iStringT FormatDate(uint32 timestamp, bool bShowTime)
{
FILETIME ft;
SYSTEMTIME st;
LONGLONG ll;
ll = Int32x32To64(timestamp, 600000000);
ft.dwLowDateTime = (DWORD)ll;
ft.dwHighDateTime = ll >> 32;
FileTimeToSystemTime(&ft, &st);
if (bShowTime) return iFormat(_T("%d %s %d (%d:%02d)"), st.wDay, gTextMgr[TRID_MONTH_JAN+st.wMonth-1], st.wYear, st.wHour, st.wMinute);
else return iFormat(_T("%d %s %d"), st.wDay, gTextMgr[TRID_MONTH_JAN+st.wMonth-1], st.wYear);
}
void iComposer::ComposeAvatar(const iAvatar& avt, const iPoint& pos, bool bShadow, PLAYER_ID pid)
{
iSpriteMgr& spriteMgr = gItemMgr.m_SpriteMgr;
// Shadow
for (uint32 sid=0; sid<avt.SpritesCount(); ++sid) {
const iSprite* pSprite = spriteMgr.GetSpritePtr(avt.SpriteEntry(sid).spriteId);
if (bShadow && pSprite->shadow) ComposeShadow(pSprite->dib,m_ComposeMemDC.m_Dib,pos + pSprite->anchor + avt.SpriteEntry(sid).anchor);
}
// Sprites
for (sid=0; sid<avt.SpritesCount(); ++sid) {
const iSprite* pSprite = spriteMgr.GetSpritePtr(avt.SpriteEntry(sid).spriteId);
pSprite->dib.CopyToDibXY(&m_ComposeMemDC.m_Dib,pos + pSprite->anchor + avt.SpriteEntry(sid).anchor,BLEND_ALPHABLEND);
}
// Flags
if (pid != PID_NEUTRAL){
const iDib& fdib = spriteMgr.GetSpritePtr(iFormat(_T("common.flags_%04d"),pid))->dib;
// Compose flags
for (uint32 fid=0; fid<avt.FlagsCount(); ++fid){
iPoint fop = pos + avt.FlagEntry(fid);
fdib.CopyToDibXY(&m_ComposeMemDC.m_Dib, fop,BLEND_ALPHABLEND);
}
}
}
void iPlayer::OnSelect(bool bNewWeek, bool bAfterLoad)
{
check(PlayerType() == PT_HUMAN);
// Show new week dialog
if (bNewWeek) {
iDlg_NewWeek dlg(&gApp.ViewMgr(), m_PlayerId, gGame.Map().WeekDesc());
dlg.DoModal();
}
// show current day
uint32 days = gGame.Map().m_CurDay-1;
gGame.AddMsg(iFormat(_T("#F4B4%s: #F9F9%d #F4B4%s: #F9F9%d #F4B4%s: #F9F9%d"),gTextMgr[TRID_MONTH], days/28+1,gTextMgr[TRID_WEEK], (days%28)/7+1,gTextMgr[TRID_DAY],days%7+1));
// update fog map
UpdateFogMap();
// Select current hero and castle
if (!m_pCurHero && m_Heroes.Count()){
m_pCurHero = *m_Heroes.First();
}
if (m_pCurHero) m_pCurHero->OnSelect();
else if (m_pCurCastle) m_pCurCastle->OnSelect();
// Process time events
if (!bAfterLoad) gGame.Map().ProcessTimeEvents(this);
}
void iSettingsDlg::UpdateSliderLabel(uint32 sliderId)
{
if (sliderId == 101) {
// Sfx Volume
if (!m_sfxVolumeSlider->CurPos()) m_sfxVolumeLabel->SetText(iStringT(gTextMgr[TRID_SFX_VOLUME]) + _T(": ") + gTextMgr[TRID_OFF]);
else m_sfxVolumeLabel->SetText(iFormat(_T("%s: #FFF0%d"), gTextMgr[TRID_CFGENTRY_SFXVOL], m_sfxVolumeSlider->CurPos()));
} else if (sliderId == 102) {
// Display gamma
m_dispGammaLabel->SetText(iFormat(_T("%s: #FFF0%d"), gTextMgr[TRID_CFGENTRY_DISPGAMMA], m_dispGammaSlider->CurPos()));
} else if (sliderId == 103) {
// Map scroll speed
m_mapScrollLabel->SetText(iStringT(gTextMgr[TRID_CFGENTRY_MAPSCROLLSPEED]) + _T(": #FFF0") + gTextMgr[TRID_CFG_SPEED_VSLOW + m_mapScrollSlider->CurPos()]);
} else if (sliderId == 104) {
// Hero speed
m_heroSpeedLabel->SetText(iStringT(gTextMgr[TRID_CFGENTRY_HEROSPEED]) + _T(": #FFF0") + gTextMgr[TRID_CFG_SPEED_VSLOW + m_heroSpeedSlider->CurPos()]);
} else if (sliderId == 105) {
// Combat speed
m_combatSpeedLabel->SetText(iStringT(gTextMgr[TRID_CFGENTRY_COMBATSPEED]) + _T(": #FFF0") + gTextMgr[TRID_CFG_SPEED_VSLOW + m_combatSpeedSlider->CurPos()]);
}
}
void iDlg_HallOfFame::DoCompose(const iRect& clRect)
{
iRect rc(clRect);
// title
gTextComposer.TextOut(dlgfc_hdr, gApp.Surface(),rc.point(),gTextMgr[TRID_MENU_HIGHSCORE], iRect(rc.x,rc.y,rc.w,15),AlignCenter);
rc.y+=17;
// Header
gTextComposer.TextOut(dlgfc_topic, gApp.Surface(),rc, gTextMgr[TRID_HOF_RANK], iRect(rc.x, rc.y, 30, 15),AlignTop);
gTextComposer.TextOut(dlgfc_topic, gApp.Surface(),rc, gTextMgr[TRID_HOF_LAND], iRect(rc.x+30, rc.y, 120, 15),AlignTop);
gTextComposer.TextOut(dlgfc_topic, gApp.Surface(),rc, gTextMgr[TRID_HOF_DATE], iRect(rc.x+30+120, rc.y, 50, 15),AlignTop);
gTextComposer.TextOut(dlgfc_topic, gApp.Surface(),rc, gTextMgr[TRID_HOF_DAYS], iRect(rc.x+30+120+50, rc.y, 40, 15),AlignTop);
gTextComposer.TextOut(dlgfc_topic, gApp.Surface(),rc, gTextMgr[TRID_HOF_SCORE], iRect(rc.x+30+120+50+40, rc.y, 40, 15),AlignTop);
rc.y += 15;
// Entries
uint32 eid;
iTextComposer::FontConfig fc(iTextComposer::FS_MEDIUM, RGB16(192,192,192));
