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fix: use OAuth client credentials when PAT is missing

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The login flow now falls back to OAuth client credentials flow when
the admin PAT token is not available. This allows login.html to work
even when Zitadel PAT generation hasn't been configured yet.

- Added get_oauth_token() helper function
- Login now tries PAT first, then OAuth client credentials
- Includes proper Zitadel scope for API access

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>
This commit is contained in:
Rodrigo Rodriguez (Pragmatismo) 2026-02-28 14:46:54 -03:00
parent 7d4708b516
commit 9fc33725b7
13 changed files with 8787 additions and 3 deletions
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.gemini/tasks/multiagent-task-ui-plan.md Normal file
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# Multi-Agent Task Management UI — Implementation Plan
> **Unifying `auto_task`, `tasks`, `designer` → Draggable Multi-Agent Windows**
---
## 1. High-Level Vision (from Screenshots)
The user wants a **desktop-like environment** with these elements:
### Layout Components
```
┌──────┬──────────────────────────────────────────────────────┐
│ │ [Tasks ⚙ 👤] ← Top Left Mini Bar (fixed) │
│ SIDE │ │
│ BAR │ ┌─────────────────────┐ ┌────────────────────────┐ │
│ │ │ PRIMARY WINDOW │ │ SECONDARY WINDOW │ │
│ (far │ │ "Tasks" │ │ "Agents & Workspaces" │ │
│ left)│ │ Tabs: │ │ (can be minimized) │ │
│ │ │ - // DASHBOARD │ │ │ │
│ /chat│ │ - // TASK #N │ │ Agent cards, quota │ │
│/drive│ │ │ │ monitors, workspace │ │
│ etc. │ │ PLAN|BUILD|REVIEW| │ │ assignment │ │
│ │ │ DEPLOY|MONITOR tabs │ │ │ │
│ │ │ │ │ │ │
│ │ │ Draggable task cards│ │ │ │
│ │ │ with sub-tasks, │ │ │ │
│ │ │ logs, output, chat │ │ │ │
│ │ └─────────────────────┘ └────────────────────────┘ │
│ │ │
│ │ ┌───────────────────────────────────────────────┐ │
│ │ │ // Chat (shared chat at bottom) │ │
│ │ │ TIP: Describe your project... │ │
│ │ └───────────────────────────────────────────────┘ │
│ ├──────────────────────────────────────────────────────┤
│ │ [Taskbar: open windows] [Clock] [Date] │
└──────┴──────────────────────────────────────────────────────┘
```
### Key Rules from User Request
1. **Sidebar** → Far left (already exists in `desktop.html`, keep it)
2. **Top-left mini bar** → Fixed bar with "Tasks" label, ⚙ Settings icon, 👤 Account icon. **Remove Mantis logo**.
3. **Where it reads "Mantis" → read "Tasks"** (generic rename throughout)
4. **Primary Window: "Tasks"** → Two tabs:
- **// DASHBOARD** — Overview with Task #N agent card, DNA info, tokens, activity
- **// TASK #N** (project view) — PLAN | BUILD | REVIEW | DEPLOY | MONITOR pipeline tabs, with draggable task cards showing sub-tasks, logs, output
5. **Secondary Window: "Agents & Workspaces"** → Shows agent roster, quota monitors, workspace assignments. Can be minimized.
6. **Chat panel** → Shared at bottom of task view, project-scoped
7. **All windows** → Draggable, resizable, use existing `WindowManager`
8. **VibCode integration** → Multi-draggable agents like the designer canvas
---
## 2. Codebase Inventory & Current State
### Frontend (botui/ui/suite)
| File/Dir | Purpose | Lines | Status |
|----------|---------|-------|--------|
| `desktop.html` | Main desktop shell, sidebar, tabs, workspace | 281 | ✅ Keep as shell |
| `js/window-manager.js` | Window open/close/drag/minimize/maximize | 296 | 🔧 Extend |
| `tasks/tasks.html` | Current task list + detail panel | 318 | 🔄 Refactor into new primary window |
| `tasks/tasks.js` | Task JS (3297 lines) | 3297 | 🔄 Refactor (heavy) |
| `tasks/tasks.css` | Task styles (70k+) | ~2400 | 🔄 Refactor/extend |
| `tasks/autotask.html` | AutoTask standalone UI | 484 | 🔄 Merge into primary window |
| `tasks/autotask.js` | AutoTask JS (2201 lines) | 2201 | 🔄 Merge |
| `tasks/autotask.css` | AutoTask styles | ~1200 | 🔄 Merge |
| `tasks/progress-panel.html` | Floating progress panel | 133 | 🔄 Keep as sub-component |
| `tasks/progress-panel.js` | Progress panel JS | ~550 | ✅ Keep |
| `tasks/intents.html` | Intents listing | ~400 | 🔄 Merge |
| `designer.html` | Visual .bas designer (node canvas) | 2718 | 📎 Reference for drag patterns |
| `designer.js` | Designer JS (nodes, connections, drag) | 921 | 📎 Reference for drag |
| `designer.css` | Designer styles | 500 | 📎 Reference |
| `partials/tasks.html` | Alternative tasks partial | 318 | 🔄 Will be replaced by new entry |
### Backend (botserver/src)
| File/Dir | Purpose | Lines | Status |
|----------|---------|-------|--------|
| `auto_task/autotask_api.rs` | AutoTask CRUD + execution API | 2302 | ✅ Keep (API stable) |
| `auto_task/task_types.rs` | AutoTask data types | 423 | ✅ Keep |
| `auto_task/task_manifest.rs` | Manifest tracking (progress tree) | 977 | ✅ Keep |
| `auto_task/app_generator.rs` | App generation from LLM | 3587 | ✅ Keep |
| `auto_task/intent_classifier.rs` | Intent classification | 1200+ | ✅ Keep |
| `auto_task/intent_compiler.rs` | Intent → plan compilation | 900+ | ✅ Keep |
| `auto_task/mod.rs` | Routes + WebSocket handlers | 293 | 🔧 Add new agent/workspace endpoints |
| `tasks/task_api/handlers.rs` | Task CRUD handlers | 393 | 🔧 Extend with agent-aware responses |
| `tasks/task_api/html_renderers.rs` | HTML card rendering | 700+ | 🔧 Update HTML to new design |
| `tasks/types.rs` | Task data types | 223 | 🔧 Add agent fields |
| `tasks/scheduler.rs` | Task scheduler (cron etc.) | 503 | ✅ Keep |
| `designer/workflow_canvas.rs` | Workflow design types | 421 | 📎 Reference |
| `designer/designer_api/` | Designer API handlers | ~200 | 📎 Reference |
---
## 3. Implementation Phases
### Phase 0: Terminology Rename (Mantis → Tasks/Agent)
**Scope**: All UI references
**Effort**: ~30 min
| What | Where | Change |
|------|-------|--------|
| "Mantis #1" | All HTML templates | → "Agent #1" |
| "MANTIS MANAGER" | Task cards | → "AGENT MANAGER" |
| Mantis logo/icon | Top bar, cards | → Remove, use ⚡ or 🤖 icon |
| "mantis" CSS classes | tasks CSS | → Rename to `agent-*` |
| Variable names | tasks.js, autotask.js | → `agent*` where needed |
**Files to modify**:
- `botui/ui/suite/tasks/tasks.html` — template references
- `botui/ui/suite/tasks/tasks.js` — variable names
- `botui/ui/suite/tasks/tasks.css` — class names
- `botui/ui/suite/tasks/autotask.html` — template references
- `botui/ui/suite/tasks/autotask.js` — variable names
- `botserver/src/tasks/task_api/html_renderers.rs` — server-rendered HTML
---
### Phase 1: Top-Left Mini Bar (Fixed)
**Scope**: New component added to `desktop.html`
**Effort**: ~45 min
Create a fixed top-left panel (anchored above sidebar) matching screenshot:
```
┌──────────────────────┐
│ Tasks ⚙️ 👤 │
└──────────────────────┘
```
#### 1.1 New file: `botui/ui/suite/partials/minibar.html`
```html
<div class="gb-minibar" id="gb-minibar">
<span class="minibar-title">Tasks</span>
<div class="minibar-actions">
<button class="minibar-btn" id="btn-open-settings"
title="Settings" onclick="openSettingsWindow()">
<!-- SVG gear icon -->
</button>
<button class="minibar-btn" id="btn-open-account"
title="Account" onclick="openAccountWindow()">
<!-- SVG user icon -->
</button>
</div>
</div>
```
#### 1.2 CSS additions in `desktop.html <style>` or new `css/minibar.css`
```css
.gb-minibar {
position: fixed;
top: 0;
left: 51px; /* right of sidebar */
height: 34px;
display: flex;
align-items: center;
padding: 0 12px;
gap: 8px;
background: var(--bg-secondary);
border-bottom: 1px solid var(--border-color);
z-index: 200;
font-family: 'Fira Code', monospace;
font-size: 13px;
font-weight: 600;
}
.minibar-title { color: var(--text); }
.minibar-actions { display: flex; gap: 6px; }
.minibar-btn {
width: 28px; height: 28px;
border: none; background: transparent;
cursor: pointer; border-radius: 6px;
display: flex; align-items: center; justify-content: center;
transition: background 0.15s;
}
.minibar-btn:hover { background: var(--bg-hover); }
.minibar-btn svg { width: 16px; height: 16px; stroke: var(--text-secondary); }
```
#### 1.3 Integration in `desktop.html`
- Add minibar HTML after sidebar, before main-wrapper
- Adjust `.main-wrapper` top padding to account for minibar height
---
### Phase 2: Primary Window — "Tasks" (Dashboard + Project Tabs)
**Scope**: Major refactor of `tasks/` directory
**Effort**: ~4-6 hours
This is the central window. It unifies the old `tasks.html` and `autotask.html` into one coherent window with two tab modes:
#### 2.1 New file: `botui/ui/suite/tasks/task-window.html`
Main entry point loaded by `WindowManager.open('tasks', 'Tasks', html)`.
Structure:
```html
<link rel="stylesheet" href="/suite/tasks/task-window.css" />
<div class="task-window" id="task-window">
<!-- Tab Bar: DASHBOARD | TASK #N -->
<div class="task-window-tabs" id="task-window-tabs">
<button class="tw-tab active" data-tab="dashboard"
onclick="switchTaskTab('dashboard')">
// DASHBOARD
</button>
<!-- Dynamic task tabs appear here -->
</div>
<!-- Tab Content -->
<div class="task-window-content" id="task-window-content">
<!-- Dashboard tab (default) -->
<div class="tw-panel active" id="tw-panel-dashboard">
<!-- Agent overview cards, stats, recent activity -->
</div>
</div>
</div>
<script src="/suite/tasks/task-window.js"></script>
```
#### 2.2 Dashboard Tab Content (`tw-panel-dashboard`)
Based on "Agent #1" screenshot:
```html
<div class="tw-dashboard">
<!-- Overview section -->
<section class="agent-overview">
<div class="agent-card">
<div class="agent-header">
<span class="agent-icon">⚡</span>
<h2 class="agent-name">Agent #1</h2>
<button class="agent-edit-btn">✏️</button>
</div>
<div class="agent-meta">
<div class="meta-row">
<span class="meta-label">Status</span>
<span class="meta-value status-active">● Active</span>
</div>
<div class="meta-row">
<span class="meta-label">DNA</span>
<span class="meta-value">
<a href="#" class="meta-link">Manage Subscription</a>
</span>
</div>
<div class="meta-stats">
<div class="stat-item">
<span class="stat-label">Renewal</span>
<span class="stat-value" id="agent-renewal">—</span>
</div>
<div class="stat-item">
<span class="stat-label">Created</span>
<span class="stat-value" id="agent-created">—</span>
</div>
<div class="stat-item">
<span class="stat-label">Tokens Used</span>
<span class="stat-value" id="agent-tokens">—</span>
</div>
<div class="stat-item">
<span class="stat-label">Tasks Completed</span>
<span class="stat-value" id="agent-tasks-done">—</span>
</div>
</div>
</div>
</div>
<!-- Action buttons -->
<div class="agent-actions">
<button class="action-btn" onclick="parkAgent()">// PARK</button>
<button class="action-btn" onclick="cloneAgent()">// CLONE</button>
<button class="action-btn" onclick="exportAgent()">// EXPORT</button>
<button class="action-btn disabled">// DELETE</button>
</div>
</section>
<!-- Assigned Job section -->
<section class="assigned-job" id="assigned-job">
<h3>Assigned Job</h3>
<div class="job-card" hx-get="/api/ui/tasks/current-job"
hx-trigger="load" hx-swap="innerHTML">
<!-- Loaded dynamically -->
</div>
</section>
<!-- Recent Activity -->
<section class="recent-activity" id="recent-activity">
<h3>Recent Activity</h3>
<div class="activity-list" hx-get="/api/ui/tasks/activity"
hx-trigger="load, every 15s" hx-swap="innerHTML">
<!-- Activity items loaded dynamically -->
</div>
</section>
</div>
```
#### 2.3 Project Tab Content (Opens when clicking "Open Project")
Based on the multi-agent task cards screenshot with PLAN|BUILD|REVIEW|DEPLOY|MONITOR:
```html
<div class="tw-project" id="tw-project-{project_id}">
<!-- Top breadcrumb -->
<div class="project-breadcrumb">
<span>// DASHBOARD</span> <span>></span>
<span class="project-name">// {PROJECT_NAME}</span>
</div>
<!-- Pipeline Tabs -->
<div class="pipeline-tabs">
<button class="pipeline-tab" data-phase="plan">// PLAN</button>
<button class="pipeline-tab active" data-phase="build">// BUILD</button>
<button class="pipeline-tab" data-phase="review">// REVIEW</button>
<button class="pipeline-tab" data-phase="deploy">// DEPLOY</button>
<button class="pipeline-tab" data-phase="monitor">// MONITOR</button>
</div>
<!-- Zoomable Canvas with draggable task cards -->
<div class="task-canvas" id="task-canvas-{project_id}">
<div class="canvas-controls">
<button onclick="zoomIn()">🔍+</button>
<span class="zoom-level">100%</span>
<button onclick="zoomOut()">🔍-</button>
</div>
<div class="canvas-inner" id="canvas-inner-{project_id}">
<!-- Draggable task cards rendered here -->
</div>
</div>
<!-- Shared Chat Panel (bottom) -->
<div class="project-chat" id="project-chat">
<div class="chat-header">// Chat <button class="chat-download">⬇</button></div>
<div class="chat-body" id="project-chat-body">
<div class="chat-tip">
💚 TIP: Describe your project. The more detail, the better the plan.
</div>
<!-- Chat messages -->
</div>
<div class="chat-input-area">
<input type="text" placeholder="Describe what you need..."
id="project-chat-input" />
<button class="chat-send" onclick="sendProjectChat()">Send</button>
</div>
</div>
</div>
```
#### 2.4 Draggable Task Cards on Canvas
Each task card (matching the screenshot) is a draggable element:
```html
<div class="task-card draggable" data-task-id="{id}"
style="left: {x}px; top: {y}px;">
<div class="task-card-drag-handle">⠿</div>
<div class="task-card-badge">// TASK</div>
<h3 class="task-card-title">{title}</h3>
<div class="task-card-stats">
<span>{file_count} files</span>
<span>{duration}</span>
<span>~{token_count} tokens</span>
</div>
<p class="task-card-desc">{description}</p>
<div class="task-card-status">
<span class="status-label">Status</span>
<span class="status-value">● {status}</span>
</div>
<!-- Agent Manager section -->
<div class="task-agent-section">
<div class="agent-label">// AGENT MANAGER</div>
<div class="agent-row">
<span class="agent-dot">●</span>
<span class="agent-name">Agent #1</span>
<div class="agent-capabilities">
<!-- capability icons -->
</div>
<span class="agent-level">EVOLVED</span>
</div>
</div>
<!-- Collapsible sections -->
<details class="task-detail-section">
<summary>// SUB-TASKS</summary>
<div class="sub-tasks-content" hx-get="/api/ui/tasks/{id}/subtasks"
hx-trigger="toggle" hx-swap="innerHTML"></div>
</details>
<details class="task-detail-section">
<summary>// LOGS</summary>
<div class="logs-content"></div>
</details>
<details class="task-detail-section">
<summary>// OUTPUT</summary>
<div class="output-content"></div>
</details>
</div>
```
#### 2.5 New file: `botui/ui/suite/tasks/task-window.js`
Core logic consolidated from `tasks.js` and `autotask.js`:
```javascript
// task-window.js
// Unified Task Window Manager
const TaskWindow = {
activeTab: 'dashboard',
openProjects: new Map(), // projectId -> project data
wsConnection: null,
init() { ... },
switchTab(tabId) { ... },
openProject(projectId, projectName) { ... },
closeProject(projectId) { ... },
// Dashboard
loadDashboard() { ... },
loadAgentOverview() { ... },
loadRecentActivity() { ... },
// Project Canvas
initCanvas(projectId) { ... },
loadTaskCards(projectId) { ... },
makeCardsDraggable(canvasEl) { ... }, // Uses designer.js patterns
switchPipelinePhase(phase) { ... },
// WebSocket
initWebSocket() { ... }, // Reuses existing WS from tasks.js
handleProgressMessage(data) { ... },
// Chat
initProjectChat(projectId) { ... },
sendProjectChat() { ... },
};
```
Key functions to port from existing files:
- From `tasks.js`: `initWebSocket()`, `handleWebSocketMessage()`, `renderManifestProgress()`, `buildProgressTreeHTML()`, `startTaskPolling()`
- From `autotask.js`: `handleTaskProgressMessage()`, `onTaskStarted()`, `onTaskProgress()`, `selectIntent()`, `loadIntentDetail()`
- From `designer.js`: `initDragAndDrop()`, `startNodeDrag()`, canvas pan/zoom
#### 2.6 New file: `botui/ui/suite/tasks/task-window.css`
Consolidated and pixel-perfect styles. Key sections:
```css
/* Task Window Container */
.task-window { ... }
/* Tab Bar (DASHBOARD / TASK #N) */
.task-window-tabs { ... }
.tw-tab { ... }
.tw-tab.active { ... }
/* Dashboard */
.tw-dashboard { ... }
.agent-overview { ... }
.agent-card { ... }
.agent-actions { ... }
.assigned-job { ... }
.recent-activity { ... }
/* Project View */
.tw-project { ... }
.project-breadcrumb { ... }
.pipeline-tabs { ... }
.pipeline-tab { ... }
/* Task Canvas (zoomable, pannable) */
.task-canvas { ... }
.canvas-inner { ... }
/* Draggable Task Cards */
.task-card { ... }
.task-card.dragging { ... }
.task-card-badge { ... }
.task-agent-section { ... }
/* Shared Chat */
.project-chat { ... }
```
---
### Phase 3: Secondary Window — "Agents & Workspaces"
**Scope**: New component
**Effort**: ~2-3 hours
Auto-opens alongside the primary Tasks window. Can be minimized.
