jitc.c

   1 #include "osecpu.h"
   2
   3 #define JITC_ERR_MASK                   255
   4 #define JITC_ERR_PHASE0ONLY             256
   5 #define JITC_ERR_REGNUM                 (1 | JITC_ERR_PHASE0ONLY)
   6 #define JITC_ERR_DST1                   (2 | JITC_ERR_PHASE0ONLY)
   7 #define JITC_ERR_OPECODE                (3 | JITC_ERR_PHASE0ONLY)
   8 #define JITC_ERR_LABELNUM               (4 | JITC_ERR_PHASE0ONLY)
   9 #define JITC_ERR_LABELREDEF             (5 | JITC_ERR_PHASE0ONLY)
  10 #define JITC_ERR_PREFIX                 (6 | JITC_ERR_PHASE0ONLY)
  11 #define JITC_ERR_LABELNODEF             7
  12 #define JITC_ERR_LABELTYP               8
  13 #define JITC_ERR_IDIOM                  9
  14 #define JITC_ERR_PREGNUM                (10 | JITC_ERR_PHASE0ONLY)
  15 #define JITC_ERR_SRC1                   (11 | JITC_ERR_PHASE0ONLY)
  16 #define JITC_ERR_BADTYPE                (12 | JITC_ERR_PHASE0ONLY)
  17 #define JITC_ERR_PREFIXFAR              (13 | JITC_ERR_PHASE0ONLY)
  18 #define JITC_ERR_INTERNAL               99
  19
  20 void errorHandler(HOSECPU_RuntimeEnvironment *r)
  21 {
  22         puts("security error! abort...");
  23         printf("debugInfo0=%d, debugInfo1=%d\n", r->debugInfo0, r->debugInfo1);
  24 #if (USE_DEBUGGER != 0)
  25         dbgrMain(r);
  26 #endif
  27         exit(1);
  28 }
  29
  30 int jitCompCmdLen(const unsigned char *src)
  31 {
  32     //BCode命令長を取得する
  33         int i = 1;
  34
  35     if (0x01 <= *src && *src < 0x04){
  36         // LB, LIMM, PLIMM
  37         i = 6;
  38     } else if (*src == 0x04){
  39         // CND
  40         i = 2;
  41     } else if (0x08 <= *src && *src < 0x0d){
  42         // LMEM, SMEM, ??, ??, ??
  43         i = 8 + src[7] * 4;
  44     } else if (0x0e <= *src && *src < 0x10){
  45         // PADD, PDIF
  46         i = 8;
  47     } else if (0x10 <= *src && *src < 0x1c){
  48         // CP/OR, XOR, AND, ADD, SUB, MUL, SHL, SAR, DIV, MOD,
  49         i = 4;
  50     } else if (0x1c <= *src && *src < 0x1f){
  51         // ??, ??, PCP
  52         i = 3;
  53     } else if (*src == 0x1f){
  54         // ??
  55         i = 11;
  56     } else if(0x20 <= *src && *src < 0x2e){
  57         // CMPE, CMPNE, CMPL, CMPGE, CMPLE, CMPG, TSTZ, TSTNZ,
  58         // PCMPE, PCMPNE, PCMPL, PCMPGE, PCMPLE, PCMPG,
  59         i = 4;
  60     } else if (*src == 0x2f){
  61         // ??
  62         i = 4 + src[1];
  63     } else if (0x30 <= *src && *src < 0x34){
  64         // ??, ??, MALLOC, ??
  65         i = 4;
  66     } else if (0x3c <= *src && *src < 0x3e){
  67         // ??, ??
  68         i = 7;
  69     } else if (*src == 0xfe){
  70         // REMARK
  71         i = 2 + src[1];
  72     }
  73
  74         return i;
  75 }
  76 #if (JITC_ARCNUM == 0x0001)
  77 //
  78 // for x86-32bit
  79 //
  80
  81 /* 他のCPUへ移植する人へ:
  82  以下は最適化のためのものなので、すべて0として簡単に移植しても問題ありません */
  83 #define jitCompA0001_USE_R3F_CMPJMP             1*1
  84 #define jitCompA0001_USE_R3F_IMM32              1*1
  85 #define jitCompA0001_USE_R3F_IMM8               1*1
  86 #define jitCompA0001_USE_R3F_INCDEC             1*1
  87 #define jitCompA0001_OPTIMIZE_JMP               1*1
  88 #define jitCompA0001_OPTIMIZE_MOV               1*1     /* 1にすると速度低下する？ */
  89 #define jitCompA0001_OPTIMIZE_CMP               1*1
  90 #define jitCompA0001_OPTIMIZE_ALIGN             4*1     /* 0-8を想定 */
  91 #define jitCompA0001_EBP128                             128*1
  92
  93 struct JitCompWork {
  94         unsigned char *dst, *dst0;
  95         int err, maxLabels;
  96 #if (jitCompA0001_USE_R3F_IMM32 != 0)
  97         int r3f;
  98 #endif
  99         char prefix;    //CND命令の値を記録(初期値=0)
 100 };
 101
 102 #define jitCompPutByte1(p, c0)                          *p++ = c0
 103 #define jitCompPutByte2(p, c0, c1)                      *p++ = c0; *p++ = c1
 104 #define jitCompPutByte3(p, c0, c1, c2)          *p++ = c0; *p++ = c1; *p++ = c2
 105 #define jitCompPutByte4(p, c0, c1, c2, c3)      *p++ = c0; *p++ = c1; *p++ = c2; *p++ = c3
 106
 107 static void jitCompPutImm32(struct JitCompWork *w, int i)
 108 {
 109         jitCompPutByte1(w->dst, i & 0xff);
 110         jitCompPutByte1(w->dst, (i >> 8) & 0xff);
 111         jitCompPutByte1(w->dst, (i >> 16) & 0xff);
 112         jitCompPutByte1(w->dst, (i >> 24) & 0xff);
 113         return;
 114 }
 115
 116 int jitCompGetImm32(const unsigned char *src)
 117 {
 118         return (src[0] << 24) | (src[1] << 16) | (src[2] << 8) | src[3];
 119 }
 120
 121 int jitCompGetLabelNum(struct JitCompWork *w, const unsigned char *src)
 122 {
 123         int i = jitCompGetImm32(src);
 124         if (i < 0 || i >= w->maxLabels) {
 125                 w->err = JITC_ERR_LABELNUM;
 126                 i = 0;
 127         }
 128         return i;
 129 }
 130
 131 void jitCompA0001_85DispN(struct JitCompWork *w, int disp, int n)
 132 {
 133         disp -= jitCompA0001_EBP128;
 134         if (-128 <= disp && disp <= 127) {
 135                 jitCompPutByte2(w->dst, 0x45 | (n << 3), disp & 0xff);
 136     } else {
 137                 jitCompPutByte1(w->dst, 0x85 | (n << 3));
 138                 jitCompPutImm32(w, disp);
 139         }
 140         return;
 141 }
 142
 143 void jitCompA0001_movEbpDispReg32(struct JitCompWork *w, int disp, int reg32)
 144 {
 145         jitCompPutByte1(w->dst, 0x89); /* MOV(mem, reg32); */
 146         jitCompA0001_85DispN(w, disp, reg32);
 147         return;
 148 }
 149
 150 void jitCompA0001_movReg32EbpDisp(struct JitCompWork *w, int reg32, int disp)
 151 {
 152         jitCompPutByte1(w->dst, 0x8b); /* MOV(reg32, mem); */
 153         jitCompA0001_85DispN(w, disp, reg32);
 154         return;
 155 }
 156
 157 void jitCompA0001_movEaxRxx(struct JitCompWork *w, int rxx)
 158 {
 159 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 160         if (rxx == 0x3f) {
 161                 jitCompPutByte1(w->dst, 0xb8); /* MOV(EAX, ?); */
 162                 jitCompPutImm32(w, w->r3f);
 163                 return;
 164         }
 165 #endif
 166         if (rxx >= 0x40 || rxx < 0){
 167         w->err = JITC_ERR_REGNUM;
 168     }
 169         jitCompA0001_movReg32EbpDisp(w, 0 /* EAX */, rxx * 4); /* MOV(EAX, [EBP+?]); */
 170         return;
 171 }
 172
 173 void jitCompA0001_movRxxEax(struct JitCompWork *w, int rxx)
 174 {
 175         if (rxx >= 0x40 || rxx < 0){
 176         w->err = JITC_ERR_REGNUM;
 177     }
 178         jitCompA0001_movEbpDispReg32(w, rxx * 4, 0 /* EAX */); /* MOV([EBP+?], EAX); */
 179         return;
 180 }
 181
 182 void jitCompA0001_fixPrefix(struct JitCompWork *w)
 183 {
 184         if (w->prefix != 0) {
 185                 if (w->dst - w->dst0 > 127){
 186             w->err = JITC_ERR_REGNUM;
 187         }
 188                 w->dst0[-1] = (unsigned char)((w->dst - w->dst0) & 0xff);
 189         }
 190         return;
 191 }
 192
 193 void jitCompA0001_checkCompPtr(struct JitCompWork *w, int p0, int p1)
 194 {
 195         if (p0 >= 0x3f || p0 < 0){
 196         w->err = JITC_ERR_PREGNUM;
 197     }
 198         if (p1 >= 0x3f || p1 < 0){
 199         w->err = JITC_ERR_PREGNUM;
 200     }
 201         /* 比較可能可能なのかのチェックのコードを出力 */   /* 未完成 */
 202         return;
 203 }
 204
 205 void jitCompA000_loadRegCacheAll(struct JitCompWork *w)
 206 {
 207         jitCompA0001_movReg32EbpDisp(w, 3 /* EBX */, 0 * 4); /* EBX = R00; */
 208         jitCompA0001_movReg32EbpDisp(w, 1 /* ECX */, 1 * 4); /* ECX = R01; */
 209         jitCompA0001_movReg32EbpDisp(w, 2 /* EDX */, 2 * 4); /* EDX = R02; */
 210         return;
 211 }
 212
 213 void jitCompA000_storeRegCacheAll(struct JitCompWork *w)
 214 {
 215         jitCompA0001_movEbpDispReg32(w, 0 * 4, 3 /* EBX */); /* R00 = EBX; */
 216         jitCompA0001_movEbpDispReg32(w, 1 * 4, 1 /* ECX */); /* R01 = ECX; */
 217         jitCompA0001_movEbpDispReg32(w, 2 * 4, 2 /* EDX */); /* R02 = EDX; */
 218         return;
 219 }
 220
 221 void jitCompA000_loadRegCacheEcx(struct JitCompWork *w)
 222 {
 223         jitCompA0001_movReg32EbpDisp(w, 1 /* ECX */, 1 * 4); /* ECX = R01; */
 224         return;
 225 }
 226
 227 void jitCompA000_storeRegCacheEcx(struct JitCompWork *w)
 228 {
 229         jitCompA0001_movEbpDispReg32(w, 1 * 4, 1 /* ECX */); /* R01 = ECX; */
 230         return;
 231 }
 232
 233 void jitCompA000_loadRegCacheEdx(struct JitCompWork *w)
 234 {
 235         jitCompA0001_movReg32EbpDisp(w, 2 /* EDX */, 2 * 4); /* EDX = R02; */
 236         return;
 237 }
 238
 239 void jitCompA000_storeRegCacheEdx(struct JitCompWork *w)
 240 {
 241         jitCompA0001_movEbpDispReg32(w, 2 * 4, 2 /* EDX */); /* R02 = EDX; */
 242         return;
 243 }
 244
 245 int jitCompA000_selectRegCache(int rxx, int reg)
 246 {
 247     switch (rxx) {
 248         case 0:
 249             //EBX
 250             reg = 3;
 251             break;
 252         case 1:
 253             //ECX
 254             reg = 1;
 255             break;
 256         case 2:
 257             //EDX
 258             reg = 2;
 259             break;
 260     }
 261     return reg;
 262 }
 263
 264 void jitCompA000_loadPRegCacheAll(struct JitCompWork *w)
 265 {
 266         //      jitCompA0001_movReg32EbpDisp(w, 5 /* EBP */, 256 + 0 * 32 + 0); /* EBP = P00; */
 267         jitCompA0001_movReg32EbpDisp(w, 6 /* ESI */, 256 + 1 * 32 + 0); /* ESI = P01; */
 268         jitCompA0001_movReg32EbpDisp(w, 7 /* EDI */, 256 + 2 * 32 + 0); /* EDI = P02; */
 269         return;
 270 }
 271
 272 void jitCompA000_storePRegCacheAll(struct JitCompWork *w)
 273 {
 274         //      jitCompA0001_movEbpDispReg32(w, 256 + 0 * 32 + 0, 5 /* EBP */); /* P00 = EBP; */
 275         jitCompA0001_movEbpDispReg32(w, 256 + 1 * 32 + 0, 6 /* ESI */); /* P01 = ESI; */
 276         jitCompA0001_movEbpDispReg32(w, 256 + 2 * 32 + 0, 7 /* EDI */); /* P02 = EDI; */
 277         return;
 278 }
 279
 280 int jitCompA000_selectPRegCache(int pxx, int reg)
 281 {
 282         //      if (pxx == 0) reg = 5; /* EBP */
 283     switch (pxx) {
 284         case 1:
 285             //ESI
 286             reg = 6;
 287             break;
 288
 289         case 2:
 290             //EDI
 291             reg = 7;
 292             break;
 293     }
 294     return reg;
 295 }
 296
 297 int jitCompA000_convTyp(int t)
 298 {
 299         int r = -1;
 300
 301         if (1 <= t && t <= 7){
 302         r = t;
 303     } else if (8 <= t && t <= 13){
 304         r = 2 | (t & 1);
 305     } else if (14 <= t && t <= 15){
 306         r = 4 | (t & 1);
 307     } else if (16 <= t && t <= 21){
 308         r = 6 | (t & 1);
 309     }
 310         return r;
 311 }
 312
 313 int jitCompA000_dataWidth(int t)
 314 {
 315         int r = -1;
 316         if (t == 0x0001) r = 256;
 317         t >>= 1;
 318         if (t == 0x0002 / 2) r = 8;
 319         if (t == 0x0004 / 2) r = 16;
 320         if (t == 0x0006 / 2) r = 32;
 321         if (t == 0x0008 / 2) r = 4;
 322         if (t == 0x000a / 2) r = 2;
 323         if (t == 0x000c / 2) r = 1;
 324         if (t == 0x000e / 2) r = 12;
 325         if (t == 0x0010 / 2) r = 20;
 326         if (t == 0x0012 / 2) r = 24;
 327         if (t == 0x0014 / 2) r = 28;
 328         return r;
 329 }
 330
 331 static unsigned char *errfnc;
 332
 333 void jitCompA0001_checkType0(struct JitCompWork *w, int pxx, int typ, int ac)
 334 {
 335         if (typ <= 0) { w->err = JITC_ERR_BADTYPE; }
 336         if (typ > 0x7f) { w->err = JITC_ERR_INTERNAL; }
 337         jitCompA0001_movReg32EbpDisp(w, 0 /* EAX */, 256 + pxx * 32 + 4); /* MOV(EAX, [EBP+?]); */      /* typ */
 338         jitCompPutByte3(w->dst, 0x83, 0xf8, typ & 0x7f);        /* CMP(EAX, ?); */
 339         jitCompPutByte2(w->dst, 0x0f, 0x85); /* JNE */
 340         jitCompPutImm32(w, errfnc - (w->dst + 4));
 341         return;
 342 }
 343
 344 void jitCompA0001_checkType(struct JitCompWork *w, int pxx, int typ, int ac)
 345 // data用.
