DWORD IRCMsgThread::Run() {
onSysMsg(L"IRCMsgThread Start");
iStatus=IRC_NORMAL;
IRCMsgQueue.clear();
unsigned int bufferlen;
std::string recvstring,msg,umsg; //TwitchIRC use MultiByte
while(!bKillThread ) {
//Receive First
bufferlen=0;
memset(buffer, 0, DEFAULT_BUFLEN);
if(TheSocketPtr->recv_data((char*)buffer, bufferlen)) { //Disconnected
iStatus=IRC_DISCONNECTED;
break;
}
recvstring=std::string(buffer,bufferlen);
//onDebugMsg(L"%ls",from_utf8(recvstring).c_str());
if(recvstring.compare(":tmi.twitch.tv NOTICE * :Login unsuccessful\r\n")==0 || //Twitch
recvstring.compare(":tmi.twitch.tv NOTICE * :Error encountered while attempting login\r\n")==0 ){ //Justin
Sleep(100); //Wait for logging
onSysMsg(L"Login unsuccessful");
iStatus=IRC_WRONGLOGIN;
break;
}//else if(recvstring.compare(":[email protected] PRIVMSG #append :break\r\n")==0){TheSocketPtr->CloseSocket();}
//Basic parsing: make it into a string, check for PING, if not-send for further parsing.
std::stringstream recvstr(recvstring);
while( recvstr.tellg() < bufferlen ) {
std::getline(recvstr,msg,'\n');
//Old Style
//:[email protected] PRIVMSG #ptken :what song is this ?
//PING LAG1967655232
//int colon_pos = (int)msg.find(":");
//if (msg[0] != ':' && colon_pos > 0) msg=msg.substr(colon_pos); //if an irc message begins with " ", then trim the leading spaces
//
//New Style
// @color=#FF4500;display-name=Gm470520;emotes=;mod=0;room-id=47281189;subscriber=1;turbo=0;user-id=24255667;user-type= :[email protected] PRIVMSG #tetristhegrandmaster3 :這片到底在沖三小w
int at_pos = (int)msg.find("@");
if (msg[0] != '@' && at_pos > 0) msg=msg.substr(at_pos); //if an irc message begins with " ", then trim the leading spaces
if (msg[msg.length()-1]=='\r') msg=msg.substr(0,msg.length()-1); //trim the CR: getline only trim the LF
log(from_utf8(msg), LogType(RECEIVE)); //Although log file is in UTF8....using vswprintf
//Ping Check
umsg=msg.substr(0,5);
ToUpperString(umsg);
if (!umsg.compare("PING ")) sendRaw( L"PONG " + from_utf8(msg.substr(5)) ); // respond to PINGs //Reply Immediately
//Then parse the message
else parseMessage(from_utf8(msg));
}
Sleep(100);
}
//Determine the reason to break the loop.
if(!bKillThread) {
if(iStatus==IRC_DISCONNECTED) onSysMsg(L"IRCMsgThread: Disconnect Unexpectedly");
if(iStatus==IRC_WRONGLOGIN) onSysMsg(L"IRCMsgThread: Wrong Login Information");
}
else iStatus=IRC_CLOSED;
//onDebugMsg(L"[Last Buffer]%ls",from_utf8(recvstring).c_str());
onSysMsg(L"IRCMsgThread Close");
thread=0;
return 0;
}
int main(int argc, char **argv)
{
char EncodingString[2048];
int Index = 0;
int ErrorCode = 0;
DEVICE_INFO_T DeviceInfo;
Q_ENTRY *req = qCgiRequestParse(NULL, (Q_CGI_T) 0);
SvcLog = NULL;
SvcLog = openLog("DEVICEINFO", LOG_FILE, LOG_MODE);
memset(&DeviceInfo, 0x00, sizeof(DEVICE_INFO_T));
memset(EncodingString, 0x00, 2048);
if((ErrorCode = GetParams(req, EncodingString)) == SDRM_NO_ERROR) {
if(strncmp(EncodingString, "IA", 2) == 0) {
Index = 2;
}
else if(strncmp(EncodingString, "EA", 2) == 0) {
Index = 2;
}
ErrorCode = DecodingDeviceString4MGR(EncodingString+Index, &DeviceInfo);
ToUpperString(DeviceInfo.UUID, strlen(DeviceInfo.UUID));
ToUpperString(DeviceInfo.SecondaryUUID, strlen(DeviceInfo.SecondaryUUID));
printLog(HEAD, "ClientIP(%s)Input(%s)\t\n<=>UUID(%s)SecondaryUUID(%s)UUIDTypes(%s)DeviceName(%s)OSVersion(%s)AppVersion(%s)RegVersion(%s)BuildNum(%s)ErrorCode(%d)\n",
getenv("REMOTE_ADDR"), EncodingString, DeviceInfo.UUID, DeviceInfo.SecondaryUUID, DeviceInfo.UUIDTypes,
DeviceInfo.DeviceName, DeviceInfo.OSVersion, DeviceInfo.AppVersion, DeviceInfo.RegisterVersion, DeviceInfo.BuildNumber, ErrorCode);
