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126 KiB
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{"success":true,"data":{"items":[{"content":"Cross-platform development framework that enables Linux-based testing","priority":"P1","source":"requirements","rationale":"Explicitly stated - development on Linux with proper testing capability is 'very important'","phase":2,"id":"task-0","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Development and testing must be possible entirely on Linux without macOS/Xcode","priority":"P1","source":"requirements","rationale":"Explicitly stated constraint - suggests React Native or Flutter over native Swift","phase":2,"id":"task-1","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"React Native or Flutter is acceptable for cross-platform development given Linux testing requirement","priority":"P1","source":"requirements","rationale":"Native iOS development requires macOS - needs validation that cross-platform approach is acceptable","phase":2,"id":"task-2","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Comprehensive test coverage with unit and integration tests runnable on Linux","priority":"P1","source":"requirements","rationale":"Explicitly emphasized that detailed feature testing is 'very important'","phase":2,"id":"task-3","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for API client connection to Claudeman server with valid host/port","priority":"P1","source":"testing","rationale":"Core functionality - app must establish connections to remote Claudeman instances","phase":2,"id":"task-4","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for SSE event stream parsing from /api/events endpoint","priority":"P1","source":"testing","rationale":"Real-time updates are critical - Claudeman uses SSE for terminal output, session state, and agent activity","phase":2,"id":"task-5","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for session list rendering with multiple sessions in different states","priority":"P1","source":"testing","rationale":"Users need to see all sessions at a glance with clear status indicators (idle, busy, error)","phase":2,"id":"task-6","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for terminal view rendering ANSI escape sequences correctly","priority":"P1","source":"testing","rationale":"Terminal output must display colors and formatting - Claudeman streams raw PTY output with ANSI codes","phase":2,"id":"task-7","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for server configuration persistence in secure storage","priority":"P1","source":"testing","rationale":"Users configure multiple servers - credentials must persist securely between app launches","phase":2,"id":"task-8","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for full session lifecycle: create -> send input -> receive output -> delete","priority":"P1","source":"testing","rationale":"End-to-end flow validation ensures all API endpoints work together correctly","phase":2,"id":"task-9","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for real-time session state synchronization via SSE","priority":"P1","source":"testing","rationale":"Mobile app must stay in sync with server state - sessions can be modified from web UI or other clients","phase":2,"id":"task-10","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for respawn controller start/stop from mobile app","priority":"P1","source":"testing","rationale":"Respawn is a key Claudeman feature - users need to enable autonomous loops from mobile","phase":2,"id":"task-11","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for subagent window display when Claude spawns Task agents","priority":"P1","source":"testing","rationale":"Claudeman tracks spawned subagents - mobile UI should show agent hierarchy and progress","phase":2,"id":"task-12","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for handling server disconnection during active session","priority":"P1","source":"testing","rationale":"Network reliability varies on mobile - app must gracefully handle dropped connections","phase":2,"id":"task-13","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for handling large terminal buffer (2MB+) without memory issues","priority":"P1","source":"testing","rationale":"Claudeman caps terminal buffers at 2MB - mobile app must handle this without crashing","phase":2,"id":"task-14","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for switching between multiple connected servers","priority":"P1","source":"testing","rationale":"Users may have Claudeman on home server and cloud - seamless switching is expected","phase":2,"id":"task-15","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for handling 20+ simultaneous sessions as per Claudeman design","priority":"P1","source":"testing","rationale":"Claudeman is designed for 20 concurrent sessions - mobile UI must scale","phase":2,"id":"task-16","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for invalid server URL input