def test_error(self, server, url):
ep = EndPoint(url)
self.ep = ep
availables = []
r = Request("", "a")
for i in range(11):
ep.call(r)
availables.append(ep.available)
assert False in availables
gevent.sleep(0.2)
assert ep.available
r = Request("", "sum", 1, 2)
assert ep.call(r).value == 3
def call(self, method, *args):
if self.available:
r = Request(self.service, method, *args)
res = self.ha.call(r, self.lb)
if res.exception:
logger.error(str(res.exception))
raise res.exception
return res.value
raise ClientError("client not available")
def call(self, method: str, *args) -> Any:
if self.available:
r = Request(self.service, method, *args)
res = self.filter.execute(r)
if res.exception:
logger.error(str(res.exception))
raise res.exception
return res.value
raise ClientError("client not available")
def test_endpoint(self, server, url):
ep = EndPoint(url)
self.ep = ep
r = Request("", "sum", 1, 2)
assert ep.call(r).value == 3
def test_br(self, server, lb):
ha = BackupRequestHA(lb.url)
r = Request("", "sum", 1, 2)
assert ha.call(r, lb).value == 3
lb.url.set_param("sum.retries", 5)
assert ha.call(r, lb).value == 3
def test_fail_over(self, server, lb):
ha = FailOverHA(lb.url)
r = Request("", "sum", 1, 2)
assert ha.call(r, lb).value == 3
def function(*args):
req = Request(self._name, method_name, *args[1:], meta=args[0])
res = self._filter.execute(req)
if res.exception:
raise res.exception
return res.value