bool ProtocolME0::GameworldLogin () {
NetworkMessage nm;
ONThreadSafe(threadsafe);
connectiontype = GAMEWORLD;
//nm.AddU8(0x14);
//nm.AddString(this->charlist[this->charlistselected]->charactername);
//spcount ++;
if (!strcmp(this->charlist[this->charlistselected]->charactername, "Character Manager")) {
nm.AddU8(0x0C); // charmgr...
nm.AddU8(0x01); // ...enter
FILE *f = fopen((std::string("save/") + this->username + ".ous").c_str(), "r");
ASSERTFRIENDLY(f, "It appears that savefile has mysteriously disappeared. Exiting");
fclose(f);
}
else {
nm.AddU8(0x0A); // player's creature id shall be 1
nm.AddU32(1);
nm.AddU8(0x32); // report bugs?
nm.AddU8(0);
nm.AddU8(0);
nm.AddU8(0x64); // player teleport
nm.AddU16(30);
nm.AddU16(30);
nm.AddU8(7);
int tilesremaining = 18*14*7;
for (int i = 0; i < 18; i ++)
for (int j = 0; j < 14; j++) {
printf("%d\n", tilesremaining);
nm.AddU16(102);
if (i == 8 && j == 6) {
nm.AddU16(0x0061);
nm.AddU32(0); // remove with this id
nm.AddU32(1); // creatureid -- player is 1
nm.AddString("Newbie");
nm.AddU8(25); // health
nm.AddU8(0); //dir
nm.AddU16(128); // lookid
nm.AddU8(50);
nm.AddU8(60);
nm.AddU8(70);
nm.AddU8(80);
nm.AddU8(0); // addons
nm.AddU8(0); // lightlevel
nm.AddU8(0); // lightcolor
nm.AddU16(500); // speed
nm.AddU8(0); // skull
nm.AddU8(0); // shield
}
tilesremaining--;
nm.AddU16(0xFF00);
}
while(tilesremaining) {
nm.AddU8(tilesremaining > 255 ? 255 : tilesremaining);
tilesremaining -= tilesremaining > 255 ? 255 : tilesremaining;
printf("%d\n", tilesremaining);
nm.AddU8(0xFF);
}
}
((GM_MainMenu*)game)->DestroyCharlist();
// by default logon is a success
logonsuccessful = true;
packetparsing:
while ((signed int)(nm.GetSize())>0 && ParsePacket(&nm));
if ((signed int)(nm.GetSize())>0) printf("++++++++++++++++++++DIDNT EMPTY UP THE NETWORKMESSAGE!++++++++++++++++++\n");
ONThreadUnsafe(threadsafe);
return logonsuccessful;
}
/****************************************************************
FunctionName : Cloud_M2MDataHandle.
Description : Receive cloud business data .
xpg : global context.
Rxbuf : global buf struct.
buflen : receive max len.
return : >0 have business data,and need to
handle.
other,no business data.
Add by Alex.lin --2015-03-10
****************************************************************/
int32 Cloud_M2MDataHandle( pgcontext pgc,ppacket pbuf /*, ppacket poutBuf*/, uint32 buflen)
{
uint32 dTime=0,ret=0,dataLen=0;
uint32 packetLen=0;
pgcontext pGlobalVar=NULL;
pgconfig pConfigData=NULL;
int8 *username=NULL;
int8 *password=NULL;
uint8* pMqttBuf=NULL;
fd_set readfd;
int32 mqtt_fd=0;
uint16 mqttstatus=0;
uint8 mqttpackType=0;
pConfigData = &(pgc->gc);
pGlobalVar = pgc;
pMqttBuf = pbuf->phead;
mqttstatus = pGlobalVar->rtinfo.waninfo.mqttstatus;
mqtt_fd = pGlobalVar->rtinfo.waninfo.m2m_socketid;
readfd = pGlobalVar->rtinfo.readfd;
username = pConfigData->DID;
password = pConfigData->wifipasscode;
if( strlen(pConfigData->m2m_ip)==0 )
{
//GAgent_Printf( GAGENT_INFO,"M2M IP =0 IP TIME 1 %d 2%d ",pgc->rtinfo.waninfo.RefreshIPLastTime,pgc->rtinfo.waninfo.RefreshIPTime);
return 0;
}
if( MQTT_STATUS_START==mqttstatus )
{
GAgent_Printf(GAGENT_INFO,"Req to connect m2m !");
GAgent_Printf(GAGENT_INFO,"username: %s password: %s",username,password);
Cloud_ReqConnect( pgc,username,password );
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_RES_LOGIN );
GAgent_Printf(GAGENT_INFO," MQTT_STATUS_START ");
pgc->rtinfo.waninfo.send2MqttLastTime = GAgent_GetDevTime_MS();
return 0;
}
dTime = abs( GAgent_GetDevTime_MS()-pGlobalVar->rtinfo.waninfo.send2MqttLastTime );
if( FD_ISSET( mqtt_fd,&readfd )||( mqttstatus!=MQTT_STATUS_RUNNING && dTime>GAGENT_MQTT_TIMEOUT))
{
if( FD_ISSET( mqtt_fd,&readfd ) )
{
GAgent_Printf(GAGENT_DEBUG,"Data form M2M!!!");
resetPacket( pbuf );
packetLen = MQTT_readPacket(mqtt_fd,pbuf,GAGENT_BUF_LEN );
if( packetLen==-1 )
{
mqtt_fd=-1;
pGlobalVar->rtinfo.waninfo.m2m_socketid=-1;
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_START );
GAgent_Printf(GAGENT_DEBUG,"MQTT fd was closed!!");
GAgent_Printf(GAGENT_DEBUG,"GAgent go to MQTT_STATUS_START");
return -1;
}
else if(packetLen>0)
{
mqttpackType = MQTTParseMessageType( pMqttBuf );
GAgent_Printf( GAGENT_DEBUG,"MQTT message type %d",mqttpackType );
}
else
{
return -1;
}
}
/*create mqtt connect to m2m.*/
if( MQTT_STATUS_RUNNING!=mqttstatus &&
(MQTT_MSG_CONNACK==mqttpackType||MQTT_MSG_SUBACK==mqttpackType||dTime>GAGENT_MQTT_TIMEOUT))
{
switch( mqttstatus)
{
case MQTT_STATUS_RES_LOGIN:
ret = Cloud_ResConnect( pMqttBuf );
if( ret!=0 )
{
GAgent_Printf(GAGENT_DEBUG," MQTT_STATUS_REQ_LOGIN Fail ");
if( dTime > GAGENT_MQTT_TIMEOUT )
{
GAgent_Printf(GAGENT_DEBUG,"MQTT req connetc m2m again!");
Cloud_ReqConnect( pgc,username,password );
}
}
else
{
GAgent_Printf(GAGENT_DEBUG,"GAgent do req connect m2m OK !");
