Change Details

Building ARMv8 world/host/guest. (On a FreeBSD virtual machine) The scripts can be found in this utils repository: https://github.com/FreeBSD-UPB/bhyvearm64-utils Change the paths in `host.json`, `guest_kernel.json` and `disk.json` accordingly. ./build.py --config config/arm64/host.json --build buildworld ./build.py --config config/arm64/guest_kernel.json --build buildkernel ./build.py --config config/arm64/host.json --build buildkernel ./build.py --config config/arm64/host.json --build installworld ./build.py --config config/arm64/host.json --build installkernel ARM Foundation Platform emulator - Cortex A53 (On a FreeBSD virtual machine - utils repository) ./disk.py --config config/arm64/disk.json (On Linux host) Copy the generated `disk.img` from the FreeBSD virtual machine on the Linux host. ./run_image.sh An XTerm terminal will show up. Inside it, the following script will start a virtual machine: ./virtio_run.sh On ESPRESSOBin After `installworld` and `installkernel`, in the filesystem's root directory, copy the `virtio_run.sh` script from the utils repository and the guest kernel. Start the host FreeBSD and run the `virtio_run.sh` script. It will load the `vmm` module, load the guest kernel using `bhyveload` and start the virtual machine. At this point the virtual machine supports only one vcpu.

Building ARMv8 world/host/guest. (On a FreeBSD virtual machine) The scripts can be found in this utils repository: https://github.com/FreeBSD-UPB/bhyvearm64-utils Change the paths in `host.json`, `guest_kernel.json` and `disk.json` accordingly. ./build.py --config config/arm64/host.json --build buildworld ./build.py --config config/arm64/guest_kernel.json --build buildkernel ./build.py --config config/arm64/host.json --build buildkernel ./build.py --config config/arm64/host.json --build installworld ./build.py --config config/arm64/host.json --build installkernel ARM Foundation Platform emulator - Cortex A53 (On a FreeBSD virtual machine - utils repository) ./disk.py --config config/arm64/disk.json (On Linux host) Copy the generated `disk.img` from the FreeBSD virtual machine on the Linux host. ./run_image.sh An XTerm terminal will show up. Inside it, the following script will start a virtual machine: ./virtio_run.sh On ESPRESSOBin After `installworld` and `installkernel`, in the filesystem's root directory, copy the `virtio_run.sh` script from the utils repository and the guest kernel. Start the host FreeBSD and run the `virtio_run.sh` script. It will load the `vmm` module, load the guest kernel using `bhyveload` and start the virtual machine. At this point the virtual machine supports only one vcpu. --------------- The auxiliary files (custom kernel configs or device trees) have been moved in the utils repository, in the `freebsd` directory.

Building ARMv8 world/host/guest. (On a FreeBSD virtual machine) The scripts can be found in this utils repository: https://github.com/FreeBSD-UPB/bhyvearm64-utils Change the paths in `host.json`, `guest_kernel.json` and `disk.json` accordingly. ./build.py --config config/arm64/host.json --build buildworld ./build.py --config config/arm64/guest_kernel.json --build buildkernel ./build.py --config config/arm64/host.json --build buildkernel ./build.py --config config/arm64/host.json --build installworld ./build.py --config config/arm64/host.json --build installkernel ARM Foundation Platform emulator - Cortex A53 (On a FreeBSD virtual machine - utils repository) ./disk.py --config config/arm64/disk.json (On Linux host) Copy the generated `disk.img` from the FreeBSD virtual machine on the Linux host. ./run_image.sh An XTerm terminal will show up. Inside it, the following script will start a virtual machine: ./virtio_run.sh On ESPRESSOBin After `installworld` and `installkernel`, in the filesystem's root directory, copy the `virtio_run.sh` script from the utils repository and the guest kernel. Start the host FreeBSD and run the `virtio_run.sh` script. It will load the `vmm` module, load the guest kernel using `bhyveload` and start the virtual machine. At this point the virtual machine supports only one vcpu. --------------- The auxiliary files (custom kernel configs or device trees) have been moved in the utils repository, in the `freebsd` directory.