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mainDat_thread.cpp
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mainDat_thread.cpp
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#include "mainDatClass.h"
//#include "booster/boosterDatClass.h"
#include "zlib.h"
#include <float.h>
using namespace std;
unsigned __stdcall manageThread(void* Address){
if( !Address ) return 1;
mainDatClass* dat = (mainDatClass*)Address;
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : manageThread start" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
//タイムアウト管理など
lastTimeStruct* lastTime = &(dat->lastTime);
DWORD* nowTime = &(dat->nowTime);
int size = sizeof(SOCKADDR_IN);
DWORD Counter;
//cmd_echoではないほうがよい
for(;;){
*nowTime = timeGetTime();
if( dat->Away.sin_addr.s_addr && lastTime->Away ){
if( dat->toughModeFlg ){
//TIMEOUTを無視
if( lastTime->Away + 8000 < *nowTime ){
dat->SendCmdM( dest_away, cmd_continue );
}
}else if( lastTime->Away + timeout_time < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Away), 0, size );
ReleaseMutex( dat->hMutex );
cout << "ERROR : TIMEOUT ( Away )" << endl;
dat->roopFlg = 0;
}else if( lastTime->Away + 8000 < *nowTime ){
dat->SendCmdM( dest_away, cmd_continue );
}
}
if( dat->Root.sin_addr.s_addr && lastTime->Root ){
if( dat->toughModeFlg ){
//TIMEOUTを無視
if( lastTime->Root + 8000 < *nowTime ){
dat->SendCmdM( dest_root, cmd_continue );
}
}else if( lastTime->Root + timeout_time < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Root), 0, size );
ReleaseMutex( dat->hMutex );
//要検討
if( dat->roopFlg ){
cout << "ERROR : TIMEOUT ( Root )" << endl;
}
//観戦してて、データが残っているときの対処
if( dat->myInfo.phase == phase_battle && ( dat->myInfo.terminalMode == mode_branch || dat->myInfo.terminalMode == mode_subbranch ) ){
//none
}else{
dat->roopFlg = 0;
}
}else if( lastTime->Root + 8000 < *nowTime ){
dat->SendCmdM( dest_root, cmd_continue );
}
}
for( Counter = 0; Counter<4; Counter++ ){
if( dat->Leaf[ Counter ].sin_addr.s_addr && lastTime->Leaf[ Counter ] ){
if( lastTime->Leaf[ Counter ] + timeout_time < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[ Counter ]), 0, size );
ReleaseMutex( dat->hMutex );
}else if( lastTime->Leaf[ Counter ] + 4000 < *nowTime ){
dat->SendCmdM( &(dat->Leaf[ Counter ]), cmd_continue );
}
}
}
if( dat->Access.sin_addr.s_addr && lastTime->Access ){
if( dat->toughModeFlg ){
//TIMEOUTを無視
}else if( lastTime->Access + timeout_time < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Access), 0, size );
ReleaseMutex( dat->hMutex );
cout << "ERROR : TIMEOUT ( Access )" << endl;
}else if( lastTime->Access + 4000 < *nowTime ){
dat->SendCmdM( dest_access, cmd_continue );
}
}
if( dat->Standby[0].sin_addr.s_addr ){
if( lastTime->Standby[0] + 3000 < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Standby[0]), 0, size );
memset( &(dat->Standby[1]), 0, size );
ReleaseMutex( dat->hMutex );
}
}
if( dat->Standby[1].sin_addr.s_addr ){
if( lastTime->Standby[1] + 3000 < *nowTime ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Standby[0]), 0, size );
memset( &(dat->Standby[1]), 0, size );
ReleaseMutex( dat->hMutex );
}
}
Sleep(500);
if( !(dat->continueFlg) ) break;
}
