/
array.m4
454 lines (428 loc) · 15 KB
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array.m4
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dnl ## Array
dnl
dnl
dnl
define({ARRAY_SET},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_SET},{array_set},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_SET},{dnl
__{}define({__INFO},{array_set}){}dnl
ld IX, __FORM({%-11s},$1); 4:14 array_set ( -- )}){}dnl
dnl
dnl
define({ARRAY_INC},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_INC},{array_inc},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_INC},{dnl
__{}define({__INFO},{array_inc}){}dnl
inc IX ; 2:10 array_inc ( -- )}){}dnl
dnl
dnl
define({ARRAY_DEC},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_DEC},{array_dec},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_DEC},{dnl
__{}define({__INFO},{array_dec}){}dnl
dec IX ; 2:10 array_dec ( -- )}){}dnl
dnl
dnl
define({ARRAY_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_ADD},{array_add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_ADD},{dnl
__{}define({__INFO},{array_add}){}dnl
ex DE, HL ; 1:4 array_add($1) ( x -- )
add IX, DE ; 2:15 array_add($1)
pop DE ; 1:11 array_add($1)}){}dnl
dnl
dnl
define({PUSH_ARRAY_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_PUSH_ARRAY_ADD},{$1 array add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_PUSH_ARRAY_ADD},{dnl
__{}define({__INFO},__COMPILE_INFO){}dnl
__{}ifelse(__HAS_PTR($1),1,{
ld BC,format({%-12s},$1); 4:20 __INFO ( -- )
add IX, BC ; 2:15 __INFO},
__{}{
ld BC, __FORM({%-11s},$1); 3:10 __INFO ( -- )
add IX, BC ; 2:15 __INFO}){}dnl
}){}dnl
dnl
dnl
dnl
define({ARRAY_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_FETCH},{array_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_FETCH},{dnl
__{}define({__INFO},{array_fetch}){}dnl
;[8:53] array_fetch ( -- (word) array[$1] )
push DE ; 1:11 array_fetch
ld D,format({%-12s},[IX+$1+1]); 3:19 array_fetch
ld E,format({%-12s},[IX+$1]); 3:19 array_fetch
ex DE, HL ; 1:4 array_fetch}){}dnl
dnl
dnl
define({DUP_ARRAY_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_FETCH},{dup_array_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_FETCH},{dnl
__{}define({__INFO},{dup_array_fetch}){}dnl
;[9:64] dup_array_fetch ( x1 -- x1 x1 (word) array[$1] )
push DE ; 1:11 dup_array_fetch
push HL ; 1:11 dup_array_fetch
ld D,format({%-12s},[IX+$1+1]); 3:19 dup_array_fetch
ld E,format({%-12s},[IX+$1]); 3:19 dup_array_fetch
ex DE, HL ; 1:4 dup_array_fetch}){}dnl
dnl
dnl
define({ARRAY_FETCH_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_FETCH_ADD},{array_fetch_add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_FETCH_ADD},{dnl
__{}define({__INFO},{array_fetch_add}){}dnl
;[7:49] array_fetch_add
ld B,format({%-12s},[IX+$1+1]); 3:19 array_fetch_add
ld C,format({%-12s},[IX+$1]); 3:19 array_fetch_add
add HL, BC ; 1:11 array_fetch_add {TOS} += (word) array[eval($1)]}){}dnl
dnl
dnl ;[11:52]
dnl ld B, IXh ; 2:8
dnl ld C, IXl ; 2:8
dnl ld A,[BC] ; 1:7
dnl add A, L ; 1:4
dnl ld L, A ; 1:4
dnl inc BC ; 1:6
dnl ld A,[BC] ; 1:7
dnl adc A, H ; 1:4
dnl ld H, A ; 1:4
dnl
dnl ;[8:75]
dnl push IX ; 2:15
dnl ex [SP],HL ; 1:19
dnl ld C,[HL] ; 1:7
dnl inc HL ; 1:6
dnl ld B,[HL] ; 1:7
dnl pop HL ; 1:10
dnl add HL, BC ; 1:11
dnl
dnl
dnl
dnl ( x -- )
define({ARRAY_STORE},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_STORE},{array_store},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_STORE},{dnl
__{}define({__INFO},{array_store}){}dnl
;[8:52] array_store($1) ( x -- )
ex DE, HL ; 1:4 array_store($1)
ld format({%-16s},[IX+$1+1]{,} D); 3:19 array_store($1)
ld format({%-16s},[IX+$1]{,} E); 3:19 array_store($1) array[eval($1)] = word
pop DE ; 1:10 array_store($1)}){}dnl
dnl
dnl
dnl
dnl
dnl ---------------------------------------------------------------------------
dnl ## 8bit Arithmetic
dnl ---------------------------------------------------------------------------
dnl
dnl The Z80 only supports a constant index for reading from the array:
dnl
dnl ld A,(IX+constant)
dnl
dnl It goes to load the value lying for example on the next row, because the size of the table is constant at the time of compilation.