GAgent_Printf(GAGENT_DEBUG,"Go to MQTT_STATUS_REQ_LOGINTOPIC1. ");
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC1 );
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_RES_LOGINTOPIC1 );
}
break;
case MQTT_STATUS_RES_LOGINTOPIC1:
ret = Cloud_ResSubTopic(pMqttBuf,pgc->rtinfo.waninfo.mqttMsgsubid );
if( 0!=ret )
{
GAgent_Printf(GAGENT_DEBUG," MQTT_STATUS_RES_LOGINTOPIC1 Fail ");
if( dTime > GAGENT_MQTT_TIMEOUT )
{
GAgent_Printf( GAGENT_DEBUG,"GAgent req sub LOGINTOPIC1 again ");
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC1 );
}
}
else
{
GAgent_Printf(GAGENT_DEBUG,"Go to MQTT_STATUS_RES_LOGINTOPIC2. ");
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC2 );
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_RES_LOGINTOPIC2 );
}
break;
case MQTT_STATUS_RES_LOGINTOPIC2:
ret = Cloud_ResSubTopic(pMqttBuf,pgc->rtinfo.waninfo.mqttMsgsubid );
if( 0 != ret )
{
GAgent_Printf(GAGENT_DEBUG," MQTT_STATUS_RES_LOGINTOPIC2 Fail ");
if( dTime > GAGENT_MQTT_TIMEOUT )
{
GAgent_Printf( GAGENT_INFO,"GAgent req sub LOGINTOPIC2 again.");
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC2 );
}
}
else
{
GAgent_Printf(GAGENT_DEBUG," Go to MQTT_STATUS_RES_LOGINTOPIC3. ");
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC3 );
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_RES_LOGINTOPIC3 );
}
break;
case MQTT_STATUS_RES_LOGINTOPIC3:
ret = Cloud_ResSubTopic(pMqttBuf,pgc->rtinfo.waninfo.mqttMsgsubid );
if( ret != 0 )
{
GAgent_Printf(GAGENT_DEBUG," MQTT_STATUS_RES_LOGINTOPIC3 Fail ");
if( dTime > GAGENT_MQTT_TIMEOUT )
{
GAgent_Printf(GAGENT_DEBUG,"GAgent req sub LOGINTOPIC3 again." );
Cloud_ReqSubTopic( pgc,MQTT_STATUS_REQ_LOGINTOPIC3 );
}
}
else
{
GAgent_Printf(GAGENT_CRITICAL,"GAgent Cloud Working...");
GAgent_SetCloudServerStatus( pgc,MQTT_STATUS_RUNNING );
GAgent_SetWiFiStatus( pgc,WIFI_CLOUD_STATUS,0 );
}
break;
default:
break;
}
pgc->rtinfo.waninfo.send2MqttLastTime = GAgent_GetDevTime_MS();
}
else if( packetLen>0 && ( mqttstatus == MQTT_STATUS_RUNNING ) )
{
int varlen=0,p0datalen=0;
switch( mqttpackType )
{
case MQTT_MSG_PINGRESP:
pgc->rtinfo.waninfo.cloudPingTime=0;
GAgent_Printf(GAGENT_INFO,"GAgent MQTT Pong ... \r\n");
break;
case MQTT_MSG_PUBLISH:
dataLen = Mqtt_DispatchPublishPacket( pgc,pMqttBuf,packetLen );
if( dataLen>0 )
{
pbuf->type = SetPacketType( pbuf->type,CLOUD_DATA_IN,1 );
ParsePacket( pbuf );
GAgent_Printf(GAGENT_INFO,"%s %d type : %04X len :%d",__FUNCTION__,__LINE__,pbuf->type,dataLen );
}
break;
default:
GAgent_Printf(GAGENT_WARNING," data form m2m but msg type is %d",mqttpackType );
break;
}
}
}
return dataLen;
}
bool ProtocolME0::CharlistLogin(const char *username, const char *password) {
NetworkMessage nm;
ONThreadSafe(threadsafe);
connectiontype = CHARLIST;
this->username = username;
this->password = password;
FILE *f = fopen((std::string("save/") + username + ".ous").c_str(),"r");
if (!f) {
FILE *fo = fopen((std::string("save/") + username + ".ous").c_str(),"w");
if (!fo) {
nm.AddU8(0x0A);
nm.AddString("You need write permissions on save/ subfolder of \nThe Outcast to start a local game.");
goto packetparsing;
} else {
fprintf(fo, "%s\n", password);
fclose(fo);
f = fopen((std::string("save/") + username + ".ous").c_str(),"r");
}
}
{
char filepwd[255];
fscanf(f, "%s", filepwd);
if (strcmp(filepwd, password)) {
nm.AddU8(0x0A);
nm.AddString("You entered incorrect password.");
} else {
char charname[255];
nm.AddU8(0x14);
nm.AddString("7435\nWelcome to Clavicula, a singleplayer mode for The Outcast!\n\nClavicula is an attempt to create a singleplayer game \nsimilar to Tibia. To create a character, choose Character\nManager option from the character list.");
nm.AddU8(0x64);
int pos = ftell(f);
int spcount = 0;
while (fscanf(f, "%s", charname)==1) spcount ++;
fseek(f, pos, SEEK_SET);
nm.AddU8(1 + spcount); // one character is CREATE CHARACTER, others are temp count to make dynamic list
nm.AddString("Character Manager");
nm.AddString("Clavicula");
nm.AddU32(0); // ip address
nm.AddU16(0); // port
while (fscanf(f, "%s", charname)==1) {
nm.AddString(charname);
nm.AddString("Clavicula");
nm.AddU32(0); // ip address
nm.AddU16(0); // port
}
nm.AddU16(0); // free account
}
}
// by default logon is a success
logonsuccessful = true;
packetparsing:
while ((signed int)(nm.GetSize())>0 && ParsePacket(&nm));
if ((signed int)(nm.GetSize())>0) printf("++++++++++++++++++++DIDNT EMPTY UP THE NETWORKMESSAGE!++++++++++++++++++\n");
ONThreadUnsafe(threadsafe);
return logonsuccessful;
}
void CMLan::OnRecvPacket(u_char* mes, int len, in_addr from)
{
EnterCriticalSection(&m_csReceiveThreadLock);
if (len)
{
TPacket pak;
ParsePacket(pak, mes, len);
if (pak.idVersion!=0)
{
TContact* cont = m_pRootContact;
while (cont)
{