validation","priority":"P1","source":"testing","rationale":"User input validation prevents confusing errors and improves UX","phase":2,"id":"task-17","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for API error responses (404, 500, network timeout)","priority":"P1","source":"testing","rationale":"Users need clear feedback when operations fail - not cryptic error messages","phase":2,"id":"task-18","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for authentication failure when server requires HTTPS","priority":"P1","source":"testing","rationale":"Claudeman supports HTTPS mode - app should detect and handle TLS requirements","phase":2,"id":"task-19","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for iOS accessibility compliance (VoiceOver support)","priority":"P1","source":"testing","rationale":"iOS apps must be accessible - terminal content needs proper labels for screen readers","phase":2,"id":"task-20","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for dark mode support with proper color contrast","priority":"P1","source":"testing","rationale":"iOS dark mode is expected - terminal colors must remain readable","phase":2,"id":"task-21","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for haptic feedback on key interactions","priority":"P1","source":"testing","rationale":"iOS apps provide tactile feedback - improves perceived quality","phase":2,"id":"task-22","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for Ralph loop status display and todo list rendering","priority":"P1","source":"testing","rationale":"Ralph tracker shows autonomous loop progress - key feature for monitoring long-running sessions","phase":2,"id":"task-23","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for quick-start flow creating case and session in one tap","priority":"P1","source":"testing","rationale":"Quick-start is primary onboarding path - POST /api/quick-start creates case folder and session","phase":2,"id":"task-24","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for push notification when session completes or errors","priority":"P1","source":"testing","rationale":"Mobile users may background the app - notifications for important events improve UX","phase":2,"id":"task-25","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Write test for app backgrounding and foregrounding state restoration","priority":"P1","source":"testing","rationale":"iOS aggressively kills background apps - state must restore seamlessly","phase":2,"id":"task-26","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"Testing on Linux cannot fully validate iOS-specific behaviors like gestures, keyboard interactions, and system integrations","priority":"P1","source":"risks","rationale":"Use Expo Go on physical iOS device for real testing, document iOS-specific features needing manual verification before release","phase":2,"id":"task-27","verificationCriteria":"Tests pass without errors","status":"pending","attempts":0,"version":1},{"content":"iOS mobile application for Claudeman session management","priority":"P1","source":"requirements","rationale":"Explicitly stated as the primary deliverable - iOS first approach","phase":3,"id":"task-28","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Port existing Claudeman web features to the mobile app (session management, terminal view, SSE events, respawn control)","priority":"P1","source":"requirements","rationale":"Explicitly stated to 'keep main claudeman functions' and 'add more features from web'","phase":3,"id":"task-29","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Session lifecycle management (create, attach, detach, kill sessions)","priority":"P1","source":"requirements","rationale":"Implicit - core Claudeman functionality that must be preserved","phase":3,"id":"task-30","verificationCriteria":"Code compiles, no type errors","status":"pending","attempts":0,"version":1},{"content":"Modern, sleek, polished and responsive UI following iOS Human Interface Guidelines","priority":"P1","source":"requirements","rationale":"Explicitly stated UI requirements plus 'best standards for iOS apps'","phase":3,"id":"task-31","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Future support for macOS and Windows Claudeman hosts should be architecturally planned","priority":"P1","source":"requirements","rationale":"Explicitly mentioned as future requirement - architecture should not preclude this","phase":3,"id":"task-32","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"iOS development requires Xcode which only runs on macOS, but development is on Linux","priority":"P1","source":"risks","rationale":"Use React Native or Flutter which support Linux development with iOS simulator alternatives, or use Expo Go for testing on physical iOS devices during development","phase":3,"id":"task-33","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"App Store submission requires Apple Developer account ($99/year) and macOS for final builds","priority":"P1","source":"risks","rationale":"Plan for eventual macOS