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mirror of https://github.com/wfjm/w11.git synced 2026-02-27 01:19:57 +00:00

add test_w11a_inst_quick.tcl, cpu_selftest.mac

This commit is contained in:
wfjm
2022-07-15 07:44:16 +02:00
parent c1f2c0bfae
commit 6b3aced4da
6 changed files with 586 additions and 18 deletions

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@@ -1,4 +1,4 @@
# $Id: tb_pdp11core_stim.dat 1253 2022-07-12 06:32:22Z mueller $
# $Id: tb_pdp11core_stim.dat 1254 2022-07-13 06:16:19Z mueller $
# SPDX-License-Identifier: GPL-3.0-or-later
# Copyright 2007-2016 by Walter F.J. Mueller <W.F.J.Mueller@gsi.de>
#
@@ -349,6 +349,7 @@ bwm 8
177600 -- 177600 (map to I/O page)
#-----------------------------------------------------------------------------
C Setup code 1 [base 2100] (very basics: cont,start; 'simple' instructions)
# ==> obsolete, covered by test_cp_cpubasics.tcl (2) others
#
wal 002100 -- code test 1: (sec+clc+halt)
bwm 3
@@ -502,6 +503,7 @@ bwm 2
000000 -- PS:0
#-----------------------------------------------------------------------------
C Setup code 5 [base 2500] (srcr modes: mov xxx,rn: (r0),(r0)+,-(r0),@(r0))
# ==> now tested with test_w11a_srcr_word_flow.tcl
#
wal 002500 -- code:
bwm 6
@@ -543,6 +545,7 @@ rsp d=001400 -- ! sp
rpc d=002514 -- ! pc
#-----------------------------------------------------------------------------
C Setup code 6 [base 2600] (srcr modes: mov xxx,rn: x(r0),@x(r0), pc modes)
# ==> now tested with test_w11a_srcr_word_flow.tcl
#
wal 002600 -- code:
bwm 11
@@ -581,6 +584,7 @@ rsp d=001400 -- ! sp
rpc d=002626 -- ! pc
#-----------------------------------------------------------------------------
C Setup code 7 [base 2700] (dstw modes: mov rn,xxx: all non-r modes)
# ==> now test_w11a_dstw_word_flow.tcl
#
wal 002700 -- code:
bwm 18
@@ -644,6 +648,7 @@ wal 001376
rmi d=000666 -- ! mem(sp)=666
#-----------------------------------------------------------------------------
C Setup code 10 [base 3000] (dstm modes: inc xxx: all non-r modes)
# ==> now tested with test_w11a_dstm_word_flow.tcl
#
wal 003000 -- code:
bwm 10
@@ -702,6 +707,7 @@ brm 7
d=000171 -- ! mem(3064)=171
#-----------------------------------------------------------------------------
C Setup code 11 [base 3100; use 31-32] (dsta modes: jsr pc,xxx: all non-r modes)
# ==> now tested with test_w11a_dsta_flow.tcl
#
wal 003100 -- code:
bwm 10
@@ -1124,6 +1130,7 @@ wal 177572 -- SSR0
rmi d=000000 -- ! cleared by CRESET
#-----------------------------------------------------------------------------
C Setup code 17 [base 4100; use 41-46] (basic instruction and cc test)
# ==> now tested with w11a/test_w11a_inst_quick.tcl
#
wal 004100 -- code: (length 70)
bwm 32
@@ -1306,6 +1313,7 @@ bwm 2
000000 -- PS:0
#-----------------------------------------------------------------------------
C Setup code 20 [base 4700] (check CPUERR and error handling)
# !! test_w11a_cpuerr.tcl --> only partial implementation !!
#[[off]]
wal 004700 -- code (to be single stepped...)
