126 lines
3.7 KiB
Markdown
126 lines
3.7 KiB
Markdown
Upsilon docker development environment setup.
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# Dockerfile style guide
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Dockerfiles should be simple. The Dockerfiles should be readable to a
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beginner.
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# Setup steps
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Change directory to `build`.
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## Installing OpenFPGALoader
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Install [openFPGALoader][1]. If this program is not in your repositories,
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run `make openFPGALoader` to fetch and install the program.
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[1]: https://trabucayre.github.io/openFPGALoader/index.html
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## Setup Rootless Docker
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Docker allows you to run programs in containers, which are isolated
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environments. Build environments can be set up automatically, and re-setup
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whenever needed.
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If you have issues with docker, try adding to `~/.config/docker/daemon.json`
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{
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"storage-driver": "fuse-overlayfs"
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}
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## Download and Install Python3
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Install `python3` and `python3-pip`.
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## Clone External Repositories
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Run `make clone`. You may need to download the upsilon repositories
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and put them in the same folder as the Makefile.
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## Setup Network
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Plug in your router/switch to an ethernet port on your computer. If your
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computer is usually wired to the network, you will need another ethernet
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port (a PCI card is ideal, but a USB-Ethernet port works).
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Set the ethernet port to static ip `192.168.1.100/24`, netmask `255.255.255.0`,
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gateway `192.168.1.1`. Make sure this is not the default route. Make sure
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to adjust your firewall to allow traffic on the 192.168.1.0/24 range.
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If your local network already uses the 192.168.1.0/24 range, then you must
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modify `upsilon/firmware/soc.py` to use different IPs. You must rebuild the
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SoC after doing this.
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## Setup Images
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Run `make images` to create all docker images.
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## Setup and Run Containers
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For `NAME` in `hardware`, `opensbi`, `buildroot`:
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1. Run `make $NAME-container` to build the container. You usually only need
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to do this once.
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2. If the container already exists, do `docker container start upsilon-$NAME`.
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3. Run `make $NAME-copy` to copy Upsilon's code into the container.
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4. Run `make $NAME-execute` to build the data.
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5. Run `make $NAME-get` to retrieve the build artefacts.
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If you do not delete the container you can run
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make $NAME-copy $NAME-execute $NAME-get
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when you need to rebuild. If you need shell access, run `make $NAME-shell`.
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## Launch TFTP Server
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Install py3tftp (`pip3 install --user py3tftp`). Then run `make tftp` to
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launch the TFTP server. Keep this terminal open.
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## Flash FPGA
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Plug in your FPGA into the USB slot. If you have installed openFPGALoader
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by your package manager, run `make OPENFPGALOADER=openfpgaloader flash`.
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If you installed it using `make openFPGALoader`, then just run `make flash`.
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In a second you should see messages in the TFTP terminal. This means your
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controller is sucessfully connected to your computer.
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## SSH Access
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Add the following to your SSH config:
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Host upsilon
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HostName 192.168.1.50
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StrictHostKeyChecking no
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UserKnownHostsFile /dev/null
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IdentityFile upsilon_key
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User root
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LogLevel QUIET
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Then copy the file `build/upsilon_key` to `$HOME/.ssh`.
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When the FPGA is connected you can access it with `ssh upsilon` (password
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`upsilon`).
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Wait about a minute for Linux to boot.
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## Launch FPGA Shell (Optional)
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If you cannot access the FPGA through SSH, you can launch a shell through
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UART.
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You will need to install [LiteX](https://github.com/enjoy-digital/litex).
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Download and run `litex_setup.py`.
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Run `litex_term /dev/ttyUSB1`. You should get messages in the window with
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the TFTP server that the FPGA has connected to the server. Eventually you
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will get a login prompt (username `root` password `upsilon`).
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## Copy Library
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Run `make copy` to copy the Micropython Upsilon library to the FPGA. After
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this the modules `comm` and `mmio` are available when running scripts in
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`/root`.
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