 346 // 将来的にはaliveやアクセス権チェックも入れる
 347 {
 348         jitCompA0001_checkType0(w, pxx, typ, ac);
 349         return;
 350 }
 351
 352 void jitCompA0001_checkLimit(struct JitCompWork *w, int reg, int pxx)
 353 {
 354         jitCompPutByte1(w->dst, 0x3b);  /* CMP(reg, [EBP+?]); */
 355         jitCompA0001_85DispN(w, 256 + pxx * 32 + 8, reg);       /* p0 */
 356         jitCompPutByte2(w->dst, 0x0f, 0x82); /* JB */
 357         jitCompPutImm32(w, errfnc - (w->dst + 4));
 358         jitCompPutByte1(w->dst, 0x3b);  /* CMP(reg, [EBP+?]); */
 359         jitCompA0001_85DispN(w, 256 + pxx * 32 + 12, reg);      /* p1 */
 360         jitCompPutByte2(w->dst, 0x0f, 0x83); /* JAE */
 361         jitCompPutImm32(w, errfnc - (w->dst + 4));
 362         return;
 363 }
 364
 365 void func3c(char *ebp, int opt, int r1, int p1, int lenR, int lenP, int r0, int p0);
 366 void func3d(char *ebp, int opt, int r1, int p1, int lenR, int lenP, int r0, int p0);
 367 void funcf4(char *ebp, int pxx, int typ, int len);
 368 void funcf5(char *ebp, int pxx, int typ, int len); // pxxはダミーで参照されない.
 369 void funcf6(char *ebp, int pxx, int typ, int len);
 370 void funcf7(char *ebp, int pxx, int typ, int len); // typとlenはダミーで参照されない.
 371 // F5の場合、decoderが対応するalloc-freeを結びつけるのが簡単で、typやlenを指定必須にしてもフロントエンドコードに影響はない.
 372
 373 void errHndl(HOSECPU_RuntimeEnvironment *r);
 374
 375 /*
 376  * dst : 現在の書き込みアドレス。
 377  * dst1 : 書き込みアドレスの最大値
 378  * src : 現在の読み込みアドレス(ヘッダ部は飛ばしてある
 379  * src1 : 読み込みアドレスの最大値
 380  * src0 : 読み込みバイナリのアドレス
 381  */
 382 int jitCompiler(unsigned char *dst, unsigned char *dst1, const unsigned char *src, const unsigned char *src1, const unsigned char *src0, HOSECPU_LabelListTag *label, int maxLabels, int level, int debugInfo1, int flags)
 383 /* IA-32用 */
 384 /* 本来ならこのレイヤでは文法チェックしない */
 385 {
 386         struct JitCompWork w;
 387         unsigned char *dst00 = dst, *enter0 = NULL, *tmp_ucp;
 388     char *errmsg = "";
 389         const unsigned char *oldsrc;
 390         int timecount = 0, i, j = 0, lastlabel = -1, debugInfo0 = -1;
 391         int reg0, reg1, reg2, cmp0reg = -1, cmp0lev = 0;
 392         w.dst = w.dst0 = dst;
 393         w.err = 0;
 394         w.maxLabels = maxLabels;
 395
 396         if ((flags & JITC_NOSTARTUP) == 0) {
 397                 jitCompPutByte1(w.dst, 0x60); /* PUSHAD(); */
 398                 jitCompA000_loadRegCacheAll(&w); /* start-up */
 399                 jitCompA000_loadPRegCacheAll(&w);
 400         }
 401         if (level <= JITC_LV_SLOWER) {
 402                 jitCompPutByte2(w.dst, 0x31, 0xc0);     /* XOR(EAX, EAX); */
 403                 jitCompA0001_movEbpDispReg32(&w, 2304 + 0, 0 /* EAX */); /* MOV(debugInfo0, EAX); */
 404                 jitCompPutByte1(w.dst, 0xb8);   /* MOV(EAX, ?); */
 405                 jitCompPutImm32(&w, debugInfo1);
 406                 jitCompA0001_movEbpDispReg32(&w, 2304 + 4, 0 /* EAX */); /* MOV(debugInfo1, EAX); */
 407         }
 408         while (src < src1) {
 409                 w.prefix = 0;   //0x04 CND 命令で変更される
 410                 if (w.dst + 256 > dst1) { w.err = JITC_ERR_DST1; goto err_w; }  // 書き込み領域が残り256バイト未満ならエラー
 411                 timecount++;
 412                 if (timecount >= 64) {
 413                         timecount -= 64;
 414                         /* 未完成(timeoutチェックコードを入れる) */
 415                 }
 416         prefix_continue:        // CND命令実行後ここに戻る
 417                 switch (*src) {
 418
 419             case 0x00:  /* NOP */
 420                 if (w.prefix != 0) { w.err = JITC_ERR_PREFIX; goto err_w; }     // 「条件付きでNOPを実行」するなんて、矛盾している!
 421                 break;
 422
 423             case 0x01:  /* LB */
 424
 425                 /*
 426                  * LB : ラベル設置命令。(6byte)
 427                  * ・prefex = 1にする
 428                  * ・timecount++し、timecountのチェックをする。
 429                  * ・ラベル位置を登録する。
 430                  * ・割り込みがある場合、このタイミングで割り込みを発生させる。
 431                  *
 432                  *  1   2       3       456
 433                  *      LB      01      opt     imm32
 434                  *
 435                  */
 436
 437                 if (enter0 == NULL && (src[6] == 0x3c /* 多数のレジスタをスタックに退避 */ || (src[6] == 0xfe/* REMARK */ && src[7] == 0x01 && src[9] == 0x3c))) {       //beginFunc()中のLB
 438                     // LB命令の後に0x3C命令・・・beginFunc()
 439                     jitCompPutByte1(w.dst, 0xe9);       // (x86) JMP rel32 : 次の命令との相対オフセットだけ相対ニアジャンプする
 440                     enter0 = w.dst;
 441                     jitCompPutImm32(&w, 0);     // 飛び相対座標が0 ・・・パイプラインのフラッシュ??
 442                 }
 443                 if (src[6] == 0x34) {   // LBの次の命令がDATA ・・・DAT_SA0(label, typ32, length) ・・・メモリ確保命令
 444                     tmp_ucp = w.dst;
 445                     jitCompPutByte1(w.dst, 0xe9);       // (x86) JMP rel32 : 次の命令との相対オフセットだけ相対ニアジャンプする
 446                     i = jitCompGetImm32(&src[7]);       // type32 を取得
 447                     j = 32;
 448                     if (i != 1) {
 449                         i = jitCompA000_convTyp(i);
 450                         j = 0;
 451                         if (i == 2 || i == 3) { j = 1; }
 452                         if (i == 4 || i == 5) { j = 2; }
 453                         if (i == 6 || i == 7) { j = 4; }
 454                     }
 455                     j *= jitCompGetImm32(&src[11]);
 456                     if (j <= 0) w.err = JITC_ERR_BADTYPE;
 457                     jitCompPutImm32(&w, j);
 458 #if (jitCompA0001_OPTIMIZE_JMP != 0)
 459                     if (j <= 127 - jitCompA0001_OPTIMIZE_ALIGN) {
 460                         w.dst -= 5;
 461                         jitCompPutByte2(w.dst, 0xeb, j);
 462                     }
 463 #endif
 464                 }
 465 #if (jitCompA0001_OPTIMIZE_ALIGN != 0)
 466                 for (;;) {
 467                     i = ((int)w.dst) & (jitCompA0001_OPTIMIZE_ALIGN - 1); /* ALIGNで割ったあまりを計算 */
 468                     if (i == 0) break;
 469                     i = jitCompA0001_OPTIMIZE_ALIGN - i;
 470                     if (i == 1) { jitCompPutByte1(w.dst, 0x90); j += i; } /* NOP(); */
 471                     if (i == 2) { jitCompPutByte2(w.dst, 0x89, 0xc0); j += i; } /* MOV(EAX, EAX); */
 472                     if (i == 3) { jitCompPutByte3(w.dst, 0x8d, 0x76, 0x00); j += i; } /* LEA(ESI, [ESI+0]); */
 473                     if (i == 4) { jitCompPutByte4(w.dst, 0x8d, 0x74, 0x26, 0x00); j += i; } /* LEA(ESI, [ESI*1+0]); */
 474                     if (i == 5) { jitCompPutByte1(w.dst, 0x0d); jitCompPutImm32(&w, 0); j += i; } /* OR(EAX, 0); */
 475                     if (i == 6) { jitCompPutByte2(w.dst, 0x8d, 0xb6); jitCompPutImm32(&w, 0); j += i; } /* LEA(ESI, [ESI+0]); */
 476                     if (i >= 7) { jitCompPutByte3(w.dst, 0x8d, 0xb4, 0x26); jitCompPutImm32(&w, 0); j += 7; } /* LEA(ESI, [ESI*1+0]); */
 477                 }
 478 #endif
 479                 if (src[6] == 0x34) {
 480                     tmp_ucp[1] = j & 0xff;
 481                     if (*tmp_ucp == 0xe9) {
 482                         tmp_ucp[2] = (j >> 8) & 0xff;
 483                         tmp_ucp[3] = (j >> 16) & 0xff;
 484                         tmp_ucp[4] = (j >> 24) & 0xff;
 485                     }
 486                 }
 487                 if ((flags & JITC_PHASE1) == 0) {
 488                     i = jitCompGetLabelNum(&w, src + 2);
 489                     //printf("i=%06X %06X\n", i, src-src0);
 490                     if (label[i].opt != 0 && w.err == 0) { w.err = JITC_ERR_LABELREDEF; goto err_w; }
 491                     if (w.prefix != 0) { w.err = JITC_ERR_PREFIX; goto err_w; }
 492                     label[i].opt = src[1] + 1;
 493                     label[i].typ = 0; /* TYP_CODE */
 494                     label[i].p = w.dst;
 495                     label[i].p1 = w.dst + 1;
 496                     lastlabel = i;
 497                 }
 498                 cmp0reg = -1;
 499                 timecount = 0;
 500                 /* 未完成(timeoutチェックコードを入れる) */
 501                 break;
 502
 503             case 0x02:  /* LIMM */
 504
 505                 /*
 506                  * LIMM : 定数即値代入命令(6byte)
 507                  *
 508                  *      1       2               3456
 509                  *      02      reg0R   imm32
 510                  *
 511                  * ・reg3F は条件比較慣用句指定用＆演算命令即値慣用句指定用。よってCND命令の直後では使用できない。
 512                  */
 513
 514                 if (src[1] == 0x3f && w.prefix != 0) w.err = JITC_ERR_PREFIX;   // CND命令の直後でR3Fを書き換えるなんて変だよね
 515
 516 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 517                 if (src[1] == 0x3f) {           // R3Fへの代入は例外敵に、 w.r3f を使用
 518                     w.r3f = jitCompGetImm32(src + 2);
 519                     break;
 520                 }
 521 #endif
 522                 i = jitCompGetImm32(src + 2);   // 与えられた即値(第二引数)を取得
 523
 524                 /* R00-R02 なら EBX, ECX, EDX 、それ以外なら EAX のレジスタIDを reg0 に代入 */
 525                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
 526
 527 #if (jitCompA0001_OPTIMIZE_MOV != 0)
 528                 if (i == 0) {
 529                     jitCompPutByte2(w.dst, 0x31, 0xc0 | reg0 << 3 | reg0);      /* XOR(reg0, reg0); */
 530                     jitCompA0001_movRxxEax(&w, src[1]);
 531                     break;
 532                 }
 533 #endif
 534
 535                 /* reg0 のレジスタに対応したMOV命令を発行 */
 536                 jitCompPutByte1(w.dst, 0xb8 | reg0);    /* MOV(reg0, ?);  == 10111000b+wr imm32 */
 537                 jitCompPutImm32(&w, i);
 538
 539                 if (reg0 == 0)  // R03以降の、レジスタの内容をメモリ上に格納してエミュレートする場合
 540
 541                     jitCompA0001_movRxxEax(&w, src[1]);
 542                 break;
 543
 544             case 0x03:  /* PLIMM */     /* 未完成(plsまで対応) */
 545
 546                 /*
 547                  * PLIMM : ラベル番号代入命令(6byte)
 548                  *
 549                  *      1       2       3456
 550                  *      03      PXX     imm32
 551                  *
 552                  * ・P28 はAPI用
 553                  * ・P30　はリターンアドレス
 554                  * ・P3F はプログラムカウンタ
 555                  */
 556
 557                 i = jitCompGetLabelNum(&w, src + 2);    // Pxxに代入するラベルの番号(第二引数)
 558                 if ((flags & JITC_PHASE1) != 0 && w.err == 0) { // Phase 1であるならば
 559                     if (label[i].opt == 0) { w.err = JITC_ERR_LABELNODEF; goto err_w; }         // 指定されたラベル番号は存在しない
 560                     if (src[1] != 0x3f && label[i].opt != 2) { w.err = JITC_ERR_LABELTYP; goto err_w; } //
 561                     if (src[1] == 0x3f && label[i].typ != 0) { w.err = JITC_ERR_LABELTYP; goto err_w; } // プログラムカウンタに TYP_CODEでない値は代入できない
 562                 }
 563                 if (src[1] == 0x3f) {   // プログラムカウンタへの代入なら
 564                     if (w.prefix == 0) {        // CND命令による条件付きでなければ、即座に移動
 565                         jitCompPutByte1(w.dst, 0xe9); /* JMP(?); */
 566                     }
 567                     else {      // 直前はCND命令。
 568
 569                         /*
 570                          * CND命令
 571                          *      1       2
 572                          *      04      reg0R
 573                          *
 574                          * いま、dstの末端はJZ命令になっている。 0x0F 0x84 cd
 575                          */
 576
 577                         // JZのとび先アドレスの書き換え?
