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Shifting Security Left in Your Continuous Testing Pipeline Security is often the black sheep of testing—an afterthought that gets only a scan before release. We have to make security a first-class testing citizen with full-lifecycle support. For the best impact, introduce security testing into the early phases of the continuous testing pipeline. Here are some tools to help. |
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3 Problem-Solving Techniques for Project Managers Managing software development projects involves a lot of moving parts. You might come across bottlenecks and challenges to goals and objectives, and you need resolute methods for expediently addressing such issues. Here are three proven tools and techniques for managing time, planning resources, and solving problems. |
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Features of Serverless Cloud Platforms With the advent of serverless computing, several serverless platforms have become available, precluding the requirement to provision and expose the infrastructure needed on a server-based compute environment. Let’s examine some of the features to expect in a serverless platform so you can know what to prioritize. |
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Choosing a Cloud Computing Platform With so many options for cloud computing platforms, it can be tough to narrow them down. Focus on the most important features for your work: Do you want a server-based platform or serverless? What support do you need for your OS and software? What other services do you want integrated? These are the questions to ask. |
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Reality-Driven Testing in Agile Projects Agile teams can drive down rework and devise more useful tests quicker by prioritizing reality-driven testing. This means tests based on reality, or relevant test activities above and beyond those derived from requirements. Learn some strategies to get real and design tests to locate important bugs that truly matter. |
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Is the Problem with Your Agile Tool, or How You’re Using It? While using index cards and a wall can function just fine as a kanban or Scrum board, issue-tracking tools such as Jira can make it easier to manage a backlog, especially with a distributed team. But these tools are more complex to use and can add their own overhead to the process. You need to keep things simple. |
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Using More Advanced Kubernetes Controllers Kubernetes is an object-oriented framework for orchestration of Docker containers. While running basic Kubernetes objects like pods and services is essential to all Kubernetes applications, what controller to use should be based on several factors. Let’s explore some advanced controller options for additional features. |
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Using Basic Kubernetes Objects Kubernetes is an object-oriented framework for orchestration of Docker containers. The Kubernetes API supports several different types of objects and provides schemas for all the objects it supports. While there are many options for different features, let’s look at some of the main Kubernetes objects and their uses. |
