def set_timeout(self, seconds):
"""
Operation timeout, see http://msdn.microsoft.com/en-us/library/ee916629(v=PROT.13).aspx
@param int seconds: the number of seconds to set the timeout to. It will be converted to an ISO8601 format.
"""
# in original library there is an alias - op_timeout method
return duration_isoformat(timedelta(seconds))
def set_timeout(self, seconds):
"""
Operation timeout, see http://msdn.microsoft.com/en-us/library/ee916629(v=PROT.13).aspx
@param int seconds: the number of seconds to set the timeout to. It will be converted to an ISO8601 format.
"""
# in original library there is an alias - op_timeout method
return duration_isoformat(timedelta(seconds))
def build_event_signal(site_event):
event_start = site_event.dr_event.start
event_end = site_event.dr_event.end
event_duration = event_end - event_start
seconds = event_duration.seconds
# datetime.timedelta only has a seconds property, so pass in seconds to duration
duration = isoduration.Duration(seconds=seconds)
iso_duration = isoduration.duration_isoformat(
duration) # duration in iso format
duration = oadr_20b.DurationPropType(duration=iso_duration)
dtstart = oadr_20b.dtstart(date_time=event_start)
properties = oadr_20b.properties(dtstart=dtstart, duration=duration)
report_interval = [
oadr_20b.WsCalendarIntervalType(properties=properties)
]
interval = [oadr_20b.IntervalType(dtstart=dtstart, duration=duration)]
intervals = oadr_20b.intervals(interval=interval)
return [
oadr_20b.eiEventSignalType(intervals=intervals,
signalName='simple',
signalType='level')
]
def __str__(self):
ret = ""
if self.repeat:
ret += "R%d/" % self.repeat
if self.start and self.end:
ret += "%s/%s" % (datetime_isoformat(
self.start), datetime_isoformat(self.end))
elif self.start and self.duration:
ret += "%s/%s" % (datetime_isoformat(
self.start), duration_isoformat(self.duration))
elif self.duration and self.end:
ret += "%s/%s" % (duration_isoformat(
self.duration), datetime_isoformat(self.end))
else:
raise ISO8601Error(
"Could not produce a valid ISO8601 interval string")
return ret
def seconds_to_isoduration(secs):
#================================
"""
Convert a duration to an ISO 8601 representation.
:param secs: The duration in seconds.
:type secs: float
:return: A string representation of the duration formatted as ISO 8601.
"""
return isoduration.duration_isoformat(
timedelta(seconds=int(secs),
microseconds=int(1000000 * (float(secs) - int(secs))))
) if secs != 0.0 else "PT0S" ## More meaningful than "P0D"
def seconds_to_isoduration(secs):
# ================================
"""
Convert a duration to an ISO 8601 representation.
:param secs: The duration in seconds.
:type secs: float
:return: A string representation of the duration formatted as ISO 8601.
"""
return (
isoduration.duration_isoformat(
timedelta(seconds=int(secs), microseconds=int(1000000 * (float(secs) - int(secs))))
)
if secs != 0.0
else "PT0S"
) ## More meaningful than "P0D"
def build_event_signal(site_event):
event_start = site_event.dr_event.start
event_end = site_event.dr_event.end
event_duration = event_end - event_start
seconds = event_duration.seconds
# datetime.timedelta only has a seconds property, so pass in seconds to duration
duration = isoduration.Duration(seconds=seconds)
iso_duration = isoduration.duration_isoformat(duration) # duration in iso format
duration = oadr_20b.DurationPropType(duration=iso_duration)
dtstart = oadr_20b.dtstart(date_time=event_start)
properties = oadr_20b.properties(dtstart=dtstart, duration=duration)
report_interval = [oadr_20b.WsCalendarIntervalType(properties=properties)]
interval = [oadr_20b.IntervalType(dtstart=dtstart, duration=duration)]
intervals = oadr_20b.intervals(interval=interval)
return [oadr_20b.eiEventSignalType(intervals=intervals, signalName='simple',
signalType='level')]
def build_active_period_properties(site_event):
# Calculate duration
event_start = site_event.dr_event.start
event_end = site_event.dr_event.end
event_duration = event_end - event_start
seconds = event_duration.seconds
# datetime.timedelta only has a seconds property, so pass in seconds to duration
duration = isoduration.Duration(seconds=seconds)
iso_duration = isoduration.duration_isoformat(duration) # duration in iso format
duration = oadr_20b.DurationPropType(duration=iso_duration)
x_ei_notification = oadr_20b.DurationPropType(duration=iso_duration)
dtstart = oadr_20b.dtstart(date_time=event_start)
properties = oadr_20b.properties(dtstart=dtstart,
duration=duration,
x_eiNotification=x_ei_notification,
x_eiRampUp=None, x_eiRecovery=None)
return properties
def build_active_period_properties(site_event):
# Calculate duration
event_start = site_event.dr_event.start
event_end = site_event.dr_event.end
event_duration = event_end - event_start
seconds = event_duration.seconds
# datetime.timedelta only has a seconds property, so pass in seconds to duration
duration = isoduration.Duration(seconds=seconds)
iso_duration = isoduration.duration_isoformat(
duration) # duration in iso format
duration = oadr_20b.DurationPropType(duration=iso_duration)
x_ei_notification = oadr_20b.DurationPropType(duration=iso_duration)
dtstart = oadr_20b.dtstart(date_time=event_start)
properties = oadr_20b.properties(dtstart=dtstart,
duration=duration,
x_eiNotification=x_ei_notification,
x_eiRampUp=None,
x_eiRecovery=None)
return properties
def convert_iso8601_timeout(self, timeout):
#convert timeout to ISO8601 format
return duration_isoformat(timedelta(int(timeout)))
def convert_iso8601_timeout(self, timeout):
# convert timeout to ISO8601 format
return duration_isoformat(timedelta(int(timeout)))
