supermario/base/SuperMarioProj.1994-02-09/OS/StartMgr/STEqu.a

;
;	File:		STEqu.a
;
;	Contains:	This file contains all the various equates required by the StartTest routines.
;				Originally derived from STStartup.a.
;
;	Written by:	Russ L. Emmons
;
;	Modified by:  Scott Smyers
;
;	Copyright:	© 1983-1990, 1992 by Apple Computer, Inc., all rights reserved.
;
;       Codes used in:  ROM
;
;	Change History (most recent first):
;
;		<16>	 1/13/92	RB		Rolled in Terror version.
;
;	===================== Terror History ==========================
;
;		 <5>	 2/18/91	djw		Rolled in Scott Smyer's changes
;		 <4>	 1/14/91	CCH		Rolled in Scott Smyer's changes.
;		 <3>	12/14/90	HJR		Removed FPU equates (they are now local in non-crittest.a,
;									removed some hard coded equates for ROM sizes.
;		 <2>	  9/5/90	CCH		Removed hardcoded offsets for ROM checksums and ROM size.
; ———————————————————————————————————————————————————————————————————————————————————————
;	  Pre-Terror ROM comments begin here.
; ———————————————————————————————————————————————————————————————————————————————————————
;		 <4>	 4/27/90	CV		Rolling in changes from mainproj. Original comments below.
;		 {8}	 4/24/90	SS		Added equates for Critical, NonCritical and CritBit, which were
;									previously defined in USTStartUp.a.  Also, changed MyROMSums and
;									MyROMEnd equates to offsets from the base of ROM instead of
;									being hard coded addresses.
;		 {7}	 4/20/90	SS		Removed my local Egret equates and the SCSI equates.  I'm now
;									using the equates in the HWPrivateEqu and EgretEqu files as per
;									suggestions which came up in the code review of 4/16/90.
;		 <3>	 3/12/90	CV		Rolling in changes from mainproj. Original comments below.
;		 {6}	  3/9/90	SS		Added equates for RBI support.  Moved the SCSI register equates
;									out of USTNonCritTsts.a into here.
;		 <2>	  3/2/90	CV		Rolling in changes from main project. Original comments below.
;		 {5}	 2/27/90	SS		Added equates for the new Egret test number and the sound
;									interrupt test number.  Also added 7 equates to support the
;									Egret interface routines.  I copied these equates from the
;									EgretEqu.a file while they were still valid.  I am now
;									independant of that include file's future changes.
;		 <5>	  1/3/90	SWC		Rolled in changes from main project. Original comment below:
;		 {3}	12/28/89	SES		Made changes for Mark Appleman.  Added ErrFMCCacheTest.
;									Removed ErrOSSCntrTest.
;		 <4>	12/27/89	SWC		Rolled in changes from main project. Original comment below:
;		 {2}	12/26/89	GMR		Added non-critical RPUTest error code.  Removed the extra
;									SizeMemory error codes (not needed any more).
;		 <3>	11/13/89	SWC		Rolled in source changes from Reality. Original comments below:
;	   {1.5}	11/13/89	SES		added error codes for FMC shift register test, OSS register test,
;									OSS counter test and OSS interrupt test.
;	   {1.4}	 8/18/89	rle		added new error codes for use in reporting ram failures by bank
;	   <1.3>	 5/16/89	rle		changed V1DDRA again to make ok for test manager, keeping bit 4
;									set for Gary; added new error codes for non-crit and critical
;									tests; cut in floating point test equates; added bit definition
;									(for 32-bit machines only!) to provide info that parity ram is
;									installed
;	   <1.2>	 4/30/89	GGD		Changed V1DDRA to set bit 4 (vOverlay on MacII) to be an output
;									to support universal ROM.
;	   <1.1>	 4/28/89	rle		moved initial stack pointer for RBV machines above screen;
;									updated via data direction register for Aurora
;	   <1.0>	 3/28/89	rle		new file replaces equates previously found in StartTest files
;
;------------------------------------------------------------------------------

pOff		EQU		2			;VIA 2 power off bit		
SV1			EQU		0			;VIA 1 sound volume bit 0
SV2			EQU		1			;VIA 1 sound volume bit 1
sync		EQU		3			;VIA 1 sync modem control bit	

aStack		EQU		$2600		;initial stack pointer

		IF CPU ≥ 020 THEN 		;												<13>
TROMCode	EQU		$AAAA5555	;special code in Test ROMs						<13>
myIntMask	EQU		$2500		;Power off ints only allowed					<13>


		ELSEIF onMac | onMacPP | onHcMac THEN ;									<13>
TROMCode	EQU		$55AAAA55	;special code in Test ROMs						<13>
K512		EQU		$00080000	;512K											<13>
Meg1		EQU		$00100000	;1 Meg											<13>
Meg2		EQU		$00200000	;2 Meg											<13>
V1DDRA		EQU		$09			;VIA 1 DDRA, test code only						<13>
myIntMask	EQU		$2700		;no ints allowed for Aladdin					<13>

