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remove unused label

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~d6 2021-12-29 01:02:52 -05:00
parent 7253569f7e
commit 13d852eae1
1 changed files with 51 additions and 51 deletions
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102
math32.tal
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@ -166,11 +166,11 @@
COMPLEMENT32 RTN COMPLEMENT32 RTN
( temporary registers ) ( temporary registers )
( used by most operations, except mul32 and div32 ) ( shared by most operations, except mul32 and div32 )
@sh [ &x0 $1 &x1 $1 &x2 $1 &x3 $1 [ @x0 $1 @x1 $1 @x2 $1 @x3 $1
&y0 $1 &y1 $1 &y2 $1 &y3 $1 @y0 $1 @y1 $1 @y2 $1 @y3 $1
&z0 $1 &z1 $1 &z2 $1 &z3 $1 @z0 $1 @z1 $1 @z2 $1 @z3 $1
&a0 $1 &a1 $1 &a2 $2 ] @w0 $1 @w1 $1 @w2 $2 ]
( bit shifting ) ( bit shifting )
@ -184,27 +184,27 @@
( shift right by 0-7 bits ) ( shift right by 0-7 bits )
@rshift32-0 ( x** n^ -> x<<n ) @rshift32-0 ( x** n^ -> x<<n )
STHk SFT ;sh/z3 STA ( write z3 ) STHk SFT ;z3 STA ( write z3 )
#00 STHkr SFT2 #00 ;sh/z3 LDA ORA2 ;sh/z2 STA2 ( write z2,z3 ) #00 STHkr SFT2 #00 ;z3 LDA ORA2 ;z2 STA2 ( write z2,z3 )
#00 STHkr SFT2 #00 ;sh/z2 LDA ORA2 ;sh/z1 STA2 ( write z1,z2 ) #00 STHkr SFT2 #00 ;z2 LDA ORA2 ;z1 STA2 ( write z1,z2 )
#00 STHr SFT2 #00 ;sh/z1 LDA ORA2 ( compute z0,z1 ) #00 STHr SFT2 #00 ;z1 LDA ORA2 ( compute z0,z1 )
;sh/z2 LDA2 ;z2 LDA2
RTN RTN
( shift right by 8-15 bits ) ( shift right by 8-15 bits )
@rshift32-1 ( x** n^ -> x<<n ) @rshift32-1 ( x** n^ -> x<<n )
#08 SUB STH POP #08 SUB STH POP
STHkr SFT ;sh/z3 STA ( write z3 ) STHkr SFT ;z3 STA ( write z3 )
#00 STHkr SFT2 #00 ;sh/z3 LDA ORA2 ;sh/z2 STA2 ( write z2,z3 ) #00 STHkr SFT2 #00 ;z3 LDA ORA2 ;z2 STA2 ( write z2,z3 )
#00 STHr SFT2 #00 ;sh/z2 LDA ORA2 ( compute z1,z2 ) #00 STHr SFT2 #00 ;z2 LDA ORA2 ( compute z1,z2 )
#00 TOR ;sh/z3 LDA #00 TOR ;z3 LDA
RTN RTN
( shift right by 16-23 bits ) ( shift right by 16-23 bits )
@rshift32-2 ( x** n^ -> x<<n ) @rshift32-2 ( x** n^ -> x<<n )
#10 SUB STH POP2 #10 SUB STH POP2
STHkr SFT ;sh/z3 STA ( write z3 ) STHkr SFT ;z3 STA ( write z3 )
