uint32 PoolGroup<T>::RollOne(void)
{
if (!ExplicitlyChanced.empty()) // First explicitly chanced entries are checked
{
float roll = rand_chance();
for (uint32 i=0; i<ExplicitlyChanced.size(); ++i)
{
roll -= ExplicitlyChanced[i].chance;
if (roll < 0)
return ExplicitlyChanced[i].guid;
}
}
if (!EqualChanced.empty())
return EqualChanced[irand(0, EqualChanced.size()-1)].guid;
return 0; // None found
}
uint32 GetExplicitDiscoverySpell(uint32 spellId, Player* player)
{
// explicit discovery spell chances (always success if case exist)
// in this case we have both skill and spell
SkillDiscoveryMap::const_iterator tab = SkillDiscoveryStore.find(int32(spellId));
if (tab == SkillDiscoveryStore.end())
return 0;
SkillLineAbilityMapBounds bounds = sSpellMgr->GetSkillLineAbilityMapBounds(spellId);
uint32 skillvalue = bounds.first != bounds.second ? player->GetSkillValue(bounds.first->second->skillId) : uint32(0);
float full_chance = 0;
for (SkillDiscoveryList::const_iterator item_iter = tab->second.begin(); item_iter != tab->second.end(); ++item_iter)
if (item_iter->reqSkillValue <= skillvalue)
if (!player->HasSpell(item_iter->spellId))
full_chance += item_iter->chance;
float rate = full_chance / 100.0f;
float roll = (float)rand_chance() * rate; // roll now in range 0..full_chance
for (SkillDiscoveryList::const_iterator item_iter = tab->second.begin(); item_iter != tab->second.end(); ++item_iter)
{
if (item_iter->reqSkillValue > skillvalue)
continue;
if (player->HasSpell(item_iter->spellId))
continue;
if (item_iter->chance > roll)
{
// Update skill, not Book of Glyph Mastery
if (spellId != 64323)
player->UpdateGatherSkill(SKILL_INSCRIPTION, player->GetPureSkillValue(SKILL_INSCRIPTION), item_iter->reqSkillValue);
return item_iter->spellId;
}
roll -= item_iter->chance;
}
return 0;
}
uint32 GetItemEnchantMod(uint32 entry)
{
if (!entry) {
return 0;
}
EnchantmentStore::const_iterator tab = RandomItemEnch.find(entry);
if (tab == RandomItemEnch.end())
{
sLog.outErrorDb("Item RandomProperty id #%u used in `item_template` but it doesn't have records in `item_enchantment_template` table.", entry);
return 0;
}
double dRoll = rand_chance();
float fCount = 0;
for (EnchStoreList::const_iterator ench_iter = tab->second.begin(); ench_iter != tab->second.end(); ++ench_iter)
{
fCount += ench_iter->chance;
if (fCount > dRoll) {
return ench_iter->ench;
}
}
// we could get here only if sum of all enchantment chances is lower than 100%
dRoll = (irand(0, (int)floor(fCount * 100) + 1)) / 100;
fCount = 0;
for (EnchStoreList::const_iterator ench_iter = tab->second.begin(); ench_iter != tab->second.end(); ++ench_iter)
{
fCount += ench_iter->chance;
if (fCount > dRoll) {
return ench_iter->ench;
}
}
return 0;
}
void WorldSession::HandleGMResponseResolve(WorldPacket& /*recvPacket*/)
{
// empty packet
if (GmTicket* ticket = sTicketMgr->GetTicketByPlayer(GetPlayer()->GetGUID()))
{
uint8 getSurvey = 0;
if (float(rand_chance()) < sWorld->getFloatConfig(CONFIG_CHANCE_OF_GM_SURVEY))
getSurvey = 1;
WorldPacket data(SMSG_GM_RESPONSE_STATUS_UPDATE, 4);
data << uint8(getSurvey);
SendPacket(&data);
WorldPacket data2(SMSG_GM_TICKET_DELETE_TICKET, 4);
data2 << uint32(GMTICKET_RESPONSE_TICKET_DELETED);
SendPacket(&data2);
sTicketMgr->CloseTicket(ticket->GetId(), GetPlayer()->GetGUID());
sTicketMgr->SendTicket(this, NULL);
}
}
uint32 GetItemEnchantMod(int32 entry, uint32 type)
{
if (!entry)
return 0;
if (entry == -1)
return 0;
EnchantmentStore::const_iterator tab = type == ENCHANTMENT_RANDOM_PROPERTY ? RandomPropertyItemEnch.find(entry) : RandomSuffixItemEnch.find(entry) ;
