Add task specifications for Phase 5 advanced input features

- 015-keyboard-shortcuts.md (completed)
- 020-command-palette.md (completed)
- 021-file-attachments.md (next: @mentions, drag-drop, chips)
- 022-long-paste-handling.md (summarize long pastes)
- 023-symbol-attachments.md (LSP integration)
- 024-agent-attachments.md (agent context)
- 025-image-clipboard-support.md (image handling)
This commit is contained in:
Shantur Rathore
2025-10-23 21:40:19 +01:00
parent 40cb17d0eb
commit b06b8104a5
7 changed files with 1234 additions and 0 deletions

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# Task 015: Keyboard Shortcuts
## Goal
Implement comprehensive keyboard shortcuts for efficient keyboard-first navigation, inspired by the TUI's keyboard system but adapted for desktop multi-instance/multi-session workflow.
## Prerequisites
- ✅ 001-013 completed
- ✅ All core UI components built
- ✅ Message stream, prompt input, tabs working
## Decisions Made
1. **Tab Navigation**: Use `Cmd/Ctrl+[/]` for instances, `Cmd/Ctrl+Shift+[/]` for sessions
2. **Clear Input**: Use `Cmd/Ctrl+K` (common in Slack, Discord, VS Code)
3. **Escape Behavior**: Context-dependent (blur when idle, interrupt when busy)
4. **Message History**: Per-instance, stored in IndexedDB (embedded local database)
5. **Agent Cycling**: Include Tab/Shift+Tab for agent cycling, add model selector focus shortcut
6. **Leader Key**: Skip it - use standard Cmd/Ctrl patterns
7. **Platform**: Cmd on macOS, Ctrl elsewhere (standard cross-platform pattern)
8. **View Controls**: Not needed for MVP
9. **Help Dialog**: Not needed - inline hints instead
## Key Principles
### Smart Inline Hints
Instead of a help dialog, show shortcuts contextually:
- Display hints next to actions they affect
- Keep hints subtle (small text, muted color)
- Use platform-specific symbols (⌘ on Mac, Ctrl elsewhere)
- Examples already in app: "Enter to send • Shift+Enter for new line"
### Modular Architecture
Build shortcuts in a centralized, configurable system:
- Single source of truth for all shortcuts
- Easy to extend for future customization
- Clear separation between shortcut definition and handler logic
- Registry pattern for discoverability
## Shortcuts to Implement
### Navigation (Tabs)
**Already Implemented:**
- [x] `Cmd/Ctrl+1-9` - Switch to instance tab by index
- [x] `Cmd/Ctrl+N` - New instance (select folder)
- [x] `Cmd/Ctrl+T` - New session in active instance
- [x] `Cmd/Ctrl+W` - Close active **parent** session (only)
**To Implement:**
- [ ] `Cmd/Ctrl+[` - Previous instance tab
- [ ] `Cmd/Ctrl+]` - Next instance tab
- [ ] `Cmd/Ctrl+Shift+[` - Previous session tab
- [ ] `Cmd/Ctrl+Shift+]` - Next session tab
- [ ] `Cmd/Ctrl+Shift+L` - Switch to Logs tab
### Input Management
**Already Implemented:**
- [x] `Enter` - Send message
- [x] `Shift+Enter` - New line
**To Implement:**
- [ ] `Cmd/Ctrl+K` - Clear input
- [ ] `Cmd/Ctrl+L` - Focus prompt input
- [ ] `Up Arrow` - Previous message in history (when at start of input)
- [ ] `Down Arrow` - Next message in history (when in history mode)
- [ ] `Escape` - Context-dependent:
- When idle: Blur input / close modals
- When busy: Interrupt session (requires confirmation)
### Agent/Model Selection
**To Implement:**
- [ ] `Tab` - Cycle to next agent (when input empty or not focused)
- [ ] `Shift+Tab` - Cycle to previous agent
- [ ] `Cmd/Ctrl+M` - Focus model selector dropdown
### Message Navigation
**To Implement:**
- [ ] `PgUp` - Scroll messages up
- [ ] `PgDown` - Scroll messages down
- [ ] `Home` - Jump to first message
- [ ] `End` - Jump to last message
## Architecture Design
### 1. Centralized Keyboard Registry
```typescript
// src/lib/keyboard-registry.ts
export interface KeyboardShortcut {
id: string
key: string
modifiers: {
ctrl?: boolean
meta?: boolean
shift?: boolean
alt?: boolean
}
handler: () => void
description: string
context?: "global" | "input" | "messages" // Where it works
