cpu_bwx.h

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/* ES40 emulator.
 * Copyright (C) 2007-2008 by the ES40 Emulator Project
 *
 * WWW    : http://sourceforge.net/projects/es40
 * E-mail : camiel@camicom.com
 * 
 * This program is free software; you can redistribute it and/or
 * modify it under the terms of the GNU General Public License
 * as published by the Free Software Foundation; either version 2
 * of the License, or (at your option) any later version.
 * 
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 * 
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.
 * 
 * Although this is not required, the author would appreciate being notified of, 
 * and receiving any modifications you may make to the source code that might serve
 * the general public.
 */

#define DO_CMPBGE state.r[REG_3] =                                                   \
    (((u8) (state.r[REG_1] & 0xff) >= (u8) (V_2 & 0xff)) ? 1 : 0) |                  \
    (((u8) ((state.r[REG_1] >> 8) & 0xff) >= (u8) ((V_2 >> 8) & 0xff)) ? 2 : 0) |    \
    (((u8) ((state.r[REG_1] >> 16) & 0xff) >= (u8) ((V_2 >> 16) & 0xff)) ? 4 : 0) |  \
    (((u8) ((state.r[REG_1] >> 24) & 0xff) >= (u8) ((V_2 >> 24) & 0xff)) ? 8 : 0) |  \
    (((u8) ((state.r[REG_1] >> 32) & 0xff) >= (u8) ((V_2 >> 32) & 0xff)) ? 16 : 0) | \
    (((u8) ((state.r[REG_1] >> 40) & 0xff) >= (u8) ((V_2 >> 40) & 0xff)) ? 32 : 0) | \
    (((u8) ((state.r[REG_1] >> 48) & 0xff) >= (u8) ((V_2 >> 48) & 0xff)) ? 64 : 0) | \
    (((u8) ((state.r[REG_1] >> 56) & 0xff) >= (u8) ((V_2 >> 56) & 0xff)) ? 128 : 0);

#define DO_EXTBL  state.r[REG_3] = \
    (                              \
      state.r[REG_1] >>            \
      ((V_2 & 7) * 8)              \
    ) & X64_BYTE;
#define DO_EXTWL  state.r[REG_3] = \
    (                              \
      state.r[REG_1] >>            \
      ((V_2 & 7) * 8)              \
    ) & X64_WORD;
#define DO_EXTLL  state.r[REG_3] = \
    (                              \
      state.r[REG_1] >>            \
      ((V_2 & 7) * 8)              \
    ) & X64_LONG;
#define DO_EXTQL  state.r[REG_3] = (state.r[REG_1] >> ((V_2 & 7) * 8));
#define DO_EXTWH  state.r[REG_3] =  \
    (                               \
      state.r[REG_1] <<             \
      ((64 - ((V_2 & 7) * 8)) & 63) \
    ) & X64_WORD;
#define DO_EXTLH  state.r[REG_3] =  \
    (                               \
      state.r[REG_1] <<             \
      ((64 - ((V_2 & 7) * 8)) & 63) \
    ) & X64_LONG;
#define DO_EXTQH  state.r[REG_3] =  \
    (                               \
      state.r[REG_1] <<             \
      ((64 - ((V_2 & 7) * 8)) & 63) \
    ) & X64_QUAD;

#define DO_INSBL  state.r[REG_3] = (state.r[REG_1] & X64_BYTE) << \
    ((V_2 & 7) * 8);
#define DO_INSWL  state.r[REG_3] = (state.r[REG_1] & X64_WORD) << \
    ((V_2 & 7) * 8);
#define DO_INSLL  state.r[REG_3] = (state.r[REG_1] & X64_LONG) << \
    ((V_2 & 7) * 8);
#define DO_INSQL  state.r[REG_3] = (state.r[REG_1]) << ((V_2 & 7) * 8);
#define DO_INSWH  state.r[REG_3] = (V_2 & 7) ? \
    ((state.r[REG_1] & X64_WORD) >> ((64 - ((V_2 & 7) * 8)) & 63)) : 0;
#define DO_INSLH  state.r[REG_3] = (V_2 & 7) ? \
    ((state.r[REG_1] & X64_LONG) >> ((64 - ((V_2 & 7) * 8)) & 63)) : 0;
#define DO_INSQH  state.r[REG_3] = (V_2 & 7) ? \
    ((state.r[REG_1] & X64_QUAD) >> ((64 - ((V_2 & 7) * 8)) & 63)) : 0;

#define DO_MSKBL  state.r[REG_3] = state.r[REG_1] &~ \
    (X64_BYTE << ((V_2 & 7) * 8));
#define DO_MSKWL  state.r[REG_3] = state.r[REG_1] &~ \
    (X64_WORD << ((V_2 & 7) * 8));
#define DO_MSKLL  state.r[REG_3] = state.r[REG_1] &~ \
    (X64_LONG << ((V_2 & 7) * 8));
#define DO_MSKQL  state.r[REG_3] = state.r[REG_1] &~ \
    (X64_QUAD << ((V_2 & 7) * 8));
#define DO_MSKWH  state.r[REG_3] = (V_2 & 7) ? \
    (state.r[REG_1] &~(X64_WORD >> ((64 - ((V_2 & 7) * 8)) & 63))) : state.r[REG_1];
#define DO_MSKLH  state.r[REG_3] = (V_2 & 7) ? \
    (state.r[REG_1] &~(X64_LONG >> ((64 - ((V_2 & 7) * 8)) & 63))) : state.r[REG_1];
#define DO_MSKQH  state.r[REG_3] = (V_2 & 7) ? \
    (state.r[REG_1] &~(X64_QUAD >> ((64 - ((V_2 & 7) * 8)) & 63))) : state.r[REG_1];

#define DO_SEXTB  state.r[REG_3] = sext_u64_8(V_2);
#define DO_SEXTW  state.r[REG_3] = sext_u64_16(V_2);

#define DO_ZAP    state.r[REG_3] = state.r[REG_1] &                           \
    (                                                                         \
      ((V_2 & 1) ? 0 : U64(0xff)) | ((V_2 & 2) ? 0 : U64(0xff00)) |           \
        ((V_2 & 4) ? 0 : U64(0xff0000)) | ((V_2 & 8) ? 0 : U64(0xff000000)) | \
          ((V_2 & 16) ? 0 : U64(0xff00000000)) |                              \
            ((V_2 & 32) ? 0 : U64(0xff0000000000)) |                          \
              ((V_2 & 64) ? 0 : U64(0xff000000000000)) |                      \
                ((V_2 & 128) ? 0 : U64(0xff00000000000000))                   \
    );

#define DO_ZAPNOT state.r[REG_3] = state.r[REG_1] &                           \
    (                                                                         \
      ((V_2 & 1) ? U64(0xff) : 0) | ((V_2 & 2) ? U64(0xff00) : 0) |           \
        ((V_2 & 4) ? U64(0xff0000) : 0) | ((V_2 & 8) ? U64(0xff000000) : 0) | \
          ((V_2 & 16) ? U64(0xff00000000) : 0) |                              \
            ((V_2 & 32) ? U64(0xff0000000000) : 0) |                          \
              ((V_2 & 64) ? U64(0xff000000000000) : 0) |                      \
                ((V_2 & 128) ? U64(0xff00000000000000) : 0)                   \
    );

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