; Load GIC diagnostic from the tape.


; Set up the log(s).

set -N console log=GIC25.log
set -N console debug=GIC25-debug.log


; Establish the initial environment.
;
; The CPU clock must be REALTIME to pass GICDIAG section 24 (timeouts).

echo
echo Configuring the simulation environment.

set CPU 512K,REALTIME

set console DEL=177

break delay 30 milliseconds


; Remove all devices from the HP-IB

set DC DISABLED

set GIC  COUNT=2
set GIC  CHANNEL=11
set GICA CHANNEL=12

set imba debug=csrw;data
set gic  debug
set gica debug
set cpp  debug=cmd;data;opnd;serv


echo
echo
echo -----------------------------------------
echo General I/O Channel Diagnostic Section 25
echo -----------------------------------------
echo
echo Loading the GIC diagnostic.


; Cold load the DUS-III tape.

attach -e -r MS0 DUS-III.tape
boot MS0


echo
echo Configuring the diagnostic.

deposit SWCH 1


; Load and start the diagnostic.
;
; The diagnostic loads from tape and then waits for a <CR>.

echo
echo Starting the diagnostic.

reply "\r" delay 2 seconds


; Configure the diagnostic

go until ">" ; reply "TEST 25\r"
go until ">" ; reply "GO\r"


; Correct the diag from 021001 (LDI 1) to 000600 (ZERO,NOP)

deposit 00.075515 000600

go until "What is the CHANNEL address of GIC under test? " ; reply "11\r"
go until "What is the channel number of second GIC? " ; reply "12\r"

go until ">" ; reply "GO\r"


; Respond to "Connect GIC under test to second GIC with interconnect cable"
;            "and no other device attached."
;
;            Set 'SYS CTRL' switch on GIC under test to 'OFF' (out)
;            Respond 'GO'


set GIC  NOSYS,DIAGNOSTIC
set GICA DIAGNOSTIC


; Either alternate is OK, although the former might be easier to read.

if "%1" == "" 'set cpu exec=027000;177400' ; set cpu debug=exec
if "%1" != "" 'set cpu debug,nodebug=fetch;pserv'

go until ">"

exit