Diff for /gforth/prims2x.fs between versions 1.80 and 1.94

version 1.80, 2001/02/09 20:15:31 version 1.94, 2001/03/18 18:52:55
Line 41 Line 41
 \ regarding problem 1 above: It would be better (for over) to implement  \ regarding problem 1 above: It would be better (for over) to implement
 \       the alternative  \       the alternative
 \ store optimization for combined instructions.  \ store optimization for combined instructions.
 \ eliminate stack-cast (no longer used)  
   
 \ Design Uglyness:  \ Design Uglyness:
   
Line 60  warnings off Line 59  warnings off
                         \ different directory with the wordlibraries)                          \ different directory with the wordlibraries)
 include ./search.fs                       include ./search.fs                     
 include ./extend.fs  include ./extend.fs
 [THEN]  
 include ./stuff.fs  include ./stuff.fs
   [THEN]
   
 [IFUNDEF] environment?  [IFUNDEF] environment?
 include ./environ.fs  include ./environ.fs
Line 101  skipsynclines on Line 100  skipsynclines on
     loop      loop
     drop ;      drop ;
   
   : insert-wordlist { c-addr u wordlist xt -- }
       \ adds name "addr u" to wordlist using defining word xt
       \ xt may cause additional stack effects
       get-current >r wordlist set-current
       c-addr u nextname xt execute
       r> set-current ;
   
 : start ( -- addr )  : start ( -- addr )
  cookedinput @ ;   cookedinput @ ;
   
Line 131  skipsynclines on Line 137  skipsynclines on
 variable output          \ xt ( -- ) of output word for simple primitives  variable output          \ xt ( -- ) of output word for simple primitives
 variable output-combined \ xt ( -- ) of output word for combined primitives  variable output-combined \ xt ( -- ) of output word for combined primitives
   
 : printprim ( -- )  
  output @ execute ;  
   
 struct%  struct%
     cell%    field stack-number \ the number of this stack      cell%    field stack-number \ the number of this stack
     cell% 2* field stack-pointer \ stackpointer name      cell% 2* field stack-pointer \ stackpointer name
     cell%    field stack-type \ name for default type of stack items      cell%    field stack-type \ name for default type of stack items
     cell% 2* field stack-cast \ cast string for assignments to stack elements  
     cell%    field stack-in-index-xt \ ( in-size item -- in-index )      cell%    field stack-in-index-xt \ ( in-size item -- in-index )
 end-struct stack%  end-struct stack%
   
Line 167  create stacks max-stacks cells allot \ a Line 169  create stacks max-stacks cells allot \ a
 : inst-in-index ( in-size item -- in-index )  : inst-in-index ( in-size item -- in-index )
     nip dup item-offset @ swap item-type @ type-size @ + 1- ;      nip dup item-offset @ swap item-type @ type-size @ + 1- ;
   
 : make-stack ( addr-ptr u1 type addr-cast u2 "stack-name" -- )  : make-stack ( addr-ptr u1 type "stack-name" -- )
       next-stack-number @ max-stacks < s" too many stacks" ?print-error
     create stack% %allot >r      create stack% %allot >r
     r@ stacks next-stack-number @ th !      r@ stacks next-stack-number @ th !
     next-stack-number @ r@ stack-number !  1 next-stack-number +!      next-stack-number @ r@ stack-number !
     save-mem r@ stack-cast 2!      1 next-stack-number +!
     r@ stack-type !      r@ stack-type !
     save-mem r@ stack-pointer 2!       save-mem r@ stack-pointer 2! 
     ['] stack-in-index r> stack-in-index-xt ! ;      ['] stack-in-index r> stack-in-index-xt ! ;
   
   : map-stacks { xt -- }
       \ perform xt for all stacks except inst-stream
       next-stack-number @ 1 +do
           stacks i th @ xt execute
       loop ;
   