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : manageThread end" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
return 0;
}
unsigned __stdcall th075Thread(void* Address){
mainDatClass* dat = (mainDatClass*)Address;
if( !dat ) return 1;
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : th075th start" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
unsigned int cw;
dat->deInitFlg = 0;
{
STARTUPINFO si;
ZeroMemory( &si, sizeof(si) );
si.cb = sizeof( si );
ZeroMemory( &dat->pi, sizeof( dat->pi ) );
dat->priorityFlg = 0;
dat->windowModeFlg = 0;
dat->stageLimitCancelFlg = 0;
if( strcmp( dat->iniPath, "fail" ) ){
//position
if( GetPrivateProfileInt( "POSITION", "onoff", 0, dat->iniPath ) ){
int x,y;
x = GetPrivateProfileInt( "POSITION", "x", 0xFFFFFFF, dat->iniPath );
y = GetPrivateProfileInt( "POSITION", "y", 0xFFFFFFF, dat->iniPath );
if( x != 0xFFFFFFF && y != 0xFFFFFFF ){
if( x > 2000 ) x = 0;
if( x < -1000 ) x = 0;
if( y > 2000 ) y = 0;
if( y < -1000 ) y = 0;
si.dwX = x;
si.dwY = y;
si.dwFlags |= STARTF_USEPOSITION;
}
}
//priorityFlg
dat->priorityFlg = (WORD)GetPrivateProfileInt( "MAIN", "priority", 0, dat->iniPath );
//windowMode
dat->windowModeFlg = (WORD)GetPrivateProfileInt( "MAIN", "windowMode", 1, dat->iniPath );
//stageLimitCancel
dat->stageLimitCancelFlg = (WORD)GetPrivateProfileInt( "MAIN", "stageLimitCancel", 0, dat->iniPath );
}
{
char path[200];
memset( path, 0, sizeof( path ) );
if( strcmp( th075_path, "akatsukibk.exe" ) ){
//path指定のときのため
strcpy( path, th075_path );
}else{
if( strcmp( dat->nowDir, "fail" ) && strlen( dat->nowDir ) < 180 ){
strcpy( path ,dat->nowDir );
strcat( path, "\\akatsukibk.exe\0" );
}else{
strcpy( path, "fail\0" );
}
}
if( strcmp( path, "fail" ) ){
if( !CreateProcess( path, NULL, NULL, NULL, FALSE, DEBUG_PROCESS, NULL, NULL, &si, &(dat->pi) ) ){
cout << "ERROR : akatsukibk start failed." << endl;
cout << "Make sure ABKCaster is in the same folder as akatsukibk.exe." << endl;
cout << "Also, stop any applications that use GameGuard." << endl;
dat->hProcess = NULL;
if( dat->hCheckEvent ){
SetEvent(dat->hCheckEvent);
}
return 1;
}
}else{
cout << "ERROR : ABK path set failed." <<endl;
}
}
dat->hProcess = OpenProcess(PROCESS_ALL_ACCESS, false, dat->pi.dwProcessId);
if (!dat->hProcess) {
dat->hProcess = dat->pi.hProcess;
}
if( dat->hCheckEvent ){
SetEvent(dat->hCheckEvent);
}
}
//mainRoop
dat->mainRoop();
CloseHandle(dat->pi.hThread);
dat->pi.hThread = NULL;
CloseHandle(dat->pi.hProcess);
dat->pi.hProcess = NULL;
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : th075th end" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
return 0;
}
unsigned __stdcall sendThread(void* Address){
mainDatClass* dat = (mainDatClass*)Address;
if( !dat ) return 1;
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : sendThread start" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
int Counter;
sTaskClass* sTask;
SOCKADDR_IN addr;
int addrSize = sizeof(SOCKADDR_IN);
while( dat->continueFlg ){
for(Counter=0; Counter<50; Counter++){
if(dat->sTask[Counter].Flg){
// cout << "sTask." << Counter << " send" << endl;
sTask = &( dat->sTask[Counter] );
if( sTask->dest == dest_away ){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->Away;