if (cont->m_addr.S_un.S_addr == from.S_un.S_addr)
break;
cont = cont->m_prev;
}
if (pak.idStatus)
{
EnterCriticalSection(&m_csAccessClass);
if (!cont)
{
if (!pak.strName)
pak.strName = "Unknown";
cont = new TContact;
cont->m_addr = from;
cont->m_prev = m_pRootContact;
cont->m_status = ID_STATUS_OFFLINE;
int nlen = (int)strlen(pak.strName);
cont->m_nick = new char[nlen+1];
CopyMemory(cont->m_nick, pak.strName, nlen+1);
m_pRootContact = cont;
}
else
{
if (pak.strName && strcmp(pak.strName, cont->m_nick)!=0)
{
delete[] cont->m_nick;
int nlen = (int)strlen(pak.strName);
cont->m_nick = new char[nlen+1];
CopyMemory(cont->m_nick, pak.strName, nlen+1);
}
}
cont->m_time = MLAN_CHECK + MLAN_TIMEOUT;
cont->m_ver = pak.idVersion;
u_int old_status = cont->m_status;
cont->m_status = pak.idStatus;
MCONTACT hContact = FindContact(cont->m_addr, cont->m_nick, false, false, false);
if (hContact)
{
db_set_w(hContact,PROTONAME, "Status", cont->m_status);
if (db_get_dw(hContact,PROTONAME, "RemoteVersion", 0)!=cont->m_ver)
db_set_dw(hContact,PROTONAME, "RemoteVersion", cont->m_ver);
if (old_status == ID_STATUS_OFFLINE)
{
u_int rip = cont->m_addr.S_un.S_addr;
int tip = (rip<<24)|((rip&0xff00)<<8)|((rip&0xff0000)>>8)|(rip>>24);
db_set_dw(hContact, PROTONAME, "IP", tip);
// HOSTENT* host = gethostbyaddr((const char*)&rip, sizeof(rip), AF_INET);
// if (host)
// db_set_s(hContact, PROTONAME, "UID", host->h_name);
}
}
LeaveCriticalSection(&m_csAccessClass);
}
DemuxPacket* CDVDDemuxClient::Read()
{
if (!m_IDemux)
return nullptr;
if (m_packet)
return m_packet.release();
m_packet.reset(m_IDemux->ReadDemux());
if (!m_packet)
{
return nullptr;
}
if (m_packet->iStreamId == DMX_SPECIALID_STREAMINFO)
{
RequestStreams();
CDVDDemuxUtils::FreeDemuxPacket(m_packet.release());
return CDVDDemuxUtils::AllocateDemuxPacket(0);
}
else if (m_packet->iStreamId == DMX_SPECIALID_STREAMCHANGE)
{
RequestStreams();
}
else if (m_packet->iStreamId >= 0 && m_streams.count(m_packet->iStreamId) > 0)
{
if (ParsePacket(m_packet.get()))
{
RequestStreams();
DemuxPacket *pPacket = CDVDDemuxUtils::AllocateDemuxPacket(0);
pPacket->iStreamId = DMX_SPECIALID_STREAMCHANGE;
pPacket->demuxerId = m_demuxerId;
return pPacket;
}
}
if (!IsVideoReady())
{
m_packet.reset();
DemuxPacket *pPacket = CDVDDemuxUtils::AllocateDemuxPacket(0);
pPacket->demuxerId = m_demuxerId;
return pPacket;
}
//! @todo drop this block
CDVDInputStream::IDisplayTime *inputStream = m_pInput->GetIDisplayTime();
if (inputStream)
{
int dispTime = inputStream->GetTime();
if (m_displayTime != dispTime)
{
m_displayTime = dispTime;
if (m_packet->dts != DVD_NOPTS_VALUE)
{
m_dtsAtDisplayTime = m_packet->dts;
}
}
if (m_dtsAtDisplayTime != DVD_NOPTS_VALUE && m_packet->dts != DVD_NOPTS_VALUE)
{
m_packet->dispTime = m_displayTime;
m_packet->dispTime += DVD_TIME_TO_MSEC(m_packet->dts - m_dtsAtDisplayTime);
}
}
return m_packet.release();
}
uint32 GAgent_LocalDataHandle( pgcontext pgc,ppacket Rxbuf,int32 RxLen /*,ppacket Txbuf*/ )
{
int8 cmd=0;
uint8 sn=0,checksum=0;
uint8 *localRxbuf=NULL;
uint32 ret = 0;
uint8 configType=0;
_tm tm;
if( RxLen>0 )
{
localRxbuf = Rxbuf->phead;
cmd = localRxbuf[4];
sn = localRxbuf[5];
checksum = GAgent_SetCheckSum( localRxbuf,RxLen-1 );
if( checksum!=localRxbuf[RxLen-1] )
{
GAgent_Printf( GAGENT_ERROR,"local data cmd=%02x checksum error !",cmd );
GAgent_DebugPacket(Rxbuf->phead, RxLen);
return 0;
}
switch( cmd )
{
case MCU_REPORT:
Local_Ack2MCU( pgc->rtinfo.local.uart_fd,sn,cmd+1 );
Rxbuf->type = SetPacketType( Rxbuf->type,LOCAL_DATA_IN,1 );
ParsePacket( Rxbuf );
ret = 1;
break;
case MCU_CONFIG_WIFI:
Local_Ack2MCU( pgc->rtinfo.local.uart_fd,sn,cmd+1 );
configType = localRxbuf[8];
GAgent_Config( configType,pgc );
ret = 0;
break;
case MCU_RESET_WIFI:
Local_Ack2MCU( pgc->rtinfo.local.uart_fd,sn,cmd+1 );
GAgent_Clean_Config(pgc);
sleep(2);
GAgent_DevReset();
ret = 0;
break;
case WIFI_PING2MCU_ACK:
pgc->rtinfo.local.timeoutCnt=0;
GAgent_Printf( GAGENT_CRITICAL,"Local pong...");
ret = 0 ;
break;
case MCU_CTRL_CMD_ACK:
ret = 0;
break;
case WIFI_TEST:
Local_Ack2MCU( pgc->rtinfo.local.uart_fd,sn,cmd+1 );
GAgent_EnterTest( pgc );
ret = 0;
break;
case MCU_ENABLE_BIND:
Local_Ack2MCU( pgc->rtinfo.local.uart_fd,sn,cmd+1 );
pgc->mcu.passcodeTimeout = pgc->mcu.passcodeEnableTime;
GAgent_SetWiFiStatus( pgc,WIFI_MODE_BINDING,1 );
ret = 0;
break;
case MCU_REQ_GSERVER_TIME:
tm = GAgent_GetLocalTimeForm(pgc->rtinfo.clock);
*(uint16 *)(Rxbuf->ppayload) = htons(tm.year);
Rxbuf->ppayload[2] = tm.month;
Rxbuf->ppayload[3] = tm.day;
Rxbuf->ppayload[4] = tm.hour;
Rxbuf->ppayload[5] = tm.minute;
Rxbuf->ppayload[6] = tm.second;
Rxbuf->pend = (Rxbuf->ppayload) + 7;
Local_Ack2MCUwithP0( Rxbuf, pgc->rtinfo.local.uart_fd, sn, MCU_REQ_GSERVER_TIME_ACK );
ret = 0;
break;
default:
ret = 0;
break;
}
//...
