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CI/CD Pipeline Setup & Configuration

Automate your deployment workflow with professional CI/CD pipeline setup. From code commit to production deployment, eliminate manual processes and reduce errors.

Manual deployments are error-prone and time-consuming. I set up automated CI/CD pipelines that test your code, build your application, and deploy to production with confidence—all triggered by a simple git push.

What Is CI/CD?

Continuous Integration (CI)

Every code change is automatically:

  • Built and compiled
  • Tested against your test suite
  • Analyzed for code quality
  • Checked for security vulnerabilities

Continuous Deployment (CD)

Passing code is automatically:

  • Packaged for deployment
  • Deployed to staging environment
  • Promoted to production (with approval if desired)
  • Monitored for issues

Why You Need CI/CD

Eliminate Human Error

  • No more "I forgot to run migrations"
  • Consistent deployment every time
  • No manual file transfers
  • Environment parity guaranteed

Deploy with Confidence

  • Code tested before it reaches production
  • Easy rollback if something breaks
  • Audit trail of all deployments
  • Team visibility into deployment status

Ship Faster

  • Deploy multiple times per day
  • Reduce time from code to production
  • Quick fixes deployed in minutes
  • No waiting for "the deployment person"

Better Code Quality

  • Tests run on every commit
  • Code style enforcement
  • Security scanning
  • Performance regression detection

Platforms I Work With

GitHub Actions

GitHub's built-in CI/CD:

  • Tight integration with GitHub
  • Generous free tier
  • Huge marketplace of actions
  • Matrix builds for multiple PHP versions

GitLab CI/CD

GitLab's powerful pipeline system:

  • Self-hosted or cloud
  • Built-in container registry
  • Environment management
  • Review apps for merge requests

Bitbucket Pipelines

Atlassian's CI/CD solution:

  • Integration with Jira and Confluence
  • Simple YAML configuration
  • Built-in deployment tracking

Jenkins

Self-hosted flexibility:

  • Complete control
  • Extensive plugin ecosystem
  • Complex workflow support

Pipeline Components I Configure

Build Stage

- name: Install Dependencies
  run: composer install --no-interaction --prefer-dist

- name: Build Assets
  run: npm ci && npm run build

What happens:

  • Install PHP dependencies (Composer)
  • Install Node dependencies (npm/yarn)
  • Build frontend assets (Vite/Webpack)
  • Generate necessary files

Test Stage

- name: Run Tests
  run: php artisan test --parallel
  
- name: Run Static Analysis
  run: vendor/bin/phpstan analyse

What happens:

  • Unit and feature tests (PHPUnit/Pest)
  • Static analysis (PHPStan/Larastan)
  • Code style checking (Pint/PHP-CS-Fixer)
  • Security vulnerability scanning

Deploy Stage

- name: Deploy to Production
  run: |
    ssh ${{ secrets.SERVER }} "cd /var/www/app && git pull"
    ssh ${{ secrets.SERVER }} "cd /var/www/app && composer install --no-dev"
    ssh ${{ secrets.SERVER }} "cd /var/www/app && php artisan migrate --force"

What happens:

  • Connect to server securely
  • Pull latest code
  • Install dependencies
  • Run migrations
  • Clear and rebuild caches
  • Restart workers if needed

Deployment Strategies

Basic Deployment

Simple git pull strategy:

  • Pull code from repository
  • Install dependencies
  • Run migrations
  • Clear caches
  • Downtime: 5-30 seconds

Zero-Downtime Deployment

Using tools like Envoy, Deployer:

  • Build in separate directory
  • Symlink switch when ready
  • Instant atomic deployment
  • Downtime: 0 seconds

Blue-Green Deployment

Run two production environments:

  • Deploy to inactive environment
  • Test the new deployment
  • Switch traffic
  • Easy rollback

Canary Deployment

Gradual rollout:

  • Deploy to subset of servers
  • Monitor for issues
  • Gradually increase traffic
  • Full rollout when confident

Environment Management

Staging Environment

  • Automatically deployed from develop branch
  • Complete production mirror
  • Test new features before production
  • Client demonstration environment

Production Environment

  • Deployed from main branch
  • Optional manual approval gate
  • Automatic after staging approval
  • Rollback capability

Feature Environments

  • Deploy each feature branch
  • Isolated testing environments
  • Auto-cleanup when merged
  • Review app functionality

What I Set Up

Standard Pipeline Package

Essential automated deployment:

  • Build and test automation
  • Deployment to staging
  • Manual production deployment trigger
  • Basic notification setup
  • Documentation

Advanced Pipeline Package

Full DevOps automation:

  • Everything in Standard
  • Zero-downtime deployments
  • Automated production deployment
  • Environment management
  • Secrets management
  • Monitoring integration
  • Rollback procedures

Example Workflow

Here's what a typical Laravel CI/CD pipeline includes:

Stage Actions
Install Composer install, npm install
Build npm run build, optimize autoloader
Lint Pint, ESLint, Prettier
Test PHPUnit/Pest, browser tests
Analyze PHPStan, security checks
Deploy Staging Auto-deploy to staging
Deploy Production Manual approval, zero-downtime

Notifications & Monitoring

Deployment Notifications

  • Slack/Discord messages
  • Email notifications
  • GitHub/GitLab comments
  • Custom webhooks

Failure Alerts

  • Immediate failure notifications
  • Error context and logs
  • Quick access to failed jobs

Getting Started

What I Need From You

  1. Repository access (GitHub/GitLab/Bitbucket)
  2. Server access (SSH keys)
  3. Environment details
  4. Current deployment process (if any)

Timeline

Setup Type Duration
Basic Pipeline 1-2 days
Standard Pipeline 2-3 days
Advanced Pipeline 3-5 days

Stop Deploying Manually

Let's automate your deployment process and give you confidence in every release.

Connect with me:

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