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}else if( sTask->dest == dest_root ){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->Root;
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}else if( sTask->dest == dest_branch ){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->Branch;
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}else if( sTask->dest == dest_subbranch ){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->subBranch;
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}else if( sTask->dest == dest_leaf ){
int leafCounter;
for(leafCounter = 0; leafCounter<4; leafCounter++){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->Leaf[ leafCounter ];
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}
}else if( sTask->dest == dest_addr ){
// addr = sTask->addr;
if( sTask->addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&(sTask->addr), addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&(sTask->addr), addrSize);
}
}else if( sTask->dest == dest_access ){
WaitForSingleObject( dat->hMutex, INFINITE );
addr = dat->Access;
ReleaseMutex( dat->hMutex );
if( addr.sin_addr.s_addr ){
if(sTask->Flg == stask_data) sendto(dat->s, (const char*)sTask->data, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
if(sTask->Flg == stask_area) sendto(dat->s, (const char*)sTask->Address, sTask->size, 0, (SOCKADDR*)&addr, addrSize);
}
}
sTask->Flg = 0;
}
}
WaitForSingleObject( dat->hSendEvent, INFINITE );
}
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : sendThread end" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
return 0;
}
//ローカルIPを弾く
//未テスト
//127.0.0.1→7F 00 00 01
int TestIP( DWORD IP ){
if( !IP ) return 1;
BYTE* ip = (BYTE*)&IP;
// cout << (WORD)ip[0] << (WORD)ip[1] << (WORD)ip[2] << (WORD)ip[3] << endl;
//10.0.0.0～10.255.255.255
if( ip[0] == 10 ) return 1;
//172.16.0.0～172.31.255.255
if( ip[0] == 172 && ip[1] >= 16 && ip[1] <= 31 ) return 1;
//192.168.0.0～192.168.255.255
if( ip[0] == 192 && ip[1] == 168 ) return 1;
//127.0.0.1
if( IP == 0x100007F ) return 1;
return 0;
}
//addrの中身を弄るときはMUTEXを取得する
unsigned __stdcall recvThread(void* Address){
mainDatClass* dat = (mainDatClass*)Address;
if(!dat) return 1;
#if debug_mode_thread
WaitForSingleObject( dat->hPrintMutex, INFINITE );
cout << "debug : rcvThread start" << endl;
ReleaseMutex( dat->hPrintMutex );
#endif
//バージョン情報もあったほうがいい
int addrSize = sizeof(SOCKADDR_IN);
int size;
SOCKADDR_IN addr;
BYTE data[1024];
BYTE recvBuf[ recv_buf_size ];
BYTE* recvData = &recvBuf[5];
BYTE* command = &recvBuf[4];
lastTimeStruct* lastTime = &(dat->lastTime);
DWORD* nowTime = &(dat->nowTime);
DWORD reqTime[4][2];
memset( reqTime, 0, sizeof(reqTime) );
DWORD transTime = 0;
DWORD readyTime = 0;
//z_buf
BYTE* zBuf = (BYTE*)malloc( z_buf_size );
if( !zBuf ){
return 1;
}
//cmd_exit
DWORD cmdExitTime[20][2];
memset( cmdExitTime, 0, sizeof( cmdExitTime ) );
while( dat->continueFlg ){
size = recvfrom( dat->s, (char*)recvBuf, recv_buf_size, 0, (SOCKADDR*)&addr, &addrSize);
if( size < 0) {
// cout << "Error at recvfrom()" << endl;
//相手のポートが受信状態でないとき等もエラーになる
//要検討
if( addr.sin_addr.s_addr == 0 ){
// cout << "SOCKET : END" << endl;
// dat->roopFlg = 0;
//手違いのときのための対処
if( dat->continueFlg ){