}
return ret;
}
void Comm_Task(void *param)
{
uint8_t buf_rec[BUFSIZE], i;
uint16_t cnt = 0;
static uint16_t datasize = 0;
// init rs485
InitRS(USART1, 115200, e8N1, 100);
while (1)
{
if (Read(buf_rec + datasize, 1) == 1)
{
++datasize;
if (datasize == 1) // address verification
{
if (buf_rec[0] == (uint8_t)slave_addr)
{
buf_rec[1] = BUFSIZE; // temporary maximum packet length
memset(buf_rec + 2, 0, BUFSIZE - 2);
}
else
datasize = 0;
}
else if (datasize == 2) // reception id
{
datasize = datasize;
}
else if (datasize == 3) // receiving a packet length
{
if ((buf_rec[2] > BUFSIZE) || (buf_rec[2] < 4))
{
// incorrect packet length
datasize = 0;
}
}
else if (datasize >= buf_rec[2])
{
uint16_t n = buf_rec[2] - 1;
// checksum is OK?
if (Crc8(buf_rec, n) == buf_rec[n])
{
// parser packet
memcpy(buf_tr, buf_rec, buf_rec[2]);
if (ParsePacket(buf_tr))
Write(USART1, buf_tr, buf_tr[2]);
// treated to remove the package from the buffer
datasize = 0;
}
else
{
// response when the checksum does not match
for (i = 0; i < 1; i++)
buf_tr[i] = cnt++;
Write(USART1, buf_tr, 1);
// checksum is invalid
datasize = 0;
}
}
}
else
{
// reception timeout
Purge();
datasize = 0;
}
taskYIELD();
}
}
void CNetworkReceive::ReceivePacket(int sock) {
//NOTE: this should take care of reading
std::ofstream Log("Log.txt",std::ofstream::app);
int32_t time_step = 5;
int16_t playerid = 2;
int32_t x = 1000;
int32_t y= 500;
int16_t action= 14;
char buffer[512];
int32_t packet_length = 0;
int bytes_read = 0;
//get length of the packet in network byte order.
bytes_read = read(sock,&packet_length,sizeof(packet_length));
// ...
if(bytes_read <= 0){
#ifdef LOG_ON
Log << "Error: Bytes received received: " << bytes_read << "\n";
Log.flush();
Log.close();
#endif
return;
}
if(ntohl(packet_length) <= 0){
#ifdef LOG_ON
Log << "Received packet advertising length of zero.\n";
#endif
return;
}
#ifdef LOG_ON
Log << "1:Packet length received: " << ntohl(packet_length) << "\n";
Log.flush();
#endif
//Allocate buffer of the size of the message
char message_buffer[ntohl(packet_length)+1];
//We need to write the length into the message buffer(in network byte order), as it'll be needed later.
*(int32_t*)(message_buffer) = packet_length;
packet_length = ntohl(packet_length);
//Let's read the rest of the packet.
#ifdef LOG_ON
Log << "2:Reading the packet.\n";
Log.flush();
#endif
//Let's make sure the entire message is on the
while(bytes_read < packet_length){
int read_result = read(sock,message_buffer+bytes_read, packet_length-bytes_read);
if(read_result < 0){
#ifdef LOG_ON
Log << "Error reading packet from socket\n";
#endif
return;
} else {
bytes_read += read_result;
}
}
//send packet to be decoded
#ifdef LOG_ON
Log << "3:Parsing packet of length:" << bytes_read << "\n";
Log.flush();
Log.close();
#endif
Log << "timestep# " << ntohl(*(int32_t*)(message_buffer+6)) << "\n";
ParsePacket(message_buffer, packet_length);
}
void HandleDataRecv(int i, SOCKET sck, LPARAM lParam) {
int bnetlen;
char asdf[256];
if (LOWORD(lParam) == FD_READ) {
if (loglevel > 2)
AddChatf(asdf, hWnd_status_re, 0xFFC080, "FD_READ event on %d", i);
if ((bot[i]->fstate & BFS_USEPROXY) && !(bot[i]->fstate & BFS_FIRSTDATARX)) {
HandleProxyResponse(i, sck);
bot[i]->fstate |= BFS_FIRSTDATARX;
ContinueConnectProcess(i);
return;
}
int tmp = recv(sck, bot[i]->wsdata + bot[i]->recvlen,
sizeof(bot[i]->wsbuffer) - (bot[i]->wsdata - bot[i]->wsbuffer) - bot[i]->recvlen, 0);
if (tmp == SOCKET_ERROR) {
sprintf(asdf, "recv() error %d!", WSAGetLastError());
AddChat(vbRed, asdf, bot[i]->hWnd_rtfChat);
return;
} else if (!tmp) {
AddChat(vbRed, "recv() returned 0!", bot[i]->hWnd_rtfChat);
DisconnectProfile(i, false);
return;
}
bot[i]->recvlen += tmp;
while (bot[i]->recvlen >= 4) {
if ((unsigned char)*bot[i]->wsdata != (unsigned char)0xFF) {
sprintf(asdf, "[BNET] Parse error! expected 0xFF, 0x%02x.", (unsigned char)*bot[i]->wsdata);
AddChat(vbRed, asdf, bot[i]->hWnd_rtfChat);
bot[i]->wsdata = bot[i]->wsbuffer;
bot[i]->recvlen = 0;
return;
}
bnetlen = *(unsigned short *)(bot[i]->wsdata + 2);
if (bnetlen > bot[i]->recvlen) {
sprintf(asdf, "[BNET] Expecting %d more bytes.", bnetlen - bot[i]->recvlen);
AddChat(vbYellow, asdf, bot[i]->hWnd_rtfChat);
if (bot[i]->wsdata + bot[i]->recvlen >= bot[i]->wsbuffer + sizeof(bot[i]->wsbuffer)) {
memcpy(bot[i]->wsbuffer, bot[i]->wsdata, bot[i]->recvlen);
bot[i]->wsdata = bot[i]->wsbuffer;
}
return;
}
#if 0
int bleep, i2, i3;
bleep = 0;
i3 = 0;
for (i2 = 0; i2 != bnetlen; i2++) {
i3++;
bleep += bot[i]->wsdata[i2] << 1;
if (i3 == 5) {
Beep((bleep << 3) + 300, 25);
i3 = 0;
bleep = 0;
}
}
#endif
ParsePacket(bot[i]->wsdata[1], bot[i]->wsdata, i);
bot[i]->recvcount++;
bot[i]->recvlen -= bnetlen;
bot[i]->wsdata += bnetlen;
}
bot[i]->wsdata = bot[i]->wsbuffer;
bot[i]->recvlen = 0;
} else {
if (LOWORD(lParam) == FD_CLOSE) {
if (loglevel > 2)
AddChatf(asdf, hWnd_status_re, 0xFFC080, "FD_CLOSE event on %d", i);
AddChat(vbRed, "[BNET] Winsock Close.", bot[i]->hWnd_rtfChat);
bnetlen = HIWORD(lParam);
if (bnetlen) {
sprintf(asdf, "[BNET] Winsock Error %d !", bnetlen);
AddChat(vbRed, asdf, bot[i]->hWnd_rtfChat);
sprintf(asdf, "Winsock error %d encountered on profile %d!", bnetlen, i);
PopupTrayMsg("Connection dropped!", asdf, NIIF_ERROR);
}
DisconnectProfile(i, false);
AutoReconnectStart(i, 0);
