def test_deltas_iter(self):
ev_dt = EventTimeDeltas()
dts = list(ev_dt.deltas_iter(0,10,1))
self.assertEquals(10, len(dts))
expected = (0, [[120], [240], [360], [480], [600], [720]])
self.assertEquals(expected, dts[0])
ev_dt = EventTimeDeltas("faulty_flasher")
dts = list(ev_dt.deltas_iter(0,4,2))
self.assertEquals(2, len(dts))
expected = (7, [[120], [240], [360, 480, 600], [], [], []])
self.assertEquals(expected, dts[1])
def test_deltas_iter(self):
ev_dt = EventTimeDeltas()
dts = list(ev_dt.deltas_iter(0, 10, 1))
self.assertEquals(10, len(dts))
expected = (0, [[120], [240], [360], [480], [600], [720]])
self.assertEquals(expected, dts[0])
ev_dt = EventTimeDeltas("faulty_flasher")
dts = list(ev_dt.deltas_iter(0, 4, 2))
self.assertEquals(2, len(dts))
expected = (7, [[120], [240], [360, 480, 600], [], [], []])
self.assertEquals(expected, dts[1])
def get_timedeltas(request, start, stop, step, device_group):
"""
Providing the time deltas for all the steps in a testrun
associated with a testrun_id.
The order of the testrun_ids are chronological
(or reverse chrono for a -1 step)
@type start: C{int}
@param start: The start index of the iteration
@type stop: C{int}
@param stop: The stop index of the iteration
@type step: C{int}
@param step: The step of the iteration
@type device_group: C{str}
@param device_group: The name of the device group
None returns all device groups
@rtype: A C{list} of [C{tuple} of (C{str},
[C{list} of
[C{list} of C{float}]])]
@return: A tuple of the testrun_id and the time deltas
for all the steps in the testrun
"""
ev_dt = EventTimeDeltas(device_group)
return list(ev_dt.deltas_iter(start, stop, step))
def get_timedeltas(request, start, stop, step, device_group):
"""
Providing the time deltas for all the steps in a testrun
associated with a testrun_id.
The order of the testrun_ids are chronological
(or reverse chrono for a -1 step)
@type start: C{int}
@param start: The start index of the iteration
@type stop: C{int}
@param stop: The stop index of the iteration
@type step: C{int}
@param step: The step of the iteration
@type device_group: C{str}
@param device_group: The name of the device group
None returns all device groups
@rtype: A C{list} of [C{tuple} of (C{str},
[C{list} of
[C{list} of C{float}]])]
@return: A tuple of the testrun_id and the time deltas
for all the steps in the testrun
"""
ev_dt = EventTimeDeltas(device_group)
return list(ev_dt.deltas_iter(start, stop, step))