Sleep(2);
}
}else if( addr.sin_addr.s_addr == dat->Root.sin_addr.s_addr ){
if( dat->toughModeFlg ){
//エラーを無視する
}else{
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Root), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
cout << "ERROR : RecvFrom ( Root )" << endl;
dat->roopFlg = 0;
}
}else if( addr.sin_addr.s_addr == dat->Away.sin_addr.s_addr ){
if( dat->toughModeFlg ){
//エラーを無視する
}else{
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Away), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
cout << "ERROR : RecvFrom ( Away )" << endl;
dat->roopFlg = 0;
}
}else if( addr.sin_addr.s_addr == dat->Leaf[0].sin_addr.s_addr ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[0]), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
}else if( addr.sin_addr.s_addr == dat->Leaf[1].sin_addr.s_addr ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[1]), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
}else if( addr.sin_addr.s_addr == dat->Leaf[2].sin_addr.s_addr ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[2]), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
}else if( addr.sin_addr.s_addr == dat->Leaf[3].sin_addr.s_addr ){
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[3]), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
}else if( addr.sin_addr.s_addr == dat->Access.sin_addr.s_addr ){
if( dat->toughModeFlg ){
//エラーを無視する
}else{
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Access), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
cout << "ERROR : RecvFrom ( Access )" << endl;
}
}
}else{
if(size > recv_buf_size) size = 0;
if( size ){
//要検討
// if(size > 100) size = 100;
// cout << "recv" << endl;
//debug
// if( TestIP( addr.sin_addr.s_addr ) ) cout << "debug : Local IP" << endl;
if( recvBuf[0] == cmd_version && recvBuf[1] == cmd_space_1 && recvBuf[2] == cmd_space_2 && recvBuf[3] == cmd_space_3 ){
if( addr.sin_addr.s_addr == dat->Away.sin_addr.s_addr){
//対戦相手からの通信
if( *command != cmd_exit ){
lastTime->Away = *nowTime;
}
switch( *command ){
case cmd_exit :
dat->roopFlg = 0;
//cout << "Received cmd_exit." << endl;
break;
case cmd_continue :
dat->SendCmdR( dest_away, res_continue );
break;
case cmd_echo :
dat->SendCmdR( dest_away, res_echo );
break;
case res_echo :
dat->echoFlg.Away = 1;
break;
case res_access :
dat->accessFlg = recvData[0];
if (size >= 11 && !memcmp(&recvData[1], mbcaster_id, 5)) {
dat->remoteProtocolVersion = recvData[6];
}
if (dat->remoteProtocolVersion >= 1 && recvData[7] > 0 && !dat->namesLocked) {
int l = recvData[8];
if (l >= 0 && l <= 20) {
memcpy(dat->p2PlayerName, &recvData[9], l);
dat->p2PlayerName[l] = 0;
dat->cleanString(dat->p2PlayerName, 1);
}
}
break;
case cmd_access :
data[0] = status_ok;
dat->SendCmdR( dest_away, res_access, data, 1 );
dat->accessFlg = status_ok;
break;
case cmd_sendinput :
//戦闘中の入力データを格納する
{
BYTE enSide = 0;
if( dat->myInfo.playerSide == 0xA ){
enSide = 0xB;
}else if( dat->myInfo.playerSide == 0xB ){
enSide = 0xA;
}
if( enSide ){
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
WORD *inputBuf = (WORD *)&recvData[6];
if( gameTimeTemp < 30 ){
dat->inputData.SetInputData( recvData[0], gameTimeTemp , enSide, inputBuf[0] );
}else{
