; ; 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) parity EQU 18 ;is parity ram installed? (32-bit machines) 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 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 ErrPmgrTurnOn equ $0014 ;major error code for turning on power ErrParRAM equ $0015 ;major error code for parity ram 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 ErrSWIMTest equ $008C ;major error code for swim chip ErrFPU equ $008D ;major error code for floating point proc ErrPGCTest equ $008E ;major error code for parity generator ErrFMCRegTest equ $008F ;major error code for FMC shift register test ErrFMCCacheTest equ $0090 ;major error code for FMC cache test <3> ErrOSSRegTest equ $0091 ;major error code for OSS register test <3> ErrOSSIntTest equ $0092 ;major error code for OSS interrupt test 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