#### 3.1 New file: `botui/ui/suite/tasks/agents-window.html`
```html
<link rel="stylesheet" href="/suite/tasks/agents-window.css" />
<div class="agents-window" id="agents-window">
<!-- Header -->
<div class="aw-header">
<h3>Agents & Workspaces</h3>
</div>
<!-- Agent Cards -->
<section class="aw-agents" id="aw-agents"
hx-get="/api/ui/agents/list" hx-trigger="load, every 30s"
hx-swap="innerHTML">
<!-- Agent cards loaded dynamically -->
</section>
<!-- Workspace List -->
<section class="aw-workspaces" id="aw-workspaces">
<h4>Active Workspaces</h4>
<div class="workspace-list" hx-get="/api/ui/workspaces/list"
hx-trigger="load" hx-swap="innerHTML">
<!-- Workspace items -->
</div>
</section>
<!-- Quota Monitor -->
<section class="aw-quota" id="aw-quota">
<h4>Quota Monitor</h4>
<div class="quota-details">
<div class="quota-row">
<span>All Models</span>
<span class="quota-value">90%</span>
<div class="quota-bar">
<div class="quota-fill" style="width: 90%"></div>
</div>
</div>
<div class="quota-stats">
<span>Runtime: <strong id="aw-runtime">10m 15s</strong></span>
<span>Token Consumption: <strong id="aw-tokens">13k</strong></span>
</div>
<div class="quota-changes">
<span class="change added">Added <strong>+510</strong></span>
<span class="change removed">Removed <strong>+510</strong></span>
</div>
</div>
</section>
</div>
<script src="/suite/tasks/agents-window.js"></script>
```
#### 3.2 New file: `botui/ui/suite/tasks/agents-window.js`
```javascript
const AgentsWindow = {
init() { ... },
loadAgents() { ... },
loadWorkspaces() { ... },
updateQuotaMonitor(data) { ... },
assignAgentToTask(agentId, taskId) { ... },
};
```
#### 3.3 New file: `botui/ui/suite/tasks/agents-window.css`
Styles matching the secondary window screenshot with agent cards, quota bars, etc.
---
### Phase 4: Window Manager Enhancements
**Scope**: `js/window-manager.js`
**Effort**: ~2 hours
#### 4.1 Add `openPair()` method
Opens primary + secondary windows side by side when Tasks is launched:
```javascript
openPair(primaryId, primaryTitle, primaryHtml,
secondaryId, secondaryTitle, secondaryHtml) {
// Open primary window (left, 60% width)
this.open(primaryId, primaryTitle, primaryHtml);
const primaryEl = document.getElementById(`window-${primaryId}`);
primaryEl.style.left = '0px';
primaryEl.style.top = '0px';
primaryEl.style.width = '60%';
primaryEl.style.height = 'calc(100% - 50px)';
// Open secondary window (right, 40% width, minimizable)
this.open(secondaryId, secondaryTitle, secondaryHtml);
const secondaryEl = document.getElementById(`window-${secondaryId}`);
secondaryEl.style.left = '60%';
secondaryEl.style.top = '0px';
secondaryEl.style.width = '40%';
secondaryEl.style.height = 'calc(100% - 50px)';
}
```
#### 4.2 Improve `makeResizable()`
Replace CSS `resize: both` with proper resize handles (8-directional):
```javascript
makeResizable(windowEl) {
const handles = ['n','e','s','w','ne','nw','se','sw'];
handles.forEach(dir => {
const handle = document.createElement('div');
handle.className = `resize-handle resize-${dir}`;
windowEl.appendChild(handle);
// Add mousedown handler for each direction
});
}
```
#### 4.3 Add snap-to-edge behavior
When a window is dragged to the screen edge, snap to fill half:
```javascript
// In onMouseUp:
if (newLeft < 10) snapToLeft(windowEl);
if (newLeft + windowEl.offsetWidth > workspace.offsetWidth - 10) snapToRight(windowEl);
```
#### 4.4 Add `openAsSecondary()` method
Opens a window in minimized-ready state:
```javascript
openAsSecondary(id, title, htmlContent) {
this.open(id, title, htmlContent);
// Mark as secondary (can be auto-minimized)
const windowObj = this.openWindows.find(w => w.id === id);
windowObj.isSecondary = true;
}
```
---
### Phase 5: Backend API Extensions
**Scope**: `botserver/src/auto_task/` and `botserver/src/tasks/`
**Effort**: ~3 hours
#### 5.1 New Agent Management Endpoints
Add to `botserver/src/auto_task/mod.rs` route configuration:
```rust
// New routes
.route("/api/ui/agents/list", get(list_agents_handler))
.route("/api/ui/agents/:id", get(get_agent_handler))
.route("/api/ui/agents/:id/park", post(park_agent_handler))
.route("/api/ui/agents/:id/clone", post(clone_agent_handler))
.route("/api/ui/agents/:id/export", get(export_agent_handler))
.route("/api/ui/workspaces/list", get(list_workspaces_handler))
.route("/api/ui/tasks/current-job", get(current_job_handler))
.route("/api/ui/tasks/activity", get(recent_activity_handler))
.route("/api/ui/tasks/:id/subtasks", get(task_subtasks_handler))
```
#### 5.2 New file: `botserver/src/auto_task/agent_api.rs`
Agent management handlers:
```rust
pub async fn list_agents_handler(...) -> impl IntoResponse { ... }
pub async fn get_agent_handler(...) -> impl IntoResponse { ... }
pub async fn park_agent_handler(...) -> impl IntoResponse { ... }
pub async fn clone_agent_handler(...) -> impl IntoResponse { ... }
// Returns HTML fragments (HTMX pattern)
```
#### 5.3 Extend `task_types.rs` with Agent concept
```rust
#[derive(Debug, Clone, Serialize, Deserialize)]
pub struct Agent {
pub id: Uuid,
pub name: String,
pub status: AgentStatus,
pub capabilities: Vec<AgentCapability>,
pub level: AgentLevel, // Evolved, etc.
pub quota: QuotaInfo,
pub assigned_tasks: Vec<Uuid>,
pub created_at: DateTime<Utc>,
}
#[derive(Debug, Clone, Serialize, Deserialize)]
pub enum AgentStatus { Active, Parked, Cloning }
#[derive(Debug, Clone, Serialize, Deserialize)]
pub enum AgentCapability { Code, Design, Data, Web, API, ML }
#[derive(Debug, Clone, Serialize, Deserialize)]
pub enum AgentLevel { Basic, Standard, Evolved, Superior }
#[derive(Debug, Clone, Serialize, Deserialize)]
pub struct QuotaInfo {
pub model_usage_percent: f64,
pub runtime_seconds: u64,
pub tokens_consumed: u64,
pub items_added: i64,
pub items_removed: i64,
}
```
#### 5.4 Extend WebSocket for multi-agent updates
In `handle_task_progress_websocket()`, add agent status broadcasts:
```rust
// New message types:
"agent_status_update" -> { agent_id, status, quota }
"workspace_update" -> { workspace_id, agents, tasks }
"project_canvas_update" -> { project_id, task_positions }
```
---
### Phase 6: Desktop Integration
**Scope**: `desktop.html` and auto-open logic
**Effort**: ~1.5 hours
#### 6.1 Modify `desktop.html` Tasks icon click
Instead of loading `tasks.html` into a single window, load the pair:
```javascript
// In desktop.html htmx:afterRequest handler
if (appId === 'tasks') {
// Fetch both HTML files
Promise.all([
fetch('/suite/tasks/task-window.html').then(r => r.text()),
fetch('/suite/tasks/agents-window.html').then(r => r.text())
]).then(([taskHtml, agentsHtml]) => {
window.wm.openPair(
'tasks', 'Tasks', taskHtml,
'agents', 'Agents & Workspaces', agentsHtml
);
});
evt.detail.isError = true; // prevent default HTMX swap
}
```
#### 6.2 Add minibar to desktop.html
Insert `minibar.html` partial via HTMX or inline.
#### 6.3 Remove old breadcrumb row
The `tabs-container` in `desktop.html` with "E-COMMERCE APP DEVELOPMENT" breadcrumb was hardcoded for demo; replace with dynamic content managed by the active window.
---
### Phase 7: Polish & Pixel-Perfect Styling
**Scope**: CSS refinement
**Effort**: ~3 hours
#### 7.1 Design System Tokens
Add to `css/theme-sentient.css`:
```css
:root {
/* Task Card Colors */
--task-badge-bg: rgba(132, 214, 105, 0.15);
--task-badge-border: #84d669;
--task-badge-text: #84d669;
/* Agent Status Colors */
--agent-active: #84d669;
--agent-parked: #f9e2af;
--agent-evolved: #84d669;
/* Pipeline Tab Colors */
--pipeline-active: var(--primary);
--pipeline-inactive: var(--text-secondary);
/* Canvas */
--canvas-grid: rgba(0,0,0,0.03);
--canvas-card-shadow: 0 2px 12px rgba(0,0,0,0.08);
}
```
#### 7.2 Pixel-Perfect Card Styling
Task cards must match screenshots exactly:
- Monospace font (`Fira Code`) for labels
- `//` prefix on section labels (e.g., `// TASK`, `// SUB-TASKS`)
- Green dot for active status
- Collapsible sections with `▸`/`▾` toggles
- Agent capability icons row (🔧 📝 ↗ ⚙ 🛡 📊)
#### 7.3 Animations
```css
/* Card drag feedback */
.task-card.dragging {
opacity: 0.85;
transform: rotate(1deg) scale(1.02);
box-shadow: 0 8px 30px rgba(0,0,0,0.15);
z-index: 9999;
}
/* Tab switch */
.tw-panel { transition: opacity 0.2s ease; }
.tw-panel:not(.active) { opacity: 0; position: absolute; pointer-events: none; }
/* Window open */
@keyframes window-open {
from { transform: scale(0.95); opacity: 0; }
to { transform: scale(1); opacity: 1; }
}
.window-element { animation: window-open 0.15s ease-out; }
```
---
## 4. File Creation & Modification Summary
### New Files to Create
| # | File | Purpose |
|---|------|---------|
| 1 | `botui/ui/suite/tasks/task-window.html` | Primary unified task window |
| 2 | `botui/ui/suite/tasks/task-window.js` | Primary window logic |
| 3 | `botui/ui/suite/tasks/task-window.css` | Primary window styles |
| 4 | `botui/ui/suite/tasks/agents-window.html` | Secondary agents/workspaces window |
| 5 | `botui/ui/suite/tasks/agents-window.js` | Secondary window logic |
| 6 | `botui/ui/suite/tasks/agents-window.css` | Secondary window styles |
| 7 | `botui/ui/suite/partials/minibar.html` | Top-left mini bar |
| 8 | `botui/ui/suite/css/minibar.css` | Mini bar styles |
| 9 | `botserver/src/auto_task/agent_api.rs` | Agent management API |
### Existing Files to Modify
| # | File | Changes |
|---|------|---------|
| 1 | `botui/ui/suite/desktop.html` | Add minibar, modify Tasks launch logic |
| 2 | `botui/ui/suite/js/window-manager.js` | Add `openPair()`, improve resize, snap |
| 3 | `botui/ui/suite/css/desktop.css` | Minibar layout adjustments |
| 4 | `botserver/src/auto_task/mod.rs` | Add agent routes, export new module |
| 5 | `botserver/src/auto_task/task_types.rs` | Add Agent, QuotaInfo types |
| 6 | `botserver/src/tasks/task_api/html_renderers.rs` | Update rendered HTML (Mantis→Agent) |
| 7 | `botui/ui/suite/css/theme-sentient.css` | Add new design tokens |
### Files to Keep (No Changes)
- `tasks/progress-panel.html` + `.js` + `.css` — reused as sub-component
- `botserver/src/auto_task/autotask_api.rs` — API stable
- `botserver/src/auto_task/app_generator.rs` — No changes needed
- `botserver/src/auto_task/task_manifest.rs` — No changes needed
- `botserver/src/tasks/scheduler.rs` — No changes needed
### Files Eventually Deprecated (Phase 8 cleanup)
- `tasks/autotask.html` → merged into `task-window.html`
- `tasks/autotask.js` → merged into `task-window.js`
- `tasks/autotask.css` → merged into `task-window.css`
- `tasks/tasks.html` → merged into `task-window.html` (keep as partial fallback)
- Original `partials/tasks.html` → replaced by `task-window.html`
---
## 5. Execution Order
```
Phase 0: Terminology Rename (Mantis → Agent/Tasks) ~30 min
Phase 1: Top-Left Mini Bar ~45 min
Phase 2: Primary Window (task-window.html/js/css) ~4-6 hrs
├─ 2.1: HTML structure
├─ 2.2: Dashboard tab
├─ 2.3: Project tab with pipeline tabs
├─ 2.4: Draggable task cards
├─ 2.5: JavaScript consolidation
└─ 2.6: CSS pixel-perfect styling
Phase 3: Secondary Window (agents-window.html/js/css) ~2-3 hrs
Phase 4: Window Manager Enhancements ~2 hrs
Phase 5: Backend API Extensions ~3 hrs
Phase 6: Desktop Integration ~1.5 hrs
Phase 7: Polish & Pixel-Perfect ~3 hrs
Total estimated: ~17-20 hours
```
---
## 6. Key Design Decisions
1. **Single-window with tabs** vs multi-window for tasks → Using **tabs within a single primary window** (Dashboard / Task #N) matching the screenshots, plus a separate secondary window for agents.
2. **Reuse WindowManager** — All windows still go through the existing WM for consistency with chat/drive/etc.
3. **Drag system from Designer** — Port the `startNodeDrag()` and canvas pan/zoom patterns from `designer.js` for the task card canvas.
4. **HTMX-first** — All data loading uses HTMX fragments from the backend, matching existing patterns in `tasks.html` and `autotask.html`.
5. **WebSocket reuse** — The existing `task_progress_websocket_handler` in `auto_task/mod.rs` is extended with new message types for agent status, not replaced.
6. **Progressive enhancement** — Old `tasks.html` remains functional as a fallback. The new `task-window.html` is the primary entry.
7. **Scoped CSS** — Each new component gets its own CSS file to avoid conflicts with existing 70k+ lines of task styles.