for (eid = 0; eid<m_hScore.Count() && eid<10; ++eid) {
if (eid == (uint32)m_curScore) fc.cmpProps.faceColor = RGB16(255,192,128);
else fc.cmpProps.faceColor = RGB16(192,192,192);
gTextComposer.TextOut(fc, gApp.Surface(),rc, iFormat(_T("%d."),eid+1), iRect(rc.x, rc.y, 30, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, m_hScore.Entry(eid).land, iRect(rc.x+30, rc.y, 120, 15),AlignTopLeft);
gTextComposer.TextOut(fc, gApp.Surface(),rc, FormatDate(m_hScore.Entry(eid).date, false), iRect(rc.x+30+120, rc.y, 50, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, iFormat(_T("%d"),m_hScore.Entry(eid).days), iRect(rc.x+30+120+50, rc.y, 40, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, iFormat(_T("%d"),m_hScore.Entry(eid).score), iRect(rc.x+30+120+50+40, rc.y, 40, 15),AlignTop);
rc.y += 14;
}
fc.cmpProps.faceColor = RGB16(192,192,192);
for (; eid<10; ++eid) {
gTextComposer.TextOut(fc, gApp.Surface(),rc, iFormat(_T("%d."),eid+1), iRect(rc.x, rc.y, 30, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, _T("-"), iRect(rc.x+30, rc.y, 120, 15),AlignTopLeft);
gTextComposer.TextOut(fc, gApp.Surface(),rc, _T("-"), iRect(rc.x+30+120, rc.y, 50, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, _T("-"), iRect(rc.x+30+120+50, rc.y, 40, 15),AlignTop);
gTextComposer.TextOut(fc, gApp.Surface(),rc, _T("-"), iRect(rc.x+30+120+50+40, rc.y, 40, 15),AlignTop);
rc.y += 14;
}
}
bool SaveGameFile( const iStringT& fname, iGameWorld& gmap )
{
// Check and create save directory (if not exists)
iStringT saveDir = gSavePath.Left(gSavePath.Length()-1);
bool dirIsOk = iFile::DirExists(saveDir);
if ( !dirIsOk ) {
dirIsOk = iFile::DirCreate(saveDir);
}
if (!dirIsOk) {
DWORD dwErr = GetLastError();
iTextDlg tdlg(&gApp.ViewMgr(), _T(""), iFormat(_T("Unable to create '%s' folder: ErrorCode: 0x%08X"), saveDir.CStr(), dwErr), PID_NEUTRAL);
tdlg.DoModal();
}
// normally we should create it in the save directory
iStringT tempSaveName( gSavePath + _T("tempsave.tmp") );
iFilePtr pFile( CreateWin32File( tempSaveName ) );
if ( !pFile ) {
DWORD dwErr = GetLastError();
iTextDlg dlg( &gApp.ViewMgr(), _T("Failure"), iFormat(_T("Unable to save [%s], ErrorCode: 0x%08X"), fname.CStr(), dwErr), PID_NEUTRAL);
dlg.DoModal();
return false;
}
if ( !gGame.Map().SaveToFile( pFile.get() ) ) {
iTextDlg dlg( &gApp.ViewMgr(), _T("Failure"), _T("Unable to save game!"), PID_NEUTRAL );
dlg.DoModal();
return false;
}
// close file
pFile.reset();
// rename file to the destination
iFile::Delete( fname );
iFile::Rename( tempSaveName, fname );
iFile::Delete( tempSaveName );
return true;
}
void iDlg_RiseSkeletons::DoCompose(const iRect& clRect)
{
iRect rc(clRect);
// title
gTextComposer.TextOut(dlgfc_hdr, gApp.Surface(),rc.point(),gTextMgr[TRID_HSKILL_NECROMANCY], iRect(rc.x,rc.y,rc.w,15),AlignCenter);
rc.y += 20;
// text
rc.y += gTextComposer.TextBoxOut(dlgfc_splain, gApp.Surface(), iFormat(gTextMgr[TRID_MSG_RISE_SKELETONS], m_quant, gTextMgr[TRID_CREATURE_PEASANT_F3+m_ct*3]), iRect(rc.x,rc.y,rc.w,rc.h));
rc.y += 5;
// icon and quantity
ComposeCreatureCell(gApp.Surface(), iRect((rc.x+rc.w/2)-18,rc.y,36,42), m_ct, m_quant, VL_EXPERT);
}
iSize iDlg_RiseSkeletons::ClientSize() const
{
sint32 w = 150;
sint32 h = 0;
// title
h += 20;
// text
h += gTextComposer.GetTextBoxSize(iFormat(gTextMgr[TRID_MSG_RISE_SKELETONS], m_quant, gTextMgr[TRID_CREATURE_PEASANT_F3+m_ct*3]), w, dlgfc_splain).h;
h += 5;
// icon and quantity
h += 42;
// button
h += DEF_BTN_HEIGHT + 10;
return iSize(w,h);
}
iStringT MakeTextEntryName(TextEntryType t, void* pObj)
{
if (t == TET_DEFAULT) {
return L"";
} else if (t == TET_MAP_NAME) {
return L"Map name";
} else if (t == TET_MAP_DESC) {
return L"Map Description";
} else if (t == TET_TEVENT_TEXT) {
iTimeEvent* pTE = (iTimeEvent*)pObj;
return iFormat(L"Time Event (%s)", pTE->m_name.CStr());
} else if (t == TET_HERO_CNAME) {
iHero* pH = (iHero*)pObj;
return iFormat(_T("Hero at (%d,%d) custom name"), pH->Pos().x, pH->Pos().y);
} else if (t == TET_MAPITEM_MSG) {
iMapItem* pMI = (iMapItem*)pObj;
return iFormat(_T("Map item at (%d,%d) message"), pMI->Pos().x, pMI->Pos().y);
} else if (t == TET_MAPGUARD_MSG) {
iMapGuard* pMG = (iMapGuard*)pObj;
return iFormat(_T("Map guard at (%d,%d) message"), pMG->Pos().x, pMG->Pos().y);
} else if (t == TET_MEVENT_REWMSG) {
