/*
* TV_Upstream_ParseFrame
*/
static void TV_Upstream_ParseFrame( upstream_t *upstream, msg_t *msg )
{
static snapshot_t snap;
SNAP_SkipFrame( msg, &snap );
if( upstream->demo.recording )
{
if( upstream->demo.waiting && !snap.delta && snap.multipov )
{
upstream->demo.waiting = false; // we can start recording now
upstream->demo.basetime = snap.serverTime;
upstream->demo.localtime = time( NULL );
// clear demo meta data, we'll write some keys later
upstream->demo.meta_data_realsize = SNAP_ClearDemoMeta( upstream->demo.meta_data, sizeof( upstream->demo.meta_data ) );
// write out messages to hold the startup information
SNAP_BeginDemoRecording( upstream->demo.filehandle, 0x10000 + upstream->servercount,
upstream->snapFrameTime, upstream->levelname, upstream->reliable ? SV_BITFLAGS_RELIABLE : 0,
upstream->purelist, upstream->configstrings[0], upstream->baselines );
}
if( !upstream->demo.waiting )
upstream->demo.duration = snap.serverTime - upstream->demo.basetime;
}
upstream->serverTime = snap.serverTime;
upstream->serverFrame = snap.serverFrame;
// getting a valid frame message ends the upstream process
if( upstream->state != CA_ACTIVE )
upstream->state = CA_ACTIVE;
}
/*
* SV_Demo_WriteStartMessages
*/
static void SV_Demo_WriteStartMessages( void )
{
// clear demo meta data, we'll write some keys later
svs.demo.meta_data_realsize = SNAP_ClearDemoMeta( svs.demo.meta_data, sizeof( svs.demo.meta_data ) );
SNAP_BeginDemoRecording( svs.demo.file, svs.spawncount, svc.snapFrameTime, sv.mapname, SV_BITFLAGS_RELIABLE,
svs.purelist, sv.configstrings[0], sv.baselines );
}
/*
* CL_ParseFrame
*/
static void CL_ParseFrame( msg_t *msg )
{
snapshot_t *snap, *oldSnap;
int delta;
oldSnap = ( cl.receivedSnapNum > 0 ) ? &cl.snapShots[cl.receivedSnapNum & UPDATE_MASK] : NULL;
snap = SNAP_ParseFrame( msg, oldSnap, &cl.suppressCount, cl.snapShots, cl_baselines, cl_shownet->integer );
if( snap->valid )
{
cl.receivedSnapNum = snap->serverFrame;
if( cls.demo.recording )
{
if( cls.demo.waiting && !snap->delta )
{
cls.demo.waiting = qfalse; // we can start recording now
cls.demo.basetime = snap->serverTime;
cls.demo.localtime = time( NULL );
// clear demo meta data, we'll write some keys later
cls.demo.meta_data_realsize = SNAP_ClearDemoMeta( cls.demo.meta_data, sizeof( cls.demo.meta_data ) );
// write out messages to hold the startup information
SNAP_BeginDemoRecording( cls.demo.file, 0x10000 + cl.servercount, cl.snapFrameTime,
cl.servermessage, cls.reliable ? SV_BITFLAGS_RELIABLE : 0, cls.purelist,
cl.configstrings[0], cl_baselines );
// the rest of the demo file will be individual frames
}
if( !cls.demo.waiting )
cls.demo.duration = snap->serverTime - cls.demo.basetime;
cls.demo.time = cls.demo.duration;
}
if( cl_debug_timeDelta->integer )
{
if( oldSnap != NULL && ( oldSnap->serverFrame + 1 != snap->serverFrame ) )
Com_Printf( S_COLOR_RED"***** SnapShot lost\n" );
}
// the first snap, fill all the timeDeltas with the same value
// don't let delta add big jumps to the smoothing ( a stable connection produces jumps inside +-3 range)
delta = ( snap->serverTime - cl.snapFrameTime ) - cls.gametime;
if( cl.currentSnapNum <= 0 || delta < cl.newServerTimeDelta - 175 || delta > cl.newServerTimeDelta + 175 )
{
CL_RestartTimeDeltas( delta );
}
else
{
if( cl_debug_timeDelta->integer )
{
if( delta < cl.newServerTimeDelta - (int)cl.snapFrameTime )
Com_Printf( S_COLOR_CYAN"***** timeDelta low clamp\n" );
else if( delta > cl.newServerTimeDelta + (int)cl.snapFrameTime )
Com_Printf( S_COLOR_CYAN"***** timeDelta high clamp\n" );
}
clamp( delta, cl.newServerTimeDelta - (int)cl.snapFrameTime, cl.newServerTimeDelta + (int)cl.snapFrameTime );
cl.serverTimeDeltas[cl.receivedSnapNum & MASK_TIMEDELTAS_BACKUP] = delta;
}
}
}