if (tab == (type == ENCHANTMENT_RANDOM_PROPERTY ? RandomPropertyItemEnch.end() : RandomSuffixItemEnch.end()))
{
sLog->outError(LOG_FILTER_SQL, "Item RandomProperty / RandomSuffix id #%u used in `item_template` but it does not have records in `item_enchantment_template` table.", entry);
return 0;
}
double dRoll = rand_chance();
float fCount = 0;
for (EnchStoreList::const_iterator ench_iter = tab->second.begin(); ench_iter != tab->second.end(); ++ench_iter)
{
fCount += ench_iter->chance;
if (fCount > dRoll)
return ench_iter->ench;
}
//we could get here only if sum of all enchantment chances is lower than 100%
dRoll = (irand(0, (int)floor(fCount * 100) + 1)) / 100;
fCount = 0;
for (EnchStoreList::const_iterator ench_iter = tab->second.begin(); ench_iter != tab->second.end(); ++ench_iter)
{
fCount += ench_iter->chance;
if (fCount > dRoll)
return ench_iter->ench;
}
return 0;
}
void WorldSession::HandleGMResponseResolve(WorldPacket& /*recvPacket*/)
{
// empty packet
GM_Ticket* ticket = sTicketMgr->GetGMTicketByPlayer(GetPlayer()->GetGUID());
if (ticket)
{
uint8 getSurvey = 0;
if ((float)rand_chance() < sWorld->getFloatConfig(CONFIG_CHANCE_OF_GM_SURVEY))
getSurvey = 1;
WorldPacket data(SMSG_GMRESPONSE_STATUS_UPDATE, 4);
data << uint8(getSurvey);
SendPacket(&data);
WorldPacket data2(SMSG_GMTICKET_DELETETICKET, 4);
data2 << uint32(GMTICKET_RESPONSE_TICKET_DELETED);
SendPacket(&data2);
sTicketMgr->RemoveGMTicket(ticket, GetPlayer()->GetGUID(), true);
SendGMTicketGetTicket(GMTICKET_STATUS_DEFAULT, NULL);
}
}
uint32 GetExplicitDiscoverySpell(uint32 spellId, Player* player)
{
// explicit discovery spell chances (always success if case exist)
// in this case we have both skill and spell
SkillDiscoveryMap::const_iterator tab = SkillDiscoveryStore.find(spellId);
if (tab == SkillDiscoveryStore.end())
return 0;
SkillLineAbilityMap::const_iterator lower = spellmgr.GetBeginSkillLineAbilityMap(spellId);
SkillLineAbilityMap::const_iterator upper = spellmgr.GetEndSkillLineAbilityMap(spellId);
uint32 skillvalue = lower != upper ? player->GetSkillValue(lower->second->skillId) : 0;
float full_chance = 0;
for(SkillDiscoveryList::const_iterator item_iter = tab->second.begin(); item_iter != tab->second.end(); ++item_iter)
if (item_iter->reqSkillValue <= skillvalue)
if (!player->HasSpell(item_iter->spellId))
full_chance += item_iter->chance;
float rate = full_chance / 100.0f;
float roll = rand_chance() * rate; // roll now in range 0..full_chance
for(SkillDiscoveryList::const_iterator item_iter = tab->second.begin(); item_iter != tab->second.end(); ++item_iter)
{
if (item_iter->reqSkillValue > skillvalue)
continue;
if (player->HasSpell(item_iter->spellId))
continue;
if (item_iter->chance > roll)
return item_iter->spellId;
roll -= item_iter->chance;
}
return 0;
}
void WardenMgr::SendCheatCheck(WorldSession* const session)
{
sLog->outStaticDebug("Wardend::BuildCheatCheck(%u, *pkt)", session->GetAccountId());
std::string md5 = session->m_WardenModule;
if (!session->m_WardenClientChecks)
{
session->m_WardenClientChecks = new WardenClientCheckList;
}
// Type cast and get a shorter name
WardenClientCheckList* checkList = (WardenClientCheckList*)session->m_WardenClientChecks;
checkList->clear();
// Get the Seed 1st byte for the xoring
uint8 m_seed1 = session->m_wardenSeed[0];
sLog->outStaticDebug("Seed byte: 0x%02X, end byte: 0x%02X", m_seed1, m_WardenModuleMap[md5][WARD_CHECK_END]);
WorldPacket data( SMSG_WARDEN_DATA, 300 ); // Guess size
data << uint8(WARDS_CHEAT_CHECK);
// Rand a number of checks between 4 and 8 checks + the first time check + end packet
uint8 nbChecks = urand(4, 8);
checkList->resize(nbChecks);
