- Use raspberry pi emulator mac install#
- Use raspberry pi emulator mac password#
- Use raspberry pi emulator mac iso#
- Use raspberry pi emulator mac mac#
Three devices should appear: Available device DUA0: device type RA92ĭUA0 is your system disk. It will ask for the date and time, so enter it – then it’ll search for and configure devices on your system.
Use raspberry pi emulator mac install#
This will boot a minimal OpenVMS image to install the base system. vax which will start and take a moment or two to create your RQ0 disk. Here’s the first issue – I haven’t yet found a way to configure the TAP interface with NetPlan, so each time you reboot, you’ll have to run the TAP interface setup above. It’s quite straightforward – create /etc/netplan/01-network.yaml with the following: network:Īfter rebooting your Pi, you’ll have an interface named ‘br0’ with a DHCP-assigned IP address, and another interface named ‘eth0’ with no IP address. My preferred way of doing this is to configure Netplan to do it for us. We’re going to create a bridge called ‘br0’, and add the ‘tapvax’ interface to it, and add the Pi’s ‘eth0’ interface. To access the network, we need to set up a bridge – which is like a switch (or hub, if you’ve been working with Ethernet for as long as I have) and connects many interfaces together. If you’re not running under user ‘ubuntu’, change it to your user name. Setting the TAP interface is as easy as running this command: ip tuntap add mode tap user ubuntu tapvax It’s not much fun to have a standalone VAX, so we’re going to create a TAP interface and a bridge to allow our VAX to access our network.Ī TAP interface virtual interface which runs at the Data Link layer (MAC) and allows us to connect the VAX’s Ethernet interface to an interface on our host operating system. We’re ready to boot our emulator, but we need to set up networking first. When your VAX binary has compiled, copy it from simh/BIN/vax in to your VAX directory. Attach the Ethernet controller to a TAP interface 'vaxa'
Use raspberry pi emulator mac mac#
Set the MAC address to use for the Ethernet controller Disable the DZ11 8-line terminal multiplexer Disable the TUK50 magnetic tape controller Disable the TS11 magnetic tape controller Disable the RX211 floppy disk controller Disable the RK611 cartridge disk controller Disable the RL11 cartridge disk controller
Use raspberry pi emulator mac iso#
Attach the installation disk ISO image to interface RQ3 Configure a CD-ROM drive (RRD40) on disk interface RQ3 Attach a disk image to interface RQ0 - SimH will create this on boot Configure an 1.5 gigabyte RA92 disk ( ) on disk interface RQ0 Set the CPU idle detection method to VMS to improve performance when OpenVMS isn't doing anything I’ve annotated each line so you can see what it does: Set the memory size to 512 megabytes I’ve used ~/simh, but you can use whatever you like as long as you’re consistent.Ĭreate the file vax8600.ini with the following content. Whilst it’s compiling, create a directory to hold your SimH installation, and copy your OpenVMS 7.3 (VAX) ISO image over to it. There are other targets you can build for, but we’re going to use the VAX 8600.
![use raspberry pi emulator mac use raspberry pi emulator mac](https://www.raspberrypi.org/app/uploads/2017/11/IMG_20171127_164539-500x375.jpg)
Use raspberry pi emulator mac password#
There’s no need to attach a keyboard or monitor – just ssh in to the server with username and password, and it’ll prompt you to change your password on first login.Ĭloning the simh repository and installing dependencies is straightforward, and takes about four minutes in my Pi 3B+: apt install make libsdl2-dev libpng-dev libpcap-dev libvdeplug-dev bridge-utils Pop that in your Pi and boot up with an Ethernet cable connected and a DHCP server available.
![use raspberry pi emulator mac use raspberry pi emulator mac](https://projects-static.raspberrypi.org/projects/install-raspberry-pi-desktop/31c2c8d93643912cb8e6b72c2abc7be4fd7105e7/en/images/banner.png)
I started by copying the 32-bit version of Ubuntu 18.04LTS for the Raspberry Pi 3 on to an SD card. They’re also heavily influenced by this YouTube video, and I’m very grateful for the simple explanation of Linux bridge and tap interfaces.
![use raspberry pi emulator mac use raspberry pi emulator mac](https://static.macupdate.com/screenshots/303878/m/raspberry-pi-emu-screenshot.png)
These instructions are necessarily quick and make assumptions that you know what you’re doing. VAX 8550 and console, courtesy of Michael L.
![use raspberry pi emulator mac use raspberry pi emulator mac](https://i.ytimg.com/vi/tP-i6oM2vnQ/maxresdefault.jpg)
What better way to spend it than getting an OpenVMS machines running on a Raspberry Pi. Having recently changed jobs and become self-employed, I have a lot more spare time.