Is my workflow data sent to a server?

No. All YAML generation runs 100% in your browser. Your workflow configuration, secrets references, and job definitions never leave your device.

What CI/CD platforms does this tool support?

GitHub Actions, GitLab CI/CD, and Bitbucket Pipelines. Each platform uses a different YAML schema — this tool generates the correct syntax for your chosen platform.

What is the difference between a job and a step in GitHub Actions?

A job is a set of steps that run on the same runner (virtual machine). Jobs run in parallel by default. A step is an individual task within a job — either a shell command (run:) or a reusable action (uses:). Steps within a job run sequentially.

What are GitHub Actions secrets?

Secrets are encrypted environment variables stored in your GitHub repository or organization settings. Reference them in workflows as ${{ secrets.MY_SECRET }}. They are never exposed in logs. Use them for API keys, tokens, and passwords.

What is a matrix strategy in CI/CD?

A matrix strategy runs the same job multiple times with different variable combinations — for example, testing against Node.js 18, 20, and 22 simultaneously. This catches version-specific bugs without writing separate jobs for each version.

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CI/CD Workflow Builder

CI Pipelines

Deployments

Infrastructure

Release Management

1name: Untitled Workflow

3on:

4 push:

5 branches:

6 - 'main'

8jobs:

9 build:

10 name: Build Job

11 runs-on: ubuntu-latest

12 steps:

13 - run: |

14 echo "Hello CI"

15 name: Test Step

About the CI/CD Workflow Builder

CI/CD pipelines automate the build, test, and deployment lifecycle of your software. Writing pipeline YAML from scratch means memorizing platform-specific syntax, trigger configurations, and job dependency declarations. This builder generates correct, production-ready workflow files for GitHub Actions, GitLab CI, and Bitbucket Pipelines through a visual interface — no YAML memorization required.

What this tool builds

GitHub Actions

Generates .github/workflows/*.yml with triggers (push, PR, schedule), jobs, steps, and environment variables.

GitLab CI/CD

Generates .gitlab-ci.yml with stages, jobs, rules, and artifacts configuration.

Bitbucket Pipelines

Generates bitbucket-pipelines.yml with branch-specific pipelines, steps, and services.

Templates

Pre-built templates for common workflows: Node.js CI, Docker build & push, deploy to cloud, run tests on PR.

CI/CD best practices

Run tests on every pull request — catch regressions before merge
Use secrets for all credentials — never hardcode tokens in workflow files
Cache dependencies (node_modules, pip packages) to speed up builds
Pin action versions with a full SHA for security: actions/checkout@v4
Use matrix builds to test across multiple language versions simultaneously

Pipeline

.env Editor — manage the environment variables your pipeline injects.
Docker Compose Builder — build the container config your pipeline deploys.

Frequently asked

Is my workflow data sent to a server?: No. All YAML generation runs 100% in your browser. Your workflow configuration, secrets references, and job definitions never leave your device.
What CI/CD platforms does this tool support?: GitHub Actions, GitLab CI/CD, and Bitbucket Pipelines. Each platform uses a different YAML schema — this tool generates the correct syntax for your chosen platform.
What is the difference between a job and a step in GitHub Actions?: A job is a set of steps that run on the same runner (virtual machine). Jobs run in parallel by default. A step is an individual task within a job — either a shell command (run:) or a reusable action (uses:). Steps within a job run sequentially.
What are GitHub Actions secrets?: Secrets are encrypted environment variables stored in your GitHub repository or organization settings. Reference them in workflows as ${{ secrets.MY_SECRET }}. They are never exposed in logs. Use them for API keys, tokens, and passwords.
What is a matrix strategy in CI/CD?: A matrix strategy runs the same job multiple times with different variable combinations — for example, testing against Node.js 18, 20, and 22 simultaneously. This catches version-specific bugs without writing separate jobs for each version.