return;
} else if (LOWORD(lParam) == FD_CONNECT) {
if (loglevel > 2)
AddChatf(asdf, hWnd_status_re, 0xFFC080, "FD_CONNECT event on %d", i);
int err = WSAGETSELECTERROR(lParam);
if (err) {
AddChatf(asdf, bot[i]->hWnd_rtfChat, vbRed,
"Connection failed, error %d!", err);
DisconnectProfile(i, false);
AutoReconnectStart(i, 0);
return;
}
ContinueConnectProcess(i);
}
}
return;
}
void SolarEdgeBase::ParseData(const unsigned char *pData, int Len)
{
while (Len>0)
{
switch (m_state)
{
case E_WAITING_SYNC:
if (m_bufferpos==0)
{
if (pData[0]==SYNC_BYTE_1)
{
m_RXBuffer[m_bufferpos++]=pData[0];
}
}
else if (m_bufferpos==1)
{
if (pData[0]==SYNC_BYTE_2)
{
m_RXBuffer[m_bufferpos++]=pData[0];
}
else
m_bufferpos=0;
}
else if (m_bufferpos==2)
{
if (pData[0]==SYNC_BYTE_3)
{
m_RXBuffer[m_bufferpos++]=pData[0];
}
else
m_bufferpos=0;
}
else if (m_bufferpos==3)
{
if (pData[0]==SYNC_BYTE_4)
{
m_RXBuffer[m_bufferpos++]=pData[0];
m_state=E_WAITING_LENGTH;
}
else
m_bufferpos=0;
}
break;
case E_WAITING_LENGTH:
m_RXBuffer[m_bufferpos++]=pData[0];
if (m_bufferpos==6)
{
//Length here
m_wantedlength=(m_RXBuffer[5]<<8)|m_RXBuffer[4];
if (m_wantedlength>1000)
{
//For sure something wrong here!
m_bufferpos=0;
m_state=E_WAITING_SYNC;
}
else
{
m_wantedlength+=(16+6);
m_state=E_WAITING_DATA;
}
}
break;
case E_WAITING_DATA:
m_RXBuffer[m_bufferpos++]=pData[0];
if (m_bufferpos==m_wantedlength)
{
unsigned short ret=ParsePacket((unsigned char*)&m_RXBuffer,m_wantedlength);
m_state = E_WAITING_SYNC;
m_bufferpos=0;
}
break;
}
pData++;
Len--;
}
}
void AtmelSWIAnalyzer::WorkerThread()
{
Setup();
SWI_WaveParser tokenizer(mSDA, GetSampleRate());
Frame frm;
U64 SampleBegin, SampleEnd;
SWI_Token token;
if (mSettings.mDecodeLevel == DL_Tokens)
{
// just read all the tokens
for (;;)
{
token = tokenizer.GetToken(SampleBegin, SampleEnd);
AddFrame(SampleBegin, SampleEnd, FrameToken, token);
}
} else if (mSettings.mDecodeLevel == DL_Bytes) {
// sync to the first wake token
tokenizer.GetWake(SampleBegin, SampleEnd);
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
// now read bytes or wake tokens
bool IsWake;
for (;;)
{
U8 DataByte = tokenizer.GetByte(SampleBegin, SampleEnd, IsWake);
if (IsWake)
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
else
AddFrame(SampleBegin, SampleEnd, FrameByte, DataByte);
}
} else if (mSettings.mDecodeLevel == DL_Packets) {
// sync to the first wake token
tokenizer.GetWake(SampleBegin, SampleEnd);
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
// now read bytes and pack them into Flag frames and I/O blocks
std::vector<std::pair<U64, U64> > ByteSamples;
SWI_Block block;
SWI_Opcode PrevOpcode = SWIO_Undefined;
bool is_wake = false;
U8 byte;
for (;;)
{
try {
// get the flag
U8 Flag = tokenizer.GetByte(SampleBegin, SampleEnd, is_wake);
if (is_wake)
{
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
throw WakeException();
} else if (Flag == SWIF_Command || Flag == SWIF_Transmit || Flag == SWIF_Idle || Flag == SWIF_Sleep) {
AddFrame(SampleBegin, SampleEnd, FrameFlag, Flag, 1);
} else {
// add the error flag
AddFrame(SampleBegin, SampleEnd, FrameFlag, Flag, 0);
ResyncToWake(tokenizer);
}
// read the I/O block after the command or transmit flags
if (Flag == SWIF_Command || Flag == SWIF_Transmit)
{
ByteSamples.clear();
block.Clear();
// set the block opcode
block.IsCommand = (Flag == SWIF_Command);
if (!block.IsCommand)
block.Opcode = PrevOpcode;
// read the block byte count
U8 Count = tokenizer.GetByte(SampleBegin, SampleEnd, is_wake);
if (is_wake)
{
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
throw WakeException();
}
block.Data.push_back(Count);
ByteSamples.push_back(std::make_pair(SampleBegin, SampleEnd));
// we can't have a block without a data packet of at least
// one byte meaning the block has to be at least 4 bytes long
if (Count < 4)
ResyncToWake(tokenizer);
// read the bytes of the IO block
int c;
for (c = 0; c < Count - 1; c++)
{
byte = tokenizer.GetByte(SampleBegin, SampleEnd, is_wake);
if (is_wake && !ByteSamples.empty())
{
// make raw byte frames from the data read so far
std::vector<std::pair<U64, U64> >::const_iterator bs_i(ByteSamples.begin());
std::vector<U8>::const_iterator di(block.Data.begin());
while (bs_i != ByteSamples.end())
{
AddFrame(bs_i->first, bs_i->second, FrameByte, *di);
++di;
++bs_i;
}
// add the wake token
AddFrame(SampleBegin, SampleEnd, FrameToken, SWI_Wake);
throw WakeException();
}
block.Data.push_back(byte);
ByteSamples.push_back(std::make_pair(SampleBegin, SampleEnd));
}
// set the opcode in the block object
if (block.IsCommand)
block.Opcode = static_cast<SWI_Opcode>(block.Data[1]);
// Add the Count frame
AddFrame(ByteSamples.front().first, ByteSamples.front().second, FrameCount, Count);
// add the block to the container
size_t block_ndx = mResults->AddBlock(block);
// parse the packet data
ParsePacket(block, block_ndx, ByteSamples);
// Add the checksum frame
AddFrame((ByteSamples.end() - 2)->first, ByteSamples.back().second,
FrameChecksum,
block.GetChecksum(),
block.CalcCRC());
// remember the command for the next iteration
if (block.IsCommand)
PrevOpcode = block.Opcode;
else
PrevOpcode = SWIO_Undefined;
}
} catch (WakeException&) {
// Just ignore the wake token. The exception thrown on an unexpected
// wake token will only re-sync the parser to the next flag.
