static bool
CheckPrimaryConnection(void)
{
int connection_retries;
/*
* Check if the master is still available
* if after NUM_RETRY * SLEEP_RETRY seconds of retries
* we cannot reconnect
* return false
*/
for (connection_retries = 0; connection_retries < NUM_RETRY; connection_retries++)
{
if (!is_pgup(primaryConn))
{
log_warning(_("%s: Connection to master has been lost, trying to recover... %i seconds before failover decision\n"), progname, (SLEEP_RETRY*(NUM_RETRY-connection_retries)));
/* wait SLEEP_RETRY seconds between retries */
sleep(SLEEP_RETRY);
}
else
{
log_info(_("%s: Connection to master has been restored.\n"), progname);
break;
}
}
if (!is_pgup(primaryConn))
{
log_err(_("%s: We couldn't reconnect for long enough, exiting...\n"), progname);
/* XXX Anything else to do here? */
return false;
}
return true;
}
static bool
check_connection(PGconn *conn, const char *type)
{
int connection_retries;
/*
* Check if the master is still available if after
* local_options.reconnect_attempts * local_options.reconnect_intvl
* seconds of retries we cannot reconnect return false
*/
for (connection_retries = 0; connection_retries < local_options.reconnect_attempts; connection_retries++)
{
if (!is_pgup(conn, local_options.master_response_timeout))
{
log_warning(_("%s: Connection to %s has been lost, trying to recover... %i seconds before failover decision\n"),
progname,
type,
(local_options.reconnect_intvl * (local_options.reconnect_attempts - connection_retries)));
/* wait local_options.reconnect_intvl seconds between retries */
sleep(local_options.reconnect_intvl);
}
else
{
if (connection_retries > 0)
{
log_info(_("%s: Connection to %s has been restored.\n"),
progname, type);
}
return true;
}
}
if (!is_pgup(conn, local_options.master_response_timeout))
{
log_err(_("%s: We couldn't reconnect for long enough, exiting...\n"),
progname);
/* XXX Anything else to do here? */
return false;
}
return true;
}
