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Diff for /gforth/engine/threaded.h between versions 1.26 and 1.30

version 1.26, 2004/06/19 14:19:44 version 1.30, 2005/01/23 13:56:13
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 /* This file defines a number of threading schemes.  /* This file defines a number of threading schemes.
   
   Copyright (C) 1995, 1996,1997,1999,2003 Free Software Foundation, Inc.    Copyright (C) 1995, 1996,1997,1999,2003,2004 Free Software Foundation, Inc.
   
   This file is part of Gforth.    This file is part of Gforth.
   
Line 91 Line 91
   
 */  */
   
   #ifdef GCC_PR15242_WORKAROUND
   #define DO_GOTO goto before_goto
   #else
   #define DO_GOTO goto *real_ca
   #endif
   #ifndef GOTO_ALIGN
   #define GOTO_ALIGN
   #endif
   
   #define GOTO(target) do {(real_ca=(target));} while(0)
   #define NEXT_P2 do {NEXT_P1_5; DO_GOTO;} while(0)
   #define EXEC(XT) do { EXEC1(XT); DO_GOTO;} while (0)
   #define NEXT do {DEF_CA NEXT_P1; NEXT_P2;} while(0)
   #define FIRST_NEXT_P2 NEXT_P1_5; GOTO_ALIGN; \
   before_goto: goto *real_ca; after_goto:
   #define FIRST_NEXT DEF_CA NEXT_P1; FIRST_NEXT_P2;
   #define IPTOS NEXT_INST
   
   
 #ifdef DOUBLY_INDIRECT  #ifdef DOUBLY_INDIRECT
 # ifndef DEBUG_DITC  # ifndef DEBUG_DITC
 #  define DEBUG_DITC 0  #  define DEBUG_DITC 0
Line 108 Line 127
   if (DEBUG_DITC && (cfa<=vm_prims+DOESJUMP || cfa>=vm_prims+npriminfos)) \    if (DEBUG_DITC && (cfa<=vm_prims+DOESJUMP || cfa>=vm_prims+npriminfos)) \
     fprintf(stderr,"NEXT encountered prim %p at ip=%p\n", cfa, ip); \      fprintf(stderr,"NEXT encountered prim %p at ip=%p\n", cfa, ip); \
   ip++;} while(0)    ip++;} while(0)
 #  define NEXT_P2       do {ca=**cfa; goto *ca;} while(0)  #  define NEXT_P1_5     do {ca=**cfa; GOTO(ca);} while(0)
 #  define EXEC(XT)      do {DEF_CA cfa=(XT);\  #  define EXEC1(XT)     do {DEF_CA cfa=(XT);\
   if (DEBUG_DITC && (cfa>vm_prims+DOESJUMP && cfa<vm_prims+npriminfos)) \    if (DEBUG_DITC && (cfa>vm_prims+DOESJUMP && cfa<vm_prims+npriminfos)) \
     fprintf(stderr,"EXEC encountered xt %p at ip=%p, vm_prims=%p, xts=%p\n", cfa, ip, vm_prims, xts); \      fprintf(stderr,"EXEC encountered xt %p at ip=%p, vm_prims=%p, xts=%p\n", cfa, ip, vm_prims, xts); \
  ca=**cfa; goto *ca;} while(0)   ca=**cfa; GOTO(ca);} while(0)
   
 #elif defined(NO_IP)  #elif defined(NO_IP)
   
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 #define INC_IP(n)       ((void)0)  #define INC_IP(n)       ((void)0)
 #define DEF_CA  #define DEF_CA
 #define NEXT_P1  #define NEXT_P1
 #define NEXT_P2         do {goto *next_code;} while(0)  #define NEXT_P1_5               do {goto *next_code;} while(0)
 /* set next_code to the return address before performing EXEC */  /* set next_code to the return address before performing EXEC */
 #define EXEC(XT)        do {cfa=(XT); goto **cfa;} while(0)  #define EXEC1(XT)       do {cfa=(XT); goto **cfa;} while(0)
   
 #else  /* !defined(DOUBLY_INDIRECT) && !defined(NO_IP) */  #else  /* !defined(DOUBLY_INDIRECT) && !defined(NO_IP) */
   
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {goto *cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==2  #if THREADING_SCHEME==2
Line 180 Line 199
 #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {KILLS goto **(ip-1);} while(0)  #  define NEXT_P1_5     do {KILLS GOTO(*(ip-1));} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
   
Line 195 Line 214
 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       do {cfa=*ip++;} while(0)  #  define NEXT_P1       do {cfa=*ip++;} while(0)
 #  define NEXT_P2       do {goto *cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==4  #if THREADING_SCHEME==4
Line 209 Line 228
 #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {KILLS goto **(ip++);} while(0)  #  define NEXT_P1_5     do {KILLS GOTO(*(ip++));} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==5  #if THREADING_SCHEME==5
Line 224 Line 243
 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       (ip++)  #  define NEXT_P1       (ip++)
 #  define NEXT_P2       do {goto *cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==6  #if THREADING_SCHEME==6
Line 238 Line 257
 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       (ip++)  #  define NEXT_P1       (ip++)
 #  define NEXT_P2       do {KILLS goto **(ip-1);} while(0)  #  define NEXT_P1_5     do {KILLS GOTO(*(ip-1));} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
   
