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loop.m4
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dnl ## Loop
define({__},{})dnl
define({LOOP_COUNT},100)dnl
dnl
dnl
include(M4PATH{}loop/begin.m4)dnl
include(M4PATH{}loop/do_loop.m4)dnl
include(M4PATH{}loop/for_next.m4)dnl
include(M4PATH{}loop/rdo_rloop.m4)dnl
include(M4PATH{}loop/rfor_rnext.m4)dnl
include(M4PATH{}loop/rxdo_rxloop.m4)dnl
include(M4PATH{}loop/sdo_sloop.m4)dnl
include(M4PATH{}loop/sfor_snext.m4)dnl
include(M4PATH{}loop/xdo_xloop.m4)dnl
dnl
dnl
dnl
dnl # Leaves the loop.
define({LEAVE},{dnl
__{}__ADD_TOKEN({__TOKEN_LEAVE},{leave_}LOOP_STACK,LOOP_STACK,LEAVE_STACK)}){}dnl
dnl
define({__ASM_TOKEN_LEAVE},{dnl
__{}define({__INFO},__COMPILE_INFO){}dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{
__{}__{} jp leave{}$1 ; 3:10 leave_{}$1(m)},
__{}__GET_LOOP_TYPE($1),{S},{
__{}__{} jp leave{}$1 ; 3:10 leave_{}$1(s)},
__{}__GET_LOOP_TYPE($1)-__GET_LOOP_END($1),{R-},{
__{}__{} exx ; 1:4 leave_{}$1(r)
__{}__{} inc L ; 1:4 leave_{}$1(r)
__{}__{} inc HL ; 1:6 leave_{}$1(r)
__{}__{} inc L ; 1:4 leave_{}$1(r)
__{}__{} jp leave{}$1 ; 3:10 leave_{}$1(r)},
__{}__GET_LOOP_TYPE($1),{R},{
__{}__{} exx ; 1:4 leave_{}$1(r)
__{}__{} inc L ; 1:4 leave_{}$1(r)
__{}__{} jp leave{}$1 ; 3:10 leave_{}$1(r)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Discard the loop-control parameters for the current nesting level.
define({UNLOOP},{dnl
__{}__ADD_TOKEN({__TOKEN_UNLOOP},{unloop_}LOOP_STACK,LOOP_STACK)}){}dnl
dnl
define({__ASM_TOKEN_UNLOOP},{dnl
__{}define({__INFO},__COMPILE_INFO){}dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{
__{}__{} ; unloop_{}$1(m)},
__{}__GET_LOOP_TYPE($1)-__SAVE_EVAL(__GET_LOOP_END($1)),{S-0},{
__{}__{} ex DE, HL ; 1:4 unloop_{}$1(s) ( i -- )
__{}__{} pop DE ; 1:10 unloop_{}$1(s)},
__{}__GET_LOOP_TYPE($1)-__SAVE_EVAL(__GET_LOOP_END($1)),{S-1},{
__{}__{} ex DE, HL ; 1:4 unloop_{}$1(s) ( i -- )
__{}__{} pop DE ; 1:10 unloop_{}$1(s)},
__{}__GET_LOOP_TYPE($1),{S},{
__{}__{} pop HL ; 1:10 unloop_{}$1(s) ( stop_i i -- )
__{}__{} pop DE ; 1:10 unloop_{}$1(s)},
__{}__GET_LOOP_TYPE($1)-__GET_LOOP_END($1),{R-},{
__{}__{} exx ; 1:4 unloop_{}$1(r) ( R: stop_i i -- )
__{}__{} inc L ; 1:4 unloop_{}$1(r)
__{}__{} inc HL ; 1:6 unloop_{}$1(r)
__{}__{} inc L ; 1:4 unloop_{}$1(r)
__{}__{} inc HL ; 1:6 unloop_{}$1(r)
__{}__{} exx ; 1:4 unloop_{}$1(r)},
__{}__GET_LOOP_TYPE($1),{R},{
__{}__{} exx ; 1:4 unloop_{}$1(r) ( R: i -- )
__{}__{} inc L ; 1:4 unloop_{}$1(r)
__{}__{} inc HL ; 1:6 unloop_{}$1(r)
__{}__{} exx ; 1:4 unloop_{}$1(r)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl
dnl
dnl # --------- do ... loop -----------
dnl # 5 0 do i . loop --> 0 1 2 3 4
dnl # 5 5 do i . loop --> 5 6 7 ... -2 -1 0 1 2 3 4
dnl # ( stop index -- ) r:( -- )
define({DO},{dnl
ifelse(eval($#<5),{1},{dnl
__{}define({LOOP_COUNT}, incr(LOOP_COUNT)){}dnl
__{}pushdef({LOOP_STACK}, LOOP_COUNT){}dnl
__{}__SET_LOOP(LOOP_COUNT,ifelse($1,,{M},$1),$2,$3,$4){}dnl
__{}__ADD_TOKEN({__TOKEN_DO},{do_}LOOP_STACK,LOOP_STACK)},
__{}{
__{} .error {$0}($@): Unexpected parameter!})}){}dnl
dnl
define({__ASM_TOKEN_DO},{dnl
dnl #__SHOW_LOOP($1){}dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{dnl # ------- memory (no recursive) allocation -------
__{}__{}ifelse(__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_MDO_I8($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_MDO_I8($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_MDO_D8($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_MDO_D8($1)},
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_FOR($1)},
dnl # __{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
dnl # __{}__{}__{}__ASM_TOKEN_PUSH_FOR($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_XDO($1)})},