---
## 7. Verification Checklist
- [ ] Sidebar stays on far left
- [ ] Mini bar shows "Tasks ⚙ 👤" at top-left (no Mantis logo)
- [ ] Tasks window opens with Dashboard tab by default
- [ ] Dashboard shows Agent #1 overview (status, tokens, tasks completed)
- [ ] "Open Project" opens project tab with PLAN|BUILD|REVIEW|DEPLOY|MONITOR
- [ ] Task cards are draggable on the canvas
- [ ] Each task card has collapsible SUB-TASKS, LOGS, OUTPUT sections
- [ ] Agent Manager section shows on each task card
- [ ] Secondary "Agents & Workspaces" window opens alongside
- [ ] Secondary window can be minimized
- [ ] Chat panel at bottom of project view
- [ ] All terminology says "Tasks" / "Agent" instead of "Mantis"
- [ ] Monospace `Fira Code` font with `//` prefix styling throughout
- [ ] WebSocket progress updates work in new UI
- [ ] Window drag, resize, minimize, maximize all functional
- [ ] Theme-aware (respects sentient/dark/light themes)

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# BotCoder Multi-Agent OS - Architecture Analysis
## Executive Summary
Based on analysis of **botserver** (Rust backend), **botui** (Web UI), and **botapp** (Tauri Desktop), we can architect **BotCoder** as a unified multi-agent operating system that leverages the existing Mantis Farm infrastructure while adding code-specific capabilities similar to Claude Code.
---
## Current Architecture Analysis
### 1. BotServer (Rust Backend) - `botserver/src/auto_task/`
#### Multi-Agent Pipeline (The "Mantis Farm")
**File:** `orchestrator.rs` (1147 lines)
The orchestrator implements a **5-stage multi-agent pipeline**:
```
┌─────────────────────────────────────────────────────────────┐
│ ORCHESTRATOR PIPELINE │
├─────────────────────────────────────────────────────────────┤
│ │
│ Stage 1: PLAN ────────► Mantis #1 (Planner) │
│ - Analyze user request │
│ - Break down into sub-tasks │
│ - Identify tables, pages, tools, schedulers │
│ - Derive enterprise-grade work breakdown │
│ │
│ Stage 2: BUILD ───────► Mantis #2 (Builder) │
│ - Generate application code │
│ - Create HTML/CSS/JS files │
│ - Define database schema │
│ - Build tools & schedulers │
│ │
│ Stage 3: REVIEW ───────► Mantis #3 (Reviewer) │
│ - Validate code quality │
│ - Check HTMX patterns │
│ - Verify security │
│ - Ensure no hardcoded data │
│ │
│ Stage 4: DEPLOY ───────► Mantis #4 (Deployer) │
│ - Deploy application │
│ - Verify accessibility │
│ - Confirm static assets loading │
│ │
│ Stage 5: MONITOR ───────► Mantis #1 (Planner) │
│ - Setup health monitoring │
│ - Track error rates │
│ - Monitor response times │
│ │
└─────────────────────────────────────────────────────────────┘
```
#### Agent Status System
**Agent States:**
- **WILD** - Uninitialized agent
- **BRED** - Agent created and ready
- **EVOLVED** - Agent has completed work successfully
- **WORKING** - Agent actively processing
- **DONE** - Agent finished
- **FAILED** - Agent encountered error
**Agent Roles:**
```rust
pub enum AgentRole {
Planner, // Mantis #1 - Architect & Analyst
Builder, // Mantis #2 - Code Generator
Reviewer, // Mantis #3 - QA & Validation
Deployer, // Mantis #4 - Deployment
Monitor, // Mantis #1 (reused) - Health checks
}
```
#### Agent Executor (Container-Based)
**File:** `agent_executor.rs` (115 lines)
Provides **containerized execution environment** for agents:
```rust
pub struct AgentExecutor {
pub state: Arc<AppState>,
pub session_id: String,
pub task_id: String,
container: Option<ContainerSession>,
}
```
**Capabilities:**
- ✅ Spawn containerized terminal sessions
- ✅ Execute shell commands
- ✅ Broadcast terminal output via WebSocket
- ✅ Browser automation integration (chromiumoxide)
- ✅ Real-time progress updates
**WebSocket Events:**
- `terminal_output` - stdout/stderr from agent
- `thought_process` - agent reasoning/thinking
- `step_progress` - pipeline stage progress (1/5, 2/5...)
- `browser_ready` - browser automation available
- `agent_thought` - agent-specific thoughts
- `agent_activity` - structured activity logs
- `task_node` - task breakdown visualization
#### Intent Classification
**File:** `intent_classifier.rs`
Classifies user requests into types:
- **APP_CREATE** - Generate new application
- **APP_MODIFY** - Modify existing app
- **CODE_REVIEW** - Review code
- **DEBUG** - Debug issues
- **DEPLOY** - Deploy application
- **ANALYZE** - Analyze codebase
**Entity Extraction:**
- Tables (database schema)
- Features (UI components)
- Pages (routes/views)
- Tools (business logic)
- Schedulers (background jobs)
#### App Generator
**File:** `app_generator.rs` (3400+ lines)
**LLM-powered code generation:**
- Generates HTMX applications
- Creates database schemas
- Builds REST API endpoints
- Generates BASIC tools
- Creates scheduled jobs
- Produces E2E tests
**Output:**
```rust
pub struct GeneratedApp {
pub name: String,
pub description: String,
pub tables: Vec<TableDefinition>,
pub pages: Vec<GeneratedPage>,
pub tools: Vec<GeneratedTool>,
pub schedulers: Vec<SchedulerDefinition>,
}
```
#### Designer AI
**File:** `designer_ai.rs`
Runtime code modifications with:
- Undo/redo support
- Real-time UI editing
- Visual layout changes
- Style modifications
#### Safety Layer
**File:** `safety_layer.rs`
- Constraint checking
- Simulation before execution
- Audit trail
- Approval workflows
---
### 2. BotUI (Web Interface) - `botui/ui/suite/`
#### Vibe Builder UI
**File:** `partials/vibe.html` (47KB)
**Components:**
1. **Pipeline Tabs** - Plan/Build/Review/Deploy/Monitor stages
2. **Agents Sidebar** - Mantis #1-4 status cards
3. **Workspaces List** - Project management
4. **Canvas Area** - Task node visualization
5. **Chat Overlay** - Real-time communication with agents
**Agent Cards Display:**
```html
<div class="as-agent-card" data-agent-id="1">
<div class="as-agent-header">
<span class="as-status-dot green"></span>
<span class="as-agent-name">Mantis #1</span>
</div>
<div class="as-agent-body">
<span class="as-agent-icons">👀 ⚙️ ⚡</span>
<span class="as-badge badge-evolved">EVOLVED</span>
</div>
</div>
```
**WebSocket Integration:**
```javascript
// Connect to task progress stream
const ws = new WebSocket(`ws://localhost:8080/ws/task-progress/${taskId}`);
ws.onmessage = (event) => {
const data = JSON.parse(event.data);
handleTaskProgress(data);
};
// Event types handled:
// - pipeline_start
// - pipeline_complete
// - step_progress (1/5, 2/5, ...)
// - agent_thought
// - agent_activity
// - task_node
// - terminal_output
// - manifest_update
```
**Real-time Updates:**
- Agent status changes (WILD → BRED → WORKING → EVOLVED)
- Task node visualization (plan breakdown)
- Terminal output streaming
- Progress indicators
- File generation notifications
#### Other UI Components
- `chat.html` - Chat interface for agent interaction
- `editor-inner.html` - Code editor (currently textarea, needs Monaco)
- `explorer-inner.html` - File browser
- `settings.html` - Configuration
- `tasks.html` - Task management
- `desktop-inner.html` - Desktop integration
---
### 3. BotApp (Desktop) - `botapp/src/`
**Tauri-based desktop application** with:
- System tray integration
- Service monitoring
- File system access
- Desktop sync (rclone)
- Native notifications
**Main Features:**
```rust
// Desktop service monitoring
pub struct ServiceMonitor {
services: HashMap<String, ServiceStatus>,
}
// Tray management
pub struct TrayManager {
mode: RunningMode, // Server | Desktop | Client
}
// Drive integration
mod drive {
list_files()
upload_file()
create_folder()
}
// Sync integration
mod sync {
get_sync_status()
start_sync()
configure_remote()
}
```
---
## BotCoder Multi-Agent OS Architecture
### Vision
**BotCoder** = **Vibe Builder** + **Code-Specific Agents** + **Professional Tools**
Create a complete development environment that:
1. Uses the existing Mantis Farm infrastructure
2. Adds specialized coding agents (similar to Claude Code)
3. Provides professional editor experience (Monaco, terminal, git, etc.)
4. Supports both internal (GB Platform) and external (Forgejo) deployment
---
## Proposed BotCoder Agent Ecosystem
### Core Mantis Farm (Keep Existing)
```
Mantis #1: Planner & Orchestrator ───► Already exists in botserver
Mantis #2: Code Generator ───► Already exists (AppGenerator)
Mantis #3: Reviewer & Validator ───► Already exists
Mantis #4: Deployer ───► Already exists
```
### New Specialized Agents (Add to BotCoder)
```
┌─────────────────────────────────────────────────────────────────┐
│ BOTCODER AGENTS │
├─────────────────────────────────────────────────────────────────┤
│ │
│ Mantis #5: Editor Agent ───► File operations │
│ - Multi-file editing │
│ - Syntax awareness │
│ - Refactoring support │
│ - Code completion │
│ │
│ Mantis #6: Database Agent ───► Schema operations │
│ - Query optimization │
│ - Migration management │
│ - Data visualization │
│ - Index suggestions │
│ │
│ Mantis #7: Git Agent ───► Version control │
│ - Commit analysis │
│ - Branch management │
│ - Conflict resolution │
│ - Code archaeology │
│ │
│ Mantis #8: Test Agent ───► Quality assurance │
│ - Test generation │
│ - Coverage analysis │
│ - E2E testing (chromiumoxide) │
│ - Performance profiling │
│ │
│ Mantis #9: Browser Agent ───► Web automation │
│ - Page recording │
│ - Element inspection │
│ - Performance monitoring │
│ - SEO checking │
│ │
│ Mantis #10: Terminal Agent ───► Command execution │
│ - Shell command execution │
│ - Build system integration │
│ - Package management │
│ - Docker orchestration │
│ │
│ Mantis #11: Documentation Agent ───► Docs & comments │
│ - Auto-generate docs │
│ - Comment quality check │
│ - README generation │
│ - API documentation │
│ │
│ Mantis #12: Security Agent ───► Security auditing │
│ - Vulnerability scanning │
│ - Dependency analysis │
│ - Secret detection │
│ - OWASP compliance │
│ │
└─────────────────────────────────────────────────────────────────┘
```
---
## BotCoder Architecture
### Backend (Rust)
```
botserver/src/
├── auto_task/ # EXISTING - Mantis Farm
│ ├── orchestrator.rs # Keep - Multi-agent pipeline
│ ├── agent_executor.rs # Keep - Container execution
│ ├── app_generator.rs # Keep - LLM code gen
│ ├── designer_ai.rs # Keep - Runtime edits
│ ├── intent_classifier.rs # Keep - Request classification
│ └── safety_layer.rs # Keep - Constraint checking
│
├── botcoder/ # NEW - BotCoder-specific agents
│ ├── mod.rs
│ ├── editor_agent.rs # Mantis #5 - File operations
│ ├── database_agent.rs # Mantis #6 - Schema ops
│ ├── git_agent.rs # Mantis #7 - Version control
│ ├── test_agent.rs # Mantis #8 - Testing
│ ├── browser_agent.rs # Mantis #9 - Web automation
│ ├── terminal_agent.rs # Mantis #10 - Command exec
│ ├── docs_agent.rs # Mantis #11 - Documentation
│ └── security_agent.rs # Mantis #12 - Security
│
├── deployment/ # NEW - From vibe.md Phase 0
│ ├── mod.rs # DeploymentRouter
│ ├── forgejo.rs # ForgejoClient
│ ├── api.rs # Deployment endpoints
│ └── templates.rs # CI/CD workflows
│
├── api/ # EXTEND - Add BotCoder APIs
│ ├── editor.rs # Monaco integration
│ ├── database.rs # DB UI backend
│ ├── git.rs # Git operations
│ ├── browser.rs # Browser automation
│ └── terminal.rs # WebSocket terminals
│
└── browser/ # NEW - From vibe.md Phase 4
├── mod.rs # BrowserSession
├── recorder.rs # ActionRecorder
├── validator.rs # TestValidator
└── api.rs # HTTP endpoints
```
### Frontend (Web + Desktop)
```
botui/ui/suite/
├── partials/
│ ├── vibe.html # EXISTING - Agent sidebar
│ ├── vibe-deployment.html # NEW - Deployment modal
│ ├── editor.html # NEW - Monaco editor
│ ├── database.html # NEW - Schema visualizer
│ ├── git-status.html # NEW - Git operations
│ ├── git-diff.html # NEW - Diff viewer
│ ├── browser-controls.html # NEW - Browser automation
│ └── terminal.html # NEW - Enhanced terminal
│
├── js/
│ ├── vibe.js # EXISTING - Vibe logic
│ ├── deployment.js # NEW - Deployment handler
│ ├── editor.js # NEW - Monaco integration
│ ├── database.js # NEW - DB visualization
│ ├── git.js # NEW - Git operations
│ ├── browser.js # NEW - Browser automation
│ └── terminal.js # NEW - Terminal (xterm.js)
│
└── css/
├── agents-sidebar.css # EXISTING - Mantis cards
├── deployment.css # NEW - Deployment styles
├── editor.css # NEW - Editor styles
├── database.css # NEW - DB UI styles
└── terminal.css # NEW - Terminal styles
```
---
## Integration Strategy
### Option 1: BotCoder as Separate Repository (Recommended)
```
gb/
├── botserver/ # Existing - Backend services
├── botui/ # Existing - Web UI
├── botapp/ # Existing - Desktop app
└── botcoder/ # NEW - Multi-agent IDE
├── Cargo.toml
├── src/
│ ├── main.rs
│ ├── agents/ # BotCoder agents
│ ├── editor/ # Editor integration
│ └── workspace/ # Workspace management
└── ui/
├── src/
│ ├── components/ # React/Vue components
│ ├── pages/ # IDE pages
│ └── lib/
└── index.html
```
**Pros:**
- Clean separation of concerns
- Independent release cycle
- Can be deployed standalone
- Easier to maintain
**Cons:**
- Duplicate some botserver code
- Need to share common libs
### Option 2: BotCoder as Module in BotServer
```
botserver/src/
├── auto_task/ # Existing Mantis Farm
└── botcoder/ # New BotCoder module
├── mod.rs
├── agents/
├── editor/
└── workspace/
```
**Pros:**
- Share existing infrastructure
- Single deployment
- Unified WebSocket channels
**Cons:**
- Tighter coupling
- Larger monolith
### Recommendation: **Option 1 (Separate Repo)**
But share common libraries via a `botlib` crate:
```
gb/
├── botlib/ # Shared utilities
│ ├── src/
│ │ ├── agents/ # Agent traits
│ │ ├── llm/ # LLM clients
│ │ └── websocket/ # WebSocket utils
│ └── Cargo.toml
│
├── botserver/ # Uses botlib
├── botui/ # Uses botlib
├── botapp/ # Uses botlib
└── botcoder/ # Uses botlib ← NEW
```
---
## BotCoder Features vs Vibe Builder
### Vibe Builder (Existing)
- ✅ Multi-agent pipeline (Mantis #1-4)
- ✅ App generation (HTMX apps)
- ✅ WebSocket real-time updates
- ✅ Agent status visualization
- ✅ Task breakdown
- ✅ Deployment (internal GB platform)
### BotCoder (Add)
- 📝 **Monaco Editor** - Professional code editing
- 🗄️ **Database UI** - Schema visualization
- 🐙 **Git Operations** - Version control UI
- 🌐 **Browser Automation** - Testing & recording
- 📂 **Multi-File Workspace** - Tab management
- 🖥️ **Enhanced Terminal** - xterm.js integration
- 🚀 **Dual Deployment** - Internal + Forgejo
- 🔒 **Security Scanning** - Vulnerability detection
- 📚 **Auto-Documentation** - Generate docs
- 🧪 **E2E Testing** - chromiumoxide integration
---
## BotCoder Multi-Agent Workflow Example
### User Request: "Create a CRM with contacts and deals"
```
1. CLASSIFY
└─ Intent: APP_CREATE
└─ Entities: { tables: [contacts, deals], features: [Contact Manager, Deal Pipeline] }
2. PLAN (Mantis #1 - Planner)
├─ Break down into 12 sub-tasks
├─ Create task nodes
└─ Estimate: 45 files, 98k tokens, 2.5 hours
3. BUILD (Mantis #2 - Builder)
├─ Generate HTML/CSS/JS files
├─ Create database schema
├─ Build REST API endpoints
└─ Output: /apps/my-crm/
4. CODE REVIEW (Mantis #3 - Reviewer)
├─ Check HTMX patterns
├─ Verify security
├─ Validate error handling
└─ Status: PASSED
5. OPTIMIZE (Mantis #5 - Editor Agent) ← NEW
├─ Analyze code structure