bwm 11
@@ -2317,6 +2325,7 @@ brm 3
#
#-----------------------------------------------------------------------------
C Setup code 25 [base 6500; use 65-66] (basic byte instruction and cc test)
# ==> now tested with w11a/test_w11a_inst_quick.tcl
#
wal 006500 -- code:
bwm 22
@@ -2394,25 +2403,25 @@ rpc d=006554 -- ! pc=6554
wal 006600
brm 11
d=155523 -- ! mem(6600)=123; movb r1,(r4)+ (#123, #333)
# ! mem(6601)=333; cmpb r1,(r4)+ (#123, #333)
# ! mem(6601)=333; cmpb r1,(r4)+ (#123, #333)
d=051511 -- ! mem(6602)=111; cmpb r1,(r4)+ (#321, #111)
# ! mem(6603)=123; cmpb r1,(r4)+ (#123, #123)
# ! mem(6603)=123; cmpb r1,(r4)+ (#123, #123)
d=044000 -- ! mem(6604)=000; clrb (r4)+ (#333)
# ! mem(6605)=011; bitb r1,(r4)+ (#123, #11)
# ! mem(6605)=011; bitb r1,(r4)+ (#123, #11)
d=104044 -- ! mem(6606)=044; bitb r1,(r4)+ (#123, #44)
# ! mem(6607)=210; bicb r1,(r4)+ (#123, #333)
# ! mem(6607)=210; bicb r1,(r4)+ (#123, #333)
d=027133 -- ! mem(6610)=133; bisb r1,(r4)+ (#123, #111)
# ! mem(6611)=056; comb (r4)+ (#321)
# ! mem(6611)=056; comb (r4)+ (#321)
d=150322 -- ! mem(6612)=322; incb (r4)+ (#321)
# ! mem(6613)=320; decb (r4)+ (#321)
# ! mem(6613)=320; decb (r4)+ (#321)
d=150457 -- ! mem(6614)=057; negb (r4)+ (#321)
# ! mem(6615)=321; tstb (r4)+ (#321)
# ! mem(6615)=321; tstb (r4)+ (#321)
d=104100 -- ! mem(6616)=100; rorb (r4)+ (#201) Cout=1
# ! mem(6617)=210; rorb (r4)+ (#021) Cout=1
# ! mem(6617)=210; rorb (r4)+ (#021) Cout=1
d=004021 -- ! mem(6620)=021; rolb (r4)+ (#210) Cout=1
# ! mem(6621)=010; asrb (r4)+ (#020)
# ! mem(6621)=010; asrb (r4)+ (#020)
d=020310 -- ! mem(6622)=310; asrb (r4)+ (#220)
# ! mem(6623)=040; aslb (r4)+ (#020)
# ! mem(6623)=040; aslb (r4)+ (#020)
d=000040 -- ! mem(6624)=040; aslb (r4)+ (#220)
#
wal 006626 -- NZVC
@@ -3474,6 +3483,7 @@ brm 6
d=000777 -- ! mem(11377)=000000
#-----------------------------------------------------------------------------
C Setup code 34 [base 11400; use 114-115] (11/34 self test code)
# ==> now tested with cpu_selftest.mac:A1
# code adapted from M9312 23-248F1 console PROM, the 11/04-34 Diagnostic PROM
#
wal 011400 -- code:
@@ -3507,7 +3517,7 @@ bwm 51
#11460
056203 -- bis 12(r2),r3 ; r2=011560 r3=011566
000012
037203 -- bis @12(r2),r3 ; r2=011560 r3=011566
037203 -- bit @12(r2),r3 ; r2=011560 r3=011566
000012
001001 -- bne .+1 ;
000000 -- halt ;
@@ -3560,6 +3570,7 @@ rr4 d=011565 -- ! r4
rpc d=011546 -- ! pc
#-----------------------------------------------------------------------------
C Setup code 35 [base 11600; use 116-121] (11/70 self test code)
# ==> now tested with cpu_selftest.mac:A2
# code adapted from M9312 23-616F1 console PROM, the 11/60-70 Diagnostic PROM
#
wal 011600 -- code:
@@ -3571,7 +3582,7 @@ bwm 117
002401 -- blt L3 ;
101401 -- blos L4 ;
000000 -- L3: halt ;
005306 -- L3: dec sp ; sp=177777
005306 -- L4: dec sp ; sp=177777
#11620
100003 -- bpl L5 ;
001402 -- beq L5 ;
@@ -3623,7 +3634,7 @@ bwm 117
101401 -- blos L16 ;
000000 -- halt ;
040001 -- L16: bic r0,r1 ; r1=125252
060101 -- L16: add r1,r1 ; r1=052524 c=1
060101 -- add r1,r1 ; r1=052524 c=1
003001 -- bgt L17 ;
003401 -- ble L18 ;
#11760
@@ -3715,6 +3726,7 @@ bwm 2
# result data: 037000 (512 byte area)
#-----------------------------------------------------------------------------
C Setup code 36 [base 12200] (systematic CMP test)
# ==> now tested with cpu_basic.mac:C5.* (redundant with 46.17wr)
#
wal 012200 -- code:
bwm 7

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@@ -1,4 +1,4 @@
# $Id: test_w11a_cpuerr.tcl 1178 2019-06-30 12:39:40Z mueller $
# $Id: test_w11a_cpuerr.tcl 1254 2022-07-13 06:16:19Z mueller $
# SPDX-License-Identifier: GPL-3.0-or-later
# Copyright 2016- by Walter F.J. Mueller <W.F.J.Mueller@gsi.de>
#
@@ -50,7 +50,7 @@ t.002:
;
; test 004: non-existent memory abort, will set bit cp.nxm -------------------
;
; The address space jusr below the I/O page is never accessible in the
; The address space just below the I/O page is never accessible in the
; w11 (the 11/70 has ubmap window in this addess space).