__{}__GET_LOOP_TYPE($1),{R},{dnl # ------- return address stack allocation -------
__{}__{}ifelse(__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO($1)},
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_RFOR($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_XRDO($1)})},
__{}__GET_LOOP_TYPE($1),{S},{dnl # ------- data stack allocation -------
dnl #__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_SFOR($1)},
dnl #__{}__{}{dnl
dnl #__{}__{}__{}__ASM_TOKEN_SDO($1)}){}dnl
__{}__{}__ASM_TOKEN_SDO($1){}dnl
__{}},
__{}{
__{} .error {$0}($@): Unexpected type parameter! Support for M R S and not "__GET_LOOP_TYPE($1)"})}){}dnl
dnl
dnl
dnl
define({__ASM_TOKEN_DO_I},{dnl
__{}dnl #__SHOW_LOOP($1){}dnl
__{}ifelse(__GET_LOOP_TYPE($1),{R},{dnl # ------- return address stack allocation -------
__{}__{}ifelse(dnl
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO_I($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO_I($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_RDO_I($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_XRDO_I($1){}dnl
__{}__{}}){}dnl
__{}},
__{}{
__{} .error {$0}($@): Unexpected type parameter! Support for R only and not "__GET_LOOP_TYPE($1)"{}dnl
__{}}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # --------- ?do ... loop -----------
dnl # 5 0 ?do i . loop --> 0 1 2 3 4
dnl # 5 5 ?do i . loop -->
dnl # ( stop index -- ) r:( -- )
define({QUESTIONDO},{dnl
ifelse(eval($#<5),{1},{dnl
__{}define({LOOP_COUNT}, incr(LOOP_COUNT)){}dnl
__{}pushdef({LOOP_STACK}, LOOP_COUNT){}dnl
__{}__SET_LOOP(LOOP_COUNT,ifelse($1,,{M},$1),$2,$3,$4){}dnl
__{}__ADD_TOKEN({__TOKEN_QDO},{?do_}LOOP_STACK,LOOP_STACK)},
__{}{
__{} .error {$0}($@): Unexpected parameter!})}){}dnl
dnl
define({__ASM_TOKEN_QDO},{dnl
dnl #__SHOW_LOOP($1){}dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{dnl # ------- memory (no recursive) allocation -------
__{}__{}ifelse(__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_QMDO_I8($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_QMDO_I8($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_QMDO_D8($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_QMDO_D8($1)},
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_QFOR($1)},
dnl # __{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
dnl # __{}__{}__{}__ASM_TOKEN_PUSH_QFOR($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_QXDO($1)})},
__{}__GET_LOOP_TYPE($1),{R},{dnl # ------- return address stack allocation -------
__{}__{}ifelse(__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_QRDO($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_QRDO($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_QRDO($1)},
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_QRFOR($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_QXRDO($1)})},
__{}__GET_LOOP_TYPE($1),{S},{dnl # ------- data stack allocation -------
dnl #__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_QUESTIONSFOR($1)},
dnl #__{}__{}{dnl
dnl #__{}__{}__{}__ASM_TOKEN_QSDO($1)}){}dnl
__{}__ASM_TOKEN_QSDO($1){}dnl
__{}},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl
dnl # ( -- )
dnl # 5 2 do i . loop --> 2 3 4
dnl # 5 2 do i . +1 +loop --> 2 3 4
define({LOOP},{dnl