iMapEvent* pME = (iMapEvent*)pObj;
return iFormat(_T("Map event at (%d,%d) reward message"), pME->Pos().x, pME->Pos().y);
} else if (t == TET_MEVENT_ATTMSG) {
iMapEvent* pME = (iMapEvent*)pObj;
return iFormat(_T("Map event at (%d,%d) attack message"), pME->Pos().x, pME->Pos().y);
} else if (t == TET_VIS_MSG) {
iVisCnst* pVC = (iVisCnst*)pObj;
return iFormat(_T("Visitable at (%d,%d) custom message"), pVC->Pos().x, pVC->Pos().y);
} else if (t == TET_CASTLE_CNAME) {
iCastle* pC = (iCastle*)pObj;
return iFormat(_T("Castle at (%d,%d) custom message"), pC->Pos().x, pC->Pos().y);
}
check(0);
return L"";
}
iStringT iDwellEncCtlCnst::Desc() const
{
return iFormat(gTextMgr[TRID_CTLCNST_DWELL_ENC_DESC], Name().CStr(), gTextMgr[TRID_CREATURE_PEASANT_F3 + CTLCNSTS_DESC[dwel].fparam * 3], mod);
}
iStringT iDwellCtlCnst::Desc() const
{
return iFormat(gTextMgr[TRID_CTLCNST_DWELLINGS_DESC],Name().CStr(),gTextMgr[TRID_CREATURE_PEASANT_F1+crType*3+2]);
}
iMapGuard::iMapGuard(const iPoint& pos, CREATURE_TYPE ct, sint32 count, GUARD_DISPOS disp, bool bNotGrow)
: iBaseMapObject(pos), m_creat(ct, count), m_disp(disp), m_bNotGrow(bNotGrow)
{
if (ct < CREAT_RANDOM) m_spriteId = iFormat(_T("creatures.minimon_%04d"),ct);
else m_spriteId = iFormat(_T("creatures.rand_guards_%04d"),ct-CREAT_RANDOM);
}
iMapItem_KeyGuard::iMapItem_KeyGuard(const iPoint& pos, uint8 key)
: iMapItem(pos, MAPITEM_KEYGUARD, iFormat(_T("resources.key_guards_%04d"),key)), m_key(key) {}
iMapItem_Mineral::iMapItem_Mineral(const iPoint& pos, MINERAL_TYPE mt, sint32 count)
: iMapItem(pos,MAPITEM_MINERAL, (mt==MINERAL_UNKNOWN)?_T("resources.rand_res_icn"):iFormat(_T("resources.icons_%04d"),mt)), m_mineralType(mt), m_count(count) {}
inline iStringT MineralSprite(MINERAL_TYPE mt)
{
iStringT sm(MINERAL_ID[mt]);
sm.Lower();
return iFormat(_T("resources.%s"),sm.CStr());
}
void iSpellListView::OnCompose()
{
iRect rc = GetScrRect();
// Buttons frame;
iRect brc = m_pSchoolSwitch->GetScrRect();
brc.InflateRect(1);
gApp.Surface().FrameRect(brc, cColor_Black);
rc.DeflateRect(m_pSchoolSwitch->GetRect().x2() + 5, -1, -1, -1);
// Frame
gApp.Surface().FrameRect(rc, cColor_Black);
gApp.Surface().Darken25Rect(rc);
rc.DeflateRect(3);
// Spell
if (m_curSel != MSP_INVALID) {
// Name
gTextComposer.TextOut(iTextComposer::FontConfig(iTextComposer::FS_MEDIUM,MSCH_COLORS[SPELL_DESCRIPTORS[m_curSel].school][0]), gApp.Surface(),iPoint(rc.x,rc.y),gTextMgr[TRID_SPNAME_MAGICARROW+m_curSel],rc, AlignTop);
rc.DeflateRect(0,13,0,0);
// Level
gTextComposer.TextOut(iTextComposer::FontConfig(iTextComposer::FS_SMALL,MSCH_COLORS[SPELL_DESCRIPTORS[m_curSel].school][0]), gApp.Surface(),iPoint(rc.x,rc.y),gTextMgr[TRID_LEVEL] + iFormat(_T(": %d"), SPELL_DESCRIPTORS[m_curSel].level + 1),rc, AlignTop);
rc.DeflateRect(0,16,0,0);
// Icon
rc.DeflateRect(0,40,0,0);
// Hero school level
ComposeSpellLevel(gApp.Surface(), rc, m_curSel, m_pOwner);
rc.DeflateRect(0,12,0,0);
// Cost
uint8 cost = iBaseSpell::GetSpellCost(m_curSel, m_pOwner);
uint8 school = SPELL_DESCRIPTORS[m_curSel].school;
gTextComposer.TextOut(iTextComposer::FontConfig(iTextComposer::FS_SMALL,MSCH_COLORS[school][0]), gApp.Surface(),iPoint(rc.x,rc.y),gTextMgr[TRID_COST]+iFormat(_T(" %d"),cost),rc, AlignTop);
rc.DeflateRect(0,20,0,0);
// Inaccessebility reason
if (m_pOwner->ManaPts() < cost) {
iStringT msgStr(gTextMgr[TRID_MSG_SPELL_NOT_ENOUGH_MANA]);
iTextComposer::FontConfig fntSmall(iTextComposer::FS_SMALL,RGB16(255,96,0));
gTextComposer.TextBoxOut( fntSmall, gApp.Surface(), msgStr,rc);
} else if (iCombatSpell* pCombatSpell = DynamicCast<iCombatSpell*>(gGame.ItemMgr().m_spellMgr.Spell(m_curSel))) {
iTextComposer::FontConfig fntSmallDifferentColor(iTextComposer::FS_SMALL,RGB16(255,255,0));
gTextComposer.TextBoxOut( fntSmallDifferentColor, gApp.Surface(), pCombatSpell->ActionText(m_pOwner),rc);
}
} else {
iTextComposer::FontConfig fntSmall(iTextComposer::FS_SMALL,RGB16(255,96,0));
gTextComposer.TextBoxOut(fntSmall, gApp.Surface(), gTextMgr[TRID_NO_SPELL_SELECTED],rc);
}
}
void iComposer::Compose(HDC hdc, const iSize& siz, const iPoint &offset, const iPoint& snode, iBaseNode* pSelItem)
{
DWORD btime = timeGetTime();
const iSpriteMgr& spriteMgr = gItemMgr.m_SpriteMgr;
iAvatarMgr& avatarMgr = gItemMgr.m_AvatarMgr;
iIsoMetric im(5);
