This is a flash algorithm for the STM32F730V8T6 and Adesto AT25SF641 QSPI flash chip, used in the NumWorks n0110 calculator. It implements the CMSIS-Pack ABI, so it's compatible with any tools that use it, including probe-rs.
Run the following requirements:
cargo install cargo-binutils && rustup component add llvm-tools-preview rust-srcBuilding requires nightly Rust.
Just run build.sh. It spits out the flash algo in the probe-rs YAML format:
rsworks-flash-algo$ ./build.sh
instructions: 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
pc_init: 1
pc_uninit: 309
pc_program_page: 449
pc_erase_sector: 381
pc_erase_all: 341
The algo module contains the FlashAlgo trait, and an algo! macro to generate
the glue functions for a given struct implementing it. This is generic for all chips, so feel free to reuse it!
main.rs has the actual implementation for NumWorks calculator.
This thingy is licensed under either of
-
Apache License, Version 2.0 (LICENSE-APACHE or http://www.apache.org/licenses/LICENSE-2.0)
-
MIT license (LICENSE-MIT or http://opensource.org/licenses/MIT)
at your option.