CI/CD Pipeline Design: Fast, Safe, & Automated Delivery
Architect modern deployment pipelines: Continuous Integration (Lint, Test, SAST, Container Packaging), Push vs Pull Continuous Delivery (GitOps with ArgoCD), and Canary release strategies.
01.1. Modern Continuous Integration (CI): Fast Feedback Loops
Continuous Integration (CI) is the engineering practice of merging developer code updates frequently into a shared central branch (Trunk-Based Development), validating every commit with an automated build and test pipeline.
Core CI Pipeline Stages:
- Fast Feedback Stage (
< 2 minutes): Linting, formatting checks, and static type validation (e.g., TypeScripttsc --noEmit, Gogolangci-lint). - Automated Test Stage (
< 5 minutes): Unit tests with code coverage thresholds (> 80\%), and integration tests executed against ephemeral database containers using Testcontainers. - Static Application Security Testing (SAST): Scans source code for security flaws, hardcoded credentials, and SQL injection risks (e.g., SonarQube, Semgrep).
- Dependency & Container Vulnerability Scanning: Scans npm/pip dependencies and base OS packages for known Common Vulnerabilities and Exposures (CVEs) using Trivy or Snyk.
- Build, Tag, and Sign Artifacts: Builds immutable OCI container images using Multi-Stage Dockerfiles, tags them with immutable Git commit SHA digests (
sha256:4f8a...), cryptographically signs them using Cosign (Sigstore), and pushes to a private container registry (AWS ECR / Google Artifact Registry).
Modern GitOps CI/CD Delivery Pipeline Architecture π
Modern GitOps CI/CD Delivery Pipeline Architecture π
Separation of concerns between CI build/security pipelines and pull-based GitOps deployment controllers.
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