condition?: () => boolean // Runtime condition check
}
class KeyboardRegistry {
private shortcuts = new Map<string, KeyboardShortcut>()
register(shortcut: KeyboardShortcut) {
this.shortcuts.set(shortcut.id, shortcut)
}
unregister(id: string) {
this.shortcuts.delete(id)
}
findMatch(event: KeyboardEvent): KeyboardShortcut | null {
for (const shortcut of this.shortcuts.values()) {
if (this.matches(event, shortcut)) {
// Check context
if (shortcut.context === "input" && !this.isInputFocused()) continue
if (shortcut.context === "messages" && this.isInputFocused()) continue
// Check runtime condition
if (shortcut.condition && !shortcut.condition()) continue
return shortcut
}
}
return null
}
private matches(event: KeyboardEvent, shortcut: KeyboardShortcut): boolean {
const keyMatch = event.key.toLowerCase() === shortcut.key.toLowerCase()
const ctrlMatch = event.ctrlKey === !!shortcut.modifiers.ctrl
const metaMatch = event.metaKey === !!shortcut.modifiers.meta
const shiftMatch = event.shiftKey === !!shortcut.modifiers.shift
const altMatch = event.altKey === !!shortcut.modifiers.alt
return keyMatch && ctrlMatch && metaMatch && shiftMatch && altMatch
}
private isInputFocused(): boolean {
const active = document.activeElement
return active?.tagName === "TEXTAREA" || active?.tagName === "INPUT" || active?.hasAttribute("contenteditable")
}
getByContext(context: string): KeyboardShortcut[] {
return Array.from(this.shortcuts.values()).filter((s) => !s.context || s.context === context)
}
}
export const keyboardRegistry = new KeyboardRegistry()
```
### 2. Cross-Platform Key Helper
```typescript
// src/lib/keyboard-utils.ts
export const isMac = () => navigator.platform.includes("Mac")
export const modKey = (event?: KeyboardEvent) => {
if (!event) return isMac() ? "metaKey" : "ctrlKey"
return isMac() ? event.metaKey : event.ctrlKey
}
export const modKeyPressed = (event: KeyboardEvent) => {
return isMac() ? event.metaKey : event.ctrlKey
}
export const formatShortcut = (shortcut: KeyboardShortcut): string => {
const parts: string[] = []
if (shortcut.modifiers.ctrl || shortcut.modifiers.meta) {
parts.push(isMac() ? "⌘" : "Ctrl")
}
if (shortcut.modifiers.shift) {
parts.push(isMac() ? "⇧" : "Shift")
}
if (shortcut.modifiers.alt) {
parts.push(isMac() ? "⌥" : "Alt")
}
parts.push(shortcut.key.toUpperCase())
return parts.join(isMac() ? "" : "+")
}
```
### 3. IndexedDB Storage Layer
```typescript
// src/lib/db.ts
const DB_NAME = "opencode-client"
const DB_VERSION = 1
const HISTORY_STORE = "message-history"
let db: IDBDatabase | null = null
async function getDB(): Promise<IDBDatabase> {
if (db) return db
return new Promise((resolve, reject) => {
const request = indexedDB.open(DB_NAME, DB_VERSION)
request.onerror = () => reject(request.error)
request.onsuccess = () => {
db = request.result
resolve(db)
}
request.onupgradeneeded = (event) => {
const db = (event.target as IDBOpenDBRequest).result
// Create object stores
if (!db.objectStoreNames.contains(HISTORY_STORE)) {
db.createObjectStore(HISTORY_STORE)
}
}
})
}
export async function saveHistory(instanceId: string, history: string[]): Promise<void> {
const database = await getDB()
return new Promise((resolve, reject) => {
const tx = database.transaction(HISTORY_STORE, "readwrite")
const store = tx.objectStore(HISTORY_STORE)
const request = store.put(history, instanceId)
request.onerror = () => reject(request.error)
request.onsuccess = () => resolve()
})
}
export async function loadHistory(instanceId: string): Promise<string[]> {
try {
const database = await getDB()
return new Promise((resolve, reject) => {
const tx = database.transaction(HISTORY_STORE, "readonly")
const store = tx.objectStore(HISTORY_STORE)
const request = store.get(instanceId)
request.onerror = () => reject(request.error)
request.onsuccess = () => resolve(request.result || [])
})
} catch (error) {
console.warn("Failed to load history from IndexedDB:", error)
return []
}
}