iPoint aanch = offset-iPoint(GetMapPixelWidth()/2+40,20);
iPoint fpos = im.Screen2Map(aanch);
fpos.Move(-1,-1);
iPoint ppos = im.Map2Screen(fpos);
ppos.Move(-20,-8);
iPoint offs = aanch-ppos;
sint32 cnt_x = siz.w/40+3;
sint32 cnt_y = siz.h/8+5;
sint32 step_x = im.GetCellStepX()*2;
sint32 step_y = im.GetCellStepY();
const iPoint anchor_coor(fpos);
iPoint init_map_coor(fpos);
iPoint map_coor(fpos);
ResizeComposeDib(siz);
m_ComposeMemDC.m_Dib.Fill(cColorBlue64);
//
// Surface and grid
for (sint32 yy=0; yy<cnt_y; ++yy) {
for (sint32 xx=0; xx<cnt_x; ++xx){
if (m_pMap->IsValidPos(map_coor.x,map_coor.y)){
sint32 xpos = xx*step_x;
sint32 ypos = yy*step_y;
if (yy%2!=0) xpos -= step_x >> 1;
iPoint op(xpos-offs.x,ypos-offs.y);
iMapHandler::iSurfCell cell;
if ( m_pMap->GetCellSurf(map_coor,cell) ) {
// solid cell - do nothing
const iSprite* pSprite = spriteMgr.GetSpritePtr(iFormat(_T("common.surf_tiles_%04d"),cell.lowestLayer*4+CalcCellSeq(map_coor,4)));
pSprite->dib.CopyToDibXY(&m_ComposeMemDC.m_Dib,op+pSprite->anchor,BLEND_ALPHABLEND);
} else {
// Compose inclusive transition Water->Sand
if (cell.lowestLayer == STYPE_WATER){
uint8 cfg = 0;//(uint8)( ((ccfg & 0xF0)>>4) | ((ccfg & 0xF00)>>8) | ((ccfg & 0xF000)>>12) | ((ccfg & 0xF0000)>>16) | ((ccfg & 0xF00000)>>20) | ((ccfg & 0xF000000)>>24));
for (uint32 zz=0; zz<STYPE_COUNT; ++zz) cfg |= cell.layers[zz];
const iSprite* pSprite = spriteMgr.GetSpritePtr(iFormat(_T("common.ws_tiles_%04d"),cfg-1));
pSprite->dib.CopyToDibXY(&m_ComposeMemDC.m_Dib,op+pSprite->anchor,BLEND_ALPHABLEND);
} else {
const iSprite* pSprite = spriteMgr.GetSpritePtr(iFormat(_T("common.surf_tiles_%04d"),cell.lowestLayer*4+CalcCellSeq(map_coor,4)));
pSprite->dib.CopyToDibXY(&m_ComposeMemDC.m_Dib,op+pSprite->anchor,BLEND_ALPHABLEND);
}
// Compose other layers
for (uint32 zz=1; zz<STYPE_COUNT; ++zz){
if (cell.layers[zz]){
const iSprite* pTransMask = spriteMgr.GetSpritePtr(iFormat(_T("common.trans_tiles_%04d"),cell.layers[zz]-1));
iGrayDib gmask;
iDibGrayDibHandl::DibChannel2GrayDib(pTransMask->dib,gmask,Channel_Alpha);
iDib vdib(&spriteMgr.GetSpritePtr(iFormat(_T("common.surf_tiles_%04d"),zz*4+CalcCellSeq(map_coor,4)))->dib);
iDibGrayDibHandl::GrayDib2DibChannel(gmask,vdib,Channel_Alpha);
vdib.CopyToDibXY(&m_ComposeMemDC.m_Dib,op,BLEND_ALPHABLEND);
}
}
}
if (m_bGrid) {
m_dibGrid.CopyToDibXY(&m_ComposeMemDC.m_Dib, op, BLEND_ALPHABLEND);
}
}
map_coor.x += 1;
map_coor.y -= 1;
}
if (yy%2 != 0) {
init_map_coor.x+=1;
map_coor = init_map_coor;
} else {
init_map_coor.y+=1;
map_coor = init_map_coor;
}
}
iStringT iScenPropsDlg::GetDfcString(DIFFICULTY_LEVEL dl)
{
return iFormat(_T("#FCCC%s: #FFF0%s"), gTextMgr[TRID_DIFFICULTY_LEVEL], gTextMgr[TRID_DIFF_EASY+dl]);
}
int main(int argc, char *argv[])
{
// argc = 2;
//variables
int i;//Holds length of inpit file name; counts down during while loop
int j;//Holds length of input file name
char inputName[sizeof(argv[1])];//holds input file name
char *opCodes[ARRAYSIZE];//array of pointers to character arrays
//char *directives[];//array of pointers to character arrays
char *symbolName = malloc((int)strlen(inputName)+FILEEXTENTIONLENGTH);//holds filename of symbol table
char *objectName = malloc((int)strlen(inputName)+FILEEXTENTIONLENGTH);//holds name of object file
char *errorName = malloc((int)strlen(inputName)+FILEEXTENTIONLENGTH); //holds name of error file
char inputLine[LINELENGTH];//holds line from input file
//char *token;//holds token from inputLine //defined as global
int labelLength;//holds length of label
//int LCvalue;//holds LC value//defined as a global variable
int num1;//holds number read in while parsing preprocessor directives
int num2;//holds number read in while parsing preprocessor directives
int num3;//holds opperand from .resw during 2nd pass
int num4;//holds 1st opperand from .word during 2nd pass
int num5;//holds 2nd opperand from .word during 2nd pass
int o1;//holds first opperand
int o2;//holds 2nd opperand
int o3;//holds 3rd opperand
int firstLabelFlag;// used to not increment LC value of first label
int passTwoFlag;// LC value is incremented if this flag is 0
int opCodeLoop;// used when comparing opcode to opcode array
FILE *inputFile;//pointer to input file
//check for correct number of arguments
if(argc != EXPECTEDARGS){return 1;}
