Overview: Getting started
What is Codewind?
Developing and building a cloud-native, containerized application can be challenging.
First, you need to create your own application stack for a containerized microservice that also fits your preferred language and project type.
If you are a software developer, there are many actions you take as you develop, build, run, and test your code. You need to build images, assess build status, create containers, open application endpoints, debug, analyze the different logs, assess performance metrics, and rebuild the containers with each code change.
If you are responsible for defining standards for application and runtime environments, such as framework and software levels, you need to implement and maintain your standards across the whole development team, ensuring consistency and reliability.
Built from the ground up, Codewind, an open-source project, helps you to achieve all of the above by extending your Integrated Development Environment (IDE). Container development flow feels like a traditional application flow, and project templates can be used across your development teams. Support for rapid iteration of your code is achieved using features including automatic updating of containers with code changes, pre-supplied container-based project templates, and a user interface that exposes metrics, logs, and load testing at the click of a button. Your own standardized project templates can be accessed by your developers using their IDE of choice.
Different development flows are supported, so you can choose whether you want to use a desktop-based or cloud-based IDE, and whether you want to build and run your containers on your desktop or in the cloud.
Codewind can be used to build and run Docker-containerized applications on Kubernetes container orchestration applications, including OpenShift, without the need for in-depth knowledge of container technology.
How does Codewind help me develop containerized applications?
Codewind improves your inner loop experience, enabling you to create a microservice quickly, rapidly iterate on changes, and make improvements to performance thanks to the following features:
Access to preconfigured containerized project templates: Codewind provides preconfigured, Docker-containerized project templates covering several languages, including Node.js, Java, Python, and Swift, and several frameworks, such as Express, Spring Boot, and Open Liberty. Quickly create and deploy microservices in languages and frameworks that you’re familiar with. Modify the preconfigured projects to develop your customized microservice.
Ability to add your own standardized project templates: Create your own project templates, and your development teams can access them within their IDE.
Ability to add your own applications: Access the seamless container development and deployment experience on your IDE that Codewind offers for your current projects.
Auto-build-and-run on code changes: As you develop, Codewind automatically pushes your code changes to your container as efficiently as possible.
Ability to toggle between auto-build and manual build settings: Have control over when you want to implement Codewind’s auto-build feature.
Project details displayed in a user-friendly panel on your IDE: Use Codewind’s Project Overview interface to instantly view the endpoint, container ID, location on disk, build and run status, and ports.
Access application, build, and container logs and run commands from within the container without leaving your IDE: Codewind integrates with your IDE’s terminal window and Problems and Output panels for a smooth test and debug experience. Additionally, you can open a shell session inside your container with a simple click.
Support for your IDE’s debug features (where supported): Full compatibility with the debug functionality of your IDE.
Visualize your container application’s footprint, such as CPU and memory usage (where supported): Codewind’s Application Metrics Dashboard exposes your microservice’s core metrics, including HTTP(S) request and throughput information, as well as CPU usage, memory footprint, and heap.
Integrated load-testing (where supported): Configure and run load tests against your microservices using Codewind’s performance dashboard. Use the graphs to compare your repeated load test results and iterate on performance improvements.
What Integrated Development Environments (IDEs) does Codewind support?
What cloud-native technology does Codewind support?
Where do I develop my code? Where can I build and run my containers? How does Codewind support my development flow?
Codewind supports different configurations for developing your containerized applications, so you can use Codewind with whichever development flow you choose. You can develop containerized applications on your desktop, directly in the cloud, or a combination of both:
Use Codewind locally: Your IDE, with the Codewind extension installed, and Docker Desktop or your local Docker Engine and Docker Compose installations if you’re using Linux, is all you need to build and run containerized applications on your desktop.
Use Codewind as a hosted application on your cloud: Both your IDE with the Codewind extension installed and your containerized applications are located in your cloud environment.
Use Codewind remotely: Your IDE with the Codewind extension installed is hosted on your desktop, but the building and running of your microservice take place in your cloud environment. Using secure HTTPS connections, you connect to your multiple cloud-hosted microservices from the Codewind panel in your desktop-hosted IDE.
What preconfigured containerized projects does Codewind provide?
What are the prerequisites for Codewind?
Codewind requires Docker Desktop for Windows or Mac, or Docker Engine, Docker Compose for Linux and your favorite IDE.
Can I contribute to the project?
Codewind is an open-source Eclipse project.