Re: sun2/sun3/sun4c/sun4u emulator

[Manuel Bouyer <bouyer%antioche.eu.org@localhost>]

On Mon, Jun 07, 2010 at 07:36:59PM -0400, fredette%csail.mit.edu@localhost 
wrote:
> 
> >but it's not there yet. After starting 'tmesh MY-SUN4U',
> >any command I type in (even a simple carriage return) seems to
> >bring tme in an infinite loop.
> >Anyone else has seen this ?
> >Note, I built tme without gtk2 (I commented out the buildlink include
> >in the package Makefile)
> 
> To run without gtk:
> 
> comment out kbd0 ms0 cgsix0 cgsixrom0 display0 sink1
> uncomment sink0 console0

this is what I did. Attached is my config file, I don't think I
missed anything ...

--noninteractive doesn't work either.
ktrace shows it's looping on __sigprocmask14:
  9446      1 tmesh    CALL  __sigprocmask14(3,0x7f7ffdb117e8,0)
  9446      1 tmesh    RET   __sigprocmask14 0
  9446      1 tmesh    CALL  __sigprocmask14(0,0,0x7f7ffdb117e8)
  9446      1 tmesh    RET   __sigprocmask14 0
  9446      1 tmesh    CALL  __sigprocmask14(0,0,0x7f7ffc9020a0)
  9446      1 tmesh    RET   __sigprocmask14 0

just after reading a line from terminal. ktrace shows it's reading
from file descriptor 7 and not 0, I guess that's expected ...


-- 
Manuel Bouyer <bouyer%antioche.eu.org@localhost>
     NetBSD: 26 ans d'experience feront toujours la difference
--

# $Id: SUN-ULTRA-1,v 1.2 2010/06/05 19:30:55 fredette Exp $

## SUN-ULTRA-1 - example tmesh commands to create a Sun Ultra-1
## machine:

## the Ultra-1 system controller, CPU, I/O bridge, and RAM:
##
sc0: tme/ic/stp2200
cpu0 at sc0 addr 0x1c000000000: tme/ic/stp1030 tick-frequency 167M fpu-type 
builtin fpu-compliance partial fpu-incomplete trap
sbus0 at sc0 addr 0x1fe00000000: tme/ic/stp2220
##
## NOTE THAT THE SIZE OF EACH ramN BANK CAN ONLY BE 32MB,
## OR 64MB, OR 128MB, OR 256MB.  DO NOT USE ANY OTHER
## SIZES OR ADD MORE BANKS.  ram0 MUST EXIST.
##
ram0 at sc0 addr 0x00000000: tme/host/posix/memory ram 32MB
#ram1 at sc0 addr 0x10000000: tme/host/posix/memory ram 32MB
#ram2 at sc0 addr 0x20000000: tme/host/posix/memory ram 32MB
#ram3 at sc0 addr 0x30000000: tme/host/posix/memory ram 32MB

## the SLAVIO devices:
##
flash0 at sbus0 slot 15 offset 0x0000000: tme/host/posix/memory rom 
"SUNW,501-3082-update7.bin"
zs0 at sbus0 slot 15 offset 0x1100000: tme/ic/ncr89c105/z85c30
zs1 at sbus0 slot 15 offset 0x1000000: tme/ic/ncr89c105/z85c30
nvram0 at sbus0 slot 15 offset 0x1200000: tme/host/posix/memory persistent 
my-sun4u-nvram.bin
clock0 at sbus0 slot 15 offset 0x1201ff0: tme/machine/sun4/clock type 
tme/ic/mk48t59
sc0 at sbus0 slot 15 offset 0x1300000
fdtwo0 at sbus0 slot 15 offset 0x1400000: tme/ic/ncr89c105/i82077
auxio0 at sbus0 slot 15 offset 0x1900000: tme/ic/ncr89c105/auxio

## the Aurora Personality Chip and CS4231:
##
apcdma0 at sbus0 slot 13 offset 0x0: tme/ic/stp2024 id 0x3
audiocs0 at apcdma0 codec: tme/ic/cs4231A

