PHIPROMPT VSCode Extension

🚀 Quick Start (3 steps)

• [x] ✅ Step 1: Install dependencies
• [ ] ⚙️ Step 2: Configure settings
• [ ] 🎯 Step 3: Run your first example

⚡ Installation (2 minutes)

# Install from VSCode Marketplace
code --install-extension Banes-Lab.phiprompt

# Or download from GitHub releases
git clone https://github.com/Varietyz/phi-vscode-extensions/tree/main/phiprompt-extension.git
cd phi-vscode-extension
npm install && npm run package

✅ First Steps

1. Create a new file with extension .φp
2. Start typing framework patterns - auto-completion will guide you
3. Use Ctrl+Shift+P to access the command palette for framework tools
4. Enable breadcrumbs for hierarchical navigation through complex frameworks

💡 Pro Tip: Use Ctrl+Shift+M to automatically generate symbol mappings for your frameworks.

📖 Table of Contents

• 🎯 Core Features
• 📋 System Requirements
• ⚙️ Configuration
• 🔧 Framework Architecture
• 📝 Usage Examples
• 🎨 Symbol Reference
• 🛠️ Development Features
• ♿ Accessibility
• 🤝 Contributing
• ❓ Support & FAQ
• 📄 License

🎯 Core Features

🔍 Advanced Language Support

• Symbolic Language Recognition - Complete PHIPROMPT syntax highlighting with mathematical notation
• Greek Letter Modules - Full support for Φ, Ψ, ρ, ν, α, κ, μ, ℜ, Π framework components
• Unicode Math Symbols - Comprehensive rendering of ∀, ∃, →, ∧, ∨, ⟹ and specialized operators
• File Type Association - Native support for .φp, .phip, and .φc files

🎨 Enhanced Development Experience

• Intelligent Auto-Completion - Context-aware suggestions for framework patterns and symbolic operators
• Framework Validation - Real-time compliance checking with automatic error detection on save
• Hierarchical Navigation - Advanced breadcrumb system for complex framework structures
• Pipeline Visualization - Visual representation of ξ→ε→α→ρ→ω→φ→κ→σ→δ processing chains

🏗️ Professional Workflow Integration

• GitHub Copilot Support - Seamless integration with AI coding assistance for symbolic frameworks
• Symbolic Mapping Generation - Automatic creation of natural language equivalents for complex symbolic expressions
• Framework Templates - Built-in snippets for common patterns including business analysis, technical documentation, and creative content frameworks
• Uncertainty Flag Highlighting - Visual indicators for ⚠️, 🌀, 🧱, 🧪 challenge markers

✅ Quality Assurance Tools

• Complexity Analysis - Automated assessment of framework sophistication with performance recommendations
• Code Actions - Quick fixes for common framework syntax issues and optimization suggestions
• Format Conversion - Bidirectional transformation between symbolic notation and natural language
• Tutorial Integration - Interactive learning system for framework development best practices

📋 System Requirements

⚠️ Note: This extension focuses on VSCode integration. For runtime execution capabilities, see the companion PHICODE Runtime Engine.

⚙️ Configuration

🎛️ User Settings

Access settings through File > Preferences > Settings and search for "PHIPROMPT":

{
  "phiprompt.autoValidation": true,
  "phiprompt.showBreadcrumbs": true,
  "phiprompt.enableSubmoduleNavigation": true,
  "phiprompt.validatePipelineSequences": true,
  "phiprompt.highlightUncertaintyFlags": true,
  "phiprompt.uncertaintyThreshold": 0.2,
  "phiprompt.enableComplexityAnalysis": true
}

⌨️ Keyboard Shortcuts

{
  "[phiprompt]": {
    "editor.insertSpaces": true,
    "editor.tabSize": 2,
    "editor.formatOnSave": true,
    "editor.quickSuggestions": {
      "other": true,
      "comments": false,
      "strings": false
    },
    "breadcrumbs.enabled": true
  }
}

{
  "files.associations": {
    "*.phi": "phiprompt",
    "*.phicode": "phiprompt"
  }
}

🔧 Framework Architecture

🧠 Core Components

The PHIPROMPT framework implements a sophisticated pipeline architecture:

Φ = {
    Ψ: {  // Optimizer Module
        ρ: {filter: /dup|overconf|loops/g, consolidator: [merge,collapse]},
        ν: [entity,attr,val,rel], α: [conflicts,claims,loops,novelty],
        μ: [abstract,fig,subj], κ: [nest,vague,impl]
    },
    ℜ: {  // Forensics Module
        models: [causal,triangulation,anomaly,custody,refinement],
        principles: [evidence,falsify,docs,error]
    },
    Π: {  // Processor Module
        compile: { ξ→ε→α→ν→ρ→χ→ω→φ→β→κ→σ→λ→μ→τ→π→δ }
    }
}