; So setup MMU kernel I space AR(6) to point to the 8 kbyte below I/O page
; don't clear CPUERR at end of test !

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@@ -0,0 +1,338 @@
# $Id: test_w11a_inst_quick.tcl 1254 2022-07-13 06:16:19Z mueller $
# SPDX-License-Identifier: GPL-3.0-or-later
# Copyright 2022- by Walter F.J. Mueller <W.F.J.Mueller@gsi.de>
#
# Revision History:
# Date Rev Version Comment
# 2022-07-12 1254 1.0 Initial version
#
# Quick instruction test.
# Most arithmetic instructions are used, usully for a single value
# Full testing with all corner cases is done in tcode cpu_basics.mac
#
# ----------------------------------------------------------------------------
rlc log "test_w11a_inst_quick: quick instruction test ------------------------"
# -- Section A ---------------------------------------------------------------
rlc log " Word instructions -----------------------------------------"
# derived from tb_pdp11core_stim.dat code 17
# r3 points to data, each instruction reads or modifies one value
# r4 points to check data, the values after instruction
# r5 points to check psw, the psw values after instruction
$cpu ldasm -lst lst -sym sym {
.include |lib/defs_cpu.mac|
.include |lib/vec_cpucatch.mac|
;
; setup bpt vector
. = 000014
.word vh.bpt
.word 0
;
. = 1000
stack:
;
; bpt vector handler
vh.bpt: cmp -2(r3),(r4)+ ; check modified data
beq 1$
halt
1$: cmp 2(sp),(r5)+ ; check psw saved on stack
beq 2$
halt
2$: rtt ; ensure next instruction is executed
; main code
start: mov r1,(r3)+ ; (#4711, #123456)
cmp r1,(r3)+ ; (#4711, #123456)
cmp r2,(r3)+ ; (#123456,#4711)
cmp r1,(r3)+ ; (#4711, #4711)
clr (r3)+ ; (#123456)
bit r1,(r3)+ ; (#4711, #11)
bit r1,(r3)+ ; (#4711, #66)
bic r1,(r3)+ ; (#4711, #123456)
bis r1,(r3)+ ; (#4711, #123456)
add r1,(r3)+ ; (#4711, #123456)
sub r1,(r3)+ ; (#4711, #123456)
com (r3)+ ; (#123456)
inc (r3)+ ; (#123456)
dec (r3)+ ; (#123456)
neg (r3)+ ; (#123456)
tst (r3)+ ; (#123456)
ror (r3)+ ; (#100201) Cin=0; Cout=1
ror (r3)+ ; (#002201) Cin=1; Cout=1
rol (r3)+ ; (#100200) Cin=1; Cout=1
asr (r3)+ ; (#200)
asr (r3)+ ; (#100200)
asl (r3)+ ; (#200)
asl (r3)+ ; (#100200)
add r1,(r3)+ ; (#4711, #077777)
adc (r3)+ ; (#200)
sub r1,(r3)+ ; (#4711, #4700)
sbc (r3)+ ; (#200)
swab (r3)+ ; (#111000)
sxt (r3)+ ; (#111111 with N=1)
xor r1,(r3)+ ; (#070707,#4711)
sxt (r3)+ ; (#111111 with N=0)
halt
stop:
; input data for code
data: .word 123456 ; mov r1,(r3)+ (#4711, #123456)
.word 123456 ; cmp r1,(r3)+ (#4711, #123456)
.word 004711 ; cmp r1,(r3)+ (#123456,#4711)
.word 004711 ; cmp r1,(r3)+ (#4711, #4711)
.word 123456 ; clr (r3)+ (#123456)
.word 000011 ; bit r1,(r3)+ (#4711, #11)
.word 000066 ; bit r1,(r3)+ (#4711, #66)
.word 123456 ; bic r1,(r3)+ (#4711, #123456)
.word 123456 ; bis r1,(r3)+ (#4711, #123456)