}
else {
printLog(HEAD, "CientIP(%s)InvalidParams...\n", getenv("REMOTE_ADDR"));
}
qCgiResponseSetContentType(req, "text/html");
printResultDeviceInfo(ErrorCode, DeviceInfo);
closeLog(SvcLog);
return 0;
}
jstring Java_com_thinkware_i3dlite_AuthConfirm_GetAuthParam(JNIEnv *env, jobject thiz, jobject activity)
{
char AllPropString[512];
char PropName[32];
char PropValue[32];
char DeviceID[32];
char Mdn[32];
int index = 0;
int i = 0;
int retry = 0;
memset(AllPropString, 0, sizeof(AllPropString));
memset(PropName, 0, sizeof(PropName));
memset(PropValue, 0, sizeof(PropValue));
memset(DeviceID, 0, sizeof(DeviceID)); //IMEI
memset(Mdn, 0, sizeof(Mdn));
for(i=0; i<DEVICE_PROPERTY_COUNT; i++) {
memset(PropName, 0, sizeof(PropName));
memset(PropValue, 0, sizeof(PropValue));
sprintf(PropName, "val%d", i+1);
strcpy(AllPropString+index, PropName);
index += strlen(PropName);
AllPropString[index] = '=';
index++;
__system_property_get(PropNameList[i], PropValue);
if( strcmp(PropNameList[i], "ril.wifi_macaddr") == 0 ) {
if( strlen(PropValue) == 0 ) { // ril.wifi_macaddr로 못가져왔을때
while(retry < GET_WIFI_MAC_RETRY_CNT) {
GetWifiMac(env, activity, PropValue);
if(strlen(PropValue) >= 12) break;
else Delay(1000);
retry++;
}
}
ToUpperString(PropValue, strlen(PropValue));
RemoveColonDashSpace(PropValue, strlen(PropValue));
//if(strlen(PropValue)<12) { // 최종적으로 WIFI MAC을 못가져왔을때 "NONE"으로 채워서 내보낸다.
// strcpy(PropValue, NONE_VALUE_STRING);
//}
} else if( strcmp(PropNameList[i], "ro.serialno") == 0 ) { // ro.serialno로 못가져왔을때
if( strlen(PropValue) == 0 ) {
GetBuildSerial(env, activity, PropValue);
}
ToUpperString(PropValue, strlen(PropValue));
} else if( strcmp(PropNameList[i], "ro.product.model") == 0 ) {
ToUpperString(PropValue, strlen(PropValue));
}
// 값이 없는것들은 "NONE"으로 내보내기
if(strlen(PropValue) == 0) {
strcpy(PropValue, NONE_VALUE_STRING);
}
strcpy(AllPropString+index, PropValue);
index += strlen(PropValue);
AllPropString[index] = '|';
index++;
}
// DeviceID(IMEI)
GetDeviceID(env, activity, DeviceID);
strcpy(AllPropString+index, "val5");
index += strlen("val5");
AllPropString[index] = '=';
index++;
if(strlen(DeviceID) == 0) { // 값 없으면 "NONE"으로 내보내기
strcpy(DeviceID, NONE_VALUE_STRING);
}
strcpy(AllPropString+index, DeviceID);
index += strlen(DeviceID);
AllPropString[index] = '|';
index++;
// MDN
GetMdn(env, activity, Mdn);
verifyMdn(Mdn); // 전화번보 +82로 시작하는거 0으로 바꾸기
strcpy(AllPropString+index, "val6");
index += strlen("val6");
AllPropString[index] = '=';
index++;
if(strlen(Mdn) == 0) { // 값 없으면 "NONE"으로 내보내기
strcpy(Mdn, NONE_VALUE_STRING);
}
strcpy(AllPropString+index, Mdn);
index += strlen(Mdn);
AllPropString[index] = '|';
index++;
return (*env)->NewStringUTF(env, AllPropString);
}
// Interface chaged by [email protected] // from // int decode_crypt_data_from_file(const char * file_name, // const long start_offset, const long exist_offset, DRMInfo * info, char* map_version) // to int decode_crypt_data_from_file(const char * file_name, const long start_offset, const long exist_offset, DRMInfo * info, DRMInfo DeviceDRMInfo) { FILE *fptr = NULL ; char data[320] = "" ; long read_byte = 0 ; int i; struct stat stbuf ; char exist_flag = 0 ; char MAP_CATEGORY, MAP_CATEGORY_2; D("DEBUG: decode_crypt_data_from_file:%s:%d:%d:%s\n", file_name, start_offset, exist_offset, DeviceDRMInfo.map_ver) ; if(stat(file_name, &stbuf) != 0) { D("ERR: %s file read fail (file not found)!\n", file_name) ; return DRM_ERR_NOFILE ; } fptr = fopen(file_name, "rb") ; if(fptr == NULL) { D("ERR: %s file read fail (file not found)!