dat->inputData.SetInputData( recvData[0], gameTimeTemp , enSide, inputBuf[0] );
dat->inputData.SetInputData( recvData[0], gameTimeTemp - 2 , enSide, inputBuf[1] );
dat->inputData.SetInputData( recvData[0], gameTimeTemp - 4 , enSide, inputBuf[2] );
dat->inputData.SetInputData( recvData[0], gameTimeTemp - 6 , enSide, inputBuf[3] );
dat->inputData.SetInputData( recvData[0], gameTimeTemp - 8 , enSide, inputBuf[4] );
dat->inputData.SetInputData( recvData[0], gameTimeTemp - 10 , enSide, inputBuf[5] );
}
gameTimeTemp = *(DWORD*)&recvData[20];
if( size > 18 && !( gameTimeTemp%20 ) ){
//set syncData
// cout << "debug : set syncData Away" << endl;
dat->syncData.SetSyncDataAwayA( gameTimeTemp, *(DWORD*)&recvData[24], *(DWORD*)&recvData[28] );
dat->syncData.SetSyncDataAwayB( gameTimeTemp, *(DWORD*)&recvData[32], *(DWORD*)&recvData[36] );
}
}
}
break;
case res_input_req :
//戦闘中の入力データを格納する
{
BYTE enSide = 0;
if( dat->myInfo.playerSide == 0xA ){
enSide = 0xB;
}else if( dat->myInfo.playerSide == 0xB ){
enSide = 0xA;
}
if( enSide ){
dat->inputData.SetInputData( recvData[0], *(DWORD*)&recvData[2] , enSide, *(WORD*)&recvData[6] );
}
}
break;
case cmd_input_req :
//入力を返信する
{
BYTE mySide = dat->myInfo.playerSide;
if( !( dat->inputData.GetInputData( recvData[0], *(DWORD*)&recvData[2], mySide, (WORD *)&data[6] ) ) ){
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = *(DWORD*)&recvData[2];
dat->SendCmdR( dest_away, res_input_req, data, 8 );
}
}
break;
case res_time :
//相手の時間を格納
dat->enInfo.gameTime = *(DWORD*)recvData;
break;
case cmd_time :
//時間を送る
dat->SendCmdR( dest_away, res_time, &( dat->myInfo.gameTime ), 4 );
break;
case res_gameInfo :
//メニューの情報を格納
memcpy( &(dat->enInfo), recvData, sizeof(dat->enInfo) );
break;
case cmd_gameInfo :
//メニューの情報を送る
dat->SendCmdR( dest_away, res_gameInfo, &(dat->myInfo), sizeof(dat->myInfo) );
break;
case cmd_delay :
*(WORD*)&data[0] = dat->delayTime;
*(WORD*)&data[2] = (WORD)(dat->delay * 10);
dat->SendCmdR( dest_away, res_delay, data, 4 );
break;
case res_delay :
//delayObsも表示させたい
dat->delayTime = *(WORD*)recvData;
dat->delay = ( (float)*(WORD*)&recvData[2] ) / 10;
break;
case cmd_delayobs :
dat->SendCmdR( dest_away, res_delayobs, recvData, 4 );
break;
case res_delayobs :
if( dat->delayTimeObsNo < 5 ){
DWORD timeTemp = timeGetTime();
dat->delayTimeObs[ dat->delayTimeObsNo ] = (float)(timeTemp - *(DWORD*)recvData );
dat->delayTimeObsNo = dat->delayTimeObsNo + 1;
}
break;
case cmd_rand : //できれば細かいデータはまとめる方向で
data[0] = dat->myRandNo;
data[1] = dat->myRand;
dat->SendCmdR( dest_away, res_rand, data, 2 );
break;
case res_rand :
dat->enRandNo = recvData[0];
dat->enRand = recvData[1];
break;
case cmd_playerside :
dat->SendCmdR( dest_away, res_playerside, &( dat->myInfo.playerSide), 1 );
break;
case res_playerside :
dat->enInfo.playerSide = recvData[0];
break;
case cmd_session :
data[0] = dat->myInfo.sessionNo;
data[1] = dat->myInfo.sessionID;
data[2] = dat->myInfo.sessionIDNext;
dat->SendCmdR( dest_away, res_session, data, 3 );
break;
case res_session :
dat->enInfo.sessionNo = recvData[0];
dat->enInfo.sessionID = recvData[1];
dat->enInfo.sessionIDNext = recvData[2];
break;
case cmd_initflg :
dat->SendCmdR( dest_away, res_initflg, &( dat->myInitFlg ), 1 );
break;