.word 123456 ; add r1,(r3)+ (#4711, #123456)
.word 123456 ; sub r1,(r3)+ (#4711, #123456)
.word 123456 ; com (r3)+ (#123456)
.word 123456 ; inc (r3)+ (#123456)
.word 123456 ; dec (r3)+ (#123456)
.word 123456 ; neg (r3)+ (#123456)
.word 123456 ; tst (r3)+ (#123456)
.word 100201 ; ror (r3)+ (#100201)
.word 002201 ; ror (r3)+ (#002201)
.word 100200 ; rol (r3)+ (#100200)
.word 000200 ; asr (r3)+ (#200)
.word 100200 ; asr (r3)+ (#100200)
.word 000200 ; asl (r3)+ (#200)
.word 100200 ; asl (r3)+ (#100200)
.word 177000 ; add r1,(r3)+ (#4711, ,#177000)
.word 000200 ; adc (r3)+ (#200)
.word 004701 ; sub r1,(r3)+ (#4711, #4701)
.word 000200 ; sbc (r3)+ (#200)
.word 111000 ; swab (r3)+ (#111000)
.word 111111 ; sxt (r3)+ (#111111)
.word 070707 ; xor r1,(r3)+ (#070707)
.word 111111 ; sxt (r3)+ (#111111)
;
; data check, values after instruction
chkdat: .word 004711 ; mov r1,(r3)+ (#4711, #123456)
.word 123456 ; cmp r1,(r3)+ (#4711, #123456)
.word 004711 ; cmp r1,(r3)+ (#123456,#4711)
.word 004711 ; cmp r1,(r3)+ (#4711, #4711)
.word 000000 ; clr (r3)+ (#123456)
.word 000011 ; bit r1,(r3)+ (#4711, #11)
.word 000066 ; bit r1,(r3)+ (#4711, #66)
.word 123046 ; bic r1,(r3)+ (#4711, #123456)
.word 127757 ; bis r1,(r3)+ (#4711, #123456)
.word 130367 ; add r1,(r3)+ (#4711, #123456)
.word 116545 ; sub r1,(r3)+ (#4711, #123456)
.word 054321 ; com (r3)+ (#123456)
.word 123457 ; inc (r3)+ (#123456)
.word 123455 ; dec (r3)+ (#123456)
.word 054322 ; neg (r3)+ (#123456)
.word 123456 ; tst (r3)+ (#123456)
.word 040100 ; ror (r3)+ (#100201)
.word 101100 ; ror (r3)+ (#002201)
.word 000401 ; rol (r3)+ (#100200)
.word 000100 ; asr (r3)+ (#200)
.word 140100 ; asr (r3)+ (#100200)
.word 000400 ; asl (r3)+ (#200)
.word 000400 ; asl (r3)+ (#100200)
.word 003711 ; add r1,(r3)+ (#4711, ,#177000)
.word 000201 ; adc (r3)+ (#200)
.word 177770 ; sub r1,(r3)+ (#4711, #4701)
.word 000177 ; sbc (r3)+ (#200)
.word 000222 ; swab (r3)+ (#111000)
.word 177777 ; sxt (r3)+ (#111111)
.word 074016 ; xor r1,(r3)+ (#070707)
.word 000000 ; sxt (r3)+ (#111111)
;
; psw check, condition codes after instruction (Note: T bit always set !)
chkcc: .word 000020 ; 0000; mov r1,(r3)+ (#4711, #123456)
.word 000021 ; 000C; cmp r1,(r3)+ (#4711, #123456)
.word 000030 ; N000; cmp r1,(r3)+ (#123456,#4711)
.word 000024 ; 0Z00; cmp r1,(r3)+ (#4711, #4711)
.word 000024 ; 0Z00; clr (r3)+ (#123456)
.word 000020 ; 0000; bit r1,(r3)+ (#4711, #11)
.word 000024 ; 0Z00; bit r1,(r3)+ (#4711, #66)
.word 000030 ; N000; bic r1,(r3)+ (#4711, #123456)
.word 000030 ; N000; bis r1,(r3)+ (#4711, #123456)
.word 000030 ; N000; add r1,(r3)+ (#4711, #123456)
.word 000030 ; N000; sub r1,(r3)+ (#4711, #123456)
.word 000021 ; 000C; com (r3)+ (#123456)
.word 000031 ; N00C; inc (r3)+ (#123456) keep C!
