Method: RCSimCinterface.rcsim_add_behavior_events

Defined in:
ext/hruby_sim/hruby_rcsim_build.c

.rcsim_add_behavior_events(behaviorV, eventVs) ⇒ Object

Adds events to a C behavior.



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# File 'ext/hruby_sim/hruby_rcsim_build.c', line 1138

VALUE rcsim_add_behavior_events(VALUE mod, VALUE behaviorV, VALUE eventVs) {
    /* Get the C behavior from the Ruby value. */
    Behavior behavior;
    value_to_rcsim(BehaviorS,behaviorV,behavior);
    // printf("rcsim_add_behavior_events with behavior=%p\n",behavior);
    /* Prepare the size for the events. */
    long num = RARRAY_LEN(eventVs);
    long old_num = behavior->num_events;
    behavior->num_events += num;
    // printf("first behavior->events=%p\n",behavior->events); fflush(stdout);
    behavior->events = realloc(behavior->events,
                               sizeof(Event[behavior->num_events]));
    // behavior->events = (Event*)my_realloc(behavior->events,
    //         sizeof(Event[old_num]), sizeof(Event[behavior->num_events]));
    // printf("now behavior->events=%p\n",behavior->events); fflush(stdout);
    // printf("access test: %p\n",behavior->events[0]); fflush(stdout);
    /* Get and add the events from the Ruby value. */
    for(long i=0; i< num; ++i) {
        Event event;
        // show_access(behavior->events,old_num+i);
        value_to_rcsim(EventS,rb_ary_entry(eventVs,i),event);
        behavior->events[old_num + i] = event;
        /* Update the signal of the event to say it activates the behavior. */
        SignalI sig = event->signal;
        switch(event->edge) {
            case ANYEDGE:
                sig->num_any++;
    // printf("first sig->any=%p\n",sig->any); fflush(stdout);
                sig->any = realloc(sig->any,sizeof(Object[sig->num_any]));
                // sig->any = (Object*)my_realloc(sig->any,
                //     sizeof(Object[sig->num_any-1]),sizeof(Object[sig->num_any]));
    // printf("now sig->any=%p\n",sig->any); fflush(stdout);
    // printf("access test: %p\n",sig->any[0]); fflush(stdout);
        // show_access(sig->any,sig->num_any-1);
                // printf("sig->any=%p\n",sig->any);
                sig->any[sig->num_any-1] = (Object)behavior;
                break;
            case POSEDGE:
                sig->num_pos++;
    // printf("first sig->pos=%p\n",sig->pos); fflush(stdout);
                sig->pos = realloc(sig->pos,sizeof(Object[sig->num_pos]));
                // sig->pos = (Object*)my_realloc(sig->pos,
                //     sizeof(Object[sig->num_pos-1]),sizeof(Object[sig->num_pos]));
    // printf("now sig->pos=%p\n",sig->pos); fflush(stdout);
    // printf("access test: %p\n",sig->pos[0]); fflush(stdout);
        // show_access(sig->pos,sig->num_pos-1);
                // printf("sig->pos=%p\n",sig->pos);
                sig->pos[sig->num_pos-1] = (Object)behavior;
                break;
            case NEGEDGE:
                sig->num_neg++;
    // printf("first sig->neg=%p\n",sig->neg); fflush(stdout);
                sig->neg = realloc(sig->neg,sizeof(Object[sig->num_neg]));
                // sig->neg = (Object*)my_realloc(sig->neg,
                //     sizeof(Object[sig->num_neg-1]),sizeof(Object[sig->num_neg]));
    // printf("now sig->neg=%p\n",sig->neg); fflush(stdout);
    // printf("access test: %p\n",sig->neg[0]); fflush(stdout);
        // show_access(sig->neg,sig->num_neg-1);
                // printf("sig->neg=%p\n",sig->neg);
                sig->neg[sig->num_neg-1] = (Object)behavior;
                break;
            default:
                perror("Invalid value for an edge.");
        }
    }
    return behaviorV;
}