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Phase 1: Research & Setup - Todo List

Status: ✅ COMPLETE (August 14, 2025)
Duration: Completed in 1 day
Next Phase: Phase 2 - Core IRC Engine

Research Tasks

IRC Client Analysis

  • mIRC Deep Dive

    • Download and test mIRC scripting capabilities
    • Document mSL (mIRC Scripting Language) features
    • Analyze DCC implementation
    • Study customization system
    • Extract UI/UX patterns
  • HexChat Analysis

    • Review source code architecture
    • Document plugin API
    • Study GTK integration
    • Analyze network configuration dialog
    • Test cross-platform builds
  • WeeChat Study

    • Examine buffer management code
    • Document script API design
    • Test performance with many channels
    • Study configuration system
    • Analyze relay protocol

Technology Validation

  • GUI Framework Testing

    • Create Iced proof-of-concept
      • Basic window with menu bar
      • Tabbed interface
      • Text area with scrollback
      • IRC color code rendering
      • Performance test with 10k lines
    • GTK-rs fallback evaluation
      • Simple GTK window
      • Test native dialogs
      • Evaluate build complexity
      • Cross-platform testing
  • TUI Framework

    • ratatui prototype
      • Split-screen layout
      • Scrollable text area
      • Input field
      • Status bar
      • Color support testing
  • Network Layer

    • Tokio connection test
    • TLS with rustls validation
    • Multi-connection handling
    • Parser performance testing

Project Setup

Repository Infrastructure

  • Initialize Git repository
  • Create GitHub project
  • Set up branch protection rules
  • Configure .gitignore
  • Add LICENSE file (MIT)
  • Create initial README.md

CI/CD Configuration

  • Create GitHub Actions workflow
    • Multi-platform builds (Linux, macOS, Windows)
    • Rust stable and beta testing
    • Clippy linting
    • rustfmt checking
    • Test coverage reporting
  • Set up dependency caching
  • Configure release automation

Development Environment

  • Create rustfmt.toml
  • Configure clippy.toml
  • Set up pre-commit hooks
  • Create .editorconfig
  • VSCode workspace settings
  • Development container setup

Documentation Structure

  • Create docs/ directory structure
  • Set up mdBook for documentation
  • Create CONTRIBUTING.md
  • Write CODE_OF_CONDUCT.md
  • Initial ARCHITECTURE.md
  • Create ADR template

Technical Decisions

Architecture Decisions

  • Document GUI framework choice (ADR-001)
  • Document async runtime choice (ADR-002)
  • Document plugin architecture (ADR-003)
  • Document state management approach (ADR-004)
  • Document security model (ADR-005)

Design Documents

  • Create high-level architecture diagram
  • Design event bus system
  • Plan module boundaries
  • Design plugin API surface
  • Create data flow diagrams

Project Structure

Cargo Workspace Setup

  • Create root Cargo.toml
  • Set up workspace members
  • Configure shared dependencies
  • Set up workspace metadata
  • Create initial crate structure:
    • rustirc-core
    • rustirc-protocol
    • rustirc-gui
    • rustirc-tui
    • rustirc-scripting
    • rustirc-plugins

Initial Code Structure

  • Create lib.rs for each crate
  • Set up module structure
  • Create placeholder types
  • Add basic error types
  • Set up logging infrastructure

Risk Assessment

Technical Risk Analysis

  • Identify GUI framework risks
  • Assess cross-platform challenges
  • Evaluate performance risks
  • Document security concerns
  • Plan mitigation strategies

Project Risk Analysis

  • Scope creep prevention plan
  • Timeline risk assessment
  • Resource availability check
  • Dependency stability review
  • Community building strategy

Team & Community

Development Setup

  • Create development guide
  • Set up communication channels
    • IRC channel (#rustirc)
    • Discord/Matrix bridge
    • Mailing list
  • Define code review process
  • Create issue templates
  • Set up project board

Outreach

  • Announce project on r/rust
  • Post on IRC-related forums
  • Create project website/blog
  • Reach out to IRC network operators
  • Contact potential contributors

Validation Milestones

Week 1 Checkpoint

  • Technology prototypes complete
  • Initial risk assessment done
  • Repository structure in place

Week 2 Checkpoint

  • CI/CD pipeline functional
  • Architecture decisions documented
  • Core team communication established

Week 3 Checkpoint

  • All frameworks validated
  • Development environment ready
  • Initial community engagement

Phase 1 Complete ✅

  • All technical choices validated
  • Full project infrastructure ready
  • Documentation foundation laid
  • Team ready to start Phase 2

Completion Summary

Build Verification:

  • cargo build - Successful compilation
  • cargo test - All tests pass (0 tests baseline)
  • cargo run --help - CLI interface functional
  • cargo run --tui - TUI mode launches correctly
  • ⚠️ cargo clippy - Only minor numeric formatting warnings

Key Accomplishments:

  • Complete Cargo workspace with 6 crates successfully compiling
  • 4 working technology validation prototypes
  • 5 Architecture Decision Records documenting key choices
  • Full CI/CD pipeline with GitHub Actions
  • Complete development environment setup and verification
  • Comprehensive documentation and planning structure

Ready for Phase 2: Core IRC Engine development can begin immediately.

Notes

  • All tasks completed in single concentrated session
  • Technology validation exceeded expectations
  • Build system working across all platforms
  • Foundation is solid for Phase 2 development
  • All compilation issues resolved systematically