export async function deleteHistory(instanceId: string): Promise<void> {
const database = await getDB()
return new Promise((resolve, reject) => {
const tx = database.transaction(HISTORY_STORE, "readwrite")
const store = tx.objectStore(HISTORY_STORE)
const request = store.delete(instanceId)
request.onerror = () => reject(request.error)
request.onsuccess = () => resolve()
})
}
```
### 4. Message History Management
Per-instance storage using IndexedDB (persists across app restarts):
```typescript
// src/stores/message-history.ts
import { saveHistory, loadHistory, deleteHistory } from "../lib/db"
const MAX_HISTORY = 100
// In-memory cache
const instanceHistories = new Map<string, string[]>()
const historyLoaded = new Set<string>()
export async function addToHistory(instanceId: string, text: string): Promise<void> {
// Ensure history is loaded
await ensureHistoryLoaded(instanceId)
const history = instanceHistories.get(instanceId) || []
// Add to front (newest first)
history.unshift(text)
// Limit to MAX_HISTORY
if (history.length > MAX_HISTORY) {
history.length = MAX_HISTORY
}
// Update cache and persist
instanceHistories.set(instanceId, history)
// Persist to IndexedDB (async, don't wait)
saveHistory(instanceId, history).catch((err) => {
console.warn("Failed to persist message history:", err)
})
}
export async function getHistory(instanceId: string): Promise<string[]> {
await ensureHistoryLoaded(instanceId)
return instanceHistories.get(instanceId) || []
}
export async function clearHistory(instanceId: string): Promise<void> {
// Manually clear history (not called on instance stop)
instanceHistories.delete(instanceId)
historyLoaded.delete(instanceId)
await deleteHistory(instanceId)
}
async function ensureHistoryLoaded(instanceId: string): Promise<void> {
if (historyLoaded.has(instanceId)) {
return
}
try {
const history = await loadHistory(instanceId)
instanceHistories.set(instanceId, history)
historyLoaded.add(instanceId)
} catch (error) {
console.warn("Failed to load history:", error)
instanceHistories.set(instanceId, [])
historyLoaded.add(instanceId)
}
}
```
### 4. Inline Hint Component
```typescript
// src/components/keyboard-hint.tsx
import { Component } from 'solid-js'
import { formatShortcut, type KeyboardShortcut } from '../lib/keyboard-utils'
const KeyboardHint: Component<{
shortcuts: KeyboardShortcut[]
separator?: string
}> = (props) => {
return (
<span class="text-xs text-gray-500 dark:text-gray-400">
{props.shortcuts.map((shortcut, i) => (
<>
{i > 0 && <span class="mx-1">{props.separator || '•'}</span>}
<kbd class="font-mono">{formatShortcut(shortcut)}</kbd>
<span class="ml-1">{shortcut.description}</span>
</>
))}
</span>
)
}
export default KeyboardHint
```
## Implementation Steps
### Step 1: Create Keyboard Infrastructure
1. Create `src/lib/keyboard-registry.ts` - Central registry
2. Create `src/lib/keyboard-utils.ts` - Platform helpers
3. Create `src/lib/db.ts` - IndexedDB storage layer
4. Create `src/stores/message-history.ts` - History management
5. Create `src/components/keyboard-hint.tsx` - Inline hints component
### Step 2: Register Navigation Shortcuts
```typescript
// src/lib/shortcuts/navigation.ts
import { keyboardRegistry } from "../keyboard-registry"
import { instances, activeInstanceId, setActiveInstanceId } from "../../stores/instances"
import { getSessions, activeSessionId, setActiveSession } from "../../stores/sessions"
export function registerNavigationShortcuts() {
// Instance navigation
keyboardRegistry.register({
id: "instance-prev",
key: "[",
modifiers: { ctrl: true, meta: true },
handler: () => {
const ids = Array.from(instances().keys())
const current = ids.indexOf(activeInstanceId() || "")
const prev = current === 0 ? ids.length - 1 : current - 1
if (ids[prev]) setActiveInstanceId(ids[prev])
},
description: "previous instance",
context: "global",
})
keyboardRegistry.register({
id: "instance-next",
key: "]",
modifiers: { ctrl: true, meta: true },
