Adventures in Embedding

This post is part of a series of notes I originally recorded on a GitLab wiki for our QuitetThing project with can be found here:  https://gitlab.com/mccormjf/quietthing/-/wikis/home   Ran the following commands to start the Docker services on startup: sudo systemctl enable docker.service sudo systemctl enable containerd.service Added git clone of f4pga-arch-defs to Dockerfile_F4PGA. I believe I cloned it while inside the container last time. The commands to build the tests are located here: https://github.com/f4pga/f4pga-arch-defs/tree/main/quicklogic Our chip corresponds to the chandalar board. This is the command I used to build a openocd loadable version of the counter test: make counter-ql-chandalar_openocd

This post is part of a series of notes I originally recorded on a GitLab wiki for our QuitetThing project with can be found here:  https://gitlab.com/mccormjf/quietthing/-/wikis/home   I am posting here for increased visibility and archival purposes. When building using ql_symbiflow, the dump command means it creates the files you list in the command, not that it wont create those. To get a .bin file you include -dump binary. Further information is at this link: https://quicklogic-quicklogic-fpga-toolchain.readthedocs-hosted.com/en/latest/tutorial/eos-s3/GeneratetheBinaryFile.html We also have a BGA package chip which is symbolized by using -P PD64 in symbiflow We started using F4PGA which is what the F4PGA docker file installs, but we weren't able to get the f4pga-examples version of btn_counter to work on the board. We started running the f4pga arch defs repo from https://github.com/f4pga/f4pga-arch-defs/tree/main/quicklogic They have an env setup script that sets up a conda...