__{}__SET_LOOP_STEP(LOOP_STACK,1){}dnl
__{}__ADD_TOKEN({__TOKEN_LOOP},{loop_}LOOP_STACK,LOOP_STACK){}dnl
__{}popdef({LOOP_STACK}){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_LOOP},{dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{dnl # ------- memory (no recursive) allocation -------
__{}__{}ifelse(__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
__{}__{}__{}__ASM_TOKEN_NEXT($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_MLOOP_I8($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDLOOP($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDMLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDMLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{1},{dnl
__{}__{}__{}__ASM_TOKEN_XLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_ADDXLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDXLOOP($1)})},
__{}__GET_LOOP_TYPE($1),{R},{dnl # ------- return address stack allocation -------
__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_RNEXT($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDRLOOP($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_RLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_RLOOP($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDRLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDRLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_XRADDLOOP($1)})},
__{}__GET_LOOP_TYPE($1),{S},{dnl # ------- data stack allocation -------
__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_SNEXT($1)},
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_ADDSLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDSLOOP($1)})},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # step +loop
dnl # ( -- )
define({PUSH_ADDLOOP},{dnl
__{}ifelse(eval($#),0,{
__{}__{} .error {$0}($@) without parameter!},
__{}eval($#>1),{1},{
__{}__{} .error {$0}($@) To much parameters!},
{dnl
__{}__SET_LOOP_STEP(LOOP_STACK,$1){}dnl
__{}__ADD_TOKEN({__TOKEN_PUSH_ADDLOOP},{$1 +loop_}LOOP_STACK,LOOP_STACK,$1){}dnl
__{}popdef({LOOP_STACK}){}dnl
})}){}dnl
dnl
dnl
define({__ASM_TOKEN_PUSH_ADDLOOP},{dnl
__{}ifelse(dnl
__{}__GET_LOOP_TYPE($1),{M},{dnl
__{}__{}ifelse(__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_MLOOP_I8($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_MLOOP_I8($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:2},{dnl
__{}__{}__{}__ASM_TOKEN_2_ADDMLOOP($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:-1},{dnl
__{}__{}__{}__ASM_TOKEN_SUB1_ADDMLOOP($1)},
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{0:-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_NEXT($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDMLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDMLOOP($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDMLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDMLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_ADDXLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDXLOOP($1)})},
__{}__GET_LOOP_TYPE($1),{R},{dnl
__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_RNEXT($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_RLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{:1},{dnl
__{}__{}__{}__ASM_TOKEN_RLOOP($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:2},{dnl
__{}__{}__{}__ASM_TOKEN_2_ADDRLOOP($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:-1},{dnl
__{}__{}__{}__ASM_TOKEN_SUB1_ADDRLOOP($1)},
__{}__{}__GET_LOOP_END($1):__GET_LOOP_STEP($1),{:},{dnl
__{}__{}__{}__ASM_TOKEN_ADDRLOOP($1)},
__{}__{}__GET_LOOP_END($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDRLOOP($1)},
__{}__{}__GET_LOOP_BEGIN($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDRLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{1},{dnl
__{}__{}__{}__ASM_TOKEN_XRLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{2},{dnl
__{}__{}__{}__ASM_TOKEN_2_XRADDLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{-1},{dnl
__{}__{}__{}__ASM_TOKEN_SUB1_XRADDLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_ADDRLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_XRADDLOOP($1)})},
__{}__GET_LOOP_TYPE($1),{S},{dnl
__{}__{}ifelse(dnl
dnl #__{}__{}__GET_LOOP_END($1):__GET_LOOP_BEGIN($1):__GET_LOOP_STEP($1),{0::-1},{dnl