for (uint8 i=0; i<nbChecks; ++i)
{
// We select one based on the ratio
float mRand = (float)rand_chance();
if (mRand < WCHECK_PAGE2_RATIO) // size 29, no string both page1 and page2 tests
{
(*checkList)[i].check = urand(0, 1) ? WARD_CHECK_PAGE1 : WARD_CHECK_PAGE2;
(*checkList)[i].page = GetRandPageCheck();
}
else if (mRand < WCHECK_MEMORY_RATIO) // size 6, possible string
{
(*checkList)[i].check = WARD_CHECK_MEMORY;
(*checkList)[i].mem = GetRandMemCheck();
if ((*checkList)[i].mem->String.length()) // add 1 for the uint8 str length
{
data << uint8((*checkList)[i].mem->String.length());
data.append((*checkList)[i].mem->String.c_str(), (*checkList)[i].mem->String.length());
sLog->outStaticDebug("Mem str %s, len %u", (*checkList)[i].mem->String.c_str(), (*checkList)[i].mem->String.length());
}
}
else if (mRand < WCHECK_DRIVER_RATIO)
{
(*checkList)[i].check = WARD_CHECK_DRIVER; // size 25 + string
(*checkList)[i].driver = GetRandDriverCheck();
data << uint8((*checkList)[i].driver->String.length());
data.append((*checkList)[i].driver->String.c_str(), (*checkList)[i].driver->String.length());
sLog->outStaticDebug("Driver str %s, len %u", (*checkList)[i].driver->String.c_str(), (*checkList)[i].driver->String.length());
}
else if (mRand < WCHECK_FILE_RATIO)
{
(*checkList)[i].check = WARD_CHECK_FILE; // size 1 + string
(*checkList)[i].file = GetRandFileCheck();
data << uint8((*checkList)[i].file->String.length());
data.append((*checkList)[i].file->String.c_str(), (*checkList)[i].file->String.length());
sLog->outStaticDebug("File str %s, len %u", (*checkList)[i].file->String.c_str(), (*checkList)[i].file->String.length());
}
else
{
(*checkList)[i].check = WARD_CHECK_LUA; // size 1 + string
(*checkList)[i].lua = GetRandLuaCheck();
data << uint8((*checkList)[i].lua->String.length());
data.append((*checkList)[i].lua->String.c_str(), (*checkList)[i].lua->String.length());
sLog->outStaticDebug("Lua str %s, len %u", (*checkList)[i].lua->String.c_str(), (*checkList)[i].lua->String.length());
}
}
// strings terminator
data << uint8(0);
// We first add a timing check
data << uint8(m_WardenModuleMap[md5][WARD_CHECK_TIMING] ^ m_seed1);
// Finaly put the other checks
uint8 m_strIndex = 1;
sLog->outStaticDebug("Preparing %u checks", nbChecks);
for (uint8 i=0; i<nbChecks; ++i)
{
data << uint8(m_WardenModuleMap[md5][(*checkList)[i].check] ^ m_seed1);
switch ((*checkList)[i].check)
{
case WARD_CHECK_PAGE1:
case WARD_CHECK_PAGE2:
sLog->outStaticDebug("%u : %s", i, (*checkList)[i].check == WARD_CHECK_PAGE1 ? "WARD_CHECK_PAGE1" : "WARD_CHECK_PAGE2");
data << uint32((*checkList)[i].page->Seed);
data.append(&(*checkList)[i].page->SHA[0], 20);
data << uint32((*checkList)[i].page->Offset);
data << uint8((*checkList)[i].page->Length);
break;
case WARD_CHECK_MEMORY:
sLog->outStaticDebug("%u : WARD_CHECK_MEMORY", i);
if ((*checkList)[i].mem->String.length())
data << uint8(m_strIndex++);
else
data << uint8(0);
data << uint32((*checkList)[i].mem->Offset);
data << uint8((*checkList)[i].mem->Length);
break;
case WARD_CHECK_DRIVER:
sLog->outStaticDebug("%u : WARD_CHECK_DRIVER", i);
data << uint32((*checkList)[i].driver->Seed);
data.append(&(*checkList)[i].driver->SHA[0], 20);
data << uint8(m_strIndex++);
break;
case WARD_CHECK_FILE:
sLog->outStaticDebug("%u : WARD_CHECK_FILE", i);
data << uint8(m_strIndex++);
break;
case WARD_CHECK_LUA:
sLog->outStaticDebug("%u : WARD_CHECK_LUA", i);
data << uint8(m_strIndex++);
break;
}
}
data << uint8(m_WardenModuleMap[md5][WARD_CHECK_END] ^ m_seed1);
data.hexlike();
data.crypt(&session->m_rc4ServerKey[0], &rc4_crypt);
session->SendPacket(&data);
}
