gscifs/Library/Sane.Macs.s

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2015-05-09 19:40:04 +00:00
* Sane Toolset macros.
* by Dave Klimas
;
; Copyright Apple Computer, Inc. 1986, 1987
; and Roger Wagner Publishing, Inc. 1988
; All Rights Reserved
;
_SANEBootInit MAC
Tool $10A
<<<
~SANEStartUp MAC
PHW ]1
_SANEStartUp MAC
Tool $20A
<<<
_SANEShutDown MAC
Tool $30A
<<<
~SANEVersion MAC
PHA
_SANEVersion MAC
Tool $40A
<<<
_SANEReset MAC
Tool $50A
<<<
~SANEStatus MAC
PHA
_SANEStatus MAC
Tool $60A
<<<
_SANEFP816 MAC
Tool $90A
<<<
_SANEDecStr816 MAC
Tool $A0A
<<<
_SANEElems816 MAC
Tool $B0A
<<<
~qSANEStartUp MAC
NextDP ]1;$100
Tool $20A
<<<
* Auxiliary macros
FOPRF MAC ;call FP
PEA ]1
_SANEFP816
<<<
FOPRD MAC ;call DecStr
PEA ]1
_SANEDecStr816
<<<
FOPRE MAC ;call Elems
PEA ]1
_SANEElems816
<<<
* Addition
FADDX MAC
FOPRF 0
<<<
FADDD MAC
FOPRF $100
<<<
FADDS MAC
FOPRF $200
<<<
FADDC MAC
FOPRF $500
<<<
FADDI MAC
FOPRF $400
<<<
FADDL MAC
FOPRF $300
<<<
* Subtraction
FSUBX MAC
FOPRF $002
<<<
FSUBD MAC
FOPRF $102
<<<
FSUBS MAC
FOPRF $202
<<<
FSUBC MAC
FOPRF $502
<<<
FSUBI MAC
FOPRF $402
<<<
FSUBL MAC
FOPRF $302
<<<
* Multiplication
FMULX MAC
FOPRF $004
<<<
FMULD MAC
FOPRF $104
<<<
FMULS MAC
FOPRF $204
<<<
FMULC MAC
FOPRF $504
<<<
FMULI MAC
FOPRF $404
<<<
FMULL MAC
FOPRF $304
<<<
* Division
FDIVX MAC
FOPRF $006
<<<
FDIVD MAC
FOPRF $106
<<<
FDIVS MAC
FOPRF $206
<<<
FDIVC MAC
FOPRF $506
<<<
FDIVI MAC
FOPRF $406
<<<
FDIVL MAC
FOPRF $306
<<<
* Square root
FSQRTX MAC
FOPRF $12
<<<
* Round to integer, according to the current rounding mode
FRINTX MAC
FOPRF $14
<<<
* Truncate to integer, using round toward zero.
FTINTX MAC
FOPRF $16
<<<
* Remainder
FREMX MAC
FOPRF $00C
<<<
FREMD MAC
FOPRF $10C
<<<
FREMS MAC
FOPRF $20C
<<<
FREMC MAC
FOPRF $50C
<<<
FREMI MAC
FOPRF $40C
<<<
FREML MAC
FOPRF $30C
<<<
* Logb
FLOGBX MAC
FOPRF $1A
<<<
* Scalb
FSCALBX MAC
FOPRF $18
<<<
* Copy-sign
FCPYSGNX MAC
FOPRF $011
<<<
FCPYSGND MAC
FOPRF $111
<<<
FCPYSGNS MAC
FOPRF $211
<<<
FCPYSGNC MAC
FOPRF $511
<<<
FCPYSGNI MAC
FOPRF $411
<<<
FCPYSGNL MAC
FOPRF $311
<<<
* Negate
FNEGX MAC
FOPRF $0D
<<<
* Absolute value
FABSX MAC
FOPRF $0F
<<<
* Next-after. NOTE: both operands are of the
* the same format, as specified by the usual suffix.
FNEXTS MAC
FOPRF $21E
<<<
FNEXTD MAC
FOPRF $11E
<<<
FNEXTX MAC
FOPRF $01E
<<<
* Conversion to extended
FX2X MAC
FOPRF $00E
<<<
FD2X MAC
FOPRF $10E
<<<
FS2X MAC
FOPRF $20E
<<<
* 16-bit integer, by address
FI2X MAC
FOPRF $40E
<<<
* 32-bit integer, by address
FL2X MAC
FOPRF $30E
<<<
FC2X MAC
FOPRF $50E
<<<
* Conversion from extended
FX2D MAC
FOPRF $110
<<<
FX2S MAC
FOPRF $210
<<<
FX2I MAC
FOPRF $410
<<<
FX2L MAC
FOPRF $310
<<<
FX2C MAC
FOPRF $510
<<<
* Binary to decimal conversion
FX2DEC MAC
FOPRF $00B
<<<
FD2DEC MAC
FOPRF $10B
<<<
FS2DEC MAC
FOPRF $20B
<<<
FC2DEC MAC
FOPRF $50B
<<<
FI2DEC MAC
FOPRF $40B
<<<
FL2DEC MAC
FOPRF $30B
<<<
* Decimal to binary conversion
FDEC2X MAC
FOPRF $009
<<<
FDEC2D MAC
FOPRF $109
<<<
FDEC2S MAC
FOPRF $209
<<<
FDEC2C MAC
FOPRF $509
<<<
FDEC2I MAC
FOPRF $409
<<<
FDEC2L MAC
FOPRF $309
<<<
* Compare, not signaling invalid on unordered
FCMPX MAC
FOPRF $008
<<<
FCMPD MAC
FOPRF $108
<<<
FCMPS MAC
FOPRF $208
<<<
FCMPC MAC
FOPRF $508
<<<
FCMPI MAC
FOPRF $408
<<<
FCMPL MAC
FOPRF $308
<<<
* Compare, signaling invalid on unordered
FCPXX MAC
FOPRF $00A
<<<
FCPXD MAC
FOPRF $10A
<<<
FCPXS MAC
FOPRF $20A
<<<
FCPXC MAC
FOPRF $50A
<<<
FCPXI MAC
FOPRF $40A
<<<
FCPXL MAC
FOPRF $30A
<<<
* The following macros define a set of so-called floating
* branches. They presume that the appropriate compare
* operation, macro FCMPz or FCPXz, precedes.