## the Sun type-4 keyboard and mouse:
##
#kbd0 at zs1 channel A: tme/serial/keyboard type sun-type-4-us macros 
my-sun-macros.txt map sun-keyboards.txt rate 20
#ms0 at zs1 channel B: tme/serial/mouse type mousesystems-5

## IF YOU DO NOT ATTACH kbd0 at zs1 channel A, THEN YOU MUST ATTACH
## sink0 at zs1 channel A, otherwise the PROM's keyboard poll never
## finishes:
##
sink0 at zs1 channel A: tme/serial/sink

## ttya:
##
# comment the first line, and uncomment the following line if you
# aren't using the GTK-based display console.  this will connect ttya
# to the master side of a pseudo-tty (in this case, /dev/ttyr0), which
# you can connect to using tip or some other serial communications
# program on the slave side (in this case, /dev/ptyr0):
#
#sink1 at zs0 channel A: tme/serial/sink
console0 at zs0 channel A: tme/host/posix/serial device /dev/ttyr0 break-carats

## the SBus esp SCSI:
##
esp0 at sbus0 slot 14 offset 0x8800000: tme/ic/lsi64854 revision "1+" channel 
scsi
esp0 dma at sbus0 slot 14 offset 0x8400000
ncr0 at esp0 master: tme/ic/ncr53c9x variant esp100
scsibus0 at ncr0: tme/scsi/bus

## the SBus LANCE Ethernet:
##
# uncomment the bpf0 line if you have read/write permission on one
# of your /dev/bpfN devices and you want actual network access:
#
ledma0 dma at sbus0 slot 14 offset 0x8400010: tme/ic/lsi64854 revision 2 
channel ethernet
ledma0 at sbus0 slot 14 offset 0x8c00000
le0 at ledma0 master: tme/ic/am7990
#bpf0 at le0: tme/host/bsd/bpf

## the SBus parallel port:
##
bpp0 at sbus0 slot 14 offset 0xc800000: tme/ic/lsi64854 revision "1+" channel 
parallel

## an SBus cgsix:
##
## NOTE: the cgsix emulation is extremely poor; it's enabled
## by default only because NetBSD/sparc64 currently does not
## support a cgthree console.  THIS WILL NOT RUN X:
##
#cgsix0 at sbus0 slot 0 offset 0x0: tme/bus/sbus/cgsix type 501-2325
#cgsixrom0 at sbus0 slot 0 offset 0x0: tme/host/posix/memory rom 
"SUNW,501-2325.bin"

## an SBus cgthree:
##
#cgthree0 at sbus0 slot 0 offset 0x0: tme/bus/sbus/cgthree
#cgthreerom0 at sbus0 slot 0 offset 0x0: tme/host/posix/memory rom 
"SUNW,501-1415.bin"

## an SBus bwtwo:
##
#bwtwo0 at sbus0 slot 1 offset 0x0: tme/bus/sbus/bwtwo
#bwtworom0 at sbus0 slot 1 offset 0x0: tme/host/posix/memory rom 
"SUNW,501-1561.bin"

## the GTK-based display console:
##
# comment out these lines, and the SBus framebuffer declarations
# above, if you don't have GTK or you don't want a display console:
#
#display0: tme/host/gtk/display
#display0 at cgsix0
#display0 at cgthree0
#display0 at bwtwo0
#display0 at kbd0
#display0 at ms0

## a SCSI disk:
##
#
sd0 at scsibus0: tme/scsi/disk id 0 type tme-scsi-1
disk0 at sd0: tme/host/posix/disk file my-sun4u-disk.img

## a SCSI tape:
##
st0 at scsibus0: tme/scsi/tape id 4 type tme-scsi-1
tape0 at st0: tme/host/posix/tape

## set the idle type, so tmesh doesn't consume all of the host CPU:
##
# use the appropriate type for the guest operating system:
#
# NetBSD/sparc64 1.6 through 4.99.19: netbsd64-type-0
# NetBSD/sparc64 4.99.21 through this writing: netbsd64-type-1
#
command cpu0 idle-type netbsd64-type-1

## power up the machine:
##
# uncomment this line to automatically power up the machine when
# tmesh starts:
#
#command sc0 power