source: dev/BasicCompiler_Common/DebugMiddleFile.cpp@ 43

#include "../BasicCompiler_Common/common.h"

#ifdef _AMD64_
#include "../BasicCompiler64/opcode.h"
#else
#include "../BasicCompiler32/opcode.h"
#endif

#define MDLFILE_VER 0x70000003


void SetLpIndex_DebugFile(char *buffer,int *p,int type,LONG_PTR lpIndex){
    if(NATURAL_TYPE(type)==DEF_OBJECT){
        lstrcpy(buffer+(*p),((CClass *)lpIndex)->name);
        (*p)+=lstrlen(buffer+(*p))+1;
    }
    else{
        *(LONG_PTR *)(buffer+(*p))=lpIndex;
        (*p)+=sizeof(LONG_PTR);
    }
}


void GetLpIndex_DebugFile(char *buffer,int *p,int type,LONG_PTR *plpIndex){
    if(NATURAL_TYPE(type)==DEF_OBJECT){
        char szClassName[VN_SIZE];
        lstrcpy(szClassName,buffer+(*p));
        (*p)+=lstrlen(buffer+(*p))+1;

        *plpIndex=(LONG_PTR)pobj_DBClass->check(szClassName);
    }
    else{
        *plpIndex=*(LONG_PTR *)(buffer+(*p));
        (*p)+=sizeof(LONG_PTR);
    }
}



CDebugSection::CDebugSection(){
    memset(this,0,sizeof(CDebugSection));
}
CDebugSection::~CDebugSection(){
    if(pobj_DBClass) DeleteDebugInfo();
    if(buffer){
        HeapDefaultFree(buffer);
        buffer=0;
    }
}
void CDebugSection::make(void){
    extern VARIABLE *GlobalVar;
    extern int MaxGlobalVarNum;
    extern INCLUDEFILEINFO IncludeFileInfo;
    int i2,i3,i4,i5,BufferSize;

    if(buffer){
        HeapDefaultFree(buffer);
        buffer=0;
    }

    i2=0;

    extern char *basbuf;
    i3=lstrlen(basbuf);

    BufferSize=lstrlen(basbuf)+65535;
    buffer=(char *)HeapAlloc(hHeap,0,BufferSize);

    //デバッグ用ファイルのバージョン
    *(long *)(buffer+i2)=MDLFILE_VER;
    i2+=sizeof(long);

    //プラットフォームのビット数
    *(long *)(buffer+i2)=PLATFORM;
    i2+=sizeof(long);

    //インクルード情報
    *(long *)(buffer+i2)=IncludeFileInfo.FilesNum;
    i2+=sizeof(long);
    for(i3=0;i3<IncludeFileInfo.FilesNum;i3++){
        lstrcpy(buffer+i2,IncludeFileInfo.ppFileNames[i3]);
        i2+=lstrlen(buffer+i2)+1;
    }
    buffer[i2++]=0;
    for(i3=0;;i3++){
        buffer[i2++]=(char)IncludeFileInfo.LineOfFile[i3];
        if(IncludeFileInfo.LineOfFile[i3]==-1) break;
    }

    //ソースコード
    lstrcpy(buffer+i2,basbuf);
    i2+=lstrlen(buffer+i2)+1;


    ////////////////////////
    // コードと行番号の関係
    ////////////////////////
    extern int MaxLineInfoNum;
    extern LINEINFO *pLineInfo;

    //バッファが足りない場合は再確保
    if(MaxLineInfoNum*sizeof(LINEINFO)<32768) i3=32768;
    else i3=MaxLineInfoNum*sizeof(LINEINFO)+32768;
    if(BufferSize<i2+i3){
        BufferSize+=i3;
        buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
    }

    *(long *)(buffer+i2)=MaxLineInfoNum;
    i2+=sizeof(long);
    memcpy(buffer+i2,pLineInfo,MaxLineInfoNum*sizeof(LINEINFO));
    i2+=MaxLineInfoNum*sizeof(LINEINFO);



    ////////////////////////////////////////////
    // クラス情報（名前のみ。詳細は後で保存）
    ////////////////////////////////////////////

    //イテレータをリセット
    extern CDBClass *pobj_DBClass;
    pobj_DBClass->Iterator_Reset();

    //個数
    *(long *)(buffer+i2)=pobj_DBClass->Iterator_GetMaxCount();
    i2+=sizeof(long);

    while(pobj_DBClass->Iterator_HasNext()){
        CClass *pobj_c;
        pobj_c=pobj_DBClass->Iterator_GetNext();

        //クラス名
        lstrcpy(buffer+i2,pobj_c->name);
        i2+=lstrlen(buffer+i2)+1;
    }