.word 000031 ; N00C; dec (r3)+ (#123456) keep C!
.word 000021 ; 000C; neg (r3)+ (#123456)
.word 000030 ; N000; tst (r3)+ (#123456)
.word 000023 ; 00VC; ror (r3)+ (#100201)
.word 000031 ; N00C; ror (r3)+ (#002201)
.word 000023 ; 00VC; rol (r3)+ (#100200)
.word 000020 ; 0000; asr (r3)+ (#200)
.word 000032 ; N0V0; asr (r3)+ (#100200)
.word 000020 ; 0000; asl (r3)+ (#200)
.word 000023 ; 00VC; asl (r3)+ (#100200)
.word 000021 ; 000C; add r1,(r3)+ (#4711, ,#177000)
.word 000020 ; 0000; adc (r3)+ (#200)
.word 000031 ; N00C; sub r1,(r3)+ (#4711, #4701)
.word 000020 ; 0000; sbc (r3)+ (#200)
.word 000030 ; N000; swab (r3)+ (#111000)
.word 000030 ; N000; sxt (r3)+ (#111111 with N=1)
.word 000020 ; 0000; xor r1,(r3)+ (#4711, #070707)
.word 000024 ; 0Z00; sxt (r3)+ (#111111 with N=0)
}
rw11::asmrun $cpu sym r0 0 \
r1 0004711 \
r2 0123456 \
r3 $sym(data) \
r4 $sym(chkdat) \
r5 $sym(chkcc) \
sp $sym(stack) \
pc $sym(start) \
ps 020
rw11::asmwait $cpu sym
rw11::asmtreg $cpu r1 0004711 \
r2 0123456 \
r3 [expr $sym(data)+2*31] \
r4 [expr $sym(chkdat)+2*31] \
r5 [expr $sym(chkcc)+2*31] \
sp $sym(stack)
;
# -- Section B ---------------------------------------------------------------
rlc log " Byte instructions -----------------------------------------"
# derived from tb_pdp11core_stim.dat code 25
# r3 points to data, each instruction reads or modifies one value
# r4 points to check data, the values after instruction
# r5 points to check psw, the psw values after instruction
$cpu ldasm -lst lst -sym sym {
.include |lib/defs_cpu.mac|
.include |lib/vec_cpucatch.mac|
;
; setup bpt vector
. = 000014
.word vh.bpt
.word 0
;
. = 1000
stack:
;
; bpt vector handler
vh.bpt: cmpb -1(r3),(r4)+ ; check modified data
beq 1$
halt
1$: cmp 2(sp),(r5)+ ; check psw saved on stack
beq 2$
halt
2$: rtt ; ensure next instruction is executed
; main code
start: movb r1,(r3)+ ; (#123, #333)
cmpb r1,(r3)+ ; (#123, #333)
cmpb r2,(r3)+ ; (#321, #111)
cmpb r1,(r3)+ ; (#123, #123)
clrb (r3)+ ; (#333)
bitb r1,(r3)+ ; (#123, #11)
bitb r1,(r3)+ ; (#123, #44)
bicb r1,(r3)+ ; (#123, #333)
bisb r1,(r3)+ ; (#123, #111)
comb (r3)+ ; (#321)
incb (r3)+ ; (#321)
decb (r3)+ ; (#321)
negb (r3)+ ; (#321)
tstb (r3)+ ; (#321)
rorb (r3)+ ; (#201) Cin=0; Cout=1
rorb (r3)+ ; (#021) Cin=1; Cout=1
rolb (r3)+ ; (#210) Cin=1; Cout=1
