def slow_fct():
print "slow_fct"
f1 = Future()
def done():
print "done"
f1.set_result(3)
reactor.call_later(0.1, done)
return f1
def update_progress():
global p
r.set_progress(p)
p += 5
if p < 100:
reactor.call_later(0.01, update_progress)
else:
reactor.stop()
def slow_fct():
print "slow_fct"
f1 = Future()
def done():
print "done"
f1.set_result(3)
reactor.call_later(0.1, done)
return f1
def test_inline_callbacks_exception1(self):
reactor.reset()
def print_result(result=None, error=None):
assert error
print "error", error[0]
f = asynch_fct4()
f.set_callback(print_result)
reactor.call_later(1, reactor.stop)
reactor.run()
print "stop"
assert f.completed
def test_inline_callbacks(self):
reactor.reset()
def print_result(result=None, error=None):
print "result", result
assert result == 18
f = asynch_fct2()
f.set_callback(print_result)
reactor.call_later(0.6, reactor.stop)
reactor.run()
print "stop"
assert f.completed
def test_cpu_bound(self):
def print_result(result=None, error=None):
print "result", result
assert result == 2499997500000
f1 = asynch_fct1("a")
f2 = asynch_fct1("b")
f1.set_callback(print_result)
f2.set_callback(print_result)
print "start"
reactor.call_later(3, reactor.stop)
reactor.run()
print "stop"
def test_inline_callbacks_exception1(self):
reactor.reset()
def print_result(result=None, error=None):
assert error
print "error", error[0]
f = asynch_fct4()
f.set_callback(print_result)
reactor.call_later(1, reactor.stop)
reactor.run()
print "stop"
assert f.completed
def test_inline_callbacks(self):
reactor.reset()
def print_result(result=None, error=None):
print "result", result
assert result == 18
f = asynch_fct2()
f.set_callback(print_result)
reactor.call_later(0.6, reactor.stop)
reactor.run()
print "stop"
assert f.completed
def schedule_republish_transactions(self):
seconds = random.randint(5 * 60, 30 * 60)
reactor.call_later(seconds, self.republish_transactions)
def schedule_republish_transactions(self):
seconds = random.randint(5 * 60, 30 * 60)
reactor.call_later(seconds, self.republish_transactions)