#00 STHr SFT2 #00 ;sh/z3 LDA ORA2 ( compute z2,z3 ) #00 STHr SFT2 #00 ;z3 LDA ORA2 ( compute z2,z3 )
#0000 SWP2 #0000 SWP2
RTN RTN
@ -226,30 +226,30 @@
( shift left by 0-7 bits ) ( shift left by 0-7 bits )
@lshift32-0 ( x** n^ -> x<<n ) @lshift32-0 ( x** n^ -> x<<n )
#40 SFT STH ( stash n<<4 ) #40 SFT STH ( stash n<<4 )
#00 SWP STHkr SFT2 ;sh/z2 STA2 ( store z2,z3 ) #00 SWP STHkr SFT2 ;z2 STA2 ( store z2,z3 )
#00 SWP STHkr SFT2 #00 ;sh/z2 LDA ORA2 ;sh/z1 STA2 ( store z1,z2 ) #00 SWP STHkr SFT2 #00 ;z2 LDA ORA2 ;z1 STA2 ( store z1,z2 )
#00 SWP STHkr SFT2 #00 ;sh/z1 LDA ORA2 ;sh/z0 STA2 ( store z0,z1 ) #00 SWP STHkr SFT2 #00 ;z1 LDA ORA2 ;z0 STA2 ( store z0,z1 )
STHr SFT ;sh/z0 LDA ORA ( calculate z0 ) STHr SFT ;z0 LDA ORA ( calculate z0 )
;sh/z1 LDA ;sh/z2 LDA2 ;z1 LDA ;z2 LDA2
RTN RTN
( shift left by 8-15 bits ) ( shift left by 8-15 bits )
@lshift32-1 ( x** n^ -> x<<n ) @lshift32-1 ( x** n^ -> x<<n )
#08 SUB #40 SFT STH ( stash [n-8]<<4 ) #08 SUB #40 SFT STH ( stash [n-8]<<4 )
#00 SWP STHkr SFT2 ;sh/z1 STA2 ( store z1,z2 ) #00 SWP STHkr SFT2 ;z1 STA2 ( store z1,z2 )
#00 SWP STHkr SFT2 #00 ;sh/z1 LDA ORA2 ;sh/z0 STA2 ( store z0,z1 ) #00 SWP STHkr SFT2 #00 ;z1 LDA ORA2 ;z0 STA2 ( store z0,z1 )
STHr SFT ;sh/z0 LDA ORA ( calculate z0 ) STHr SFT ;z0 LDA ORA ( calculate z0 )
SWP POP ( x0 unused ) SWP POP ( x0 unused )
;sh/z1 LDA2 #00 ;z1 LDA2 #00
RTN RTN
( shift left by 16-23 bits ) ( shift left by 16-23 bits )
@lshift32-2 ( x** n^ -> x<<n ) @lshift32-2 ( x** n^ -> x<<n )
#10 SUB #40 SFT STH ( stash [n-16]<<4 ) #10 SUB #40 SFT STH ( stash [n-16]<<4 )
#00 SWP STHkr SFT2 ;sh/z0 STA2 ( store z0,z1 ) #00 SWP STHkr SFT2 ;z0 STA2 ( store z0,z1 )
STHr SFT ;sh/z0 LDA ORA ( calculate z0 ) STHr SFT ;z0 LDA ORA ( calculate z0 )
STH POP2 STHr STH POP2 STHr
;sh/z1 LDA #0000 ;z1 LDA #0000
RTN RTN
( shift left by 24-31 bits ) ( shift left by 24-31 bits )
@ -263,27 +263,27 @@
( x + y ) ( x + y )
@add32 ( xhi* xlo* yhi* ylo* -> zhi* zlo* ) @add32 ( xhi* xlo* yhi* ylo* -> zhi* zlo* )
;sh/y2 STA2 ;sh/y0 STA2 ( save ylo, yhi ) ;y2 STA2 ;y0 STA2 ( save ylo, yhi )
;sh/x2 STA2 ;sh/x0 STA2 ( save xlo, xhi ) ;x2 STA2 ;x0 STA2 ( save xlo, xhi )