 \ stack items  \ stack items
   
 : init-item ( addr u addr1 -- )  : init-item ( addr u addr1 -- )
Line 205  struct% Line 214  struct%
     cell% 2* field prim-c-code      cell% 2* field prim-c-code
     cell% 2* field prim-forth-code      cell% 2* field prim-forth-code
     cell% 2* field prim-stack-string      cell% 2* field prim-stack-string
       cell%    field prim-num            \ ordinal number
     cell%    field prim-items-wordlist \ unique items      cell%    field prim-items-wordlist \ unique items
     item% max-effect * field prim-effect-in      item% max-effect * field prim-effect-in
     item% max-effect * field prim-effect-out      item% max-effect * field prim-effect-out
Line 228  variable in-part \ true if processing a Line 238  variable in-part \ true if processing a
 create combined-prims max-combined cells allot  create combined-prims max-combined cells allot
 variable num-combined  variable num-combined
   
   table constant combinations
     \ the keys are the sequences of pointers to primitives
   
 create current-depth max-stacks cells allot  create current-depth max-stacks cells allot
 create max-depth     max-stacks cells allot  create max-depth     max-stacks cells allot
 create min-depth     max-stacks cells allot  create min-depth     max-stacks cells allot
Line 235  create min-depth     max-stacks cells al Line 248  create min-depth     max-stacks cells al
 wordlist constant primitives  wordlist constant primitives
   
 : create-prim ( prim -- )  : create-prim ( prim -- )
     get-current >r      dup prim-name 2@ primitives ['] constant insert-wordlist ;
     primitives set-current  
     dup prim-name 2@ nextname constant  
     r> set-current ;  
   
 : stack-in ( stack -- addr )  : stack-in ( stack -- addr )
     \ address of number of stack items in effect in      \ address of number of stack items in effect in
Line 421  wordlist constant prefixes Line 431  wordlist constant prefixes
     rdrop ;      rdrop ;
   
 : type-prefix ( xt1 xt2 n stack "prefix" -- )  : type-prefix ( xt1 xt2 n stack "prefix" -- )
     create-type      get-current >r prefixes set-current
       create-type r> set-current
 does> ( item -- )  does> ( item -- )
     \ initialize item      \ initialize item
     { item typ }      { item typ }
Line 447  does> ( item -- ) Line 458  does> ( item -- )
         endif          endif
         -1 s+loop          -1 s+loop
     \ we did not find a type, abort      \ we did not find a type, abort
     true abort" unknown prefix" ;      false s" unknown prefix" ?print-error ;
   
 : declaration ( item -- )  : declaration ( item -- )
     dup item-name 2@ execute-prefix ;      dup item-name 2@ execute-prefix ;
Line 471  does> ( item -- ) Line 482  does> ( item -- )
     prim prim-effect-out prim prim-effect-out-end @ ['] print-declaration map-items ;      prim prim-effect-out prim prim-effect-out-end @ ['] print-declaration map-items ;
           
 : stack-prefix ( stack "prefix" -- )  : stack-prefix ( stack "prefix" -- )
       get-current >r prefixes set-current
     name tuck nextname create ( stack length ) 2,      name tuck nextname create ( stack length ) 2,
       r> set-current
 does> ( item -- )  does> ( item -- )
     2@ { item stack prefix-length }      2@ { item stack prefix-length }
     item item-name 2@ prefix-length /string item item-name 2!      item item-name 2@ prefix-length /string item item-name 2!
Line 479  does> ( item -- ) Line 492  does> ( item -- )
     item declaration ;      item declaration ;
   
 \ types pointed to by stacks for use in combined prims  \ types pointed to by stacks for use in combined prims
 s" Cell"  single 0 create-type cell-type  \ !! output-c-combined shouldn't use these names!
 s" Float" single 0 create-type float-type  : stack-type-name ( addr u "name" -- )
       single 0 create-type ;
   
   wordlist constant type-names \ this is here just to meet the requirement
                       \ that a type be a word; it is never used for lookup
   