dnl But if the size of the table depends on the input, then we need:
dnl
dnl ld A,(IX+variable)
dnl
dnl Where variable is a constant after getting the size of the table from the input.
dnl That's why I added another optional parameter for the word to enter the address name where variable is stored.
dnl So it goes to refer to it and change its value at runtime.
dnl
dnl
define({ARRAY_CFETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_CFETCH},{array_cfetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_CFETCH},{dnl
__{}define({__INFO},{array_cfetch}){}dnl
push DE ; 1:11 array_cfetch ( -- char_array[$1] )
ld D, 0x00 ; 2:7 array_cfetch
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld E,format({%-12s},[IX+$1]); 3:19 array_cfetch
ex DE, HL ; 1:4 array_cfetch}){}dnl
dnl
dnl
dnl push DE ; 1:11
dnl ex DE, HL ; 1:4
dnl ld HL,[adr] ; 3:16
dnl ld L,[HL] ; 1:7
dnl ld H, 0x00 ; 2:7
dnl
dnl
define({ARRAY_LO_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_LO_FETCH},{array_lo_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_LO_FETCH},{dnl
__{}define({__INFO},{array_lo_fetch}){}dnl
push DE ; 1:11 array_lo_fetch ( -- char_array[$1] )
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld E,format({%-12s},[IX+$1]); 3:19 array_lo_fetch
ex DE, HL ; 1:4 array_lo_fetch}){}dnl
dnl
dnl
define({ARRAY_HI_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_HI_FETCH},{array_hi_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_HI_FETCH},{dnl
__{}define({__INFO},{array_hi_fetch}){}dnl
push DE ; 1:11 array_hi_fetch ( -- char_array[$1] )
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld D,format({%-12s},[IX+$1]); 3:19 array_hi_fetch
ex DE, HL ; 1:4 array_hi_fetch}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH},{dup_array_cfetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH},{dnl
__{}define({__INFO},{dup_array_cfetch}){}dnl
push DE ; 1:11 dup_array_cfetch ( a -- a a char_array[$1] )
push HL ; 1:11 dup_array_cfetch
ld D, 0x00 ; 2:7 dup_array_cfetch
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld E,format({%-12s},[IX+$1]); 3:19 dup_array_cfetch
ex DE, HL ; 1:4 dup_array_cfetch}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_EQ},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_EQ},{dup_array_cfetch_eq},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_EQ},{dnl
__{}define({__INFO},{dup_array_cfetch_eq}){}dnl
push DE ; 1:11 dup_array_cfetch_eq ( char1 -- char1 flag(char1 == char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_eq
ld A, E ; 1:4 dup_array_cfetch_eq
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
xor format({%-15s},[IX+$1]); 3:19 dup_array_cfetch_eq
sub 0x01 ; 2:7 dup_array_cfetch_eq
sbc HL, HL ; 2:15 dup_array_cfetch_eq}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_NE},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_NE},{dup_array_cfetch_ne},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_NE},{dnl
__{}define({__INFO},{dup_array_cfetch_ne}){}dnl
push DE ; 1:11 dup_array_cfetch_ne ( char1 -- char1 flag(char1 <> char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_ne
ld A, E ; 1:4 dup_array_cfetch_ne
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
xor format({%-15s},[IX+$1]); 3:19 dup_array_cfetch_ne
