InfoQ Homepage Containers Content on InfoQ
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Defining Cloud Native: A Panel Discussion
What is "cloud-native", why should you care, and how can your team adopt this way of delivering software? InfoQ gathered three industry experts to debate the topic.
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Understanding Cloud Native Infrastructure: Interview with Justin Garrison and Kris Nova
"Cloud Native Infrastructure: Patterns for Scalable Infrastructure and Applications in a Dynamic Environment" from O’Reilly Media is a collection of guidance about building and managing modern infrastructure. InfoQ reached out to the authors to learn more about what they’re proposing, and how you can act upon it.
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Continuous Delivery with Kubernetes the Hard Way
Automating continuous delivery with Kubernetes requires a Single-Source-Of-Truth, and that rollbacks can be implemented efficiently without requiring new code changes to be pushed.
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Introducing Sock Shop: A Cloud Native Reference Application
This article describes Sock Shop, a fully containerized, microservice architecture, cloud native reference application developed by Weaveworks.
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Elevating Builds into a Container
Automated builds and delivery pipelines are a wonderful thing once they’re operational. But provisioning build agents can be quite painful. It can be greatly simplified by running tools in containers.
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The Container Landscape: Docker Alternatives, Orchestration, and Implications for Microservices
The orchestration of containers is key for success, and various technologies are competing for market share. This article examines the current tooling and how this relates to deploying microservices. A key takeaway is that developers should create business logic of their microservices using a vendor -and platform- agnostic approach.
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The Three Generations of AWS
When building a new system on AWS we are faced with three architectural choices around application packaging, runtime service and load balancing service. This article looks at these three options, and concludes that the Amazon EC2 Container Service provides the best architectural option for today's applications.
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Containers Live Migration: Behind the Scenes
This article addresses a topic that is not fully covered in current IT world: live migration of containers, how it works behind the scenes, and what problems it solves. The demand for this technology is growing as it unlocks new possibilities by giving more freedom in application lifecycle management.
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Controlling Hybrid Cloud Complexity with Containers: CoreOS, rkt, and Image Standards
Public IaaS or PaaS offerings may not satisfy the regulatory, security, or performance demands of every workload. This article explores how CoreOS have studied the emerging state-of-the-art application design and deployment patterns, and created and integrated a number of open source projects in pursuit of a modular platform that satisfies the needs of modern container cluster infrastructure.
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Build Your Own Container Using Less than 100 Lines of Go
Shipping containers and software containers share a lot in common, but the analogy has limits. This article explores this relationship further by demonstrating how it is possible to build a simple container using less than 100 lines of Golang code. Topics covered include namespaces, cgroups and layered filesystems.
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Article Series: Containers in the Real World - Stepping Off the Hype Curve
This article series explains how containers are actually being used within the enterprise. It dives into the core technology behind containers and how this is currently being used by developers, examines core challenges with deploying containers in the enterprise and the future of containerisation, and discusses the role unikernels are currently playing within leading-edge organisations.
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"Using Docker" Book Review and Q&A with Author Adrian Mouat
InfoQ recently sat down with Adrian Mouat, author of “Using Docker”, and explored the motivations for writing the book, his thoughts on the reasons why Docker has captured the IT industry’s attention such as short time span, and how containers can be best utilised within a typical software development lifecycle.