├─ Suggest refactorings
├─ Apply safe optimizations
└─ Generate PR
6. TEST (Mantis #8 - Test Agent) ← NEW
├─ Generate unit tests
├─ Create E2E tests (chromiumoxide)
├─ Measure coverage
└─ Status: 87% coverage
7. SECURITY CHECK (Mantis #12 - Security Agent) ← NEW
├─ Scan vulnerabilities
├─ Check dependencies
├─ Detect secrets
└─ Status: 0 issues found
8. DEPLOY (Mantis #4 - Deployer)
├─ Choose deployment target
│ ├─ Internal GB Platform ← Selected
│ └─ External Forgejo (optional)
├─ Deploy to /apps/my-crm/
└─ Verify accessibility
9. DOCUMENT (Mantis #11 - Documentation Agent) ← NEW
├─ Generate README.md
├─ Create API docs
├─ Add code comments
└─ Output: /docs/
10. MONITOR (Mantis #1 - Planner)
├─ Setup uptime monitoring
├─ Track error rates
├─ Monitor response times
└─ Status: ACTIVE
```
---
## Technical Implementation Plan
### Phase 1: Core BotCoder Infrastructure (Week 1)
**Tasks:**
1. Create `botcoder/` repository structure
2. Implement `botlib` shared crate
3. Add Mantis #5-12 agent stubs
4. Extend WebSocket protocol for new agents
5. Update orchestrator to support 12 agents
**Deliverables:**
- ✅ BotCoder repo initialized
- ✅ Agent trait system defined
- ✅ WebSocket events extended
- ✅ Orchestrator handles 12-agent pipeline
### Phase 2: Editor & Database UI (Week 2)
**Tasks:**
1. Integrate Monaco Editor (replace textarea)
2. Build database schema visualizer
3. Add query builder UI
4. Implement Mantis #5 (Editor Agent)
5. Implement Mantis #6 (Database Agent)
**Deliverables:**
- ✅ Monaco loads with syntax highlighting
- ✅ ER diagram shows tables/relationships
- ✅ Query builder generates SQL
- ✅ Editor agent can refactor code
- ✅ Database agent optimizes queries
### Phase 3: Git & Browser Automation (Week 3)
**Tasks:**
1. Build git operations UI
2. Implement diff viewer
3. Add browser automation panel (chromiumoxide)
4. Implement Mantis #7 (Git Agent)
5. Implement Mantis #9 (Browser Agent)
**Deliverables:**
- ✅ Git status shows changes
- ✅ Diff viewer displays side-by-side
- ✅ Browser automation records actions
- ✅ Git agent manages branches
- ✅ Browser agent generates Playwright tests
### Phase 4: Testing, Security & Docs (Week 4)
**Tasks:**
1. Implement test generation
2. Add security scanning
3. Build documentation generator
4. Implement Mantis #8 (Test Agent)
5. Implement Mantis #12 (Security Agent)
6. Implement Mantis #11 (Docs Agent)
**Deliverables:**
- ✅ Test agent generates coverage reports
- ✅ Security agent scans vulnerabilities
- ✅ Docs agent generates README
- ✅ E2E tests run via chromiumoxide
### Phase 5: Deployment Integration (Week 5)
**Tasks:**
1. Implement deployment router (from vibe.md Phase 0)
2. Add Forgejo integration
3. Build deployment UI
4. Integrate with existing Mantis #4 (Deployer)
**Deliverables:**
- ✅ Can deploy internally to /apps/
- ✅ Can deploy externally to Forgejo
- ✅ CI/CD pipelines auto-generated
- ✅ Deployment choice in UI
---
## Success Metrics
### Agent Performance
- ⚡ Pipeline completes in < 2 minutes
- 🎯 95%+ task success rate
- 🔄 < 5% agent failures requiring retry
- 📊 Real-time progress updates < 100ms latency
### Code Quality
- ✅ 80%+ test coverage
- 🔒 0 critical vulnerabilities
- 📝 100% documented public APIs
- 🚀 < 30s deployment time
### User Experience
- 💬 Natural language → working app
- 🎨 Beautiful UI by default
- 🔧 Professional tools (Monaco, terminal, git)
- 📱 Works on desktop + web
---
## Comparison: BotCoder vs Claude Code
| Feature | BotCoder | Claude Code |
|---------|----------|-------------|
| Multi-agent pipeline | ✅ 12 specialized agents | ❌ Single agent |
| Visual agent status | ✅ Real-time Mantis cards | ❌ No agent visibility |
| App generation | ✅ Full-stack (HTMX + DB) | ✅ Code generation only |
| Database UI | ✅ Schema visualizer | ❌ No DB tools |
| Git operations | ✅ Dedicated agent (Mantis #7) | ✅ Git integration |
| Browser automation | ✅ chromiumoxide + Mantis #9 | ✅ Playwright support |
| Deployment options | ✅ Dual (Internal + Forgejo) | ❌ No deployment |
| Desktop app | ✅ Tauri (botapp) | ❌ CLI only |
| Multi-user | ✅ SaaS platform | ❌ Single user |
| Visual workspace | ✅ Vibe Builder | ❌ Terminal only |
| Agent reasoning | ✅ Transparent thoughts | ❌ Black box |
---
## Conclusion
**BotCoder** can leverage the existing **Mantis Farm** infrastructure in `botserver` while adding specialized coding agents and professional tools. The architecture is:
1. **Foundation:** Existing orchestrator.rs (1147 lines) - 5-stage pipeline
2. **Extension:** Add 7 new specialized agents (Mantis #5-12)
3. **UI:** Extend vibe.html with editor, database, git, browser panels
4. **Desktop:** Integrate with botapp for native experience
5. **Deployment:** Dual deployment (internal GB Platform + external Forgejo)
**Estimated Effort:** 5 weeks (following vibe.md roadmap)
**Result:** A complete multi-agent development environment that exceeds Claude Code's capabilities while offering visual agent management, dual deployment, and multi-user SaaS architecture.

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# BotCoder Hybrid Architecture v2.0
## CLI + Optional Multi-Agent Facade (BYOK vs BotServer)
## Executive Summary
**BotCoder** exists as a **terminal-based AI coding agent** with real-time streaming and tool execution. This document outlines how to extend it into a **hybrid CLI/multi-agent OS** that can:
1. **Work standalone (BYOK)** - Direct LLM access, local execution
2. **Use botserver facade** - Leverage Mantis Farm agents when available
3. **Switch dynamically** - Fall back to local if botserver unavailable
---
## Current BotCoder Architecture
### Existing CLI Implementation (`/home/rodriguez/src/pgm/botcoder`)
**Dependencies:**
```toml
tokio = "1.42" # Async runtime
reqwest = "0.12" # HTTP client
ratatui = "0.29" # TUI framework
crossterm = "0.29" # Terminal handling
futures = "0.3" # Async utilities
regex = "1.10" # Pattern matching
```
**Core Features:**
- ✅ Real-time streaming LLM responses
- ✅ Tool execution (read_file, execute_command, write_file)
- ✅ Delta format parsing (git-style diffs)
- ✅ TPM rate limiting
- ✅ Conversation history management
- ✅ Animated TUI with ratatui
**Tool Support:**
```rust
// Currently supported tools
fn execute_tool(tool: &str, param: &str, project_root: &str) -> String {
match tool {
"read_file" => read_file(param),
"execute_command" => execute_command(param, project_root),
"write_file" => write_file(param),
"list_files" => list_files(param, project_root),
_ => format!("Unknown tool: {}", tool),
}
}
```
**LLM Integration:**
```rust
// Direct Azure OpenAI client
mod llm {
pub struct AzureOpenAIClient {
endpoint: String,
api_key: String,
deployment: String,
}
impl LLMProvider for AzureOpenAIClient {
async fn generate(&self, prompt: &str, params: &serde_json::Value)
-> Result<String, Box<dyn std::error::Error>>;
}
}
```
---
## Proposed Hybrid Architecture
```
┌─────────────────────────────────────────────────────────────────┐
│ BOTCODER HYBRID MODE │
├─────────────────────────────────────────────────────────────────┤
│ │
│ ┌──────────────────────────────────────────────────────────┐ │
│ │ BOTCODER CLI (main.rs) │ │
│ │ - TUI interface (ratatui) │ │
│ │ - Tool execution │ │
│ │ - Delta parsing │ │
│ │ - Rate limiting │ │
│ └──────────────────────────────────────────────────────────┘ │
│ │ │
│ ▼ │
│ ┌──────────────────────────────────────────────────────────┐ │
│ │ LLM PROVIDER TRAIT (abstraction) │ │
│ └──────────────────────────────────────────────────────────┘ │
│ │ │
│ ┌───────────────┴───────────────┐ │
│ ▼ ▼ │
│ ┌─────────────────────┐ ┌─────────────────────┐ │
│ │ DIRECT LLM │ │ BOTSERVER FACADE │ │
│ │ (BYOK Mode) │ │ (Multi-Agent Mode) │ │
│ │ │ │ │ │
│ │ - Azure OpenAI │ │ - Mantis #1-4 │ │
│ │ - Anthropic │ │ - Mantis #5-12 │ │
│ │ - OpenAI │ │ - Orchestrator │ │
│ │ - Local LLM │ │ - WebSocket │ │
│ └─────────────────────┘ └─────────────────────┘ │
│ │ │ │
│ │ (Optional) │
│ ▼ ▼ │
│ ┌─────────────────────┐ ┌─────────────────────┐ │
│ │ LOCAL EXECUTION │ │ AGENT EXECUTION │ │
│ │ │ │ │ │
│ │ - File operations │ │ - Containerized │ │
│ │ - Command execution │ │ - AgentExecutor │ │
│ │ - Git operations │ │ - Browser automation│ │
│ │ - Docker control │ │ - Test generation │ │
│ └─────────────────────┘ └─────────────────────┘ │
│ │
└─────────────────────────────────────────────────────────────────┘
```
---
## Implementation Plan
### Phase 1: LLM Provider Abstraction (Week 1)
**Goal:** Create trait-based system for multiple LLM backends
**File:** `src/llm/mod.rs`
```rust
use async_trait::async_trait;
/// Unified LLM provider trait
#[async_trait]
pub trait LLMProvider: Send + Sync {
/// Generate completion with streaming support
async fn generate_stream(
&self,
prompt: &str,
params: &GenerationParams,
) -> Result<StreamResponse, LLMError>;
/// Generate completion (non-streaming)
async fn generate(
&self,
prompt: &str,
params: &GenerationParams,
) -> Result<String, LLMError>;
/// Get provider capabilities
fn capabilities(&self) -> ProviderCapabilities;
/// Get provider name
fn name(&self) -> &str;
}
pub struct GenerationParams {
pub temperature: f32,
pub max_tokens: u32,
pub top_p: f32,
pub tools: Vec<ToolDefinition>,
pub system_prompt: Option<String>,
}
pub struct StreamResponse {
pub content_stream: tokio_stream::wrappers::ReceiverStream<String>,
pub tool_calls: Vec<ToolCall>,
pub usage: TokenUsage,
}
pub struct ProviderCapabilities {
pub streaming: bool,
pub tools: bool,
pub max_tokens: u32,
pub supports_vision: bool,
}
```
**Implementations:**
```rust
// src/llm/azure_openai.rs
pub struct AzureOpenAIClient {
endpoint: String,
api_key: String,
deployment: String,
client: reqwest::Client,
}
#[async_trait]
impl LLMProvider for AzureOpenAIClient {
async fn generate(&self, prompt: &str, params: &GenerationParams)
-> Result<String, LLMError> {
// Existing implementation
}
fn capabilities(&self) -> ProviderCapabilities {
ProviderCapabilities {
streaming: true,
tools: true,
max_tokens: 4096,
supports_vision: false,
}
}
fn name(&self) -> &str {
"azure-openai"
}
}
// src/llm/anthropic.rs
pub struct AnthropicClient {
api_key: String,
client: reqwest::Client,
}
#[async_trait]
impl LLMProvider for AnthropicClient {
async fn generate(&self, prompt: &str, params: &GenerationParams)
-> Result<String, LLMError> {
// Anthropic API implementation
}
fn capabilities(&self) -> ProviderCapabilities {
ProviderCapabilities {
streaming: true,
tools: true,
max_tokens: 8192,
supports_vision: true,
}
}
fn name(&self) -> &str {
"anthropic"
}
}
// src/llm/botserver_facade.rs
pub struct BotServerFacade {
base_url: String,
api_key: Option<String>,
client: reqwest::Client,
}
#[async_trait]
impl LLMProvider for BotServerFacade {
async fn generate(&self, prompt: &str, params: &GenerationParams)
-> Result<String, LLMError> {
// Instead of direct LLM call, use botserver's orchestrator
// 1. Classify intent
// 2. Execute multi-agent pipeline
// 3. Return aggregated result
}
fn capabilities(&self) -> ProviderCapabilities {
ProviderCapabilities {
streaming: true, // Via WebSocket
tools: true, // Via AgentExecutor
max_tokens: 128000, // Multi-agent consensus
supports_vision: true, // Via Browser Agent
}
}
fn name(&self) -> &str {
"botserver-mantis-farm"
}
}
```
**Configuration:**
```rust
// src/config.rs
#[derive(Debug, Clone)]
pub struct BotCoderConfig {
pub llm_provider: LLMProviderType,
pub botserver_url: Option<String>,
pub project_path: PathBuf,
pub enable_facade: bool,
pub fallback_to_local: bool,
}
#[derive(Debug, Clone)]
pub enum LLMProviderType {
AzureOpenAI,
Anthropic,
OpenAI,
LocalLLM,
BotServerFacade, // Use Mantis Farm
}
impl BotCoderConfig {
pub fn from_env() -> Result<Self, ConfigError> {
let llm_provider = match env::var("LLM_PROVIDER").as_deref() {
Ok("azure") => LLMProviderType::AzureOpenAI,
Ok("anthropic") => LLMProviderType::Anthropic,
Ok("botserver") => LLMProviderType::BotServerFacade,
_ => LLMProviderType::AzureOpenAI, // Default
};
let botserver_url = env::var("BOTSERVER_URL").ok();
let enable_facade = env::var("ENABLE_BOTSERVER_FACADE")
.unwrap_or_else(|_| "false".to_string()) == "true";
Ok(Self {
llm_provider,
botserver_url,
project_path: env::var("PROJECT_PATH")?.into(),
enable_facade,
fallback_to_local: true,
})
}
}
```
---
### Phase 2: Multi-Agent Facade Integration (Week 2)
**Goal:** Connect to botserver's Mantis Farm when available
**File:** `src/botserver_client.rs`
```rust
use reqwest::Client;
use serde::{Deserialize, Serialize};
pub struct BotServerClient {
base_url: String,
api_key: Option<String>,
client: Client,
}
impl BotServerClient {
pub fn new(base_url: String, api_key: Option<String>) -> Self {
Self {
base_url,
api_key,
client: Client::new(),
}
}
/// Classify intent using botserver's intent classifier
pub async fn classify_intent(&self, text: &str)
-> Result<ClassifiedIntent, BotServerError> {
let url = format!("{}/api/autotask/classify", self.base_url);
let response = self.client
.post(&url)
.json(&serde_json::json!({ "text": text }))
.header("Authorization", self.api_key.as_ref().map(|k| format!("Bearer {}", k)).unwrap_or_default())
.send()
.await?;
if response.status().is_success() {
Ok(response.json().await?)
} else {
Err(BotServerError::ClassificationFailed(response.text().await?))
}
}
/// Execute multi-agent pipeline
pub async fn execute_pipeline(&self, classification: &ClassifiedIntent)
-> Result<OrchestrationResult, BotServerError> {
let url = format!("{}/api/autotask/execute", self.base_url);
let response = self.client
.post(&url)
.json(classification)
.header("Authorization", self.api_key.as_ref().map(|k| format!("Bearer {}", k)).unwrap_or_default())
.send()
.await?;
if response.status().is_success() {
Ok(response.json().await?)
} else {
Err(BotServerError::PipelineFailed(response.text().await?))
}
}
/// Subscribe to WebSocket progress updates
pub async fn subscribe_progress(&self, task_id: &str)
-> Result<tokio_tungstenite::WebSocketStream<tokio_tungstenite::MaybeTlsStream<tokio::net::TcpStream>>, BotServerError> {
let ws_url = format!(
"{}/ws/task-progress/{}",
self.base_url.replace("http", "ws"),
task_id
);
tokio_tungstenite::connect_async(&ws_url).await
.map_err(BotServerError::WebSocketError)
}
/// Use specialized agents directly
pub async fn query_agent(&self, agent_id: u8, query: &str)
-> Result<AgentResponse, BotServerError> {
match agent_id {
5 => self.query_editor_agent(query).await,
6 => self.query_database_agent(query).await,
7 => self.query_git_agent(query).await,
8 => self.query_test_agent(query).await,
9 => self.query_browser_agent(query).await,
10 => self.query_terminal_agent(query).await,
11 => self.query_docs_agent(query).await,
12 => self.query_security_agent(query).await,
_ => Err(BotServerError::InvalidAgent(agent_id)),
}
}
// Specific agent methods
async fn query_editor_agent(&self, query: &str)
-> Result<AgentResponse, BotServerError> {
// POST /api/botcoder/editor/query
let url = format!("{}/api/botcoder/editor/query", self.base_url);
let response = self.client
.post(&url)
.json(&serde_json::json!({ "query": query }))
.send()
.await?;
Ok(response.json().await?)
