Near-storage compute aware file system and operator pipelines.
Once the make image
process has finished, you will find the FPGA bitstream in build/<target>/snap/hardware/build/Images/<bitstream>.bin
. Copy this file to your POWER machine.
Deploy it to your FPGA using the flash script from capi-utils
, e.g.: capi-flash-script <bitstream>.bin
.
Afterwards, perform the initial action discovery using SNAP tooling:
git clone https://github.com/open-power/snap && cd snap
make software
# As root:
./software/tools/snap_maint -v
# If you're using NVMe storage on the FPGA card
./software/tools/snap_nvme_init
Now you can run either your own software that uses Metal FS as a library or start the Metal FS file system driver. To perform the latter in a container, use
docker run -d \
--name metalfs \
--device /dev/cxl/afu0.0s \
--device /dev/fuse \
--security-opt apparmor=unconfined \
--cap-add SYS_ADMIN \
metalfs/metalfs:latest \
metal-driver -s -f /mnt --metadata ./metadata
Note that the file system metadata is not persisted outside of the container in this configuration.
Now, you could start a shell in the container to access the file system in /mnt
:
docker exec -it metalfs bash