb1 res v1 v2)', '(cb2 res v1 v2)', '(cb3 res v1 v2)'])
def _process_parallel(self, methodname: str, obj, *args) -> Deferred:
return process_parallel(self.methods[methodname], obj, *args)
def _process_parallel(self, methodname, obj, *args):
return process_parallel(self.methods[methodname], obj, *args)
def _process_parallel(self, methodname, obj, *args):
return process_parallel(self.methods[methodname], obj, *args)
def test_process_parallel_failure(self):
d = process_parallel([cb1, cb_fail, cb3], "res", "v1", "v2")
self.failUnlessFailure(d, TypeError)
self.flushLoggedErrors()
return d
def test_process_parallel(self):
x = yield process_parallel([cb1, cb2, cb3], "res", "v1", "v2")
self.assertEqual(x, ["(cb1 res v1 v2)", "(cb2 res v1 v2)", "(cb3 res v1 v2)"])
def _process_parallel(self, methodname: str, obj, *args) -> Deferred:
methods = cast(Iterable[Callable], self.methods[methodname])
return process_parallel(methods, obj, *args)
def _process_parallel(self, methodname, obj, *args):
"""
并行处理
"""
# Chen: process_parallel 什么是并行处理， 暂时不看, twisted的资料太少了， 先使用
return process_parallel(self.methods[methodname], obj, *args)