access for release builds; use CI/CD services like GitHub Actions with macOS runners or services like Codemagic/Bitrise","phase":3,"id":"task-34","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Terminal rendering on small mobile screens may truncate or wrap output incorrectly","priority":"P1","source":"risks","rationale":"Implement pinch-to-zoom, landscape mode, configurable font sizes, and smart text wrapping; test with various terminal output widths","phase":3,"id":"task-35","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"High-frequency SSE updates from active Claude sessions could drain battery rapidly","priority":"P1","source":"risks","rationale":"Implement intelligent batching, reduce update frequency when app is backgrounded, use iOS background task APIs appropriately","phase":3,"id":"task-36","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Rendering multiple concurrent Claude sessions with xterm-like output could overwhelm mobile GPU/memory","priority":"P1","source":"risks","rationale":"Limit concurrent visible sessions, implement virtual scrolling, lazy-load terminal buffers, cap buffer sizes more aggressively than web version","phase":3,"id":"task-37","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"React Native or Flutter terminal emulator libraries may lack full xterm.js feature parity","priority":"P1","source":"risks","rationale":"Evaluate react-native-terminal-view or similar libraries early, may need to use WebView with xterm.js as fallback for complex rendering","phase":3,"id":"task-38","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"iOS keyboard may conflict with terminal input expectations (special keys, escape sequences, Ctrl combinations)","priority":"P1","source":"risks","rationale":"Implement custom toolbar with common terminal shortcuts, support external keyboards, provide configurable key mappings","phase":3,"id":"task-39","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Screen session attachment from mobile could conflict with existing web UI attachments to same session","priority":"P1","source":"risks","rationale":"Implement session locking or multi-viewer mode, clearly show when another client is attached, handle concurrent input gracefully","phase":3,"id":"task-40","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Connect to and manage Claude Code sessions within GNU Screen sessions on remote Linux machines","priority":"P2","source":"requirements","rationale":"Core functionality explicitly requested - must interface with existing Claudeman PTY/screen architecture","phase":4,"id":"task-41","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Support connections to both home-hosted and cloud-hosted Linux servers","priority":"P2","source":"requirements","rationale":"Explicitly stated requirement for flexible deployment scenarios","phase":4,"id":"task-42","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Real-time terminal output streaming via SSE or WebSocket connection","priority":"P2","source":"requirements","rationale":"Implicit - required to replicate xterm.js functionality from web UI on mobile","phase":4,"id":"task-43","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Secure authentication for remote server connections (SSH keys, certificates, or token-based auth)","priority":"P2","source":"requirements","rationale":"Implicit security requirement - connecting to remote machines requires secure authentication","phase":4,"id":"task-44","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Offline capability for viewing cached session state and reconnection handling","priority":"P2","source":"requirements","rationale":"Implicit - mobile apps need graceful handling of network interruptions","phase":4,"id":"task-45","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Must integrate with existing Claudeman REST API and SSE endpoints","priority":"P2","source":"requirements","rationale":"Implicit - the mobile app is a client to the existing Fastify server infrastructure","phase":4,"id":"task-46","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"SSH/connection credentials stored on mobile device could be compromised if device is lost or jailbroken","priority":"P2","source":"risks","rationale":"Use iOS Keychain for secure storage, implement biometric authentication, consider session tokens with expiry rather than storing raw credentials","phase":4,"id":"task-47","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"WebSocket/SSE connections to remote Claudeman servers expose attack surface for man-in-the-middle attacks","priority":"P2","source":"risks","rationale":"Enforce TLS/HTTPS only, implement certificate pinning, validate server certificates properly","phase":4,"id":"task-48","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Network connectivity loss during active Claude session could cause data loss or corrupted state","priority":"P2","source":"risks","rationale":"Implement robust reconnection logic with exponential backoff, queue pending inputs