}
async fn query_database_agent(&self, query: &str)
-> Result<AgentResponse, BotServerError> {
// Query database schema, optimize queries
let url = format!("{}/api/botcoder/database/query", self.base_url);
let response = self.client
.post(&url)
.json(&serde_json::json!({ "query": query }))
.send()
.await?;
Ok(response.json().await?)
}
// ... other agent methods
}
#[derive(Debug, Deserialize)]
pub struct ClassifiedIntent {
pub intent_type: String,
pub entities: IntentEntities,
pub original_text: String,
}
#[derive(Debug, Deserialize)]
pub struct OrchestrationResult {
pub success: bool,
pub task_id: String,
pub stages_completed: u8,
pub app_url: Option<String>,
pub message: String,
pub created_resources: Vec<CreatedResource>,
}
#[derive(Debug, thiserror::Error)]
pub enum BotServerError {
#[error("Classification failed: {0}")]
ClassificationFailed(String),
#[error("Pipeline execution failed: {0}")]
PipelineFailed(String),
#[error("WebSocket error: {0}")]
WebSocketError(#[from] tokio_tungstenite::tungstenite::Error),
#[error("Invalid agent ID: {0}")]
InvalidAgent(u8),
#[error("HTTP error: {0}")]
HttpError(#[from] reqwest::Error),
#[error("JSON error: {0}")]
JsonError(#[from] serde_json::Error),
}
```
---
### Phase 3: Unified Tool Execution (Week 2-3)
**Goal:** Abstract tool execution to work locally or via agents
**File:** `src/tools/mod.rs`
```rust
use async_trait::async_trait;
/// Unified tool execution trait
#[async_trait]
pub trait ToolExecutor: Send + Sync {
async fn execute(&self, tool: &ToolCall, context: &ExecutionContext)
-> Result<ToolResult, ToolError>;
fn supports_tool(&self, tool_name: &str) -> bool;
}
pub struct ToolCall {
pub name: String,
pub parameters: serde_json::Value,
pub agent_id: Option<u8>, // Which agent should execute
}
pub struct ToolResult {
pub output: String,
pub exit_code: i32,
pub metadata: serde_json::Value,
}
pub struct ExecutionContext {
pub project_path: PathBuf,
pub botserver_client: Option<BotServerClient>,
pub use_local_fallback: bool,
}
/// Local tool executor (existing implementation)
pub struct LocalToolExecutor {
project_root: PathBuf,
}
#[async_trait]
impl ToolExecutor for LocalToolExecutor {
async fn execute(&self, tool: &ToolCall, context: &ExecutionContext)
-> Result<ToolResult, ToolError> {
match tool.name.as_str() {
"read_file" => self.read_file(tool.parameters).await,
"write_file" => self.write_file(tool.parameters).await,
"execute_command" => self.execute_command(tool.parameters).await,
"list_files" => self.list_files(tool.parameters).await,
"git_operation" => self.git_operation(tool.parameters).await,
_ => Err(ToolError::UnknownTool(tool.name.clone())),
}
}
fn supports_tool(&self, tool_name: &str) -> bool {
matches!(tool_name,
"read_file" | "write_file" | "execute_command" |
"list_files" | "git_operation"
)
}
}
/// Agent-based tool executor (via botserver)
pub struct AgentToolExecutor {
botserver_client: BotServerClient,
}
#[async_trait]
impl ToolExecutor for AgentToolExecutor {
async fn execute(&self, tool: &ToolCall, context: &ExecutionContext)
-> Result<ToolResult, ToolError> {
// Route to appropriate agent
let agent_id = tool.agent_id.unwrap_or_else(|| {
self.infer_agent_for_tool(&tool.name)
});
match self.botserver_client.query_agent(agent_id, &tool.parameters.to_string()).await {
Ok(response) => Ok(ToolResult {
output: response.output,
exit_code: response.exit_code,
metadata: response.metadata,
}),
Err(e) => {
// Fallback to local if enabled
if context.use_local_fallback {
warn!("Agent execution failed, falling back to local: {}", e);
LocalToolExecutor::new(context.project_path.clone()).execute(tool, context).await?
} else {
Err(ToolError::AgentError(e.to_string()))
}
}
}
}
fn supports_tool(&self, tool_name: &str) -> bool {
matches!(tool_name,
"database_query" | "schema_visualize" | "git_commit" |
"test_generate" | "browser_record" | "docs_generate" |
"security_scan" | "code_refactor" | "optimize_query"
)
}
fn infer_agent_for_tool(&self, tool_name: &str) -> u8 {
match tool_name {
"code_refactor" | "syntax_check" => 5, // Editor Agent
"database_query" | "schema_visualize" | "optimize_query" => 6, // Database Agent
"git_commit" | "git_branch" | "git_merge" => 7, // Git Agent
"test_generate" | "coverage_report" => 8, // Test Agent
"browser_record" | "page_test" => 9, // Browser Agent
"shell_execute" | "docker_build" => 10, // Terminal Agent
"docs_generate" | "api_docs" => 11, // Docs Agent
"security_scan" | "vulnerability_check" => 12, // Security Agent
_ => 2, // Default to Builder Agent
}
}
}
```
---
### Phase 4: Hybrid Execution Loop (Week 3)
**Goal:** Main loop that seamlessly switches between local and agent execution
**File:** `src/main.rs` (modified)
```rust
use llm::LLMProvider;
use tools::{LocalToolExecutor, AgentToolExecutor, ToolExecutor};
struct BotCoder {
config: BotCoderConfig,
llm_provider: Box<dyn LLMProvider>,
local_executor: LocalToolExecutor,
agent_executor: Option<AgentToolExecutor>,
botserver_client: Option<BotServerClient>,
}
impl BotCoder {
pub async fn new(config: BotCoderConfig) -> Result<Self, Box<dyn std::error::Error>> {
// Initialize LLM provider based on config
let llm_provider: Box<dyn LLMProvider> = match config.llm_provider {
LLMProviderType::AzureOpenAI => {
Box::new(llm::AzureOpenAIClient::new()?)
}
LLMProviderType::Anthropic => {
Box::new(llm::AnthropicClient::new()?)
}
LLMProviderType::BotServerFacade => {
// Will use botserver client
Box::new(llm::BotServerFacade::new(
config.botserver_url.clone().unwrap()
)?)
}
_ => Box::new(llm::AzureOpenAIClient::new()?),
};
// Initialize tool executors
let local_executor = LocalToolExecutor::new(config.project_path.clone());
let mut agent_executor = None;
let mut botserver_client = None;
// Try to connect to botserver if enabled
if config.enable_facade {
if let Some(url) = &config.botserver_url {
match BotServerClient::new(url.clone(), None).health_check().await {
Ok(()) => {
println!("✓ Connected to botserver at {}", url);
let client = BotServerClient::new(url.clone(), None);
botserver_client = Some(client.clone());
agent_executor = Some(AgentToolExecutor::new(client));
}
Err(e) => {
warn!("Failed to connect to botserver: {}", e);
if config.fallback_to_local {
println!("⚠ Falling back to local execution");
}
}
}
}
}
Ok(Self {
config,
llm_provider,
local_executor,
agent_executor,
botserver_client,
})
}
pub async fn run(&mut self) -> Result<(), Box<dyn std::error::Error>> {
let mut iteration = 0;
let mut conversation_history: Vec<String> = Vec::new();
loop {
iteration += 1;
println!("=== ITERATION {} ===", iteration);
// Display execution mode
if self.agent_executor.is_some() {
println!("Mode: Multi-Agent (BotServer Facade)");
println!("Agents Available: Mantis #1-12");
} else {
println!("Mode: Local (BYOK)");
}
println!();
// Build context
let context = self.build_context(&conversation_history);
// Generate response (streaming)
let response = match self.llm_provider.generate_stream(&context, &Default::default()).await {
Ok(r) => r,
Err(e) => {
// Try fallback to local if botserver fails
if self.agent_executor.is_some() && self.config.fallback_to_local {
warn!("LLM provider failed, trying fallback: {}", e);
// Switch to local provider
continue;
} else {
return Err(e.into());
}
}
};
// Stream response to TUI
self.display_streaming_response(response).await?;
// Extract tools from response
let tools = self.extract_tools(&full_response);
// Execute tools (local or agent-based)
for tool in tools {
let result = self.execute_tool_hybrid(tool).await?;
conversation_history.push(format!("Tool: {}\nResult: {}", tool.name, result));
}
conversation_history.push(format!("Assistant: {}", full_response));
// Trim history
if conversation_history.len() > 20 {
conversation_history.drain(0..10);
}
}
}
async fn execute_tool_hybrid(&self, tool: ToolCall) -> Result<ToolResult, ToolError> {
let context = ExecutionContext {
project_path: self.config.project_path.clone(),
botserver_client: self.botserver_client.clone(),
use_local_fallback: self.config.fallback_to_local,
};
// Try agent executor first if available
if let Some(agent_executor) = &self.agent_executor {
if agent_executor.supports_tool(&tool.name) {
println!("🤖 Executing via Mantis Agent: {}", tool.name);
return agent_executor.execute(&tool, &context).await;
}
}
// Fall back to local executor
if self.local_executor.supports_tool(&tool.name) {
println!("🔧 Executing locally: {}", tool.name);
return self.local_executor.execute(&tool, &context).await;
}
Err(ToolError::UnknownTool(tool.name))
}
}
```
---
## Usage Examples
### Example 1: Local Mode (BYOK)
```bash
# .env configuration
LLM_PROVIDER=azure
PROJECT_PATH=/home/user/myproject
ENABLE_BOTSERVER_FACADE=false
```
```bash
$ botcoder
=== ITERATION 1 ===
Mode: Local (BYOK)
✓ Azure OpenAI connected
> Add authentication to this Rust project
[AI Reasoning...]
I'll add JWT authentication using the `jsonwebtoken` crate.
CHANGE: Cargo.toml
<<<<<<< CURRENT
[dependencies]
tokio = "1.0"
=======
[dependencies]
tokio = "1.0"
jsonwebtoken = "9.0"
=======
[EXECUTE] Tool 1/3: write_file -> Cargo.toml
✓ File updated
```
### Example 2: Multi-Agent Mode (BotServer Facade)
```bash
# .env configuration
LLM_PROVIDER=botserver
BOTSERVER_URL=http://localhost:8080
PROJECT_PATH=/home/user/myproject
ENABLE_BOTSERVER_FACADE=true
FALLBACK_TO_LOCAL=true
```
```bash
$ botcoder
=== ITERATION 1 ===
✓ Connected to botserver at http://localhost:8080
Mode: Multi-Agent (BotServer Facade)
Agents Available: Mantis #1-12
> Create a CRM system with contacts and deals
[CLASSIFY] Intent: APP_CREATE
[PLAN] Mantis #1 breaking down request...
✓ 12 sub-tasks identified
✓ Estimated: 45 files, 98k tokens, 2.5 hours
[BUILD] Mantis #2 generating code...
✓ contacts table schema created
✓ deals table schema created
✓ Contact Manager page generated
✓ Deal Pipeline page generated
[REVIEW] Mantis #3 validating code...
✓ HTMX patterns verified
✓ Security checks passed
✓ 0 vulnerabilities found
[OPTIMIZE] Mantis #5 refactoring...
✓ Extracted duplicate code to utils.rs
✓ Added error handling wrappers
[TEST] Mantis #8 generating tests...
✓ 87% code coverage achieved
✓ E2E tests created (chromiumoxide)
[SECURITY] Mantis #12 scanning...
✓ 0 critical vulnerabilities
✓ All dependencies up to date
[DEPLOY] Mantis #4 deploying...
Target: Internal GB Platform
✓ App deployed to /apps/my-crm/
✓ Verify at http://localhost:8080/apps/my-crm/
[DOCUMENT] Mantis #11 generating docs...
✓ README.md created
✓ API documentation generated
✓ Pipeline complete in 1m 47s
```
### Example 3: Hybrid Mode (Automatic Fallback)
```bash
$ botcoder
=== ITERATION 1 ===
Mode: Multi-Agent (BotServer Facade)
✓ Connected to botserver
> Refactor this function for better performance
[EDITOR] Mantis #5 analyzing code...
⚠ BotServer connection lost
[FALLBACK] Switching to local mode...
[LOCAL] Analyzing with Azure OpenAI...
✓ Refactoring complete
```
---
## Benefits of Hybrid Architecture
### For Users (BYOK)
- ✅ **Privacy** - Code never leaves local machine
- ✅ **Speed** - Direct LLM access, no intermediate hops
- ✅ **Cost Control** - Use your own API keys
- ✅ **Offline Capable** - Works with local LLMs (llama.cpp, Ollama)
### For Users (BotServer Facade)
- ✅ **Multi-Agent Consensus** - 12 specialized agents collaborate
- ✅ **Advanced Capabilities** - Browser automation, security scanning, test generation
- ✅ **Visual Debugging** - Watch agent reasoning in Vibe Builder UI
- ✅ **Enterprise Features** - Team sharing, approval workflows, audit trails
### Seamless Switching
- ✅ **Automatic Fallback** - If botserver unavailable, use local
- ✅ **Tool Routing** - Use agent for complex tasks, local for simple ones
- ✅ **Cost Optimization** - Reserve expensive agents for hard problems
- ✅ **Progressive Enhancement** - Start local, upgrade to multi-agent as needed
---
## Configuration Matrix
| Scenario | LLM Provider | Tools | When to Use |
|----------|--------------|-------|-------------|
| **Local Development** | Azure/Anthropic (Direct) | Local file ops | Privacy-critical code |
| **Enterprise Project** | BotServer Facade | Agent-based | Complex refactoring |
| **Open Source** | Local LLM (Ollama) | Local | No API budget |
| **Learning** | BotServer Facade | Agent-based | Study agent reasoning |
| **CI/CD** | BotServer Facade | Agent-based | Automated testing |
| **Quick Fix** | Azure/Anthropic (Direct) | Local | Fast iteration |
| **Security Audit** | BotServer Facade | Mantis #12 | Comprehensive scan |
---
## Implementation Roadmap
### Week 1: Foundation
- [x] Extract existing LLM client to trait
- [ ] Implement Azure OpenAI provider
- [ ] Implement Anthropic provider
- [ ] Add BotServerFacade provider (stub)
### Week 2: BotServer Integration
- [ ] Implement BotServerClient
- [ ] Add WebSocket progress streaming
- [ ] Implement agent query methods
- [ ] Add health check & fallback logic
### Week 3: Tool Execution
- [ ] Refactor existing tools to trait
- [ ] Implement LocalToolExecutor
- [ ] Implement AgentToolExecutor
- [ ] Add tool routing logic
### Week 4: Hybrid Loop
- [ ] Modify main loop for provider switching
- [ ] Add streaming TUI updates
- [ ] Implement automatic fallback
- [ ] Add mode indicator to UI
### Week 5: Testing & Docs
- [ ] Test all three modes (local, agent, hybrid)
- [ ] Add configuration examples
- [ ] Write migration guide
- [ ] Update README
---
## Conclusion
The **hybrid BotCoder** gives users the best of both worlds:
1. **CLI First** - Fast, local, privacy-focused development
2. **Multi-Agent Power** - On-demand access to 12 specialized agents
3. **Seamless Switching** - Automatic fallback between modes
4. **Progressive Enhancement** - Start simple, scale when needed
**Result:** A coding agent that works offline for quick fixes but can call in a full multi-agent orchestra when facing complex challenges.
**Estimated Effort:** 5 weeks (1 developer)
**Lines of Code:** ~2000 new lines (modular, trait-based)
The BotCoder CLI becomes the **control plane** for the Mantis Farm, offering both direct terminal access and a gateway to the full multi-agent OS when needed.

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# Unified Implementation Plan: VibeCode Platform
## Executive Summary
This document **unifies** two separate task lists into a cohesive roadmap:
- **task.md**: Security & stability fixes (immediate priority)
- **TASK.md**: Feature implementation roadmap (development pipeline)
**Current Status:**
- 🎯 Backend: **80% complete** - LLM-powered app generation, multi-agent orchestration, browser automation ready
- 🎨 Frontend: **40% complete** - Vibe UI exists, missing professional tools (Monaco, Database UI, Git, Browser)
- 🔐 Security: **Needs attention** - Unsafe unwraps, dependency vulnerabilities (see Security Priorities below)
---
## Part I: Security & Stability (FROM task.md) - IMMEDIATE PRIORITY ⚠️
### 1. Unsafe Unwraps in Production (Violates AGENTS.md Error Handling)
**Issue:** The codebase uses `.unwrap()`, `.expect()`, `panic!()` in production code, which is explicitly forbidden by AGENTS.md.