   : stack ( "name" "stack-pointer" "type" -- )
       \ define stack
       name { d: stack-name }
       name { d: stack-pointer }
       name { d: stack-type }
       get-current type-names set-current
       stack-type 2dup nextname stack-type-name
       set-current
       stack-pointer lastxt >body stack-name nextname make-stack ;
   
 s" sp" save-mem cell-type  s" (Cell)" make-stack data-stack   stack inst-stream IP Cell
 s" fp" save-mem float-type s" "       make-stack fp-stack  
 s" rp" save-mem cell-type  s" (Cell)" make-stack return-stack  
 s" IP" save-mem cell-type  s" error don't use # on results" make-stack inst-stream  
 ' inst-in-index inst-stream stack-in-index-xt !  ' inst-in-index inst-stream stack-in-index-xt !
 ' inst-stream <is> inst-stream-f  ' inst-stream <is> inst-stream-f
 \ !! initialize stack-in and stack-out  \ !! initialize stack-in and stack-out
Line 510  s" IP" save-mem cell-type  s" error don' Line 534  s" IP" save-mem cell-type  s" error don'
     dup stack-in off stack-out off ;      dup stack-in off stack-out off ;
   
 : compute-offsets ( -- )  : compute-offsets ( -- )
     data-stack clear-stack  fp-stack clear-stack return-stack clear-stack      ['] clear-stack map-stacks
     inst-stream clear-stack      inst-stream clear-stack
     prim prim-effect-in  prim prim-effect-in-end  @ ['] compute-offset-in  map-items      prim prim-effect-in  prim prim-effect-in-end  @ ['] compute-offset-in  map-items
     prim prim-effect-out prim prim-effect-out-end @ ['] compute-offset-out map-items      prim prim-effect-out prim prim-effect-out-end @ ['] compute-offset-out map-items
     inst-stream stack-out @ 0<> abort" # can only be on the input side" ;      inst-stream stack-out @ 0= s" # can only be on the input side" ?print-error ;
   
   : process-simple ( -- )
       prim prim { W^ key } key cell
       combinations ['] constant insert-wordlist
       declarations compute-offsets
       output @ execute ;
   
 : flush-a-tos { stack -- }  : flush-a-tos { stack -- }
     stack stack-out @ 0<> stack stack-in @ 0= and      stack stack-out @ 0<> stack stack-in @ 0= and
Line 524  s" IP" save-mem cell-type  s" error don' Line 554  s" IP" save-mem cell-type  s" error don'
     endif ;      endif ;
   
 : flush-tos ( -- )  : flush-tos ( -- )
     data-stack   flush-a-tos      ['] flush-a-tos map-stacks ;
     fp-stack     flush-a-tos  
     return-stack flush-a-tos ;  
   
 : fill-a-tos { stack -- }  : fill-a-tos { stack -- }
     stack stack-out @ 0= stack stack-in @ 0<> and      stack stack-out @ 0= stack stack-in @ 0<> and
Line 537  s" IP" save-mem cell-type  s" error don' Line 565  s" IP" save-mem cell-type  s" error don'
   
 : fill-tos ( -- )  : fill-tos ( -- )
     \ !! inst-stream for prefetching?      \ !! inst-stream for prefetching?
     fp-stack     fill-a-tos      ['] fill-a-tos map-stacks ;
     data-stack   fill-a-tos  
     return-stack fill-a-tos ;  
   
 : fetch ( addr -- )  : fetch ( addr -- )
     dup item-type @ type-fetch @ execute ;      dup item-type @ type-fetch @ execute ;
Line 561  s" IP" save-mem cell-type  s" error don' Line 587  s" IP" save-mem cell-type  s" error don'
   
 : stack-pointer-updates ( -- )  : stack-pointer-updates ( -- )
     inst-pointer-update      inst-pointer-update
     data-stack   stack-pointer-update      ['] stack-pointer-update map-stacks ;
     fp-stack     stack-pointer-update  
     return-stack stack-pointer-update ;  
   