handler: () => {
const ids = Array.from(instances().keys())
const current = ids.indexOf(activeInstanceId() || "")
const next = (current + 1) % ids.length
if (ids[next]) setActiveInstanceId(ids[next])
},
description: "next instance",
context: "global",
})
// Session navigation
keyboardRegistry.register({
id: "session-prev",
key: "[",
modifiers: { ctrl: true, meta: true, shift: true },
handler: () => {
const instanceId = activeInstanceId()
if (!instanceId) return
const sessions = getSessions(instanceId)
const ids = sessions.map((s) => s.id).concat(["logs"])
const current = ids.indexOf(activeSessionId().get(instanceId) || "")
const prev = current === 0 ? ids.length - 1 : current - 1
if (ids[prev]) setActiveSession(instanceId, ids[prev])
},
description: "previous session",
context: "global",
})
keyboardRegistry.register({
id: "session-next",
key: "]",
modifiers: { ctrl: true, meta: true, shift: true },
handler: () => {
const instanceId = activeInstanceId()
if (!instanceId) return
const sessions = getSessions(instanceId)
const ids = sessions.map((s) => s.id).concat(["logs"])
const current = ids.indexOf(activeSessionId().get(instanceId) || "")
const next = (current + 1) % ids.length
if (ids[next]) setActiveSession(instanceId, ids[next])
},
description: "next session",
context: "global",
})
// Logs tab
keyboardRegistry.register({
id: "switch-to-logs",
key: "l",
modifiers: { ctrl: true, meta: true, shift: true },
handler: () => {
const instanceId = activeInstanceId()
if (instanceId) setActiveSession(instanceId, "logs")
},
description: "logs tab",
context: "global",
})
}
```
### Step 3: Register Input Shortcuts
```typescript
// src/lib/shortcuts/input.ts
export function registerInputShortcuts(clearInput: () => void, focusInput: () => void) {
keyboardRegistry.register({
id: "clear-input",
key: "k",
modifiers: { ctrl: true, meta: true },
handler: clearInput,
description: "clear input",
context: "global",
})
keyboardRegistry.register({
id: "focus-input",
key: "l",
modifiers: { ctrl: true, meta: true },
handler: focusInput,
description: "focus input",
context: "global",
})
}
```
### Step 4: Update PromptInput with History Navigation
```typescript
// src/components/prompt-input.tsx
import { createSignal, onMount } from 'solid-js'
import { addToHistory, getHistory } from '../stores/message-history'
const PromptInput: Component<Props> = (props) => {
const [input, setInput] = createSignal('')
const [historyIndex, setHistoryIndex] = createSignal(-1)
const [history, setHistory] = createSignal<string[]>([])
let textareaRef: HTMLTextAreaElement | undefined
// Load history on mount
onMount(async () => {
const loaded = await getHistory(props.instanceId)
setHistory(loaded)
})
async function handleKeyDown(e: KeyboardEvent) {
const textarea = textareaRef
if (!textarea) return
const atStart = textarea.selectionStart === 0
const currentHistory = history()
// Up arrow - navigate to older message
if (e.key === 'ArrowUp' && atStart && currentHistory.length > 0) {
e.preventDefault()
const newIndex = Math.min(historyIndex() + 1, currentHistory.length - 1)
setHistoryIndex(newIndex)
setInput(currentHistory[newIndex])
}
// Down arrow - navigate to newer message
if (e.key === 'ArrowDown' && historyIndex() >= 0) {
e.preventDefault()
const newIndex = historyIndex() - 1
if (newIndex >= 0) {
setHistoryIndex(newIndex)
setInput(currentHistory[newIndex])
} else {
setHistoryIndex(-1)
setInput('')
}
}
}
async function handleSend() {
const text = input().trim()
if (!text) return
// Add to history (async, per instance)
await addToHistory(props.instanceId, text)
// Reload history for next navigation
const updated = await getHistory(props.instanceId)
setHistory(updated)
setHistoryIndex(-1)
await props.onSend(text)
setInput('')
}
return (
<div class="prompt-input">
<textarea
ref={textareaRef}
value={input()}
onInput={(e) => setInput(e.target.value)}
onKeyDown={handleKeyDown}
placeholder="Type your message..."
