int generateHoldCards()
{
int card;
card = Randomizer(); //Here I should implement the check whether the cards are dealt !,
//if they are dealt I should call Randomizer again!
printf("%d\n", (abs((card%52+1))));
/*
* All the cards since this will only play hold 'em I only need to give 2 cards!
* Okay this might be quite ineffecient since I will still need to check whether that
* particular card have been selected once already.
* | Spades | Hearts | Clubs | Diamond
* | 2 = 1 | 2 =14 | 2 =27 | 2 =40
* | 3 = 2 | 3 =15 | 3 =28 | 3 =41
* | 4 = 3 | 4 =16 | 4 =29 | 4 =42
* | 5 = 4 | 5 =17 | 5 =30 | 5 =43
* | 6 = 5 | 6 =18 | 6 =31 | 6 =44
* | 7 = 6 | 7 =19 | 7 =32 | 7 =45
* | 8 = 7 | 8 =20 | 8 =33 | 8 =46
* | 9 = 8 | 9 =21 | 9 =34 | 9 =47
* | 10= 9 | 10=22 | 10=35 | 10=48
* | J =10 | J =23 | J =36 | J =49
* | Q =11 | Q =24 | Q =37 | Q =50
* | K =12 | K =25 | K =38 | K =51
* | A =13 | A =26 | A =39 | A =52
* |___________________________________
*/
return 0;
}
void OutdoorPvPBT::HandleKill(Player * player, Unit * killed)
{
uint32 take = POINTS_LOSE_ON_NPC_KILL;
if(killed->GetTypeId() == TYPEID_PLAYER) // Killing players will take their resources away. It also gives extra honor.
{
if(player->GetGUID() != killed->GetGUID())
return;
switch(killed->ToPlayer()->GetTeam())
{
case ALLIANCE:
m_ally_gathered -= take;
Randomizer(player);
break;
case HORDE:
m_horde_gathered -= take;
Randomizer(player);
break;
}
}
else // If is something besides a player
{
if(player->GetTeam() == ALLIANCE)
{
switch(killed->GetEntry()) // Alliance killing horde guards
{
case WARSONG_BATTLEGUARD:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_BATTLEGUARD_2: // 2?
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_CAPTAIN:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_CARAVAN_GUARD:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_HONOR_GUARD:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_MARKSMAN:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_RECRUITMENT_OFFICER:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_SCOUT:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case WARSONG_WIND_RIDER:
m_horde_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
}
}
else // Horde
{
switch(killed->GetEntry()) // Horde killing alliance guards
{
case VALIANCE_KEEP_CANNONEER:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_DEFENDER:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_FISHERMAN:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_FOOTMAN: // Wrong?
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_FOOTMAN_2: // 2?
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_OFFICER:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_RIFLEMAN:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case VALIANCE_KEEP_WORKER:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
case DURDAN_THUNDERBEAK:
m_ally_gathered -= take;
Randomizer(player); // Randomizes the honor reward
break;
}
}
}
}
int AJ_Main_nvramtest()
{
AJ_Status status = AJ_OK;
static uint16_t oRand = 0;
while (status == AJ_OK) {
AJ_AlwaysPrintf(("AJ Initialize\n"));
AJ_Initialize();
#ifdef OBS_ONLY
AJ_RandBytes(&oRand, sizeof(oRand));
AJ_InfoPrintf(("BEGIN OBSWRITE TEST\n"));
status = testObsWrite();
if (oRand % 2 == 0) {
AJ_InfoPrintf(("CALLING REBOOT WITHOUT REWRITING TO 0"));
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
AJ_Reboot();
}
AJ_InfoPrintf(("REWRITE OBS TO 0 AND READ TEST\n"));
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
status = TestNvramDelete();
AJ_Reboot();
#endif
AJ_NVRAM_Clear();
AJ_AlwaysPrintf(("TEST LOCAL AND REMOTE CREDS\n"));
status = TestCreds();
AJ_ASSERT(status == AJ_OK);
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
AJ_AlwaysPrintf(("AJ_Main 2\n"));
status = TestNVRAM();
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
#ifdef RAND_DATA
Randomizer();
#endif
AJ_InfoPrintf(("\nBEGIN GUID EXIST TEST\n"));
status = TestExist();
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
AJ_InfoPrintf(("\nBEGIN OBSWRITE TEST\n"));
status = TestObsWrite();
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
AJ_InfoPrintf(("\nOBSWRITE STATUS %u, BEGIN WRITE TEST\n", status));
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
status = TestNvramWrite();
AJ_InfoPrintf(("\nWRITE STATUS %u, BEGIN READ TEST\n", status));
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
status = TestNvramRead();
AJ_InfoPrintf(("\nREAD STATUS %u, BEGIN DELETE TEST\n", status));
#ifdef READABLE_LOG
AJ_Sleep(1500);
#endif
status = TestNvramDelete();
AJ_InfoPrintf(("\nDONE\n"));
AJ_AlwaysPrintf(("AJ_Main 3\n"));
AJ_ASSERT(status == AJ_OK);
AJ_InfoPrintf(("\nDELETE STATUS %u, NVRAMTEST RUN %u TIMES\n", status, count++));
#ifdef READABLE_LOG
AJ_Sleep(3000);
#endif
status = TestECCCreds();
AJ_InfoPrintf(("\nECC STATUS %u, NVRAMTEST RUN %u TIMES\n", status, count++));
AJ_ASSERT(status == AJ_OK);
}
return 0;
}
