commit | 2b6d459541fc03e65f667f3bf5ad244f44f4f56a | [log] [tgz] |
---|---|---|
author | Alex Van Damme <atv@google.com> | Fri Dec 01 15:20:32 2023 -0800 |
committer | Alex Van Damme <atv@google.com> | Fri Jan 19 15:00:03 2024 -0800 |
tree | b47386658f8bdf261808f550328f5bd2da235720 | |
parent | 0cc464ffb72f20250ab2f73625a87986d65c6b68 [diff] |
Mark `model_input` and `output_header` as NOLOAD - Mark sections that are expected to be populated by the program at runtime as NOLOAD, so that objcopy can create more reasonably sized bins. Change-Id: I10e19f72565e3fc28400308eb3e29f386309126d
This project contains the BSP to build the SW artifact that can run on the Kelvin core, and integrated as part of the Shodan repository.
The project supports two build systems -- Bazel and CMake -- for OSS integration reasons. Bazel is used by TFLM flow, while CMake is the build system for IREE.
If you get this project from Project Shodan manifest, you are all set. If not, you need to have following projects as well to build the project successfully.
<dir>/cache/toolchain_kelvin
This project needs to be at <dir>/sw/kelvin
.
The project uses Bazel 5.1.1, to align with OpenTitan build system requirements.
bazel build //...
To run the unit tests (with the kelvin_sim ISS) Make sure the Environment variable $ROOTDIR
is set to the root directory of the local repo (or run source build/setup.sh
)
bazel test //...
TODO: Add CMake flow
The binaries can be simulated with the kelvin simulator, located at <dir>/sim/kelvin
.
sim_kelvin <elf location>
Load the generated .bin
binaries to the FPGA emulator/Renode simulator.