def test_pause_abort():
ev = asyncio.Event()
def done():
print("Done")
ev.set()
pid = os.getpid()
def sim_kill():
os.kill(pid, signal.SIGINT)
scan = [Msg('checkpoint'), Msg('wait_for', [ev.wait(), ]), ]
assert_equal(RE.state, 'idle')
start = ttime.time()
loop.call_later(1, sim_kill)
loop.call_later(2, done)
RE(scan)
assert_equal(RE.state, 'paused')
mid = ttime.time()
RE.abort()
assert_equal(RE.state, 'idle')
stop = ttime.time()
assert mid - start > 1
assert stop - start < 2
def test_pause_abort():
ev = asyncio.Event()
def done():
print("Done")
ev.set()
pid = os.getpid()
def sim_kill():
os.kill(pid, signal.SIGINT)
scan = [Msg('checkpoint'), Msg('wait_for', [ev.wait(), ]), ]
assert_equal(RE.state, 'idle')
start = ttime.time()
loop.call_later(1, sim_kill)
loop.call_later(2, done)
RE(scan)
assert_equal(RE.state, 'paused')
mid = ttime.time()
RE.abort()
assert_equal(RE.state, 'idle')
stop = ttime.time()
assert mid - start > 1
assert stop - start < 2
def test_pause_from_outside():
assert_equal(RE.state, 'idle')
def local_pause():
RE.request_pause()
loop.call_later(1, local_pause)
RE(checkpoint_forever())
assert_equal(RE.state, 'paused')
# Cue up a second pause requests in 2 seconds.
loop.call_later(2, local_pause)
RE.resume()
assert_equal(RE.state, 'paused')
RE.abort()
assert_equal(RE.state, 'idle')
def test_pause_from_outside():
assert_equal(RE.state, 'idle')
def local_pause():
RE.request_pause()
loop.call_later(1, local_pause)
RE(checkpoint_forever())
assert_equal(RE.state, 'paused')
# Cue up a second pause requests in 2 seconds.
loop.call_later(2, local_pause)
RE.resume()
assert_equal(RE.state, 'paused')
RE.abort()
assert_equal(RE.state, 'idle')
def test_suspend():
ev = asyncio.Event()
test_list = [
Msg('open_run'),
Msg('checkpoint'),
Msg('sleep', None, .2),
Msg('set', motor, 5),
Msg('trigger', det),
Msg('create'),
Msg('read', motor),
Msg('read', det),
Msg('save'),
Msg('close_run'),
]
assert_equal(RE.state, 'idle')
def local_suspend():
RE.request_suspend(ev.wait())
def resume_cb():
ev.set()
out = []
def ev_cb(name, ev):
out.append(ev)
# trigger the suspend right after the check point
loop.call_later(.1, local_suspend)
# wait a second and then resume
loop.call_later(1, resume_cb)
# grab the start time
start = ttime.time()
# run, this will not return until it is done
RE(test_list, subs={'event': ev_cb})
# check to make sure it took long enough
assert out[0]['time'] - start > 1.1
assert_equal(RE.state, 'idle')
def test_suspend():
ev = asyncio.Event()
test_list = [
Msg('open_run'),
Msg('checkpoint'),
Msg('sleep', None, .2),
Msg('set', motor, 5),
Msg('trigger', det),
Msg('create'),
Msg('read', motor),
Msg('read', det),
Msg('save'),
Msg('close_run'),
]
assert_equal(RE.state, 'idle')
def local_suspend():
RE.request_suspend(ev.wait())
def resume_cb():
ev.set()
out = []
def ev_cb(name, ev):
out.append(ev)
# trigger the suspend right after the check point
loop.call_later(.1, local_suspend)
# wait a second and then resume
loop.call_later(1, resume_cb)
# grab the start time
start = ttime.time()
# run, this will not return until it is done
RE(test_list, subs={'event': ev_cb})
# check to make sure it took long enough
assert out[0]['time'] - start > 1.1
assert_equal(RE.state, 'idle')