MCommand* MMatchServer::CreateCmdMatchResponseLoginFailed(const MUID& uidComm, const int nResult)
{
MCommand* pCmd = CreateCommand(MC_MATCH_RESPONSE_LOGIN, uidComm);
pCmd->AddParameter(new MCommandParameterInt(nResult));
pCmd->AddParameter(new MCommandParameterString(MGetServerConfig()->GetServerName()));
pCmd->AddParameter(new MCommandParameterChar((char)MGetServerConfig()->GetServerMode()));
pCmd->AddParameter(new MCommandParameterString("Ana"));
pCmd->AddParameter(new MCommandParameterUChar((unsigned char)MMUG_FREE));
pCmd->AddParameter(new MCommandParameterInt((int)MMPG_FREE));
pCmd->AddParameter(new MCommandParameterInt(0));
pCmd->AddParameter(new MCommandParameterUID(MUID(0,0)));
pCmd->AddParameter(new MCommandParameterBool((bool)MGetServerConfig()->IsEnabledSurvivalMode()));
pCmd->AddParameter(new MCommandParameterBool((bool)MGetServerConfig()->IsEnabledDuelTournament()));
// pCmd->AddParameter(new MCommandParameterString("A"));
// unsigned char tmp1 = 'A';
// void* pBlob1 = MMakeBlobArray(sizeof(unsigned char), sizeof(unsigned char));
// unsigned char* pCmdBlock1 = (unsigned char*)MGetBlobArrayElement(pBlob1, 0);
// CopyMemory(pCmdBlock1, &tmp1, sizeof(unsigned char));
// pCmd->AddParameter(new MCommandParameterBlob(pBlob1, MGetBlobArraySize(pBlob1)));
// MEraseBlobArray(pBlob1);
unsigned char tmp = 0;
void* pBlob = MMakeBlobArray(sizeof(unsigned char), sizeof(unsigned char));
unsigned char* pCmdBlock = (unsigned char*)MGetBlobArrayElement(pBlob, 0);
CopyMemory(pCmdBlock, &tmp, sizeof(unsigned char));
pCmd->AddParameter(new MCommandParameterBlob(pBlob, MGetBlobArraySize(pBlob)));
MEraseBlobArray(pBlob);
return pCmd;
}
void MMatchActiveTrapMgr::RouteTrapActivationForForcedEnterd(MMatchActiveTrap* pTrap)
{
OutputDebugStr("Notify Trap activation to ForcedEnteredPlayer\n");
if (!pTrap || !pTrap->IsActivated()) { _ASSERT(0); return; }
if (!m_pStage) return;
int numTarget = (int)pTrap->m_vecUidForcedEntered.size();
if (numTarget <= 0) return;
void* pTrapArray = MMakeBlobArray(sizeof(MTD_ActivatedTrap), 1);
MTD_ActivatedTrap* pNode = (MTD_ActivatedTrap*)MGetBlobArrayElement(pTrapArray, 0);
Make_MTDActivatedTrap(pNode, pTrap);
MCommand* pCommand = MMatchServer::GetInstance()->CreateCommand(MC_MATCH_NOTIFY_ACTIATED_TRAPITEM_LIST, MUID(0,0));
pCommand->AddParameter(new MCommandParameterBlob(pTrapArray, MGetBlobArraySize(pTrapArray)));
MMatchObject* pObj;
for (int i=0; i<numTarget; ++i)
{
pObj = m_pStage->GetObj( pTrap->m_vecUidForcedEntered[i]);
if (!pObj) continue;
MCommand* pSendCmd = pCommand->Clone();
MMatchServer::GetInstance()->RouteToListener(pObj, pSendCmd);
}
delete pCommand;
MEraseBlobArray(pTrapArray);
pTrap->m_vecUidForcedEntered.clear();
}
MCommand* MMatchObjectCacheBuilder::GetResultCmd(MATCHCACHEMODE nMode, MCommandCommunicator* pCmdComm)
{
MCommand* pCmd = pCmdComm->CreateCommand(MC_MATCH_OBJECT_CACHE, MUID(0,0));
pCmd->AddParameter(new MCmdParamUChar(nMode));
int nCount = (int)m_ObjectCacheList.size();
void* pCacheArray = MMakeBlobArray(sizeof(MMatchObjCache), nCount);
int nIndex=0;
for (MMatchObjCacheList::iterator itor=m_ObjectCacheList.begin(); itor!=m_ObjectCacheList.end(); itor++) {