case res_initflg :
dat->enInitFlg = recvData[0];
break;
case cmd_echoes :
dat->SendCmdR( &addr, res_echoes, &(dat->myPort), 2 );
break;
case res_echoes :
WaitForSingleObject( dat->hMutex, INFINITE );
addr.sin_port = htons( *(WORD*)&recvData[ sizeof(SOCKADDR_IN) ] );
dat->Away = addr;
ReleaseMutex( dat->hMutex );
dat->echoFlg.Away = 1;
// cout << "debug : res_echoes" << endl;
break;
}
}else if( addr.sin_addr.s_addr == dat->Leaf[0].sin_addr.s_addr
|| addr.sin_addr.s_addr == dat->Leaf[1].sin_addr.s_addr
|| addr.sin_addr.s_addr == dat->Leaf[2].sin_addr.s_addr
|| addr.sin_addr.s_addr == dat->Leaf[3].sin_addr.s_addr
){
//Leaf
BYTE Index = 0;
if( addr.sin_addr.s_addr == dat->Leaf[0].sin_addr.s_addr ){
Index = 0;
}else if( addr.sin_addr.s_addr == dat->Leaf[1].sin_addr.s_addr ){
Index = 1;
}else if( addr.sin_addr.s_addr == dat->Leaf[2].sin_addr.s_addr ){
Index = 2;
}else if( addr.sin_addr.s_addr == dat->Leaf[3].sin_addr.s_addr ){
Index = 3;
}
if( *command != cmd_exit ){
lastTime->Leaf[ Index ] = *nowTime;
}
switch( *command ){
case cmd_exit :
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Leaf[ Index ]), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
break;
case cmd_continue :
dat->SendCmdR( &addr, res_continue );
break;
case cmd_delayobs :
dat->SendCmdR( &addr, res_delayobs, recvData, 4 );
break;
case res_echo :
dat->echoFlg.Leaf[ Index ] = 1;
break;
case cmd_echo :
dat->SendCmdR( &addr, res_echo );
break;
case cmd_access :
data[0] = status_bad;
dat->SendCmdR( &addr, res_access, data, 1 );
break;
case cmd_join :
data[0] = status_ok;
dat->SendCmdR( &addr, res_join, data, 1 );
break;
case cmd_inputdata_req :
//両サイドの情報を送る
// cout << "cmd_inputdata_req : " << (WORD)recvData[0] << ", " << *(DWORD*)&recvData[2] << endl;
{
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
//抑制テスト
if( reqTime[ Index ][0] == gameTimeTemp && reqTime[ Index ][1] + 950 > *nowTime ){
//抑制
//要検討
}else{
if( !( dat->inputData.GetInputDataA( recvData[0], gameTimeTemp, (WORD *)&data[6] ) )
&& !( dat->inputData.GetInputDataB( recvData[0], gameTimeTemp, (WORD *)&data[8] ) )
){
if( dat->zlibFlg ){
//zlib
if( size == 11 ){
//old
WORD* buf = dat->inputData.GetInputDataAddress( recvData[0], gameTimeTemp , 60);
if( buf ){
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
memcpy( data + 6, buf, 120 );
dat->SendCmdR( &addr, res_inputdata_area, data, 126 );
}else{
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
dat->SendCmdR( &addr, res_inputdata_req, data, 10 );
}
}else if( size == 12 && recvData[6] == 0 ){
//new
WORD* Buf;
WORD dataSize = 0;
Buf = dat->inputData.GetInputDataAddress( recvData[0], gameTimeTemp , 180);
if( Buf && dat->inputData.GetTime( recvData[0] ) >= gameTimeTemp + 180 ){
dataSize = 360;
}else{
Buf = dat->inputData.GetInputDataAddress( recvData[0], gameTimeTemp , 60);
if( Buf && dat->inputData.GetTime( recvData[0] ) >= gameTimeTemp + 60){
dataSize = 120;
}else{
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
dat->SendCmdR( &addr, res_inputdata_req, data, 10 );
}
}
if( Buf && dataSize ){
//zlib使用
unsigned long bufSize = 1014;
if( compress( &data[10], &bufSize, (char *)Buf, dataSize ) == Z_OK ){
//send
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