add A, 0xFF ; 2:7 dup_array_cfetch_ne
sbc HL, HL ; 2:15 dup_array_cfetch_ne}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_ULT},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_ULT},{dup_array_cfetch_ult},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_ULT},{dnl
__{}define({__INFO},{dup_array_cfetch_ult}){}dnl
push DE ; 1:11 dup_array_cfetch_ult ( char1 -- char1 flag(char1 (U)< char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_ult
ld A, E ; 1:4 dup_array_cfetch_ult
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
sub format({%-15s},[IX+$1]); 3:19 dup_array_cfetch_ult
sbc HL, HL ; 2:15 dup_array_cfetch_ult}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_ULE},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_ULE},{dup_array_cfetch_ule},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_ULE},{dnl
__{}define({__INFO},{dup_array_cfetch_ule}){}dnl
push DE ; 1:11 dup_array_cfetch_ule ( char1 -- char1 flag(char1 (U)<= char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_ule
scf ; 1:4 dup_array_cfetch_ule
ld A, E ; 1:4 dup_array_cfetch_ule
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
sbc A,format({%-12s},[IX+$1]); 3:19 dup_array_cfetch_ule
sbc HL, HL ; 2:15 dup_array_cfetch_ule}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_UGT},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_UGT},{dup_array_cfetch_ugt},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_UGT},{dnl
__{}define({__INFO},{dup_array_cfetch_ugt}){}dnl
push DE ; 1:11 dup_array_cfetch_ugt ( char1 -- char1 flag(char1 (U)> char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_ugt
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld A,format({%-12s},[IX+$1]); 3:19 dup_array_cfetch_ugt
sub E ; 1:4 dup_array_cfetch_ugt
sbc HL, HL ; 2:15 dup_array_cfetch_ugt}){}dnl
dnl
dnl
define({DUP_ARRAY_CFETCH_UGE},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_CFETCH_UGE},{dup_array_cfetch_uge},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_CFETCH_UGE},{dnl
__{}define({__INFO},{dup_array_cfetch_uge}){}dnl
push DE ; 1:11 dup_array_cfetch_uge ( char1 -- char1 flag(char1 (U)>= char_array[$1]) )
ex DE, HL ; 1:4 dup_array_cfetch_uge
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld A,format({%-12s},[IX+$1]); 3:19 dup_array_cfetch_uge
scf ; 1:4 dup_array_cfetch_uge
sbc A, E ; 1:4 dup_array_cfetch_uge
sbc HL, HL ; 2:15 dup_array_cfetch_uge}){}dnl
dnl
dnl
define({DUP_ARRAY_LO_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_LO_FETCH},{dup_array_lo_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_LO_FETCH},{dnl
__{}define({__INFO},{dup_array_lo_fetch}){}dnl
push DE ; 1:11 dup_array_lo_fetch ( a -- a char_array[$1] )
push HL ; 1:11 dup_array_lo_fetch
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld E,format({%-12s},[IX+$1]); 3:19 dup_array_lo_fetch
ex DE, HL ; 1:4 dup_array_lo_fetch}){}dnl
dnl
dnl
define({DUP_ARRAY_HI_FETCH},{dnl
__{}__ADD_TOKEN({__TOKEN_DUP_ARRAY_HI_FETCH},{dup_array_hi_fetch},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_DUP_ARRAY_HI_FETCH},{dnl
__{}define({__INFO},{dup_array_hi_fetch}){}dnl
push DE ; 1:11 dup_array_hi_fetch ( a -- a char_array[$1] )
push HL ; 1:11 dup_array_hi_fetch