MMatchObjCache* pTrgCache = (MMatchObjCache*)MGetBlobArrayElement(pCacheArray, nIndex++);
MMatchObjCache* pSrcCache = (*itor);
pTrgCache->SetInfo(pSrcCache->GetUID(), pSrcCache->GetName(), pSrcCache->GetClanName(),
pSrcCache->GetLevel(), pSrcCache->GetUGrade(), pSrcCache->GetPGrade()
, pSrcCache->GetRank(), pSrcCache->GetKillCount(), pSrcCache->GetDeathCount(), pSrcCache->GetDTGrade() );
pTrgCache->SetFlags(pSrcCache->GetFlags());
pTrgCache->SetCLID(pSrcCache->GetCLID());
pTrgCache->SetEmblemChecksum(pSrcCache->GetEmblemChecksum());
pTrgCache->AssignCostume(pSrcCache->GetCostume());
}
pCmd->AddParameter(new MCmdParamBlob(pCacheArray, MGetBlobArraySize(pCacheArray)));
MEraseBlobArray(pCacheArray);
return pCmd;
}
void MMatchServer::OnAsyncGetAccountItemList( MAsyncJob* pJobResult )
{
MAsyncDBJob_GetAccountItemList* pJob = (MAsyncDBJob_GetAccountItemList*)pJobResult;
if( MASYNC_RESULT_SUCCEED != pJob->GetResult() ) {
mlog("GetAccountItemList Failed\n");
return;
}
MMatchObject* pObj = GetObject( pJob->GetPlayerUID() );
if( NULL == pObj ) return;
if( !pJob->GetExpiredAccountItems().empty() ) {
ResponseExpiredItemIDList(pObj, pJob->GetExpiredAccountItems());
}
const int nAccountItemCount = pJob->GetAccountItemCount();
if (nAccountItemCount > 0) {
MAccountItemNode* accountItems = pJob->GetAccountItemList();
if( NULL == accountItems ) return;
MCommand* pNew = CreateCommand(MC_MATCH_RESPONSE_ACCOUNT_ITEMLIST, pObj->GetUID());
// 갖고 있는 아이템 리스트 전송
int nCountableAccountItemCount = 0;
for(int i = 0; i < nAccountItemCount; i++ ) {
if( accountItems[i].nCount > 0 && accountItems[i].nItemID > 0 ) {
nCountableAccountItemCount++;
}
}
void* pItemArray = MMakeBlobArray(sizeof(MTD_AccountItemNode), nCountableAccountItemCount);
int nIndex = 0;
for (int i = 0; i < nAccountItemCount; i++)
{
if( accountItems[i].nItemID == 0 ) continue;
MTD_AccountItemNode* pItemNode = (MTD_AccountItemNode*)MGetBlobArrayElement(pItemArray, nIndex);
_ASSERTE( ((NULL != MGetMatchItemDescMgr()->GetItemDesc(accountItems[i].nItemID))
|| (NULL != m_GambleMachine.GetGambleItemByGambleItemID(accountItems[i].nItemID)))
&& "zitem.xml or GambleItem에 기술되어 있지 않는 아이템입니다." );
if( accountItems[i].nCount > 0 ) {
Make_MTDAccountItemNode(pItemNode, accountItems[i].nAIID, accountItems[i].nItemID
, accountItems[i].nRentMinutePeriodRemainder, accountItems[i].nCount);
nIndex++;
if( nIndex == nCountableAccountItemCount ) { break; }
}
}
pNew->AddParameter(new MCommandParameterBlob(pItemArray, MGetBlobArraySize(pItemArray)));
MEraseBlobArray(pItemArray);
PostSafeQueue( pNew );
}
}
bool MMatchClient::MakeTunnelingCommandBlob(MCommand* pWrappingCmd, MCommand* pSrcCmd)
{
// Create Param : Command Blob ////
int nCmdSize = pSrcCmd->GetSize();
if (nCmdSize == 0)
{
return false;
}
char* pCmdData = new char[nCmdSize];
int nSize = pSrcCmd->GetData(pCmdData, nCmdSize);
if (nSize != nCmdSize)
{
delete [] pCmdData; return false;
}
if (!m_PeerPacketCrypter.Encrypt(pCmdData, nSize))
{
delete [] pCmdData; return false;
}
void* pBlob = MMakeBlobArray(nSize, 1);
char* pCmdBlock = (char*)MGetBlobArrayElement(pBlob, 0);
