Subject: Re: E250 support and failed boot
To: Eduardo Horvath <eeh@turbolinux.com>
From: Mark Blackman <mark.blackman@dircon.net>
List: port-sparc64
Date: 08/25/2000 09:13:29
>
> I updated ftp.netbsd.org:/pub/NetBSD/arch/sparc64/other/netbsd.bootdebug
> with the E250 fix if anybody wants to test it out.
>
> Eduardo Horvath
>
using this kernel, I see more output but still seems to hit either
'test' or 'test-method'. i.e... (pointer 'dump' at bottom).
-Mark.
***********
Keyboard not present. Using ttya for input and output.
Sun (TM) Enterprise 250 (UltraSPARC-II 296MHz), No Keyboard
OpenBoot 3.16, 1024 MB memory installed, Serial #13619721.
Ethernet address 8:0:20:cf:d2:9, Host ID: 80cfd209.
Rebooting with command: boot net
Boot device: /pci@1f,4000/network@1,1 File and args:
15400 >> NetBSD/sparc64 OpenFirmware Boot, Revision
>> (mrg@powerofseven.eterna.com.au, Sat Aug 19 02:35:03 EST 2000)
Using BOOTPARAMS protocol: ip address: 192.168.1.162, hostname: w02.test.net
root addr=192.168.1.156 path=/export/w02.test.net/root
loadfile: reading header
elf64_exec: Booting /pci@1f,4000/network@1,1/netbsd
3006159@0xf1000000+420544@0xf1400000+434080@0xf1466ac0
symbols @ 0xfefa6340 84+241224+123889 start=0xf1000000
chain: calling OF_chain(800000, ef18, f1000000, fff89a80, 18)
[ using 366040 bytes of netbsd ELF symbol table ]
Entered pmap_bootstrap.
Available virutal memory:
memlist start 0xfffff80000000000 size 7fc00000000
memlist start 0x100000000 size 7ff00000000
memlist start 0xffff0000 size e000
memlist start 0x0 size f0000000
memlist start 0xfff6c000 size a000
memlist start 0xfff00000 size 52000
memlist start 0xf14d2000 size dad4000
memlist start 0xf12de000 size 122000
End of available virutal memory
Trying to allocate msgbuf at fe006000, size 8000
Fast Data Access MMU Miss
ok ctrace
PC: f000b168
Last leaf: call f0008080 from f00104e0
0 w %o0-%o5: (f0014a38 0 0 5 fff89b70 0 )
jmpl f007601c from f100aaec
1 w %o0-%o5: (fff89550 1 d d f007601c 0 )
call f100aaa0 from f1261014
2 w %o0-%o5: (fff89550 1 d d f007601c 0 )
call f1260fe4 from f1261df8
3 w %o0-%o5: (fffe8638 f12d6cd8 fff89640 50 f007601c 2c )
call f1261d0c from f1262344
4 w %o0-%o5: (8000 2000 8000 80 f149ed98 fff88fa8 )
call f126214c from f125aef8
5 w %o0-%o5: (f14d0800 f12d7000 f14d0800 fe006000 f142c000 f12d7000 )
call f125ae6c from f100a6f0
6 w %o0-%o5: (2000 10 ffffffffffffffff f007601c f007601c f1408018 )
call 800480 OF_chain from 800ffc chain+10c
7 w %o0-%o5: (800000 f18 f1000000 fff89a80 18 18 )