asrb (r3)+ ; (#020)
asrb (r3)+ ; (#220)
aslb (r3)+ ; (#020)
aslb (r3)+ ; (#220)
halt
stop:
; input data for code
data: .byte 333 ; movb r1,(r3)+ (#123, #333)
.byte 333 ; cmpb r1,(r3)+ (#123, #333)
.byte 111 ; cmpb r2,(r3)+ (#321, #111)
.byte 123 ; cmpb r1,(r3)+ (#123, #123)
.byte 333 ; clrb (r3)+ (#333)
.byte 011 ; bitb r1,(r3)+ (#123, #11)
.byte 044 ; bitb r1,(r3)+ (#123, #44)
.byte 333 ; bicb r1,(r3)+ (#123, #333)
.byte 111 ; bisb r1,(r3)+ (#123, #111)
.byte 321 ; comb (r3)+ (#321)
.byte 321 ; incb (r3)+ (#321)
.byte 321 ; decb (r3)+ (#321)
.byte 321 ; negb (r3)+ (#321)
.byte 321 ; tstb (r3)+ (#321)
.byte 201 ; rorb (r3)+ (#201) Cin=0; Cout=1
.byte 021 ; rorb (r3)+ (#021) Cin=1; Cout=1
.byte 210 ; rolb (r3)+ (#210) Cin=1; Cout=1
.byte 020 ; asrb (r3)+ (#020)
.byte 220 ; asrb (r3)+ (#220)
.byte 020 ; aslb (r3)+ (#020)
.byte 220 ; aslb (r3)+ (#220)
.even
;
; data check, values after instruction
chkdat: .byte 123 ; movb r1,(r3)+ (#123, #333)
.byte 333 ; cmpb r1,(r3)+ (#123, #333)
.byte 111 ; cmpb r2,(r3)+ (#321, #111)
.byte 123 ; cmpb r1,(r3)+ (#123, #123)
.byte 000 ; clrb (r3)+ (#333)
.byte 011 ; bitb r1,(r3)+ (#123, #11)
.byte 044 ; bitb r1,(r3)+ (#123, #44)
.byte 210 ; bicb r1,(r3)+ (#123, #333)
.byte 133 ; bisb r1,(r3)+ (#123, #111)
.byte 056 ; comb (r3)+ (#321)
.byte 322 ; incb (r3)+ (#321)
.byte 320 ; decb (r3)+ (#321)
.byte 057 ; negb (r3)+ (#321)
.byte 321 ; tstb (r3)+ (#321)
.byte 100 ; rorb (r3)+ (#201) Cin=0; Cout=1
.byte 210 ; rorb (r3)+ (#021) Cin=1; Cout=1
.byte 021 ; rolb (r3)+ (#210) Cin=1; Cout=1
.byte 010 ; asrb (r3)+ (#020)
.byte 310 ; asrb (r3)+ (#220)
.byte 040 ; aslb (r3)+ (#020)
.byte 040 ; aslb (r3)+ (#220)
.even
;
; psw check, condition codes after instruction (Note: T bit always set !)
chkcc:
.word 000020 ; 0000; movb r1,(r3)+ (#123, #333)
.word 000021 ; 000C; cmpb r1,(r3)+ (#123, #333)
.word 000030 ; N000; cmpb r1,(r3)+ (#321, #111)
.word 000024 ; 0Z00; cmpb r1,(r3)+ (#123, #123)
.word 000024 ; 0Z00; clrb (r3)+ (#333)
.word 000020 ; 0000; bitb r1,(r3)+ (#123, #11)
.word 000024 ; 0Z00; bitb r1,(r3)+ (#123, #44)
.word 000030 ; N000; bicb r1,(r3)+ (#123, #333)
.word 000020 ; 0000; bisb r1,(r3)+ (#123, #111)
.word 000021 ; 000C; comb (r3)+ (#321)
.word 000031 ; N00C; incb (r3)+ (#321) keep C!
.word 000031 ; N00C; decb (r3)+ (#321) keep C!
