#include "StdAfx.h" #include "TutorialManager.h" #include "BaseObject_Common.h" #include "Parser.h" #include "Tutorial_Common.h" #include "application.h" bool cTutorialManager::LoadScript( const cString& pathName ) { cFileLoader loader; if( loader.Open( pathName, true ) == false ) return false; cString path; ::GetFilePath( &path, pathName ); cToken token; cTutorialLexer lexer( loader.GetBufferPtr(), loader.GetSize() ); cParser parser( &lexer, pathName ); while( lexer.IsEnd() == false ) { lexer.GetNextToken( &token ); switch( token.mType ) { case eTOKEN_ERROR: return false; case eTOKEN_NULL: continue; case eTOKEN_IMAGES: { // 이미지 파일 로딩 if( LoadImages( path, parser ) == false ) { assert( 0 && "fail to load imagefile" ); return false; } } break; case eTOKEN_MODE: { // 스크립트 로딩 unsigned long i = (unsigned long)parser.ParseInt(); cTutorialMode* p = new cTutorialMode; p->mModeIndex = i; if( LoadMode( parser, p ) == false ) { assert( 0 && "failed to load tutorial mode data" ); return false; } if( mModeMap.Insert( i, p ) == false ) { assert( 0 && "failed to insert tutorial" ); cString msg; msg.Format("[%s] [Line:%d] [index:%u]", pathName.Cstr(), token.mLine, i ); MessageBoxA( NULL, msg.Cstr(), "failed to insert tutorial", MB_OK | MB_ICONERROR ); SAFE_DELETE( p ); return false; } // 스크립트 검사 if( p->mStartPosIndex == 0 ) { assert(0); return false; } if( p->mDieTextIndex == 0 ) { assert(0); return false; } } break; default: assert( 0 && "invalid token" ); cString msg; msg.Format("[%s] [Line:%d]", pathName.Cstr(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "invalid token", MB_OK | MB_ICONERROR ); return false; } } return true; } bool cTutorialManager::LoadImages( const cString& path, cParser& parser ) { if( parser.ExpectTokenString( "{" ) == false ) return false; cToken token; cLexer* lexer = parser.GetLexer(); while( lexer->GetNextToken( &token ) ) { if( token == "}" ) break; // unsigned int id = token.ToInt(); parser.ParseString( &token ); cString pathName; pathName.Format("./language/%s/%s", cApplication::mLangaugeFolder.Cstr(), token.Cstr() ); // NiTexture* p = RESOURCEMAN->LoadTexture( pathName, false ); // // if( p == 0 ) // { // assert( 0 && "failed to load texture" ); // return false; // } NiTexture* p = (NiTexture*)1; /// 파일 열기 cFileLoader temploader; if( temploader.Open( pathName.Cstr(), false ) == false ) { assert( 0 && "failed to load texture" ); cString msg; msg.Format("[%s] Line:%d", pathName.Cstr(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "failed to load texture", MB_OK | MB_ICONERROR ); return false; } temploader.Close(); if( mTextureMap.Insert( id, p ) == false ) { cString msg; msg.Format("[%s] [Line:%d] [id:%u]", path.Cstr(), token.mLine, id ); MessageBoxA( NULL, msg.Cstr(), "fail to insert image", MB_OK | MB_ICONERROR ); assert(0); } } return true; } bool cTutorialManager::LoadMode( cParser& parser, cTutorialMode* mode ) { if( parser.ExpectTokenString( "{" ) == false ) return false; cToken token; cLexer* lexer = parser.GetLexer(); while( lexer->GetNextToken( &token ) ) { if( token == "}" ) break; switch( token.mType ) { case eTOKEN_OBJECT: { // 오브젝트 if( LoadObject( parser, mode ) == false ) { assert( 0 && "failed to load tutorial object data" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "failed to load tutorial object data", MB_OK | MB_ICONERROR ); return false; } } break; case eTOKEN_IMAGE: { // 이미지 정보 if( LoadImage( parser, mode ) == false ) { assert( 0 && "failed to load tutorial image data" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "failed to load tutorial image data", MB_OK | MB_ICONERROR ); return false; } } break; case eTOKEN_OBJECTIMAGE: { unsigned long i = (unsigned long)parser.ParseInt(); // 