BOOL GetICCStatusDO(USHORT Ctn, UCHAR ucSlot, USHORT *lr, UCHAR *rsp)
{
*lr = 0;
if(ucSlot)
{
if(GetSlotState(Ctn, ucSlot, &rsp[2]) )
{
rsp[0] = 0x80;
rsp[1] = 0x01;
rsp[3] = 0x90;
rsp[4] = 0x00;
*lr=5;
}
}
else
{
if(GetSlotState(Ctn, 1, &rsp[2]) &&
GetSlotState(Ctn, 2, &rsp[3]) )
{
rsp[0] = 0x80;
rsp[1] = 0x02;
rsp[4] = 0x90;
rsp[5] = 0x00;
*lr=6;
}
}
return (*lr>0);
}
void CVehicleManager::FlagForRespawn(EntityId vehicleID)
{
if(GetSlotState(vehicleID)) {
m_pVehicles[vehicleID]->SetWasted(TRUE);
m_iRespawnDelay[vehicleID] = 150;
}
}
void EvictAssetsAsNecessary(assets_s* assets)
{
Assert(assets->memoryNeeded < assets->dyMemoryBlock.stack.size)
uint64_t memoryEvicted = 0;
cell_s* cellToCheck = assets->assetUseQueue.head;
while(memoryEvicted < assets->memoryNeeded)
{
assetData_s* leastRecentlyUsedAsset = (assetData_s*) cellToCheck->data; //(assetData_s*) Pop(&assets->assetUseQueue);
assetState_e state = GetSlotState(leastRecentlyUsedAsset);
cell_s* nextCell;
if(state == assetState_loaded && !IsLocked(leastRecentlyUsedAsset))
{
memoryEvicted += EvictAsset(assets, leastRecentlyUsedAsset);
nextCell = cellToCheck->next;
RemoveCell(&assets->assetUseQueue, cellToCheck);
}
else
{
nextCell = cellToCheck->next;
}
cellToCheck = nextCell;
}
assets->memoryNeeded = 0;
}
BOOL CVehiclePool::Delete(BYTE byteVehicleID)
{
if(!GetSlotState(byteVehicleID) || !m_pVehicles[byteVehicleID]) {
return FALSE;
}
m_bVehicleSlotState[byteVehicleID] = FALSE;
delete m_pVehicles[byteVehicleID];
m_pVehicles[byteVehicleID] = NULL;
return TRUE;
}
BOOL CPickupPool::Delete(BYTE bytePickupID)
{
if(!GetSlotState(bytePickupID) || !m_pPickups[bytePickupID])
{
return FALSE;
}
m_bPickupSlotState[bytePickupID] = FALSE;
delete m_pPickups[bytePickupID];
m_pPickups[bytePickupID] = NULL;
return TRUE;
}
BOOL CPedPool::Delete(BYTE bytePedID)
{
if(!GetSlotState(bytePedID) || !m_pPeds[bytePedID])
{
return FALSE;
}
m_bPedSlotState[bytePedID] = FALSE;
delete m_pPeds[bytePedID];
m_pPeds[bytePedID] = NULL;
return TRUE;
}
BOOL CVehicleManager::Delete(EntityId vehicleID)
{
if(!GetSlotState(vehicleID) || !m_pVehicles[vehicleID])
{
return FALSE;
}
m_bVehicleSlotState[vehicleID] = FALSE;
delete m_pVehicles[vehicleID];
m_pVehicles[vehicleID] = NULL;
pScripts->onVehicleDestroy(vehicleID);
return TRUE;
}
BOOL CVehiclePool::Delete(VEHICLEID VehicleID)
{
if(!GetSlotState(VehicleID) || !m_pVehicles[VehicleID])
{
return FALSE; // Vehicle already deleted or not used.