    //////////////////
    // TypeDef情報
    //////////////////

    extern CDBTypeDef *pobj_DBTypeDef;
    *(long *)(buffer+i2)=pobj_DBTypeDef->iNum;
    i2+=sizeof(long);
    for(i3=0;i3<pobj_DBTypeDef->iNum;i3++){
        lstrcpy(buffer+i2,pobj_DBTypeDef->ppobj_TypeDef[i3]->lpszName);
        i2+=lstrlen(buffer+i2)+1;

        lstrcpy(buffer+i2,pobj_DBTypeDef->ppobj_TypeDef[i3]->lpszBaseName);
        i2+=lstrlen(buffer+i2)+1;

        //バッファが足りない場合は再確保
        if(BufferSize<i2+32768){
            BufferSize+=32768;
            buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
        }
    }


    //グローバル変数情報
    *(long *)(buffer+i2)=MaxGlobalVarNum;
    i2+=sizeof(long);
    for(i3=0;i3<MaxGlobalVarNum;i3++){
        VARIABLE *pVar=&GlobalVar[i3];

        //変数名
        lstrcpy(buffer+i2,pVar->name);
        i2+=lstrlen(buffer+i2)+1;

        //型
        *(long *)(buffer+i2)=pVar->type;
        i2+=sizeof(long);

        //型の拡張情報
        SetLpIndex_DebugFile(buffer,&i2,pVar->type,pVar->u.index);

        buffer[i2++]=(char)pVar->fRef;

        buffer[i2++]=(char)pVar->bArray;

        if(pVar->bArray){
            for(i4=0;;i4++){
                *(long *)(buffer+i2)=pVar->SubScripts[i4];
                i2+=sizeof(long);
                if(pVar->SubScripts[i4]==-1) break;
            }
        }

        //レキシカルスコープ情報
        *(long *)(buffer+i2)=pVar->ScopeStartAddress;
        i2+=sizeof(long);
        *(long *)(buffer+i2)=pVar->ScopeEndAddress;
        i2+=sizeof(long);
        *(long *)(buffer+i2)=pVar->ScopeLevel;
        i2+=sizeof(long);

        //メモリ位置
        *(long *)(buffer+i2)=pVar->offset;
        i2+=sizeof(long);

        //バッファが足りない場合は再確保
        if(BufferSize<i2+32768){
            BufferSize+=32768;
            buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
        }
    }

    //グローバル実行領域のサイズ
    extern int GlobalOpBufferSize;
    *(long *)(buffer+i2)=GlobalOpBufferSize;
    i2+=sizeof(long);

    //プロシージャ情報
    extern SUBINFO **ppSubHash;
    extern int SubNum;
    SUBINFO *psi;
    *(long *)(buffer+i2)=SubNum;
    i2+=sizeof(long);
    for(i3=0;i3<MAX_HASH;i3++){
        psi=ppSubHash[i3];
        while(psi){
            if(psi->pobj_ParentClass){
                lstrcpy(buffer+i2,psi->pobj_ParentClass->name);
                i2+=lstrlen(buffer+i2)+1;
            }
            else{
                lstrcpy(buffer+i2,"");
                i2+=lstrlen(buffer+i2)+1;
            }

            //ID
            *(long *)(buffer+i2)=psi->id;
            i2+=sizeof(long);

            //関数名
            lstrcpy(buffer+i2,psi->name);
            i2+=lstrlen(buffer+i2)+1;

            *(long *)(buffer+i2)=psi->CompileAddress;
            i2+=sizeof(long);
            *(long *)(buffer+i2)=psi->EndOpAddr;
            i2+=sizeof(long);

            *(long *)(buffer+i2)=psi->bVirtual;
            i2+=sizeof(long);

            //ローカル変数情報
            *(long *)(buffer+i2)=psi->VarNum;
            i2+=sizeof(long);

            //バッファが足りない場合は再確保
            if(BufferSize<i2+32768){
                BufferSize+=32768;
                buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
            }

            for(i4=0;i4<psi->VarNum;i4++){
                VARIABLE *pVar=&psi->pVar[i4];
                lstrcpy(buffer+i2,pVar->name);
                i2+=lstrlen(buffer+i2)+1;

                //型
                *(long *)(buffer+i2)=pVar->type;
                i2+=sizeof(long);

                //型の拡張情報
                SetLpIndex_DebugFile(buffer,&i2,pVar->type,pVar->u.index);

                //参照型パラメータかどうか
                buffer[i2++]=(char)pVar->fRef;

                //配列かどうか
                buffer[i2++]=(char)pVar->bArray;

                //配列要素
                if(pVar->bArray){
                    for(i5=0;;i5++){
                        *(long *)(buffer+i2)=pVar->SubScripts[i5];
                        i2+=sizeof(long);
                        if(pVar->SubScripts[i5]==-1) break;
                    }
                }
                else pVar->SubScripts[0]=-1;

                //レキシカルスコープ情報
                *(long *)(buffer+i2)=pVar->ScopeStartAddress;
                i2+=sizeof(long);
                *(long *)(buffer+i2)=pVar->ScopeEndAddress;
                i2+=sizeof(long);
                *(long *)(buffer+i2)=pVar->ScopeLevel;
                i2+=sizeof(long);

