OSErr
FlushCatalog(ExtendedVCB *volume)
{
FCB * fcb;
OSErr result;
fcb = GetFileControlBlock(volume->catalogRefNum);
result = BTFlushPath(fcb);
if (result == noErr)
{
//--- check if catalog's fcb is dirty...
if ( 0 /*fcb->fcbFlags & fcbModifiedMask*/ )
{
HFS_MOUNT_LOCK(volume, TRUE);
MarkVCBDirty(volume); // Mark the VCB dirty
volume->vcbLsMod = GetTimeUTC(); // update last modified date
HFS_MOUNT_UNLOCK(volume, TRUE);
// result = FlushVolumeControlBlock(volume);
}
}
return result;
}
void MTime::GetLocalTime(MCONTACT hContact)
{
TIME_ZONE_INFORMATION tzi;
GetTimeUTC();
if (!GetContactTimeZoneInformation(hContact, (LPARAM)&tzi)) {
UTCToTzSpecificLocal(&tzi);
}
}
PosixTimeInfo::PosixTimeInfo()
: m_resolution(ComputeResolution())
# ifdef MONOTONIC_TIMER
, m_started(RunTimeMSNow() - 1000)
# else
, m_quantum(POSIX_CREDIBLE_TIME_QUANTUM) // may be a non-trivial expression ...
, m_last_ms(GetTimeUTC()) // can't call RunTimeMSNow until this has been initialized !
, m_started(m_last_ms - 1000) // nominal start time 1s earlier
# endif // MONOTONIC_TIMER
, m_last_tick(0)
{
#ifdef POSIX_CREDIBLE_TIME_QUANTUM
// Assumed in RunTimeMSNow():
OP_ASSERT(POSIX_CREDIBLE_TIME_QUANTUM > 0);
#endif // POSIX_CREDIBLE_TIME_QUANTUM
}
uint64_t GetTimeUs()
{
uint64_t t = GetTimeUTC( );
return t;
}