*(WORD*)&data[6] = bufSize;
*(WORD*)&data[8] = dataSize;
dat->SendCmdR( &addr, res_inputdata_z, data, 10 + bufSize );
//debug
// cout << "zSize : " << bufSize << endl;
}else{
//zlib不使用
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
memcpy( data + 6, Buf, 120 );
dat->SendCmdR( &addr, res_inputdata_area, data, 126 );
}
}
}
}else{
//no zlib
WORD* buf = dat->inputData.GetInputDataAddress( recvData[0], gameTimeTemp , 60);
if( buf ){
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
memcpy( data + 6, buf, 120 );
dat->SendCmdR( &addr, res_inputdata_area, data, 126 );
}else{
data[0] = recvData[0];
data[1] = recvData[1];
*(DWORD*)&data[2] = gameTimeTemp;
dat->SendCmdR( &addr, res_inputdata_req, data, 10 );
}
}
}
reqTime[ Index ][0] = gameTimeTemp;
reqTime[ Index ][1] = *nowTime;
}
}
break;
case cmd_dataInfo :
dat->SendCmdR( &addr, res_dataInfo, &(dat->dataInfo), sizeof(dat->dataInfo), &(dat->myInfo.terminalMode), 1 );
break;
case cmd_rand : //できれば細かいデータはまとめる方向で
data[0] = dat->myRandNo;
data[1] = dat->myRand;
dat->SendCmdR( &addr, res_rand, data, 2 );
break;
}
}else if( addr.sin_addr.s_addr == dat->Root.sin_addr.s_addr ){
//Rootからの通信
if( *command != res_dataInfo && *command != cmd_exit ){
lastTime->Root = *nowTime;
}
switch( *command ){
case cmd_exit :
WaitForSingleObject( dat->hMutex, INFINITE );
memset( &(dat->Root), 0, sizeof(SOCKADDR_IN));
ReleaseMutex( dat->hMutex );
//観戦してて、データが残っているときの対処
if( dat->myInfo.phase == phase_battle && ( dat->myInfo.terminalMode == mode_branch || dat->myInfo.terminalMode == mode_subbranch ) ){
//none
}else{
dat->roopFlg = 0;
}
break;
case cmd_addr_leaf :
// cout << "debug : cmd_addr_leaf ( Root )" << endl;
if( transTime + 200 < *nowTime ){
//nowTimeは500刻み
SOCKADDR_IN addrTemp = *(SOCKADDR_IN*)recvData;
dat->SendCmdR( &addrTemp, cmd_echo );
if( size > sizeof( gameInfoStruct ) + 6 ){
if( *(WORD*)recvData[ sizeof( gameInfoStruct ) ] ){
addrTemp.sin_port = htons( *(WORD*)recvData[ sizeof( gameInfoStruct ) ] );
dat->SendCmdR( &addrTemp, cmd_seek_leaf );
}
}
transTime = *nowTime;
}
break;
case cmd_seek_leaf :
WaitForSingleObject( dat->hMutex, INFINITE );
dat->Root.sin_port = addr.sin_port;
ReleaseMutex( dat->hMutex );
break;
case cmd_continue :
dat->SendCmdR( dest_root, res_continue );
break;
case cmd_delayobs :
dat->SendCmdR( dest_root, res_delayobs, recvData, 4 );
break;
case cmd_echo :
dat->SendCmdR( dest_root, res_echo );
break;
case res_echo :
dat->echoFlg.Root = 1;
break;
case res_dataInfo :
//メニューの情報を格納
memcpy( &(dat->dataInfo), recvData, sizeof(dat->dataInfo) );
if( size > 37 ){
dat->targetMode = recvData[ sizeof(dat->dataInfo) ];
}
dat->hasRemote = 0;
if (size >= 43) {
int n = sizeof(dat->dataInfo) + 1;
if (!memcmp(recvData+n, mbcaster_id, 5)) {
dat->remoteProtocolVersion = recvData[n+5];
n += 6;
if (recvData[n++] != 0) {
dat->hasRemote = 1;
memcpy(&dat->Remote, recvData+n, sizeof(dat->Remote));
n += sizeof(dat->Remote);
}
if (!dat->namesLocked) {
int c = recvData[n];
n++;
if (c < 3) {
dat->nPlayers = c;
for (int i = 1; i <= c; ++i) {
int l = recvData[n++];
if (l > 20) {
dat->nPlayers = 0;
break;
}
if (i == 1) {
dat->p1PlayerName[l] = '\0';
memcpy(dat->p1PlayerName, recvData+n, l);
dat->cleanString(dat->p1PlayerName, 1);