}
}
}
}
void ParsePacket(const CPacket_Read &cPacket, bool bFirst, char *aMsgBuff, uint32 nBufferSize, uint8 nTravelDir = NETMGR_TRAVELDIR_UNKNOWN)
{
// Parse the incoming packet...
if(!aMsgBuff)
return;
CPacket_Read cParsePacket(cPacket);
// We need a buffer to stuff this into..
char aTemp[256];
if(bFirst)
{
memset(aMsgBuff, 0, sizeof(aMsgBuff));
}
switch(nTravelDir)
{
case NETMGR_TRAVELDIR_SERVER2CLIENT:
LTStrCat(aMsgBuff, (bFirst) ? "<S2C>" : "<s2c>", nBufferSize);
break;
case NETMGR_TRAVELDIR_CLIENT2SERVER:
LTStrCat(aMsgBuff, (bFirst) ? "<C2S>" : "<c2s>", nBufferSize);
break;
case NETMGR_TRAVELDIR_UNKNOWN:
default:
LTStrCat(aMsgBuff, (bFirst) ? "<U2U>" : "<u2u>", nBufferSize);
break;
}
uint32 nPacketID = cParsePacket.Readuint8();
// NetMgr layer
switch(nPacketID)
{
case 4 : //SMSG_NETPROTOCOLVERSION
LTStrCat(aMsgBuff, "(NPV) ", nBufferSize);
break;
case 5 : //SMSG_UNLOADWORLD
LTStrCat(aMsgBuff, "(ULW) ", nBufferSize);
break;
case 6 : //SMSG_LOADWORLD
LTStrCat(aMsgBuff, "(LW ) ", nBufferSize);
break;
case 7 : //SMSG_CLIENTOBJECTID
LTStrCat(aMsgBuff, "(COI) ", nBufferSize);
break;
case 8 : //SMSG_UPDATE
{
LTStrCat(aMsgBuff, "(UPD) ", nBufferSize);
while (cParsePacket.TellEnd())
{
uint8 nSubLen = cParsePacket.Readuint8() * 8;
if (!nSubLen)
break;
if (cParsePacket.TellEnd() < nSubLen)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
ParsePacket(CPacket_Read(cParsePacket, cParsePacket.Tell(), nSubLen), false, aMsgBuff, nTravelDir);
cParsePacket.Seek(nSubLen);
}
while(cParsePacket.TellEnd())
{
uint32 nFlags = (uint32)cParsePacket.Readuint8();
if(nFlags & (1<<7)) //CF_OTHER
{
if (cParsePacket.TellEnd() < 8)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
nFlags |= (uint32)cParsePacket.Readuint8() << 8;
}
if(nFlags)
{
if(cParsePacket.TellEnd() < 16)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
uint16 nObjectID = cParsePacket.Readuint16();
LTSNPrintF(aTemp, sizeof(aTemp), "|%04x| ", nObjectID);
LTStrCat(aMsgBuff, aTemp, nBufferSize);
if (nFlags & (1<<0)) //CF_NEWOBJECT
LTStrCat(aMsgBuff, "NEW ", nBufferSize);
else
{
if ( nFlags & ((1<<5)|(1<<13)) ) //CF_MODELINFO|CF_FORCEMODELINFO
{
LTSNPrintF(aTemp, sizeof(aTemp), "MI |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & (1<<3)) //CF_FLAGS
{
LTStrCat(aMsgBuff, "FLG ", nBufferSize);
if (cParsePacket.TellEnd() < 80)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
uint32 nFlags1 = cParsePacket.Readuint32();
uint16 nFlags2 = cParsePacket.Readuint16();
uint32 nUserFlags = cParsePacket.Readuint32();
LTSNPrintF(aTemp, sizeof(aTemp), "|%08hx %04hx %08x| ", nFlags1, (uint16)nFlags2, nUserFlags);
LTStrCat(aMsgBuff, aTemp, nBufferSize);
}
if (nFlags & (1<<6)) //CF_COLORINFO
{
LTSNPrintF(aTemp, sizeof(aTemp), "CLR |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & (1<<4)) //CF_SCALE
{
LTSNPrintF(aTemp, sizeof(aTemp), "SCL |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & ((1<<1)|(1<<9))) //(CF_POSITION|CF_TELEPORT)
{
LTSNPrintF(aTemp, sizeof(aTemp), "POS |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & ((1<<2)|(1<<10))) //(CF_ROTATION|CF_SNAPROTATION)
{
LTSNPrintF(aTemp, sizeof(aTemp), "ROT |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & (1<<8)) //CF_ATTACHMENTS
{
LTSNPrintF(aTemp, sizeof(aTemp), "ATT |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
if (nFlags & (1<<11)) //CF_FILENAMES
{
LTSNPrintF(aTemp, sizeof(aTemp), "FILEN |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
}
}
}
else
{
if(cParsePacket.TellEnd() < 8)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
uint8 nType = cParsePacket.Readuint8();
switch(nType)
{
case 0 : //UPDATESUB_PLAYSOUND
{
LTSNPrintF(aTemp, sizeof(aTemp), "SND |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
break;
}
case 1 : //UPDATESUB_SOUNDTRACK
{
LTSNPrintF(aTemp, sizeof(aTemp), "STK |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
break;
}
case 3 : //UPDATESUB_OBJECTREMOVES
{
LTSNPrintF(aTemp, sizeof(aTemp), "REM |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
break;
}
default :
{
LTSNPrintF(aTemp, sizeof(aTemp), "UNK |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
cParsePacket.SeekTo(cParsePacket.Size());
break;
}
}
}
}
break;
}
case 0xA : //SMSG_UNGUARANTEEDUPDATE
{
LTStrCat(aMsgBuff, "(UUP) ", nBufferSize);
LTSNPrintF(aTemp, sizeof(aTemp), "|%d| ", cParsePacket.TellEnd() / 8);
LTStrCat(aMsgBuff, aTemp, nBufferSize);