🏗️ Module Hierarchy

• Φ (Framework) - Main pipeline coordinator
• Ψ (Optimizer) - Input processing and validation
  • ρ (Filter) - Data cleaning and consolidation
  • ν (Normalizer) - Entity standardization
  • α (Validator) - Conflict detection
  • μ (Detector) - Content classification
  • κ (Handler) - Nested structure management
• ℜ (Forensics) - Evidence-based analysis
• Π (Processor) - Sequential transformation pipeline

⚙️ Pipeline Processing Chain

The standard processing sequence follows this pattern:

1. ξ (Domain Analysis) - Context classification and challenge detection
2. ε (Entity Identification) - Object, concept, and relationship extraction
3. α (Attribute Extraction) - Property and specification mapping
4. ν (Value Capture) - Data normalization and categorization
5. ρ (Relationship Mapping) - Connection analysis and validation
6. χ (Context Preservation) - Temporal and spatial awareness
7. ω (Coherence Validation) - Consistency and completeness checking
8. φ (Feedback Calibration) - Response optimization
9. σ (Symbolic Synthesis) - Pattern integration
10. δ (Implementation) - Final output generation

📝 Usage Examples

🚀 Basic Framework Creation

##[P.T.S.U.INPUT]
Collect.project_elements.P_T_S_U : {
    Project.technical_specifications, 
    Target.audience_requirements, 
    Structure.navigation_patterns, 
    Usability.accessibility_standards
}

##[ACTIVATE_MODULE]
activate.Φ = ∀(P, T, S, U) → ALWAYS{
    ν.preprocess.capture(input_request) → 
    μ.input_collection.extract(P, T, S, U) → 
    Π.processing → 
    Ω.output[
        Technical_Documentation : P → system_specifications ∧ 🔧comprehensive_setup,
        User_Guide : T → interaction_patterns ∧ 📝step_by_step_guidance,
        Architecture : S → navigation_design ∧ 🏗️structural_integrity
    ]
}

🔬 Advanced Pipeline with Uncertainty Handling

Φ.complexAnalysis = {
    ν.preprocess : {
        input_capture : [M.requirements ∧ C.context ∧ I.intent ∧ U.uncertainty⚠️], 
        validation : [completeness_check ; accuracy_verify ; consistency_assess]
    },
    
    Π.processing : {
        → ξ : [domain_classify, complexity_assess🌀, framework_selection],
        → ε : [entity_extract🔍, relationship_identify, dependency_map📝],
        → α : [validation🧱_run, conflict_detect, compatibility_check⚠️],
        → ω : [coherence_validate, consistency_verify, quality_assess🧪],
        → δ : [output_synthesize ∧ format_apply ∧ uncertainty_integrate⚠️]
    }
}

##[S.M.A.R.T.INPUT]
Collect.business_elements.S_M_A_R_T : {
    Strategy.market_positioning, 
    Metrics.performance_indicators, 
    Analysis.competitive_landscape, 
    Resources.capability_assessment, 
    Timeline.implementation_roadmap
}

##[ACTIVATE_MODULE]
activate.Φ = ∀(S, M, A, R, T) → ALWAYS{
    ν.preprocess.capture(business_request) → 
    μ.input_collection.extract(S, M, A, R, T) → 
    Π.business_analysis → 
    Ω.output[
        Strategic_Assessment : S → market_analysis ∧ 🎯positioning_clarity,
        Performance_Framework : M → kpi_system ∧ 📊measurement_protocols,
        Competitive_Intelligence : A → landscape_mapping ∧ 🔍opportunity_identification,
        Resource_Optimization : R → capability_enhancement ∧ ⚙️efficiency_improvement,
        Implementation_Plan : T → timeline_coordination ∧ 🚀execution_strategy
    ] ⊕ risk_assessment⚠️ ⊕ success_metrics📊
}

🎨 Symbol Reference

🔢 Core Language Constructs

🔀 Control Flow

🚩 Challenge Flags

🔍 Interactive Learning: Use Ctrl+Shift+P → "PHIPROMPT: Show Symbol Tutorial" for hands-on exploration with live examples.