} else {
dat->p2PlayerName[l] = '\0';
memcpy(dat->p2PlayerName, recvData+n, l);
dat->cleanString(dat->p2PlayerName, 1);
}
n += l;
}
}
}
}
}
//要検討
//Leafへの伝達で使う（観戦中かどうか）
if( dat->roopFlg ) dat->dataInfo.terminalMode = dat->myInfo.terminalMode;
break;
case res_join :
dat->joinRes = recvData[0];
break;
case cmd_cast :
// cout << "cmd_cast recv : " << (WORD)recvData[0] << ", " << *(DWORD*)&recvData[2] << endl;
{
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
//要検討
dat->dataInfo.gameTime = gameTimeTemp;
dat->inputData.SetTime( recvData[0], gameTimeTemp );
WORD* castBufA = (WORD *)&recvData[6];
WORD* castBufB = (WORD *)&recvData[6 + 12];
// cout << "cast recv : " << gameTimeTemp << " : " << (WORD)castBufA[0] << " : " << (WORD)recvData[4] << endl;
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp, castBufA[0] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp, castBufB[0] );
if( gameTimeTemp > 30 ){
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp - 2, castBufA[1] );
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp - 4, castBufA[2] );
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp - 6, castBufA[3] );
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp - 8, castBufA[4] );
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp - 10, castBufA[5] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp - 2, castBufB[1] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp - 4, castBufB[2] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp - 6, castBufB[3] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp - 8, castBufB[4] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp - 10, castBufB[5] );
}
}
break;
case res_inputdata_req :
{
// cout << "res_inputdata_req" << endl;
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
dat->inputData.SetInputDataA( recvData[0], gameTimeTemp, *(WORD *)&recvData[6] );
dat->inputData.SetInputDataB( recvData[0], gameTimeTemp, *(WORD *)&recvData[8] );
}
break;
case res_inputdata_area :
{
// cout << "res_inputdata_area" << endl;
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
dat->inputData.SetInputDataArea( recvData[0], gameTimeTemp, (WORD *)&recvData[6], 120 );
}
break;
case res_inputdata_z :
//実験
// cout << "res_inputdata_z" << endl;
if( dat->zlibFlg ){
if( *(WORD*)&recvData[8] < z_buf_size ){
if( *(WORD*)&recvData[6] < 1024 ){
DWORD gameTimeTemp = *(DWORD*)&recvData[2];
unsigned long bufSize = z_buf_size;
if( uncompress( zBuf, &bufSize, &recvData[10], *(WORD*)&recvData[6]) == Z_OK ){
if( bufSize == (DWORD)*(WORD*)&recvData[8] ){
//debug
// cout << "debug : res_inputdata_z size " << *(WORD*)&recvData[6] << " -> " << bufSize << endl;
dat->inputData.SetInputDataArea( recvData[0], gameTimeTemp, (WORD *)zBuf, *(WORD*)&recvData[8] );
}
}
}
}
}
break;
case cmd_addr_branch :
//実験
//要検討
// cout << "debug : cmd_addr_branch ( Root )" << endl;
WaitForSingleObject( dat->hMutex, INFINITE );
dat->Root = *(SOCKADDR_IN*)recvData;
ReleaseMutex( dat->hMutex );
break;
case res_rand :
dat->enRandNo = recvData[0];
dat->enRand = recvData[1];
break;
}
}else if( addr.sin_addr.s_addr == dat->Access.sin_addr.s_addr ){
//アクセス相手からの通信
if( *command != cmd_exit ){
lastTime->Access = *nowTime;
}