			IF hasPowerMgr THEN	;												<13>
myROMEnd	EQU		$00040000	;256K ROM										<13>
V1DDRB		EQU		$3D			;VIA 1 DDRB										<13>
Jumper		EQU		2			;testmode										<13>
banksize	equ		32*2*1024	;smallest bank size for laguna					<13>
			ELSE
			
myROMEnd	EQU		$00040000	;256K ROM										<8>			
		ENDIF
		ENDIF

;---------------------------------------------------------------------------------
;
; PRAM non-critical test equates
;

NCFailFlag		equ		$F9		;location of NC test failure flag

NCFailHist		equ		$F0		;Starting PRAM address of NC test failure history
NCHistBytes		equ		$8		;Number of NC test numbers in the history log
NCLastFailure	equ		$FC		;Start address of error code for last NC test failure
NCLstFailBytes	equ		$4		;number of bytes in failure code

;---------------------------------------------------------------------------------

; Some delay constants (using the VIA reg access as a time constant		<7>


delay325uS	equ		$100			;VIA based delay for 325µsecs		<7>
delay1mS	equ		$320			;Delay for 1 mS						<7>


;  Some handy equates

cr			EQU		$0D			;carriage return character
lf			EQU		$0A			;line feed character
sec			EQU		$0C			;timer count for one second
nak			EQU		'?'			;nak for invalid request
ast			EQU		'*'			;an asterisk
AutoVector2 EQU		$68			;offset to AutoVector location for level 2 interrupt	<5>

;  _TestManager trap a0 points to this record

Ops			EQU		0			;Trap record offset to options
NumPass		EQU		2			;Trap record offset to options
RAMLow		EQU		4			;Trap record offset to RAM low address
RAMHigh		EQU		8			;Trap record offset to RAM high address
spare		EQU		12			;Trap record offset to spare longint

;  Flag bit assignments for register d7

MsgQ		EQU		16			;a message is queued for output
SCCok		EQU		17			;the SCC has been inited
nosleep		EQU		18			;prevent sleep on sad mac?  (16-bit machines) 		<v1.3>
parity		EQU		18			;is parity ram installed?  (32-bit machines)		<v1.3>
star		EQU		19			;an asterisk * has been received
aski		EQU		20			;set if using hex ascii format
echo		EQU		21			;echo received parameters
timer		EQU		22			;timer active if set				
crlf		EQU		23			;append <cr-lf> if set
excp		EQU		24			;unexpected exception received
nmi			EQU		25			;the NMI switch was hit
test		EQU		26			;the VIA loopback was found
beok		EQU		27			;a BusError is expected and is OK 
stop		EQU		28			;stop on error if set
loop		EQU		29			;loop on error if set
pram		EQU		30			;store test results in clock pRAM
boot		EQU		31			;boot system when done with this test

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;		
; end of generic equates								
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;			

; Signatures for the ROM based NMI routine to determine if the NMI is the
; result of an expected parity error

PGCParity		equ		'PGCp'		;PGC style parity error (IIci)
RPUParity		equ		'RPUp'		;RPU style parity error (IIfx)
OrwellParity	equ		'Orwl'		;Orwell style parity error (Eclipse/Spike)

; Equates used for ROM Based Burnin (RBI)											<6>

SigBytes	EQU		'RBBI'		;RBI signature										<6>
SCSIBIBytes	EQU		'SCBI'		;SCSI RBI signature

SigLocs		EQU		$007C00FC	;PRAM Locations of signature bytes					<6>
SCSIBILocs	EQU		$007800F8	;PRAM Locations of SCSI Burnin signature

;  Error codes for d7.w

ErrROM		EQU		$0001		;major error code ROM CheckSum Test
ErrRAMX		EQU		$0002		;major error code RAM first chunk
ErrRAMA		EQU		$0003		;major error code Bank A
ErrRAMB		EQU		$0004		;major error code Bank B
ErrAddr		EQU		$0005		;major error code RAM addressing
ErrVIA1		EQU		$0006		;major error code VIA 1 access
ErrVIA2		EQU		$0007		;major error code VIA 2 access
ErrRAMC		EQU		$0008		;major error code data buss high RAM	
ErrMap		EQU		$0009		;major error code MMU failure
ErrNUB		EQU		$000A		;major error code NUBUS access
ErrSCSI		EQU		$000B		;major error code SCSI access
ErrIWM		EQU		$000C		;major error code IWM access
ErrSCC		EQU		$000D		;major error code SCC access
ErrData		EQU		$000E		;major error code Data Bus test
ErrMac		EQU		$000F		;reserved for Macintosh DS compatibility


