static void ParseFile(const char *szFilePath) {
int i, mv, mvMirror, nComp;
PositionStruct pos, posMirror;
PgnFileStruct pgn;
if (pgn.Read(szFilePath)) {
pos = posMirror = pgn.posStart;
posMirror.Mirror();
for (i = 0; i < pgn.nMaxMove; i ++) {
mv = pgn.wmvMoveTable[i + 1];
mvMirror = MOVE_MIRROR(mv);
if (pos.zobr.dwLock1 < posMirror.zobr.dwLock1) {
nComp = -1;
} else if (pos.zobr.dwLock1 > posMirror.zobr.dwLock1) {
nComp = 1;
} else {
if (pos.zobr.dwLock0 < posMirror.zobr.dwLock0) {
nComp = -1;
} else if (pos.zobr.dwLock0 > posMirror.zobr.dwLock0) {
nComp = 1;
} else {
nComp = 0;
}
}
if (nComp <= 0) {
AddTemp(TempStruct(pos, mv, MoveValue(pos.sdPlayer, pgn.nResult)));
}
if (nComp >= 0) {
AddTemp(TempStruct(posMirror, mvMirror, MoveValue(pos.sdPlayer, pgn.nResult)));
}
if (pos.ucpcSquares[DST(mv)] == 0) {
pos.MakeMove(mv);
} else {
pos.MakeMove(mv);
pos.SetIrrev();
}
if (posMirror.ucpcSquares[DST(mvMirror)] == 0) {
posMirror.MakeMove(mvMirror);
} else {
posMirror.MakeMove(mvMirror);
posMirror.SetIrrev();
}
}
}
}
static void AddEcco(const char *szPgnFile, const EccoApiStruct &EccoApi) {
int i, nStatus;
uint32_t dwEccoIndex, dwFileMove[20];
PgnFileStruct pgn;
PositionStruct pos;
if (pgn.Read(szPgnFile, NO_ADVERT)) {
pos.FromFen(cszStartFen);
for (i = 1; i <= MIN(pgn.nMaxMove, 20); i ++) {
dwFileMove[i - 1] = Move2File(pgn.wmvMoveTable[i], pos);
TryMove(pos, nStatus, pgn.wmvMoveTable[i]);
}
if (pgn.nMaxMove < 20) {
dwFileMove[pgn.nMaxMove] = 0;
}
dwEccoIndex = EccoApi.EccoIndex((const char *) dwFileMove);
strcpy(pgn.szEcco, (const char *) &dwEccoIndex);
strcpy(pgn.szOpen, EccoApi.EccoOpening(dwEccoIndex));
strcpy(pgn.szVar, EccoApi.EccoVariation(dwEccoIndex));
pgn.Write(szPgnFile);
}
}
int Pgn2Xqf(const char *szPgnFile, const char *szXqfFile) {
int i, nCommentLen;
char szRed[MAX_STR_LEN * 2], szBlack[MAX_STR_LEN * 2];
FILE *fp;
PgnFileStruct pgn;
XqfHeaderStruct xqfhd;
XqfMoveStruct xqfmv;
if (!pgn.Read(szPgnFile)) {
return PGN2XQF_ERROR_OPEN;
}
fp = fopen(szXqfFile, "wb");
if (fp == NULL) {
return PGN2XQF_ERROR_CREATE;
}
memset(xqfhd.szTag, 0, sizeof(XqfHeaderStruct));
xqfhd.szTag[0] = 'X';
xqfhd.szTag[1] = 'Q';
xqfhd.szTag[2] = 10;
for (i = 0; i < 32; i ++) {
xqfhd.szPiecePos[i] = ccSquare2Xqf[pgn.posStart.ucsqPieces[cpcXqf2Piece[i]]];
}
xqfhd.szResult[3] = cnResultTrans[pgn.nResult];
xqfhd.szSetUp[0] = 2;
SetXqfString(xqfhd.szEvent, pgn.szEvent, sizeof(xqfhd.szEvent));
SetXqfString(xqfhd.szDate, pgn.szDate, sizeof(xqfhd.szDate));
SetXqfString(xqfhd.szSite, pgn.szSite, sizeof(xqfhd.szSite));
if (pgn.szRedTeam[0] == '\0') {
SetXqfString(xqfhd.szRed, pgn.szRed, sizeof(xqfhd.szRed));
} else {