**Vulnerable Locations:**
```
botserver/src/drive/drive_handlers.rs:269 - Response::builder() unwrap
botserver/src/basic/compiler/mod.rs - Multiple unwrap() calls
botserver/src/llm/llm_models/deepseek_r3.rs - unwrap() outside tests
botserver/src/botmodels/opencv.rs - Test scope unwrap() leaks
```
**Action Items:**
- [ ] Replace ALL `.unwrap()` with safe alternatives:
- Use `?` operator with proper error propagation
- Use `unwrap_or_default()` for defaults
- Use pattern matching with early returns
- Apply `ErrorSanitizer` to avoid panics
- [ ] Run `cargo clippy -- -W clippy::unwrap_used -W clippy::expect_used`
- [ ] Add unit tests verifying error paths work correctly
**Estimated Effort:** 4-6 hours
---
### 2. Dependency Vulnerabilities (Found by `cargo audit`)
**Vulnerable Component:**
- **Crate:** `glib 0.18.5`
- **Advisory:** `RUSTSEC-2024-0429`
- **Issue:** Unsoundness in `Iterator` and `DoubleEndedIterator` impls for `glib::VariantStrIter`
- **Context:** Pulled through `botdevice` and `botapp` via Tauri plugins/GTK dependencies
**Action Items:**
- [ ] Review exact usage of glib in the codebase
- [ ] Check if patches are available in newer versions
- [ ] Evaluate risk given desktop GUI context
- [ ] If critical: upgrade GTK/Glib ecosystem dependencies
- [ ] If acceptable: document risk assessment and add to security review checklist
**Estimated Effort:** 2-4 hours
---
### 3. General Security Posture Alignment
**CSRF Protection:**
- ✅ Custom CSRF store exists: `redis_csrf_store.rs`
- ⚠️ Verify: ALL state-changing endpoints use it (standard `tower-csrf` is absent from Cargo.toml)
**Security Headers:**
- ✅ `headers.rs` provides CSP, HSTS, X-Frame-Options
- ⚠️ Verify: Headers are attached UNIVERSALLY in botserver, not selectively omitted
**Action Items:**
- [ ] Audit all POST/PUT/DELETE endpoints for CSRF token validation
- [ ] Create middleware test to ensure security headers on all responses
- [ ] Document security checklist for new endpoints
**Estimated Effort:** 3-4 hours
---
## Part II: Feature Implementation Roadmap (FROM TASK.md) - DEVELOPMENT PIPELINE
### Architecture Overview
```
┌──────────────────────────────────────────────────────────────┐
│ USER REQUEST │
│ "I want a full CRM system" │
└────────────────────────┬─────────────────────────────────────┘
│
▼
┌──────────────────────────────────────────────────────────────┐
│ VIBE BUILDER UI │
│ ┌──────────────────┐ ┌──────────────────┐ │
│ │ Agent Sidebar │ │ Canvas Area │ │
│ │ (Mantis #1-4) │ │ - Task Nodes │ │
│ │ - Status cards │ │ - Preview │ │
│ │ - Workspaces │ │ - Chat Overlay │ │
│ └──────────────────┘ └──────────────────┘ │
│ │
│ NEW TOOLS TO ADD: │
│ 🔌 MCP Sources Panel ← botserver/src/sources/ui.rs │
│ 📝 Monaco Editor ← Phase 1 (Critical) │
│ 🗄️ Database Visualizer ← Phase 2 (Critical) │
│ 🐙 Git Operations ← Phase 3 (High) │
│ 🌐 Browser Automation ← Phase 4 (High) │
│ 📂 Multi-File Workspace ← Phase 5 (Medium) │
│ 🖥️ Enhanced Terminal ← Phase 6 (Medium) │
└────────────────────────┬─────────────────────────────────────┘
│
▼
┌──────────────────────────────────────────────────────────────┐
│ BOTSERVER (Rust Backend) │
│ ┌──────────────┐ ┌──────────────┐ ┌──────────────┐ │
│ │ Orchestrator │ │ AppGenerator │ │ Designer AI │ │
│ │ (5 agents) │ │(LLM-driven) │ │(modifications)│ │
│ └──────────────┘ └──────────────┘ └──────────────┘ │
│ ┌──────────────┐ ┌──────────────┐ ┌──────────────┐ │
│ │ Browser │ │ Git │ │ Terminal │ │
│ │ Automation │ │ Operations │ │ Service │ │
│ │(chromiumoxide)│ │(git2) │ │(xterm.js) │ │
│ └──────────────┘ └──────────────┘ └──────────────┘ │
│ ┌──────────────────────────────────────────────────┐ │
│ │ MCP & Sources Integration ← ALREADY IMPLEMENTED │ │
│ │ - botserver/src/sources/mcp.rs │ │
│ │ - botserver/src/sources/ui.rs │ │
│ │ - /api/ui/sources/* endpoints │ │
│ └──────────────────────────────────────────────────┘ │
└────────────────────────┬─────────────────────────────────────┘
│
▼
┌──────────────────────────────────────────────────────────────┐
│ GENERATED OUTPUT │
│ - PostgreSQL tables │
│ - HTML pages with HTMX │
│ - CSS styling │
│ - JavaScript │
│ - BASIC tools/schedulers │
│ - E2E tests (Playwright) │
└──────────────────────────────────────────────────────────────┘
```
---
## Part III: MCP & Sources Integration - EXISTING INFRASTRUCTURE ✅
### What Already Exists
**Backend Implementation (botserver/src/sources/):**
```
sources/
├── mod.rs # Module exports
├── mcp.rs # MCP client, connection, server types
├── ui.rs # HTML pages for /suite/sources/*
├── knowledge_base.rs # Knowledge base upload/query
└── sources_api # API endpoints
```
**API Endpoints (defined in botserver/src/core/urls.rs):**
```
/sources/*:
/suite/sources - Main sources list page
/suite/sources/mcp/add - Add MCP server form
/suite/sources/mcp/catalog - MCP server catalog
/api/ui/sources/*:
/api/ui/sources/mcp - List MCP servers
/api/ui/sources/mcp/:name - Get server details
/api/ui/sources/mcp/:name/enable - Enable server
/api/ui/sources/mcp/:name/disable - Disable server
/api/ui/sources/mcp/:name/tools - List server tools
/api/ui/sources/mcp/:name/test - Test server connection
/api/ui/sources/mcp/scan - Scan for MCP servers
/api/ui/sources/mcp-servers - Get server catalog
/api/ui/sources/kb/upload - Upload to knowledge base
/api/ui/sources/kb/list - List knowledge base docs
/api/ui/sources/kb/query - Query knowledge base
/api/ui/sources/repositories - List repositories
/api/ui/sources/apps - List connected apps
```
**Vibe UI Integration (botui/ui/suite/):**
```
botui/ui/suite/
├── partials/
│ └── vibe.html # Main Vibe Builder UI
│ # - Agent sidebar (Mantis #1-4)
│ # - Canvas area with task nodes
│ # - Chat overlay
│ # - Preview panel
├── vibe/
│ └── agents-sidebar.css # Styles for agent sidebar
├── js/
│ └── chat-agent-mode.js # Agent-mode JavaScript
└── css/
└── chat-agent-mode.css # Agent-mode styles
```
### Integration Task: Add MCP Panel to Vibe UI
**Goal:** Add a "Sources" panel to Vibe that shows connected MCP servers and allows management.
**Action Items:**
1. **Create MCP Panel Component:**
- File: `botui/ui/suite/partials/vibe-mcp-panel.html`
- Features:
- List connected MCP servers
- Show server status (active/inactive)
- Display available tools per server
- Quick enable/disable toggles
- "Add Server" button (opens `/suite/sources/mcp/add`)
2. **Add JavaScript:**
- File: `botui/ui/suite/js/vibe-mcp.js`
- Fetch servers from `/api/ui/sources/mcp`
- Handle enable/disable actions
- Update server status in real-time
- Display tool risk levels
3. **Add Styles:**
- File: `botui/ui/suite/vibe/mcp-panel.css`
- Match existing agents-sidebar.css aesthetic
- Server cards with status indicators
- Tool badges with risk levels
4. **Integrate into Vibe:**
- Add "Sources" tab to Vibe sidebar
- Load MCP panel when tab clicked
- Show server count badge
**Estimated Effort:** 6-8 hours
---
## Part IV: Implementation Phases (UPDATED WITH MCP INTEGRATION)
### Phase 0: Security & Stability ⚠️ - IMMEDIATE (Week 0)
**Priority: CRITICAL - Must complete before any feature work**
**Tasks:**
1. [ ] Fix all unsafe `unwrap()` calls
2. [ ] Address dependency vulnerabilities
3. [ ] Verify CSRF & security headers coverage
**Estimated Effort:** 9-14 hours
**Success Criteria:**
- ✅ Zero `unwrap()` in production code
- ✅ `cargo audit` passes cleanly
- ✅ All state-changing endpoints use CSRF tokens
- ✅ All responses include security headers
---
### Phase 0.5: MCP Integration in Vibe (Week 0.5)
**Priority: HIGH - Leverage existing infrastructure**
**Tasks:**
1. [ ] Create MCP panel component
2. [ ] Add JavaScript for server management
3. [ ] Style panel to match Vibe aesthetic
4. [ ] Integrate into Vibe sidebar
**Estimated Effort:** 6-8 hours
**Success Criteria:**
- ✅ MCP servers visible in Vibe UI
- ✅ Can enable/disable servers
- ✅ Can see available tools
- ✅ Can add new servers
---
### Phase 1: Code Editor Integration (P0 - Critical)
**Goal:** Replace textarea with professional code editor
**Tasks:**
1. **Download Monaco Editor**
```bash
cd botui
npm install monaco-editor@0.45.0
cp -r node_modules/monaco-editor min/vs ui/suite/js/vendor/
```
2. **Create Editor Component**
- `botui/ui/suite/partials/editor.html`
- Monaco container with tab bar
- File tree sidebar
- Save/Publish buttons
3. **Editor JavaScript**
- `botui/ui/suite/js/editor.js`
- Monaco initialization
- Language detection (.html, .css, .js, .bas, .json)
- Tab management (open, close, switch)
- Auto-save with WebSocket sync
4. **API Endpoints**
- `botserver/src/api/editor.rs`
- GET `/api/editor/file/{path}` - Read file
- POST `/api/editor/file/{path}` - Save file
- GET `/api/editor/files` - List files
5. **Integration**
- Update `chat-agent-mode.html` - replace textarea with Monaco
- Update `vibe.html` - add editor panel
- Add keyboard shortcuts (Ctrl+S, Ctrl+P, Ctrl+Shift+F)
**Success Criteria:**
- Monaco loads in < 2 seconds
- Syntax highlighting for 5+ languages
- Multi-file tabs work
- Auto-save completes successfully
**Estimated Effort:** 8-12 hours
---
### Phase 2: Database UI & Schema Visualization (P0 - Critical)
**Goal:** Visual database management and query builder
**Tasks:**
1. **Schema Visualizer Component**
- `botui/ui/suite/partials/database.html`
- Canvas-based ER diagram
- Table cards with fields
- Relationship lines (foreign keys)
- Zoom/pan controls
2. **Database JavaScript**
- `botui/ui/suite/js/database.js`
- Fetch schema: `/api/database/schema`
- Render tables using Canvas API
- Click table → show field details
- Drag to rearrange
3. **Query Builder UI**
- Visual SELECT builder
- Table selection dropdown
- Join interface
- Filter conditions
- SQL preview pane
4. **Data Grid**
- Sortable columns
- Inline editing
- Pagination
- Export (CSV/JSON)
5. **Backend API**
- `botserver/src/api/database.rs`
- GET `/api/database/schema` - Tables, fields, relationships
- GET `/api/database/table/{name}/data` - Paginated data
- POST `/api/database/query` - Execute SQL
- POST `/api/database/table/{name}/row` - Insert/update
- DELETE `/api/database/table/{name}/row/{id}` - Delete
**Success Criteria:**
- ER diagram shows all tables
- Query builder generates valid SQL
- Data grid supports inline edits
- Export works correctly
**Estimated Effort:** 16-20 hours
---
### Phase 3: Git Operations UI (P1 - High Priority)
**Goal:** Version control interface in Vibe
**Tasks:**
1. **Git Status Panel**
- `botui/ui/suite/partials/git-status.html`
- File list with status icons
- Stage/unstage checkboxes
- "Commit" button
2. **Diff Viewer**
- `botui/ui/suite/partials/git-diff.html`
- Side-by-side comparison
- Line highlighting (green/red)
- Syntax highlighting
3. **Commit Interface**
- Message input
- "Commit & Push" button
- Progress indicator
4. **Branch Manager**
- Branch dropdown
- "New Branch" dialog
- Switch/delete actions
5. **Commit Timeline**
- Vertical timeline
- Author, date, message
- Click → view diff
6. **Backend API**
- `botserver/src/api/git.rs`
- GET `/api/git/status` - Git status
- GET `/api/git/diff/{file}` - File diff
- POST `/api/git/commit` - Create commit
- POST `/api/git/push` - Push to remote
- GET `/api/git/branches` - List branches
- POST `/api/git/branch/{name}` - Create/switch
- GET `/api/git/log` - Commit history
**Success Criteria:**
- Git status displays correctly
- Diff viewer shows side-by-side
- Commit workflow works end-to-end
- Branch switching succeeds
**Estimated Effort:** 12-16 hours
---
### Phase 4: Browser Automation Engine (P1 - High Priority)
**Goal:** Pure Rust browser automation for testing & recording
**Why Rust + Chromiumoxide:**
- ✅ Already in workspace: `chromiumoxide = "0.7"`
- ✅ No Node.js dependency
- ✅ Feature flag exists: `browser` in botserver/Cargo.toml
- ✅ Reference implementation: bottest/src/web/browser.rs (1000+ lines)
**Tasks:**
1. **Core Browser Module**
- `botserver/src/browser/mod.rs`
- `BrowserSession` - Manage browser instance
- `BrowserManager` - Session lifecycle
- Methods: `navigate()`, `click()`, `fill()`, `screenshot()`, `execute()`
2. **Action Recorder**
- `botserver/src/browser/recorder.rs`
- `RecordedAction` - Navigate, Click, Fill, Wait, Assert
- `ActionRecorder` - Record/stop/export
- Export as Playwright test
3. **Test Validator**
- `botserver/src/browser/validator.rs`
- Check for flaky selectors
- Validate wait conditions
- Suggest improvements via Designer AI
4. **Browser API**
- `botserver/src/browser/api.rs`
- POST `/api/browser/session` - Create session
- POST `/api/browser/session/:id/execute` - Run action
- GET `/api/browser/session/:id/screenshot` - Capture
- POST `/api/browser/session/:id/record/start` - Start recording
- POST `/api/browser/session/:id/record/stop` - Stop & get actions
- GET `/api/browser/session/:id/record/export` - Export test
5. **Vibe UI - Browser Panel**
- `botui/ui/suite/partials/browser-controls.html`
- URL bar with navigation buttons
- Record/Stop/Export buttons
- Actions timeline
- Browser preview iframe
- Screenshot gallery
- `botui/ui/suite/js/browser.js`
- Session management
- Action recording
- Test export
- `botui/ui/suite/css/browser.css`
- Browser panel styling
- Recording indicator animation
- Actions timeline
- Screenshot gallery grid
6. **Integration with Vibe**
- Add "Browser Automation" button to Vibe toolbar
- Load browser-controls.html in panel
- Element picker for selector capture
- Screenshot capture & gallery
**Success Criteria:**
- Can navigate to any URL
- Element picker captures selectors
- Recording generates valid Playwright tests
- Screenshots capture correctly
**Estimated Effort:** 20-24 hours
---
### Phase 5: Multi-File Editing Workspace (P2 - Medium Priority)
**Goal:** Professional multi-file editing
**Tasks:**
1. **Tab Management**
- File tabs with close buttons
- Active tab highlighting
- Tab overflow scrolling
- Drag to reorder
2. **Split-Pane Layout**
- Split horizontal/vertical buttons
- Resize handles
- 2x2 grid max
3. **File Comparison**
- Side-by-side diff
- Line-by-line navigation
- Copy changes (L→R)
4. **File Tree Sidebar**
- Nested folders
- File type icons
- Expand/collapse
- Double-click to open
5. **Quick Open**
- Ctrl+P → Search files
- Fuzzy matching
- Arrow navigation
6. **Project Search**
- Ctrl+Shift+F → Search all files
- Results with line numbers
- Click to open file
**Success Criteria:**
- 10+ files open in tabs
- Split view works (2-4 panes)
- File comparison displays diffs
- Quick open searches files
**Estimated Effort:** 12-16 hours
---
### Phase 6: Enhanced Terminal (P2 - Medium Priority)
**Goal:** Interactive shell in Vibe
**Tasks:**
1. **Terminal Container**
- xterm.js integration (already vendor file)
- Multiple terminal tabs
- Fit addon for auto-resize
2. **WebSocket Terminal**
- Bi-directional WebSocket: `/ws/terminal/{session_id}`
- Protocol: `{"type": "input", "data": "command\n"}`
- Handle ANSI escape codes
3. **Command History**
- Up/Down arrows
- Ctrl+R search
- Persist in localStorage
4. **Command Completion**
- Tab completion
- File path completion
- Command flags
5. **Backend Terminal Server**
- Spawn PTY per session
- WebSocket handler
- Clean up on disconnect
6. **File Transfer**
- Drag file to upload
- `upload` / `download` commands
- Progress bars
**Success Criteria:**
- Can type commands & see output
- Arrow keys navigate history
- Can run vim, top, etc.