                //メモリ位置
                *(long *)(buffer+i2)=pVar->offset;
                i2+=sizeof(long);




                //バッファが足りない場合は再確保
                if(BufferSize<i2+32768){
                    BufferSize+=32768;
                    buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
                }
            }

            psi=psi->pNextData;
        }
    }



    ///////////////////
    // クラス情報
    ///////////////////

    //イテレータをリセット
    pobj_DBClass->Iterator_Reset();

    while(pobj_DBClass->Iterator_HasNext()){
        CClass *pobj_c;
        pobj_c=pobj_DBClass->Iterator_GetNext();


        //クラス名
        lstrcpy(buffer+i2,pobj_c->name);
        i2+=lstrlen(buffer+i2)+1;

        //仮想関数の数
        *(long *)(buffer+i2)=pobj_c->vtbl_num;
        i2+=sizeof(long);

        //アラインメント
        *(long *)(buffer+i2)=pobj_c->iAlign;
        i2+=sizeof(long);

        //メンバ
        *(long *)(buffer+i2)=pobj_c->iMemberNum;
        i2+=sizeof(long);
        for(i4=0;i4<pobj_c->iMemberNum;i4++){
            lstrcpy(buffer+i2,pobj_c->ppobj_Member[i4]->name);
            i2+=lstrlen(buffer+i2)+1;

            memcpy(buffer+i2,pobj_c->ppobj_Member[i4]->SubScripts,sizeof(int)*MAX_ARRAYDIM);
            i2+=sizeof(int)*MAX_ARRAYDIM;

            //型
            *(long *)(buffer+i2)=pobj_c->ppobj_Member[i4]->TypeInfo.type;
            i2+=sizeof(long);

            //型の拡張情報
            SetLpIndex_DebugFile(buffer,&i2,pobj_c->ppobj_Member[i4]->TypeInfo.type,pobj_c->ppobj_Member[i4]->TypeInfo.u.lpIndex);

            *(long *)(buffer+i2)=pobj_c->ppobj_Member[i4]->dwAccess;
            i2+=sizeof(long);

            //バッファが足りない場合は再確保
            if(BufferSize<i2+32768){
                BufferSize+=32768;
                buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
            }
        }

        //メソッド
        *(long *)(buffer+i2)=pobj_c->iMethodNum;
        i2+=sizeof(long);
        for(i4=0;i4<pobj_c->iMethodNum;i4++){
            *(long *)(buffer+i2)=pobj_c->ppobj_Method[i4]->dwAccess;
            i2+=sizeof(long);
            if(pobj_c->ppobj_Method[i4]->pobj_InheritsClass){
                lstrcpy(buffer+i2,pobj_c->ppobj_Method[i4]->pobj_InheritsClass->name);
                i2+=lstrlen(buffer+i2)+1;
            }
            else{
                lstrcpy(buffer+i2,"");
                i2+=lstrlen(buffer+i2)+1;
            }
            lstrcpy(buffer+i2,pobj_c->ppobj_Method[i4]->psi->name);
            i2+=lstrlen(buffer+i2)+1;
        }

        //静的メンバ
        *(long *)(buffer+i2)=pobj_c->iStaticMemberNum;
        i2+=sizeof(long);
        for(i4=0;i4<pobj_c->iStaticMemberNum;i4++){
            lstrcpy(buffer+i2,pobj_c->ppobj_StaticMember[i4]->name);
            i2+=lstrlen(buffer+i2)+1;

            memcpy(buffer+i2,pobj_c->ppobj_StaticMember[i4]->SubScripts,sizeof(int)*MAX_ARRAYDIM);
            i2+=sizeof(int)*MAX_ARRAYDIM;

            //型
            *(long *)(buffer+i2)=pobj_c->ppobj_StaticMember[i4]->TypeInfo.type;
            i2+=sizeof(long);

            //型の拡張情報
            SetLpIndex_DebugFile(buffer,&i2,pobj_c->ppobj_StaticMember[i4]->TypeInfo.type,pobj_c->ppobj_StaticMember[i4]->TypeInfo.u.lpIndex);

            *(long *)(buffer+i2)=pobj_c->ppobj_StaticMember[i4]->dwAccess;
            i2+=sizeof(long);

            //バッファが足りない場合は再確保
            if(BufferSize<i2+32768){
                BufferSize+=32768;
                buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
            }
        }

