simpleCommunicator.c

Generated using fsm simpleCommunicator.fsm

/**
        simpleCommunicator.c

        This file automatically generated by FSMLang
*/

#include "simpleCommunicator_priv.h"
#include <stddef.h>


#ifndef DBG_PRINTF
#define DBG_PRINTF(...)
#endif

static const SIMPLE_COMMUNICATOR_ACTION_TRANS simpleCommunicator_action_array[THIS(numEvents)][simpleCommunicator_numStates] =
{
    {
        /* -- SEND_MESSAGE -- */

        /* -- IDLE -- */        {UFMN(sendMessage),simpleCommunicator_AWAITING_ACK}
        /* -- AWAITING_ACK -- */        , {UFMN(queueMessage),simpleCommunicator_AWAITING_ACK}
    },
    {
        /* -- ACK -- */

        /* -- IDLE -- */        {UFMN(noAction), simpleCommunicator_IDLE}
        /* -- AWAITING_ACK -- */        , {UFMN(checkQueue),simpleCommunicator_IDLE}
    },
};
SIMPLE_COMMUNICATOR simpleCommunicator = {
    simpleCommunicator_IDLE,
    THIS(SEND_MESSAGE),
    &simpleCommunicator_action_array,
    simpleCommunicatorFSM
};

pSIMPLE_COMMUNICATOR psimpleCommunicator = &simpleCommunicator;

void run_simpleCommunicator(SIMPLE_COMMUNICATOR_EVENT e)
{
    if (psimpleCommunicator)
    {
        psimpleCommunicator->fsm(psimpleCommunicator,e);
    }
}

#ifndef EVENT_IS_NOT_EXCLUDED_FROM_LOG
#define EVENT_IS_NOT_EXCLUDED_FROM_LOG(e) ((e) == (e))
#endif
void simpleCommunicatorFSM(pSIMPLE_COMMUNICATOR pfsm, SIMPLE_COMMUNICATOR_EVENT event)
{
    SIMPLE_COMMUNICATOR_EVENT new_e;
    SIMPLE_COMMUNICATOR_EVENT e = event;
    while (e != THIS(noEvent)) {

#ifdef SIMPLE_COMMUNICATOR_DEBUG
        if (EVENT_IS_NOT_EXCLUDED_FROM_LOG(e))
        {
            DBG_PRINTF("event: %s; state: %s"
                       ,SIMPLE_COMMUNICATOR_EVENT_NAMES[e]
                       ,SIMPLE_COMMUNICATOR_STATE_NAMES[pfsm->state]
                      );
        }
#endif

        /* This is read-only data to facilitate error reporting in action functions */
        pfsm->event = e;

        new_e = ((* (*pfsm->actionArray)[e][pfsm->state].action)(pfsm));

        pfsm->state = (*pfsm->actionArray)[e][pfsm->state].transition;

        e = new_e;

    }

}

SIMPLE_COMMUNICATOR_EVENT __attribute__((weak)) UFMN(sendMessage)(FSM_TYPE_PTR pfsm)
{
    DBG_PRINTF("weak: %s", __func__);
    (void) pfsm;
    return THIS(noEvent);
}

SIMPLE_COMMUNICATOR_EVENT __attribute__((weak)) UFMN(queueMessage)(FSM_TYPE_PTR pfsm)
{
    DBG_PRINTF("weak: %s", __func__);
    (void) pfsm;
    return THIS(noEvent);
}

SIMPLE_COMMUNICATOR_EVENT __attribute__((weak)) UFMN(checkQueue)(FSM_TYPE_PTR pfsm)
{
    DBG_PRINTF("weak: %s", __func__);
    (void) pfsm;
    return THIS(noEvent);
}

SIMPLE_COMMUNICATOR_EVENT __attribute__((weak)) UFMN(noAction)(FSM_TYPE_PTR pfsm)
{
    DBG_PRINTF("weak: %s", __func__);
    (void) pfsm;
    return THIS(noEvent);
}


#ifdef SIMPLE_COMMUNICATOR_DEBUG
char *SIMPLE_COMMUNICATOR_EVENT_NAMES[] = {
    "simpleCommunicator_SEND_MESSAGE"
    ,"simpleCommunicator_ACK"
    , "simpleCommunicator_noEvent"
    , "simpleCommunicator_numEvents"
};

char *SIMPLE_COMMUNICATOR_STATE_NAMES[] = {
    "simpleCommunicator_IDLE"
    ,"simpleCommunicator_AWAITING_ACK"
};

#endif