costimerevent_timereventservice(3erl) [linux man page]

CosTimerEvent_TimerEventService(3erl)			     Erlang Module Definition			     CosTimerEvent_TimerEventService(3erl)

NAME

       CosTimerEvent_TimerEventService - This module implements the OMG CosTimerEvent::TimerEventService interface.

DESCRIPTION

       To get access to the record definitions for the structures use:
       -include_lib("cosTime/include/*.hrl").

EXPORTS

       register(TimerEventService, CosEventCommPushConsumer, Data) -> TimerEventHandler

	      Types  TimerEventService = CosEventCommPushConsumer = TimerEventHandler = #objref
		     Data = #any

	      This  operation  will  create  a new TimerEventHandler object which will push given Data to given CosEventCommPushConsumer after the
	      timer have been set.

       unregister(TimerEventService, TimerEventHandler) -> ok

	      Types  TimerEventService = TimerEventHandler = #objref

	      This operation will terminate the given TimerEventHandler.

       event_time(TimerEventService, TimerEvent) -> UTO

	      Types  TimerEventService = #objref
		     TimerEvent = #'CosTimerEvent_TimerEvent'{utc, event_data}
		     utc =
		     event_data = #any}
		     UTO = #objref

	      This operation returns a UTO containing the time at which the associated event was triggered.

Ericsson AB							  cosTime 1.1.10			     CosTimerEvent_TimerEventService(3erl)

CosTime_UTO(3erl)					     Erlang Module Definition						 CosTime_UTO(3erl)

NAME

       CosTime_UTO - This module implements the OMG CosTime::UTO interface.

DESCRIPTION

       To get access to the record definitions for the structures use:
       -include_lib("cosTime/include/*.hrl").

EXPORTS

       '_get_time'(UTO) -> ulonglong()

	      Types  UTO = #objref

	      This operation returns the time associated with the target object.

       '_get_inaccuracy'(UTO) -> ulonglong()

	      Types  UTO = #objref

	      This operation returns the inaccuracy associated with the target object.

       '_get_tdf'(UTO) -> short()

	      Types  UTO = #objref

	      This operation returns the time displacement factor associated with the target object.

       '_get_utc_time'(UTO) -> UtcT

	      Types  UTO = #objref
		     Utc = #'TimeBase_UtcT'{time, inacclo, inacchi, tdf}
		     time = ulonglong()
		     inacclo = ulong()
		     inacchi = ushort()
		     tdf = short()

	      This operation returns the data associated with the target object in Utc form.

       absolute_time(UTO) -> OtherUTO

	      Types  UTO = OtherUTO = #objref

	      This  operation  create a new UTO object representing the time in the target object added to current time (UTC). The time base is 15
	      october 1582 00:00 . Comparing two time objects which use different time base is, by obvious reasons, pointless. Raises DATA_CONVER-
	      SION if causes an overflow. This operation is only useful if the target object represents a relative time.

       compare_time(UTO, ComparisonType, OtherUTO) -> Reply

	      Types  UTO = OtherUTO = #objref
		     ComparisonType = 'IntervalC' | 'MidC'
		     Reply = 'TCEqualTo' | 'TCLessThan' | 'TCGreaterThan' | 'TCIndeterminate'

	      This operation compares the time associated with the target object and the given UTO object. The different ComparisonType are:

		* 'MidC'  - only compare the time represented by each object. Furthermore, the target object is always used as the first parameter
		  in the comparison, i.e., if the target object's time is larger 'TCGreaterThan' will be returned.

		* 'IntervalC' - also takes the inaccuracy into consideration, i.e., if the two	objects  interval  overlaps  'TCIndeterminate'	is
		  returned, otherwise the as for 'MidC'.

       time_to_interval(UTO, OtherUTO) -> TIO

	      Types  UTO = OtherUTO = TIO = #objref

	      This operation returns a TIO representing the interval between the target object and the given UTO midpoint times. The inaccuracy in
	      the objects are not taken into consideration.

       interval(UTO) -> TIO

	      Types  UTO = TIO = #objref

	      This operation creates a TIO object representing the error interval around the time value represented by the  target  object,  i.e.,
	      TIO.upper_bound = UTO.time+UTO.inaccuracy and TIO.lower_bound = UTO.time-UTO.inaccuracy .

Ericsson AB							  cosTime 1.1.10						 CosTime_UTO(3erl)