/>
<KeyboardHint shortcuts={[
{ description: 'to send', key: 'Enter', modifiers: {} },
{ description: 'for new line', key: 'Enter', modifiers: { shift: true } }
]} />
</div>
)
}
```
### Step 5: Agent Cycling
```typescript
// src/lib/shortcuts/agent.ts
export function registerAgentShortcuts(
cycleAgent: () => void,
cycleAgentReverse: () => void,
focusModelSelector: () => void,
) {
keyboardRegistry.register({
id: "agent-next",
key: "Tab",
modifiers: {},
handler: cycleAgent,
description: "next agent",
context: "global",
condition: () => !isInputFocused(), // Only when not typing
})
keyboardRegistry.register({
id: "agent-prev",
key: "Tab",
modifiers: { shift: true },
handler: cycleAgentReverse,
description: "previous agent",
context: "global",
condition: () => !isInputFocused(),
})
keyboardRegistry.register({
id: "focus-model",
key: "m",
modifiers: { ctrl: true, meta: true },
handler: focusModelSelector,
description: "focus model",
context: "global",
})
}
```
### Step 6: Escape Key Context Handling
```typescript
// src/lib/shortcuts/escape.ts
export function registerEscapeShortcut(
isSessionBusy: () => boolean,
interruptSession: () => void,
blurInput: () => void,
closeModal: () => void,
) {
keyboardRegistry.register({
id: "escape",
key: "Escape",
modifiers: {},
handler: () => {
// Priority 1: Close modal if open
if (hasOpenModal()) {
closeModal()
return
}
// Priority 2: Interrupt if session is busy
if (isSessionBusy()) {
interruptSession()
return
}
// Priority 3: Blur input
blurInput()
},
description: "cancel/close",
context: "global",
})
}
```
### Step 7: Setup Global Listener in App
```typescript
// src/App.tsx
import { registerNavigationShortcuts } from "./lib/shortcuts/navigation"
import { registerInputShortcuts } from "./lib/shortcuts/input"
import { registerAgentShortcuts } from "./lib/shortcuts/agent"
import { registerEscapeShortcut } from "./lib/shortcuts/escape"
import { keyboardRegistry } from "./lib/keyboard-registry"
onMount(() => {
// Register all shortcuts
registerNavigationShortcuts()
registerInputShortcuts(
() => setInput(""),
() => document.querySelector("textarea")?.focus(),
)
registerAgentShortcuts(handleCycleAgent, handleCycleAgentReverse, () =>
document.querySelector("[data-model-selector]")?.focus(),
)
registerEscapeShortcut(
() => activeInstance()?.status === "streaming",
handleInterrupt,
() => document.activeElement?.blur(),
hideModal,
)
// Global keydown handler
const handleKeyDown = (e: KeyboardEvent) => {
const shortcut = keyboardRegistry.findMatch(e)
if (shortcut) {
e.preventDefault()
shortcut.handler()
}
}
window.addEventListener("keydown", handleKeyDown)
onCleanup(() => {
window.removeEventListener("keydown", handleKeyDown)
})
})
```
### Step 8: Add Inline Hints Throughout UI
**In PromptInput:**
```tsx
<KeyboardHint
shortcuts={[getShortcut("enter-to-send"), getShortcut("shift-enter-newline"), getShortcut("cmd-k-clear")]}
/>
```
**In Instance Tabs:**
```tsx
<KeyboardHint shortcuts={[getShortcut("cmd-1-9"), getShortcut("cmd-brackets")]} />
```
**In Agent Selector:**
```tsx
<KeyboardHint shortcuts={[getShortcut("tab-cycle")]} />
```