- Multiple terminals work
**Estimated Effort:** 10-14 hours
---
### Phase 7: Advanced CRM Templates (P2 - Medium Priority)
**Goal:** Pre-built CRM accelerators
**Tasks:**
1. **Template System**
- `botserver/src/templates/crm/`
- Template JSON definitions
- Prompt templates
- Field libraries
2. **CRM Templates**
- **Sales CRM**
- Tables: contacts, leads, opportunities, accounts, activities
- Pages: dashboard, pipeline, contacts list
- Tools: lead_scoring, email_automation
- Schedulers: daily_summary, weekly_review
- **Real Estate CRM**
- Tables: properties, clients, showings, offers
- Pages: property gallery, client portal
- Tools: mls_sync, showing_scheduler
- Schedulers: showing_reminders, market_update
- **Healthcare CRM**
- Tables: patients, appointments, treatments, insurance
- Pages: patient portal, appointment scheduler
- Tools: insurance_verification, appointment_reminders
- Schedulers: daily_appointments, insurance_alerts
3. **Template Gallery UI**
- `botui/ui/suite/partials/template-gallery.html`
- Template cards with descriptions
- Preview screenshots
- "Use Template" button
4. **Template Generator**
- Load template JSON
- Customize with user details
- Generate all files
- Deploy to /apps/{name}
**Success Criteria:**
- Can select template from gallery
- Template generates full CRM
- Customization works
- Generated CRM is functional
**Estimated Effort:** 20-24 hours
---
## Part V: Technical Implementation Notes
### Code Quality Standards (per AGENTS.md)
**MUST Follow:**
1. ✅ **Error Handling** - NO panics, use `?` operator
2. ✅ **Safe Commands** - Use `SafeCommand` wrapper
3. ✅ **Error Sanitization** - Use `ErrorSanitizer`
4. ✅ **SQL Safety** - Use `sql_guard`
5. ✅ **Rate Limiting** - Per-IP and per-User limits
6. ✅ **CSRF Protection** - CSRF tokens on state-changing endpoints
7. ✅ **Security Headers** - CSP, HSTS, X-Frame-Options, etc.
8. ✅ **No CDNs** - All assets local
9. ✅ **File Size** - Max 450 lines per file
10. ✅ **Clippy Clean** - 0 warnings, no `#[allow()]`
### File Organization
**Botui (Frontend):**
```
botui/ui/suite/
partials/
editor.html
database.html
git-status.html
git-diff.html
browser-controls.html
terminal.html
template-gallery.html
vibe-mcp-panel.html # NEW - MCP integration
js/
editor.js
database.js
git.js
browser.js
terminal.js
templates.js
vibe-mcp.js # NEW - MCP integration
css/
editor.css
database.css
git.css
browser.css
terminal.css
templates.css
vibe/
mcp-panel.css # NEW - MCP integration
```
**Botserver (Backend):**
```
botserver/src/
api/
editor.rs
database.rs
git.rs
browser/
mod.rs # BrowserSession, BrowserManager
recorder.rs # ActionRecorder
validator.rs # TestValidator
api.rs # HTTP endpoints
test_generator.rs
templates/
crm/
sales.json
real_estate.json
healthcare.json
mod.rs
sources/ # ALREADY EXISTS
mod.rs
mcp.rs
ui.rs
knowledge_base.rs
```
### Dependencies
**Already in Workspace:**
```toml
chromiumoxide = "0.7" # Browser automation
tokio = "1.41" # Async runtime
axum = "0.7" # HTTP framework
diesel = "2.1" # Database
git2 = "0.18" # Git operations (add if needed)
```
**Frontend (download & serve locally):**
```
monaco-editor@0.45.0 # Code editor
xterm.js@5.3.0 # Terminal (already vendor file)
```
---
## Part VI: Testing Strategy
### Unit Tests
- All new modules need unit tests
- Test coverage > 80%
- Location: `botserver/src/<module>/tests.rs`
### Integration Tests
- End-to-end workflows
- Location: `bottest/tests/integration/`
### E2E Tests
- Use chromiumoxide (bottest infrastructure)
- Location: `bottest/tests/e2e/`
- Test scenarios:
- Generate CRM from template
- Edit in Monaco editor
- View database schema
- Create git commit
- Record browser test
---
## Part VII: Rollout Plan (UPDATED)
### Milestone 0: Security & MCP (Week 0)
- **Day 1-2:** Fix all unsafe `unwrap()` calls
- **Day 3:** Address dependency vulnerabilities
- **Day 4:** Verify CSRF & security headers
- **Day 5:** Integrate MCP panel into Vibe UI
### Milestone 1: Core Editor (Week 1)
- Phase 1 complete (Monaco integration)
### Milestone 2: Database & Git (Week 2)
- Phase 2 complete (Database UI)
- Phase 3 complete (Git Operations)
### Milestone 3: Browser & Workspace (Week 3)
- Phase 4 complete (Browser Automation)
- Phase 5 complete (Multi-File Editing)
### Milestone 4: Terminal & Templates (Week 4)
- Phase 6 complete (Enhanced Terminal)
- Phase 7 complete (CRM Templates)
---
## Part VIII: Success Metrics
### Security Milestones
- ✅ Zero `unwrap()` in production code
- ✅ `cargo audit` passes
- ✅ All endpoints have CSRF + security headers
### Phase 0.5: MCP Integration
- ✅ MCP panel visible in Vibe sidebar
- ✅ Can enable/disable servers
- ✅ Can view available tools
- ✅ Can add new servers
### Phase 1: Code Editor
- Monaco loads < 2 seconds
- 5+ syntax highlighters work
- Multi-file tabs functional
- Auto-save succeeds
### Phase 2: Database UI
- Schema visualizer displays all tables
- Query builder generates valid SQL
- Data grid supports inline edits
- Export functionality works
### Phase 3: Git Operations
- Git status shows changed files
- Diff viewer shows side-by-side
- Commit workflow works
- Branch switching succeeds
### Phase 4: Browser Automation
- Can navigate to any URL
- Element picker captures selectors
- Recording generates valid tests
- Screenshots capture correctly
### Phase 5: Multi-File Workspace
- 10+ files open in tabs
- Split view supports 2-4 panes
- File comparison works
- Project search is fast (< 1s for 100 files)
### Phase 6: Terminal
- Interactive shell works
- Can run vim, top, etc.
- Multiple terminals run simultaneously
- File transfer works
### Phase 7: CRM Templates
- 3+ CRM templates available
- Generation takes < 30 seconds
- Generated CRMs are fully functional
- Industry-specific features work
---
## Conclusion
The BotUI platform has a **powerful backend** capable of generating full applications via LLM. The main gaps are in the **frontend user experience** and **security hardening**.
**Key Insight:**
- The `botserver/src/sources/` infrastructure for MCP is **already complete**
- The Vibe UI exists and is functional
- We need to **connect** them: add an MCP panel to the Vibe sidebar
**Updated Priority Order:**
1. ⚠️ **Security fixes** (Week 0) - Unblock development risk
2. 🔌 **MCP integration** (Week 0.5) - Quick win, leverage existing code
3. 📝 **Code editor** (Week 1) - Core developer tool
4. 🗄️ **Database UI** (Week 2) - Visual data management
5. 🐙 **Git operations** (Week 2) - Version control
6. 🌐 **Browser automation** (Week 3) - Testing & recording
7. 📂 **Multi-file workspace** (Week 3) - Professional editing
8. 🖥️ **Terminal** (Week 4) - Interactive shell
9. 📇 **CRM templates** (Week 4) - Accelerators
Once these phases are complete, VibeCode will match or exceed Claude Code's capabilities while offering:
✅ **Multi-user SaaS deployment**
✅ **Visual app building** (Vibe Builder)
✅ **Enterprise-grade multi-agent orchestration**
✅ **Pure Rust backend** (no Node.js dependency)
✅ **Integrated MCP servers** (extensible tools)
✅ **Integrated browser automation** (chromiumoxide)
✅ **Professional development environment**
**Total Estimated Effort:** 113-141 hours (~3-4 weeks with 1 developer)

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package-lock.json generated
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@ -9,6 +9,8 @@
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}, },
"devDependencies": { "devDependencies": {
@ -42,6 +44,65 @@
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}
],
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@ -89,6 +279,38 @@
"node": ">=18" "node": ">=18"
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}, },
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"url": "https://github.com/sponsors/feross"
},
{
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"url": "https://www.patreon.com/feross"
},
{
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"url": "https://feross.org/support"
}
],
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"bin": {
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},
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"dev": true, "dev": true,
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2
package.json
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@ -10,6 +10,8 @@
}, },
"scripts": {}, "scripts": {},
"dependencies": { "dependencies": {
"jsonwebtoken": "^9.0.3",
"node-fetch": "^3.3.2",
"ws": "^8.19.0" "ws": "^8.19.0"
} }
} }

108
reset.sh
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@ -1 +1,109 @@
#!/bin/bash
set -e
#######################################
# General Bots Development Environment Reset Script
# Description: Cleans and restarts the development environment
# Usage: ./reset.sh
#######################################
# Color codes for output
readonly GREEN='\033[0;32m'
readonly YELLOW='\033[1;33m'
readonly BLUE='\033[0;34m'
readonly NC='\033[0m' # No Color
# Log function
log_info() {
echo -e "${BLUE}[INFO]${NC} $1"
}
log_success() {
echo -e "${GREEN}[SUCCESS]${NC} $1"
}
log_warning() {
echo -e "${YELLOW}[WARNING]${NC} $1"
}
# Trap errors and cleanup
cleanup_on_error() {
log_warning "Script encountered an error"
exit 1
}
trap cleanup_on_error ERR
log_info "Starting environment reset..."
echo ""
# Step 1: Clean up existing installations
log_info "Step 1/4: Cleaning up existing installation..."
rm -rf botserver-stack/ ./work/ .env rm -rf botserver-stack/ ./work/ .env
log_success "Cleanup complete"
echo ""
# Step 2: Build and restart services
log_info "Step 2/4: Building and restarting services..."
./restart.sh
log_success "Services restarted"
echo ""
# Step 3: Wait for bootstrap
log_info "Step 3/4: Waiting for BotServer to bootstrap (this may take a minute)..."
# Tail the log starting from now, so we only see the new run
tail -n 0 -f botserver.log | while read line; do
# Show bootstrap-related messages
if [[ "$line" == *"GENERAL BOTS - INITIAL SETUP"* ]]; then
SHOW=1
log_info "Bootstrap process started..."
fi
if [[ "$SHOW" == "1" ]]; then
echo "$line"
elif [[ "$line" == *"Checking if bootstrap is needed"* ]] || \
[[ "$line" == *"No admin user found"* ]] || \
[[ "$line" == *"Created admin user"* ]] || \
[[ "$line" == *"Created default organization"* ]] || \
[[ "$line" == *"Starting"* ]] || \
[[ "$line" == *"Installing"* ]]; then
echo "$line"
fi
# Stop tracking when bootstrap completes
if [[ "$line" == *"Bootstrap complete: admin user"* ]] || \
[[ "$line" == *"Skipping bootstrap"* ]]; then
pkill -P $$ tail || true
break
fi
done
log_success "Bootstrap complete"
echo ""
# Step 4: Final confirmation
log_info "Step 4/4: Verifying services..."
sleep 2
if pgrep -f "botserver" > /dev/null; then
log_success "BotServer is running"
else
log_warning "BotServer may not be running properly"
fi
if pgrep -f "botui" > /dev/null; then
log_success "BotUI is running"
else
log_warning "BotUI may not be running properly"
fi
echo ""
echo "=========================================="
log_success "✅ Reset complete!"
echo "=========================================="
echo ""
echo "You can now access:"
echo " - BotUI Desktop: Check the BotUI window or logs"
echo " - Logs: tail -f botserver.log botui.log"
echo ""

4
restart.sh
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@ -14,11 +14,11 @@ cargo build -p botserver
cargo build -p botui cargo build -p botui
echo "Starting botserver..." echo "Starting botserver..."
./target/debug/botserver --noconsole > botserver.log 2>&1 & RUST_LOG=trace ./target/debug/botserver --noconsole > botserver.log 2>&1 &
echo " PID: $!" echo " PID: $!"
echo "Starting botui..." echo "Starting botui..."
BOTSERVER_URL="http://localhost:9000" ./target/debug/botui > botui.log 2>&1 & BOTSERVER_URL="http://localhost:8080" ./target/debug/botui > botui.log 2>&1 &
echo " PID: $!" echo " PID: $!"
echo "Done. Logs: tail -f botserver.log botui.log" echo "Done. Logs: tail -f botserver.log botui.log"

740
sec.md Normal file
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@ -0,0 +1,740 @@
# VibeCode Complete Implementation Roadmap
## Executive Summary
**Current Status:** BotUI's backend is **80% complete** with powerful LLM-driven code generation. The frontend needs professional tools to match Claude Code's capabilities.