        //バッファが足りない場合は再確保
        if(BufferSize<i2+32768){
            BufferSize+=32768;
            buffer=(char *)HeapReAlloc(hHeap,0,buffer,BufferSize);
        }
    }

    length=i2;
}

char *CDebugSection::MakeSingleStepCode(void){
    char *buffer;
    buffer=(char *)HeapAlloc(hHeap,0,SizeOf_CodeSection);

    memcpy(buffer,OpBuffer,SizeOf_CodeSection);

    int i2;
    for(i2=0;i2<MaxLineInfoNum;i2++){
        if(!(
            pLineInfo[i2].dwCodeType&CODETYPE_SYSTEMPROC||
            pLineInfo[i2].dwCodeType&CODETYPE_DEBUGPROC
            )){
            //int 3
            buffer[pLineInfo[i2].TopObp]=(char)0xCC;
        }
    }

    return buffer;
}
BOOL CDebugSection::__load(void){
    int i2,i3,i4,i5,num;
    char temp2[MAX_PATH],*temp5;

    extern CClass *pobj_CompilingClass;
    pobj_CompilingClass=0;

    i2=0;

    //デバッグ用ファイルのバージョンをチェック
    if(*(long *)(buffer+i2)<MDLFILE_VER){
        HeapDefaultFree(buffer);
        return 0;
    }
    i2+=sizeof(long);

    //プラットフォームのビット数をチェック
    if(*(long *)(buffer+i2)!=PLATFORM){
        HeapDefaultFree(buffer);
        return 0;
    }
    i2+=sizeof(long);

    //インクルード情報
    IncludeFileInfo.FilesNum=*(long *)(buffer+i2);
    i2+=sizeof(long);
    IncludeFileInfo.ppFileNames=(char **)HeapAlloc(hHeap,0,IncludeFileInfo.FilesNum*sizeof(char *));
    for(i3=0;i3<IncludeFileInfo.FilesNum;i3++){
        if(buffer[i2]=='\0') break;
        IncludeFileInfo.ppFileNames[i3]=(char *)HeapAlloc(hHeap,0,lstrlen(buffer+i2)+1);
        lstrcpy(IncludeFileInfo.ppFileNames[i3],buffer+i2);
        i2+=lstrlen(buffer+i2)+1;
    }
    for(i2++,i3=0;;i2++,i3++){
        IncludeFileInfo.LineOfFile[i3]=(long)buffer[i2];
        if(IncludeFileInfo.LineOfFile[i3]==-1) break;
    }

    //ソースコード
    i2++;
    pBaseBuffer=(char *)HeapAlloc(hHeap,0,lstrlen(buffer+i2)+3);
    basbuf=pBaseBuffer+2;
    lstrcpy(basbuf,buffer+i2);
    i2+=lstrlen(buffer+i2)+1;
    extern char *basbuf;
    basbuf=this->basbuf;

    //コードと行番号の関係
    MaxLineInfoNum=*(long *)(buffer+i2);
    i2+=sizeof(long);
    pLineInfo=(LINEINFO *)HeapAlloc(hHeap,0,MaxLineInfoNum*sizeof(LINEINFO)+1);
    memcpy(pLineInfo,buffer+i2,MaxLineInfoNum*sizeof(LINEINFO));
    i2+=MaxLineInfoNum*sizeof(LINEINFO);


    ///////////////////////////////////////////
    // クラス情報（名前のみ。詳細は後で取得）
    ///////////////////////////////////////////

    this->pobj_DBClass=new CDBClass();

    int iMaxClassCount;
    iMaxClassCount=*(long *)(buffer+i2);
    i2+=sizeof(long);
    for(i3=0;i3<iMaxClassCount;i3++){
        //クラス名
        pobj_DBClass->AddClass(buffer+i2,0);
        i2+=lstrlen(buffer+i2)+1;
    }

    extern CDBClass *pobj_DBClass;
    pobj_DBClass=this->pobj_DBClass;


    //////////////////
    // TypeDef情報
    //////////////////

    //初期化
    pobj_DBTypeDef=new CDBTypeDef;

    //個数を取得
    num=*(long *)(buffer+i2);
    i2+=sizeof(long);
    for(i3=0;i3<num;i3++){
        temp5=buffer+i2;
        i2+=lstrlen(buffer+i2)+1;

        pobj_DBTypeDef->add(temp5,buffer+i2);

        i2+=lstrlen(buffer+i2)+1;
    }

    extern CDBTypeDef *pobj_DBTypeDef;
    pobj_DBTypeDef=this->pobj_DBTypeDef;

    //定数を取得
    GetConstInfo();
    extern CONSTINFO **ppConstHash;
    this->ppConstHash=ppConstHash;


    //グローバル変数情報
    MaxGlobalVarNum=*(long *)(buffer+i2);
    i2+=sizeof(long);
    GlobalVar=(VARIABLE *)HeapAlloc(hHeap,0,MaxGlobalVarNum*sizeof(VARIABLE)+1);
    for(i3=0;i3<MaxGlobalVarNum;i3++){
        VARIABLE *pVar=&GlobalVar[i3];

        //変数名
        lstrcpy(pVar->name,buffer+i2);
        i2+=lstrlen(buffer+i2)+1;

        pVar->type=*(long *)(buffer+i2);
        i2+=sizeof(long);