CopyMemory(pCmdBlock, pCmdData, nSize);
pWrappingCmd->AddParameter(new MCmdParamBlob(pBlob, MGetBlobArraySize(pBlob)));
MEraseBlobArray(pBlob);
delete [] pCmdData;
return true;
}
void MMatchActiveTrapMgr::RouteAllTraps(MMatchObject* pObj)
{
// 난입한 유저에게 현재 월드에 발동되어 있는 트랩 아이템들을 알려주기 위한 함수
OutputDebugStr("Trap RouteAllTrap to ForcedEntered\n");
MMatchActiveTrap* pTrap;
// 아직 발동되지 않은 트랩(던져서 날아가고 있는 중)은 이후 발동할 때 따로 알려줄 수 있도록 표시해둔다
for (ItorTrap it=m_listTrap.begin(); it!=m_listTrap.end(); ++it)
{
pTrap = *it;
if (!pTrap->IsActivated())
{
pTrap->AddForcedEnteredPlayer(pObj->GetUID());
OutputDebugStr("Trap RESERVE To NOTIFY AddForcedEnteredPlayer\n");
}
}
// 발동되어 있는 트랩은 목록을 보내준다
int num = 0;
for (ItorTrap it=m_listTrap.begin(); it!=m_listTrap.end(); ++it)
if ((*it)->IsActivated())
++num;
if (num <= 0) return;
void* pTrapArray = MMakeBlobArray(sizeof(MTD_ActivatedTrap), num);
MTD_ActivatedTrap* pNode;
int nIndex = 0;
for (ItorTrap it=m_listTrap.begin(); it!=m_listTrap.end(); ++it)
{
pTrap = *it;
if (pTrap->IsActivated())
{
pNode = (MTD_ActivatedTrap*)MGetBlobArrayElement(pTrapArray, nIndex++);
Make_MTDActivatedTrap(pNode, pTrap);
}
else
{
// 아직 발동되지 않은 트랩(던져서 날아가고 있는 중)은 이후 발동할 때 따로 알려줄 수 있도록 표시해둔다
pTrap->AddForcedEnteredPlayer(pObj->GetUID());
OutputDebugStr("Trap RESERVE To NOTIFY AddForcedEnteredPlayer\n");
}
}
MCommand* pCmd = MMatchServer::GetInstance()->CreateCommand(MC_MATCH_NOTIFY_ACTIATED_TRAPITEM_LIST, MUID(0,0));
pCmd->AddParameter(new MCommandParameterBlob(pTrapArray, MGetBlobArraySize(pTrapArray)));
MEraseBlobArray(pTrapArray);
MMatchServer::GetInstance()->RouteToListener(pObj, pCmd);
}
void MMatchServer::OnAsyncGetAccountCharList(MAsyncJob* pJobResult)
{
MAsyncDBJob_GetAccountCharList* pJob = (MAsyncDBJob_GetAccountCharList*)pJobResult;
if (pJob->GetResult() != MASYNC_RESULT_SUCCEED) {
char szTime[128]="";
_strtime(szTime);
mlog("[%s] Async DB Query(ResponseAccountCharList) Failed\n", szTime);
return;
}
MMatchObject* pObj = GetObject(pJob->GetUID());
if (pObj == NULL)
return;
const int nCharCount = pJob->GetCharCount();
const MTD_AccountCharInfo * pCharList = pJob->GetCharList();
MTD_AccountCharInfo* pTransCharInfo = NULL;
int nCharMaxLevel = 0;
MCommand* pNewCmd = CreateCommand(MC_MATCH_RESPONSE_ACCOUNT_CHARLIST, MUID(0,0));
void* pCharArray = MMakeBlobArray(sizeof(MTD_AccountCharInfo), nCharCount);
for (int i = 0; i < nCharCount; i++)
{
pTransCharInfo = (MTD_AccountCharInfo*)MGetBlobArrayElement(pCharArray, i);
memcpy(pTransCharInfo, &pCharList[i], sizeof(MTD_AccountCharInfo));
nCharMaxLevel = max(nCharMaxLevel, pTransCharInfo->nLevel);
}
pObj->CheckNewbie( nCharMaxLevel );
pNewCmd->AddParameter(new MCommandParameterBlob(pCharArray, MGetBlobArraySize(pCharArray)));
MEraseBlobArray(pCharArray);
RouteToListener( pObj, pNewCmd );
}
MCommand* MMatchServer::CreateCmdMatchResponseLoginOK(const MUID& uidComm,
MUID& uidPlayer,
const char* szUserID,
MMatchUserGradeID nUGradeID,
MMatchPremiumGradeID nPGradeID,
int nECoins,
// const unsigned char* szRandomValue,
const unsigned char* pbyGuidReqMsg)
{
MCommand* pCmd = CreateCommand(MC_MATCH_RESPONSE_LOGIN, uidComm);