ErrPmgrSt		equ		$0010		;major error code for pwrmgr self test		
ErrSizeMem		equ		$0011		;major error code for sizing memory		
ErrSccIop		equ		$0012		;major error code for SCC PIC access
ErrDynBus		equ		$0013		;major error code for dynamic bus sizing		<v1.3>
ErrPmgrTurnOn	equ		$0014		;major error code for turning on power			<v1.3>
ErrParRAM		equ		$0015		;major error code for parity ram				<v1.3>

ErrEgretInit	equ		$0030		;major error code for unresponsive Egret		<9>

ErrMapRAM		equ		$0080		;major error code for mapper ram		
ErrMapAddr		equ		$0081		;major error code for mapper ram addr		
ErrVidRAM		equ		$0082		;major error code video ram data		
ErrVidAddr		equ		$0083		;major error code video ram addressing		
ErrSCCReg		equ		$0084		;major error code for scc register test		
ErrSCCLoop		equ		$0085		;major error code for scc internal loop test	
ErrSCCTimer		equ		$0086		;major error code for scc timer test		
ErrViaTest		equ		$0087		;major error code for via test			
ErrSCSITest		equ		$0088		;major error code for scsi test			
ErrASCTest		equ		$0089		;major error code for asc test			
ErrPramTest		equ		$008A		;major error code for pram test	
ErrRBVTest		equ		$008B		;major error code for RBV chip					<v1.3>
ErrSWIMTest		equ		$008C		;major error code for swim chip					<v1.3>
ErrFPU			equ		$008D		;major error code for floating point proc		<v1.3>
ErrPGCTest		equ		$008E		;major error code for parity generator			<v1.3>
ErrFMCRegTest	equ		$008F		;major error code for FMC shift register test	<v1.5>
ErrFMCCacheTest	equ		$0090		;major error code for FMC cache test			<v1.5><3>
ErrOSSRegTest	equ		$0091		;major error code for OSS register test			<v1.5><3>
ErrOSSIntTest	equ		$0092		;major error code for OSS interrupt test		<v1.5>
ErrRPUTest		equ		$0093		;major error code for RPU test
ErrEgretTest	equ		$0094		;major error code for Egret test				<5>
ErrTestSndInts	equ		$0095		;major error code for Sound Interrupts test		<5>
ErrTestCLUT		equ		$0096		;major error code for CLUT RAM test				<10>
ErrTestVRAM		equ		$0097		;major error code for V8 video RAM test			<11>

;
;The following equates are used in the non critical test table.  The bit equate is used
; to test the state of the "Critical" bit
;

ErrEX			EQU		$FF00		;major error code exception

VTEntries		EQU		64			;#entries in exeception vector table

;the following exception codes should be used for all new cpu's after mac II		
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;the following exception codes were redone for the modern victorian and laguna so that
;the test number would not be clobbered by an unexpected exception.
;this way, you will know what test you were running when an exception occurred
;d7.l now looks like this:
;d7.uw = flag bits as before
;d7.lwub = exception code
;d7.lwlb = current test #
;the following exception codes are ored in with the current test/error code no.
; SRC
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

;  68000/68020 exception codes used by Test Manager and power on tests

BECode		EQU		$0100			;Bus Error exception code			
ADCode		EQU		$0200			;Address Error exception code			
ILCode		EQU		$0300			;illegal Error exception code			
ZDCode		EQU		$0400			;Zero divide Error exception code		
CICode		EQU		$0500			;Check inst Error exception code		
TPCode		EQU		$0600			;cpTrapcc,Trapcc,TrapV exception code		
PVCode		EQU		$0700			;Privilege violation exception code			
TECode		EQU		$0800			;Trace exception code				
ATCode		EQU		$0900			;Line A exception code				
FTCode		EQU		$0A00			;Line F exception code				
UNCode		EQU		$0B00			;unassigned exception code			
CPCode		EQU		$0C00			;CP protocol violation				
FMCode		EQU		$0D00			;format exception				
SICode		EQU		$0E00			;spurious interrrupt exception code		
TNCode		EQU		$0F00			;Trap inst exception code			
L1Code		EQU		$1000			;interrupt level 1				
L2Code		EQU		$1100			;interrupt level 2				
L3Code		EQU		$1200			;interrupt level 3				
L4Code		EQU		$1300			;interrupt level 4				
L5Code		EQU		$1400			;interrupt level 5				
L6Code		EQU		$1500			;interrupt level 6				
L7Code		EQU		$1600			;interrupt level 7				
F1Code		EQU		$1700			;FPCP bra or set on unordered cond		
F2Code		EQU		$1800			;FPCP inexact result				 
F3Code		EQU		$1900			;FPCP divide by zero				
F4Code		EQU		$1A00			;FPCP underflow					
F5Code		EQU		$1B00			;FPCP operand error				
F6Code		EQU		$1C00			;FPCP overflow								
F7Code		EQU		$1D00			;FPCP signaling NAN						
PCCode		EQU		$1E00			;PMMU configuration				
PICode		EQU		$1F00			;PMMU illegal operation				
PACode		EQU		$2000			;PMMU access level violation