객체 연결용 이미지 정보 if( LoadObjectImage( parser, mode, i ) == false ) { assert( 0 && "failed to load tutorial object image data" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "failed to load tutorial object image data", MB_OK | MB_ICONERROR ); return false; } } break; case eTOKEN_STARTPOSIDX: { // 시작 좌표 ( 부활, 재시작시 ) mode->mStartPosIndex = (unsigned long)parser.ParseInt(); } break; case eTOKEN_DIETEXTINDEX: { // 부활안내문 인덱스 mode->mDieTextIndex = (unsigned long)parser.ParseInt(); } break; default: assert( 0 && "invalid token" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "invalid token", MB_OK | MB_ICONERROR ); return false; } } return true; } bool cTutorialManager::LoadObject( cParser& parser, cTutorialMode* mode ) { if( parser.ExpectTokenString( "{" ) == false ) return false; cToken token; cLexer* lexer = parser.GetLexer(); eOBJECTTYPE type = eOBJECTTYPE_NONE; char set = 0; unsigned long imgIndex = 0; unsigned long classId = 0; while( lexer->GetNextToken( &token ) ) { if( token == "}" ) break; switch( token.mType ) { case eTOKEN_ERROR: return false; case eTOKEN_NULL: continue; case eTOKEN_OBJMONSTER: { type = eOBJECTTYPE_MONSTER; set = (char)parser.ParseInt(); imgIndex = (unsigned long)parser.ParseInt(); classId = (unsigned long)parser.ParseInt(); } break; case eTOKEN_OBJNPC: { type = eOBJECTTYPE_NPC; set = (char)parser.ParseInt(); imgIndex = (unsigned long)parser.ParseInt(); classId = (unsigned long)parser.ParseInt(); } break; case eTOKEN_OBJITEM: { type = eOBJECTTYPE_ITEM; set = (char)parser.ParseInt(); imgIndex = (unsigned long)parser.ParseInt(); classId = 0; } break; default: assert( 0 && "invalid token" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "invalid token", MB_OK | MB_ICONERROR ); return false; } // sTutorialObject* p = new sTutorialObject; p->mObjectType = type; p->mSetAll = set; p->mImageIndex = imgIndex; p->mClassIndex = classId; mode->mObjectArr.PushBack( p ); } return true; } bool cTutorialManager::LoadImage( cParser& parser, cTutorialMode* mode ) { if( parser.ExpectTokenString( "{" ) == false ) return false; cToken token; cLexer* lexer = parser.GetLexer(); sTutorialImage* p = new sTutorialImage; while( lexer->GetNextToken( &token ) ) { if( token == "}" ) break; switch( token.mType ) { case eTOKEN_ERROR: return false; case eTOKEN_NULL: continue; case eTOKEN_II: { unsigned long ii = (unsigned long)parser.ParseInt(); NiTexture* pTex = GetTexture( ii ); if( !pTex ) { assert(0); SAFE_DELETE( p ); return false; } p->mpTexture = pTex; } break; case eTOKEN_POS: { p->mPosX = (short)parser.ParseInt(); p->mPosY = (short)parser.ParseInt(); } break; case eTOKEN_SIZE: { p->mWidth = (short)parser.ParseInt(); p->mHeight = (short)parser.ParseInt(); } break; case eTOKEN_TEXPOS: { p->mTexPosX = (short)parser.ParseInt(); p->mTexPosY = (short)parser.ParseInt(); } break; case eTOKEN_DOWNPOS: { p->mDownTexX = (short)parser.ParseInt(); p->mDownTexY = (short)parser.ParseInt(); } break; case eTOKEN_ANIFRAME: { p->mFrameCount = (short)parser.ParseInt(); } break; case eTOKEN_ANIREPEAT: { char repeat = (char)parser.ParseInt(); p->mRepeat = ( repeat == 1 ); } break; case eTOKEN_ANITIME: { p->mOneFrameTime = (unsigned long)parser.ParseInt(); } break; case eTOKEN_KEYINPUT: { cString str = parser.ParseString(); // if( str == "KEY_W" ) // { // p->mKey = KEY_W; // } // else if( str == "KEY_A" ) // { // p->mKey = KEY_A; // } // else if( str == "KEY_S" ) // { // p->mKey = KEY_S; // } // else if( str == "KEY_D" ) // { // p->mKey = KEY_D; // } // else if( str == "KEY_SPACE" ) // { // p->mKey = KEY_SPACE; // } // else if( str == "KEY_1" ) // { // p->mKey = KEY_1; // } // else if( str == "KEY_2" ) // { // p->mKey = KEY_2; // } // else