 578                         w.dst[-1] = w.dst[-2] ^ 0xf1; /* 74->85, 75->84 */
 579                         w.dst[-2] = 0x0f;
 580
 581                         w.prefix = 0;
 582                     }
 583                     j = 0;
 584                     if ((flags & JITC_PHASE1) != 0 || (((flags & JITC_PHASE1) == 0) && label[i].opt != 0))      // label番号iが確保されていれば (このif文は意味をなさない)
 585                         j = label[i].p - (w.dst + 4);   // j はとび先の相対番地
 586                     jitCompPutImm32(&w, j);     // JMP もしくは JZ 命令のアドレス部を記述
 587 #if (jitCompA0001_OPTIMIZE_JMP != 0)
 588                     if (-128 - 3 <= j && j < 0) {
 589                         if (w.dst[-5] == 0xe9) {
 590                             j += 3;
 591                             w.dst -= 5;
 592                             jitCompPutByte1(w.dst, 0xeb); /* JMP(?); */
 593                         }
 594                         else {
 595                             j += 4;
 596                             w.dst -= 6;
 597                             jitCompPutByte1(w.dst, w.dst[1] ^ 0xf0);
 598                         }
 599                         jitCompPutByte1(w.dst, j & 0xff);
 600                     }
 601 #endif
 602                 }
 603                 else {  // プログラムカウンタ以外への代入
 604
 605                     // 代入先が P01, P02なら ESI, EDI,それ以外ならEAXを指定
 606                     reg0 = jitCompA000_selectPRegCache(src[1], 0 /* EAX */);
 607                     jitCompPutByte1(w.dst, 0xb8 | reg0);        /* MOV(reg0, ?); */
 608                     jitCompPutImm32(&w, (int)label[i].p);       // ラベルのパスを各レジスタに代入
 609
 610                     // レジスタへの代入をメモリでエミュレーションする場合は、スタックに積む。
 611                     if (reg0 == 0)
 612                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32, 0); /* MOV([EBP+?], EAX); */
 613
 614                     if (level < JITC_LV_FASTEST) {
 615                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 8, reg0); /* MOV([EBP+?], reg0); */ /* p0 */
 616                         jitCompPutByte1(w.dst, 0xb8); /* MOV(EAX, ?); */
 617                         jitCompPutImm32(&w, label[i].typ);
 618                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 4, 0); /* MOV([EBP+?], EAX); */ /* typ */
 619                         jitCompPutByte1(w.dst, 0xb8); /* MOV(EAX, ?); */
 620                         jitCompPutImm32(&w, (int)label[i].p1);
 621                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 12, 0); /* MOV([EBP+?], EAX); */ /* p1 */
 622                         jitCompPutByte2(w.dst, 0x31, 0xc0);     /* XOR(EAX, EAX); */
 623                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 16, 0); /* MOV([EBP+?], EAX); */ /* liveSign */
 624                         jitCompA0001_movReg32EbpDisp(&w, 0, 2320); /* MOV(EAX, ptrCtrl); */
 625                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 20, 0); /* MOV([EBP+?], EAX); */ /* pls */
 626                     }
 627                 }
 628                 break;
 629
 630             case 0x04:  /* CND (prefix) */
 631
 632                 /*
 633                  * CND命令
 634                  * 与えられたRxxの最下位ビットが1であれば後続の命令を実行、そうでなければ飛ばす。
 635                  */
 636
 637                 if (src[1] >= 0x40) w.err = JITC_ERR_REGNUM;    // R00-R3F 以外のレジスタは比較対象にできない
 638
 639                 // 比較対象のレジスタがメモリ上にあれば-1, それ以外なら適切なレジスタ番号を返す
 640                 reg0 = jitCompA000_selectRegCache(src[1], -1 /* mem */);
 641
 642                 /* TEST命令を発行 */
 643                 if (reg0 < 0) { //比較対象のレジスタはメモリ上にある
 644                     jitCompPutByte1(w.dst, 0xf7); /* TEST([EBP+?],1); */
 645                     jitCompA0001_85DispN(&w, src[1] * 4, 0);
 646                 }
 647                 else {
 648                     jitCompPutByte2(w.dst, 0xf7, 0xc0 | reg0); /* TEST(reg0,1); */
 649                 }
 650                 jitCompPutImm32(&w, 1);
 651
 652                 /* JZ命令を発行 */
 653                 jitCompPutByte2(w.dst, 0x74, 0x00);     /* JZ($+2) */
 654                 cmp0reg = -1;
 655                 if (w.err != 0) goto err_w;
 656                 src += 2;
 657                 w.prefix = 1;   // プリフィックスをセット
 658                 w.dst0 = w.dst;
 659                 goto prefix_continue;
 660
 661             case 0x08: /* LMEM */       /* 完成 */
 662                 i = jitCompGetImm32(src + 2);
 663                 if (i == 0x0001) w.err = JITC_ERR_BADTYPE;
 664                 if (level < JITC_LV_FASTER) {
 665                     jitCompA0001_checkType(&w, src[6], i, 0); // read
 666                     cmp0reg = -1;
 667                 }
 668                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
 669                 reg1 = jitCompA000_selectPRegCache(src[6], 2 /* EDX */);
 670                 if (reg0 != 0 /* EAX */ && reg1 == 2 /* EDX */)
 671                     reg1 = 0; /* EAX */
 672                 if (reg1 == 2 /* EDX */)
 673                     jitCompA000_storeRegCacheEdx(&w);
 674                 if (reg1 <= 3 /* EAX, EDX */)
 675                     jitCompA0001_movReg32EbpDisp(&w, reg1, 256 + src[6] * 32 + 0); /* MOV(reg1, [EBP+?]); */
 676                 if (level < JITC_LV_FASTER)
 677                     jitCompA0001_checkLimit(&w, reg1, src[6]);
 678                 i = jitCompA000_convTyp(jitCompGetImm32(src + 2));
 679                 switch (i) {
 680                     case 0x0002:
 681                         jitCompPutByte3(w.dst, 0x0f, 0xbe, reg0 << 3 | reg1);   /* MOVSX(reg0,BYTE [reg1]); */
 682                         break;
 683                     case 0x0003:
 684                         jitCompPutByte3(w.dst, 0x0f, 0xb6, reg0 << 3 | reg1);   /* MOVZX(reg0,BYTE [reg1]); */
 685                         break;
 686                     case 0x0004:
 687                         jitCompPutByte3(w.dst, 0x0f, 0xbf, reg0 << 3 | reg1);   /* MOVSX(reg0,WORD [reg1]); */
 688                         break;
 689                     case 0x0005:
 690                         jitCompPutByte3(w.dst, 0x0f, 0xb7, reg0 << 3 | reg1);   /* MOVZX(reg0,WORD [reg1]); */
 691                         break;
 692                     case 0x0006:
 693                     case 0x0007:
 694                         jitCompPutByte2(w.dst, 0x8b, reg0 << 3 | reg1); /* MOV(reg0, [reg1]); */
 695                         break;
 696                     default:
 697                         w.err = JITC_ERR_BADTYPE;
 698                 }
 699                 if (reg0 == 0 /* EAX */)
 700                     jitCompA0001_movRxxEax(&w, src[1]);
 701                 if (reg1 == 2 /* EDX */)
 702                     jitCompA000_loadRegCacheEdx(&w);
 703                 break;
 704
 705             case 0x09: /* SMEM */       /* 完成 */
 706                 i = jitCompGetImm32(src + 2);
 707                 if (i == 0x0001) w.err = JITC_ERR_BADTYPE;
 708                 if (level < JITC_LV_FASTER) {
 709                     jitCompA0001_checkType(&w, src[6], i, 1); // write
 710                     cmp0reg = -1;
 711                 }
 712                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
 713                 reg1 = jitCompA000_selectPRegCache(src[6], 2 /* EDX */);
 714                 if (reg0 != 0 /* EAX */ && reg1 == 2 /* EDX */)
 715                     reg1 = 0; /* EAX */
 716                 if (reg1 == 2 /* EDX */)
 717                     jitCompA000_storeRegCacheEdx(&w);
 718                 if (reg1 <= 3 /* EAX, EDX */)
 719                     jitCompA0001_movReg32EbpDisp(&w, reg1, 256 + src[6] * 32 + 0); /* MOV(reg1, [EBP+?]); */
 720                 if (level < JITC_LV_FASTER)
 721                     jitCompA0001_checkLimit(&w, reg1, src[6]);
 722                 if (reg0 == 0 /* EAX */)
 723                     jitCompA0001_movEaxRxx(&w, src[1]);
 724                 /* 値の範囲チェック */
 725                 i = jitCompA000_convTyp(jitCompGetImm32(src + 2));
 726                 switch (i) {
 727                     case 0x0002:
 728                     case 0x0003:
 729                         jitCompPutByte2(w.dst, 0x88, reg0 << 3 | reg1); /* MOV([reg1], BYTE(reg0)); */
 730                         break;
 731                     case 0x0004:
 732                     case 0x0005:
 733                         jitCompPutByte3(w.dst, 0x66, 0x89, reg0 << 3 | reg1);   /* MOV([reg1], WORD(reg0)); */
 734                         break;
 735                     case 0x0006:
 736                     case 0x0007:
 737                         jitCompPutByte2(w.dst, 0x89, reg0 << 3 | reg1); /* MOV([reg1], reg0); */
 738                         break;
 739                     default:
 740                         w.err = JITC_ERR_BADTYPE;
 741                 }
 742                 if (reg1 == 2 /* EDX */)
 743                     jitCompA000_loadRegCacheEdx(&w);
 744                 break;
 745
 746             case 0x0a: /* PLMEM */      /* 完成 */
 747                 i = jitCompGetImm32(src + 2);
 748                 if (i != 0x0001) w.err = JITC_ERR_BADTYPE;
 749                 if (level < JITC_LV_FASTER) {
 750                     jitCompA0001_checkType(&w, src[6], i, 0); // read
 751                     cmp0reg = -1;
 752                 }
 753                 reg0 = jitCompA000_selectPRegCache(src[1], 0 /* EAX */);
 754                 reg1 = jitCompA000_selectPRegCache(src[6], 2 /* EDX */);
 755                 //      if (reg0 != 0 /* EAX */ && reg1 == 2 /* EDX */) /* これをやってはいけない！(by K, 2013.08.02) */
 756                 //              reg1 = 0; /* EAX */
 757                 if (reg0 == reg1 && reg0 != 0) {        // bugfix: hinted by yao, 2013.09.14. thanks!
