static void show_message_old(message_t *message)
{
printf("$%lX;%s;%d;%s",
message->id,
message->name,
message->len,
message->sender);
putchar(';');
show_string(message->comment);
putchar(';');
show_string_list(message->transmitter_list);
}
static void show_signal(signal_list_t *sl)
{
printf("%s;" /* signal name */
"%s;" /* mux type */
"%ld;" /* mux value */
"%d;" /* bit start */
"%d;" /* bit len */
"%d;" /* endianess */
"%d;" /* signedness */
"%f;" /* scale */
"%f;" /* offset */
"%f;" /* min */
"%f;" /* max */
"%s;" /* signal val type */
"\"%s\";" /* unit */
,
/* Signal */
sl->signal->name,
decode_mux_type(sl->signal->mux_type),
sl->signal->mux_value,
sl->signal->bit_start,
sl->signal->bit_len,
sl->signal->endianess,
sl->signal->signedness,
sl->signal->scale,
sl->signal->offset,
sl->signal->min,
sl->signal->max,
decode_signal_val_type(sl->signal->signal_val_type),
sl->signal->unit?sl->signal->unit:"");
show_string_list(sl->signal->receiver_list);
putchar(';');
//printf("\"%s\";",sl->signal->comment?sl->signal->comment:"");
if(sl->signal->comment)
{
show_string(sl->signal->comment);
putchar(';');
}
else
{
putchar(';');
}
show_attribute_list(sl->signal->attribute_list);
putchar(';');
show_val_map(sl->signal->val_map);
putchar('\n');
}
static void show_message(message_list_t *ml)
{
printf("$%lX;" /* message id */
"%s;" /* message name */
"%d;" /* message len */
"%s" /* sender */
,
ml->message->id,
ml->message->name,
ml->message->len,
ml->message->sender);
putchar(';');
show_string(ml->message->comment);
putchar(';');
show_attribute_list(ml->message->attribute_list);
putchar(';');
show_string_list(ml->message->transmitter_list);
}
static void show_envvars(envvar_list_t *envvar_list)
{
envvar_list_t *el;
for(el = envvar_list; el != NULL; el = el->next) {
const char *string_from_et[] = {
"INTEGER",
"FLOAT",
"STRING",
"DATA",
};
const char *string_from_at[] = {
"UNRESTRICTED",
"READONLY",
"WRITEONLY",
"READWRITE",
};
printf("\"%s\";%s;%s;%ld;%ld;\"%s\";%ld;%ld;",
el->envvar->name,
string_from_et[(int)el->envvar->envtype],
string_from_at[(int)el->envvar->access],
el->envvar->min,
el->envvar->max,
el->envvar->unit,
el->envvar->initial,
el->envvar->index);
/* print node list */
show_string_list(el->envvar->node_list);
printf(";");
/* print value map */
show_val_map(el->envvar->val_map);
printf("\n");
}
}
