def test_timeCheck(self):
#self.resetEngine()
pengine = self.pengine
atom = self.atom
pengine.window_size = 10000
# case 1: t0 < t1
pengine.t_0 = 0
pengine.t_1 = 10000
assert pengine.timeCheck(atom) == 0, 'a_time = t0'
atom.last_timestamp = int((pengine.t_0 + pengine.t_1) / 2)
assert pengine.timeCheck(atom) == 0, 't0 < a_time < t1'
atom.last_timestamp = int(pengine.t_1)
assert pengine.timeCheck(atom) == 0, 'a_time = t1'
atom.last_timestamp = int(pengine.t_1 + 10)
assert pengine.timeCheck(atom) == 1, 'a_time > t1'
# case 2: t1 < t0 (wrap around)
pengine.t_0 = 99235959
pengine.t_1 = p_engine.timeIncrement(pengine.t_0)
atom.last_timestamp = int(pengine.t_0)
assert pengine.timeCheck(atom) == 0, 'a_time = t0'
atom.last_timestamp = int(pengine.t_1 - 10)
assert pengine.timeCheck(atom) == 0, 'a_time < t0 < t1'
atom.last_timestamp = int(pengine.t_1)
assert pengine.timeCheck(atom) == 0, 'a_time = t1'
atom.last_timestamp = int(pengine.t_1 + 10)
assert pengine.timeCheck(atom) == 1, 't1 < a_time < t0'
def test_timeIncrement(self):
for h in range(0,230000,10000):
for m in range(0,5900,100):
for s in range(0,59):
if h == 230000 and mmss == 0:
assert p_engine.timeIncrement(h+m+s) == 240000, "230000 bumped"
elif h == 240000 and mmss == 0:
assert p_engine.timeIncrement(h+m+s) == 0, "day bumped"
elif h == 230000:
assert p_engine.timeIncrement(h+m+s) == m+s, "day bumped"
else:
assert p_engine.timeIncrement(h+m+s) == h+10000+m+s, "hour bumped"
assert p_engine.timeIncrement(10000) == 20000, 'hours place'
assert p_engine.timeIncrement(10412) == 20412, 'with mmss != 0'
assert p_engine.timeIncrement(230000) == 240000, 'wrap around'
assert p_engine.timeIncrement(230576) == 576, 'wrap around w/ mmss'