 758                     jitCompA000_storePRegCacheAll(&w);
 759                     reg1 = 2; /* EDX */
 760                 }
 761                 if (reg1 == 2 /* EDX */)
 762                     jitCompA000_storeRegCacheEdx(&w);
 763                 if (reg1 <= 3 /* EAX, EDX */)
 764                     jitCompA0001_movReg32EbpDisp(&w, reg1, 256 + src[6] * 32 + 0); /* MOV(reg1, [EBP+?]); */
 765                 if (level < JITC_LV_FASTER)
 766                     jitCompA0001_checkLimit(&w, reg1, src[6]);
 767                 jitCompPutByte2(w.dst, 0x8b, reg0 << 3 | reg1); /* MOV(reg0, [reg1]); */
 768                 if (reg0 == 0 /* EAX */)
 769                     jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 0, 0); /* MOV([EBP+?], EAX); */
 770                 for (i = 4; i < 32; i += 4) {
 771                     jitCompPutByte3(w.dst, 0x8b, 0x40 | reg1, i);       /* MOV(EAX, [reg1+?]); */
 772                     jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + i, 0 /* EAX */); /* MOV([EBP+?], EAX); */
 773                 }
 774                 if (reg1 == 2 /* EDX */)
 775                     jitCompA000_loadRegCacheEdx(&w);
 776                 break;
 777
 778             case 0x0b: /* PSMEM */      /* 完成 */
 779                 i = jitCompGetImm32(src + 2);
 780                 if (i != 0x0001) w.err = JITC_ERR_BADTYPE;
 781                 if (level < JITC_LV_FASTER) {
 782                     jitCompA0001_checkType(&w, src[6], i, 1); // write
 783                     cmp0reg = -1;
 784                 }
 785                 reg0 = jitCompA000_selectPRegCache(src[1], 0 /* EAX */);
 786                 reg1 = jitCompA000_selectPRegCache(src[6], 2 /* EDX */);
 787                 //      if (reg0 != 0 /* EAX */ && reg1 == 2 /* EDX */) /* これをやってはいけない！(by K, 2013.08.02) */
 788                 //              reg1 = 0; /* EAX */
 789                 if (reg1 == 2 /* EDX */)
 790                     jitCompA000_storeRegCacheEdx(&w);
 791                 if (reg1 <= 3 /* EAX, EDX */)
 792                     jitCompA0001_movReg32EbpDisp(&w, reg1, 256 + src[6] * 32 + 0); /* MOV(reg1, [EBP+?]); */
 793                 if (level < JITC_LV_FASTER)
 794                     jitCompA0001_checkLimit(&w, reg1, src[6]);
 795                 if (reg0 == 0 /* EAX */)
 796                     jitCompA0001_movReg32EbpDisp(&w, reg0, 256 + src[1] * 32 + 0); /* MOV(reg0, [EBP+?]); */
 797                 jitCompPutByte2(w.dst, 0x89, reg0 << 3 | reg1); /* MOV([reg1], reg0); */
 798                 for (i = 4; i < 32; i += 4) {
 799                     jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[1] * 32 + i); /* MOV(EAX, [EBP+?]); */
 800                     jitCompPutByte3(w.dst, 0x89, 0x40 | reg1, i);       /* MOV([reg1+?], EAX); */
 801                 }
 802                 if (reg1 == 2 /* EDX */)
 803                     jitCompA000_loadRegCacheEdx(&w);
 804                 break;
 805
 806             case 0x0e: /* PADD */               /* 完成 */
 807                 if (level < JITC_LV_FASTER) {
 808                     jitCompA0001_checkType0(&w, src[6], jitCompGetImm32(src + 2), 2); // other, aliveテストはとりあえずしない.
 809                     cmp0reg = -1;
 810                 }
 811                 reg0 = jitCompA000_selectPRegCache(src[1], 0 /* EAX */);
 812                 reg1 = jitCompA000_selectPRegCache(src[6], -1 /* mem */);
 813                 if (reg1 < 0 /* mem */)
 814                     jitCompA0001_movReg32EbpDisp(&w, reg0, 256 + src[6] * 32 + 0); /* MOV(reg0, [EBP+?]); */
 815                 if (reg1 >= 0 && reg0 != reg1) {
 816                     jitCompPutByte2(w.dst, 0x89, 0xc0 | reg1 << 3 | reg0); /* MOV(reg0, reg1); */
 817                 }
 818                 i = jitCompGetImm32(src + 2);
 819                 j = -1;
 820                 if (i == 1)
 821                     j = 5; /* 32 */
 822                 else {
 823                     i = jitCompA000_convTyp(i);
 824                     if (0x0002 <= i && i <= 0x0007)
 825                         j = (i - 0x0002) >> 1;
 826                 }
 827                 if (j < 0) { w.err = JITC_ERR_BADTYPE; goto err_w; }
 828 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 829                 if (src[7] == 0x3f) {
 830                     j = w.r3f << j;
 831 #if (jitCompA0001_USE_R3F_IMM8 != 0)
 832                     if (-0x80 <= j && j <= 0x7f) {
 833 #if (jitCompA0001_USE_R3F_INCDEC != 0)
 834                         if (j == 1) { jitCompPutByte1(w.dst, 0x40 | reg0); goto padd1; } /* INC */
 835                         if (j == -1) { jitCompPutByte1(w.dst, 0x48 | reg0); goto padd1; } /* DEC */
 836 #endif
 837                         jitCompPutByte3(w.dst, 0x83, 0xc0 | reg0, j & 0xff);    /* ADD(reg0, im8); */
 838                         goto padd1;
 839                     }
 840 #endif
 841                     if (reg0 == 0) {
 842                         jitCompPutByte1(w.dst, 0x05);   /* ADD(reg0, ?); */
 843                     }
 844                     else {
 845                         jitCompPutByte2(w.dst, 0x81, 0xc0 | reg0);      /* ADD(reg0, ?); */
 846                     }
 847                     jitCompPutImm32(&w, j);
 848                     goto padd1;
 849                 }
 850 #endif
 851                 if (src[7] >= 0x40) w.err = JITC_ERR_REGNUM;
 852                 if (j == 0) {
 853                     reg1 = jitCompA000_selectRegCache(src[7], -1 /* mem */);
 854                     if (reg1 >= 0) {
 855                         jitCompPutByte2(w.dst, 0x01, 0xc0 | reg1 << 3 | reg0);  /* ADD(reg0, reg1); */
 856                     }
 857                     else {
 858                         jitCompPutByte1(w.dst, 0x03);   /* ADD(reg0, [EBP+?]); */
 859                         jitCompA0001_85DispN(&w, src[7] * 4, reg0);
 860                     }
 861                 }
 862                 else {
 863                     reg1 = jitCompA000_selectRegCache(src[7], -1 /* mem */);
 864                     reg2 = 2; /* EDX */
 865                     jitCompA000_storeRegCacheEdx(&w);
 866                     if (reg1 < 0)
 867                         jitCompA0001_movReg32EbpDisp(&w, reg2, src[7] * 4); /* MOV(reg2, [EBP+?]); */
 868                     if (reg1 >= 0 && reg1 != reg2) {
 869                         jitCompPutByte2(w.dst, 0x89, 0xc0 | reg1 << 3 | reg2); /* MOV(reg2, reg1); */
 870                     }
 871                     jitCompPutByte3(w.dst, 0xc1, 0xe0 | reg2, j);       /* SHL(reg2, ?); */
 872                     jitCompPutByte2(w.dst, 0x01, 0xc0 | reg2 << 3 | reg0);      /* ADD(reg0, reg2); */
 873                     jitCompA000_loadRegCacheEdx(&w);
 874                 }
 875 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 876             padd1:
 877 #endif
 878                 if (reg0 == 0 /* EAX */)
 879                     jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 0, reg0); /* MOV([EBP+?], reg0); */
 880                 if (src[1] != src[6]) {
 881                     for (i = 4; i < 32; i += 4) {
 882                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[6] * 32 + i); /* MOV(EAX, [EBP+?]); */
 883                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + i, 0 /* EAX */); /* MOV([EBP+?], EAX); */
 884                     }
 885                 }
 886                 cmp0reg = -1;
 887                 break;
 888
 889             case 0x0f: /* PDIF */       /* 未完成 */
 890                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
 891                 jitCompA000_storePRegCacheAll(&w); // 手抜き.
 892                 jitCompA0001_checkCompPtr(&w, src[6], src[7]);
 893                 jitCompA0001_movReg32EbpDisp(&w, reg0, 256 + src[6] * 32 + 0); /* MOV(reg0, [EBP+?]); */
 894                 jitCompPutByte1(w.dst, 0x2b);   /* SUB(EAX, [EBP+?]); */
 895                 jitCompA0001_85DispN(&w, 256 + src[7] * 32 + 0, reg0);
 896                 i = jitCompA000_convTyp(jitCompGetImm32(src + 2));
 897                 j = -1;
 898                 if (0x0002 <= i && i <= 0x0007)
 899                     j = (i - 0x0002) >> 1;
 900                 if (j < 0) { w.err = JITC_ERR_BADTYPE; goto err_w; }
 901                 if (j > 0) {
 902                     jitCompPutByte3(w.dst, 0xc1, 0xf8 | reg0, j);       /* SAR(reg0,?); */
 903                 }
 904                 if (reg0 == 0 /* EAX */)
 905                     jitCompA0001_movRxxEax(&w, src[1]);
 906                 cmp0reg = src[1]; cmp0lev = 1;
 907                 break;
 908
 909             case 0x10:  /* OR */
 910             case 0x11:  /* XOR */
 911             case 0x12:  /* AND */
 912             case 0x14:  /* ADD */
 913             case 0x15:  /* SUB */
 914             case 0x16:  /* MUL */
 915                 if (src[1] >= 0x3f) w.err = JITC_ERR_REGNUM;
 916                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
 917                 reg1 = jitCompA000_selectRegCache(src[2], -1 /* mem */);
 918 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 919                 if (src[2] == 0x3f) {   // SUBのみ該当.
 920                     if (*src != 0x15) w.err = JITC_ERR_REGNUM;
 921                     reg2 = jitCompA000_selectRegCache(src[3], -1 /* mem */);
 922                     if (reg2 >= 0)
 923                         jitCompA000_storeRegCacheAll(&w);
 924                     jitCompPutByte1(w.dst, 0xb8 | reg0);        /* MOV(reg0, ?); */
 925                     jitCompPutImm32(&w, w.r3f);
 926                     jitCompPutByte1(w.dst, 0x2b);
 927                     jitCompA0001_85DispN(&w, src[3] * 4, reg0);
 928                     if (reg0 == 0)
 929                         jitCompA0001_movRxxEax(&w, src[1]);
 930                     break;
 931                 }
 932 #endif
 933                 if (reg1 < 0) {
 934                     jitCompA0001_movReg32EbpDisp(&w, reg0, src[2] * 4); /* MOV(reg0, [EBP+?]); */
 935                 }
 936                 if (reg1 >= 0 && reg0 != reg1) {
 937                     jitCompPutByte2(w.dst, 0x89, 0xc0 | reg1 << 3 | reg0); /* MOV(reg0, reg1); */
 938                 }
 939                 if (!(src[0] == 0x10 && src[3] == 0xff)) {  // bugfix: hinted by Iris, 2013.06.26. thanks!