if( str == "KEY_3" ) // { // p->mKey = KEY_3; // } // else if( str == "KEY_4" ) // { // p->mKey = KEY_4; // } // else if( str == "KEY_5" ) // { // p->mKey = KEY_5; // } // else if( str == "KEY_TAB" ) // { // p->mKey = KEY_TAB; // } // else if( str == "KEY_F6" ) // { // p->mKey = KEY_F6; // } // else if( str == "KEY_F7" ) // { // p->mKey = KEY_F7; // } // else if( str == "KEY_M" ) // { // p->mKey = KEY_M; // } } break; case eTOKEN_DEFAULTSHOW: { char show = (char)parser.ParseInt(); p->mDefaultShow = ( show == 1 ); } break; case eTOKEN_DRAMA: { p->mDramaInfo = (eTutorialDrama)parser.ParseInt(); } break; case eTOKEN_LEFTTOP: { char lefttop = (char)parser.ParseInt(); p->mLeftTop = ( lefttop == 1 ); } break; default: assert( 0 && "invalid token" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "invalid token", MB_OK | MB_ICONERROR ); return false; } } // 데이터 저장 mode->mImageArr.PushBack( p ); return true; } bool cTutorialManager::LoadObjectImage( cParser& parser, cTutorialMode* mode, unsigned long index ) { if( parser.ExpectTokenString( "{" ) == false ) return false; cToken token; cLexer* lexer = parser.GetLexer(); sTutorialBaseImage* p = new sTutorialBaseImage; while( lexer->GetNextToken( &token ) ) { if( token == "}" ) break; switch( token.mType ) { case eTOKEN_ERROR: return false; case eTOKEN_NULL: continue; case eTOKEN_II: { unsigned long ii = (unsigned long)parser.ParseInt(); NiTexture* pTex = GetTexture( ii ); if( !pTex ) { assert(0); SAFE_DELETE( p ); return false; } p->mpTexture = pTex; } break; case eTOKEN_POS: { p->mPosX = (short)parser.ParseInt(); p->mPosY = (short)parser.ParseInt(); } break; case eTOKEN_SIZE: { p->mWidth = (short)parser.ParseInt(); p->mHeight = (short)parser.ParseInt(); } break; case eTOKEN_TEXPOS: { p->mTexPosX = (short)parser.ParseInt(); p->mTexPosY = (short)parser.ParseInt(); } break; case eTOKEN_ANIFRAME: { p->mFrameCount = (short)parser.ParseInt(); } break; case eTOKEN_ANIREPEAT: { char repeat = (char)parser.ParseInt(); p->mRepeat = ( repeat == 1 ); } break; case eTOKEN_ANITIME: { p->mOneFrameTime = (unsigned long)parser.ParseInt(); } break; default: assert( 0 && "invalid token" ); cString msg; msg.Format("[%s] [Line:%d]", parser.GetFileName(), token.mLine ); MessageBoxA( NULL, msg.Cstr(), "invalid token", MB_OK | MB_ICONERROR ); return false; } } if( mode->mObjectImageMap.Insert( index, p ) == false ) { SAFE_DELETE( p ); assert(0); cString msg; msg.Format("[%s] [Line:%d] [index:%u]", parser.GetFileName(), token.mLine, index ); MessageBoxA( NULL, msg.Cstr(), "fail to insert object image map", MB_OK | MB_ICONERROR ); return false; } return true; } /////////////////////////////////////////////////////////////////// cTutorialLexer::cTutorialLexer( const char* buffer, unsigned int size ) : cLexer( buffer, size ) { BindKeyword( "images", eTOKEN_IMAGES ); BindKeyword( "mode", eTOKEN_MODE ); BindKeyword( "object", eTOKEN_OBJECT ); BindKeyword( "image", eTOKEN_IMAGE ); BindKeyword( "objectimage", eTOKEN_OBJECTIMAGE ); BindKeyword( "startposIndex", eTOKEN_STARTPOSIDX ); BindKeyword( "dietextIndex", eTOKEN_DIETEXTINDEX ); BindKeyword( "monster", eTOKEN_OBJMONSTER ); BindKeyword( "npc", eTOKEN_OBJNPC ); BindKeyword( "item", eTOKEN_OBJITEM ); BindKeyword( "ii", eTOKEN_II ); BindKeyword( "pos", eTOKEN_POS ); BindKeyword( "size", eTOKEN_SIZE ); BindKeyword( "texpos", eTOKEN_TEXPOS ); BindKeyword( "downpos", eTOKEN_DOWNPOS ); BindKeyword( "frame", eTOKEN_ANIFRAME ); BindKeyword( "repeat", eTOKEN_ANIREPEAT ); BindKeyword( "time", eTOKEN_ANITIME ); BindKeyword( "keyinput", eTOKEN_KEYINPUT ); BindKeyword( "defaultshow", eTOKEN_DEFAULTSHOW ); BindKeyword( "drama", eTOKEN_DRAMA ); BindKeyword( "lefttop", eTOKEN_LEFTTOP ); }