int ProcessMessages(bf_read&msgs)
{
int processed = 0;
while (true)
{
if (msgs.IsOverflowed())
{
return processed;
}
unsigned char type = msgs.ReadUBitLong(NETMSG_TYPE_BITS);
bool handled = HandleMessage(msgs, type);
if (!handled)
{
printf("Unhandled Message: %i\n", type);
return processed;
}
processed++;
if (msgs.GetNumBitsLeft() < NETMSG_TYPE_BITS)
{
return processed;
}
}
return processed;
}
bool CheckJobID( bf_read &buf, int jobID[4] )
{
TimeoutJobIDs();
jobID[0] = buf.ReadLong();
jobID[1] = buf.ReadLong();
jobID[2] = buf.ReadLong();
jobID[3] = buf.ReadLong();
if ( FindJobMemory( jobID ) || buf.IsOverflowed() )
{
return false;
}
return true;
}
//-----------------------------------------------------------------------------
// Purpose: Called when we get a stat update for the local player
//-----------------------------------------------------------------------------
void CTFStatPanel::MsgFunc_PlayerStatsUpdate( bf_read &msg )
{
// get the fixed-size information
int iClass = msg.ReadByte();
int iMsgType = msg.ReadByte();
int iSendBits = msg.ReadLong();
bool bAlive = true;
bool bSpawned = false;
switch ( iMsgType )
{
case STATMSG_RESET:
m_RoundStatsCurrentGame.Reset();
m_RoundStatsLifeStart.Reset();
return;
case STATMSG_PLAYERSPAWN:
case STATMSG_PLAYERRESPAWN:
bSpawned = true;
break;
case STATMSG_PLAYERDEATH:
bAlive = false;
break;
case STATMSG_UPDATE:
break;
default:
Assert( false );
}
Assert( iClass >= TF_FIRST_NORMAL_CLASS && iClass <= TF_LAST_NORMAL_CLASS );
if ( iClass < TF_FIRST_NORMAL_CLASS || iClass > TF_LAST_NORMAL_CLASS )
return;
m_iClassCurrentLife = iClass;
C_TFPlayer *pPlayer = C_TFPlayer::GetLocalTFPlayer();
if ( pPlayer )
{
m_iTeamCurrentLife = pPlayer->GetTeamNumber();
}
// Msg( "Stat update: (msg %d) ", iMsgType );
// the bitfield indicates which stats are contained in the message. Set the stats appropriately.
int iStat = TFSTAT_FIRST;
while ( iSendBits > 0 )
{
if ( iSendBits & 1 )
{
int iVal = msg.ReadLong();
// Msg( "#%d=%d ", iStat, iVal );
m_RoundStatsCurrentGame.m_iStat[iStat] = iVal;
}
iSendBits >>= 1;
iStat++;
}
// Msg( "\n" );
// Calculate stat values for current life. Take current game stats and subtract what the values were at the start of this life
for ( iStat = TFSTAT_FIRST; iStat < TFSTAT_MAX; iStat++ )
{
if ( iStat == TFSTAT_MAXSENTRYKILLS )
{
// max sentry kills is special, it is a max value. Always use absolute value, do not use delta from earlier value.
m_RoundStatsCurrentLife.m_iStat[TFSTAT_MAXSENTRYKILLS] = m_RoundStatsCurrentGame.m_iStat[TFSTAT_MAXSENTRYKILLS];
continue;
}
int iDelta = m_RoundStatsCurrentGame.m_iStat[iStat] - m_RoundStatsLifeStart.m_iStat[iStat];
Assert( iDelta >= 0 );
m_RoundStatsCurrentLife.m_iStat[iStat] = iDelta;
}
if ( iMsgType == STATMSG_PLAYERDEATH || iMsgType == STATMSG_PLAYERRESPAWN )
{
m_RoundStatsCurrentLife.m_iStat[TFSTAT_PLAYTIME] = gpGlobals->curtime - m_flTimeCurrentLifeStart;
}
if ( bSpawned )
{
// if the player just spawned, use current stats as baseline to calculate stats for next life
m_RoundStatsLifeStart = m_RoundStatsCurrentGame;
m_flTimeCurrentLifeStart = gpGlobals->curtime;
}
// sanity check: the message should contain exactly the # of bytes we expect based on the bit field
Assert( !msg.IsOverflowed() );
Assert( 0 == msg.GetNumBytesLeft() );
// if byte count isn't correct, bail out and don't use this data, rather than risk polluting player stats with garbage
if ( msg.IsOverflowed() || ( 0 != msg.GetNumBytesLeft() ) )
return;
UpdateStats( iMsgType );
}