}
m_bVehicleSlotState[VehicleID] = FALSE;
delete m_pVehicles[VehicleID];
m_pVehicles[VehicleID] = NULL;
m_pGTAVehicles[VehicleID] = 0;
return TRUE;
}
void CVehiclePool::AssignSpecialParamsToVehicle(VEHICLEID VehicleID, BYTE byteObjective, BYTE byteDoorsLocked)
{
if(!GetSlotState(VehicleID)) return;
CVehicle *pVehicle = m_pVehicles[VehicleID];
if(pVehicle && m_bIsActive[VehicleID]) {
if (byteObjective)
{
pVehicle->m_byteObjectiveVehicle = 1;
pVehicle->m_bSpecialMarkerEnabled = false;
}
pVehicle->SetDoorState(byteDoorsLocked);
}
}
BOOL CPlayerPool::Delete(BYTE bytePlayerID, BYTE byteReason)
{
if(!GetSlotState(bytePlayerID) || !m_pPlayers[bytePlayerID]) {
return FALSE;
}
m_bPlayerSlotState[bytePlayerID] = FALSE;
delete m_pPlayers[bytePlayerID];
m_pPlayers[bytePlayerID] = NULL;
if(pChatWindow) {
pChatWindow->AddInfoMessage("*** %s left the server. (%s)",
m_szPlayerNames[bytePlayerID],szQuitReasons[byteReason]);
}
return TRUE;
}
int CVehiclePool::FindNearestToLocalPlayerPed()
{
float fLeastDistance=10000.0f;
float fThisDistance;
VEHICLEID ClosestSoFar=INVALID_VEHICLE_ID;
VEHICLEID x=0;
while(x < MAX_VEHICLES) {
if(GetSlotState(x) && m_bIsActive[x]) {
fThisDistance = m_pVehicles[x]->GetDistanceFromLocalPlayerPed();
if(fThisDistance < fLeastDistance) {
fLeastDistance = fThisDistance;
ClosestSoFar = x;
}
}
x++;
}
return ClosestSoFar;
}
uint64_t EvictAsset(assets_s* assets, assetData_s* assetSlot)
{
Assert(GetSlotState(assetSlot) == assetState_loaded);
uint64_t memoryEvicted;
void* start;
uint32_t memorySize;
{
assetSlotType_e type = GetSlotType(assetSlot);
switch(type)
{
case(assetSlotType_bitmap):
{
start = assetSlot->bitmap.memory;
break;
}
case(assetSlotType_sound):
{
start = assetSlot->sound.samples[0];
break;
}
default:
{
memoryEvicted = 0;
return memoryEvicted;
}
}
memorySize = assetSlot->memorySize;
ContractMemory(&assets->dyMemoryBlock.stack, start, memorySize);
SetSlotState(assetSlot, assetState_unloaded);
}
memoryEvicted = memorySize;
for(cell_s* cell = assets->assetUseQueue.head; cell != NULL; cell = cell->next)
{
assetData_s* slotToMove = (assetData_s*) cell->data;
assetSlotType_e type = GetSlotType(slotToMove);
uint8_t* memory;
switch(type)
{
case(assetSlotType_bitmap):
{
memory = (uint8_t*) slotToMove->bitmap.memory;
break;
}
case(assetSlotType_sound):
{
memory = (uint8_t*) slotToMove->sound.samples[0];
break;
}
default:
{
memory = NULL;
break;
}
}
if(memory > start)
{
memory = memory - memorySize;
}
}
ShiftBlocksBack(&assets->dyMemoryBlock, (uint8_t*) start, memorySize);
return memoryEvicted;
}
CVehicle* CVehiclePool::GetVehicle( _VehicleID vehicleID )
{
if( GetSlotState( vehicleID ) == false ) return (CVehicle*)0;
return this->vehicles[ vehicleID ];
}
void CVehiclePool::Process()
{
BYTE x=0;
CVehicle *pVehicle;
DWORD dwThisTime = GetTickCount();
while(x != MAX_VEHICLES)
{
if(GetSlotState(x) == TRUE) { // It's inuse.
pVehicle = m_pVehicles[x];
if(m_bIsActive[x]) {
if(pVehicle->GetHealth() == 0.0f) { // It's dead
SetForRespawn(x);
}
else if(pVehicle->HasExceededWorldBoundries(
pNetGame->m_WorldBounds[0],pNetGame->m_WorldBounds[1],
pNetGame->m_WorldBounds[2],pNetGame->m_WorldBounds[3]))
{
if(pVehicle->IsOkToRespawn()) {
SetForRespawn(x);
}
}
else if(pVehicle->GetVehicleSubtype() != VEHICLE_SUBTYPE_BOAT &&
pVehicle->GetVehicleSubtype() != VEHICLE_SUBTYPE_PLANE &&
pVehicle->HasSunk()) // Not boat and has sunk.