pCmd->AddParameter(new MCommandParameterInt(MOK));
pCmd->AddParameter(new MCommandParameterString(MGetServerConfig()->GetServerName()));
pCmd->AddParameter(new MCommandParameterChar((char)MGetServerConfig()->GetServerMode()));
pCmd->AddParameter(new MCommandParameterString(szUserID));
pCmd->AddParameter(new MCommandParameterUChar((unsigned char)nUGradeID));
pCmd->AddParameter(new MCommandParameterInt((int)nPGradeID));
pCmd->AddParameter(new MCommandParameterInt(nECoins));
pCmd->AddParameter(new MCommandParameterUID(uidPlayer));
pCmd->AddParameter(new MCommandParameterBool((bool)MGetServerConfig()->IsEnabledSurvivalMode()));
pCmd->AddParameter(new MCommandParameterBool((bool)MGetServerConfig()->IsEnabledDuelTournament()));
// pCmd->AddParameter(new MCommandParameterString(szRandomValue));
// void* pBlob1 = MMakeBlobArray(sizeof(unsigned char), 64);
// unsigned char *pCmdBlock1 = (unsigned char*)MGetBlobArrayElement(pBlob1, 0);
// CopyMemory(pCmdBlock1, szRandomValue, 64);
// pCmd->AddParameter(new MCommandParameterBlob(pBlob1, MGetBlobArraySize(pBlob1)));
// MEraseBlobArray(pBlob1);
void* pBlob = MMakeBlobArray(sizeof(unsigned char), SIZEOF_GUIDREQMSG);
unsigned char* pCmdBlock = (unsigned char*)MGetBlobArrayElement(pBlob, 0);
CopyMemory(pCmdBlock, pbyGuidReqMsg, SIZEOF_GUIDREQMSG);
pCmd->AddParameter(new MCommandParameterBlob(pBlob, MGetBlobArraySize(pBlob)));
MEraseBlobArray(pBlob);
return pCmd;
}
void ZGameClient::OnClanStandbyClanList(int nPrevStageCount, int nNextStageCount, void* pBlob)
{
int nCount = MGetBlobArrayCount(pBlob);
ZIDLResource* pRes = ZApplication::GetGameInterface()->GetIDLResource();
ZClanListBox* pListBox = (ZClanListBox*)pRes->FindWidget("Lobby_ClanList");
if (!pListBox) return;
pListBox->ClearAll();
vector< int > vecClanID;
for(int i=0; i<nCount; i++)
{
MTD_StandbyClanList* pNode = (MTD_StandbyClanList*)MGetBlobArrayElement(pBlob, i);
_ASSERT(i<4);
pListBox->SetInfo(i,pNode->nCLID,pNode->szClanName,pNode->nPlayers);
//ProcessEmblem(pNode->nCLID, pNode->nEmblemChecksum);
// Emblem // 클랜 URL이 없으면 Vector에 쌓는다
if (m_EmblemMgr.CheckEmblem(pNode->nCLID, pNode->nEmblemChecksum)) {
// Begin Draw
}
else /*if (pNode->nEmblemChecksum != 0)*/ {
vecClanID.push_back( pNode->nCLID );
}
}
//// Emblem // 클랜 URL이 없는 vector를 서버에 보낸다.
if(vecClanID.size() > 0)
{
void* pBlob = MMakeBlobArray(sizeof(int), (int)vecClanID.size()); /// nOneBlobSize만큼 nBlobCount갯수만큼 배열한 블럭 만들기
int nCount = 0;
for(vector<int>::iterator it = vecClanID.begin(); it != vecClanID.end(); it++, nCount++)
{
int *nClanID = (int*)MGetBlobArrayElement(pBlob, nCount);
*nClanID = *it;
}
ZPostRequestEmblemURL(pBlob);
MEraseBlobArray(pBlob);
vecClanID.clear();
}
ZIDLResource* pResource = ZApplication::GetGameInterface()->GetIDLResource();
MWidget* pBtn = pResource->FindWidget("StageBeforeBtn");
if (nPrevStageCount != -1)
{
if (nPrevStageCount == 0)
{
if (pBtn) pBtn->Enable(false);
}
else
{
if (pBtn) pBtn->Enable(true);
}
}
pBtn = pResource->FindWidget("StageAfterBtn");
if (nNextStageCount != -1)
{
if (nNextStageCount == 0)
{
if (pBtn) pBtn->Enable(false);
}
else
{
if (pBtn) pBtn->Enable(true);
}
}
}