sprintf(szRed, "%s %s", pgn.szRedTeam, pgn.szRed);
SetXqfString(xqfhd.szRed, szRed, sizeof(xqfhd.szRed));
}
if (pgn.szBlackTeam[0] == '\0') {
SetXqfString(xqfhd.szBlack, pgn.szBlack, sizeof(xqfhd.szBlack));
} else {
sprintf(szBlack, "%s %s", pgn.szBlackTeam, pgn.szBlack);
SetXqfString(xqfhd.szBlack, szBlack, sizeof(xqfhd.szBlack));
}
fwrite(&xqfhd, sizeof(xqfhd), 1, fp);
memset(&xqfhd, 0, sizeof(xqfhd));
fwrite(&xqfhd, sizeof(xqfhd), 1, fp);
for (i = 0; i <= pgn.nMaxMove; i ++) {
xqfmv.ucTag = (i == pgn.nMaxMove ? 0 : 240);
if (i == 0) {
xqfmv.ucSrc = 24;
xqfmv.ucDst = 32;
xqfmv.ucReserved = 255;
} else {
xqfmv.ucSrc = 24 + ccSquare2Xqf[SRC(pgn.wmvMoveTable[i])];
xqfmv.ucDst = 32 + ccSquare2Xqf[DST(pgn.wmvMoveTable[i])];
xqfmv.ucReserved = 0;
}
fwrite(&xqfmv, sizeof(XqfMoveStruct), 1, fp);
nCommentLen = (pgn.szCommentTable[i] == NULL ? 0 : strlen(pgn.szCommentTable[i]));
fwrite(&nCommentLen, sizeof(int), 1, fp);
if (pgn.szCommentTable[i] != NULL) {
fwrite(pgn.szCommentTable[i], nCommentLen, 1, fp);
}
}
fclose(fp);
return 0;
}
int Xqf2Pgn(const char *szXqfFile, const char *szPgnFile, const EccoApiStruct &EccoApi) {
int i, nArg0, nArgs[4];
int nCommentLen, mv, nStatus;
bool bHasNext;
PgnFileStruct pgn;
PositionStruct pos;
FILE *fp;
XqfHeaderStruct xqfhd;
XqfMoveStruct xqfmv;
// 版本号和加密偏移值
int nXqfVer, nPieceOff, nSrcOff, nDstOff, nCommentOff;
// 密钥流
int nEncStream[32];
// 密钥流索引号
int nEncIndex;
// 局面初始位置
int nPiecePos[32];
uint32_t dwEccoIndex, dwFileMove[20];
fp = fopen(szXqfFile, "rb");
if (fp == NULL) {
return XQF2PGN_ERROR_OPEN;
}
fread(&xqfhd, sizeof(xqfhd), 1, fp);
fseek(fp, sizeof(xqfhd), SEEK_CUR);
if (xqfhd.szTag[0] == 'X' && xqfhd.szTag[1] == 'Q') {
// PGN文件可以打开，现在正式解析XQF文件
nXqfVer = xqfhd.szTag[2];
if (nXqfVer < 11) {
nPieceOff = nSrcOff = nDstOff = nCommentOff = 0;
for (i = 0; i < 32; i ++) {
nEncStream[i] = 0;
}
} else {
// 局面初始位置的加密偏移值
nPieceOff = (uint8_t) (Square54Plus221((uint8_t) xqfhd.szTag[13]) * (uint8_t) xqfhd.szTag[13]);
// 着法起点的加密偏移值
nSrcOff = (uint8_t) (Square54Plus221((uint8_t) xqfhd.szTag[14]) * nPieceOff);
// 着法终点的加密偏移值
nDstOff = (uint8_t) (Square54Plus221((uint8_t) xqfhd.szTag[15]) * nSrcOff);
// 注释的加密偏移值
nCommentOff = ((uint8_t) xqfhd.szTag[12] * 256 + (uint8_t) xqfhd.szTag[13]) % 32000 + 767;
// 基本掩码
nArg0 = xqfhd.szTag[3];
// 密钥 = 前段密钥 | (后段密钥 & 基本掩码)
for (i = 0; i < 4; i ++) {
nArgs[i] = xqfhd.szTag[8 + i] | (xqfhd.szTag[12 + i] & nArg0);
}
// 密钥流 = 密钥 & 密钥流掩码
for (i = 0; i < 32; i ++) {
nEncStream[i] = (uint8_t) (nArgs[i % 4] & cszEncStreamMask[i]);
}
}
nEncIndex = 0;
// 记录棋谱信息
if (xqfhd.szEvent[0] == 0) {
GetXqfString(pgn.szEvent, xqfhd.szTitle);
} else {
GetXqfString(pgn.szEvent, xqfhd.szEvent);