 940                     cmp0reg = src[1];
 941                     cmp0lev = 1;
 942                     if (src[0] < 0x14)
 943                         cmp0lev = 2;
 944                     if (src[0] == 0x16)
 945                         cmp0reg = -1;
 946                 }
 947                 if (!(src[0] == 0x10 && src[3] == 0xff)) {
 948 #if (jitCompA0001_USE_R3F_IMM32 != 0)
 949                     if (src[3] == 0x3f) {
 950                         if (*src == 0x16 && w.r3f == -1) {
 951                             jitCompPutByte2(w.dst, 0xf7, 0xd8 | reg0); /* NEG(reg0); */
 952                             if (reg0 == 0)
 953                                 jitCompA0001_movRxxEax(&w, src[1]);
 954                             break;
 955                         }
 956 #if (jitCompA0001_USE_R3F_INCDEC != 0)
 957                         if ((*src == 0x14 && w.r3f == 1) || (*src == 0x15 && w.r3f == -1)) {
 958                             jitCompPutByte1(w.dst, 0x40 | reg0);        /* INC(reg0); */
 959                             if (reg0 == 0)
 960                                 jitCompA0001_movRxxEax(&w, src[1]);
 961                             break;
 962                         }
 963                         if ((*src == 0x15 && w.r3f == 1) || (*src == 0x14 && w.r3f == -1)) {
 964                             jitCompPutByte1(w.dst, 0x48 | reg0);        /* DEC(reg0); */
 965                             if (reg0 == 0)
 966                                 jitCompA0001_movRxxEax(&w, src[1]);
 967                             break;
 968                         }
 969 #endif
 970 #if (jitCompA0001_USE_R3F_IMM8 != 0)
 971                         if (-0x80 <= w.r3f && w.r3f <= 0x7f) {
 972                             if (*src != 0x16) {
 973                                 static unsigned char basic_op_table_im8[] = { 0xc8, 0xf0, 0xe0, 0, 0xc0, 0xe8 };
 974                                 jitCompPutByte3(w.dst, 0x83, basic_op_table_im8[*src - 0x10] | reg0, w.r3f & 0xff);
 975                             }
 976                             else {
 977                                 jitCompPutByte3(w.dst, 0x6b, 0xc0 | reg0 << 3 | reg0, w.r3f & 0xff);
 978                             }
 979                             if (reg0 == 0)
 980                                 jitCompA0001_movRxxEax(&w, src[1]);
 981                             break;
 982                         }
 983 #endif
 984                         if (reg0 == 0 /* EAX */) {
 985                             static unsigned char basic_op_table_im32_eax[] = { 0x0d, 0x35, 0x25, 0, 0x05, 0x2d, 0xc0 };
 986                             if (*src == 0x16) { jitCompPutByte1(w.dst, 0x69); }
 987                             jitCompPutByte1(w.dst, basic_op_table_im32_eax[*src - 0x10]);
 988                         }
 989                         else {
 990                             if (*src != 0x16) {
 991                                 static unsigned char basic_op_table_im32_reg[] = { 0xc8, 0xf0, 0xe0, 0, 0xc0, 0xe8 };
 992                                 jitCompPutByte2(w.dst, 0x81, basic_op_table_im32_reg[*src - 0x10] | reg0);
 993                             }
 994                             else {
 995                                 jitCompPutByte2(w.dst, 0x69, 0xc0 | reg0 << 3 | reg0);
 996                             }
 997                         }
 998                         jitCompPutImm32(&w, w.r3f);
 999                         if (reg0 == 0)
1000                             jitCompA0001_movRxxEax(&w, src[1]);
1001                         break;
1002                     }
1003 #endif
1004                     reg1 = jitCompA000_selectRegCache(src[3], -1 /* mem */);
1005                     if (src[3] >= 0x40) w.err = JITC_ERR_REGNUM;
1006                     if (*src != 0x16) {
1007                         if (reg1 >= 0) {
1008                             static unsigned char basic_op_table_rr[] = { 0x09, 0x31, 0x21, 0, 0x01, 0x29 }; /* op(reg,reg); */
1009                             jitCompPutByte2(w.dst, basic_op_table_rr[*src - 0x10], 0xc0 | reg1 << 3 | reg0);
1010                         }
1011                         else {
1012                             static unsigned char basic_op_table_rm[] = { 0x0b, 0x33, 0x23, 0, 0x03, 0x2b, 0xaf }; /* op(reg,mem); */
1013                             jitCompPutByte1(w.dst, basic_op_table_rm[*src - 0x10]);
1014                             jitCompA0001_85DispN(&w, src[3] * 4, reg0);
1015                         }
1016                     }
1017                     else {
1018                         if (reg1 >= 0) {
1019                             jitCompPutByte3(w.dst, 0x0f, 0xaf, 0xc0 | reg0 << 3 | reg1);
1020                         }
1021                         else {
1022                             jitCompPutByte2(w.dst, 0x0f, 0xaf);
1023                             jitCompA0001_85DispN(&w, src[3] * 4, reg0);
1024                         }
1025                     }
1026                 }
1027                 if (reg0 == 0)
1028                     jitCompA0001_movRxxEax(&w, src[1]);
1029                 break;
1030
1031             case 0x18:  /* SHL */
1032             case 0x19:  /* SAR */
1033                 if (src[1] >= 0x3f) w.err = JITC_ERR_REGNUM;
1034                 if (src[3] >= 0x40) w.err = JITC_ERR_REGNUM;
1035 #if (jitCompA0001_USE_R3F_IMM32 != 0)
1036                 if (src[3] == 0x3f) {
1037                     reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
1038                     reg1 = jitCompA000_selectRegCache(src[2], -1 /* mem */);
1039                     if (src[1] >= 0x3f) w.err = JITC_ERR_REGNUM;
1040                     if (reg1 == -1)
1041                         jitCompA0001_movReg32EbpDisp(&w, reg0, src[2] * 4); /* MOV(reg1, [EBP+?]); */
1042                     else {
1043                         if (reg0 != reg1) {
1044                             jitCompPutByte2(w.dst, 0x89, 0xc0 | reg1 << 3 | reg0); /* MOV(reg0, reg1); */
1045                         }
1046                     }
1047                     if (*src == 0x18) { jitCompPutByte3(w.dst, 0xc1, 0xe0 | reg0, w.r3f); } /* SHL(reg0, im8); */
1048                     if (*src == 0x19) { jitCompPutByte3(w.dst, 0xc1, 0xf8 | reg0, w.r3f); } /* SAR(reg0, im8); */
1049                     if (reg0 == 0 /* EAX */)
1050                         jitCompA0001_movRxxEax(&w, src[1]);
1051                     cmp0reg = src[1];
1052                     cmp0lev = 1;
1053                     break;
1054                 }
1055 #endif
1056                 jitCompA000_storeRegCacheAll(&w); // 手抜き.
1057                 jitCompA0001_movReg32EbpDisp(&w, 1 /* ECX */, src[3] * 4); /* MOV(ECX, [EBP+?]); */
1058 #if (jitCompA0001_USE_R3F_IMM32 != 0)
1059                 if (src[2] == 0x3f) {
1060                     jitCompPutByte1(w.dst, 0xb8);       /* MOV(EAX, ?); */
1061                     jitCompPutImm32(&w, w.r3f);
1062                 }
1063                 else {
1064                     jitCompA0001_movEaxRxx(&w, src[2]);
1065                 }
1066 #else
1067                 jitCompA0001_movEaxRxx(&w, src[2]);
1068 #endif
1069                 if (*src == 0x18) { jitCompPutByte2(w.dst, 0xd3, 0xe0); } /* SHL(EAX, CL); */
1070                 if (*src == 0x19) { jitCompPutByte2(w.dst, 0xd3, 0xf8); } /* SAR(EAX, CL); */
1071                 jitCompA0001_movRxxEax(&w, src[1]);
1072                 jitCompA000_loadRegCacheAll(&w); // 手抜き.
1073                 cmp0reg = src[1];
1074                 cmp0lev = 1;
1075                 break;
1076
1077             case 0x1a:  /* DIV */
1078             case 0x1b:  /* MOD */
1079                 if (src[1] >= 0x3f) w.err = JITC_ERR_REGNUM;
1080                 if (src[2] >= 0x40) w.err = JITC_ERR_REGNUM;
1081                 if (src[3] >= 0x40) w.err = JITC_ERR_REGNUM;
1082                 jitCompA000_storeRegCacheAll(&w); // 手抜き.
1083 #if (jitCompA0001_USE_R3F_IMM32 != 0)
1084                 if (src[3] == 0x3f) {
1085                     jitCompPutByte1(w.dst, 0xb8 | 1);   /* MOV(ECX, ?); */
1086                     jitCompPutImm32(&w, w.r3f);
1087                 }
1088                 else {
1089                     jitCompA0001_movReg32EbpDisp(&w, 1 /* ECX */, src[3] * 4); /* MOV(ECX, [EBP+?]); */
1090                 }
1091                 if (src[2] == 0x3f) {
1092                     jitCompPutByte1(w.dst, 0xb8 | 0);   /* MOV(EAX, ?); */
1093                     jitCompPutImm32(&w, w.r3f);
1094                 }
1095                 else {
1096                     jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, src[2] * 4); /* MOV(EAX, [EBP+?]); */
1097                 }
1098 #else
1099                 jitCompA0001_movReg32EbpDisp(&w, 1 /* ECX */, src[3] * 4); /* MOV(ECX, [EBP+?]); */
1100                 jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, src[2] * 4); /* MOV(EAX, [EBP+?]); */
1101 #endif
1102                 jitCompPutByte1(w.dst, 0x99);   /* CDQ(); */
1103                 /* ECXがゼロではないことを確認すべき */
1104                 jitCompPutByte2(w.dst, 0xf7, 0xf9);     /* IDIV(ECX); */
1105                 if (*src == 0x1a) { jitCompA0001_movEbpDispReg32(&w, src[1] * 4, 0 /* EAX */); }
1106                 if (*src == 0x1b) { jitCompA0001_movEbpDispReg32(&w, src[1] * 4, 2 /* EDX */); }
1107                 jitCompA000_loadRegCacheAll(&w); // 手抜き.
1108                 cmp0reg = -1;
1109                 break;
1110
1111             case 0x1c:  /* PLMT0 */
1112             case 0x1d:  /* PLMT1 */
1113                 if (src[1] >= 0x40 || src[2] >= 0x40) w.err = JITC_ERR_PREGNUM;
1114                 if (level < JITC_LV_FASTEST) {
1115                     cmp0reg = -1;
1116                     if (level < JITC_LV_FASTER) {
1117                         // typ が一致していることを確認.
1118                         // plsとliveSignが一致していることを確認.
1119
1120                         // preg1はp0 <= p <= p1 を満たしているか？.
1121                         // 新しいp0/p1は古いp0〜p1に適合しているか？.
1122
1123                     }
1124                 }
1125
1126             case 0x1e: /* PCP */                /* 未完成(p1まで完成) */
1127                 if (src[1] >= 0x40 || src[2] >= 0x40) w.err = JITC_ERR_PREGNUM;
1128                 if (src[2] == 0x3f) w.err = JITC_ERR_PREGNUM;
1129                 if (src[1] != 0x3f) {
1130                     /* src[2] == 0xff の場合に対応できてない */
1131                     jitCompA000_storePRegCacheAll(&w); // 手抜き.
1132                     for (i = 0; i < 32; i += 4) {
1133                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[2] * 32 + i); /* MOV(EAX, [EBP+?]); */
1134                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + i, 0 /* EAX */); /* MOV([EBP+?], EAX); */
1135                     }
1136                     jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1137                 }
1138                 else {
1139                     if (level < JITC_LV_FASTER) {
1140                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[2] * 32 + 4); /* MOV(EAX, [EBP+?]); */  /* typ */
1141                         jitCompPutByte3(w.dst, 0x83, 0xf8, 0);  /* CMP(EAX, 0); */
1142                         jitCompPutByte2(w.dst, 0x0f, 0x85); /* JNE */
1143                         jitCompPutImm32(&w, errfnc - (w.dst + 4));
1144                         /* セキュリティチェックが足りてない!(aliveとか) */
1145                     }
1146                     reg0 = 0; /* EAX */
1147                     jitCompA000_storePRegCacheAll(&w); // 手抜き.