 : store ( item -- )  : store ( item -- )
 \ f is true if the item should be stored  \ f is true if the item should be stored
Line 573  s" IP" save-mem cell-type  s" error don' Line 597  s" IP" save-mem cell-type  s" error don'
 : stores ( -- )  : stores ( -- )
     prim prim-effect-out prim prim-effect-out-end @ ['] store map-items ;      prim prim-effect-out prim prim-effect-out-end @ ['] store map-items ;
   
   : print-debug-arg { item -- }
       ." fputs(" quote space item item-name 2@ type ." =" quote ." , vm_out); "
       ." printarg_" item item-type @ print-type-prefix
       ." (" item item-name 2@ type ." );" cr ;
       
   : print-debug-args ( -- )
       ." #ifdef VM_DEBUG" cr
       ." if (vm_debug) {" cr
       prim prim-effect-in prim prim-effect-in-end @ ['] print-debug-arg map-items
   \    ." fputc('\n', vm_out);" cr
       ." }" cr
       ." #endif" cr ;
   
   : print-debug-result { item -- }
       item item-first @ if
           item print-debug-arg
       endif ;
   
   : print-debug-results ( -- )
       cr
       ." #ifdef VM_DEBUG" cr
       ." if (vm_debug) {" cr
       ." fputs(" quote ."  -- " quote ." , vm_out); "
       prim prim-effect-out prim prim-effect-out-end @ ['] print-debug-result map-items
       ." fputc('\n', vm_out);" cr
       ." }" cr
       ." #endif" cr ;
   
   : output-super-end ( -- )
       prim prim-c-code 2@ s" SET_IP" search if
           ." SUPER_END;" cr
       endif
       2drop ;
   
 : output-c-tail ( -- )  : output-c-tail ( -- )
     \ the final part of the generated C code      \ the final part of the generated C code
       output-super-end
       print-debug-results
     ." NEXT_P1;" cr      ." NEXT_P1;" cr
     stores      stores
     fill-tos      fill-tos
     ." NEXT_P2;" cr ;      ." NEXT_P2;" ;
   
 : type-c ( c-addr u -- )  : type-c-code ( c-addr u xt -- )
     \ like TYPE, but replaces "TAIL;" with tail code      \ like TYPE, but replaces "TAIL;" with tail code produced by xt
       { xt }
     begin ( c-addr1 u1 )      begin ( c-addr1 u1 )
         2dup s" TAIL;" search          2dup s" TAIL;" search
     while ( c-addr1 u1 c-addr3 u3 )      while ( c-addr1 u1 c-addr3 u3 )
         2dup 2>r drop nip over - type          2dup 2>r drop nip over - type
         output-c-tail          xt execute
         2r> 5 /string          2r> 5 /string
         \ !! resync #line missing          \ !! resync #line missing
     repeat      repeat
     2drop type ;      2drop type ;
   
 : print-debug-arg { item -- }  
     ." fputs(" quote space item item-name 2@ type ." =" quote ." , vm_out); "  
     ." printarg_" item item-type @ print-type-prefix  
     ." (" item item-name 2@ type ." );" cr ;  
       
 : print-debug-args ( -- )  
     ." #ifdef VM_DEBUG" cr  
     ." if (vm_debug) {" cr  
     prim prim-effect-in prim prim-effect-in-end @ ['] print-debug-arg map-items  
     ." fputc('\n', vm_out);" cr  
     ." }" cr  
     ." #endif" cr ;  
   
 : print-entry ( -- )  : print-entry ( -- )
     ." I_" prim prim-c-name 2@ type ." :" ;      ." I_" prim prim-c-name 2@ type ." :" ;
           