}
GetXqfString(pgn.szDate, xqfhd.szDate);
GetXqfString(pgn.szSite, xqfhd.szSite);
GetXqfString(pgn.szRed, xqfhd.szRed);
GetXqfString(pgn.szBlack, xqfhd.szBlack);
pgn.nResult = cnResultTrans[(int) xqfhd.szResult[3]];
if (xqfhd.szSetUp[0] < 2) {
// 如果是开局或者全局，那么直接设置起始局面
pgn.posStart.FromFen(cszStartFen);
} else {
// 如果是中局或者排局，那么根据"xqfhd.szPiecePos[32]"的内容摆放局面
// 当版本号达到12时，还要进一步解密局面初始位置
if (nXqfVer < 12) {
for (i = 0; i < 32; i ++) {
nPiecePos[i] = (uint8_t) (xqfhd.szPiecePos[i] - nPieceOff);
}
} else {
for (i = 0; i < 32; i ++) {
nPiecePos[(nPieceOff + 1 + i) % 32] = (uint8_t) (xqfhd.szPiecePos[i] - nPieceOff);
}
}
// 把"nPiecePos[32]"的数据放到"PositionStruct"中
pgn.posStart.ClearBoard();
for (i = 0; i < 32; i ++) {
if (nPiecePos[i] < 90) {
pgn.posStart.AddPiece(cucsqXqf2Square[nPiecePos[i]], cpcXqf2Piece[i]);
}
}
pgn.posStart.SetIrrev();
}
pos = pgn.posStart;
bHasNext = true;
while (bHasNext && pgn.nMaxMove < MAX_MOVE_LEN) {
// 读取着法记录
if (nXqfVer < 11) {
fread(&xqfmv, sizeof(xqfmv), 1, fp);
fread(&nCommentLen, sizeof(int), 1, fp);
if ((xqfmv.ucTag & 0xf0) == 0) {
bHasNext = false;
}
} else {
ReadAndDecrypt(fp, &xqfmv, sizeof(xqfmv), nEncStream, nEncIndex);
if ((xqfmv.ucTag & 0x20) != 0) {
ReadAndDecrypt(fp, &nCommentLen, sizeof(int), nEncStream, nEncIndex);
nCommentLen -= nCommentOff;
} else {
nCommentLen = 0;
}
if ((xqfmv.ucTag & 0x80) == 0) {
bHasNext = false;
}
}
if (pgn.nMaxMove > 0) {
// 记录着法
mv = MOVE(cucsqXqf2Square[(uint8_t) (xqfmv.ucSrc - 24 - nSrcOff)], cucsqXqf2Square[(uint8_t) (xqfmv.ucDst - 32 - nDstOff)]);
if (pgn.nMaxMove == 1) {
if ((pgn.posStart.ucpcSquares[SRC(mv)] & 32) != 0) {
pgn.posStart.ChangeSide();
pos.ChangeSide();
}
}
if (xqfhd.szSetUp[0] < 2 && pgn.nMaxMove <= 20) {
dwFileMove[pgn.nMaxMove - 1] = Move2File(mv, pos);
}
TryMove(pos, nStatus, mv);
pgn.wmvMoveTable[pgn.nMaxMove] = mv;
if (pos.nMoveNum == MAX_MOVE_NUM) {
pos.SetIrrev();
}
}
if (nCommentLen > 0) {
pgn.szCommentTable[pgn.nMaxMove] = new char[nCommentLen + 1];
ReadAndDecrypt(fp, pgn.szCommentTable[pgn.nMaxMove], nCommentLen, nEncStream, nEncIndex);
pgn.szCommentTable[pgn.nMaxMove][nCommentLen] = '\0';
}
pgn.nMaxMove ++;
}
pgn.nMaxMove --;
// 解析ECCO
if (xqfhd.szSetUp[0] < 2) {
if (pgn.nMaxMove < 20) {
dwFileMove[pgn.nMaxMove] = 0;
}
if (EccoApi.Available()) {
dwEccoIndex = EccoApi.EccoIndex((const char *) dwFileMove);
strcpy(pgn.szEcco, (const char *) &dwEccoIndex);
strcpy(pgn.szOpen, EccoApi.EccoOpening(dwEccoIndex));
strcpy(pgn.szVar, EccoApi.EccoVariation(dwEccoIndex));
}
}
fclose(fp);
return (pgn.Write(szPgnFile) ? XQF2PGN_OK : XQF2PGN_ERROR_CREATE);
} else {
fclose(fp);
return XQF2PGN_ERROR_FORMAT;
}
}