dnl #__{}__{}__{}__ASM_TOKEN_SNEXT($1)},
__{}__{}__GET_LOOP_STEP($1),{},{dnl
__{}__{}__{}__ASM_TOKEN_ADDSLOOP($1)},
__{}__{}__GET_LOOP_STEP($1),{1},{dnl
__{}__{}__{}__ASM_TOKEN_SLOOP($1)},
__{}__{}{dnl
__{}__{}__{}__ASM_TOKEN_PUSH_ADDSLOOP($1)})},
__{}{
__{} .error {$0}($@): Unexpected type parameter! __SHOW_LOOP($1)})}){}dnl
dnl
dnl
dnl
dnl
dnl # +loop
dnl # ( step -- )
define({ADDLOOP},{dnl
ifelse($#,{0},{dnl
__{}__ADD_TOKEN({__TOKEN_ADDLOOP},{+loop_}LOOP_STACK,LOOP_STACK){}dnl
__{}popdef({LOOP_STACK})},
__{}{
__{} .error {$0}($@): Unexpected parameter!})}){}dnl
dnl
dnl
dnl
define({__ASM_TOKEN_ADDLOOP},{dnl
ifelse(__GET_LOOP_STEP($1),{},{dnl
__{}ifelse(__GET_LOOP_TYPE($1):__GET_LOOP_END($1),{M:},{dnl
__{}__{}__ASM_TOKEN_ADDMLOOP($1)},
__{}__GET_LOOP_TYPE($1):__GET_LOOP_BEGIN($1),{M:},{dnl
__{}__{}__ASM_TOKEN_ADDMLOOP($1)},
__{}__GET_LOOP_TYPE($1),{M},{dnl
__{}__{}__ASM_TOKEN_ADDXLOOP($1)},
__{}__GET_LOOP_TYPE($1),{R},{dnl
__{}__{}__ASM_TOKEN_ADDRLOOP($1)},
__{}__GET_LOOP_TYPE($1),{S},{dnl
__{}__{}__ASM_TOKEN_ADDSLOOP($1)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})},
{__ASM_TOKEN_PUSH_ADDLOOP($1)}){}dnl
}){}dnl
dnl
dnl
dnl # --------------------------------------------------------------------------
dnl
dnl
dnl # ( -- i )
dnl # hodnota indexu aktualni smycky
define({I},{dnl
__{}__ADD_TOKEN({__TOKEN_I},{i_}LOOP_STACK,LOOP_STACK){}dnl
}){}dnl
dnl
dnl # Input:
dnl # $1 = id i loop:
define({__ASM_TOKEN_I},{dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{__ASM_INDEX2M($1,{i})},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_INDEX2R($1,{i},0)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_INDEX2S($1,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
define({__ASM_INDEX2M},{dnl
__{}define({__INFO},__COMPILE_INFO{}(m))
push DE ; 1:11 __INFO ( -- $2 )
ex DE, HL ; 1:4 __INFO
ld HL, [idx{}$1] ; 3:16 __INFO idx always points to a 16-bit index}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_INDEX2R},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)})
; __COMPILE_INFO ( -- $2 ){}dnl
__{}__ASM_TOKEN_PUSH_RPICK($3)}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_INDEX2S},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)})
; __COMPILE_INFO ( -- $2 ){}dnl
__{}__ASM_TOKEN_PUSH_PICK($3)}){}dnl
dnl
dnl
dnl
dnl # drop i
dnl # ( x -- i )
dnl # Overwrites TOS with loop index "i".
define({DROP_I},{dnl
__{}__ADD_TOKEN({__TOKEN_DROP_I},{drop i_}LOOP_STACK,LOOP_STACK){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DROP_I},{dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{__ASM_DROP_INDEX2M($1,{i})},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_DROP_INDEX2R($1,{i},0)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_DROP_INDEX2S($1,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
define({__ASM_DROP_INDEX2M},{dnl
__{}define({__INFO},__COMPILE_INFO{(m)})
ld HL, [idx{}$1] ; 3:16 __INFO ( x -- $2 ) idx always points to a 16-bit index}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DROP_INDEX2R},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)}){}dnl
__{}__ASM_TOKEN_DROP_PUSH_RPICK($3)}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DROP_INDEX2S},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}__ASM_TOKEN_DROP_PUSH_PICK($3)}){}dnl
dnl
dnl
dnl
dnl # dup i
dnl # ( x -- x x i )
define({DUP_I},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_I},{dup i_}LOOP_STACK,LOOP_STACK){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_I},{dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{__ASM_DUP_INDEX2M($1,{i})},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_DUP_INDEX2R($1,{i},0)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_DUP_INDEX2S($1,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