locally, sync state on reconnect, show clear offline indicators","phase":4,"id":"task-49","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"iOS app suspension/termination when backgrounded will disconnect active sessions","priority":"P2","source":"risks","rationale":"Use iOS background modes for network connections where appropriate, clearly communicate session state to users, implement quick reconnect on foreground","phase":4,"id":"task-50","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Connecting to arbitrary Linux/macOS/Windows hosts means trusting user-provided endpoints","priority":"P2","source":"risks","rationale":"Validate host inputs, warn users about connecting to unknown servers, implement connection timeout limits, avoid storing sensitive data from untrusted hosts","phase":4,"id":"task-51","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1},{"content":"Different Claudeman server versions across connected machines could have API incompatibilities","priority":"P2","source":"risks","rationale":"Implement version negotiation on connect, gracefully handle missing endpoints, display server version to user","phase":4,"id":"task-52","verificationCriteria":"Task completed successfully","status":"pending","attempts":0,"version":1}],"costUsd":0.016,"metadata":{"subagentResults":[{"agentType":"requirements","items":[{"category":"functional","content":"iOS mobile application for Claudeman session management","rationale":"Explicitly stated as the primary deliverable - iOS first approach"},{"category":"functional","content":"Connect to and manage Claude Code sessions within GNU Screen sessions on remote Linux machines","rationale":"Core functionality explicitly requested - must interface with existing Claudeman PTY/screen architecture"},{"category":"functional","content":"Support connections to both home-hosted and cloud-hosted Linux servers","rationale":"Explicitly stated requirement for flexible deployment scenarios"},{"category":"functional","content":"Port existing Claudeman web features to the mobile app (session management, terminal view, SSE events, respawn control)","rationale":"Explicitly stated to 'keep main claudeman functions' and 'add more features from web'"},{"category":"functional","content":"Real-time terminal output streaming via SSE or WebSocket connection","rationale":"Implicit - required to replicate xterm.js functionality from web UI on mobile"},{"category":"functional","content":"Session lifecycle management (create, attach, detach, kill sessions)","rationale":"Implicit - core Claudeman functionality that must be preserved"},{"category":"non-functional","content":"Modern, sleek, polished and responsive UI following iOS Human Interface Guidelines","rationale":"Explicitly stated UI requirements plus 'best standards for iOS apps'"},{"category":"non-functional","content":"Cross-platform development framework that enables Linux-based testing","rationale":"Explicitly stated - development on Linux with proper testing capability is 'very important'"},{"category":"non-functional","content":"Secure authentication for remote server connections (SSH keys, certificates, or token-based auth)","rationale":"Implicit security requirement - connecting to remote machines requires secure authentication"},{"category":"non-functional","content":"Offline capability for viewing cached session state and reconnection handling","rationale":"Implicit - mobile apps need graceful handling of network interruptions"},{"category":"constraint","content":"Development and testing must be possible entirely on Linux without macOS/Xcode","rationale":"Explicitly stated constraint - suggests React Native or Flutter over native Swift"},{"category":"constraint","content":"Must integrate with existing Claudeman REST API and SSE endpoints","rationale":"Implicit - the mobile app is a client to the existing Fastify server infrastructure"},{"category":"assumption","content":"Future support for macOS and Windows Claudeman hosts should be architecturally planned","rationale":"Explicitly mentioned as future requirement - architecture should not preclude this"},{"category":"assumption","content":"React Native or Flutter is acceptable for cross-platform development given Linux testing requirement","rationale":"Native iOS development requires macOS - needs validation that cross-platform approach is acceptable"},{"category":"non-functional","content":"Comprehensive test coverage with unit and integration tests runnable on Linux","rationale":"Explicitly emphasized that detailed feature testing is 'very important'"}],"success":true,"durationMs":19265},{"agentType":"architecture","items":[],"success":false,"error":"I'll analyze the Claudeman codebase to understand its architecture and design a comprehensive iOS app architecture. Let me explore the existing system first.{\"type\":\"user\",\"message\":{\"role\":\"user\",\"content\":[{\"tool_use_id\":\"toolu_01Ch9v9G2HYxwWtNjsbuupQP\",\"type\":\"tool_result\",\"content\":\" 1→/**\\n 2→ * @fileoverview Core PTY session wrapper for Claude CLI interactions.