.word 000021 ; 000C; negb (r3)+ (#321)
.word 000030 ; N000; tstb (r3)+ (#321)
.word 000023 ; 00VC; rorb (r3)+ (#201)
.word 000031 ; N00C; rorb (r3)+ (#021)
.word 000023 ; 00VC; rolb (r3)+ (#210)
.word 000020 ; 0000; asrb (r3)+ (#020)
.word 000032 ; N0V0; asrb (r3)+ (#220)
.word 000020 ; 0000; aslb (r3)+ (#020)
.word 000023 ; 00VC; aslb (r3)+ (#220)
}
rw11::asmrun $cpu sym r0 0 \
r1 0000123 \
r2 0000321 \
r3 $sym(data) \
r4 $sym(chkdat) \
r5 $sym(chkcc) \
sp $sym(stack) \
pc $sym(start) \
ps 020
rw11::asmwait $cpu sym
rw11::asmtreg $cpu r1 0000123 \
r2 0000321 \
r3 [expr $sym(data)+1*21] \
r4 [expr $sym(chkdat)+1*21] \
r5 [expr $sym(chkcc)+2*21] \
sp $sym(stack)

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@@ -1,4 +1,4 @@
# $Id: w11a_all.dat 1250 2022-07-10 10:21:03Z mueller $
# $Id: w11a_all.dat 1254 2022-07-13 06:16:19Z mueller $
#
## steering file for all w11a tests
#
@@ -10,6 +10,8 @@ test_w11a_srcr_word_flow.tcl
test_w11a_dstw_word_flow.tcl
test_w11a_dstm_word_flow.tcl
test_w11a_dsta_flow.tcl
#
test_w11a_inst_quick.tcl
test_w11a_inst_traps.tcl
#
test_w11a_cpuerr.tcl

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@@ -1,6 +1,7 @@
# $Id: cpu_all.dat 1250 2022-07-10 10:21:03Z mueller $
# $Id: cpu_all.dat 1254 2022-07-13 06:16:19Z mueller $
#
## steering file for all cpu tests
#
cpu_basics.mac
cpu_eis.mac
cpu_selftest.mac

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@@ -0,0 +1,215 @@
; $Id: cpu_selftest.mac 1254 2022-07-13 06:16:19Z mueller $
; SPDX-License-Identifier: GPL-3.0-or-later
; Copyright 2022- by Walter F.J. Mueller <W.F.J.Mueller@gsi.de>
;
; Revision History:
; Date Rev Version Comment
; 2022-07-12 1254 1.0 Initial version
;
; Test CPU basics
;
.include |lib/tcode_std_base.mac|
;
; Section A: Self-Test codes
;
; Test A1 -- 11/34 self test ++++++++++++++++++++++++++++++++++++++++++
; adopted from tb_pdp11core_stim.dat code 34
; heavily inspired from 23-248F1, the 11/04-34 Diagnostic PROM
;
ta0101: clr r0 ; r0=000000 c=0
inc r0 ; r0=000001 c=0
com r0 ; r0=177776 c=1
asr r0 ; r0=177777 c=0
asl r0 ; r0=177776 c=1
ror r0 ; r0=177777 c=0
tst r0 ; r0=177777 c=0 ?impact unclear?
neg r0 ; r0=000001 c=1
dec r0 ; r0=000000 c=1
sbc r0 ; r0=177777 c=1
rol r0 ; r0=177777 c=1
adc r0 ; r0=000000 c=1
swab r0 ; r0=000000 c=0
beq 1$
halt
1$: mov #300$,r2 ; r2=300$
mov (r2),r3 ; r2=300$ r3=300$
cmp (r2)+,r3 ; r2=300$+2 r3=300$
beq 2$
halt
2$: add @(r2)+,r3 ; r2=300$+4 r3=<2*300$>
sub @-(r2),r3 ; r2=300$+2 r3=300$
bic -(r2),r3 ; r2=300$ r3=000000
bis 12(r2),r3 ; r2=300$ r3=003122
bit @12(r2),r3 ; r2=300$ r3=003122
bne 3$
halt
3$: mov pc,r1 ; r1 points to jmp
jmp (r1)+ ; jumps 1st to itself, 2nd to next instruction
mov #102$,r1
jmp @(r1)+ ; jump to next jmp
101$: jmp (r1) ; jump to instruction after 102$
102$: .word 101$
tstb 301$
beq 4$
halt
4$: mov r2,r4
cmp (r4)+,(r4)+ ; r4=011564
tstb (r4)+ ; r4=011565 (r4)+=000
beq 5$
halt
5$: tstb (r4) ; r4=011565 (r4)=200
bmi 6$
halt
6$: mov #302$,r5 ; r5=302$