        GetLpIndex_DebugFile(buffer,&i2,pVar->type,&pVar->u.index);

        pVar->fRef=(long)buffer[i2++];

        pVar->bArray=(long)buffer[i2++];
        if(pVar->bArray){
            for(i4=0;;i4++){
                pVar->SubScripts[i4]=*(long *)(buffer+i2);
                i2+=sizeof(long);

                if(pVar->SubScripts[i4]==-1) break;
            }
        }

        //レキシカルスコープ情報
        pVar->ScopeStartAddress=*(long *)(buffer+i2);
        i2+=sizeof(long);
        pVar->ScopeEndAddress=*(long *)(buffer+i2);
        i2+=sizeof(long);
        pVar->ScopeLevel=*(long *)(buffer+i2);
        i2+=sizeof(long);

        //メモリ位置
        pVar->offset=*(long *)(buffer+i2);
        i2+=sizeof(long);
    }

    //グローバル実行領域のサイズ
    GlobalOpBufferSize=*(long *)(buffer+i2);
    i2+=sizeof(long);

    //プロシージャ情報
    SUBINFO *psi;
    SubNum=*(long *)(buffer+i2);
    i2+=sizeof(long);
    ppSubHash=(SUBINFO **)HeapAlloc(hHeap,HEAP_ZERO_MEMORY,MAX_HASH*sizeof(SUBINFO *));
    for(i3=0;i3<SubNum;i3++){
        psi=(SUBINFO *)HeapAlloc(hHeap,0,sizeof(SUBINFO));
        psi->pNextData=0;

        char szParentClassName[VN_SIZE];
        lstrcpy(szParentClassName,buffer+i2);
        i2+=lstrlen(buffer+i2)+1;

        if(szParentClassName[0])
            psi->pobj_ParentClass=pobj_DBClass->check(szParentClassName);
        else psi->pobj_ParentClass=0;

        //ID
        psi->id=*(long *)(buffer+i2);
        i2+=sizeof(long);

        //名前
        psi->name=(char *)HeapAlloc(hHeap,0,lstrlen(buffer+i2)+1);
        lstrcpy(psi->name,buffer+i2);
        i2+=lstrlen(buffer+i2)+1;

        psi->CompileAddress=*(long *)(buffer+i2);
        i2+=sizeof(long);
        psi->EndOpAddr=*(long *)(buffer+i2);
        i2+=sizeof(long);

        psi->bVirtual=*(long *)(buffer+i2);
        i2+=sizeof(long);

        psi->ParmNum=0;
        psi->pParmInfo=0;
        psi->RealParmNum=0;
        psi->pRealParmInfo=0;
        psi->bCompile=1;

        //ローカル変数情報
        psi->VarNum=*(long *)(buffer+i2);
        i2+=sizeof(long);
        psi->pVar=(VARIABLE *)HeapAlloc(hHeap,0,psi->VarNum*sizeof(VARIABLE)+1);
        for(i4=0;i4<psi->VarNum;i4++){
            VARIABLE *pVar=&psi->pVar[i4];

            //ローカル変数名
            lstrcpy(pVar->name,buffer+i2);
            i2+=lstrlen(buffer+i2)+1;

            //型
            pVar->type=*(long *)(buffer+i2);
            i2+=sizeof(long);

            //型の拡張情報
            GetLpIndex_DebugFile(buffer,&i2,pVar->type,&pVar->u.index);

            //参照型パラメータかどうか
            pVar->fRef=(long)buffer[i2++];

            //配列かどうか
            pVar->bArray=(long)buffer[i2++];
            if(pVar->bArray){
                for(i5=0;;i5++){
                    //配列要素
                    pVar->SubScripts[i5]=*(long *)(buffer+i2);
                    i2+=sizeof(long);

                    if(pVar->SubScripts[i5]==-1) break;
                }
            }

            //レキシカルスコープ情報
            pVar->ScopeStartAddress=*(long *)(buffer+i2);
            i2+=sizeof(long);
            pVar->ScopeEndAddress=*(long *)(buffer+i2);
            i2+=sizeof(long);
            pVar->ScopeLevel=*(long *)(buffer+i2);
            i2+=sizeof(long);

            //メモリ上の位置
            pVar->offset=*(long *)(buffer+i2);
            i2+=sizeof(long);
        }


        /////////////////////////////////
        // 格納位置を計算してpsiをセット
        /////////////////////////////////

        i4=hash_default(psi->name);

        SUBINFO *psi2;
        if(ppSubHash[i4]){
            psi2=ppSubHash[i4];
            while(1){
                if(psi2->pNextData==0){
                    psi2->pNextData=psi;
                    break;
                }
                psi2=psi2->pNextData;
            }
        }
        else{
            ppSubHash[i4]=psi;
        }
    }

    //クラス情報
    CClass *pobj_c;
    for(i3=0;i3<iMaxClassCount;i3++){
        //クラス名
        char szClassName[VN_SIZE];
        lstrcpy(szClassName,buffer+i2);
        i2+=lstrlen(buffer+i2)+1;

        pobj_c=pobj_DBClass->check(szClassName);

