Updated contracts and Ralph (Release v0.1.13)

Author: daverage

AGENTS.md

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 # TINYMEM CONTROL PROTOCOL
 
 ## Hard Enforcement Specification for Repository-Aware AI Agents

CLAUDE.md

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 # TINYMEM CONTROL PROTOCOL
 
 ## Hard Enforcement Specification for Repository-Aware AI Agents

GEMINI.md

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 # TINYMEM CONTROL PROTOCOL
 
 ## Hard Enforcement Specification for Repository-Aware AI Agents

QWEN.md

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+
 # TINYMEM CONTROL PROTOCOL
 
 ## Hard Enforcement Specification for Repository-Aware AI Agents

docs/AUTOMATED_VERSIONING_PUBLISHING.md

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+# Automatic Versioning and Publishing System
+
+This document provides a comprehensive guide to the automatic versioning and publishing system used in the tinyMem project. The system is designed to be adaptable to any programming language or platform.
+
+## Overview
+
+The automatic versioning and publishing system consists of three main components:
+
+1. **[Versioning System](VERSIONING_SYSTEM.md)** - Manages semantic versioning through build scripts and version tracking
+2. **[Publishing System](PUBLISHING_SYSTEM.md)** - Handles distribution of releases to GitHub and other package registries
+3. **[Generic Template](GENERIC_TEMPLATE.md)** - A universal framework that can be adapted to any programming language
+
+## How to Use This System
+
+### For Existing Projects
+
+1. Review the [versioning system documentation](VERSIONING_SYSTEM.md) to understand how semantic versioning is managed
+2. Examine the [publishing system documentation](PUBLISHING_SYSTEM.md) to see how releases are distributed
+3. Adapt the [generic template](GENERIC_TEMPLATE.md) to your specific programming language and platform
+4. Customize the build scripts for your project's specific needs
+
+### For New Projects
+
+1. Start with the [generic template](GENERIC_TEMPLATE.md) as a foundation
+2. Modify the template files to match your language's conventions
+3. Set up your version storage mechanism (e.g., version.go, package.json, pom.xml)
+4. Configure your build process to inject version information
+5. Connect to your chosen distribution channel (GitHub, npm, PyPI, etc.)
+
+## Key Benefits
+
+- **Language Agnostic**: The concepts can be applied to any programming language
+- **Platform Compatible**: Works on Unix, Linux, macOS, and Windows
+- **Automated Process**: Reduces manual errors and ensures consistency
+- **Semantic Versioning**: Follows industry-standard versioning practices
+- **Git Integration**: Seamlessly integrates with Git workflows
+- **Distribution Ready**: Supports multiple distribution channels
+
+## Integration Points
+
+The system can be integrated with:
+
+- Continuous Integration/Continuous Deployment (CI/CD) pipelines
+- Package registries (npm, PyPI, Maven Central, etc.)
+- Container registries (Docker Hub, AWS ECR, etc.)
+- Notification systems for release announcements
+- Monitoring systems to track release success/failure
+
+## Getting Started
+
+To implement this system in your own project:
+
+1. Copy the relevant template files to your project
+2. Modify the version storage mechanism for your language
+3. Update the build scripts with your language-specific commands
+4. Configure your distribution method
+5. Test the system in a development environment
+6. Deploy to your production workflow
+
+## Support
+
+For questions about implementing this system in your project, refer to the specific documentation files linked above. Each document contains language-specific examples and customization guides.