Line 622  s" IP" save-mem cell-type  s" error don' Line 670  s" IP" save-mem cell-type  s" error don'
  stack-pointer-updates   stack-pointer-updates
  ." {" cr   ." {" cr
  ." #line " c-line @ . quote c-filename 2@ type quote cr   ." #line " c-line @ . quote c-filename 2@ type quote cr
  prim prim-c-code 2@ type-c   prim prim-c-code 2@ ['] output-c-tail type-c-code
  ." }" cr   ." }" cr
  output-c-tail   output-c-tail
  ." }" cr   ." }" cr
Line 646  s" IP" save-mem cell-type  s" error don' Line 694  s" IP" save-mem cell-type  s" error don'
     ."   fputs(" quote prim prim-name 2@ type quote ." , vm_out);" cr      ."   fputs(" quote prim prim-name 2@ type quote ." , vm_out);" cr
     disasm-args      disasm-args
     ."   ip += " inst-stream stack-in @ 1+ 0 .r ." ;" cr      ."   ip += " inst-stream stack-in @ 1+ 0 .r ." ;" cr
     ." } else " ;      ."   goto _endif_;" cr
       ." }" cr ;
   
   : output-profile ( -- )
       \ generate code for postprocessing the VM block profile stuff
       ." if (VM_IS_INST(*ip, " function-number @ 0 .r ." )) {" cr
       ."   add_inst(b, " quote  prim prim-name 2@ type quote ." );" cr
       ."   ip += " inst-stream stack-in @ 1+ 0 .r ." ;" cr
       prim prim-c-code 2@  s" SET_IP"    search nip nip
       prim prim-c-code 2@  s" SUPER_END" search nip nip or if
           ."   return;" cr
       else
           ."   goto _endif_;" cr
       endif
       ." }" cr ;
   
 : gen-arg-parm { item -- }  : gen-arg-parm { item -- }
     item item-stack @ inst-stream = if      item item-stack @ inst-stream = if
Line 683  s" IP" save-mem cell-type  s" error don' Line 745  s" IP" save-mem cell-type  s" error don'
 : output-forthname ( -- )  : output-forthname ( -- )
   '" emit prim prim-name 2@ type '" emit ." ," cr ;    '" emit prim prim-name 2@ type '" emit ." ," cr ;
   
 : output-c-func ( -- )  \  : output-c-func ( -- )
 \ used for word libraries  \  \ used for word libraries
     ." Cell * I_" prim prim-c-name 2@ type ." (Cell *SP, Cell **FP)      /* " prim prim-name 2@ type  \      ." Cell * I_" prim prim-c-name 2@ type ." (Cell *SP, Cell **FP)      /* " prim prim-name 2@ type
     ."  ( " prim prim-stack-string 2@ type ."  ) */" cr  \      ."  ( " prim prim-stack-string 2@ type ."  ) */" cr
     ." /* " prim prim-doc 2@ type ."  */" cr  \      ." /* " prim prim-doc 2@ type ."  */" cr
     ." NAME(" quote prim prim-name 2@ type quote ." )" cr  \      ." NAME(" quote prim prim-name 2@ type quote ." )" cr
     \ debugging  \      \ debugging
     ." {" cr  \      ." {" cr
     print-declarations  \      print-declarations
     inst-stream  stack-used? IF ." Cell *ip=IP;" cr THEN  \      \ !! don't know what to do about that
     data-stack   stack-used? IF ." Cell *sp=SP;" cr THEN  \      inst-stream  stack-used? IF ." Cell *ip=IP;" cr THEN
     fp-stack     stack-used? IF ." Cell *fp=*FP;" cr THEN  \      data-stack   stack-used? IF ." Cell *sp=SP;" cr THEN
     return-stack stack-used? IF ." Cell *rp=*RP;" cr THEN  \      fp-stack     stack-used? IF ." Cell *fp=*FP;" cr THEN
     flush-tos  \      return-stack stack-used? IF ." Cell *rp=*RP;" cr THEN
     fetches  \      flush-tos
     stack-pointer-updates  \      fetches
     fp-stack   stack-used? IF ." *FP=fp;" cr THEN  \      stack-pointer-updates
     ." {" cr  \      fp-stack   stack-used? IF ." *FP=fp;" cr THEN
     ." #line " c-line @ . quote c-filename 2@ type quote cr  \      ." {" cr
     prim prim-c-code 2@ type  \      ." #line " c-line @ . quote c-filename 2@ type quote cr
     ." }" cr  \      prim prim-c-code 2@ type
     stores  \      ." }" cr
     fill-tos  \      stores
     ." return (sp);" cr  \      fill-tos
     ." }" cr  \      ." return (sp);" cr
     cr ;  \      ." }" cr
   \      cr ;
   
