def loadEvents(self):
for event in self.events:
events.replaceParams(event, self.cliParams)
e = NetEvent()
e.target = str(event["target"])
# variations are handed directly and use the same syntax as the TCLink option
e.variations = event['variations']
if hasTCLinkProperties(e.variations):
self.setOption('link', TCLink)
expectedTimeFormat = "(\d+)ms"
# parse durations
if event.has_key("repeat") and event["repeat"] != "none":
rm = re.match(expectedTimeFormat, event['repeat'])
if rm is not None:
e.repeat = float(rm.group(1)) / 1000.0
if event.has_key("duration"):
rm = re.match(expectedTimeFormat, event["duration"])
if rm is not None:
e.duration = float(rm.group(1)) / 1000.0
if e.repeat is not None and e.duration > e.repeat:
raise RuntimeError("Duration of the event is greater that the repeat time")
if event.has_key('nrepeat'):
e.nrepeat = int(event['nrepeat'])
# register event for scheduling
EventsManager.sheduleEvent(e)
def loadEvents(self):
for event in self.events:
events.replaceParams(event, self.cliParams)
e = NetEvent()
e.target = str(event["target"])
# variations are handed directly and use the same syntax as the TCLink option
e.variations = event['variations']
if hasTCLinkProperties(e.variations):
self.setOption('link', TCLink)
expectedTimeFormat = "(\d+)ms"
# parse durations
if event.has_key("repeat") and event["repeat"] != "none":
rm = re.match(expectedTimeFormat, event['repeat'])
if rm is not None:
e.repeat = float(rm.group(1)) / 1000.0
if event.has_key("duration"):
rm = re.match(expectedTimeFormat, event["duration"])
if rm is not None:
e.duration = float(rm.group(1)) / 1000.0
if e.repeat is not None and e.duration > e.repeat:
raise RuntimeError(
"Duration of the event is greater that the repeat time"
)
if event.has_key('nrepeat'):
e.nrepeat = int(event['nrepeat'])
# register event for scheduling
EventsManager.sheduleEvent(e)