//open input file; close program if file can't be opened
if((inputFile=fopen(argv[1],"r"))==NULL){
return 1;
}//end if
// printf("%s\n",argv[1]);
//assign op codes to opCodes[]
opCodes[AZERO] = "hlt";
opCodes[AONE] = "add";
opCodes[ATWO] = "sub";
opCodes[ATHREE] = "mul";
opCodes[AFOUR] = "div";
opCodes[AFIVE] = "mod";
opCodes[ASIX] = "move";
opCodes[ASEVEN] = "and";
opCodes[AEIGHT] = "or";
opCodes[ANINE] = "xor";
opCodes[ATEN] ="com";
opCodes[AELEVEN] ="sll";
opCodes[ATWELVE] ="srl";
opCodes[ATHIRTEEN] ="sra";
opCodes[AFOURTEEN] ="jr";
opCodes[AFIFTEEN] ="rdr";
opCodes[ASIXTEEN] ="prr";
opCodes[ASEVENTEEN] ="prh";
opCodes[AEIGHTEEN] ="li";
opCodes[ANINETEEN] ="addi";
opCodes[ATWENTY] ="subi";
opCodes[ATWENTYONE] ="muli";
opCodes[ATWENTYTWO] ="divi";
opCodes[ATWENTYTHREE] ="modi";
opCodes[ATWENTYFOUR] ="lwb";
opCodes[ATWENTYFIVE] ="swb";
opCodes[ATWENTYSIX] ="lwa";
opCodes[ATWENTYSEVEN] ="swa";
opCodes[ATWENTYEIGHT] ="j";
opCodes[ATWENTYNINE] ="jal";
opCodes[ATHIRTY] ="jeq";
opCodes[ATHIRTYONE] ="jne";
opCodes[ATHIRTYTWO] ="jlt";
opCodes[ATHIRTYTHREE] ="jle";
opCodes[ATHIRTYFOUR] ="jgt";
opCodes[ATHIRTYFIVE] ="jge";
//printf("%s",opCodes[1]);
//
strcpy((char*)inputName,(char*)argv[1]/*,sizeof(argv[1])*/);//copies file from command line input
i = (int)strlen((char*)inputName);//assigns length to int i
j=i;
while (inputName[i]!= '.' && i>=0){//loop through inputFileName backwards until negative position
i--;}//decrement i
if(i==-1){//'.' wasn't found in input file name
/*
//new strings to hold file names
char symbolName[sizeof(inputName)+4];//holds filename of symbol table
char objectName[sizeof(inputName)+4];//holds name of object file
char errorName[sizeof(inputName)+4]; //holds name of error file
*/
//copy modified inputName into new strings
strncpy(symbolName,(char*)inputName,(int)strlen(inputName));
strncpy(objectName,(char*)inputName,(int)strlen(inputName));
strncpy(errorName,(char*)inputName,(int)strlen(inputName));
strcat(symbolName, ".sym");//add file extensions
strcat(objectName, ".obj");//'' ''
strcat(errorName, ".err");//"" ""
// printf("%s",symbolName);
}//end of if
else{//'.' was as found
while(i<j){//traverse to the end of inputFileName
inputName[i] = '\0';//erase file extention
i++;}//end of while
/*
//new strings to hold file names
char symbolName[sizeof(inputName)+4];//holds filename of symbol table
char objectName[sizeof(inputName)+4];//holds name of object file
char errorName[sizeof(inputName)+4]; //holds name of error file */
//copy modified inputName into new strings
strcpy(symbolName,/*(char*)*/inputName/*,(int)strlen(inputName)*/);
strcpy(objectName,/*(char*)*/inputName/*,(int)strlen(inputName)*/);
strcpy(errorName,/*(char*)*/inputName/*,(int)strlen(inputName)*/);
// printf("%s\n",symbolName);
// printf("%s\n", objectName);
// printf("%s\n",errorName);
//add file extensions to new file names
strcat(symbolName, ".sym");
// printf("%s\n",symbolName);
strcat(objectName, ".obj");
strcat(errorName, ".err");
// printf("%s\n",symbolName);
// printf("%s\n",objectName);
// printf("%s\n",errorName);
}//end of else
// printf("%s\n","1");
if((sym = fopen(symbolName,"w"))==NULL){return 1;}
if((obj = fopen(objectName,"w"))==NULL){return 1;}
if((err = fopen(errorName,"w"))==NULL){return 1;}
//correct numbers of arguments, files opened and renamed, start reading in .asm file line by line
firstLabelFlag = 1;
listFlag = 1;//indicates that list is empty
lineNumber = 0;//set line number to 0 initially
errorFlag = 0;//starts off and is set to 1 if an error is detected
fprintf(err,"%s\n", "Error(s) detected:");
while(fgets(inputLine, LINELENGTH, inputFile)!= NULL){
// printf("%s\n","4");
lineNumber++;//increment line number for every line read in
i = 0;//set i to zero initially
//printf("%d\n",lineNumber);
while(i<81){//loop through array character by character
if(inputLine[i]== '#'){
//i =0;//set i back to 0
//fgets(inputLine, 81, inputFile);//get next line of .asm
// printf("\n%s %d\n","pound sign found before non-whitespace character",i);
break;
}//end if '#' was found first
else if(inputLine[i]!=' '&& inputLine[i]!='\t' && inputLine[i]!='\n'){
// printf("\n%s\n","non-whitespace character was found before pound; processing line");
break;//must have read in a non whitespace character that isn't a #; parse line.