define({__ASM_DUP_INDEX2M},{dnl
__{}define({__INFO},__COMPILE_INFO{(m)})
push DE ; 1:11 __INFO ( x -- x x $2 )
push HL ; 1:11 __INFO
ex DE, HL ; 1:4 __INFO
ld HL, [idx{}$1] ; 3:16 __INFO idx always points to a 16-bit index}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DUP_INDEX2R},{dnl
__{}define({__INFO},__COMPILE_INFO{(r)})
__{}__ASM_TOKEN_PUSH_RPICK($3){}dnl
__{}__ASM_TOKEN_OVER_SWAP{}dnl
}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id x loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DUP_INDEX2S},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}ifelse(dnl
__{}eval($3),0,{
__COMPILE_INFO ( $2 -- $2 $2 $2 ){}__ASM_TOKEN_DUP_DUP},
__{}eval($3),1,{
__COMPILE_INFO ( $2 i -- $2 i i $2 ){}__ASM_TOKEN_2DUP{}__ASM_TOKEN_SWAP},
__{}{__ASM_TOKEN_PUSH_PICK($3){}__ASM_TOKEN_OVER_SWAP}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # dup i +
dnl # ( x -- x x+i )
define({DUP_I_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_I_ADD},{dup i_}LOOP_STACK{ +},LOOP_STACK){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_I_ADD},{dnl
__{}ifelse(__GET_LOOP_TYPE($1),{M},{__ASM_DUP_INDEX2M_ADD($1,{i})},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_DUP_INDEX2R_ADD($1,{i},0)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_DUP_INDEX2S_ADD($1,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
define({__ASM_DUP_INDEX2M_ADD},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(m)})
; __COMPILE_INFO ( x -- x x+$2 ){}dnl
__{}__ASM_TOKEN_DUP_PUSH_FETCH_ADD(idx{}$1)}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DUP_INDEX2R_ADD},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)})
; __COMPILE_INFO ( x -- x x+$2 ){}dnl
__{}__ASM_TOKEN_PUSH_RPICK($3){}dnl
__{}__ASM_TOKEN_OVER_ADD{}dnl
}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id x loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_DUP_INDEX2S_ADD},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}ifelse(dnl
__{}eval($3),0,{
; __COMPILE_INFO ( $2 -- $2 $2+$2 ){}__ASM_TOKEN_DUP_DUP_ADD},
__{}eval($3),1,{
; __COMPILE_INFO ( $2 i -- $2 i i+$2 ){}__ASM_TOKEN_2DUP_ADD},
__{}{__ASM_TOKEN_PUSH_PICK($3){}__ASM_TOKEN_OVER_SWAP{}__ASM_TOKEN_ADD}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # ( -- i x )
dnl # vlozeni indexu vnitrni smycky a hodnoty
define({I_PUSH},{dnl
__{}__ADD_TOKEN({__TOKEN_I_PUSH},{i_}LOOP_STACK{ $1},LOOP_STACK,$1){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_I_PUSH},{dnl
__{}ifelse(dnl
__{}__GET_LOOP_TYPE($1),{M},{__ASM_INDEX2M_PUSH($1,{i}, $2)},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_INDEX2R_PUSH($1,{i},0,$2)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_INDEX2S_PUSH($1,{i},0,$2)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!}){}dnl
}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 number
define({__ASM_INDEX2M_PUSH},{dnl
__{}ifelse(eval($#<3),{1},{
__{}__{} .error {$0}(): Missing parameter!},
__{}eval($#>3),{1},{
__{}__{} .error {$0}($@): Unexpected parameter!},
__{}{define({__INFO},__COMPILE_INFO{(m)})
__{}__{} push DE ; 1:11 __INFO ( -- $2 $3 )
__{}__{} push HL ; 1:11 __INFO
__{}__{} ld DE,[idx{}$1] ; 4:20 __INFO idx always points to a 16-bit index{}dnl
__{}__{}ifelse(__HAS_PTR($3),{1},{
__{}__{}__{} ld HL,format({%-12s},$3); 3:16 __INFO},
__{}__{}{
__{}__{}__{} ld HL, format({%-11s},$3); 3:10 __INFO})dnl
__{}}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
dnl # $4 push number
define({__ASM_INDEX2R_PUSH},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)})
; __COMPILE_INFO ( -- $2 $4 ){}dnl