1148                     jitCompA0001_movReg32EbpDisp(&w, reg0, 256 + src[2] * 32 + 0); /* MOV(EAX, [EBP+?]); */
1149                     if (level < JITC_LV_FASTER) {
1150                         jitCompPutByte1(w.dst, 0x3b);   /* CMP(reg0, [EBP+?]); */
1151                         jitCompA0001_85DispN(&w, 256 + src[2] * 32 + 8, reg0);  /* p0 */
1152                         jitCompPutByte2(w.dst, 0x0f, 0x85); /* JNE */
1153                         jitCompPutImm32(&w, errfnc - (w.dst + 4));
1154                     }
1155                     jitCompPutByte2(w.dst, 0xff, 0xe0); /* JMP(EAX); */
1156                 }
1157                 break;
1158
1159             case 0x1f: /* PCST */
1160                 if (jitCompGetImm32(src + 2) == 0) {
1161                     if (level < JITC_LV_FASTER)
1162                         jitCompA0001_checkType0(&w, src[6], jitCompGetImm32(src + 7), 2);
1163                     jitCompA000_storePRegCacheAll(&w); // 手抜き.
1164                     for (i = 0; i < 32 - 4; i += 4) {
1165                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[6] * 32 + i); /* MOV(EAX, [EBP+?]); */
1166                         if (i == 4) {
1167                             jitCompPutByte1(w.dst, 0x0d); /* OR(EAX, ?); */
1168                             jitCompPutImm32(&w, 0x80000000);
1169                         }
1170                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + i, 0 /* EAX */); /* MOV([EBP+?], EAX); */
1171                     }
1172                     jitCompPutByte1(w.dst, 0xb8);       /* MOV(EAX, ?); */
1173                     jitCompPutImm32(&w, debugInfo1);
1174                     jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 28, 0 /* EAX */); /* MOV([EBP+?], EAX); */
1175                     jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1176                     cmp0reg = -1;
1177                     break;
1178                 }
1179                 if (jitCompGetImm32(src + 7) == 0) {
1180                     jitCompA000_storePRegCacheAll(&w); // 手抜き.
1181                     for (i = 0; i < 32 - 4; i += 4) {
1182                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[6] * 32 + i); /* MOV(EAX, [EBP+?]); */
1183                         if (i == 4) {
1184                             jitCompPutByte1(w.dst, 0x25); /* AND(EAX, ?); */
1185                             jitCompPutImm32(&w, 0x7fffffff);
1186                         }
1187                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + i, 0 /* EAX */); /* MOV([EBP+?], EAX); */
1188                     }
1189                     if (level < JITC_LV_FASTER) {
1190                         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[6] * 32 + 28); /* MOV(EAX, [EBP+?]); */
1191                         jitCompPutByte1(w.dst, 0x3d);   /* CMP(EAX, ?); */
1192                         jitCompPutImm32(&w, debugInfo1);
1193                         jitCompPutByte2(w.dst, 0x74, 8); /* JE */
1194                         jitCompPutByte2(w.dst, 0x31, 0xc0);     /* XOR(EAX, EAX); (2) */
1195                         jitCompA0001_movEbpDispReg32(&w, 256 + src[1] * 32 + 0, 0 /* EAX */); /* MOV([EBP+?], EAX); (1+1+4) */
1196                     }
1197                     jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1198                     cmp0reg = -1;
1199                     break;
1200                 }
1201                 w.err = JITC_ERR_OPECODE;
1202                 goto err_w;
1203
1204             case 0x20:  /* CMPE */
1205             case 0x21:  /* CMPNE */
1206             case 0x22:  /* CMPL */
1207             case 0x23:  /* CMPGE */
1208             case 0x24:  /* CMPLE */
1209             case 0x25:  /* CMPG */
1210             case 0x26:  /* TSTZ */
1211             case 0x27:  /* TSTNZ */
1212                 reg0 = jitCompA000_selectRegCache(src[2], 0 /* EAX */);
1213                 reg1 = jitCompA000_selectRegCache(src[3], -1 /* mem */);
1214                 if (src[1] == 0x3f) {
1215                     /* 特殊構文チェック */
1216                     if (w.prefix != 0) { w.err = JITC_ERR_PREFIX; goto err_w; }
1217                     if (src[4] != 0x04 || src[5] != 0x3f || src[6] != 0x03 || src[7] != 0x3f) {
1218                         w.err = JITC_ERR_IDIOM; goto err_w;
1219                     }
1220                 }
1221                 if (reg0 == 0)
1222                     jitCompA0001_movEaxRxx(&w, src[2]);
1223 #if (jitCompA0001_USE_R3F_IMM32 != 0)
1224                 if (src[3] == 0x3f) {
1225 #if (jitCompA0001_OPTIMIZE_CMP != 0)
1226                     if ((*src <= 0x25 && w.r3f == 0) || (*src >= 0x26 && w.r3f == -1)) {
1227                         i = 0;
1228                         if (cmp0reg == src[2]) {
1229                             if (cmp0lev >= 1 && (src[0] == 0x20 || src[0] == 0x21 || src[0] == 0x26 || src[0] == 0x27))
1230                                 i = 1;
1231                             if (cmp0lev >= 2 && (src[0] == 0x22 || src[0] == 0x23 || src[0] == 0x24 || src[0] == 0x25))
1232                                 i = 1;
1233                         }
1234                         if (i == 0) {
1235                             jitCompPutByte2(w.dst, 0x85, 0xc0 | reg0 << 3 | reg0);      /* TEST(reg0, reg0); */
1236                         }
1237                         cmp0reg = src[2];
1238                         cmp0lev = 2;
1239                         goto cmpcc1;
1240                     }
1241 #endif
1242 #if (jitCompA0001_USE_R3F_IMM8 != 0)
1243                     if (-0x80 <= w.r3f && w.r3f <= 0x7f && *src <= 0x25) {
1244                         jitCompPutByte3(w.dst, 0x83, 0xf8 | reg0, w.r3f);
1245                         goto cmpcc1;
1246                     }
1247 #endif
1248                     if (reg0 == 0) {
1249                         if (*src <= 0x25) { jitCompPutByte1(w.dst, 0x3d); }
1250                         if (*src >= 0x26) { jitCompPutByte1(w.dst, 0xa9); }
1251                     }
1252                     else {
1253                         if (*src <= 0x25) { jitCompPutByte2(w.dst, 0x81, 0xf8 | reg0); }
1254                         if (*src >= 0x26) { jitCompPutByte2(w.dst, 0xf7, 0xc0 | reg0); }
1255                     }
1256                     jitCompPutImm32(&w, w.r3f);
1257                     goto cmpcc1;
1258                 }
1259 #endif
1260                 if (src[3] >= 0x40) w.err = JITC_ERR_PREGNUM;
1261                 if (reg1 >= 0) {
1262                     if (*src <= 0x25) { jitCompPutByte2(w.dst, 0x39, 0xc0 | reg1 << 3 | reg0); }
1263                     if (*src >= 0x26) { jitCompPutByte2(w.dst, 0x85, 0xc0 | reg1 << 3 | reg0); }
1264                 }
1265                 else {
1266                     if (*src <= 0x25) { jitCompPutByte1(w.dst, 0x3b); }
1267                     if (*src >= 0x26) { jitCompPutByte1(w.dst, 0x85); }
1268                     jitCompA0001_85DispN(&w, src[3] * 4, reg0);
1269                 }
1270             cmpcc1:
1271                 if (w.err != 0) goto err_w;
1272                 static unsigned char cmpcc_table0[] = {
1273                     0x04, 0x05, 0x0c, 0x0d, 0x0e, 0x0f, 0x04, 0x05,     /* CMPcc, TSTcc */
1274                     0x04, 0x05, 0x02, 0x03, 0x06, 0x07                          /* PCMPcc */
1275                 };
1276 #if (jitCompA0001_USE_R3F_CMPJMP != 0)
1277                 if (src[1] == 0x3f) {
1278                     /* 特殊構文を利用した最適化 */
1279                     jitCompPutByte2(w.dst, 0x0f, 0x80 | cmpcc_table0[*src - 0x20]);
1280                     src += 6;
1281                     i = jitCompGetLabelNum(&w, src + 2);
1282                     if ((flags & JITC_PHASE1) != 0 && w.err != 0) {
1283                         if (label[i].opt == 0) { w.err = JITC_ERR_LABELNODEF; goto err_w; }
1284                         //      if (label[i].typ != 1) { w.err = JITC_ERR_LABELTYP; goto err_w; }
1285                     }
1286                     j = 0;
1287                     if ((flags & JITC_PHASE1) != 0 || (((flags & JITC_PHASE1) == 0) && label[i].opt != 0))
1288                         j = label[i].p - (w.dst + 4);
1289                     jitCompPutImm32(&w, j);
1290 #if (jitCompA0001_OPTIMIZE_JMP != 0)
1291                     if (-128 - 4 <= j && j < 0) {
1292                         j += 4;
1293                         w.dst -= 6;
1294                         jitCompPutByte2(w.dst, w.dst[1] ^ 0xf0, j & 0xff);
1295                     }
1296 #endif
1297                     src += 6;
1298                     if (w.err != 0) goto err_w;
1299                     continue;
1300                 }
1301 #endif
1302                 /* 一般的なJITC */
1303                 reg0 = jitCompA000_selectRegCache(src[1], 0 /* EAX */);
1304                 jitCompPutByte3(w.dst, 0x0f, 0x90 | cmpcc_table0[*src - 0x20], 0xc0 | reg0);    /* SETcc(BYTE(reg0)); */
1305                 jitCompPutByte3(w.dst, 0x0f, 0xb6, 0xc0 | reg0 << 3 | reg0);    /* MOVZX(reg0, BYTE(reg0)); */
1306                 jitCompPutByte2(w.dst, 0xf7, 0xd8 | reg0);      /* NEG(reg0); */
1307                 if (reg0 == 0)
1308                     jitCompA0001_movRxxEax(&w, src[1]);
1309                 cmp0reg = src[2];
1310                 cmp0lev = 1;
1311                 break;
1312
1313             case 0x28:  /* PCMPE */
1314             case 0x29:  /* PCMPNE */
1315             case 0x2a:  /* PCMPL */
1316             case 0x2b:  /* PCMPGE */
1317             case 0x2c:  /* PCMPLE */
1318             case 0x2d:  /* PCMPG */
1319                 if (src[1] == 0x3f) {
1320                     /* 特殊構文チェック */
1321                     if (w.prefix != 0) { w.err = JITC_ERR_PREFIX; goto err_w; }
1322                     if (src[4] != 0x04 || src[5] != 0x3f || src[6] != 0x03 || src[7] != 0x3f) {
1323                         w.err = JITC_ERR_IDIOM; goto err_w;
1324                     }
1325                 }
1326                 if (src[2] >= 0x40) w.err = JITC_ERR_PREGNUM;
1327                 jitCompA000_storePRegCacheAll(&w); // 手抜き.
1328                 if (src[3] != 0xff)
1329                     jitCompA0001_checkCompPtr(&w, src[2], src[3]);
1330                 jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + src[2] * 32 + 0); /* MOV(EAX, [EBP+?]); */
1331                 if (src[3] != 0xff) {
1332                     jitCompPutByte1(w.dst, 0x3b);       /* CMP(EAX, [EBP+?]); */
1333                     jitCompA0001_85DispN(&w, 256 + src[3] * 32 + 0, 0);
1334                 }
1335                 else {
1336                     /* ヌルポインタとの比較はこれでいいのか？たぶんよくない */
1337                     jitCompPutByte3(w.dst, 0x83, 0xf8, 0x00);   /* CMP(EAX, 0); */
1338                 }
1339                 cmp0reg = -1;
1340                 goto cmpcc1;
1341
1342             case 0x30:  /* talloc(old:F4) */
1343             case 0x31:  /* tfree(old:F5) */
1344             case 0x32:  /* malloc(old:F6) */
1345             case 0x33:  /* mfree(old:F7) */
1346                 jitCompA000_storeRegCacheAll(&w); // 手抜き.
1347                 jitCompA000_storePRegCacheAll(&w); // 手抜き.
1348                 jitCompPutByte2(w.dst, 0x6a, src[3]);   /* PUSH(?); */
1349                 jitCompPutByte2(w.dst, 0x6a, src[2]);   /* PUSH(?); */
1350                 jitCompPutByte2(w.dst, 0x6a, src[1]);   /* PUSH(?); */
1351                 jitCompPutByte1(w.dst, 0x55);   /* PUSH(EBP); */
1352                 jitCompPutByte1(w.dst, 0xe8);
1353                 if (*src == 0x30) j = ((unsigned char *)&funcf4) - (w.dst + 4);
1354                 if (*src == 0x31) j = ((unsigned char *)&funcf5) - (w.dst + 4);
1355                 if (*src == 0x32) j = ((unsigned char *)&funcf6) - (w.dst + 4);
1356                 if (*src == 0x33) j = ((unsigned char *)&funcf7) - (w.dst + 4);
1357                 jitCompPutImm32(&w, j);
1358                 jitCompPutByte3(w.dst, 0x83, 0xc4, 0x10);       /* ADD(ESP,16); */
1359                 jitCompA000_loadRegCacheAll(&w); // 手抜き.