Line 253 Line 272
 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       do {cfa=*ip++;} while(0)  #  define NEXT_P1       do {cfa=*ip++;} while(0)
 #  define NEXT_P2       do {goto *cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==8  #if THREADING_SCHEME==8
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 #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do { ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       (ip++)  #  define NEXT_P1       (ip++)
 #  define NEXT_P2       do {KILLS goto **(ip-1);} while(0)  #  define NEXT_P1_5     do {KILLS GOTO(*(ip-1));} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==9  #if THREADING_SCHEME==9
Line 284 Line 303
 #  define INC_IP(const_inc)     do {next_cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {next_cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA          #  define DEF_CA        
 #  define NEXT_P1       do {cfa=next_cfa; ip++; next_cfa=*ip;} while(0)  #  define NEXT_P1       do {cfa=next_cfa; ip++; next_cfa=*ip;} while(0)
 #  define NEXT_P2       do {goto *cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #  define MORE_VARS     Xt next_cfa;  #  define MORE_VARS     Xt next_cfa;
 #endif  #endif
   
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 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {cfa=*ip++; goto *cfa;} while(0)  #  define NEXT_P1_5     do {cfa=*ip++; GOTO(cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 /* direct threaded */  /* direct threaded */
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {goto **cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(*cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==2  #if THREADING_SCHEME==2
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA        Label ca;  #  define DEF_CA        Label ca;
 #  define NEXT_P1       do {ca=*cfa;} while(0)  #  define NEXT_P1       do {ca=*cfa;} while(0)
 #  define NEXT_P2       do {goto *ca;} while(0)  #  define NEXT_P1_5     do {GOTO(ca);} while(0)
 #  define EXEC(XT)      do {DEF_CA cfa=(XT); ca=*cfa; goto *ca;} while(0)  #  define EXEC1(XT)     do {DEF_CA cfa=(XT); ca=*cfa; GOTO(ca);} while(0)
 #endif  #endif
   
   
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 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {cfa=*ip++; goto **cfa;} while(0)  #  define NEXT_P1_5     do {cfa=*ip++; GOTO(*cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==4  #if THREADING_SCHEME==4
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA        Label ca;  #  define DEF_CA        Label ca;
 #  define NEXT_P1       do {ca=*cfa;} while(0)  #  define NEXT_P1       do {ca=*cfa;} while(0)
 #  define NEXT_P2       do {goto *ca;} while(0)  #  define NEXT_P1_5     do {GOTO(ca);} while(0)
 #  define EXEC(XT)      do {DEF_CA cfa=(XT); ca=*cfa; goto *ca;} while(0)  #  define EXEC1(XT)     do {DEF_CA cfa=(XT); ca=*cfa; GOTO(ca);} while(0)
 #endif  #endif
   
   
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1       (ip++)  #  define NEXT_P1       (ip++)
 #  define NEXT_P2       do {goto **cfa;} while(0)  #  define NEXT_P1_5     do {GOTO(*cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==6  #if THREADING_SCHEME==6
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA        Label ca;  #  define DEF_CA        Label ca;
 #  define NEXT_P1       do {ip++; ca=*cfa;} while(0)  #  define NEXT_P1       do {ip++; ca=*cfa;} while(0)
 #  define NEXT_P2       do {goto *ca;} while(0)  #  define NEXT_P1_5     do {GOTO(ca);} while(0)
 #  define EXEC(XT)      do {DEF_CA cfa=(XT); ca=*cfa; goto *ca;} while(0)  #  define EXEC1(XT)     do {DEF_CA cfa=(XT); ca=*cfa; GOTO(ca);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==7  #if THREADING_SCHEME==7
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 #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {cfa=IP[const_inc]; ip+=(const_inc);} while(0)
 #  define DEF_CA        Label ca;  #  define DEF_CA        Label ca;
 #  define NEXT_P1       do {ip++; ca=*cfa;} while(0)  #  define NEXT_P1       do {ip++; ca=*cfa;} while(0)
 #  define NEXT_P2       do {goto *ca;} while(0)  #  define NEXT_P1_5     do {GOTO(ca);} while(0)
 #  define EXEC(XT)      do {DEF_CA cfa=(XT); ca=*cfa; goto *ca;} while(0)  #  define EXEC1(XT)     do {DEF_CA cfa=(XT); ca=*cfa; GOTO(ca);} while(0)
 #endif  #endif
   
 #if THREADING_SCHEME==8  #if THREADING_SCHEME==8
Line 427 Line 446
 #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)  #  define INC_IP(const_inc)     do {ip+=(const_inc);} while(0)
 #  define DEF_CA  #  define DEF_CA
 #  define NEXT_P1  #  define NEXT_P1
 #  define NEXT_P2       do {cfa=*ip++; goto **cfa;} while(0)  #  define NEXT_P1_5     do {cfa=*ip++; GOTO(*cfa);} while(0)
 #  define EXEC(XT)      do {cfa=(XT); goto **cfa;} while(0)  #  define EXEC1(XT)     do {cfa=(XT); GOTO(*cfa);} while(0)
 #endif  #endif
   
 /* indirect threaded */  /* indirect threaded */
Line 436 Line 455
   
 #endif /* !defined(DOUBLY_INDIRECT) && !defined(NO_IP) */  #endif /* !defined(DOUBLY_INDIRECT) && !defined(NO_IP) */
   
 #define NEXT do {DEF_CA NEXT_P1; NEXT_P2;} while(0)  
 #define IPTOS NEXT_INST  
Removed from v.1.26  
changed lines
  Added in v.1.30

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