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Command Router Testing Guide

Phase 1 Integration - Warp AI-Style Routing

What Was Implemented

✅ Completed

  1. Command Router (commandRouter.ts) - Deterministic parser with 60+ command mappings
  2. Help Panel (HelpPanel.tsx) - Full-screen modal with 12 categories, search, examples
  3. Terminal Integration - Router wired into Terminal.tsx with switch-case routing
  4. Type System - Added command types: install, github, env, daemon

🔄 Changes Made

  • Terminal.tsx - Replaced 300+ lines of hardcoded checks with clean router logic
  • Command Flow - Now: Input → parseCommand() → switch(type) → route to destination
  • Help System - Type help or /help opens modal instead of text output

Testing Checklist

Test 1: Help Panel (CRITICAL)

Expected: Help panel opens with full UI

help          # Opens help modal
/help         # Also opens help modal  
/h            # Short alias

Console logs to look for:

[Command Router] Processing: help
[Command Router] Parsed: {type: 'help', shouldShowHelp: true, ...}
[Help] Opening help panel

Test 2: Shell Commands (Direct Execution)

Expected: Executes in PTY immediately, no IPC

ls            # List files
pwd           # Current directory
git status    # Git commands
npm --version # NPM commands

Console logs:

[Command Router] Parsed: {type: 'shell', ...}
[Shell] Direct execution: ls

Test 3: FixNet Commands (IPC Routing)

Expected: Routes to IPC handlers

fixnet stats  # Should return JSON stats
fixnet search error_name  # Should search dictionary

Console logs:

[Command Router] Parsed: {type: 'fixnet', ...}
[FixNet] Processing: fixnet stats

Test 4: LLM Commands (IPC Routing)

Expected: Routes to IPC handlers

llm list      # Lists all models
llm enable mistral   # Enables model
llm disable tinyllama  # Disables model

Console logs:

[Command Router] Parsed: {type: 'llm', ...}
[LLM] Processing: llm list

Test 5: Workflow Commands (IPC Routing)

Expected: Routes to IPC handlers

workflow status   # System status
tokens            # Token usage stats
history           # Conversation history
clear history     # Clear history

Console logs:

[Command Router] Parsed: {type: 'workflow', ...}
[Workflow] Processing: workflow status

Test 6: Backend Commands (Python Routing)

Expected: Routes to LuciferAI backend via IPC

install mistral      # Model installation (will fail - not implemented yet)
github link          # GitHub integration (will fail - not implemented yet)
envs                 # Environment list (will fail - not implemented yet)
fix script.py        # FixNet auto-fix (will fail - not implemented yet)

Console logs:

[Command Router] Parsed: {type: 'install', ...}
[Backend] Routing to LuciferAI: install

Expected Result: Error message (these IPC handlers don't exist yet - Phase 2)

Test 7: Agent/Natural Language (LLM Processing)

Expected: Routes to agent for LLM processing

what is the capital of france   # Question
create a python script          # Natural language task
hello                           # Greeting

Console logs:

[Command Router] Parsed: {type: 'agent', ...}
[Backend] Routing to LuciferAI: agent

Known Issues & Expected Failures

❌ Phase 2 Commands (Not Yet Implemented)

These commands are expected to fail - they need new IPC handlers:

  • install <model> - Model installation
  • fix <script> - FixNet auto-fix
  • github link/upload/projects - GitHub integration
  • envs - Environment management
  • daemon - Background daemon control

Error you'll see:

❌ Command failed: Unknown error
Try: help for available commands

This is correct behavior - these features are Phase 2.

Success Criteria

✅ Phase 1 Complete If:

  1. Help panel opens on help command (full modal UI visible)
  2. Shell commands execute directly (ls, git, npm work instantly)
  3. FixNet stats works (returns JSON data)
  4. LLM list works (shows enabled/disabled models)
  5. Console shows routing logs (Command Router → Parsed → Destination)

🎯 Ready for Phase 2 If:

  • All above tests pass ✅
  • No TypeScript/build errors ✅
  • Help panel UI is beautiful ✅
  • Shell latency is zero ✅

Phase 2 Preview: Critical IPC Handlers

Next steps (estimated 2-3 hours):

New IPC Handlers Needed

// In electron/ipc/lucidWorkflow.ts

// Model installation
ipcMain.handle('lucid:installModel', async (_, modelName: string) => {
  // Call Python: install <modelName>
  // Return: {success, progress, error}
});

// FixNet auto-fix
ipcMain.handle('lucid:fixScript', async (_, filepath: string) => {
  // Call Python: fix <filepath>
  // Return: {success, fixCount, output}
});

// GitHub operations
ipcMain.handle('lucid:githubLink', async () => {
  // Call Python: github link
  // Opens OAuth flow
});

ipcMain.handle('lucid:githubUpload', async () => {
  // Call Python: github upload
  // Uploads current project
});

// Environment management
ipcMain.handle('lucid:listEnvironments', async () => {
  // Call Python: envs
  // Returns: [{name, path, type, python_version}]
});

ipcMain.handle('lucid:activateEnvironment', async (_, name: string) => {
  // Call Python: env activate <name>
  // Activates virtualenv
});

TypeScript Types to Add

// In src/types/lucidApi.d.ts

interface LucidAPI {
  lucid: {
    // ... existing methods
    installModel: (modelName: string) => Promise<{success: boolean, progress?: number, error?: string}>;
    fixScript: (filepath: string) => Promise<{success: boolean, fixCount: number, output: string}>;
    githubLink: () => Promise<{success: boolean, url?: string}>;
    githubUpload: () => Promise<{success: boolean, repoUrl?: string}>;
    listEnvironments: () => Promise<{success: boolean, environments: Environment[]}>;
    activateEnvironment: (name: string) => Promise<{success: boolean}>;
  }
}

Architecture Achieved

Before (Broken)

Input → xterm → Python backend → Response
        ↑
   No frontend awareness

After (Warp AI Style) ✅

Input → commandRouter.ts → ParsedCommand → {
                                              Shell (xterm) - 0ms latency
                                              Help (modal) - instant
                                              FixNet (IPC) - existing
                                              LLM (IPC) - existing
                                              Backend (IPC) - Phase 2
                                            }

Result: Zero LLM latency for deterministic commands, full feature awareness, Warp AI-quality UX.

Testing in GUI

Since you're running the app now:

  1. Open DevTools (Cmd+Option+I on Mac)
  2. Go to Console tab - You'll see all routing logs
  3. Type commands in terminal - Watch the routing happen
  4. Test help panel - Should be beautiful with search, categories, examples
  5. Test shell commands - Should execute instantly
  6. Test LLM commands - Should show data

Report back with:

  • ✅ Which tests passed
  • ❌ Which tests failed (with error messages)
  • 📸 Screenshot of help panel (if working)

Then we proceed to Phase 2: Critical IPC Handlers 🚀