}//end if a character other than white space or sharp sign.
else{i++;//read a white space character; read next char
// printf("%s %d ","character in line being examined:",i);
}
}//end loop through list
if(inputLine[i]=='#'){
// printf("%s\n","comment found first; reading in new line");
continue;//ignore this line
}//end if line is a comment
if(inputLine[i]=='\0'){
// printf("%s\n","examined entire line and found only whitespace; reading in new line");
continue;
}//end if input line is NULL
token = strtok(inputLine, "\t ");//braks inputLine by tabs and spaces
labelLength = (int)strlen(token)-1;//assign length of string to labelLength
if(token[labelLength]==':'){//If last character in token is a : then it is a label
// printf("%s\n","label found");
if(firstLabelFlag==1){
firstLabelFlag=0;
// printf("%s\n","1st label; calling insert function");
// printf("%s\n",token);
token[labelLength] = '\0';//strip colon
insert(LCvalue, token);
//printf("%s","label: ");
//printf("%s\n",token);
//insert token into hash table as label without increasing LCvalue
}//end if firstLabelFlag equals 1
else{//LCvalue++;
// printf("%s\n","2nd or later label; calling insert function");
token[labelLength] ='\0';//strip colon
insert(LCvalue, token);
// printf("%s\n%s","insert was just called","label: ");
// printf("%s\n",token);
}//end else; firstLabelFlag equals 0
token = strtok(NULL, "\t ");//assign return of strtok to token; delimit by whitespace
}//end if
if(token[0]== '.'){//if 1st character of token is a '.' then the token is a preprocessor directive
if(token[1]=='r'){
token=strtok(NULL, "\t \n");
num1 = atoi(token); //assign integer value of read in resw paramter
LCvalue += num1;//increase LCvalue by number of words reserved
continue;
}//end if resw
else if(token[1]=='w'){
//printf("\n\n\n\n%s\n\n\n\n",".word found");
strtok(NULL,":");//throw away first character
token = strtok(NULL, "\t ");//assign next token to token; delimters are space and tab
num2 = atoi(token);
// printf("%s %d\n","number or words reserved by .word directive",num2);
LCvalue += num2;
continue;
}//end if word
if(token[1]== 't'){
//text segment
//printf("\n\n\n\n%s\n\n\n\n","text segment:");
continue;
}//end if 2nd character of token t
if(token[1]=='d'){
//data segment
//printf("\n\n\n\n%s\n\n\n\n","data segment:");
continue;
}//end if 2nd character of token is a d
}//end if preprocessor directive
//current line was erronious or had a label
//incremet LCvalue by 1 word
LCvalue++;
}//end while .asm has lines
//printf("\n\n%s\n\n","Printing list's contents");
printList();
//Symbol Table has been formed; ready for pass 2
rewind(inputFile);//rewinds position indicator for 2nd pass
lineNumber = 0;//set line number back to zero
LCvalue = 0;//set LC value back to 0
while(fgets(inputLine, LINELENGTH, inputFile)!= NULL){//read input line by line until there is nothing left(pass2)
passTwoFlag = 0;
lineNumber++;//increment line number for every line read in
i = 0;//set i to zero initially
//printf("%d %s\n",lineNumber,"pass two");
while(i<LINELENGTH){//loop through array character by character
if(inputLine[i]== '#'){
//printf("\n%s %d\n","pound sign found before non-whitespace character",i);
break;
}//end if '#' was found first
else if(inputLine[i]!=' '&& inputLine[i]!='\t' && inputLine[i]!='\n'){
//printf("\n%s\n","non-whitespace character was found before pound; processing line");
break;//must have read in a non whitespace character that isn't a #; parse line.
}//end if a character other than white space or sharp sign.
else{i++;//read a white space character; read next char
//printf("%s %d ","character in line being examined:",i);
}
}//end loop through list
if(inputLine[i]=='#'){
//printf("%s\n","comment found first; reading in new line");
continue;//ignore this line
}//end if line is a comment
if(inputLine[i]=='\0'){
//printf("%s\n","examined entire line and found only whitespace; reading in new line");
continue;
}//end if input line is NULL
token = strtok(inputLine, " \t \n");//parse line by whitespace characters
labelLength = strlen(token)-1;//assign length of label; token is one longer than label
if(token[labelLength]==':'){//if final position of token is a : then token must be a label
//store token as label
//passTwoFlag =1;
//LCvalue++;
token = strtok(NULL, " \t \n");// continue to parse line
}//end if token is a label
if(token[0]=='.'){//if 1st position of token is a . the the token is a directive
passTwoFlag = 1;
if(token[1]=='r'){//if 2nd position of token is an r then the dierective is .resw
//printf("%s\n","2nd pass resw");
token = strtok(NULL, " \t\n");//grab opperand
num3 = atoi(token);//assign the integer value of the opperand to num3
resw(LCvalue, num3);
LCvalue = LCvalue +num3;
//call function to write object code for .resw
}// end if 2nd position is a r
else if(token[1]=='w'){//if the 2nd position of token is a w, then the directive is .word
//printf("%s\n","2nd pass word");
num4 = atoi(strtok(NULL, ":"));//assign num4 the integer value of the opperand before the :
num5 = atoi(strtok(NULL," \t\n"));//assign num5 the integer value of the opperand after the :
word(LCvalue, num4, num5);
LCvalue = LCvalue + num5;
}//end if 2nd position is a w
else if(token[1]=='t'){//text directive
}//end if 2nd position is a t
else if(token[1]=='d'){//data directive
}//end if 2nd position is a d
continue;
}//end if token is a directive
//At this point we know that the token isn't a preprocessor directive or a a label
//so we will treat it as an opcode.
