void ApplicationVersionRepository::add(const ApplicationVersion &entity, bool *ok)
{
if (!isValid() || !entity.isValid() || entity.isCreatedByRepo())
return bSet(ok, false);
QVariantMap values;
values.insert("client_type", int(entity.clienType()));
values.insert("os_type", int(entity.os()));
values.insert("portable", int(entity.portable()));
values.insert("processor_architecture_type", int(entity.processorArchitecture()));
values.insert("download_url", entity.downloadUrl().toString());
values.insert("version", entity.version().toString());
bSet(ok, Source->insert("application_versions", values).success());
}
void ApplicationVersionRepository::edit(const ApplicationVersion &entity, bool *ok)
{
if (!isValid() || !entity.isValid() || entity.isCreatedByRepo())
return bSet(ok, false);
QVariantMap values;
values.insert("download_url", entity.downloadUrl().toString());
values.insert("version", entity.version().toString());
QString ws = "client_type = :client_type AND os_type = :os_type AND portable = :portable "
"AND processor_architecture_type = :processor_architecture_type";
QVariantMap wvalues;
wvalues.insert(":client_type", int(entity.clienType()));
wvalues.insert(":os_type", int(entity.os()));
wvalues.insert(":portable", int(entity.portable()));
wvalues.insert(":processor_architecture_type", int(entity.processorArchitecture()));
bSet(ok, Source->update("application_versions", values, BSqlWhere(ws, wvalues)).success());
}
/*
* undo a movement.
* myPiece is the piece which has moved.
* oldPiece is the piece at move.dst[x,y] before the move.
* rocksInfoSave is the Rocks bits field before the move.
*/
void undoMovement(Board board, Color color, Move move, Piece myPiece, Piece oldPiece, Case rocksInfoSave)
{
bSet(board, move.srcX, move.srcY, myPiece);
bSet(board, move.dstX, move.dstY, oldPiece);
if (move.enpassant == ENPASSANT_DANGER)
board[ENPASSANT_INDEX(color)] &= ~(1 << move.srcX);
else if (move.enpassant == ENPASSANT_EAT)
bSet(board, move.dstX, move.srcY, pawn | (color ^ COLOR_ON));
board[ROCK_INDEX] = rocksInfoSave;
if ((myPiece & PIECE_MASK) == king)
{
switch (move.rock)
{
case ROCK_LEFT:
bSet(board, 3, move.dstY, 0);
bSet(board, 0, move.dstY, rock | color);
break;
case ROCK_RIGHT:
bSet(board, 5, move.dstY, 0);
bSet(board, 7, move.dstY, rock | color);
break;
default: break;
}
}
}
/*
* apply a movement on a board
*/
void applyMovement(Board board, Color color, Piece piece, Move move)
{
bSet(board, move.srcX, move.srcY, 0);
bSet(board, move.dstX, move.dstY, piece);
switch (piece & PIECE_MASK)
{
case king:
if ((board[ROCK_INDEX] & KING_BIT(color)) == 0)
{
if ((move.dstY == 0 && color == white) || (move.dstY == 7 && color == black))
{
if (move.dstX == 2)
{
bSet(board, 3, move.dstY, rock | color);
bSet(board, 0, move.dstY, 0);
board[ROCK_INDEX] |= LEFT_ROCK_BIT(color);
}
else if (move.dstX == 6)
{
bSet(board, 5, move.dstY, rock | color);
bSet(board, 7, move.dstY, 0);
board[ROCK_INDEX] |= RIGHT_ROCK_BIT(color);
}
}
board[ROCK_INDEX] |= KING_BIT(color);
}
break;
case rock:
if ((move.srcY == 0 && color == white) || (move.srcY == 7 && color == black))
{
if (move.srcX == 0)
{
board[ROCK_INDEX] |= LEFT_ROCK_BIT(color);
}
else if (move.srcX == 7)
{
board[ROCK_INDEX] |= RIGHT_ROCK_BIT(color);
}
}
break;
case pawn:
if (move.enpassant == ENPASSANT_DANGER)
board[ENPASSANT_INDEX(color)] |= (1 << move.srcX);
else if (move.enpassant == ENPASSANT_EAT)
bSet(board, move.dstX, move.srcY, 0);
else if (move.promotion)
bSet(board, move.dstX, move.dstY, queen | color);
break;
default: break;
}
}
