Perforce Helix Core Administration Training — Enterprise Version Control & Migration

What Is Perforce Helix Core?

Perforce Helix Core is a centralized, enterprise-grade version control system designed for large binary assets (game assets, CAD files, video, firmware images) and monorepos at extreme scale (millions of files, thousands of users). Perforce's strengths — file-level access control, exclusive checkout for binaries, proxy-based remote site support, and high-performance centralized architecture — make it the standard in gaming, semiconductor, automotive, and VFX industries where Git's distributed model struggles with large binaries.

Current Relevance

Perforce is essential for binary-heavy industries and legacy enterprise VCS for text-based development. For source code, Git is the standard. For large binary assets, Perforce remains the best option. Many enterprises maintain both: Perforce for binary assets and Git for source code. This course covers Perforce administration at enterprise scale and, critically, Perforce→Git migration strategies for source code where Git is the better fit.

Who Should Attend

• Perforce administrators managing Helix Core at enterprise scale
• DevOps engineers integrating Perforce with CI/CD pipelines
• Engineering managers planning partial Perforce→Git migration for source code
• Build/release engineers in gaming, semiconductor, automotive industries

Learning Outcomes

• Administer Perforce — depots, protections table, streams, typemap, checkpoint, journal
• Configure Perforce replication — forwarding replica, read-only replica, edge servers, proxies
• Integrate Perforce with CI/CD — Helix Swarm for code review, triggers, and automation
• Optimize Perforce performance — db.peeking, cache tuning, hardware sizing
• Plan hybrid Perforce+Git strategy — source code to Git, binaries stay on Perforce
• Execute Perforce→Git migration with git-p4 and Helix4Git

Course Modules

1. Perforce Architecture — Server, depot, workspace, changelist model. Centralized vs. distributed VCS comparison.
2. Perforce Administration — Protections table. Streams vs. classic depots. Typemap. Checkpoints and journals. Backup/recovery.
3. User & Workspace Management — User types. Workspace configuration. Obliterate. File size limits. Storage management.
4. Replication & Multi-Site — Forwarding replica. Read-only replica. Edge servers. Proxy servers. Commit-edge architecture.
5. CI/CD Integration — Helix Swarm (code review). Triggers. Build integration with Jenkins. Automated testing.
6. Performance & Scaling — Server monitoring. Cache tuning. Hardware sizing. Database optimization. Large-file handling.
7. Migration: Perforce to Git — git-p4. Helix4Git. Source code migration. Binary asset decisions. Hybrid strategy.
8. Capstone: Perforce Operations — Administer a Perforce deployment with replication, CI/CD, and migration planning.

Hands-on Labs (10 total)

Configure a Perforce server with streams, protections, and typemap. Set up a forwarding replica. Integrate Helix Swarm for code review. Run a git-p4 migration for a sample source code depot. Design a hybrid Perforce+Git architecture for an enterprise.

Enterprise Use Cases

• Administering Perforce for 2,000+ game developers with multi-terabyte depots and global replication
• Hybrid Perforce+Git: source code in GitHub Enterprise, game assets in Perforce, with CI/CD across both
• Migrating 10 years of source code history from Perforce to Git while preserving change metadata

Related Courses

See Git Training, Subversion Training, and GitOps Training.