        //仮想関数の数
        pobj_c->vtbl_num=*(long *)(buffer+i2);
        i2+=sizeof(long);

        //アラインメント
        pobj_c->iAlign=*(long *)(buffer+i2);
        i2+=sizeof(long);

        //メンバ
        pobj_c->iMemberNum=*(long *)(buffer+i2);
        i2+=sizeof(long);
        pobj_c->ppobj_Member=
            (CMember **)HeapAlloc(hHeap,0,pobj_c->iMemberNum*sizeof(CMember *));
        for(i4=0;i4<pobj_c->iMemberNum;i4++){
            pobj_c->ppobj_Member[i4]=new CMember();

            pobj_c->ppobj_Member[i4]->name=(char *)HeapAlloc(hHeap,0,lstrlen(buffer+i2)+1);
            lstrcpy(pobj_c->ppobj_Member[i4]->name,buffer+i2);
            i2+=lstrlen(buffer+i2)+1;

            memcpy(pobj_c->ppobj_Member[i4]->SubScripts,buffer+i2,sizeof(int)*MAX_ARRAYDIM);
            i2+=sizeof(int)*MAX_ARRAYDIM;

            //型
            pobj_c->ppobj_Member[i4]->TypeInfo.type=*(long *)(buffer+i2);
            i2+=sizeof(long);

            //型の拡張情報
            GetLpIndex_DebugFile(buffer,&i2,pobj_c->ppobj_Member[i4]->TypeInfo.type,&pobj_c->ppobj_Member[i4]->TypeInfo.u.lpIndex);

            pobj_c->ppobj_Member[i4]->dwAccess=*(long *)(buffer+i2);
            i2+=sizeof(long);
        }

        //メソッド
        pobj_c->iMethodNum=*(long *)(buffer+i2);
        i2+=sizeof(long);
        pobj_c->ppobj_Method=
            (CMethod **)HeapAlloc(hHeap,0,pobj_c->iMethodNum*sizeof(CMethod *));
        for(i4=0;i4<pobj_c->iMethodNum;i4++){
            pobj_c->ppobj_Method[i4]=new CMethod();

            pobj_c->ppobj_Method[i4]->dwAccess=*(long *)(buffer+i2);
            i2+=sizeof(long);

            char szInherits[VN_SIZE];
            lstrcpy(szInherits,buffer+i2);
            i2+=lstrlen(buffer+i2)+1;

            if(szInherits[0])
                pobj_c->ppobj_Method[i4]->pobj_InheritsClass=pobj_DBClass->check(szInherits);
            else pobj_c->ppobj_Method[i4]->pobj_InheritsClass=0;

            lstrcpy(temp2,buffer+i2);
            i2+=lstrlen(buffer+i2)+1;

            CClass *pobj_temp_c;
            pobj_temp_c=pobj_c->ppobj_Method[i4]->pobj_InheritsClass;
            if(pobj_temp_c==0) pobj_temp_c=pobj_c;
            i5=hash_default(temp2);
            psi=ppSubHash[i5];
            while(1){
                if(lstrcmp(psi->name,temp2)==0&&psi->pobj_ParentClass==pobj_temp_c) break;
                psi=psi->pNextData;
            }
            pobj_c->ppobj_Method[i4]->psi=psi;
        }

        //静的メンバ
        pobj_c->iStaticMemberNum=*(long *)(buffer+i2);
        i2+=sizeof(long);
        pobj_c->ppobj_StaticMember=
            (CMember **)HeapAlloc(hHeap,0,pobj_c->iStaticMemberNum*sizeof(CMember *));
        for(i4=0;i4<pobj_c->iStaticMemberNum;i4++){
            pobj_c->ppobj_StaticMember[i4]=new CMember();

            pobj_c->ppobj_StaticMember[i4]->name=(char *)HeapAlloc(hHeap,0,lstrlen(buffer+i2)+1);
            lstrcpy(pobj_c->ppobj_StaticMember[i4]->name,buffer+i2);
            i2+=lstrlen(buffer+i2)+1;

            memcpy(pobj_c->ppobj_StaticMember[i4]->SubScripts,buffer+i2,sizeof(int)*MAX_ARRAYDIM);
            i2+=sizeof(int)*MAX_ARRAYDIM;

            //型
            pobj_c->ppobj_StaticMember[i4]->TypeInfo.type=*(long *)(buffer+i2);
            i2+=sizeof(long);

            //型の拡張情報
            GetLpIndex_DebugFile(buffer,&i2,pobj_c->ppobj_StaticMember[i4]->TypeInfo.type,&pobj_c->ppobj_StaticMember[i4]->TypeInfo.u.lpIndex);

            pobj_c->ppobj_StaticMember[i4]->dwAccess=*(long *)(buffer+i2);
            i2+=sizeof(long);
        }
    }