__{}__ASM_TOKEN_PUSH_RPICK_PUSH($3,$4)}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
dnl # $4 push number
define({__ASM_INDEX2S_PUSH},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)})
; __COMPILE_INFO ( -- $2 $4 ){}dnl
__{}ifelse(dnl
__{}__{}eval($3),0,{__ASM_TOKEN_DUP_PUSH($4)},
__{}__{}eval($3),1,{__ASM_TOKEN_OVER_PUSH($4)},
__{}__{}eval($3),2,{__ASM_TOKEN_2_PICK_PUSH($4)},
__{}__{}eval($3),3,{__ASM_TOKEN_3_PICK_PUSH($4)},
__{}__{}{__ASM_TOKEN_PUSH_PICK_PUSH($3,$4)}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # ( -- i+x )
define({I_PUSH_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_I_PUSH_ADD},{i_}LOOP_STACK{ $1 +},LOOP_STACK,$1){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_I_PUSH_ADD},{dnl
__{}ifelse(dnl
__{}__GET_LOOP_TYPE($1),{M},{__ASM_INDEX2M_PUSH_ADD($1,{i}, $2)},
__{}__GET_LOOP_TYPE($1),{R},{__ASM_INDEX2R_PUSH_ADD($1,{i},0,$2)},
__{}__GET_LOOP_TYPE($1),{S},{__ASM_INDEX2S_PUSH_ADD($1,{i},0,$2)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!}){}dnl
}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 number
define({__ASM_INDEX2M_PUSH_ADD},{dnl
__{}ifelse(eval($#<3),{1},{
__{}__{} .error {$0}(): Missing parameter!},
__{}eval($#>3),{1},{
__{}__{} .error {$0}($@): Unexpected parameter!},
__{}{define({__COMPILE_INFO},__COMPILE_INFO{(m)})
__{} ; __COMPILE_INFO ( -- $2+$3 ){}dnl
__{}__ASM_TOKEN_PUSH_FETCH_PUSH_ADD(idx{}$1,$3)})}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
dnl # $4 push number
define({__ASM_INDEX2R_PUSH_ADD},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)})
__{} ; __COMPILE_INFO ( -- $2+$4 ){}dnl
__{}__ASM_TOKEN_PUSH_RPICK_PUSH($3,$4)
__{} add HL, DE ; 1:11 __COMPILE_INFO
__{} pop de ; 1:10 __COMPILE_INFO}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 id $2 loop
dnl # $2 i,j,k
dnl # $3 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
dnl # $4 push number
define({__ASM_INDEX2S_PUSH_ADD},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)})
; __COMPILE_INFO ( -- $2+$4 ){}dnl
__{}ifelse(dnl
__{}__{}eval($3),0,{__ASM_TOKEN_DUP_PUSH_ADD($4)},
__{}__{}eval($3),1,{__ASM_TOKEN_OVER_PUSH_ADD($4)},
__{}__{}eval($3),2,{__ASM_TOKEN_2_PICK{}__ASM_TOKEN_PUSH_ADD($4)},
__{}__{}eval($3),3,{__ASM_TOKEN_3_PICK{}__ASM_TOKEN_PUSH_ADD($4)},
__{}__{}{__ASM_TOKEN_PUSH_PICK($3)__ASM_TOKEN_PUSH_ADD$4)}){}dnl
}){}dnl
dnl
dnl
dnl # ( -- x i )
dnl # vlozeni hodnoty a indexu vnitrni smycky
define({PUSH_I},{dnl
__{}__ADD_TOKEN({__TOKEN_PUSH_I},{$1 i_}LOOP_STACK,$1,LOOP_STACK){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_PUSH_I},{dnl
__{}ifelse(__GET_LOOP_TYPE($2),{M},{__ASM_PUSH_INDEX2M($1,$2,{i})},
__{}__GET_LOOP_TYPE($2),{R},{__ASM_PUSH_INDEX2R($1,$2,{i},0)},
__{}__GET_LOOP_TYPE($2),{S},{__ASM_PUSH_INDEX2S($1,$2,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 push(x)
dnl # $2 id loop
dnl # $3 i,j,k
define({__ASM_PUSH_INDEX2M},{dnl
__{}ifelse(eval($#<3),{1},{
__{}__{} .error {$0}(): Missing parameter!},
__{}eval($#>3),{1},{
__{}__{} .error {$0}($@): Unexpected parameter!},
__{}{dnl
__{}__{}define({__INFO},__COMPILE_INFO)
__{}__{} push DE ; 1:11 __INFO ( -- $1 $3 )
__{}__{} push HL ; 1:11 __INFO{}dnl
__{}__{}ifelse(__HAS_PTR($1),{1},{
__{}__{}__{} ld DE,format({%-12s},$1); 4:20 __INFO},
__{}__{}{
__{}__{}__{} ld DE, format({%-11s},$1); 3:10 __INFO})
__{}__{} ld HL, [idx{}$2] ; 3:16 __INFO idx always points to a 16-bit index{}dnl
__{}__{}}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2R},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)}){}dnl
__{}__ASM_TOKEN_PUSH2_RPICK($1,$4)}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2S},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}__ASM_TOKEN_PUSH_PICK_PUSH_SWAP($4,$1)}){}dnl
dnl
dnl
dnl # x i !
