int setPower(bus_t bus, int state, char *msg)
{
gettimeofday(&buses[bus].power_change_time, NULL);
buses[bus].power_state = (state == -1) ? 0 : state;
/* buses[bus].power_state = state; */
strcpy(buses[bus].power_msg, msg);
buses[bus].power_changed = (state == -1) ? 0 : 1;
/* buses[bus].power_changed = 1; */
/* Resume thread to transmit power change */
resume_bus_thread(bus);
return SRCP_OK;
}
/* Uebernehme die neuen Angaben fuer die Weiche, einige wenige Pruefungen */
int enqueueGA(bus_t busnumber, int addr, int port, int action,
long int activetime)
{
int result;
struct timeval akt_time;
int number_ga = get_number_ga(busnumber);
if ((addr > 0) && (addr <= number_ga)) {
if (queue_isfull(busnumber)) {
syslog_bus(busnumber, DBG_WARN, "GA Command Queue full");
return SRCP_TEMPORARILYPROHIBITED;
}
result = pthread_mutex_lock(&queue_mutex[busnumber]);
if (result != 0) {
syslog_bus(busnumber, DBG_ERROR,
"pthread_mutex_lock() failed: %s (errno = %d).",
strerror(result), result);
}
queue[busnumber][in[busnumber]].protocol =
ga[busnumber].gastate[addr].protocol;
queue[busnumber][in[busnumber]].type =
ga[busnumber].gastate[addr].type;
queue[busnumber][in[busnumber]].action = action;
queue[busnumber][in[busnumber]].port = port;
queue[busnumber][in[busnumber]].activetime = activetime;
gettimeofday(&akt_time, NULL);
queue[busnumber][in[busnumber]].tv[port] = akt_time;
queue[busnumber][in[busnumber]].id = addr;
in[busnumber]++;
if (in[busnumber] == QUEUELEN)
in[busnumber] = 0;
result = pthread_mutex_unlock(&queue_mutex[busnumber]);
if (result != 0) {
syslog_bus(busnumber, DBG_ERROR,
"pthread_mutex_unlock() failed: %s (errno = %d).",
strerror(result), result);
}
/* Restart thread to send GL command */
resume_bus_thread(busnumber);
}
else {
return SRCP_WRONGVALUE;
}
return SRCP_OK;
}