FBEQ MAC
BEQ ]1
<<<
FBLT MAC ;less
BMI ]1
<<<
FBLE MAC ;less or equal
BMI ]1
BEQ ]1
<<<
FBGT MAC ;greater
BVS ]1
<<<
FBGE MAC ;greater or equal
BVS ]1
BEQ ]1
<<<
FBULT MAC ;less or unordered
BMI ]1
BVS *+4
BNE ]1
<<<
FBULE MAC ;unordered, less, or equal
BMI ]1
BEQ ]1
BVC ]1
<<<
FBUGT MAC ;unordered or greater
BVS ]1
BMI *+4
BNE ]1
<<<
FBUGE MAC ;unordered, greater, or equal
BVS ]1
BEQ ]1
BPL ]1
<<<
FBU MAC ;unordered
BVS *+6
BMI *+4
BNE ]1
<<<
FBO MAC ;ordered
BMI ]1
BVS ]1
BEQ ]1
<<<
FBNE MAC ;not equal
BMI ]1
BVS ]1
BNE ]1
<<<
FBUE MAC ;unordered, equal
BEQ ]1
BMI *+4
BVC ]1
<<<
FBLG MAC ;less or greater
BMI ]1
BVS ]1
<<<
FCLASSS MAC
FOPRF $21C
<<<
FCLASSD MAC
FOPRF $11C
<<<
FCLASSX MAC
FOPRF $01C
<<<
FCLASSC MAC
FOPRF $51C
<<<
FCLASSI MAC
FOPRF $41C
<<<
FCLASSL MAC
FOPRF $31C
<<<
* The following macros provide branches based on the
* the result of a FCLASSz macro.
FBSNAN MAC ;signaling NaN
TXA
ASL
CMP #2*$FC
BEQ ]1
<<<
FBQNAN MAC ;quiet NaN
TXA
ASL
CMP #2*$FD
BEQ ]1
<<<
FBINF MAC ;infinite
TXA
ASL
CMP #2*$FE
BEQ ]1
<<<
FBZERO MAC ;zero
TXA
ASL
CMP #2*$FF
BEQ ]1
<<<
FBNORM MAC ;normal
TXA
ASL
BEQ ]1
<<<
FBDENORM MAC ;denormal
TXA
ASL
CMP #2*1
BEQ ]1
<<<
FBNZENUM MAC ;non-zero num (norm or denorm)
TXA
XBA
ASL
BCC ]1
<<<
FBNUM MAC ;number (zero, norm or denorm)
TXA
INC A
XBA
ASL
BCC ]1
<<<
FBMINUS MAC ;minus sign
BMI ]1
<<<
FBPLUS MAC ;plus sign
BPL ]1
<<<
* Get and set environment
FGETENV MAC
FOPRF $03
<<<
FSETENV MAC
FOPRF $01
<<<
* Test and set exception
FTESTXCP MAC
FOPRF $1B
<<<
FSETXCP MAC
FOPRF $15
<<<
* Procedure entry and exit
FPROCENTRY MAC
FOPRF $17
<<<
FPROCEXIT MAC
FOPRF $19
<<<
* Get and set halt vector
FGETHV MAC
FOPRF $07
<<<
FSETHV MAC
FOPRF $05
<<<
* Elementary function macros
FLNX MAC ;natural (base-e) log
FOPRE $00
<<<
FLOG2X MAC ;base-2 log
FOPRE $02
<<<
FLN1X MAC ;ln (1 + x)
FOPRE $04
<<<
FLOG21X MAC ;log2 (1 +x)
FOPRE $06
<<<
FEXPX MAC ;base-e exponential
FOPRE $08
<<<
FEXP2X MAC ;base-2 exponential
FOPRE $0A
<<<
FEXP1X MAC ;exp (x) - 1
FOPRE $0C
<<<
FEXP21X MAC ;exp2 (x) - 1
FOPRE $0E
<<<
FXPWRI MAC ;integer exponential
FOPRE $10
<<<
FXPWRY MAC ;general exponential
FOPRE $12
<<<
FCOMPOUND MAC ;compound
FOPRE $14
<<<
FANNUITY MAC ;annuity
FOPRE $16
<<<
FATANX MAC ;arctangent
FOPRE $18
<<<
FSINX MAC ;sine
FOPRE $1A
<<<
FCOSX MAC ;cosine
FOPRE $1C
<<<
FTANX MAC ;tangent
FOPRE $1E
<<<
FRANDX MAC ;random number generator
FOPRE $20
<<<
* Scanner and formatter function macros
FPSTR2DEC MAC ;pascal string to decimal record
FOPRD 0
<<<
FDEC2STR MAC ;decimal record to pascal string
FOPRD 1
<<<
FCSTR2DEC MAC ;C string to decimal record
FOPRD 2
<<<