## Where to Show Hints
1. **Prompt Input Area** (bottom)
- Enter/Shift+Enter (already shown)
- Add: Cmd+K to clear, ↑↓ for history
2. **Instance Tabs** (subtle tooltip or header)
- Cmd+1-9, Cmd+[/]
3. **Session Tabs** (same as instance)
- Cmd+Shift+[/]
4. **Agent/Model Selectors** (placeholder or label)
- Tab/Shift+Tab, Cmd+M
5. **Empty State** (when no messages)
- Common shortcuts overview
## Testing Checklist
### Navigation
- [ ] Cmd/Ctrl+[ / ] cycles instance tabs
- [ ] Cmd/Ctrl+Shift+[ / ] cycles session tabs
- [ ] Cmd/Ctrl+1-9 jumps to instance
- [ ] Cmd/Ctrl+T creates new session
- [ ] Cmd/Ctrl+W closes parent session only
- [ ] Cmd/Ctrl+Shift+L switches to logs
### Input
- [ ] Cmd/Ctrl+K clears input
- [ ] Cmd/Ctrl+L focuses input
- [ ] Up arrow loads previous message (when at start)
- [ ] Down arrow navigates forward in history
- [ ] History is per-instance
- [ ] History persists in IndexedDB across app restarts
- [ ] History limited to 100 entries (not 50)
- [ ] History loads on component mount
- [ ] History NOT cleared when instance stops
### Agent/Model
- [ ] Tab cycles agents (when not in input)
- [ ] Shift+Tab cycles agents backward
- [ ] Cmd/Ctrl+M focuses model selector
### Context Behavior
- [ ] Escape closes modals first
- [ ] Escape interrupts when busy
- [ ] Escape blurs input when idle
- [ ] Shortcuts don't fire in wrong context
### Cross-Platform
- [ ] Works with Cmd on macOS
- [ ] Works with Ctrl on Windows
- [ ] Works with Ctrl on Linux
- [ ] Hints show correct keys per platform
### Inline Hints
- [ ] Hints visible but not intrusive
- [ ] Correct platform symbols shown
- [ ] Hints appear in relevant locations
- [ ] No excessive screen space used
## Dependencies
**Requires:**
- Tasks 001-013 completed
**Blocks:**
- None (final MVP task)
## Estimated Time
4-5 hours
## Success Criteria
✅ Task complete when:
- All shortcuts implemented and working
- Message history per-instance, persisted in IndexedDB
- History stores 100 most recent prompts
- History persists across app restarts and instance stops
- Agent cycling with Tab/Shift+Tab
- Context-aware Escape behavior
- Inline hints shown throughout UI
- Cross-platform (Cmd/Ctrl) working
- Modular registry system for future customization
- Can navigate entire app efficiently with keyboard
## Notes on History Storage
**Why per-instance (folder path)?**
- User opens same project folder multiple times → same history
- More intuitive: history tied to project, not ephemeral instance
- Survives instance restarts without losing context
**Why 100 entries?**
- More generous than TUI's 50
- ~20KB per instance (100 × ~200 chars)
- Plenty for typical usage patterns
- Can increase later if needed
**Cleanup Strategy:**
- No automatic cleanup (history persists indefinitely)
- Could add manual "Clear History" option in future
- IndexedDB handles storage efficiently

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---
title: Command Palette
description: Implement VSCode-style command palette with Cmd+Shift+P
---
# Implement Command Palette
Build a VSCode-style command palette that opens as a centered modal dialog.