1360                 jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1361                 cmp0reg = -1;
1362                 break;
1363
1364             case 0x34:  /* data (暫定) */
1365                 cmp0reg = -1;
1366                 if (w.prefix != 0) { w.err = JITC_ERR_PREFIX; goto err_w; }
1367                 int k = jitCompGetImm32(&src[1]), tmpData, bitCount, dataWidth = jitCompA000_dataWidth(k);
1368                 if (lastlabel >= 0 && label[lastlabel].typ == 0)
1369                     label[lastlabel].typ = k;
1370                 if (k != 1) {
1371                     i = jitCompA000_convTyp(k);
1372                     if (i < 2 || i > 7) { w.err = JITC_ERR_BADTYPE; goto err_w; }
1373                 }
1374                 j = jitCompGetImm32(&src[5]);
1375                 oldsrc = src;
1376                 src += 9;
1377                 if (k != 1) {
1378                     bitCount = 7;
1379                     while (j > 0) {
1380                         if (src >= src1) { w.err = JITC_ERR_SRC1; src = oldsrc; goto err_w; }
1381                         if (w.dst + 256 > dst1) { w.err = JITC_ERR_DST1; src = oldsrc; goto err_w; }
1382                         tmpData = 0;
1383                         for (k = 0; k < dataWidth; k++) {
1384                             tmpData = tmpData << 1 | ((*src >> bitCount) & 1);
1385                             bitCount--;
1386                             if (bitCount < 0) {
1387                                 bitCount = 7;
1388                                 src++;
1389                             }
1390                         }
1391                         if ((i & 1) == 0 && dataWidth <= 31 && (tmpData >> (dataWidth - 1)) != 0) {
1392                             tmpData -= 1 << dataWidth;
1393                         }
1394                         if (i == 2 || i == 3) { jitCompPutByte1(w.dst, tmpData & 0xff); }
1395                         if (i == 4 || i == 5) { jitCompPutByte2(w.dst, tmpData & 0xff, (tmpData >> 8) & 0xff); }
1396                         if (i == 6 || i == 7) { jitCompPutByte4(w.dst, tmpData & 0xff, (tmpData >> 8) & 0xff, (tmpData >> 16) & 0xff, (tmpData >> 24) & 0xff); }
1397                         j--;
1398                     }
1399                 }
1400                 else {
1401                     while (j > 0) {
1402                         if (src >= src1) { w.err = JITC_ERR_SRC1; src = oldsrc; goto err_w; }
1403                         if (w.dst + 256 > dst1) { w.err = JITC_ERR_DST1; src = oldsrc; goto err_w; }
1404                         i = jitCompGetImm32(src);
1405                         src += 4;
1406                         if ((flags & JITC_PHASE1) != 0 && w.err == 0) {
1407                             if (label[i].opt == 0) { w.err = JITC_ERR_LABELNODEF; goto err_w; }
1408                         }
1409                         jitCompPutImm32(&w, (int)label[i].p);
1410                         jitCompPutImm32(&w, label[i].typ);
1411                         jitCompPutImm32(&w, (int)label[i].p);
1412                         jitCompPutImm32(&w, (int)label[i].p1);
1413                         jitCompPutImm32(&w, 0); /* liveSign */
1414                         jitCompPutImm32(&w, 2320); /* pls */
1415                         jitCompPutImm32(&w, 0);
1416                         jitCompPutImm32(&w, 0);
1417                         j--;
1418                     }
1419                 }
1420                 if (lastlabel >= 0 && label[lastlabel].p1 < w.dst)
1421                     label[lastlabel].p1 = w.dst;
1422                 continue;
1423
1424             case 0x3c:  /* ENTER */
1425                 jitCompA000_storeRegCacheAll(&w); // 手抜き.
1426                 jitCompA000_storePRegCacheAll(&w); // 手抜き.
1427                 jitCompPutByte2(w.dst, 0x6a, src[6]);   /* PUSH(?); */
1428                 jitCompPutByte2(w.dst, 0x6a, src[5]);   /* PUSH(?); */
1429                 jitCompPutByte2(w.dst, 0x6a, src[4] & 0x0f);    /* PUSH(?); */
1430                 jitCompPutByte2(w.dst, 0x6a, (src[4] >> 4) & 0x0f);     /* PUSH(?); */
1431                 jitCompPutByte2(w.dst, 0x6a, src[3]);   /* PUSH(?); */
1432                 jitCompPutByte2(w.dst, 0x6a, src[2]);   /* PUSH(?); */
1433                 jitCompPutByte2(w.dst, 0x6a, src[1]);   /* PUSH(?); */
1434                 jitCompPutByte1(w.dst, 0x55);   /* PUSH(EBP); */
1435                 jitCompPutByte1(w.dst, 0xe8);
1436                 j = ((unsigned char *)&func3c) - (w.dst + 4);
1437                 jitCompPutImm32(&w, j);
1438                 jitCompPutByte3(w.dst, 0x83, 0xc4, 0x20);       /* ADD(ESP,32); */
1439                 jitCompA000_loadRegCacheAll(&w); // 手抜き.
1440                 jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1441                 cmp0reg = -1;
1442                 break;
1443
1444             case 0x3d:  /* LEAVE */
1445                 jitCompA000_storeRegCacheAll(&w); // 手抜き.
1446                 jitCompA000_storePRegCacheAll(&w); // 手抜き.
1447                 jitCompPutByte2(w.dst, 0x6a, src[6]);   /* PUSH(?); */
1448                 jitCompPutByte2(w.dst, 0x6a, src[5]);   /* PUSH(?); */
1449                 jitCompPutByte2(w.dst, 0x6a, src[4] & 0x0f);    /* PUSH(?); */
1450                 jitCompPutByte2(w.dst, 0x6a, (src[4] >> 4) & 0x0f);     /* PUSH(?); */
1451                 jitCompPutByte2(w.dst, 0x6a, src[3]);   /* PUSH(?); */
1452                 jitCompPutByte2(w.dst, 0x6a, src[2]);   /* PUSH(?); */
1453                 jitCompPutByte2(w.dst, 0x6a, src[1]);   /* PUSH(?); */
1454                 jitCompPutByte1(w.dst, 0x55);   /* PUSH(EBP); */
1455                 jitCompPutByte1(w.dst, 0xe8);
1456                 j = ((unsigned char *)&func3d) - (w.dst + 4);
1457                 jitCompPutImm32(&w, j);
1458                 jitCompPutByte3(w.dst, 0x83, 0xc4, 0x20);       /* ADD(ESP,32); */
1459                 jitCompA000_loadRegCacheAll(&w); // 手抜き.
1460                 jitCompA000_loadPRegCacheAll(&w); // 手抜き.
1461                 cmp0reg = -1;
1462                 break;
1463
1464             case 0xfe:  /* remark */
1465                 if (src[1] == 0x01 && src[2] == 0x00) { // DBGINFO1
1466                     if (level <= JITC_LV_SLOWER) {
1467                         jitCompPutByte1(w.dst, 0xb8);   /* MOV(EAX, ?); */
1468                         jitCompPutImm32(&w, debugInfo1);
1469                         jitCompA0001_movEbpDispReg32(&w, 2304 + 4, 0 /* EAX */); /* MOV(debugInfo1, EAX); */
1470                     }
1471                 }
1472                 if (src[1] == 0x01 && src[2] == 0x03) { // DBGINFO1CLR
1473                     if (level <= JITC_LV_SLOWER) {
1474                         jitCompPutByte1(w.dst, 0xb8);   /* MOV(EAX, ?); */
1475                         jitCompPutImm32(&w, -1);
1476                         jitCompA0001_movEbpDispReg32(&w, 2304 + 4, 0 /* EAX */); /* MOV(debugInfo1, EAX); */
1477                     }
1478                 }
1479                 if (src[1] == 0x05 && src[2] == 0x00) { // DBGINFO0
1480                     if (level <= JITC_LV_SLOWEST) {
1481                         debugInfo0 = jitCompGetImm32(src + 3);
1482                         //      jitCompPutByte1(w.dst, 0xbf);   /* MOV(EDI, ?); */
1483                         //      jitCompPutImm32(&w, debugInfo0);
1484                         jitCompPutByte1(w.dst, 0xb8);   /* MOV(EAX, ?); */
1485                         jitCompPutImm32(&w, debugInfo0);
1486                         jitCompA0001_movEbpDispReg32(&w, 2304 + 0, 0 /* EAX */); /* MOV(debugInfo0, EAX); */
1487                     }
1488                 }
1489                 break;
1490
1491             default:
1492                 w.err = JITC_ERR_OPECODE;
1493                 goto err_w;
1494                 }
1495                 if (w.err != 0) goto err_w;
1496                 jitCompA0001_fixPrefix(&w);
1497                 if (w.err != 0) goto err_w;
1498                 src += jitCompCmdLen(src);
1499         }
1500         if (enter0 != NULL) {
1501                 j = w.dst - (enter0 + 4);
1502                 enter0[0] = j & 0xff;
1503                 enter0[1] = (j >> 8) & 0xff;
1504                 enter0[2] = (j >> 16) & 0xff;
1505                 enter0[3] = (j >> 24) & 0xff;
1506         }
1507         if ((flags & JITC_NOSTARTUP) == 0) {
1508                 jitCompA000_storeRegCacheAll(&w);
1509                 jitCompA000_storePRegCacheAll(&w);
1510                 jitCompPutByte1(w.dst, 0x61); /* POPAD(); */
1511         }
1512         if ((flags & JITC_PHASE1) != 0)
1513                 return w.dst - dst00;
1514         return 0;
1515
1516 err_w:
1517         if ((w.err & JITC_ERR_PHASE0ONLY) != 0) {
1518                 if ((flags & JITC_PHASE1) == 0)
1519                         w.err &= ~JITC_ERR_PHASE0ONLY;
1520         }
1521         if (w.err == (JITC_ERR_MASK & JITC_ERR_REGNUM))                 errmsg = "reg-number error";
1522         if (w.err == (JITC_ERR_MASK & JITC_ERR_DST1))                   errmsg = "dst1 error";
1523         if (w.err == (JITC_ERR_MASK & JITC_ERR_OPECODE))                errmsg = "opecode error";
1524         if (w.err == (JITC_ERR_MASK & JITC_ERR_LABELNUM))               errmsg = "label number too large";
1525         if (w.err == (JITC_ERR_MASK & JITC_ERR_LABELREDEF))             errmsg = "label redefine";
1526         if (w.err == (JITC_ERR_MASK & JITC_ERR_PREFIX))                 { errmsg = "prefix redefine"; w.dst -= 2; }
1527         if (w.err == (JITC_ERR_MASK & JITC_ERR_LABELNODEF))             errmsg = "label not defined";
1528         if (w.err == (JITC_ERR_MASK & JITC_ERR_LABELTYP))               errmsg = "label type error";
1529         if (w.err == (JITC_ERR_MASK & JITC_ERR_IDIOM))                  errmsg = "idiom error";
1530         if (w.err == (JITC_ERR_MASK & JITC_ERR_PREGNUM))                errmsg = "preg-number error";
1531         if (w.err == (JITC_ERR_MASK & JITC_ERR_SRC1))                   errmsg = "src1 error";
1532         if (w.err == (JITC_ERR_MASK & JITC_ERR_BADTYPE))                errmsg = "bad type code";
1533         if (w.err == (JITC_ERR_MASK & JITC_ERR_PREFIXFAR))              errmsg = "prefix internal error";
1534         if (w.err == (JITC_ERR_MASK & JITC_ERR_INTERNAL))               errmsg = "general internal error";
1535         if (*errmsg != '\0') {
1536                 fprintf(stderr, "JITC: %s at %06X (debugInfo0=%d)\n    ", errmsg, src - src0, debugInfo0);
1537                 for (i = 0; i < 16; i++)
1538                         fprintf(stderr, "%02X ", src[i]);
1539                 static char *table[0x30] = {
1540                         "NOP", "LB", "LIMM", "PLIMM", "CND", "??", "??", "??",
1541                         "LMEM", "SMEM", "PLMEM", "PSMEM", "LEA", "??", "PADD", "PDIF",
1542                         "CP/OR", "XOR", "AND", "??", "ADD", "SUB", "MUL", "??",
1543                         "SHL", "SAR", "DIV", "MOD", "PLMT0", "PLMT1", "PCP", "PCST",
1544                         "CMPE", "CMPNE", "CMPL", "CMPGE", "CMPLE", "CMPG", "TSTZ", "TSTNZ",
1545                         "PCMPE", "PCMPNE", "PCMPL", "PCMPGE", "PCMPLE", "PCMPG", "??", "EXT" };
1546                 errmsg = "??";
1547                 if (*src < 0x30) errmsg = table[*src];
1548                 fprintf(stderr, "(%s)\n", errmsg);
1549         }
1550         return -1;
1551 }
1552
1553 unsigned char *jitCompCallFunc(unsigned char *dst, void *func)
1554 {
1555         struct JitCompWork w;
