#Livereload troubleshooting software#
A software engineer usually spends a significant amount of time handling the environment setup rather than feature development, e.g.
Similarly, development teams may not be able to avoid these DevOps tasks. These DevOps tasks not only take up a significant portion of the project in its early stage, but also are repetitive across new projects. This setup usually requires full-time DevOps or Platform engineers to design and develop a process to bootstrap the infrastructure, including environment configurations, building, testing, deployment, and CI/CD. It is critical for a successful project to start with a robust and reliable development process. This complexity increases greatly when a project involves a number of microservices managed by multiple teams. It’s also easy to spin up a new microservice to meet a new requirement as a Kubernetes service.Īlthough the benefits of developing on Kubernetes are clear, it’s often difficult to design and implement an efficient and simple development process.
One of the benefits of microservices is that each individual service is standalone, self-encapsulated, and less dependent on other components in the system. Microservices have become a common system architecture allowing for higher scalability and flexibility, and Kubernetes has become the go-to option for deploying a complex microservice-based system. We will also discuss using Skaffold and Kubernetes for repeatable development and the DevOps process for large development teams. In this blog, we will address these challenges of managing such complex development environments. In many projects, we collaborate with multiple development teams to develop, test, and deploy microservice-based solutions, often to GKE clusters. As the Public Sector Solutions team at Google Cloud, we have many opportunities to develop solutions that make the most of the cutting-edge Cloud technologies.
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