Rodrigo Arias Mallo
ad5dd72928
No need to run the SPEC benchmarks all the time. Stopping at the stage2 shell is enough to test most of the system. |
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bootrom | ||
dts | ||
fpga | ||
patches | ||
pkgs | ||
tools | ||
.gitignore | ||
.gitlab-ci.yml | ||
boot.sh | ||
configuration.nix | ||
flake.lock | ||
flake.nix | ||
JOURNAL.md | ||
lagarto-hun.nix | ||
lagarto-ox.nix | ||
no-compressed.nix | ||
NOTES.md | ||
overlay.nix | ||
README.md | ||
vm.nix |
NixOS on RISC-V
This repository contains NixOS configurations for different RISC-V machines.
Lagarto Ox on FPGA Alveo U55C
To build the system and boot it on an FPGA of the MEEP cluster, you can run the following:
$ nix develop -L '.#lagarto-ox' --command fpga/run-remotely.sh fpgalogin1:ci
To do it manually, you can first enter the development shell:
$ nix develop -L '.#lagarto-ox'
Then upload the files to the target machine (fpgalogin1 by default):
$ fpga/upload.sh
Then connect to the fpgalogin1 machine, allocate a FPGA node and load the environment there:
$ cd nixos
$ . env.sh
Flash the images to the FPGA:
$ ./fpgactl -w bitstream.bit -b opensbi.bin -k kernel.bin -i initrd.bin -r rootfs.img
And monitor the serial line:
$ picocom -q -b 115200 $FPGACTL_UART
It should boot without any user interaction.
Lagarto Hun
WIP