    HeapDefaultFree(buffer);
    buffer=0;




    extern SUBINFO **ppSubHash;
    ppSubHash=this->ppSubHash;
    pSub_DebugSys_EndProc=GetSubHash("_DebugSys_EndProc");


    SingleStepCodeBuffer=MakeSingleStepCode();


    /////////////////////////////
    // ブレークポイントを適用
    /////////////////////////////

    //インクルード情報
    extern INCLUDEFILEINFO IncludeFileInfo;
    IncludeFileInfo=this->IncludeFileInfo;

    //コードと行番号の関係
    extern int MaxLineInfoNum;
    extern LINEINFO *pLineInfo;
    MaxLineInfoNum=this->MaxLineInfoNum;
    pLineInfo=this->pLineInfo;

    BreakStepCodeBuffer=pobj_DBBreakPoint->update(OpBuffer,SizeOf_CodeSection);

    //プロセスメモリにコピー
    extern HANDLE hDebugProcess;
    SIZE_T stAccBytes;
    WriteProcessMemory(hDebugProcess,(void *)(ULONG_PTR)(dwImageBase+dwRVA_CodeSection),
        BreakStepCodeBuffer,
        SizeOf_CodeSection,&stAccBytes);


    return 1;
}

BOOL CDebugSection::load(HMODULE hModule){
    if(buffer){
        HeapDefaultFree(buffer);
        buffer=0;
    }


    extern HANDLE hDebugProcess;
    SIZE_T stAccBytes;
    IMAGE_DOS_HEADER ImageDosHeader;
    ReadProcessMemory(hDebugProcess,hModule,&ImageDosHeader,sizeof(IMAGE_DOS_HEADER),&stAccBytes);

    int pe_size;
#ifdef _AMD64_
    IMAGE_NT_HEADERS64 pe_hdr;
    pe_size=sizeof(IMAGE_NT_HEADERS64);
#else
    IMAGE_NT_HEADERS pe_hdr;
    pe_size=sizeof(IMAGE_NT_HEADERS);
#endif
    ReadProcessMemory(hDebugProcess,(void *)(((ULONG_PTR)hModule)+ImageDosHeader.e_lfanew),&pe_hdr,pe_size,&stAccBytes);

    IMAGE_SECTION_HEADER *pSectionHdr;
    pSectionHdr=(IMAGE_SECTION_HEADER *)HeapAlloc(hHeap,0,pe_hdr.FileHeader.NumberOfSections*sizeof(IMAGE_SECTION_HEADER));
    ReadProcessMemory(hDebugProcess,
        (void *)(((ULONG_PTR)hModule)+ImageDosHeader.e_lfanew+pe_size),
        pSectionHdr,
        pe_hdr.FileHeader.NumberOfSections*sizeof(IMAGE_SECTION_HEADER),
        &stAccBytes);

    int i;
    for(i=0;i<pe_hdr.FileHeader.NumberOfSections;i++){

        //リライタブルセクション内の情報
        if(lstrcmp((char *)pSectionHdr[i].Name,".data")==0){
            dwRVA_RWSection=pSectionHdr[i].VirtualAddress;
        }

        //コードセクション内の情報
        if(lstrcmp((char *)pSectionHdr[i].Name,".text")==0){
            dwRVA_CodeSection=pSectionHdr[i].VirtualAddress;
            SizeOf_CodeSection=pSectionHdr[i].SizeOfRawData;
        }

        //デバッグセクション内の情報
        if(lstrcmp((char *)pSectionHdr[i].Name,".debug")==0){
            length=pSectionHdr[i].Misc.VirtualSize;
            buffer=(char *)HeapAlloc(hHeap,0,length+1);

            ReadProcessMemory(hDebugProcess,
                (void *)(((ULONG_PTR)hModule)+pSectionHdr[i].VirtualAddress),
                buffer,
                length,
                &stAccBytes);
            buffer[length]=0;
        }

    }
    HeapDefaultFree(pSectionHdr);

    if(!buffer) return 0;


    dwImageBase=(DWORD)(ULONG_PTR)hModule;



    if(OpBuffer) HeapDefaultFree(OpBuffer);
    OpBuffer=(char *)HeapAlloc(hHeap,0,SizeOf_CodeSection);

    ReadProcessMemory(hDebugProcess,
        (void *)(ULONG_PTR)(dwImageBase+dwRVA_CodeSection),OpBuffer,
        SizeOf_CodeSection,&stAccBytes);


    return __load();
}

void CDebugSection::choice(void){
    //イメージベース
    extern DWORD ImageBase;
    ImageBase=this->dwImageBase;

    //リライタブルセクションのRVA
    extern int MemPos_RWSection;
    MemPos_RWSection=this->dwRVA_RWSection;

    //コードセクションのRVAとサイズ
    extern int MemPos_CodeSection;
    extern int FileSize_CodeSection;
    MemPos_CodeSection=this->dwRVA_CodeSection;
    FileSize_CodeSection=this->SizeOf_CodeSection;

