Developing a Mass-Produced Rust Embedded Product - 4 Leveraging Build Scripts
Cargoのbuild scriptを使い、Rust組み込みファームウェアのコンパイル前にデータや設定を生成する方法を紹介する。
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Developing a Mass-Produced Rust Embedded Product - 3 Leave It to Compile Time
Rustのコンパイル時計算とconstデータを活用し、組み込みファームウェアのRAMを節約する方法を紹介する。
Developing a Mass-Produced Rust Embedded Product - 2 Study Methods and Key Characteristics
Rust組み込み開発を始める開発者向けに、特徴、長所と短所、学習方法を紹介する。
Rust Embedded Mass Production Development Story - 1: From Development to Production
Rust組み込みプロジェクトを開発から初期量産まで進めた経験と、開発構成を紹介する。
Raising Suspicions of QC/Design Flaws Causing Intermittent Resets/Freezes in ZEN 2/3
It has been quite a while since ZEN4 started selling, and ZEN3 has also gone through several internal stepping/revision changes that seem to have improved things, so I feel this is an appropriate time to write this article. I originally posted this on other communities as well, and while it may seem tangential to development, it deals with CPU internals, so I am reposting it on my dev blog.
About Five Months After Using Rust at Work
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I have been using Rust at the company I recently joined. Five months have passed since I switched jobs, and I would like to describe what I have felt so far. Setting aside the detailed syntactic advantages, I will simply describe my general impressions.
ARMv8A Memory IP Review
Introduction # ARMv8A, also commonly known as aarch64, is one of the widely used architectures that has largely succeeded ARMv7A. In this article, we will examine the ARMv8A memory system at the IP (Intellectual Property) block level.