- tools/bin/ti_w11: use rw11::shell by default; add -ns to suppress it - tools/oskit/*/*_boot.tcl: remove activation of cpucons and cpumon - tools/src/librwxxtpp - RtclRw11Cpu.cpp: use 'ssr' instead of 'mmr' for MMU register names - tools/tcl/rw11: - defs.tcl: fix typo in regmap_add for SDR's - shell.tcl: add '@' command - shell_simh.tcl: added, simh command converter - *: README updates
Notes on oskit: RSX-11Mplus V3.0 system on RP06 volumes
General remarks
See notes in w11a_os_guide.md on
- I/O emulation setup
- FPGA Board setup
- Rlink and Backend Server setup
- Legal terms
Also read README_license.txt which is included in the oskit !!
Installation
A disk set is available from http://www.retro11.de/data/oc_w11/oskits/rsx11mp-30_rpset.tgz
Download, unpack and copy the disk images (*.dsk), e.g.
cd $RETROBASE/tools/oskit/rsx11mp-30_rp
wget http://www.retro11.de/data/oc_w11/oskits/rsx11mp-30_rpset.tgz
tar -xzf rsx11mp-30_rpset.tgz
Usage
-
Start disk image in simulator
pdp11 rsx11mp-30_rp_boot.scmdor ONLY IF YOU HAVE A VALID LICENSE on w11a
ti_w11 <opt> @rsx11mp-30_rp_boot.tclwhere
<opt>is the proper option set for the board. -
Hit
<ENTER>in thextermwindow to connect to simh or backend server. The boot dialog in the console xterm window will look like (required input is in{..}, with{<CR>}denoting a carriage return:RSX-11M-PLUS V3.0 BL24 1920.KW System:"RSXMPL" >RED DB:=SY: >RED DB:=LB: >RED DB:=SP: >MOU DB:"RSX11MPBL24" >@DB:[1,2]STARTUP >; ... some comments ...This os version was released in July 1985, so it's no suprise that it is not y2k ready. So enter a date before prior to 2000.
>* Please enter time and date (HH:MM DD-MMM-YY) [S]: {<.. see above ..>} >TIME 12:42 14-MAY-95 >ACS SY:/BLKS=1024. >CON ONLINE ALL >ELI /LOG/LIM >CLI /INIT=DCL/CTRLC >INS LB:[1,1]RMSRESAB.TSK/RON=YES/PAR=GEN >INS LB:[1,1]RMSLBL.TSK/RON=YES/PAR=GEN >INS LB:[1,1]RMSLBM.TSK/RON=YES/PAR=GEN >INS $QMGCLI >INS $QMGCLI/TASK=...PRI >INS $QMGCLI/TASK=...SUB >QUE /START:QMG >INS $QMGPRT/TASK=PRT.../SLV=NO >QUE LP0:/CR/NM >START/ACCOUNTING >CON ESTAT LP0: >QUE LP0:/SP/FL:2/LOWER/FO:0 >QUE BAP0:/BATCH >QUE LP0:/AS:PRINT >QUE BAP0:/AS:BATCH >@ <EOF> >Now you are at the MCR prompt and can exercise the system.
At the end it is important to shutdown properly with a
run $shutup. The simululaor (or the rlink backend) can be stopped when the CPU has halted.