1556         w.dst = dst;
1557         jitCompA000_storeRegCacheAll(&w);
1558         jitCompA000_storePRegCacheAll(&w);
1559         jitCompPutByte1(w.dst, 0x60);   /* PUSHAD(); */
1560         jitCompPutByte1(w.dst, 0x50);   /* PUSH(EAX); */        /* for 16byte-align（win32では不要なのだけど、MacOSには必要らしい） */
1561         jitCompPutByte1(w.dst, 0x55);   /* PUSH(EBP); */
1562         jitCompPutByte1(w.dst, 0xe8);   /* CALL(func); */
1563         int j = ((unsigned char *)func) - (w.dst + 4);
1564
1565         //この関数の中では結局w->dstしか参照していない
1566         jitCompPutImm32(&w, j);
1567
1568         jitCompPutByte1(w.dst, 0x58);   /* POP(EAX); */         /* （win32では不要なのだけど、MacOSには必要らしい） */
1569         jitCompPutByte1(w.dst, 0x58);   /* POP(EAX); */
1570         jitCompPutByte1(w.dst, 0x61);   /* POPAD(); */
1571         jitCompA000_loadRegCacheAll(&w);
1572         jitCompA000_loadPRegCacheAll(&w);
1573         jitCompA0001_movReg32EbpDisp(&w, 0 /* EAX */, 256 + 0x30 * 32 + 0); /* MOV(EAX, [EBP+?]); */
1574         jitCompPutByte2(w.dst, 0xff, 0xe0);     /* JMP(EAX); */
1575         return w.dst;
1576 }
1577
1578 unsigned char *jitCompInit(unsigned char *dst)
1579 {
1580         errfnc = dst;
1581         return jitCompCallFunc(dst, &errHndl);
1582 }
1583
1584 void func3c(char *ebp, int opt, int r1, int p1, int lenR, int lenP, int r0, int p0)
1585 {
1586         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1587         int i, *pi;
1588         HOSECPU_PointerRegisterEntry *pp;
1589         if (r->junkStack + 2048 > r->junkStack1) (*(r->errHndl))(r);
1590         pi = (void *)r->junkStack; r->junkStack += r1 * 4;
1591         for (i = 0; i < r1; i++)
1592                 pi[i] = r->ireg[i];
1593         pp = (void *)r->junkStack; r->junkStack += p1 * 32;
1594         for (i = 0; i < p1; i++)
1595                 pp[i] = r->preg[i];
1596         pp = (void *)r->junkStack; r->junkStack += 32;
1597         *pp = r->preg[0x30];
1598         pi = (void *)r->junkStack; r->junkStack += 4;
1599         *pi = opt << 16 | r1 << 8 | p1;
1600         for (i = 0; i < lenR; i++)
1601                 r->ireg[r0 + i] = r->ireg[0x30 + i];
1602         for (i = 0; i < lenP; i++)
1603                 r->preg[p0 + i] = r->preg[0x31 + i];
1604         return;
1605 }
1606
1607 void func3d(char *ebp, int opt, int r1, int p1, int lenR, int lenP, int r0, int p0)
1608 {
1609         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1610         int i;
1611         r->junkStack -= 4;
1612         r->junkStack -= 32;
1613     HOSECPU_PointerRegisterEntry *pp = (void *)r->junkStack;
1614         r->preg[0x30] = *pp;
1615         r->junkStack -= p1 * 32; pp = (void *)r->junkStack;
1616         for (i = 0; i < p1; i++)
1617                 r->preg[i] = pp[i];
1618         r->junkStack -= r1 * 4; int *pi = (void *)r->junkStack;
1619         for (i = 0; i < r1; i++)
1620                 r->ireg[i] = pi[i];
1621         return;
1622 }
1623
1624 void funcf4(char *ebp, int pxx, int typ, int len)
1625 {
1626         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1627         int width = jitCompA000_dataWidth(jitCompA000_convTyp(r->ireg[typ])) >> 3;
1628         if (width < 0 || r->ireg[len] < 0)
1629                 (*(r->errHndl))(r);
1630         void *p = r->junkStack;
1631         if (r->junkStack + width * r->ireg[len] + 256 > r->junkStack1) (*(r->errHndl))(r);
1632         r->junkStack += width * r->ireg[len];
1633         r->preg[pxx].p = p;
1634         r->preg[pxx].typ = r->ireg[typ];
1635         r->preg[pxx].p0 = p;
1636         r->preg[pxx].p1 = (void *)r->junkStack;
1637         int *pi = (int *)r->junkStack;
1638         *pi = width * r->ireg[len];
1639         r->junkStack += sizeof (int);
1640         if (r->ireg[typ] == 1) {
1641                 int i, i1 = (width * r->ireg[len]) >> 2;
1642                 pi = p;
1643                 for (i = 0; i < i1; i++)
1644                         pi[i] = 0;
1645         }
1646         return;
1647 }
1648
1649 void funcf5(char *ebp, int pxx, int typ, int len)
1650 {
1651         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1652         r->junkStack -= sizeof (int);
1653         int *pi = (int *)r->junkStack;
1654         r->junkStack -= *pi;
1655 #if 0
1656         int width = jitCompA000_dataWidth(r->ireg[typ]);
1657         void *p = r->junkStack;
1658         r->junkStack -= width * r->ireg[len];
1659 #endif
1660         return;
1661 }
1662
1663 void funcf6(char *ebp, int pxx, int typ, int len)
1664 {
1665         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1666         int width = jitCompA000_dataWidth(jitCompA000_convTyp(r->ireg[typ])) >> 3;
1667         if (width < 0 || r->ireg[len] < 0)
1668                 (*(r->errHndl))(r);
1669         void *p = malloc(width * r->ireg[len]);
1670         r->preg[pxx].p = p;
1671         r->preg[pxx].typ = r->ireg[typ];
1672         r->preg[pxx].p0 = p;
1673         r->preg[pxx].p1 = (unsigned char *)p + width * r->ireg[len];
1674         if (r->ireg[typ] == 1) {
1675                 int i, i1 = (width * r->ireg[len]) >> 2, *pi;
1676                 pi = p;
1677                 for (i = 0; i < i1; i++)
1678                         pi[i] = 0;
1679                 for (i = 1; i < i1; i += 8)
1680                         pi[i] |= -1;
1681         }
1682         return;
1683 }
1684
1685 void funcf7(char *ebp, int pxx, int typ, int len)
1686 {
1687         HOSECPU_RuntimeEnvironment *r = (HOSECPU_RuntimeEnvironment *) (ebp - jitCompA0001_EBP128);
1688         free(r->preg[pxx].p);
1689         return;
1690 }
1691
1692 void errHndl(HOSECPU_RuntimeEnvironment *r)
1693 {
1694         r = (HOSECPU_RuntimeEnvironment *) (((char *)r) - jitCompA0001_EBP128);
1695         (*(r->errHndl))(r);
1696         // ここに帰ってきてはいけない.
1697 }
1698
1699 /*
1700  * jitcの出力コードをひとまとめにする関数を作成しその中身をjitCompile()で生成
1701  *
1702  * qq : 出力バイナリの書き込み位置のアドレスへの参照(書き込み位置を呼び出しに反映させるため参照渡しにする)
1703  * q1 : 出力バイナリの書き込み位置のアドレスの最大値
1704  * p0 : (*.ose)バイナリの読み込み位置のアドレス(ヘッダ部除去済)
1705  * p1 : (*.ose)バイナリの読み込み位置の取りうる最大値
1706  *      (ただし、「確保したメモリ」の最大値なのでこれより手前にゴミデータが入っているかもしれない)
1707  * ret=1 : ヘッダのエラー
1708  * ret=2 : jitコンパイルエラー
1709  */
1710 int jitc0(unsigned char **qq, unsigned char *q1, const unsigned char *p0, const unsigned char *p1, int level, HOSECPU_LabelListTag *label)
1711 {
1712         unsigned char *q = *qq;
1713         if (p0[0] != 0x05 || p0[1] != SIGN1)    // OSECPUのヘッダ (05E1) を確認
1714                 return 1;
1715
1716         *q++ = 0x55; /* PUSH(EBP); */
1717         *q++ = 0x8b; *q++ = 0x6c; *q++ = 0x24; *q++ = 0x08; /* MOV(EBP,[ESP+8]); */
1718
1719         int i;
1720         for (i = 0; i < JITC_MAXLABELS; i++)
1721                 label[i].opt = 0;
1722
1723         // 以下のjitCompile()呼び出しでは第二引数をq1-2にした方がよいのではないか?
1724         i = jitCompiler(q, q1, p0 + 2, p1, p0, label, JITC_MAXLABELS, level, di1_serial, 0);
1725         if (i != 0) return 2;
1726         i = jitCompiler(q, q1, p0 + 2, p1, p0, label, JITC_MAXLABELS, level, di1_serial, JITC_PHASE1 + 0);
1727         if (i < 0) return 2;
1728         q += i;
1729
1730         *q++ = 0x5d; /* POP(EBP); */
1731         *q++ = 0xc3; /* RET(); */
1732
1733         *qq = q;
1734         return 0;
1735 }
1736
1737 #if (USE_DEBUGGER != 0)
1738
1739 int dbgrGetRegNum(const char *p)
1740 {
1741         int i, j, r = -1;
1742         if (p[2] <= ' ') {
1743                 i = p[0] - '0';
1744                 j = p[1] - '0';
1745                 if (i > 9) i -= 'A' - '0' - 10;
1746                 if (j > 9) j -= 'A' - '0' - 10;
1747                 if (0 <= i && i <= 15 && 0 <= j && j <= 15)
1748                         r = i << 4 | j;
1749         }
1750         return r;
1751 }
1752
1753 void dbgrMain(HOSECPU_RuntimeEnvironment *r)
1754 {
1755         if (r->dbgr == 0) return;
1756         for (;;) {
1757                 char cmd[64], *p;
1758                 int i, j, k;
1759                 printf("\ndbgr>");
1760                 p = fgets(cmd, 64, stdin);
1761                 if (p == NULL) break;
1762                 if (cmd[0] == '\0') continue;
1763                 if (cmd[0] == 'q' && cmd[1] <= ' ') break;
1764                 if (cmd[0] == 'p' && cmd[1] <= ' ' && cmd[1] != '\0') {
1765                         p = &cmd[2];
1766                         while (*p <= ' ' && *p != '\0') p++;
1767                         if (*p == 'R') {
1768                                 i = dbgrGetRegNum(p + 1);
1769                                 if (0 <= i && i <= 0x3f) {
1770                                         printf("R%02X = 0x%08X = %d\n", i, r->ireg[i], r->ireg[i]);
1771                                 }
1772                                 else
1773                                         puts("register name error");
1774                                 continue;
1775                         }
1776                         if (*p == 'P') {
1777                                 i = dbgrGetRegNum(p + 1);
1778                                 if (0 <= i && i <= 0x3f) {
1779                                         p = "invalid";
1780                                         if (0 <= r->preg[i].typ && r->preg[i].typ <= 0x15) {
1781                                                 static char *typName[] = {
1782                                                         "T_CODE", "T_VPTR", "T_SINT8", "T_UINT8",
1783                                                         "T_SINT16", "T_UINT16", "T_SINT32", "T_UINT32",
1784                                                         "T_SINT4", "T_UINT4", "T_SINT2", "T_UINT2",
1785                                                         "T_SINT1", "T_UINT1", "T_SINT12", "T_UINT12",
1786                                                         "T_SINT20", "T_UINT20", "T_SINT24", "T_UINT24",
1787                                                         "T_SINT28", "T_UINT28"
1788                                                 };
1789                                                 p = typName[r->preg[i].typ];
1790                                         }
1791                                         printf("P%02X:\n  type = %s(%04X),  (origin-ptr) = 0x%08X\n", i, p, r->preg[i].typ, (unsigned int)(r->preg[i].p0));
1792                                         if (r->preg[i].p != NULL && r->preg[i].p0 != NULL) {
1793                                                 j = jitCompA000_dataWidth(jitCompA000_convTyp(r->preg[i].typ)) >> 3;
1794                                                 if (j <= 0) j = 1;
1795                                                 k = (r->preg[i].p1 - r->preg[i].p0) / j;
1796                                                 printf("  size = 0x%08X = %d\n", k, k);
1797                                                 k = (r->preg[i].p - r->preg[i].p0) / j;
1798                                                 printf("  pos  = 0x%08X = %d\n", k, k);
1799                                         }
1800                                         else {
1801                                                 puts("  null pointer");
1802                                         }
1803                                 }
1804                                 else
1805                                         puts("register name error");
1806                                 continue;
1807                         }
1808                 }
1809                 puts("command error");
1810         }
1811         return;
1812 }
1813
1814 #endif
1815
1816
1817 #endif
1818
1819
1820