opCodeLoop = 0;//assign opCodeLoop to zero before looping through array of opcodes
while(opCodeLoop<ARRAYSIZE){//while elements remain in the opcode array
if(strcmp(opCodes[opCodeLoop],token)==0){//if current token matches an opcode
//printf("%s\n","opcode found");
//value of opCodeLoop determines opperands to expect
if(opCodeLoop == 0){
//hlt takes no opperands
rFormat(LCvalue, 0,0,0,0,0);
break;
}//end if hlt
else if(opCodeLoop > 0 && opCodeLoop < ASIX){
//these take three registers
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o3 = atoi(token);
rFormat(LCvalue, opCodeLoop, o2, o3, o1, 0);
break;
}//end if opcode is an arithmatic operator(1)
else if(opCodeLoop > ASIX && opCodeLoop <ATEN){
//these take three registers
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o3 = atoi(token);
rFormat(LCvalue, opCodeLoop, o2, o3, o1, 0);
break;
}//end if opcode is arithmatic
else if(opCodeLoop ==ASIX || opCodeLoop == ATEN ){
//these take two registers
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
rFormat(LCvalue, opCodeLoop, o2, 0, o1, 0);
break;
}//end if opcode is move or com
else if(opCodeLoop > ATEN && opCodeLoop <AFOURTEEN){
//these take two registers then an int
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
o3 = atoi(token);
rFormat(LCvalue, opCodeLoop, o2, 0, o1, o3);
break;
}//end if opcode is a shift
else if(opCodeLoop > ATHIRTEEN && opCodeLoop< AEIGHTEEN){
//these take one register
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
rFormat(LCvalue, opCodeLoop, 0, 0, o1, 0);
break;
}//end if opcode is idk something
else if(opCodeLoop == AEIGHTEEN){
//this takes one register and one int
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
o2 = atoi(token);
iFormat(LCvalue, opCodeLoop, 0, o1, o2);
break;
}//end if opcode is li
else if(opCodeLoop > AEIGHTEEN && opCodeLoop< ATWENTYFOUR){
//these take two registers and an int
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
o3 = atoi(token);
iFormat(LCvalue, opCodeLoop, o2, o1, o3);
break;
}//end if opcode is an immediate
else if(opCodeLoop == ATWENTYFOUR || opCodeLoop == ATWENTYFIVE){
//these take a register followed by an immediate and another regiester in ()
token = strtok(NULL, " ,\t\n()");//parse by whitespace, (, ), and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n()");//parse by whitespace, (, ), and ,
o2 = atoi(token);
token = strtok(NULL, " ,\t\n()");//parse by whitespace, (, ), and ,
token[0] = ' ';//replace $ with ' '
o3 = atoi(token);
iFormat(LCvalue, opCodeLoop, o3, o1, o2);
break;
}//end if opcode is lwb or swb
else if(opCodeLoop == ATWENTYSIX || opCodeLoop == ATWENTYSEVEN){
// printf("%s\n","opcode 26 or 27");
//these take a regiester and a label
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
//token[0] = ' ';
jFormat(LCvalue, opCodeLoop, 0, o1, token);
break;
}//end if opcode is lwa or swa
else if(opCodeLoop == ATWENTYEIGHT){
//these take only a label
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
//token[0]= ' ';
jFormat(LCvalue, opCodeLoop, 0, 0, token);
break;
}//end if opcode is an unconditional jump
else if(opCodeLoop > ATWENTYEIGHT && opCodeLoop<= ATHIRTYFIVE){
//these take two registers and a label
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o1 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
token[0] = ' ';//replace $ with ' '
o2 = atoi(token);
token = strtok(NULL, " ,\t\n");//parse by whitespace and ,
//token[0] = ' ';
jFormat(LCvalue,opCodeLoop, o2, o1, token);
break;
}//end if opcode is a conditional jump
}//end if token matches opCode
opCodeLoop++;
if(opCodeLoop == ARRAYSIZE){//opCode wasn't found in list
errorFlag = 1;//error detected
fprintf(err, "%d\t%s\n", lineNumber, "Illegal opcode found in this line.");
}//end if opcode wasn't found in opcode array*/
}//end loop through opcode array
if(passTwoFlag == 0){
LCvalue++;
}//end if passTwo Flag is 0
}//end loop reading lines of input (pass2)
//.asm's lines to error file
rewind(inputFile);//rewinds position indicator for 2nd pass
lineNumber = 0;//set line number back to zero
fprintf(err,"\n\n\n%s\n", "Multiply defined symbols:");
checkMulti();
fprintf(err, "\n\n\n%s\n", "Undefined symbols:");
printUndefined();
fprintf(err,"\n\n\n%s\n","File listings:");
while(fgets(inputLine, LINELENGTH, inputFile)!= NULL){
lineNumber++;
fprintf(err,"%d\t%s\n", lineNumber, inputLine);
}//end while there are lines remaining in the .asm file
if(errorFlag == 1){//one or more errors detected
