Accelerating Development Velocity Using Docker

Discover how a software engineer can leverage Docker in order to expedite development velocity. This book focuses on the fundamental concepts this program is built upon and explores how it can help you get your services up and running inside Docker containers. You'll also review tips on how to debug microservices applications that run inside Docker containers.Tech companies are now developing complex softwares that are comprised of multiple services running on different platforms, and Docker has become an essential part of coordinating the communication between these services and platforms. This book addresses problems caused by drifting microservices, debugging across services, inconsistent environments across machines, and coordinating development of machine learning systems between a team of developers, etc. Accelerating Development Velocity Using Docker puts you on the path to transforming your complex systems into more efficient ones.What You'll LearnSetup Docker and employ quick solutions to road blocksReview challenges associated with debugging microservices that sit behind a complex applicationLeverage Docker features to seamlessly get multiple microservices up and runningDebug inside a Docker containerReview advanced use cases of Docker that can help consistency of development environments· Who This Book Is ForIdeal for new to mid-level infrastructure engineers who want to learn how to make their development environments efficient across their and cross teams, or for students who aspire to learn basics of how to debug distributed systems and how to develop efficient applications.

Explains how to leverage Docker to debug microservices easily, thus increasing development velocity Provides quick, handy solutions to road blocks while setting up Docker and debugging containers Written by Kinnary Jangla, engineering manager at Pinterest

Autorentext

Kinnary Jangla has been in the tech industry for a dozen years and is currently an engineering manager at Pinterest overseeing the Docker Machine Learning Homefeed infrastructure team. Her main task is to ensure engineers are able to successfully train models for machine learning scenarios. She previously worked at Uber and Microsoft and is the author of two books and six patents. You can find her on Twitter @kjangla..

Zusammenfassung

Discover how a software engineer can leverage Docker in order to expedite development velocity. This book focuses on the fundamental concepts this program is built upon and explores how it can help you get your services up and running inside Docker containers. You'll also review tips on how to debug microservices applications that run inside Docker containers.

Tech companies are now developing complex softwares that are comprised of multiple services running on different platforms, and Docker has become an essential part of coordinating the communication between these services and platforms.

This book *addresses problems caused by drifting microservices, debugging across services, inconsistent environments across machines, and coordinating development of machine learning systems between a team of developers, etc. Accelerating Development Velocity Using Docker* puts you on the path to transforming your complex systems into more efficient ones.

What You'll Learn

• Setup Docker and employ quick solutions to road blocks

• Review challenges associated with debugging microservices that sit behind a complex application

• Leverage Docker features to seamlessly get multiple microservices up and running

• Debug inside a Docker container

• Review advanced use cases of Docker that can help consistency of development environments· Who This Book Is For**
  **Ideal for new to mid-level infrastructure engineers who want to learn how to make their development environments efficient across their and cross teams, or for students who aspire to learn basics of how to debug distributed systems and how to develop efficient applications.

  Inhalt

  1. Containers.- 2. Docker.- 3. Monolith vs. Microservices.- 4. Docker Basics.- 5. Docker Images.- 6. Docker Compose.- 7. Debugging Microservices Using Docker.- 8. Advanced Docker Use Cases.