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Unibus VAXen: Run working diagnostic supervisor Privileged Architecture tests
- The VAX 11/780 runs the VAX Diagnostic Supervisor the EVKAE (Privilege Architecture Exercisor) tests cleanly. All other Unibus VAXen execute different instructions in EVKAE Test 8 (KERNEL STACK NOT VALID) subtest 2 when compared to the 11/780. On these processors a REI instruction with reserved operands is invoked and this causes a failure of this subtest for these processors. We avoid this diagnostic test that fails. - The VAX 8200 has some issues with the VAX Diagnostic Supervisor. Specifically, the EVKAA (Hardware Core Instruction) test uses the processor interval timer to measure the passage of time and expects the interrupts that are generated to occur at IPL 24 (0x18). Meanwhile, the actual hardware is documented to generate Interval Timer interrupts at IPL 22 (0x16). EVKAA fails when interrupts occur at IPL 22(0x16). If the processor is is built with Interval Timer interrupts at IPL 24(0x18), then EVKAA passes, but the EVKAE (Privileged Architecture Exercisor) Interval Timer test fails since the interval timer interrupts occur at IPL 24(0x18) and not at IPL 22(0x16). Once operating systems are running, operating system behavior will generally be unaffected if Interval Timer interrupts occur at a higher IPL than the OS expects, so the VAX 8200 is built that way and we avoid the diagnostic that fails. - The DEC supplied instruction diagnostics actually time the execution of instructions being tested using the interval timer and the time of day clock. When instructions take too long, they fail the test. The VAX 11/730 simulator actually fails some of these instruction tests when run at precisely .3 the instruction rate of the VAX/11 780. We therefore adjust the nocalibrate execution rate to 320K vs the VAX 11/780 running at 1000K.
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@@ -16,13 +16,13 @@
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:: The related diagnostic files must be located in the same directory
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:: as this procedure.
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::
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#set clock async
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#set debug -ntp %SIM_BIN_NAME%.dbg
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#set todr debug
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#set tmr debug
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#set int-clock debug=calib
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#set int-clock nodebug=queue;gettime;check
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#set cpu hist=20000
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#set debug -nrtbp 500 %SIM_BIN_NAME%.dbg
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set log debug
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set todr debug
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set tmr debug
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set int-clock debug=calib
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set int-clock nodebug=queue;gettime;check
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#set -o -t cpu hist=500k:%SIM_BIN_NAME%.hst
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#break A3B4 SHOW HIST=40
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cd %~p0
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set runlimit 2000M instructions
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@@ -74,10 +74,27 @@ if (PC != 0x80018AD1) echof "\r\n*** FAILED - %SIM_NAME% Hardware Core Instructi
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else echof "\r\n*** PASSED - %SIM_NAME% Hardware Core Instruction test EHKAA after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS%\n"; exit 0
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:DIAG_VAX730
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set env CPU_SPEED_FACTOR=320
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goto CORE_DIAG
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:DIAG_VAX750
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set env CPU_SPEED_FACTOR=600
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goto CORE_DIAG
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:DIAG_VAX780
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set env CPU_SPEED_FACTOR=1000
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goto CORE_DIAG
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:DIAG_VAX8200
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set env CPU_SPEED_FACTOR=900
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goto CORE_DIAG
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:DIAG_VAX8600
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set env CPU_SPEED_FACTOR=4000
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goto CORE_DIAG
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:CORE_DIAG
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if (("%DIAG_UNCALIBRATED_CLOCK%") && ("%CPU_SPEED_FACTOR%" != "")) set CLOCK BASE=1995/02/01-00:00:00.000,NOCALIBRATE=%CPU_SPEED_FACTOR%K
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echo Running Hardware Core Test (EVKAA)
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if not exist evkaa.exe echof "\r\nMISSING - Diagnostic '%~p0evkaa.exe' is missing\n"; exit 1
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load evkaa.exe
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@@ -100,49 +117,47 @@ goto %SIM_BIN_NAME%
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:VAX730
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# VAX 11/730 Diagnostic Supervisor Setup for EVKAB/C/D/E
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set env CPU_SPEED_FACTOR=300
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expect "DS> " send "ATTACH KA730 HUB KA0 no 0 0 2048 no no\r"; go -q
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expect "DS> " send "ATTACH DW730 HUB DW0\r"; go -q
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call Common
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call do_test EVKAB "VAX Basic Instructions Exerciser" "" TRACE
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call do_test EVKAC "VAX Floating Point Instructions Exerciser" /PASSES=2 TRACE
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call do_test EVKAD "VAX Compatibility Mode Instructions Exerciser" "" TRACE
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#call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=1:7/PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=9/PASSES=1 TRACE
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echof "\n*** All Diagnostic Supervisor tests PASSED after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS% ***\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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exit 0
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:VAX750
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# VAX 11/750 Diagnostic Supervisor Setup for EVKAB/C/D/E