break;
}
case 0xC : //SMSG_YOURID
LTStrCat(aMsgBuff, "(YID) ", nBufferSize);
break;
case 0xB : //CMSG_MESSAGE
case 0xD : //SMSG_MESSAGE
{
LTStrCat(aMsgBuff, "(MSG) ", nBufferSize);
if (cParsePacket.TellEnd() < 8)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
// Strip the message ID off the end
CPacket_Read cSubPacket(cParsePacket, cParsePacket.Tell(), cParsePacket.TellEnd() - 8);
cParsePacket.Seek(cSubPacket.Size());
uint8 nMsgID = cParsePacket.Readuint8();
cParsePacket = cSubPacket;
switch (nMsgID)
{
case 100 : // MID_PLAYER_UPDATE
{
LTSNPrintF(aTemp, sizeof(aTemp), "[PLU] |%d| ", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
if (cParsePacket.TellEnd() < 16)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
uint16 nChangeID = cParsePacket.Readuint16();
if(nChangeID & 0x0001) // CLIENTUPDATE_POSITION
LTStrCat(aMsgBuff, "POS ", nBufferSize);
if(nChangeID & 0x0002) // CLIENTUPDATE_ROTATION
LTStrCat(aMsgBuff, "ROT ", nBufferSize);
if(nChangeID & 0x0004) // CLIENTUPDATE_VELOCITY
LTStrCat(aMsgBuff, "VEL ", nBufferSize);
if(nChangeID & 0x0008) // CLIENTUPDATE_AIMING
LTStrCat(aMsgBuff, "AIM ", nBufferSize);
if(nChangeID & 0x0010) // CLIENTUPDATE_INPUTALLOWED
LTStrCat(aMsgBuff, "INP ", nBufferSize);
if(nChangeID & 0x0020) // CLIENTUPDATE_SCALE
LTStrCat(aMsgBuff, "SCA ", nBufferSize);
if(nChangeID & 0x0040) // CLIENTUPDATE_DIMS
LTStrCat(aMsgBuff, "DIM ", nBufferSize);
if(nChangeID & 0x0080) // CLIENTUPDATE_FLAGS
LTStrCat(aMsgBuff, "FL1 ", nBufferSize);
if(nChangeID & 0x0100) // CLIENTUPDATE_FLAGS2
LTStrCat(aMsgBuff, "FL2 ", nBufferSize);
if(nChangeID & 0x0200) // CLIENTUPDATE_MOVEMENTSTATE
LTStrCat(aMsgBuff, "MST ", nBufferSize);
if(nChangeID & 0x0400) // CLIENTUPDATE_CTRLFLAGS
LTStrCat(aMsgBuff, "CTR ", nBufferSize);
break;
}
case 102 : // MID_PLAYER_INFOCHANGE
{
LTStrCat(aMsgBuff, "PIC ", nBufferSize);
if (cParsePacket.TellEnd() < 8)
{
LTStrCat(aMsgBuff, "BAD ", nBufferSize);
break;
}
uint8 nChangeID = cParsePacket.Readuint8();
switch (nChangeID)
{
case 1 : //IC_AMMO_ID
LTStrCat(aMsgBuff, "AMO ", nBufferSize);
break;
case 2 : //IC_HEALTH_ID
LTStrCat(aMsgBuff, "HEA ", nBufferSize);
break;
case 3 : //IC_ARMOR_ID
LTStrCat(aMsgBuff, "ARM ", nBufferSize);
break;
case 4 : //IC_WEAPON_ID
LTStrCat(aMsgBuff, "WEA ", nBufferSize);
break;
case 5 : //IC_WEAPON_PICKUP_ID
LTStrCat(aMsgBuff, "WPI ", nBufferSize);
break;
case 6 : //IC_AIRLEVEL_ID
LTStrCat(aMsgBuff, "AIR ", nBufferSize);
break;
case 7 : //IC_ROCKETLOCK_ID
LTStrCat(aMsgBuff, "ROC ", nBufferSize);
break;
case 8 : //IC_OUTOFAMMO_ID
LTStrCat(aMsgBuff, "OUT ", nBufferSize);
break;
case 9 : //IC_OBJECTIVE_ID
LTStrCat(aMsgBuff, "OBJ ", nBufferSize);
break;
case 10 : //IC_MOD_PICKUP_ID
LTStrCat(aMsgBuff, "MOD ", nBufferSize);
break;
case 11 : //IC_EMPTY ??
LTStrCat(aMsgBuff, "EMP ", nBufferSize);
break;
case 12 : //IC_RESET_INVENTORY_ID
LTStrCat(aMsgBuff, "INV ", nBufferSize);
break;
case 13 : //IC_MISSION_TEXT_ID
LTStrCat(aMsgBuff, "MTX ", nBufferSize);
break;
case 14 : //IC_MISSION_FAILED_ID
LTStrCat(aMsgBuff, "MFA ", nBufferSize);
break;
case 15 : //IC_MAX_HEALTH_ID
LTStrCat(aMsgBuff, "MXH ", nBufferSize);
break;
case 16 : //IC_MAX_ARMOR_ID
LTStrCat(aMsgBuff, "MXA ", nBufferSize);
break;
case 17 : //IC_FILL_ALL_CLIPS_ID
LTStrCat(aMsgBuff, "FAC ", nBufferSize);
break;
case 18 : //IC_CANNON_CHARGE_ID
LTStrCat(aMsgBuff, "CAN ", nBufferSize);
break;
case 19 : //IC_BATTERY_CHARGE_ID
LTStrCat(aMsgBuff, "BAT ", nBufferSize);
break;
default :
LTStrCat(aMsgBuff, "UNK ", nBufferSize);
break;
}
break;
}
case 106 : // MID_PLAYER_ORIENTATION
LTSNPrintF(aTemp, sizeof(aTemp), "PLO |%d|", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
break;
case 113 : // MID_PLAYER_DAMAGE
LTSNPrintF(aTemp, sizeof(aTemp), "PLD |%d|", cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
break;
case 190 : //MID_PHYSICS_UPDATE
LTStrCat(aMsgBuff, "PHU ", nBufferSize);
break;
default :
{
LTSNPrintF(aTemp, sizeof(aTemp), "%2x |%d| ", (uint32)nMsgID, cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
break;
}
}
break;
}
case 0xE : //SMSG_PACKETGROUP
LTStrCat(aMsgBuff, "(GRP) ", nBufferSize);
break;
// case 0xF : //SMSG_CHANGEOBJECTFILENAMES
// LTStrCat(aMsgBuff, "(COF) ", nBufferSize);
// break;
case 0x10 : //SMSG_CONSOLEVAR
LTStrCat(aMsgBuff, "(CV ) ", nBufferSize);
break;
case 0x11 : //SMSG_SKYDEF
LTStrCat(aMsgBuff, "(SKY) ", nBufferSize);
break;