{
SetForRespawn(x);
}
else
{
if(pVehicle->IsDriverLocalPlayer()) {
pVehicle->SetInvulnerable(FALSE);
} else {
pVehicle->SetInvulnerable(TRUE);
}
// Lock vehicles beyond given radius.
if(pVehicle->GetDistanceFromLocalPlayerPed() > 300.0f) {
pVehicle->SetLockedState(1);
} else {
pVehicle->SetLockedState(0);
}
if(pVehicle->GetVehicleSubtype() == VEHICLE_SUBTYPE_BIKE) {
pVehicle->VerifyControlState();
}
// code to respawn vehicle after it has been idle for 4 minutes
pVehicle->UpdateLastDrivenTime();
if(pVehicle->m_bHasBeenDriven) {
if((dwThisTime - pVehicle->m_dwTimeSinceLastDriven) > 250000) {
SetForRespawn(x);
}
}
}
}
else // !m_bIsActive
{
if(m_iRespawnDelay[x] != 0) {
m_iRespawnDelay[x]--;
}
else {
if(pVehicle->IsOkToRespawn()) {
Spawn(x,m_SpawnInfo[x].byteVehicleType,&m_SpawnInfo[x].vecPos,
m_SpawnInfo[x].fRotation,m_SpawnInfo[x].iColor1,m_SpawnInfo[x].iColor2);
}
}
}
}
x++;
}
}
void CVehiclePool::Process()
{
// Process all vehicles in the vehicle pool.
CVehicle *pVehicle;
DWORD dwThisTime = GetTickCount();
CPlayerPool* pPlayerPool = pNetGame->GetPlayerPool();
CLocalPlayer* pLocalPlayer = pPlayerPool->GetLocalPlayer();
int iLocalPlayersInRange = 0;
if (pLocalPlayer)
iLocalPlayersInRange = pLocalPlayer->DetermineNumberOfPlayersInLocalRange();
ProcessWaitingList();
for(VEHICLEID x = 0; x != MAX_VEHICLES; x++)
{
if(GetSlotState(x) == TRUE)
{
// It's in use.
pVehicle = m_pVehicles[x];
if(m_bIsActive[x])
{
if(pVehicle->IsDriverLocalPlayer()) {
pVehicle->SetInvulnerable(FALSE);
} else {
pVehicle->SetInvulnerable(TRUE);
}
if (pVehicle->GetHealth() == 0.0f) // || pVehicle->IsWrecked()) // It's dead
{
if (pLocalPlayer->m_LastVehicle == x) // Notify server of death
{
NotifyVehicleDeath(x);
}
continue;
}
if( pVehicle->GetVehicleSubtype() != VEHICLE_SUBTYPE_BOAT &&
pVehicle->HasSunk() ) // Not boat and has sunk.
{
if (pLocalPlayer->m_LastVehicle == x) {
NotifyVehicleDeath(x);
}
continue;
}
// Active and in world.
pLocalPlayer->ProcessUndrivenSync(x, pVehicle, iLocalPlayersInRange); // sync unoccupied vehicle if needed
/* This has an impact on undriven passenger sync. check for driver instead
// Kye: This the source of the audio bug?
if(!pVehicle->IsOccupied()) {
pVehicle->SetEngineState(FALSE);
} else {
pVehicle->SetEngineState(TRUE);
}*/
// Update the actual ingame pointer if it's not the same as the one we have listed.
if(pVehicle->m_pVehicle != m_pGTAVehicles[x]) {
m_pGTAVehicles[x] = pVehicle->m_pVehicle;
}
pVehicle->ProcessMarkers();
}
}
}
}