Known for its cross-platform compatibility and elegant structure, ASP.NET Core is an open-source framework created by Microsoft for building modern web applications. With it, development teams can build monolithic web applications and RESTful APIs of any size and complexity. Thanks to CircleCI’s improved infrastructure and support for Windows platforms and technology, setting up an automated deployment process for an ASP.NET Core application has become even easier.

Continuous integration/continuous delivery (CI/CD) tools give developers the ability to automate the software development process. As soon as developers push code to git, your CI/CD system can build, test, stage, integration test, deploy, and scale. That’s fantastic! In this tutorial, we will look at CircleCI orbs and how they can support your CI/CD practice. We’ll look at how to use multiple orbs and how orbs can help with multi-builds for a variety of application types.

Configuring applications, services, and environments by modifying plain text files is a standard part of modern software development. Configuration as Code (CaC) takes this one step further by systematically generating, storing, and managing configuration files. CaC allows development teams to automate config management for their applications and environments while ensuring consistency and traceability throughout the development life cycle.

The first continuous integration (CI) tools were all self-hosted, meaning they ran on a developer’s local computer or server. Although this setup was viewed favorably by dev teams at the time, it has limited flexibility, and developers had to spend time maintaining the infrastructure.

Imagine you want to build and deploy a Nuxt3 app on Netlify. Because custom scripts are not allowed on Netlify, you will not be able to perform custom tasks like automated testing before deploying the website to your Jamstack hosting platform. That is where continuous integration/continuous deployment comes in. With a CI/CD system, you can run the kind of automated tests that create successful deployments.

As shortages of consumer goods and rising prices caused by bottlenecks in international supply networks have become more common, the global supply chain and its vulnerabilities have been top of mind for many. For developers, several high-profile software security exploits have recently underscored the risks inherent in a similar type of supplier network: the software supply chain.

Security is a never-ending battle on the web. You can have a server up in just a few minutes, and the next minute, someone is already trying to hack into it. These attacks could be automated using malicious bots or launched manually. Websites can be targeted by a malicious user trying to compromise your web presence or data. Cross-site scripting (XSS) is just one type of attack your site may be vulnerable to.

CI/CD systems follow a multi-tiered environments pattern: development, testing, staging, and production release are all part of this process. Each setting in this cycle could have a variety of set ups and configurations. As a result, having to set up separate configurations for different environments could be inconvenient and burdensome. In this tutorial, we will take a look at what Docker is and how it has freed developers from set-up problems and port clashes.

When you are the only dev building a software project, you can create and modify your code according to personal preference. When you contribute code to a team-run project, you need to follow a standardized set of guidelines and coordinate precisely with other team members. Standard guidelines and coordinated work effort are vital to the success of every team-based software development project.