Continuous integration will help us develop to a standard while preventing commonplace errors
Requirements:
full lint required
prettier check required
test build required to pass
The compelling reasons to adopt CI:
Frequent Integration: CI promotes frequent integration, making this process smoother and less error-prone.
Fast Feedback: Whenever developers push code, the CI system runs automated tests. If there's a problem, developers get immediate feedback and can fix the issue while the context is still fresh in their minds.
Higher Quality Code: With CI, there's an emphasis on writing automated tests. This encourages better code quality and ensures that existing functionalities are not broken by new changes.
Reduced Manual Testing: Automated tests in CI mean less time is spent on repetitive manual tests, freeing up time for other tasks and reducing human-induced errors.
Consistency: CI processes ensure that the same steps are followed for every code integration, guaranteeing that code is consistently built and tested.
Documentation: The CI system automatically documents each build process (which changes were integrated, test results, etc.), providing a clear history of the project.
Early Bug Detection: Catching bugs early in the development process is generally more cost-effective than fixing them later in production.
Efficient Collaboration: In large teams or distributed teams, CI ensures that code from different developers is consistently integrated and tested, reducing the chances of conflicting changes.
Delivery Speed: Since integration issues are found and fixed continuously, the software is always in a releasable state. This can lead to faster delivery cycles.
Environment Replication: CI systems can be configured to replicate the production environment. This ensures that the software is being built and tested in an environment similar to where it'll be deployed.
Enhanced Developer Confidence: Knowing that changes are automatically tested upon push boosts developer confidence. They can be more assured that their changes won't unintentionally break the application.
Cost Savings: Although setting up CI requires some upfront investment, it can lead to significant savings in the long run by reducing the time spent on manual testing, bug fixes, and troubleshooting.
Integration with Other Tools: Modern CI systems can be integrated with various tools for code quality checking, performance testing, deployment, etc., providing a streamlined end-to-end process.
Scaling: As your team grows, the CI process can handle the increased load without much change, ensuring consistent integration even with more developers and more frequent code pushes.
Continuous integration will help us develop to a standard while preventing commonplace errors
Requirements:
The compelling reasons to adopt CI:
Frequent Integration: CI promotes frequent integration, making this process smoother and less error-prone.
Fast Feedback: Whenever developers push code, the CI system runs automated tests. If there's a problem, developers get immediate feedback and can fix the issue while the context is still fresh in their minds.
Higher Quality Code: With CI, there's an emphasis on writing automated tests. This encourages better code quality and ensures that existing functionalities are not broken by new changes.
Reduced Manual Testing: Automated tests in CI mean less time is spent on repetitive manual tests, freeing up time for other tasks and reducing human-induced errors.
Consistency: CI processes ensure that the same steps are followed for every code integration, guaranteeing that code is consistently built and tested.
Documentation: The CI system automatically documents each build process (which changes were integrated, test results, etc.), providing a clear history of the project.
Early Bug Detection: Catching bugs early in the development process is generally more cost-effective than fixing them later in production.
Efficient Collaboration: In large teams or distributed teams, CI ensures that code from different developers is consistently integrated and tested, reducing the chances of conflicting changes.
Delivery Speed: Since integration issues are found and fixed continuously, the software is always in a releasable state. This can lead to faster delivery cycles.
Environment Replication: CI systems can be configured to replicate the production environment. This ensures that the software is being built and tested in an environment similar to where it'll be deployed.
Enhanced Developer Confidence: Knowing that changes are automatically tested upon push boosts developer confidence. They can be more assured that their changes won't unintentionally break the application.
Cost Savings: Although setting up CI requires some upfront investment, it can lead to significant savings in the long run by reducing the time spent on manual testing, bug fixes, and troubleshooting.
Integration with Other Tools: Modern CI systems can be integrated with various tools for code quality checking, performance testing, deployment, etc., providing a streamlined end-to-end process.
Scaling: As your team grows, the CI process can handle the increased load without much change, ensuring consistent integration even with more developers and more frequent code pushes.