remove(symbolName);//delete symbol table file
remove(objectName);//delete object code file
}//end if errors were detected
else{//no errors detected
remove(errorName);//delete error file
}//end else errors weren't detected
return 0;}//end of main
bool ProcessBattleStepAI(iBattleEngine& engine)
{
bool bRes = false;
const sint32 INV_CVAL = -65536;
_LOG(_T(">> Begin of Battle AI <<\r\n"));
iBattleUnit* pCurUnit = engine.TurnSeq().CurUnit();
if (iBattleUnit_CreatGroup* pCreatUnit = DynamicCast<iBattleUnit_CreatGroup*>(pCurUnit)) {
iBattleGroup* pGroup = pCreatUnit->GetCreatGroup();
// Shoot list
if (pGroup->ShootListCount()) {
#ifdef DEBUG_BATTLE_AI
_LOG(iFormat(_T("Shot targets found:%d\r\n"),pGroup->ShootListCount()).CStr());
for (uint32 ll=0; ll<pGroup->ShootListCount(); ++ll)
_LOG(iFormat(_T("%d,%d\r\n"),pGroup->GetShootEntry(ll)->m_pos.x,pGroup->GetShootEntry(ll)->m_pos.y).CStr());
#endif // DEBUG_BATTLE_AI
// select appropriate target
sint32 cval = INV_CVAL;
sint32 penalty = 0;
iPoint mCell;
for (uint32 xx=0; xx<pGroup->ShootListCount(); ++xx) {
const iBattleGroup::iShootEntry* se = pGroup->GetShootEntry(xx);
iBattleGroup* pTarget = engine.FindGroup(se->m_pos);
check(pTarget);
sint32 val = CalcShootValue(pGroup, se, pTarget);
if ( cval == INV_CVAL || cval < val) {
cval = val;
mCell = se->m_pos;
penalty = se->m_penalty;
}
}
engine.Shot(mCell, penalty);
bRes = true;
} else if (pGroup->MeleeListCount()) {
#ifdef DEBUG_BATTLE_AI
_LOG(iFormat(_T("Melee targets found:%d\r\n"),pGroup->MeleeListCount()).CStr());
for (uint32 ll=0; ll<pGroup->MeleeListCount(); ++ll)
_LOG(iFormat(_T("%d,%d\r\n"),pGroup->GetMeleeEntry(ll)->m_pos.x,pGroup->GetMeleeEntry(ll)->m_pos.y).CStr());
#endif // DEBUG_BATTLE_AI
// select appropriate target and direction
sint32 cval = INV_CVAL;
iPoint mCell;
uint16 mDir = 0xffff;
for (uint32 xx=0; xx<pGroup->MeleeListCount(); ++xx) {
const iBattleGroup::iMeleeEntry* me = pGroup->GetMeleeEntry(xx);
iBattleGroup* pTarget = engine.FindGroup(me->m_pos);
check(pTarget);
sint32 val = CalcMeleeValue(pGroup, me, pTarget);
for (uint16 dd=0; dd<12; ++dd) {
if (me->m_cfg & (1<<dd)) {
sint32 dval = val;
iPoint mp;
uint8 aor;
pGroup->GetMeleePosition(pTarget, me->m_pos, dd, mp, aor);
dval -= (sint32)pGroup->DistMap().GetAt(mp.x,mp.y).dirs[aor].val;
if ( cval == INV_CVAL || cval < dval) {
cval = dval;
mCell = me->m_pos;
mDir = dd;
}
}
}
}
check( mDir != 0xffff );
engine.Melee(mCell, mDir);
bRes = true;
} else if (pGroup->PotTargetsCount()) {
// first try to wait
if (pCurUnit->CanWait()) {
_LOG(_T("Found potential melee targets. Wait.\r\n"));
engine.Wait();
} else {
#ifdef DEBUG_BATTLE_AI
_LOG(iFormat(_T("Potential melee targets found:%d\r\n"),pGroup->PotTargetsCount()).CStr());
for (uint32 ll=0; ll<pGroup->PotTargetsCount(); ++ll)
_LOG(iFormat(_T("%d,%d\r\n"),pGroup->GetPotTargetEntry(ll)->m_pos.x,pGroup->GetPotTargetEntry(ll)->m_pos.y).CStr());
#endif // DEBUG_BATTLE_AI
// select appropriate target and direction
sint32 cval = INV_CVAL;
iPoint mCell;
uint16 mDir;
uint8 mOrient;
iPoint mPos;
for (uint32 xx=0; xx<pGroup->PotTargetsCount(); ++xx) {
const iBattleGroup::iMeleeEntry* me = pGroup->GetPotTargetEntry(xx);
iBattleGroup* pTarget = engine.FindGroup(me->m_pos);
check(pTarget);
sint32 val = CalcMeleeValue(pGroup, me, pTarget);
for (uint16 dd=0; dd<12; ++dd) {
if (me->m_cfg & (1<<dd)) {
sint32 dval = val;
iPoint mp;
uint8 aor;
pGroup->GetMeleePosition(pTarget, me->m_pos, dd, mp, aor);
dval -= (sint32)pGroup->DistMap().GetAt(mp.x,mp.y).dirs[aor].val;
if ( cval == INV_CVAL || cval < dval) {
cval = dval;
mCell = me->m_pos;
mDir = dd;
mOrient = aor;
mPos = mp;
}
}
}
}
CalculatePath(pGroup, mPos, mOrient);
_LOG(iFormat(_T("Group at (%d,%d) move to (%d,%d)\r\n"),pGroup->Pos().x,pGroup->Pos().y,mPos.x,mPos.y).CStr());
engine.Move(mPos, mOrient);
bRes = true;
}
} else {
if (pCurUnit->CanWait()) {
_LOG(_T("Nothing to do. Wait.\r\n"));
engine.Wait();
} else {
_LOG(_T("Nothing to do. Skip the turn.\r\n"));
bRes = engine.Defend();
}
}
} else if (iBattleUnit_Catapult* pCatapult = DynamicCast<iBattleUnit_Catapult*>(pCurUnit)) {
engine.CatapultShot(engine.CastleFort()->GetTarget());
bRes = true;
} else if (iBattleUnit_Turret* pTurret = DynamicCast<iBattleUnit_Turret*>(pCurUnit)) {
iBattleGroup* pTarget = SelectTurretTarget(engine);
check(pTarget);
engine.TurretShot(pTarget);
bRes = true;
} else {
check(0);
}
_LOG(_T(">> End of Battle AI <<\r\n"));
return bRes;
}