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld D,format({%-12s},[IX+$1]); 3:19 dup_array_hi_fetch
ex DE, HL ; 1:4 dup_array_hi_fetch}){}dnl
dnl
dnl
define({ARRAY_CFETCH_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_CFETCH_ADD},{array_cfetch_add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_CFETCH_ADD},{dnl
__{}define({__INFO},{array_cfetch_add}){}dnl
ld B, 0x00 ; 2:7 array_cfetch_add
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld C,format({%-12s},[IX+$1]); 3:19 array_cfetch_add
add HL, BC ; 1:11 array_cfetch_add {TOS} += char_array[eval($1)]}){}dnl
dnl
dnl
define({ARRAY_LO_FETCH_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_LO_FETCH_ADD},{array_lo_fetch_add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_LO_FETCH_ADD},{dnl
__{}define({__INFO},{array_lo_fetch_add}){}dnl
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld A,format({%-12s},[IX+$1]); 3:19 array_lo_fetch_add
add A, L ; 1:4 array_lo_fetch_add
ld L, A ; 1:4 array_lo_fetch_add {lo(TOS)} += char_array[eval($1)]}){}dnl
dnl
dnl
define({ARRAY_HI_FETCH_ADD},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_HI_FETCH_ADD},{array_hi_fetch_add},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_HI_FETCH_ADD},{dnl
__{}define({__INFO},{array_hi_fetch_add}){}dnl
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld A,format({%-12s},[IX+$1]); 3:19 array_hi_fetch_add
add A, H ; 1:4 array_hi_fetch_add
ld H, A ; 1:4 array_hi_fetch_add {hi(TOS)} += char_array[eval($1)]}){}dnl
dnl
dnl
define({ARRAY_CSTORE},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_CSTORE},{array_cstore},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_CSTORE},{dnl
__{}define({__INFO},{array_cstore}){}dnl
ex DE, HL ; 1:4 array_cstore($1) ( char -- )
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld format({%-16s},[IX+$1]{,} E); 3:19 array_cstore($1) char_array[eval($1)] = char
pop DE ; 1:10 array_cstore($1)}){}dnl
dnl
dnl
define({ARRAY_LO_STORE},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_LO_STORE},{array_lo_store},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_LO_STORE},{dnl
__{}define({__INFO},{array_lo_store}){}dnl
ex DE, HL ; 1:4 array_lo_store($1) ( char -- )
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld format({%-16s},[IX+$1]{,} E); 3:19 array_lo_store($1) char_array[eval($1)] = lo({TOS})
pop DE ; 1:10 array_lo_store($1)}){}dnl
dnl
dnl
define({ARRAY_HI_STORE},{dnl
__{}__ADD_TOKEN({__TOKEN_ARRAY_HI_STORE},{array_hi_store},$@){}dnl
}){}dnl
dnl
define({__ASM_TOKEN_ARRAY_HI_STORE},{dnl
__{}define({__INFO},{array_hi_store}){}dnl
ex DE, HL ; 1:4 array_hi_store($1) ( char -- )
__{}ifelse($2,{},{},{$2 EQU $+2
})dnl
ld format({%-16s},[IX+$1]{,} E); 3:19 array_hi_store($1) char_array[eval($1)] = hi({TOS})
pop DE ; 1:10 array_hi_store($1)}){}dnl
dnl
dnl
dnl
dnl ---------------------------------------------------------------------------
dnl ## 16bit & 32bit mix Arithmetic
dnl ---------------------------------------------------------------------------
dnl
dnl
dnl
dnl ---------------------------------------------------------------------------
dnl ## 32bit Arithmetic
dnl ---------------------------------------------------------------------------
dnl
dnl
dnl
dnl