 : output-label ( -- )    : output-label ( -- )  
     ." (Label)&&I_" prim prim-c-name 2@ type ." ," cr ;      ." (Label)&&I_" prim prim-c-name 2@ type ." ," cr ;
Line 745  s" IP" save-mem cell-type  s" error don' Line 808  s" IP" save-mem cell-type  s" error don'
   
 [IFDEF] documentation  [IFDEF] documentation
 : register-doc ( -- )  : register-doc ( -- )
     get-current documentation set-current      prim prim-name 2@ documentation ['] create insert-wordlist
     prim prim-name 2@ nextname create  
     prim prim-name 2@ 2,      prim prim-name 2@ 2,
     prim prim-stack-string 2@ condition-stack-effect 2,      prim prim-stack-string 2@ condition-stack-effect 2,
     prim prim-wordset 2@ 2,      prim prim-wordset 2@ 2,
     prim prim-c-name 2@ condition-pronounciation 2,      prim prim-c-name 2@ condition-pronounciation 2,
     prim prim-doc 2@ 2,      prim prim-doc 2@ 2, ;
     set-current ;  
 [THEN]  [THEN]
   
   
Line 888  s" IP" save-mem cell-type  s" error don' Line 949  s" IP" save-mem cell-type  s" error don'
     loop ;      loop ;
   
 : process-combined ( -- )  : process-combined ( -- )
       combined combined-prims num-combined @ cells
       combinations ['] constant insert-wordlist
       combined-prims num-combined @ 1- th ( last-part )
       @ prim-c-code 2@ prim prim-c-code 2! \ used by output-super-end
     prim compute-effects      prim compute-effects
     prim init-effects      prim init-effects
     output-combined perform ;      output-combined perform ;
Line 910  s" IP" save-mem cell-type  s" error don' Line 975  s" IP" save-mem cell-type  s" error don'
     fetches ;      fetches ;
   
 : part-output-c-tail ( -- )  : part-output-c-tail ( -- )
     output-c-tail ;      print-debug-results
       stores ;
   
   : output-combined-tail ( -- )
       part-output-c-tail
       prim >r combined to prim
       in-part @ >r in-part off
       output-c-tail
       r> in-part ! r> to prim ;
   
 : output-part ( p -- )  : output-part ( p -- )
     to prim      to prim
Line 923  s" IP" save-mem cell-type  s" error don' Line 996  s" IP" save-mem cell-type  s" error don'
     prim add-depths \ !! right place?      prim add-depths \ !! right place?
     ." {" cr      ." {" cr
     ." #line " c-line @ . quote c-filename 2@ type quote cr      ." #line " c-line @ . quote c-filename 2@ type quote cr
     prim prim-c-code 2@ type-c \ !! deal with TAIL      prim prim-c-code 2@ ['] output-combined-tail type-c-code
     ." }" cr      ." }" cr
     part-output-c-tail      part-output-c-tail
     ." }" cr ;      ." }" cr ;
Line 954  s" IP" save-mem cell-type  s" error don' Line 1027  s" IP" save-mem cell-type  s" error don'
     cr ;      cr ;
   
 : output-forth-combined ( -- )  : output-forth-combined ( -- )
     ;  ;
   
   
   \ peephole optimization rules
   
   \ in order for this to work as intended, shorter combinations for each
   \ length must be present, and the longer combinations must follow
   \ shorter ones (this restriction may go away in the future).
     
