def time():
if current_coordinates is None:
return _time_machine.original_time()
else:
return current_coordinates.destination_timestamp + (
_time_machine.original_time() -
current_coordinates.real_start_timestamp)
def time(self):
if not self._tick:
return self.destination_timestamp
if not self.requested:
self.requested = True
self.real_start_timestamp = _time_machine.original_time()
return self.destination_timestamp
return self.destination_timestamp + (_time_machine.original_time() -
self.real_start_timestamp)
def gmtime(secs=None):
if current_coordinates is None or secs is not None:
return _time_machine.original_gmtime(secs)
else:
return _time_machine.original_gmtime(
current_coordinates.destination_timestamp +
(_time_machine.original_time() -
current_coordinates.real_start_timestamp))
def start(self):
global current_coordinates
if current_coordinates is not None:
raise RuntimeError("Cannot time travel whilst already travelling.")
_time_machine.patch()
current_coordinates = Coordinates(
destination_timestamp=self.destination_timestamp,
real_start_timestamp=_time_machine.original_time(),
)
def time():
if not coordinates_stack:
return _time_machine.original_time()
return coordinates_stack[-1].time()
def _time_ns(self):
return _time_machine.original_time() * NANOSECONDS_PER_SECOND