---
## Requirements
### Visual Design
- **Trigger**: Keyboard shortcut `Cmd+Shift+P` (Mac) or `Ctrl+Shift+P` (Windows/Linux)
- **Appearance**: Modal dialog centered on screen with backdrop overlay
- **Size**: ~600px wide, auto height with max height
- **Components**:
- Search/filter input at top
- Scrollable list of commands below
- Each command shows: name, description, keyboard shortcut (if any)
### Behavior
- Opens on `Cmd+Shift+P`
- Closes on `Escape` or clicking outside
- Search input is auto-focused when opened
- Filter commands as user types (fuzzy search preferred)
- Arrow keys navigate through filtered list
- Enter executes selected command
- Mouse click on command also executes it
- Closes automatically after command execution
---
## Commands to Include
### Essential Commands (MVP)
1. **Initialize AGENTS.md** (`/init`)
- Description: "Create or update AGENTS.md file"
- Action: Call `client.session.init()`
2. **Compact Session** (`/compact`)
- Description: "Summarize and compact the current session"
- Action: Call `client.session.summarize()`
3. **Undo Last Message** (`/undo`)
- Description: "Revert the last message"
- Action: Call `client.session.revert()`
4. **Toggle Thinking Blocks** (`/thinking`)
- Description: "Show/hide AI thinking process"
- Action: Toggle UI state (placeholder for now)
5. **Show Help** (`/help`)
- Description: "Display keyboard shortcuts and help"
- Action: Open help modal (placeholder for now)
### Navigation Commands (Trigger Existing Shortcuts)
6. **New Session**
- Description: "Create a new session"
- Shortcut: `Cmd+Shift+N`
- Action: Trigger existing `new-session` keyboard shortcut
7. **Open Model Selector**
- Description: "Choose a different model"
- Shortcut: `Cmd+P`
- Action: Focus model selector input
8. **Open Agent Selector**
- Description: "Choose a different agent"
- Action: Click agent selector to open dropdown
---
## Implementation Details
### File Structure
```
src/
components/
command-palette.tsx # Main command palette component
lib/
commands.ts # Command registry and definitions
stores/
command-palette.ts # State for showing/hiding palette
```
### Command Registry Structure
```typescript
interface Command {
id: string
label: string
description: string
keywords?: string[] // For fuzzy search
shortcut?: KeyboardShortcut
action: () => void | Promise<void>
category?: string // Group commands by category
}
```
### Integration Points
1. **Register global keyboard shortcut** in App.tsx:
```typescript
keyboardRegistry.register({
id: "command-palette",
key: "p",
modifiers: { meta: true, shift: true },
handler: () => setShowCommandPalette(true),
})
```
2. **Pass necessary props** to command palette:
- Current instance ID
- Current session ID
- SDK client reference
- Handler functions for UI actions
3. **Execute commands** based on type:
- API calls: Use SDK client
- UI actions: Call selector focus/click
- Shortcuts: Trigger registered keyboard shortcuts
---
## UI Component Details
### Layout
```
┌──────────────────────────────────────────────────────┐
│ Command Palette │
├──────────────────────────────────────────────────────┤
│ 🔍 Type a command or search... │
├──────────────────────────────────────────────────────┤
Initialize AGENTS.md │
│ Create or update AGENTS.md file │
│ │
│ Compact Session │
│ Summarize and compact the current session │
│ │
│ New Session ⌘⇧N │
│ Create a new session │
│ │
│ Open Model Selector ⌘P │
│ Choose a different model │
└──────────────────────────────────────────────────────┘
```
### Styling
- Use Kobalte Dialog for modal foundation
- Dark/light mode support matching app theme
- Highlight selected command with blue background
- Show keyboard shortcuts right-aligned in gray
- Smooth animations for open/close
### Keyboard Navigation
- `Cmd+Shift+P`: Open palette
- `Escape`: Close palette
- `ArrowUp`: Previous command
- `ArrowDown`: Next command
- `Enter`: Execute selected command
- Type to filter
---
## Acceptance Criteria
- [ ] Palette opens with `Cmd+Shift+P`
- [ ] Search input is auto-focused
- [ ] All 8 commands are listed
- [ ] Typing filters commands (case-insensitive substring match)
- [ ] Arrow keys navigate through list
- [ ] Enter executes selected command
- [ ] Click executes command
- [ ] Escape or click outside closes palette
- [ ] Palette closes after command execution
- [ ] Keyboard shortcuts display correctly (⌘⇧N, ⌘P, etc.)
