static void timerHandler (void *parm)
{
uint64_t msOffset = radTimeGetMSSinceEpoch ();
int64_t netOffset;
// ... allow for timer latency
if (sshWork.msOffset == 0ULL)
{
// first time through
sshWork.msOffset = msOffset;
netOffset = 0LL;
}
else
{
netOffset = msOffset - sshWork.msOffset;
}
sshWork.msOffset += 60000ULL; // ALWAYS 1 minute
radProcessTimerStart (sshWork.timer, (uint32_t)(60000LL - netOffset));
// ... process the ssh rules
sshUtilsSendFiles (sshWork.sshId, sshWork.wviewdir);
return;
}
static void timerHandler (void *parm)
{
uint64_t msOffset = radTimeGetMSSinceEpoch ();
int64_t netOffset;
uint64_t xoffset;
// ... allow for timer latency
if (sshWork.msOffset == 0ULL)
{
// first time through
sshWork.msOffset = msOffset;
netOffset = 0LL;
}
else
{
netOffset = msOffset - sshWork.msOffset;
}
sshWork.msOffset += 60000ULL; // ALWAYS 1 minute
xoffset = sshWork.msOffset;
// Cope with long scheduling delays or with the time being changed
int32_t timerWait = (int32_t)(60000LL - netOffset);
if ((timerWait <= 0) || (timerWait > 120000))
{
radMsgLog (PRI_HIGH, "wviewsshd: unusual wait %d; fixing it up", timerWait);
// Keep the offset into the minute to keep updates aligned with the original alignment.
uint64_t baseNow = (msOffset / 60000ULL) * 60000ULL;
netOffset = 60000ULL;
sshWork.msOffset = baseNow + netOffset + (sshWork.msOffset % 60000ULL);
radMsgLog (PRI_HIGH, "wviewsshd: fixed offset is %llu", sshWork.msOffset);
}
radProcessTimerStart (sshWork.timer, (uint32_t)(60000LL - netOffset));
// ... process the ssh rules
sshUtilsSendFiles (sshWork.sshId, sshWork.wviewdir);
return;
}
