Kavitha M

Docker Multi-Architecture Kavitha M

Docker Multi-Architecture (Embedded System Development) Need for this book: This book is written with intention to help readers to get hands on experience is creating docker for multiple architectures. This book explains different build blocks involved and examples are given for each linux utility or tool used as part of docker multi arch. This book assumes that reader has basic understanding of linux and its commands Why this particular book: This book helps with examples to create docker for different CPU architectures. Explains other linux utilities required to create embedded developement for multiple architectureIt is recommended to practice while you read each command or chapter. Hands on experience is key for learning when both mind and hand works together we create a permanentimpact in our neural circuit in brain. This helps to remember and recollect information whenever required. What is inside the bookBeing in information era we need to understand system which is platform for running any application on it. Since linux is open source platform many vendors are motivated to use linux as a OS. Many networking companies are moving towards linuxsince it has excellent networking stack freely available. Since linux has many drivers it has been easy for companies to easily port their products over linux. Due to above reasons learning how to compile our application for different architecture will help us to achieve good progress in projects, providing environment for different architecture where developmentand testing can be done. This book discusses all the below topics and provides hands on experience for each topic. It is recommended to practice each chapter 1. Internals of Docker Multi-arch 2. How binfmt_misc works3. Example for binfmt_misc4. Emulation using qemu-user-static5. Qemu's Role in docker multi-arch6. Linux Binary executable and qemu static user7. Qemu user static execution8. Docker multi-arch using "docker build"9. Docker multi-arch using "docker buildx"