Create a workflow that links and tests new code on each push to a repository.
- [Instructor] The main goal of continuous integration … is to find and resolve problems early … in the development cycle. … With continuous integration, developers work on their code … in a local environment and then commit their changes … to a shared repository. … The code can then be combined or in other words integrated … with code from other members of the team … or any existing code. … In this scenario, we'll use a workflow … that gets triggered on each PUSH to the repository. … The workflow will call two actions. … One, to automatically lint the code … and run predefined tests … and another to build a Docker image … using a Dockerfile in the repo. … We won't store the Docker image anywhere. … We'll just be running the BUILD step … to make sure we haven't introduced any bugs. … Using this approach, we'll be better positioned … to find and resolve problems … well before the code is ready to be released. … To explore this scenario, … I've created a repo hosting a Python web application. …
Author
Released
5/28/2019- Creating an action
- Creating a workflow
- Adding actions to a workflow
- Using an action from a repository
- Using environment variables
- Building custom actions
- Use cases for actions and workflows
Skill Level Beginner
Duration
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Introduction
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What you should know2m 10s
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Exercise files1m 49s
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1. Your first Action
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Your first Action4m 2s
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Action attributes3m 50s
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2. Connecting Actions with Workflows
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Create a workflow2m 56s
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Add actions to a workflow2m 52s
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3. Using Actions
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Using environment variables2m 53s
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Using secrets2m 49s
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4. Building Custom Actions
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Plan a custom action4m 29s
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Your custom action objective1m 25s
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Dockerfile review6m 2s
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Add a Dockerfile2m 45s
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Add an entry-point script2m 54s
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Test an action locally4m 43s
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Use labels in a Dockerfile3m 10s
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Deploy a custom action4m 5s
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5. Use Cases
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Continuous integration4m 37s
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Pull requests3m 58s
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Deploying a web application3m 22s
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Conclusion
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Next steps28s
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Video: Continuous integration