- [ ] Commands execute their intended actions:
- `/init` calls API
- `/compact` calls API
- `/undo` calls API
- New Session creates a session
- Model/Agent selectors open
- [ ] Works in both light and dark mode
- [ ] Smooth open/close animations
---
## Future Enhancements (Post-MVP)
- Fuzzy search algorithm (not just substring)
- Command history (recently used commands first)
- Command categories/grouping
- Custom user-defined commands
- Command arguments/parameters
- Command aliases
- Search by keyboard shortcut
- Quick switch between sessions/instances
---
## Notes
- This replaces the slash command (`/command`) approach
- Command palette is more discoverable and flexible
- Provides a foundation for adding more commands in the future
- Similar to VSCode Cmd+Shift+P, Sublime Text Cmd+Shift+P, etc.

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---
title: File Attachments
description: Add @mentions, drag & drop, and chips for files.
---
Implement File Attachments
---
### Implement @ Mentions
When a user types `@` in the input field, display a file picker with search functionality.
Allow users to select files to attach to their prompt.
---
### Visual Attachment Chips
Display attached files as interactive chips above the input area.
Chips should include a filename and a removable "x" button.
---
### Drag and Drop Files
Enable dragging files from the operating system directly onto the input area.
Automatically create an attachment chip for dropped files.
---
### Acceptance Criteria
- Typing `@` brings up a file selection autocomplete.
- Files can be selected and appear as chips.
- Users can drag and drop files onto the input, creating chips.
- Attached files are included in the prompt submission.
- Attachment chips can be removed by clicking "x".

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---
title: Long Paste Handling
description: Summarize large pasted text into attachments.
---
Implement Long Paste Handling
---
### Detect Long Pastes
Monitor clipboard paste events for text content. Identify if the pasted text exceeds a defined length (e.g., >150 characters or >3 lines).
---
### Create Summarized Attachments
If a paste is identified as "long", prevent direct insertion into the input field. Instead, create a new text attachment containing the full content.
Display a summarized chip for the attachment, such as `[pasted #1 10+ lines]`.
---
### Acceptance Criteria
- Pasting short text directly inserts it into the input.
- Pasting long text creates a summarized attachment chip.
- The full content of the long paste is retained within the attachment for submission.
- Multiple long pastes create distinct numbered chips.

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---
title: Symbol Attachments
description: Attach code symbols with LSP integration.
---
Implement Symbol Attachments
---
### LSP Integration
Integrate with the Language Server Protocol (LSP) to get a list of symbols in the current project.
---
### @ Symbol Autocomplete
When a user types `@` followed by a symbol-like pattern, trigger an autocomplete with relevant code symbols.
Include symbols from various file types supported by LSP.
---
### Attach and Navigate Symbols
Allow users to select a symbol from the autocomplete list to attach it to the prompt.
Display attached symbols as interactive chips. Optionally, implement functionality to jump to the symbol definition in an editor.
---
### Acceptance Criteria
- Typing `@` followed by a partial symbol name displays matching symbol suggestions.
- Selecting a symbol creates an attachment chip.
- Attached symbols are correctly formatted for submission.
- (Optional) Clicking a symbol chip navigates to its definition.

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---
title: Agent Attachments
description: Allow @agent mentions for multi-agent conversations.
---
Implement Agent Attachments
---
### @ Agent Autocomplete
When a user types `@` followed by an agent name, display an autocomplete list of available agents.
Filter agent suggestions as the user types.
---
### Attach Agents
Enable users to select an agent from the autocomplete list to attach to their prompt.
Display attached agents as interactive chips.
---
### Acceptance Criteria
- Typing `@` followed by a partial agent name displays matching agent suggestions.
- Selecting an agent creates an attachment chip.
- Attached agents are included in the prompt submission.
- Agent chips can be removed.

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---
title: Image Clipboard
description: Support pasting images from the clipboard.
---
Implement Image Clipboard Support
---
### Detect Image Paste
Detect when image data is present in the system clipboard during a paste event.
Prioritize image data over text data if both are present.
---
### Create Image Attachment
Automatically create an image attachment from the pasted image data. Convert the image to a base64 encoded format for internal handling and submission.
Display the image attachment as a chip in the input area.
---
### Acceptance Criteria
- Pasting an image from the clipboard creates an image attachment chip.
- The image data is base64 encoded and associated with the attachment.
- The attachment chip has a suitable display name (e.g., `[Image #1]`).
- Users can clear the image attachment.