dnl # ( -- )
dnl # vlozeni hodnoty a indexu vnitrni smycky a zavolani store
define({PUSH_I_STORE},{dnl
__{}__ADD_TOKEN({__TOKEN_PUSH_I_STORE},{$1 i_}LOOP_STACK{ !},$1,LOOP_STACK){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_PUSH_I_STORE},{dnl
__{}ifelse(__GET_LOOP_TYPE($2),{M},{__ASM_PUSH_INDEX2M_STORE($1,$2,{i})},
__{}__GET_LOOP_TYPE($2),{R},{__ASM_PUSH_INDEX2R_STORE($1,$2,{i},0)},
__{}__GET_LOOP_TYPE($2),{S},{__ASM_PUSH_INDEX2S_STORE($1,$2,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 push(x)
dnl # $2 id loop
dnl # $3 i,j,k
define({__ASM_PUSH_INDEX2M_STORE},{dnl
__{}ifelse(eval($#<3),{1},{
__{}__{} .error {$0}(): Missing parameter!},
__{}eval($#>3),{1},{
__{}__{} .error {$0}($@): Unexpected parameter!},
__{}__HAS_PTR($1),{1},{define({__INFO},__COMPILE_INFO)
__{}__{} ;[13:66] __INFO ( -- $1 $3 == $1 addr -- )
__{}__{} ld A, format({%-11s},$1); 3:13 __INFO
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld [BC],A ; 1:7 __INFO
__{}__{} ld A, format({%-11s},($1+1)); 3:13 __INFO
__{}__{} inc BC ; 1:6 __INFO
__{}__{} ld [BC],A ; 1:7 __INFO},
__{}__IS_NUM($1),{0},{define({__INFO},__COMPILE_INFO)
__{}__{} ;[11:54] __INFO ( -- $1 $3 == $1 addr -- )
__{}__{} ld A, low format({%-7s},$1); 2:7 __INFO
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld [BC],A ; 1:7 __INFO
__{}__{} ld A, high format({%-6s},$1); 2:7 __INFO
__{}__{} inc BC ; 1:6 __INFO
__{}__{} ld [BC],A ; 1:7 __INFO},
__{}{define({__INFO},__COMPILE_INFO)
__{}__{}define({__CODE1},__LD_R_NUM(__INFO{ lo($1) = __HEX_L($1)},{A},__HEX_L($1))){}dnl
__{}__{}define({__TMP_C},eval(40+__CLOCKS)){}dnl
__{}__{}define({__TMP_B},eval(7+__BYTES)){}dnl
__{}__{}define({__CODE2},__LD_R_NUM(__INFO{ hi($1) = __HEX_H($1)},{A},__HEX_H($1),{A},__HEX_L($1))){}dnl
__{}__{}define({__TMP_C},eval(__TMP_C+__CLOCKS)){}dnl
__{}__{}define({__TMP_B},eval(__TMP_B+__BYTES)){}dnl
__{}__{} ;format({%-10s},[__TMP_B:__TMP_C]) __INFO ( -- ) val=$1, addr=$3{}dnl
__{}__{}__CODE1
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld [BC],A ; 1:7 __INFO{}dnl
__{}__{}__CODE2
__{}__{} inc BC ; 1:6 __INFO
__{}__{} ld [BC],A ; 1:7 __INFO}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2R_STORE},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)}){}dnl
__{}__ASM_TOKEN_PUSH2_RPICK_STORE($1,$4)}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2S_STORE},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}__ASM_TOKEN_PUSH_PICK_PUSH_SWAP_STORE($4,$1)}){}dnl
dnl
dnl
dnl
dnl # char i c!
dnl # ( -- )
dnl # store 8-bit char at addr i
define({PUSH_I_CSTORE},{dnl
__{}__ADD_TOKEN({__TOKEN_PUSH_I_CSTORE},{$1 i_}LOOP_STACK{ c!},$1,LOOP_STACK){}dnl
}){}dnl
define({__ASM_TOKEN_PUSH_I_CSTORE},{dnl
__{}ifelse(__GET_LOOP_TYPE($2),{M},{__ASM_PUSH_INDEX2M_CSTORE($1,$2,{i})},
__{}__GET_LOOP_TYPE($2),{R},{__ASM_PUSH_INDEX2R_CSTORE($1,$2,{i},0)},
__{}__GET_LOOP_TYPE($2),{S},{__ASM_PUSH_INDEX2S_CSTORE($1,$2,{i},0)},
__{}{
__{} .error {$0}($@): Unexpected type parameter!})}){}dnl
dnl
dnl
dnl # Input:
dnl # $1 push(char)
dnl # $2 id loop
dnl # $3 i,j,k
define({__ASM_PUSH_INDEX2M_CSTORE},{dnl
__{}ifelse(eval($#<3),{1},{
__{}__{} .error {$0}(): Missing parameter!},
__{}eval($#>3),{1},{
__{}__{} .error {$0}($@): Unexpected parameter!},
__{}__HAS_PTR($1),{1},{define({__INFO},__COMPILE_INFO)
__{}__{} ;[8:40] __INFO ( -- $1 $3 == $1 addr -- )
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld A, format({%-11s},$1); 3:13 __INFO