   : output-peephole ( -- )
       combined-prims num-combined @ 1- cells combinations search-wordlist
       s" the prefix for this combination must be defined earlier" ?print-error
       ." {"
       execute prim-num @ 5 .r ." ,"
       combined-prims num-combined @ 1- th @ prim-num @ 5 .r ." ,"
       combined prim-num @ 5 .r ." }, /* "
       combined prim-c-name 2@ type ."  */"
       cr ;
   
   : output-forth-peephole ( -- )
       combined-prims num-combined @ 1- cells combinations search-wordlist
       s" the prefix for this combination must be defined earlier" ?print-error
       execute prim-num @ 5 .r
       combined-prims num-combined @ 1- th @ prim-num @ 5 .r
       combined prim-num @ 5 .r ."  prim, \ "
       combined prim-c-name 2@ type
       cr ;
   
   
 \ the parser  \ the parser
   
Line 989  print-token ! Line 1089  print-token !
     endif      endif
     0. r> 6 chars + 20 >number drop >r drop line ! r> ( c-addr )      0. r> 6 chars + 20 >number drop >r drop line ! r> ( c-addr )
     dup c@ bl = if      dup c@ bl = if
         char+ dup c@ [char] " <> abort" sync line syntax"          char+ dup c@ [char] " <> 0= s" sync line syntax" ?print-error
         char+ dup 100 [char] " scan drop swap 2dup - save-mem filename 2!          char+ dup 100 [char] " scan drop swap 2dup - save-mem filename 2!
         char+          char+
     endif      endif
     dup c@ nl-char <> abort" sync line syntax"      dup c@ nl-char <> 0= s" sync line syntax" ?print-error
     skipsynclines @ if      skipsynclines @ if
         dup char+ rawinput !          dup char+ rawinput !
         rawinput @ c@ cookedinput @ c!          rawinput @ c@ cookedinput @ c!
Line 1104  Variable c-flag Line 1204  Variable c-flag
    {{ skipsynclines off line @ c-line ! filename 2@ c-filename 2! start }} (( nocolonnl nonl **  nleof white ** )) ** {{ end prim prim-c-code 2! skipsynclines on }}     {{ skipsynclines off line @ c-line ! filename 2@ c-filename 2! start }} (( nocolonnl nonl **  nleof white ** )) ** {{ end prim prim-c-code 2! skipsynclines on }}
    (( ` :  white ** nleof     (( ` :  white ** nleof
       {{ start }} (( nonl ++  nleof white ** )) ++ {{ end prim prim-forth-code 2! }}        {{ start }} (( nonl ++  nleof white ** )) ++ {{ end prim prim-forth-code 2! }}
    )) ?? {{  declarations compute-offsets printprim 1 function-number +! }}     )) ?? {{ process-simple }}
    nleof     nleof
 )) <- simple-primitive ( -- )  )) <- simple-primitive ( -- )
   
 (( {{ init-combined }}  (( {{ init-combined }}
    ` = (( white ++ {{ start }} forth-ident {{ end add-prim }} )) ++     ` = white ** (( {{ start }} forth-ident {{ end add-prim }} white ** )) ++
    nleof {{ process-combined }}     nleof {{ process-combined }}
 )) <- combined-primitive  )) <- combined-primitive
   
 (( {{ make-prim to prim 0 to combined  (( {{ make-prim to prim 0 to combined
       line @ name-line ! filename 2@ name-filename 2!        line @ name-line ! filename 2@ name-filename 2!
         function-number @ prim prim-num !
       start }} forth-ident {{ end 2dup prim prim-name 2! prim prim-c-name 2! }}  white ++        start }} forth-ident {{ end 2dup prim prim-name 2! prim prim-c-name 2! }}  white ++
    (( simple-primitive || combined-primitive ))     (( simple-primitive || combined-primitive )) {{ 1 function-number +! }}
 )) <- primitive ( -- )  )) <- primitive ( -- )
   
 (( (( comment || primitive || nl white ** )) ** eof ))  (( (( comment || primitive || nl white ** )) ** eof ))

Removed from v.1.80  
changed lines
  Added in v.1.94


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