\n", file_name) ; return DRM_ERR_NOFILE ; } if(exist_offset> 0) { fseek(fptr, exist_offset, SEEK_SET) ; read_byte = fread(&exist_flag, 1, 1, fptr) ; D("DEBUG: exist_flag[%d]\n", exist_flag) ; if(exist_flag == 0) { fclose(fptr) ; return DRM_ERR_NONE ; } else if(exist_flag != 1) { D("ERR: exist_flag[%d]\n", exist_flag) ; fclose(fptr) ; return DRM_ERR_DECODE ; } } fseek(fptr, start_offset, SEEK_SET) ; read_byte = fread(data, 1, 320, fptr) ; if (read_byte != 320) { D("ERR: %s file auth fail (read_byte:%d)!\n", file_name, read_byte) ; fclose(fptr) ; return DRM_ERR_READ; } int ret = getAuthData_Beecryption_(data, info); D("DEBUG - uuid(%s)device(%s)\n", info->uuid, info->device) ; if (ret != 1) { D("ERR: %s file auth fail (decode)!\n", file_name); fclose(fptr) ; return DRM_ERR_DECODE; } D("DEBUG: info->file_size[%s] stbuf.st_size(%d)\n", info->file_size, stbuf.st_size) ; fclose(fptr) ; if(stbuf.st_size != atoi(info->file_size)) { D("ERR: %s file Not Match File Size(r:%d vs i:%s)\n", file_name, stbuf.st_size, info->file_size) ; return DRM_ERR_NOMATCHFILESIZE; } D("DEBUG::UUID(%s) VS Primary(%s)Secondary(%s)\n", info->uuid, DeviceDRMInfo.uuid, DeviceDRMInfo.secondary_uuid); if (strncmp(info->uuid, DeviceDRMInfo.uuid, sizeof(info->uuid)) != 0) { if (strncmp(info->uuid, DeviceDRMInfo.secondary_uuid, sizeof(info->uuid)) != 0) { // Convert UUID from MapData to uppercase and re-compare ToUpperString(info->uuid, strlen(info->uuid)); if (strncmp(info->uuid, DeviceDRMInfo.uuid, sizeof(info->uuid)) != 0) { if (strncmp(info->uuid, DeviceDRMInfo.secondary_uuid, sizeof(info->uuid)) != 0) { D("ERR: %s file auth fail (not match uuid) AuthUUID(%s) V.S. PrimayUUID(%s)SecondayUUID(%s)!! \n", file_name, info->uuid, DeviceDRMInfo.uuid, DeviceDRMInfo.secondary_uuid) ; return DRM_ERR_NOMATCHUUID; } } } } #ifndef __NO_DRM // ON DRM if (strncmp(info->device, DeviceDRMInfo.device, REALDEVICENAME_LEN) != 0) { D("ERR: %s file auth fail\n", file_name); D("(not match device(%.12s)(%.12s))!\n", info->device, DeviceDRMInfo.device) ; return DRM_ERR_NOMATCH_DEVICE; } #endif if( strncmp(info->map_ver, DeviceDRMInfo.map_ver, strlen(DeviceDRMInfo.map_ver)) != 0 ) { D("ERR: %s not match map_version\n", info->map_ver) ; D("(not match Mapver(%.12s)(%.12s))!\n", info->map_ver, DeviceDRMInfo.map_ver) ; return DRM_ERR_NOMATCH_MAPVER; } if( strcmp(DeviceDRMInfo.register_ver, DEVICE_PND3D) == 0 || strcmp(DeviceDRMInfo.register_ver, DEVICE_PND3F) == 0) { MAP_CATEGORY = MAP_DEVICE_TW_PND; MAP_CATEGORY_2 = MAP_DEVICE_TW_PND2; } else { MAP_CATEGORY = MAP_DEVICE_NON_TWL; MAP_CATEGORY_2 = MAP_DEVICE_NON_TWR; } // Map Device Type Check if(DeviceDRMInfo.map_ver[DEVICE_CHECK_POSITION] != MAP_CATEGORY && DeviceDRMInfo.map_ver[DEVICE_CHECK_POSITION] != MAP_CATEGORY_2) { D("ERR: %s not match map_version (%c) category (%c) or (%c)\n", info->map_ver, DeviceDRMInfo.map_ver[DEVICE_CHECK_POSITION], MAP_CATEGORY, MAP_CATEGORY_2) ; D("(not match Mapver(%.12s)(%.12s))!\n", info->map_ver, DeviceDRMInfo.map_ver) ; return DRM_ERR_NOMATCH_MAPVER; } /* if (strncmp(info->app_build_num, DeviceDRMInfo.app_build_num, sizeof(info->app_build_num)) != 0) { D("ERR: %s file auth fail\n", file_name); D("(not match buildNum(%.8s)(%.8s))!\n", info->app_build_num, DeviceDRMInfo.app_build_num) ; return DRM_ERR_NOMATCH_BUILDNUM; } */ D("EXP(%s)ispaid(%c)info->exceed_days(%s)reserv(%s)\n", info->expire_date, info->ispaid, info->exceed_days, info->reserved); // memcpy(DeviceDRMInfo.expire_date, info->expire_date, 8); // memcpy(DeviceDRMInfo.reserved, info->reserved, 12); D("[OK] %s file auth success!\n", file_name); return DRM_ERR_NONE ; }