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set env CPU_SPEED_FACTOR=600
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expect "DS> " send "ATTACH KA750 CMI KA0 yes yes yes 0 0\r"; go -q
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expect "DS> " send "ATTACH DW750 CMI DW0 8\r"; go -q
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call Common
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call do_test EVKAB "VAX Basic Instructions Exerciser" ""
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call do_test EVKAC "VAX Floating Point Instructions Exerciser" /PASSES=2
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call do_test EVKAD "VAX Compatibility Mode Instructions Exerciser" "" TRACE
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#call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=1:7/PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=9/PASSES=1 TRACE
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echof "\n*** All Diagnostic Supervisor tests PASSED after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS% ***\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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exit 0
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:VAX780
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# VAX 11/780 Diagnostic Supervisor Setup for EVKAB/C/D/E
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set env CPU_SPEED_FACTOR=1000
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expect "DS> " send "ATTACH KA780 SBI KA0 yes yes 0 0\r"; go -q
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expect "DS> " send "ATTACH DW780 SBI DW0 3 5\r"; go -q
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call Common
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call do_test EVKAB "VAX Basic Instructions Exerciser" "" TRACE
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call do_test EVKAC "VAX Floating Point Instructions Exerciser" /PASSES=2 TRACE
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call do_test EVKAD "VAX Compatibility Mode Instructions Exerciser" "" TRACE
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#call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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echof "\n*** All Diagnostic Supervisor tests PASSED after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS% ***\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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exit 0
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:VAX8200
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# VAX 8200 Diagnostic Supervisor Setup for EVKAB/C/D/E
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set env CPU_SPEED_FACTOR=900
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expect "DS> " send "ATTACH KA820 HUB KA0 4096 0\r"; go -q
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expect "DS> " send "ATTACH DWBUA HUB DW0 4 5\r"; go -q
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# VAX 8200 simulates the floating point accelerator which then
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@@ -151,21 +166,23 @@ set runlimit 2000M instructions
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call Common
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call do_test EVKAB "VAX Basic Instructions Exerciser" "" TRACE
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call do_test EVKAC "VAX Floating Point Instructions Exerciser" /PASSES=2 TRACE
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#call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=1:5/PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=7:7/PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=9/PASSES=1 TRACE
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echof "\n*** All Diagnostic Supervisor tests PASSED after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS% ***\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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exit 0
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:VAX8600
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# VAX 8600 Diagnostic Supervisor Setup for EVKAB/C/D/E
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set env CPU_SPEED_FACTOR=4000
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expect "DS> " send "ATTACH KA780 ABUS KA0 yes yes 0 0\r"; go -q
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expect "DS> " send "ATTACH DW780 ABUS DW0 3 5\r"; go -q
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call Common
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call do_test EVKAB "VAX Basic Instructions Exerciser" "" TRACE
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call do_test EVKAC "VAX Floating Point Instructions Exerciser" "" TRACE
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call do_test EVKAD "VAX Compatibility Mode Instructions Exerciser" "" TRACE
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#call do_test EVKAE "VAX Privileged Architecture Exerciser" /PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=1:7/PASSES=1 TRACE
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call do_test EVKAE "VAX Privileged Architecture Exerciser" /TEST=9/PASSES=1 TRACE
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echof "\n*** All Diagnostic Supervisor tests PASSED after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS% ***\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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exit 0
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@@ -176,7 +193,6 @@ expect "DS> " send "ATTACH RA81 DUA DUA0\r"; go -q
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expect "DS> " send "SET LOAD DUA0:[SYSMAINT]\r"; go -q
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expect "DS> " send "SELECT KA0\r"; go -q
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expect "DS> " echof "\r\nDiagnostic Supervisor Startup ready after %SIM_RUNTIME% %SIM_RUNTIME_UNITS%\n"; show clock
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if (("%DIAG_UNCALIBRATED_CLOCK%") && ("%CPU_SPEED_FACTOR%" != "")) set CLOCK NOCALIBRATE=%CPU_SPEED_FACTOR%K
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boot -q RQ0 /R5:10
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#set todr debug
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#set tmr debug
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@@ -211,4 +227,5 @@ go -q
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if (DIAG_QUIET_MODE) set -q console telnet=log=diag_fail.log; set -q console telnet=nolog; type diag_fail.log;delete diag_fail.log
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echof "\n*** FAILED - %DIAG_DESC% %DIAG_TEST% after running for %SIM_RUNTIME% %SIM_RUNTIME_UNITS%\n"
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echof "\n*** Processed %SIM_PROCESSED_EVENTS% events with %SIM_ASYNC_EVENTS% asynchronous events processed ***\n"
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show clock
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exit 1
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