case 0x12 : //SMSG_INSTANTSPECIALEFFECT
LTStrCat(aMsgBuff, "(ISE) ", nBufferSize);
break;
case 0x13 : //SMSG_PORTALFLAGS
LTStrCat(aMsgBuff, "(PF ) ", nBufferSize);
break;
case 0x15 : //SMSG_PRELOADLIST
LTStrCat(aMsgBuff, "(PLL) ", nBufferSize);
break;
case 0x17 : //SMSG_THREADLOAD
LTStrCat(aMsgBuff, "(THL) ", nBufferSize);
break;
case 0x18 : //SMSG_UNLOAD
LTStrCat(aMsgBuff, "(UL ) ", nBufferSize);
break;
case 0x19 : //SMSG_LMANIMINFO
LTStrCat(aMsgBuff, "(LMA) ", nBufferSize);
break;
case 0x1A : //SMSG_GLOBALLIGHT
LTStrCat(aMsgBuff, "(GL ) ", nBufferSize);
break;
case 0x32 : //STC_FILEDESC
LTStrCat(aMsgBuff, "(FD ) ", nBufferSize);
break;
case 0x33 : //STC_STARTTRANSFER
LTStrCat(aMsgBuff, "(ST ) ", nBufferSize);
break;
case 0x34 : //STC_CANCELFILETRANSFER
LTStrCat(aMsgBuff, "(CFT) ", nBufferSize);
break;
case 0x35 : //STC_FILEBLOCK
LTStrCat(aMsgBuff, "(FB ) ", nBufferSize);
break;
case 0x36 : //CTS_FILESTATUS
LTStrCat(aMsgBuff, "(FS ) ", nBufferSize);
break;
case 0x38 : //CTS_GOTYOSHIT
LTStrCat(aMsgBuff, "(GYS) ", nBufferSize);
break;
default :
LTSNPrintF(aTemp, sizeof(aTemp), "(UNK) |%d, %d|", nPacketID, cParsePacket.TellEnd());
LTStrCat(aMsgBuff, aTemp, nBufferSize);
break;
}
}
bool Protocol79::GameworldLogin () {
// this is valid for 7.9!
// 7.7 has a bit different order of stuff! check out old outcast's sources
NetworkMessage nm;
SetProtocolStatus("Preparing to transfer logon data...");
connectiontype = GAMEWORLD;
nm.AddU8(0x0A); // protocol id
// in 7.72 onwards move this BEFORE the keys and BEFORE the encryption
nm.AddU16(0x02); // client OS
nm.AddU16(protocolversion);
SetProtocolStatus("RSA encryption...");
nm.RSABegin();
//key[3] = 92;
// encryption keys
for (int i = 0 ; i < 4 ; i++) {
nm.AddU32(key[i]);
//printf("KEY %d - %d\n", i, key[i]);
}
// are we a gamemaster
nm.AddChar(0);
// account number and password
nm.AddU32(atol(this->username.c_str())); // this does NOT exist before 7.4
nm.AddString(this->charlist[this->charlistselected]->charactername);
nm.AddString(this->password);
nm.RSAEncrypt();
SetProtocolStatus("Transmitting logon data...");
if (!nm.Dump(s)) {
this->errormsg = "Could not write to socket.\nPossible it's a premature disconnect.\n\nCheck you typed in the correct protocol!";
return false;
}
// SetStance(DEFENSIVE, STAND);
SetProtocolStatus("Waiting for response...");
//nm.Clean();
NetworkMessage nm2;
//nm.FillFromSocket(s);
if (!nm2.FillFromSocket(s )) {
this->errormsg = "Could not read from socket.\nPossibly it's a premature disconnect.\n\nCheck you typed in the correct protocol!";
return false;
}
nm2.XTEADecrypt(key);
logonsuccessful = true;
while ((signed int)(nm2.GetSize())>0 && ParsePacket(&nm2));
if ((signed int)(nm2.GetSize())!=0) printf("++++++++++++++++++++DIDNT EMPTY UP THE NETWORKMESSAGE!++++++++++++++++++\n");
if (logonsuccessful) active = true;
return logonsuccessful;
}
void Sabertooth::StopAll(){
ParsePacket(127, 127);
}
int main(void)
{
// don;t want to fire on power up !
P2SEL = 0;
P2SEL2 = 0;
P3OUT = 0;
P2OUT = 0;
P3DIR = 0xff;
//WDTCTL = WDTPW + WDTHOLD;
WDTCTL = WDT_ARST_250;
// sET UP aclk
BCSCTL3 |= LFXT1S_2;
// Set all pins to output to stop floating
P1DIR = 0xC0;
P2DIR = 0xFF;
P3DIR = 0xFF;
// device running at 16MHz
BCSCTL1= CALBC1_16MHZ;
DCOCTL = CALDCO_16MHZ;
Green();
bRGBValues[0] = 97;
bRGBValues[1] = 97;
bRGBValues[2] = 97;
bRGBValues[3] = 97;
bRGBValues[4] = 97;
bRGBValues[5] = 97;
LoadConfig();
DoSWPWM();
initXBus();
_EINT();
int i = 0;
while (1)
{
if (NewPacket())
{
bLastMessage = 0;
ParsePacket();
bRGBValues[0] = RCScale(Channel((RGB1_RED)));
bRGBValues[1] = RCScale(Channel((RGB1_GREEN)));
bRGBValues[2] = RCScale(Channel((RGB1_BLUE)));
bRGBValues[3] = RCScale(Channel((RGB2_RED)));
bRGBValues[4] = RCScale(Channel((RGB2_GREEN)));
bRGBValues[5] = RCScale(Channel((RGB2_BLUE)));
BlackoutCheck();
// check for pyro fire
P2OUT &= ~BIT5;
P2OUT &= ~BIT4;
if (Channel(PYRO1_FIRE) == 0xDE)
{
P2OUT |= BIT5;
}
if (Channel(PYRO2_FIRE) == 0xDE)
{
P2OUT |= BIT4;
}
if (i)
{
Red();
i = 0;
}
else
{
Green();
i = 1;
}
}
if (bLastMessage > 5000)
{
bRGBValues[0] = 0xff;
bRGBValues[1] = 0;
bRGBValues[2] = 0xff;
bRGBValues[3] = 0xff;
bRGBValues[4] = 0;
bRGBValues[5] = 0xff;
bLastMessage = 0;
Red();
}
WDTCTL = WDT_ARST_250;
}
}
CTsPacket::CTsPacket(const BYTE *pHexData)
: CMediaData(pHexData, TS_PACKETSIZE)
{
// バイナリデータからパケットを生成する
ParsePacket();
}