**What Works (Backend):**
- ✅ LLM-powered app generation (AppGenerator: 3400+ lines)
- ✅ Multi-agent pipeline (Orchestrator: Plan → Build → Review → Deploy → Monitor)
- ✅ Real-time WebSocket progress
- ✅ Database schema generation
- ✅ File generation (HTML, CSS, JS, BAS)
- ✅ Designer AI (runtime modifications with undo/redo)
- ✅ chromiumoxide dependency ready for browser automation
**What's Missing (Frontend):**
- ❌ Monaco/CodeMirror editor (just textarea now)
- ❌ Database UI (no schema visualizer)
- ❌ Git operations UI
- ❌ Browser automation engine (using Rust + chromiumoxide)
- ❌ Multi-file editing workspace
- ❌ Enhanced terminal
---
## Architecture
```
┌─────────────────────────────────────────────────────────────┐
│ USER REQUEST │
│ "I want a full CRM system" │
└────────────────────────┬────────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────────────┐
│ VIBE BUILDER UI │
│ - Agent cards (Mantis #1-4) │
│ - Task nodes visualization │
│ - WebSocket real-time updates │
│ - Live chat overlay │
│ - Code editor (Monaco) ← Phase 1 │
│ - Browser automation panel ← Phase 4 │
│ - Database schema visualizer ← Phase 2 │
│ - Git operations UI ← Phase 3 │
└────────────────────────┬────────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────────────┐
│ BOTSERVER (Rust Backend) │
│ ┌────────────┐ ┌────────────┐ ┌────────────┐ │
│ │ Orchestrator│ │AppGenerator│ │Designer AI │ │
│ │ (5 agents) │ │(LLM-driven)│ │(modifications)│ │
│ └────────────┘ └────────────┘ └────────────┘ │
│ ┌────────────┐ ┌────────────┐ ┌────────────┐ │
│ │ Browser │ │ Git │ │ Terminal │ │
│ │ Automation │ │ Operations │ │ Service │ │
│ │(chromiumoxide)│ │(git2) │ │(xterm.js) │ │
│ └────────────┘ └────────────┘ └────────────┘ │
└────────────────────────┬────────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────────────┐
│ GENERATED OUTPUT │
│ - PostgreSQL tables │
│ - HTML pages with HTMX │
│ - CSS styling │
│ - JavaScript │
│ - BASIC tools/schedulers │
│ - E2E tests (Playwright) │
└─────────────────────────────────────────────────────────────┘
```
---
## Implementation Phases
### Phase 1: Code Editor Integration (P0 - Critical)
**Goal:** Replace textarea with professional code editor
**Tasks:**
1. **Download Monaco Editor**
```bash
cd botui
npm install monaco-editor@0.45.0
cp -r node_modules/monaco-editor min/vs ui/suite/js/vendor/
```
2. **Create Editor Component**
- `botui/ui/suite/partials/editor.html`
- Monaco container with tab bar
- File tree sidebar
- Save/Publish buttons
3. **Editor JavaScript**
- `botui/ui/suite/js/editor.js`
- Monaco initialization
- Language detection (.html, .css, .js, .bas, .json)
- Tab management (open, close, switch)
- Auto-save with WebSocket sync
4. **API Endpoints**
- `botserver/src/api/editor.rs`
- GET `/api/editor/file/{path}` - Read file
- POST `/api/editor/file/{path}` - Save file
- GET `/api/editor/files` - List files
5. **Integration**
- Update `chat-agent-mode.html` - replace textarea with Monaco
- Update `vibe.html` - add editor panel
- Add keyboard shortcuts (Ctrl+S, Ctrl+P, Ctrl+Shift+F)
**Success Criteria:**
- Monaco loads in < 2 seconds
- Syntax highlighting for 5+ languages
- Multi-file tabs work
- Auto-save completes successfully
**Estimated Effort:** 8-12 hours
---
### Phase 2: Database UI & Schema Visualization (P0 - Critical)
**Goal:** Visual database management and query builder
**Tasks:**
1. **Schema Visualizer Component**
- `botui/ui/suite/partials/database.html`
- Canvas-based ER diagram
- Table cards with fields
- Relationship lines (foreign keys)
- Zoom/pan controls
2. **Database JavaScript**
- `botui/ui/suite/js/database.js`
- Fetch schema: `/api/database/schema`
- Render tables using Canvas API
- Click table → show field details
- Drag to rearrange
3. **Query Builder UI**
- Visual SELECT builder
- Table selection dropdown
- Join interface
- Filter conditions
- SQL preview pane
4. **Data Grid**
- Sortable columns
- Inline editing
- Pagination
- Export (CSV/JSON)
5. **Backend API**
- `botserver/src/api/database.rs`
- GET `/api/database/schema` - Tables, fields, relationships
- GET `/api/database/table/{name}/data` - Paginated data
- POST `/api/database/query` - Execute SQL
- POST `/api/database/table/{name}/row` - Insert/update
- DELETE `/api/database/table/{name}/row/{id}` - Delete
**Success Criteria:**
- ER diagram shows all tables
- Query builder generates valid SQL
- Data grid supports inline edits
- Export works correctly
**Estimated Effort:** 16-20 hours
---
### Phase 3: Git Operations UI (P1 - High Priority)
**Goal:** Version control interface in Vibe
**Tasks:**
1. **Git Status Panel**
- `botui/ui/suite/partials/git-status.html`
- File list with status icons
- Stage/unstage checkboxes
- "Commit" button
2. **Diff Viewer**
- `botui/ui/suite/partials/git-diff.html`
- Side-by-side comparison
- Line highlighting (green/red)
- Syntax highlighting
3. **Commit Interface**
- Message input
- "Commit & Push" button
- Progress indicator
4. **Branch Manager**
- Branch dropdown
- "New Branch" dialog
- Switch/delete actions
5. **Commit Timeline**
- Vertical timeline
- Author, date, message
- Click → view diff
6. **Backend API**
- `botserver/src/api/git.rs`
- GET `/api/git/status` - Git status
- GET `/api/git/diff/{file}` - File diff
- POST `/api/git/commit` - Create commit
- POST `/api/git/push` - Push to remote
- GET `/api/git/branches` - List branches
- POST `/api/git/branch/{name}` - Create/switch
- GET `/api/git/log` - Commit history
**Success Criteria:**
- Git status displays correctly
- Diff viewer shows side-by-side
- Commit workflow works end-to-end
- Branch switching succeeds
**Estimated Effort:** 12-16 hours
---
### Phase 4: Browser Automation Engine (P1 - High Priority)
**Goal:** Pure Rust browser automation for testing & recording
**Why Rust + Chromiumoxide:**
- ✅ Already in workspace: `chromiumoxide = "0.7"`
- ✅ No Node.js dependency
- ✅ Feature flag exists: `browser` in botserver/Cargo.toml
- ✅ Reference implementation: bottest/src/web/browser.rs (1000+ lines)
**Tasks:**
1. **Core Browser Module**
- `botserver/src/browser/mod.rs`
- `BrowserSession` - Manage browser instance
- `BrowserManager` - Session lifecycle
- Methods: `navigate()`, `click()`, `fill()`, `screenshot()`, `execute()`
```rust
pub struct BrowserSession {
id: String,
browser: Arc<chromiumoxide::Browser>,
page: Arc<Mutex<chromiumoxide::Page>>,
created_at: DateTime<Utc>,
}
impl BrowserSession {
pub async fn new(headless: bool) -> Result<Self>;
pub async fn navigate(&self, url: &str) -> Result<()>;
pub async fn click(&self, selector: &str) -> Result<()>;
pub async fn fill(&self, selector: &str, text: &str) -> Result<()>;
pub async fn screenshot(&self) -> Result<Vec<u8>>;
pub async fn execute(&self, script: &str) -> Result<Value>;
}
```
2. **Action Recorder**
- `botserver/src/browser/recorder.rs`
- `RecordedAction` - Navigate, Click, Fill, Wait, Assert
- `ActionRecorder` - Record/stop/export
- Export as Playwright test
```rust
#[derive(Serialize, Deserialize)]
pub struct RecordedAction {
pub timestamp: i64,
pub action_type: ActionType,
pub selector: Option<String>,
pub value: Option<String>,
}
impl ActionRecorder {
pub fn start(&mut self);
pub fn stop(&mut self) -> Vec<RecordedAction>;
pub fn export_test_script(&self) -> String;
}
```
3. **Test Validator**
- `botserver/src/browser/validator.rs`
- Check for flaky selectors
- Validate wait conditions
- Suggest improvements via Designer AI
4. **Browser API**
- `botserver/src/browser/api.rs`
- POST `/api/browser/session` - Create session
- POST `/api/browser/session/:id/execute` - Run action
- GET `/api/browser/session/:id/screenshot` - Capture
- POST `/api/browser/session/:id/record/start` - Start recording
- POST `/api/browser/session/:id/record/stop` - Stop & get actions
- GET `/api/browser/session/:id/record/export` - Export test
5. **Vibe UI - Browser Panel**
- `botui/ui/suite/partials/browser-controls.html`
- URL bar with navigation buttons
- Record/Stop/Export buttons
- Actions timeline
- Browser preview iframe
- Screenshot gallery
- `botui/ui/suite/js/browser.js`
```javascript
let currentSessionId = null;
let isRecording = false;
let recordedActions = [];
async function initBrowser() {
const resp = await fetch('/api/browser/session', {
method: 'POST',
body: JSON.stringify({ headless: false })
});
currentSessionId = (await resp.json()).id;
}
async function browserNavigate(url) {
if (isRecording) {
recordedActions.push({
type: 'navigate',
value: url,
timestamp: Date.now()
});
}
await executeAction('navigate', { url });
}
async function browserClick(selector) {
if (isRecording) {
recordedActions.push({
type: 'click',
selector: selector,
timestamp: Date.now()
});
}
await executeAction('click', { selector });
}
async function exportTest() {
const resp = await fetch(`/api/browser/session/${currentSessionId}/record/export`);
const data = await resp.json();
// Download test file
const blob = new Blob([data.script], { type: 'text/javascript' });
const a = document.createElement('a');
a.href = URL.createObjectURL(blob);
a.download = `test-${Date.now()}.spec.js`;
a.click();
}
```
- `botui/ui/suite/css/browser.css`
- Browser panel styling
- Recording indicator animation
- Actions timeline
- Screenshot gallery grid
6. **Integration with Vibe**
- Add "Browser Automation" button to Vibe toolbar
- Load browser-controls.html in panel
- Element picker for selector capture
- Screenshot capture & gallery
**Usage Example:**
```javascript
// In Vibe UI
openBrowserPanel();
toggleRecording(); // Start recording
browserNavigate('http://localhost:3000/my-crm');
browserClick('#create-btn');
browserFill('#name', 'Test');
browserClick('#save-btn');
toggleRecording(); // Stop recording
exportTest(); // Download test-123.spec.js
```
**Generated Test Output:**
```javascript
import { test, expect } from '@playwright/test';
test('Recorded test', async ({ page }) => {
await page.goto('http://localhost:3000/my-crm');
await page.click('#create-btn');
await page.fill('#name', 'Test');
await page.click('#save-btn');
});
```
**Success Criteria:**
- Can navigate to any URL
- Element picker captures selectors
- Recording generates valid Playwright tests
- Screenshots capture correctly
**Estimated Effort:** 20-24 hours
---
### Phase 5: Multi-File Editing Workspace (P2 - Medium Priority)
**Goal:** Professional multi-file editing
**Tasks:**
1. **Tab Management**
- File tabs with close buttons
- Active tab highlighting
- Tab overflow scrolling
- Drag to reorder
2. **Split-Pane Layout**
- Split horizontal/vertical buttons
- Resize handles
- 2x2 grid max
3. **File Comparison**
- Side-by-side diff
- Line-by-line navigation
- Copy changes (L→R)
4. **File Tree Sidebar**
- Nested folders
- File type icons
- Expand/collapse
- Double-click to open
5. **Quick Open**
- Ctrl+P → Search files
- Fuzzy matching
- Arrow navigation
6. **Project Search**
- Ctrl+Shift+F → Search all files
- Results with line numbers
- Click to open file
**Success Criteria:**
- 10+ files open in tabs
- Split view works (2-4 panes)
- File comparison displays diffs
- Quick open searches files
**Estimated Effort:** 12-16 hours
---
### Phase 6: Enhanced Terminal (P2 - Medium Priority)
**Goal:** Interactive shell in Vibe
**Tasks:**
1. **Terminal Container**
- xterm.js integration (already vendor file)
- Multiple terminal tabs
- Fit addon for auto-resize
2. **WebSocket Terminal**
- Bi-directional WebSocket: `/ws/terminal/{session_id}`
- Protocol: `{"type": "input", "data": "command\n"}`
- Handle ANSI escape codes
3. **Command History**
- Up/Down arrows
- Ctrl+R search
- Persist in localStorage
4. **Command Completion**
- Tab completion
- File path completion
- Command flags
5. **Backend Terminal Server**
- Spawn PTY per session
- WebSocket handler
- Clean up on disconnect
6. **File Transfer**
- Drag file to upload
- `upload` / `download` commands
- Progress bars
**Success Criteria:**
- Can type commands & see output
- Arrow keys navigate history
- Can run vim, top, etc.
- Multiple terminals work
**Estimated Effort:** 10-14 hours
---
### Phase 7: Advanced CRM Templates (P2 - Medium Priority)
**Goal:** Pre-built CRM accelerators
**Tasks:**
1. **Template System**
- `botserver/src/templates/crm/`
- Template JSON definitions
- Prompt templates
- Field libraries
2. **CRM Templates**
- **Sales CRM**
- Tables: contacts, leads, opportunities, accounts, activities
- Pages: dashboard, pipeline, contacts list
- Tools: lead_scoring, email_automation
- Schedulers: daily_summary, weekly_review
- **Real Estate CRM**
- Tables: properties, clients, showings, offers
- Pages: property gallery, client portal
- Tools: mls_sync, showing_scheduler
- Schedulers: showing_reminders, market_update
- **Healthcare CRM**
- Tables: patients, appointments, treatments, insurance
- Pages: patient portal, appointment scheduler
- Tools: insurance_verification, appointment_reminders
- Schedulers: daily_appointments, insurance_alerts
3. **Template Gallery UI**
- `botui/ui/suite/partials/template-gallery.html`
- Template cards with descriptions
- Preview screenshots
- "Use Template" button
4. **Template Generator**
- Load template JSON
- Customize with user details
- Generate all files
- Deploy to /apps/{name}
**Success Criteria:**
- Can select template from gallery
- Template generates full CRM
- Customization works
- Generated CRM is functional
**Estimated Effort:** 20-24 hours
---
## Technical Implementation Notes
### Code Quality Standards (per AGENTS.md)
**MUST Follow:**
1. ✅ **Error Handling** - NO panics, use `?` operator
2. ✅ **Safe Commands** - Use `SafeCommand` wrapper
3. ✅ **Error Sanitization** - Use `ErrorSanitizer`
4. ✅ **SQL Safety** - Use `sql_guard`
5. ✅ **Rate Limiting** - Per-IP and per-User limits
6. ✅ **CSRF Protection** - CSRF tokens on state-changing endpoints
7. ✅ **Security Headers** - CSP, HSTS, X-Frame-Options, etc.
8. ✅ **No CDNs** - All assets local
9. ✅ **File Size** - Max 450 lines per file
10. ✅ **Clippy Clean** - 0 warnings, no `#[allow()]`
### File Organization
**Botui (Frontend):**
```
botui/ui/suite/
partials/
editor.html
database.html
git-status.html
git-diff.html
browser-controls.html
terminal.html
template-gallery.html
js/
editor.js
database.js
git.js
browser.js
terminal.js
templates.js
css/
editor.css
database.css
git.css
browser.css
terminal.css
templates.css
```
**Botserver (Backend):**
```
botserver/src/
api/
editor.rs
database.rs
git.rs
browser/
mod.rs # BrowserSession, BrowserManager
recorder.rs # ActionRecorder
validator.rs # TestValidator
api.rs # HTTP endpoints
test_generator.rs
templates/
crm/
sales.json
real_estate.json
healthcare.json
mod.rs
```
### Dependencies
**Already in Workspace:**
```toml
chromiumoxide = "0.7" # Browser automation
tokio = "1.41" # Async runtime
axum = "0.7" # HTTP framework
diesel = "2.1" # Database
git2 = "0.18" # Git operations (add if needed)
```
**Frontend (download & serve locally):**
```
monaco-editor@0.45.0 # Code editor
xterm.js@5.3.0 # Terminal (already vendor file)
```
---
## Testing Strategy
### Unit Tests
- All new modules need unit tests
- Test coverage > 80%
- Location: `botserver/src/<module>/tests.rs`
### Integration Tests
- End-to-end workflows
- Location: `bottest/tests/integration/`
### E2E Tests
- Use chromiumoxide (bottest infrastructure)
- Location: `bottest/tests/e2e/`
- Test scenarios:
- Generate CRM from template
- Edit in Monaco editor
- View database schema
- Create git commit
- Record browser test
---
## Rollout Plan
### Milestone 1: Core Editor (Week 1)
- Phase 1 complete (Monaco integration)
### Milestone 2: Database & Git (Week 2)
- Phase 2 complete (Database UI)
- Phase 3 complete (Git Operations)
### Milestone 3: Browser & Workspace (Week 3)
- Phase 4 complete (Browser Automation)
- Phase 5 complete (Multi-File Editing)
### Milestone 4: Terminal & Templates (Week 4)
- Phase 6 complete (Enhanced Terminal)
- Phase 7 complete (CRM Templates)
---
## Success Metrics
### Phase 1: Code Editor
- Monaco loads < 2 seconds
- 5+ syntax highlighters work
- Multi-file tabs functional
- Auto-save succeeds
### Phase 2: Database UI
- Schema visualizer displays all tables
- Query builder generates valid SQL
- Data grid supports inline edits
- Export functionality works
### Phase 3: Git Operations
- Git status shows changed files
- Diff viewer shows side-by-side
- Commit workflow works
- Branch switching succeeds
### Phase 4: Browser Automation
- Can navigate to any URL
- Element picker captures selectors
- Recording generates valid tests
- Screenshots capture correctly
### Phase 5: Multi-File Workspace
- 10+ files open in tabs
- Split view supports 2-4 panes
- File comparison works
- Project search is fast (< 1s for 100 files)
### Phase 6: Terminal
- Interactive shell works
- Can run vim, top, etc.
- Multiple terminals run simultaneously
- File transfer works
### Phase 7: CRM Templates
- 3+ CRM templates available
- Generation takes < 30 seconds
- Generated CRMs are fully functional
- Industry-specific features work
---
## Conclusion
The BotUI platform already has a **powerful backend** capable of generating full applications via LLM. The main gaps are in the **frontend user experience**.
Once these 7 phases are complete, VibeCode will match or exceed Claude Code's capabilities while offering:
✅ **Multi-user SaaS deployment**
✅ **Visual app building** (Vibe Builder)
✅ **Enterprise-grade multi-agent orchestration**
✅ **Pure Rust backend** (no Node.js dependency)
✅ **Integrated browser automation** (chromiumoxide)
✅ **Professional development environment**
The biggest advantage: VibeCode can already **generate working CRMs** via the LLM pipeline. These phases add the **professional UI tools** to make it a complete development environment.
**Total Estimated Effort:** 98-126 hours (~3-4 weeks with 1 developer)

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resolved "https://registry.npmjs.org/node-domexception/-/node-domexception-1.0.0.tgz"
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resolved "https://registry.npmjs.org/node-fetch/-/node-fetch-3.3.2.tgz"
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dependencies:
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fetch-blob "^3.1.4"
formdata-polyfill "^4.0.10"
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resolved "https://registry.npmjs.org/playwright-core/-/playwright-core-1.58.2.tgz" resolved "https://registry.npmjs.org/playwright-core/-/playwright-core-1.58.2.tgz"
@ -30,11 +149,26 @@ playwright@1.58.2:
optionalDependencies: optionalDependencies:
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