Microsoft’s POML offers a declarative way to manage complex instructions by using XML-like tags and CSS-style rules for prompt design. By separating content from stylistic parameters like tone and token limits, the system promotes modularity, reusability, and improved maintainability compared to manual string concatenation.
- Requires Python 3.10 or higher
- Facilitates cleaner version control through structured diffs in pull requests
- Enables non-engineers like product managers to contribute using familiar syntax styles
- Allows for model-agnostic structures that separate intent from specific API formatting quirks
- Requires Python 3.10 or higher
- Facilitates cleaner version control through structured diffs in pull requests
- Enables non-engineers like product managers to contribute using familiar syntax styles
- Allows for model-agnostic structures that separate intent from specific API formatting quirks
Yuge Zhang et al. write about Prompt Orchestration Markup Language (POML), a markup language designed to bring structure, maintainability, and versatility to prompt engineering for Large Language Models. By employing an HTML-like syntax, POML modularizes components such as roles and tasks while decoupling content from presentation via a CSS-inspired styling system.
- Includes built-in templating with support for variables, loops, and conditionals
- Provides SDKs for Python and Node.js integration into application workflows
- Offers a Visual Studio Code extension featuring syntax highlighting and real-time previews
- Supports seamless embedding of external data sources like images and spreadsheets via specialized components
- Includes built-in templating with support for variables, loops, and conditionals
- Provides SDKs for Python and Node.js integration into application workflows
- Offers a Visual Studio Code extension featuring syntax highlighting and real-time previews
- Supports seamless embedding of external data sources like images and spreadsheets via specialized components
A 12-week, 26-lesson curriculum all about Machine Learning, using primarily Scikit-learn and avoiding deep learning.
The `mlabonne/llm-course` GitHub page offers a comprehensive LLM education in three parts: **Fundamentals** (optional math/Python/NN basics), **LLM Scientist** (building LLMs – architecture, training, alignment, evaluation, optimization), and **LLM Engineer** (applying LLMs – deployment, RAG, agents, security). It’s a detailed syllabus with extensive resources for learning the entire LLM lifecycle, from theory to practical application.
The `mlabonne/llm-course` GitHub page offers a comprehensive LLM education in three parts: **Fundamentals** (optional math/Python/NN basics), **LLM Scientist** (building LLMs – architecture, training, alignment, evaluation, optimization), and **LLM Engineer** (applying LLMs – deployment, RAG, agents, security). It’s a detailed syllabus with extensive resources for learning the entire LLM lifecycle, from theory to practical application.
A course teaching everything you need to know to start building AI Agents. Includes 12 lessons, code samples, and multi-language support.
