void free_channel(struct channel *chan_ptr) {
free_stages(chan_ptr->first_stage);
strncpy(chan_ptr->staname,"",STALEN);
strncpy(chan_ptr->network,"",NETLEN);
strncpy(chan_ptr->locid,"",LOCIDLEN);
strncpy(chan_ptr->chaname,"",CHALEN);
strncpy(chan_ptr->beg_t,"",DATIMLEN);
strncpy(chan_ptr->end_t,"",DATIMLEN);
strncpy(chan_ptr->first_units,"",MAXLINELEN);
strncpy(chan_ptr->last_units,"",MAXLINELEN);
}
void free_stages(struct stage *stage_ptr) {
struct blkt *this_blkt, *next_blkt;
if(stage_ptr != (struct stage *)NULL) {
free_stages(stage_ptr->next_stage);
this_blkt = stage_ptr->first_blkt;
while(this_blkt != (struct blkt *)NULL) {
next_blkt = this_blkt->next_blkt;
switch (this_blkt->type) {
case LAPLACE_PZ:
case ANALOG_PZ:
case IIR_PZ:
free_pz(this_blkt);
break;
case FIR_SYM_1:
case FIR_SYM_2:
case FIR_ASYM:
free_fir(this_blkt);
break;
case FIR_COEFFS:
free_coeff(this_blkt);
break;
case LIST:
free_list(this_blkt);
break;
case GENERIC:
free_generic(this_blkt);
break;
case DECIMATION:
free_deci(this_blkt);
break;
case GAIN:
free_gain(this_blkt);
break;
case REFERENCE:
free_ref(this_blkt);
break;
default:
break;
}
this_blkt = next_blkt;
}
free(stage_ptr);
}
}
/*---------------------------------------------------------------------------------------------
* (function: endSimulation)
*-------------------------------------------------------------------------------------------*/
void OdinInterface::endSimulation(){
free_pin_name_list(hold_high);
free_pin_name_list(hold_low);
hold_high_index->destroy_free_items(hold_high_index);
hold_low_index ->destroy_free_items(hold_low_index);
fflush(out);
fprintf(modelsim_out, "run %d\n", num_vectors*100);
printf("\n");
free_stages(stgs);
free_lines(output_lines);
free_lines(input_lines);
fclose(modelsim_out);
fclose(in_out);
if (input_vector_file)
fclose(in);
fclose(out);
}