mov #400$,r2 ; r2=400$
mov (r5),r3 ; r3=177777
clr (r2) ; 400$[0] = 0
movb (r5)+,(r2) ; 400$[0] = 377; r5=302$+1
inc r2 ; r2=400$+1
movb (r5)+,(r2) ; 400$[1] = 377; r5=302$+2
dec r2 ; r2=400$
cmp @(r5)+,(r2) ; 302$[0] == 400$[0]; r5=302$+4
beq 7$
halt
7$: inc r2 ; r2=400$+1
bicb @(r5)+,(r2)+ ; 400$[1] = 0; r2=400$+2; r5=302$+6
cmp -(r5),-(r2) ; r2=400$; r5=302$+4
bicb @(r5)+,(r2)+ ; 400$[0] = 0; r2=400$+1; r5=302$+6
beq 8$
halt
8$: mov r5,r2 ; r2=302$+6
mov -6(r5),r5 ; r5=177777
movb r5,@(r2)+ ; 400$[0] = 377; r2=302$+10
bisb r5,@0(r2) ; 400$[1] = 377
cmp r3,@-(r2) ; r2=302$+6
beq 9$
halt
9$: jmp 9999$
;
300$: .word 300$ ; 300$ + 0
.word 300$ ; + 2
301$: .byte 000,200 ; + 4
302$: .word 177777 ; + 6; 302$ + 0
.word 302$ ; +10 + 2
.word 302$ ; +12 + 4
.word 400$ ; + 6
.word 400$+1 ; +10
400$: .word 0,0
;
9999$: iot ; end of test A1
;
; Test A2 -- 11/70 self test ++++++++++++++++++++++++++++++++++++++++++
; adopted from tb_pdp11core_stim.dat code 35
; heavily inspired from 23-616F1, the 11/60-70 Diagnostic PROM
;
ta0201:
clr sp ; sp=000000
bmi 1$
bvs 1$
bhi 1$
blt 1$
blos 2$
1$: halt
2$: dec sp ; sp=177777
bpl 3$
beq 3$
bge 3$
ble 4$
3$: halt
4$: ror sp ; sp=077777
bvc 5$
bcc 5$
bne 6$
5$: halt
6$: mov #125252,sp ; sp=125252
mov sp,r0 ; r0=125252
mov r0,r1 ; r1=125252
mov r1,r2 ; r2=125252
mov r2,r3 ; r3=125252
mov r3,r4 ; r4=125252
mov r4,r5 ; r5=125252
sub r5,r1 ; r1=00000
blt 7$
beq 8$
7$: halt
8$: rol r2 ; r2=052524 c=1
bcc 9$
blt 10$
9$: halt
10$: add r2,r3 ; r3=177776 (125252+052524)
inc r3 ; r3=177777
com r3 ; r3=000000
add r3,r1 ; r1=000000 c=0
bcs 11$
ble 12$
11$: halt
12$: ror r4 ; r4=052525
bis r4,r3 ; r3=052525 (r3 was 0)
add r5,r3 ; r3=177777 c=0 (125252+052525)
inc r3 ; r3=000000 c=0 (kept)
bcs 13$
dec r1 ; r1=177777
blt 14$
13$: halt
14$: com r0 ; r0=052525
blos 16$
halt
16$: bic r0,r1 ; r1=125252
add r1,r1 ; r1=052524 c=1
bgt 17$
ble 18$
17$: halt
18$: swab r1 ; r1=052125
cmp r1,#052125
bne 19$
bit r4,r5
bgt 19$
com r5 ; r5=052525
bne 20$
19$: halt
20$: movb #177401,r0 ; r0=000001
bpl 22$
21$: halt
22$: sob r0,21$ ; r0=1 so sob falls through; r0=000000
sec ; c=1
rol r0 ; r0=000001
rol r0 ; r0=000002
rol r0 ; r0=000004
mov r0,r1 ; r1=000004
neg r1 ; r1=177774
24$: inc r1
sob r0,24$ ; sob will do 4 iterations
tst r0 ; here r0=0; r1=0
bne 25$
tst r1
beq 26$
25$: halt
26$: mov #stack,sp ; sp=002000
jsr pc,100$
27$: halt
100$: cmp #27$,(sp) ; check return address
beq 101$
halt
101$: mov #200$,(sp) ; set new return
rts pc ; and rts to 200$
halt
200$: clr -(sp) ; setup vector return
mov #300$,-(sp) ;
rti ; and rti to 300$
halt
300$: jmp @#400$
halt
400$: mov #160000,r5 ; r5=160000
mov #500$,v..iit ; setup iit vector
clr v..iit+2
mov #stack,sp ; sp=002000
tst (r5) ; will fail, first word of I/O page
halt
500$: mov #v..iit+2,v..iit ; restore iit catcher
clr v..iit+2
;
9999$: iot ; end of test A2
;
; END OF ALL TESTS - loop closure --------------------------------------------
;
jmp loop