    //インクルード情報
    extern INCLUDEFILEINFO IncludeFileInfo;
    IncludeFileInfo=this->IncludeFileInfo;

    //ソースコード
    extern char *pBaseBuffer;
    extern char *basbuf;
    pBaseBuffer=this->pBaseBuffer;
    basbuf=this->basbuf;

    //コードと行番号の関係
    extern int MaxLineInfoNum;
    extern LINEINFO *pLineInfo;
    MaxLineInfoNum=this->MaxLineInfoNum;
    pLineInfo=this->pLineInfo;

    // クラス情報
    extern CDBClass *pobj_DBClass;
    pobj_DBClass=this->pobj_DBClass;

    // TypeDef情報
    extern CDBTypeDef *pobj_DBTypeDef;
    pobj_DBTypeDef=this->pobj_DBTypeDef;

    //定数を取得
    extern CONSTINFO **ppConstHash;
    ppConstHash=this->ppConstHash;

    //グローバル変数に関する情報
    extern VARIABLE *GlobalVar;
    extern int MaxGlobalVarNum;
    GlobalVar=this->GlobalVar;
    MaxGlobalVarNum=this->MaxGlobalVarNum;

    //グローバル実行領域のサイズ
    extern int GlobalOpBufferSize;
    GlobalOpBufferSize=this->GlobalOpBufferSize;

    //プロシージャ
    extern char **ppMacroNames;
    ppMacroNames=0;
    extern SUBINFO **ppSubHash;
    extern int SubNum;
    ppSubHash=this->ppSubHash;
    SubNum=this->SubNum;

    extern SUBINFO *pSub_DebugSys_EndProc;
    pSub_DebugSys_EndProc=this->pSub_DebugSys_EndProc;

    //ネイティブコードバッファ
    extern char *OpBuffer;
    OpBuffer=this->OpBuffer;
}

void CDebugSection::DeleteDebugInfo(void){
    int i2;

    //インクルード情報を解放
    for(i2=0;i2<IncludeFileInfo.FilesNum;i2++)
        HeapDefaultFree(IncludeFileInfo.ppFileNames[i2]);
    HeapDefaultFree(IncludeFileInfo.ppFileNames);

    //グローバル変数に関する情報を解放
    HeapDefaultFree(GlobalVar);

    //ローカル変数に関する情報を解放
    SUBINFO *psi;
    for(i2=0;i2<MAX_HASH;i2++){
        psi=ppSubHash[i2];
        while(psi){
            if(psi->bCompile)
                HeapDefaultFree(psi->pVar);

            psi=psi->pNextData;
        }
    }

    //クラスに関するメモリを解放
    delete pobj_DBClass;
    pobj_DBClass=0;

    //サブルーチン情報のメモリ解放
    DeleteSubInfo(ppSubHash,0,0);

    //定数に関する情報を解放
    DeleteConstInfo(ppConstHash);

    //ソースコードを解放
    HeapDefaultFree(pBaseBuffer);

    //コードと行番号の関係を解放
    HeapDefaultFree(pLineInfo);

    //コードバッファを解放
    HeapDefaultFree(OpBuffer);
    OpBuffer=0;

    HeapDefaultFree(SingleStepCodeBuffer);
    SingleStepCodeBuffer=0;

    HeapDefaultFree(BreakStepCodeBuffer);
    BreakStepCodeBuffer=0;
}



CDBDebugSection::CDBDebugSection(){
    ppobj_ds=(CDebugSection **)HeapAlloc(hHeap,0,1);
    num=0;
}
CDBDebugSection::~CDBDebugSection(){
    int i;
    for(i=0;i<num;i++){
        delete ppobj_ds[i];
    }
    HeapDefaultFree(ppobj_ds);
}

BOOL CDBDebugSection::add(HMODULE hModule){
    CDebugSection *pobj_d;
    pobj_d=new CDebugSection();
    if(!pobj_d->load(hModule)){
        //デバッグ情報が存在しないとき
        delete pobj_d;
        return 0;
    }

    ppobj_ds=(CDebugSection **)HeapReAlloc(hHeap,0,ppobj_ds,(num+1)*sizeof(CDebugSection *));
    ppobj_ds[num]=pobj_d;
    num++;

    return 1;
}

void CDBDebugSection::del(HMODULE hModule){
    int i;
    for(i=0;i<num;i++){
        if((HMODULE)(ULONG_PTR)ppobj_ds[i]->dwImageBase==hModule){
            delete ppobj_ds[i];

            num--;
            for(;i<num;i++){
                ppobj_ds[i]=ppobj_ds[i+1];
            }
            break;
        }
    }
}

void CDBDebugSection::choice(int index){
    pobj_now=ppobj_ds[index];
    pobj_now->choice();
}



CDBDebugSection *pobj_DBDebugSection;