#0000 #0000 ;sh/z0 STA2 ;sh/z2 STA2 ( reset zhi, zlo ) #0000 #0000 ;z0 STA2 ;z2 STA2 ( reset zhi, zlo )
( x3 + y3 => z2z3 ) ( x3 + y3 => z2z3 )
#00 ;sh/x3 LDA #00 ;sh/y3 LDA ADD2 ;sh/z2 STA2 #00 ;x3 LDA #00 ;y3 LDA ADD2 ;z2 STA2
( x2 + y2 + z2 => z1z2 ) ( x2 + y2 + z2 => z1z2 )
#00 ;sh/x2 LDA ;sh/z1 LDA2 ADD2 ;sh/z1 STA2 #00 ;x2 LDA ;z1 LDA2 ADD2 ;z1 STA2
#00 ;sh/y2 LDA ;sh/z1 LDA2 ADD2 ;sh/z1 STA2 #00 ;y2 LDA ;z1 LDA2 ADD2 ;z1 STA2
( x1 + y1 + z1 => z0z1 ) ( x1 + y1 + z1 => z0z1 )
#00 ;sh/x1 LDA ;sh/z0 LDA2 ADD2 ;sh/z0 STA2 #00 ;x1 LDA ;z0 LDA2 ADD2 ;z0 STA2
#00 ;sh/y1 LDA ;sh/z0 LDA2 ADD2 ;sh/z0 STA2 #00 ;y1 LDA ;z0 LDA2 ADD2 ;z0 STA2
( x0 + y0 + z0 => z0 ) ( x0 + y0 + z0 => z0 )
;sh/x0 LDA ;sh/z0 LDA ADD ;sh/z0 STA ;x0 LDA ;z0 LDA ADD ;z0 STA
;sh/y0 LDA ;sh/z0 LDA ADD ;sh/z0 STA ;y0 LDA ;z0 LDA ADD ;z0 STA
( load zhi,zlo ) ( load zhi,zlo )
;sh/z0 LDA2 ;sh/z2 LDA2 ;z0 LDA2 ;z2 LDA2
RTN RTN
( -x ) ( -x )
@ -302,26 +302,26 @@
( 16-bit multiplication ) ( 16-bit multiplication )
@mul16 ( x* y* -> z** ) @mul16 ( x* y* -> z** )
;sh/y1 STA ;sh/y0 STA ( save ylo, yhi ) ;y1 STA ;y0 STA ( save ylo, yhi )
;sh/x1 STA ;sh/x0 STA ( save xlo, xhi ) ;x1 STA ;x0 STA ( save xlo, xhi )
#0000 #00 ;sh/z1 STA2 ;sh/z3 STA ( reset z1,z2,z3 ) #0000 #00 ;z1 STA2 ;z3 STA ( reset z1,z2,z3 )
#0000 #00 ;sh/a0 STA2 ;sh/a2 STA ( reset a0,a1,a2 ) #0000 #00 ;w0 STA2 ;w2 STA ( reset w0,w1,w2 )
( x1 * y1 => z1z2 ) ( x1 * y1 => z1z2 )
#00 ;sh/x1 LDA #00 ;sh/y1 LDA MUL2 ;sh/z2 STA2 #00 ;x1 LDA #00 ;y1 LDA MUL2 ;z2 STA2
( x0 * y1 => z0z1 ) ( x0 * y1 => z0z1 )
#00 ;sh/x0 LDA #00 ;sh/y1 LDA MUL2 ;sh/z1 LDA2 ADD2 ;sh/z1 STA2 #00 ;x0 LDA #00 ;y1 LDA MUL2 ;z1 LDA2 ADD2 ;z1 STA2
( x1 * y0 => a1a2 ) ( x1 * y0 => w1w2 )
#00 ;sh/x1 LDA #00 ;sh/y0 LDA MUL2 ;sh/a1 STA2 #00 ;x1 LDA #00 ;y0 LDA MUL2 ;w1 STA2
( x0 * y0 => a0a1 ) ( x0 * y0 => w0w1 )
#00 ;sh/x0 LDA #00 ;sh/y0 LDA MUL2 ;sh/a0 LDA2 ADD2 ;sh/a0 STA2 #00 ;x0 LDA #00 ;y0 LDA MUL2 ;w0 LDA2 ADD2 ;w0 STA2
( add z and a<<8 ) ( add z and a<<8 )
#00 ;sh/z1 LDA2 ;sh/z3 LDA #00 ;z1 LDA2 ;z3 LDA
;sh/a0 LDA2 ;sh/a2 LDA #00 ;w0 LDA2 ;w2 LDA #00
;add32 JSR2 ;add32 JSR2
RTN RTN