call 800ef0 chain from 8012dc loadfile+2c8
8 w %o0-%o5: (f1000000 fff89a80 fefa6000 18 fff89b70 0 )
call 801014 loadfile from 80236c main+348
9 w %o0-%o5: (0 fff89c80 0 200 0 0 )
call 802024 main from 80004c +80004c
a w %o0-%o5: (80d458 80e948 80e800 0 0 0 )
XXXXXXX from 0
b w %o0-%o5: (0 0 0 0 f007601c 0 )
ok .trap-registers
%TL:1 %TT:68 %TPC:f000b168 %TnPC:f000b16c
%TSTATE:4400000403 %CWP:3
%PSTATE:4 AG:0 IE:0 PRIV:1 AM:0 PEF:0 RED:0 MM:0 TLE:0 CLE:0 MG:0 IG:0
%ASI:0 %CCR:44 XCC:nZvc ICC:nZvc
%TL:2 %TT:68 %TPC:f0003048 %TnPC:f000304c
%TSTATE:4458041403 %CWP:3
%PSTATE:414 AG:0 IE:0 PRIV:1 AM:0 PEF:1 RED:0 MM:0 TLE:0 CLE:0 MG:1 IG:0
%ASI:58 %CCR:44 XCC:nZvc ICC:nZvc
%TL:3 %TT:68 %TPC:f0004e70 %TnPC:f0004e74
%TSTATE:8058041404 %CWP:4
%PSTATE:414 AG:0 IE:0 PRIV:1 AM:0 PEF:1 RED:0 MM:0 TLE:0 CLE:0 MG:1 IG:0
%ASI:58 %CCR:80 XCC:Nzvc ICC:nzvc
%TL:4 %TT:1ff %TPC:fffffffffffffffc %TnPC:fffffffffffffffc
%TSTATE:7403022100 %CWP:0
%PSTATE:221 AG:1 IE:0 PRIV:0 AM:0 PEF:0 RED:1 MM:0 TLE:0 CLE:1 MG:0 IG:0
%ASI:3 %CCR:74 XCC:nZVC ICC:nZvc
%TL:5 %TT:1ff %TPC:fffffffffffffffc %TnPC:fffffffffffffffc
%TSTATE:54cb04a502 %CWP:2
%PSTATE:4a5 AG:1 IE:0 PRIV:1 AM:0 PEF:0 RED:1 MM:2 TLE:0 CLE:0 MG:1 IG:0
%ASI:cb %CCR:54 XCC:nZvC ICC:nZvc
ok .registers
Normal Alternate MMU Vector
0: 0 0 0 0
1: 7 1 fffda6c0 7ed
2: f0000000 f1261724 f0000000 f0000000
3: fffe0000 fffe0000 3 200000000
4: 100fe0000 0 3 4000
5: f00102fc fffe6f60 f f8
6: fffefe78 4400001600 fffe0000 e
7: fffeef90 4e 68 f005e310
%PC f000b168 %nPC f000b16c
%TBA f0000000 %CCR 44 XCC:nZvc ICC:nZvc
ok 0 .window
INs LOCALs OUTs
0: fff89550 f12d6ce3 f0014a38
1: 1 f0033dab 0
2: d 1 0
3: d 0 5
4: f007601c b fff89b70
5: 0 b 0
6: fff88bf1 0 fff88b31
7: f100aaec f007601c f00104e0
ok
ok
ok fff89550 32 dump
\/ 1 2 3 4 5 6 7 8 9 a b c d e f v123456789abcdef
fff89550 00 00 00 00 f1 2d 69 38 00 00 00 00 00 00 00 02 ....q-i8........
fff89560 00 00 00 00 00 00 00 01 00 00 00 00 ff fe 86 38 .............~.8
fff89570 00 00 00 00 f1 2d 6c d8 00 00 00 00 00 00 00 07 ....q-lX........
fff89580 00 00 00 00 00 80 bb f8 00 00 00 00 00 00 00 03 ......;x........
ok f12d6938 32 dump
0 1 2 3 4 5 6 7 \/ 9 a b c d e f 01234567v9abcdef
f12d6930 74 65 73 74 00 00 00 00 74 65 73 74 2d 6d 65 74 test....test-met
f12d6940 68 6f 64 00 00 00 00 00 72 65 61 64 00 00 00 00 hod.....read....
f12d6950 77 72 69 74 65 00 00 00 4f 46 5f 77 72 69 74 65 write...OF_write
f12d6960 28 29 20 3e 20 31 30 32 34 0a 00 00 00 00 00 00 () > 1024.......
ok