bits-training

A repository teaching you how to use and implement the BITS framework

Complete Tutorial: From IOCs to Production BITS Deployment

This comprehensive tutorial takes beamline scientists from understanding their EPICS IOCs to creating a fully functional BITS deployment with their own GitHub repository.

Tutorial Overview

Target Audience: Beamline scientists with EPICS IOCs who want to implement Bluesky data acquisition

Prerequisites:

• Running EPICS IOCs (we provide containerized examples)
• Basic Python knowledge
• Git/GitHub familiarity
• Linux/macOS environment

Time Commitment: ~2-3 hours for complete tutorial

End Result: Production-ready BITS deployment in your own GitHub repository

Tutorial Steps

Step	Topic	Duration	Deliverable
00	Introduction & Prerequisites	10 min	Environment setup
01	IOC Exploration & Device Discovery	20 min	Device inventory
03	Device Configuration	30 min	Working devices
04	Scan Plan Development	25 min	Custom plans
05	IPython Interactive Use	15 min	Live operation

Quick Start

# 1. Start the demo IOCs
cd bits_demo/scripts
./start_demo_iocs.sh

# 2. Explore your IOCs
python explore_iocs.py

# 3. Follow the tutorial step by step
# Start with tutorial/00_introduction.md

What You'll Learn

• IOC Understanding: How to discover and categorize devices in your IOCs
• BITS Architecture: Complete understanding of the BITS framework
• Device Integration: Map EPICS PVs to Bluesky devices
• Plan Development: Create custom scan plans for your science

What You'll Build

By the end of this tutorial, you'll have:

1. Working Instrument Package: Complete BITS deployment controlling your IOCs
2. GitHub Repository: Professional deployment repository with documentation
3. Custom Scan Plans: Tailored to your experimental needs
4. Data Analysis Tools: Jupyter notebooks and visualization setup
5. Remote Capabilities: Queue server for unattended operation
6. Validation Framework: Tools to verify system functionality

Support & Troubleshooting

• Scripts: Automated validation and troubleshooting tools in scripts/
• Examples: Working examples for all concepts in examples/
• Templates: Ready-to-use templates in templates/
• Documentation: Comprehensive guides in tutorial/

Getting Help

If you encounter issues:

1. Check the troubleshooting section in each tutorial step
2. Run validation scripts in scripts/
3. Review the FAQ in the final verification step

Container IOCs Provided

This tutorial includes two containerized IOCs for learning:

• adsim IOC (adsim:): Area Detector simulation with 2D detector
• gp IOC (gp:): General purpose IOC with 20 motors, 3 scalers, and support records

These provide a realistic learning environment without requiring physical hardware.

Next Steps

After completing this tutorial:

• Adapt the examples to your actual hardware
• Customize scan plans for your science requirements
• Deploy to your beamline environment
• Share with your team through GitHub
• Extend with additional devices and capabilities

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Ready to start? → Begin with Tutorial Introduction