__{}__{} ld [BC],A ; 1:7 __INFO},
__{}__IS_NUM($1),{1},{define({__INFO},__COMPILE_INFO)
__{}__{}define({__CODE1},__LD_R_NUM(__INFO{ lo($1) = __HEX_L($1)},{A},__HEX_L($1))){}dnl
__{}__{} ;format({%-10s},[eval(5+__BYTES):eval(27+__CLOCKS)]) __INFO ( -- ) val=$1, addr=$3{}dnl
__{}__{}__CODE1
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld [BC],A ; 1:7 __INFO},
__{}__{define({__INFO},__COMPILE_INFO)
__{}__{} ;[7:34] __INFO ( -- $1 $3 == $1 addr -- )
__{}__{} ld BC, [idx{}$2] ; 4:20 __INFO idx always points to a 16-bit index
__{}__{} ld A, low format({%-7s},$1); 2:7 __INFO
__{}__{} ld [BC],A ; 1:7 __INFO}){}dnl
}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2R_CSTORE},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(r)}){}dnl
__{}__ASM_TOKEN_PUSH2_RPICK_CSTORE($1,$4)}){}dnl
dnl
dnl
dnl
dnl # Input:
dnl # $1 number
dnl # $2 id loop
dnl # $3 i,j,k
dnl # $4 0 = i
dnl # 1,2 = j
dnl # 2,3,4 = k
define({__ASM_PUSH_INDEX2S_CSTORE},{dnl
__{}define({__COMPILE_INFO},__COMPILE_INFO{(s)}){}dnl
__{}__ASM_TOKEN_PUSH_PICK_PUSH_SWAP_CSTORE($4,$1)}){}dnl
dnl
dnl
dnl # -----------------------------------------------------------------------
dnl
dnl
dnl
define({__COUNT_DEEP_R_INDEX},{dnl
__{}ifelse(eval($#<1),1,{
__{} .error {$0}($@)!},
__{}eval($#>3),1,{
__{} .error {$0}($@)!},
__{}{dnl
__{}__{}define({__TMP},0){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($1),{R},ifelse(__GET_LOOP_END($1),{},2,1),0))){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($2),{R},ifelse(__GET_LOOP_END($2),{},2,1),0))){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($3),{R},ifelse(__GET_LOOP_END($3),{},2,1),0))){}dnl
__{}__{}__TMP}){}dnl
}){}dnl
dnl
dnl
define({__COUNT_DEEP_S_INDEX},{dnl
__{}ifelse(eval($#<1),1,{
__{} .error {$0}($@)!},
__{}eval($#>3),1,{
__{} .error {$0}($@)!},
__{}{dnl
__{}__{}define({__TMP},0){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($1),{S},ifelse(__HEX_HL(__GET_LOOP_END($1)),0xFFFF,1,__HEX_HL(__GET_LOOP_END($1)),0x0000,1,__HEX_HL(__GET_LOOP_END($1)),0x0001,1,2),0))){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($2),{S},ifelse(__HEX_HL(__GET_LOOP_END($2)),0xFFFF,1,__HEX_HL(__GET_LOOP_END($2)),0x0000,1,__HEX_HL(__GET_LOOP_END($2)),0x0001,1,2),0))){}dnl
__{}__{}define({__TMP},eval(__TMP+ifelse(__GET_LOOP_TYPE($3),{S},ifelse(__HEX_HL(__GET_LOOP_END($3)),0xFFFF,1,__HEX_HL(__GET_LOOP_END($3)),0x0000,1,__HEX_HL(__GET_LOOP_END($3)),0x0001,1,2),0))){}dnl
__{}__{}__TMP}){}dnl
}){}dnl
dnl
dnl
define({__SHOW_INDEX},{__ASM({
r: __TMP_R
s: __TMP_S})}){}dnl
dnl
dnl
dnl # ---------------------------------- vvvv j vvvv -------------------------------------
dnl
dnl
dnl # ( -- j )
dnl # hodnota indexu vnejsi smycky
define({J},{dnl
__{}ifelse($#,{0},{dnl
__{}__{}define({__ID_1},LOOP_STACK){}dnl
__{}__{}popdef({LOOP_STACK}){}dnl
__{}__{}__{}define({__ID_0},LOOP_STACK){}dnl
__{}__{}pushdef({LOOP_STACK},__ID_1){}dnl
__{}__{}__ADD_TOKEN({__TOKEN_J},{j_}__ID_0,__ID_0,__ID_1)},
__{}{
__{} .error {$0}($@): Unexpected parameter!})}){}dnl
dnl
dnl # Input:
dnl # $1 = id j loop:
dnl # $2 = id i loop:
define({__ASM_TOKEN_J},{dnl