🛠️ Development Features

🎨 Code Formatting

PHIPROMPT includes a sophisticated formatter that maintains mathematical elegance:

Formatting Rules:

• Symbol Spacing: Consistent spacing around mathematical operators
• Hierarchical Indentation: Clear visual structure for nested blocks
• Line Length Management: Automatic wrapping for readability
• Comment Preservation: Maintains documentation integrity

🔍 Real-time Linting

Advanced Error Detection:

• Symbol Validation: Ensures proper PHIPROMPT symbol usage
• Context Analysis: Validates symbols in appropriate contexts
• Performance Optimization: Debounced linting reduces CPU usage
• Educational Feedback: Helpful error messages for learning

🧭 Navigation & IntelliSense

Go-to-Definition Features:

• Cross-file Navigation: Jump between PHIPROMPT and related files
• Symbol Indexing: Workspace-wide symbol tracking
• Method Resolution: Smart method and property lookup
• Import Following: Navigate to imported modules

Auto-completion Capabilities:

• Context-aware Suggestions: Different symbols for different scopes
• Fuzzy Matching: Type partial keywords for symbol suggestions
• Documentation Integration: Hover tooltips with explanations
• Snippet Expansion: Complete code patterns with Tab completion

♿ Accessibility

🌟 Universal Design Principles

PHIPROMPT is designed with accessibility at its core:

🔍 Screen Reader Support

• Semantic Markup: Proper HTML structure in documentation
• Alternative Text: Descriptive labels for all visual elements
• Keyboard Navigation: Full functionality without mouse interaction
• Voice Commands: Compatible with voice recognition software

🎨 Visual Accessibility

• High Contrast Support: Adapts to system contrast preferences
• Customizable Fonts: Support for dyslexia-friendly typefaces
• Zoom Compatibility: Scales properly with browser/editor zoom
• Color Independence: Information conveyed beyond color alone

⌨️ Keyboard Navigation

📋 Accessibility Compliance

✅ WCAG 2.1 AA Compliant

• Perceivable: Content available to assistive technologies
• Operable: Interface usable with various input methods
• Understandable: Information and UI operation is clear
• Robust: Compatible with current and future assistive technologies

🤝 Accessibility Commitment: We strive to continuously improve accessibility. Report barriers via our accessibility feedback form.

🤝 Contributing

🌟 Ways to Contribute

Contributions welcome from developers of all experience levels:

🔧 Code Contributions

• Bug Fixes: Resolve issues and improve stability
• Feature Development: Implement new PHIPROMPT capabilities
• Performance Optimization: Enhance extension speed and efficiency
• Testing: Expand test coverage and quality assurance

📚 Documentation

• Tutorial Content: Create learning materials and examples
• Translation: Localize documentation for global accessibility
• Video Guides: Develop multimedia learning resources
• Best Practices: Document coding standards and patterns

🚀 Development Setup

Prerequisites

# Required tools
node --version    # ≥ 16.0.0
npm --version     # ≥ 8.0.0
code --version    # ≥ 1.74.0
git --version     # ≥ 2.25.0

Getting Started

# 1️⃣ Clone repository
git clone https://github.com/Varietyz/phi-vscode-extensions/tree/main/phiprompt-extension.git
cd phiprompt-extension

# 2️⃣ Install dependencies
npm install

# 3️⃣ Build extension
npm run compile

# 4️⃣ Launch development environment
code .
# Press F5 to start debugging session

📋 Contribution Guidelines

Pull Request Process

1. Fork the repository and create a feature branch
2. Implement changes with comprehensive tests
3. Document new features and update existing documentation
4. Test across multiple platforms and VS Code versions
5. Submit pull request with detailed description

🎖️ Recognition: Contributors are recognized in README, release notes, and our Hall of Fame for significant contributions.

❓ Support & FAQ

🆘 Getting Help

Community Support

• 📋 GitHub Discussions: Community forum
• 📧 Email Support: jay@banes-lab.com
• 📖 Documentation: Comprehensive guides available in the /docs folder

Estimated Response Times

• Critical Bugs: Within 24 hours
• General Issues: Within 72 hours
• Feature Requests: Within 1 week
• Documentation: Within 48 hours

// Add custom symbols like this
export const CUSTOM_SYMBOLIC_MAP = {
  "🏭": ["manufacturing", "industrial_process"],
  "🧬": ["biotechnology", "genetic_analysis"],
  "🌍": ["global_network", "distributed_system"]
};

{
  "phiprompt.autoValidation": true,
  "phiprompt.validatePipelineSequences": true,
  "phiprompt.uncertaintyThreshold": 0.2
}

📄 License

This project is licensed under the MIT License - see the LICENSE file for details.

🌟 Project Information

Developed by: Jay Baleine at Banes Lab
Repository: GitHub - phiprompt-extension
Website: banes-lab.com
Version: 1.0.0
Last Updated: August 2025

🎯 Mission Statement: Advancing the frontier of AI prompt engineering through mathematical alignment, symbolics, and developer-friendly tooling that transforms complex structures into intuitive, maintainable frameworks.

⭐ If this project helps your development workflow, please consider starring the repository to support continued development!

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Made with ❤️ by Jay Baleine - Banes Lab

© 2025 Banes Lab • MIT License • Extensions Repository