Data Structures

Here are the data structures with brief descriptions:

CRKH_BASE_T	Maintains the basic information of a state
CRKH_ENPCN_T	Describes the entry point connection
CRKH_EVT_T	Represents events without parameters
CRKH_EXPCN_T	Describes the exit point connection
CRKH_FINAL_T	Describes a final state
CRKH_MEMPOOL_T	Defines the data structure used to memory block pool facility
CRKH_MPI_T	Defines the data structure into which the performance information for memory pools is stored
CRKH_QUEI_T	Defines the data structure into which the performance information for queues is stored
CRKH_QUEUE_T	Defines the data structure used to maintain information about the queue
CRKH_ROM_T	Constant parameters of state machine
CRKH_RSM_T	Describes a (referenced) submachine state machine
CRKH_SBSC_T	Describes a basic state
CRKH_SCHOICE_T	Describes the choice pseudostate
CRKH_SCMP_T	Describes a composite state
CRKH_SCOND_T	Describes the conditional pseudostate
CRKH_SENP_T	Describes the entry point pseudostate
CRKH_SEXP_T	Describes the exit point pseudostate
CRKH_SHIST_T	Describes the history pseudostate
CRKH_SM_T	Describes the state machine
CRKH_SMA_T	Describes the SMA (active object in UML)
CRKH_SMAI_T	Defines the data structure into which the collected performance information for state machine is stored
CRKH_SSBM_T	Describes a submachine state
CRKH_ST_T	Describes the common properties of regular states (basic, composite, and submachine)
CRKH_TINFO_T	Defines the data structure into which the performance information for software timers is stored
CRKH_TMR_T	Defines the data structure used to maintain information that allows the timer-handling facility to update and expire software timers
CRKH_TR_T	Describes the state transition
CRKH_TRC_FIL_T	Represents the filter of signal and active object
CRKHSmaVtbl	Virtual table for the RKH_SMA_T structure