\\n 3→ *\\n 4→ * This module provides the Session class which manages a PTY (pseudo-terminal)\\n 5→ * process running the Claude CLI. It supports three operation modes:\\n 6→ *\\n 7→ * 1. **One-shot mode** (`runPrompt`): Execute a single prompt and get JSON response\\n 8→ * 2. **Interactive mode** (`startInteractive`): Start an interactive Claude session\\n 9→ * 3. **Shell mode**: Run a plain bash shell for debugging/testing\\n 10→ *\\n 11→ * The session can optionally run inside a GNU Screen session for persistence\\n 12→ * across disconnects. It tracks tokens, costs, background tasks, and supports\\n 13→ * auto-clear/auto-compact functionality when token limits are approached.\\n 14→ *\\n 15→ * @module session\\n 16→ */\\n 17→\\n 18→import { EventEmitter } from 'node:events';\\n 19→import { execSync } from 'node:child_process';\\n 20→import { existsSync } from 'node:fs';\\n 21→import { dirname } from 'node:path';\\n 22→import { v4 as uuidv4 } from 'uuid';\\n 23→import * as pty from 'node-pty';\\n 24→import { SessionState, SessionStatus, SessionConfig, ScreenSession, RalphTrackerState, RalphTodoItem, ActiveBashTool, NiceConfig, DEFAULT_NICE_CONFIG } from './types.js';\\n 25→import { TaskTracker, type BackgroundTask } from './task-tracker.js';\\n 26→import { RalphTracker } from './ralph-tracker.js';\\n 27→import { BashToolParser } from './bash-tool-parser.js';\\n 28→import { ScreenManager } from './screen-manager.js';\\n 29→\\n 30→export type { BackgroundTask } from './task-tracker.js';\\n 31→export type { RalphTrackerState, RalphTodoItem, ActiveBashTool } from './types.js';\\n 32→export { withTimeout };\\n 33→\\n 34→// ============================================================================\\n 35→// Buffer Size Constants\\n 36→// ============================================================================\\n 37→\\n 38→/** Maximum terminal buffer size in characters (2MB) - reduced from 5MB for better render performance */\\n 39→const MAX_TERMINAL_BUFFER_SIZE = 2 * 1024 * 1024;\\n 40→\\n 41→/** When trimming terminal buffer, keep the most recent portion (1.5MB) */\\n 42→const TERMINAL_BUFFER_TRIM_SIZE = 1.5 * 1024 * 1024;\\n 43→\\n 44→/** Maximum text output buffer size (1MB) - ANSI-stripped text */\\n 45→const MAX_TEXT_OUTPUT_SIZE = 1 * 1024 * 1024;\\n 46→\\n 47→/** When trimming text output, keep the most recent portion (768KB) */\\n 48→const TEXT_OUTPUT_TRIM_SIZE = 768 * 1024;\\n 49→\\n 50→/** Maximum number of Claude JSON messages to keep in memory */\\n 51→const MAX_MESSAGES = 1000;\\n 52→\\n 53→/** Maximum line buffer size (64KB) - prevents unbounded growth for long lines */\\n 54→const MAX_LINE_BUFFER_SIZE = 64 * 1024;\\n 55→\\n 56→/** Line buffer flush interval (100ms) - forces processing of partial lines */\\n 57→const LINE_BUFFER_FLUSH_INTERVAL = 100;\\n 58→\\n 59→// ============================================================================\\n 60→// Timing Constants\\n 61→// ============================================================================\\n 62→\\n 63→/** Timeout for exec commands like 'which claude' (5 seconds) */\\n 64→const EXEC_TIMEOUT_MS = 5000;\\n 65→\\n 66→/** Delay after screen creation before sending commands (300ms) */\\n 67→const SCREEN_STARTUP_DELAY_MS = 300;\\n 68→\\n 69→/** Delay before declaring session idle after last output (2 seconds) */\\n 70→const IDLE_DETECTION_DELAY_MS = 2000;\\n 71→\\n 72→/** Delay for auto-compact/clear retry attempts (2 seconds) */\\n 73→const AUTO_RETRY_DELAY_MS = 2000;\\n 74→\\n 75→/** Delay for auto-compact/clear initial check (1 second) */\\n 76→const AUTO_INITIAL_DELAY_MS = 1000;\\n 77→\\n 78→/** Graceful shutdown delay when stopping session (100ms) */\\n 79→const GRACEFUL_SHUTDOWN_DELAY_MS = 100;\\n 80→\\n 81→// Filter out terminal focus escape sequences (focus in/out reports)\\n 82→// ^[[I (focus in), ^[[O (focus out), and the enable/disable sequences\\n 83→const FOCUS_ESCAPE_FILTER = /\\\\x1b\\\\[\\\\?1004[hl]|\\\\x1b\\\\[[IO]/g;\\n 84→\\n 85→// Pre-compiled regex patterns for performance (avoid re-compilation on each call)\\n 86→// Comprehensive ANSI escape pattern:\\n 87→// - SGR (colors/styles): ESC [ params m\\n 88→// - CSI sequences (cursor, scroll, etc.): ESC [ params letter\\n 89→// - OSC sequences (title, etc.): ESC ] ... BEL or ESC ] ... ST\\n 90→// - Single-char escapes: ESC = or ESC >\\n 91→const ANSI_ESCAPE_PATTERN = /\\\\x1b(?:\\\\[[0-9;?]*[A-Za-z]|\\\\][^\\\\x07\\\\x1b]*(?:\\\\x07|\\\\x1b\\\\\\\\)|[=>])/g;\\n 92→const TOKEN_PATTERN = /(\\\\d+(?:\\\\.\\\\d+)?)\\\\s*([kKmM])?\\\\s*tokens/;\\n 93→// Pattern to match Task tool invocations in terminal output\\n 94→// Matches: \\\"Explore(Description)\\\", \\\"Task(Description)\\\", \\\"Bash(Description)\\\", etc.\\n 95→// The prefix characters vary (●, ·, ✶, etc.) so we don't require them\\n 96→// We look for the tool name followed by (description)\\n 97→const TASK_TOOL_PATTERN = /\\\\b(Explore|Task|Bash|Plan|general-purpose)\\\\(([^)]+)\\\\)/g;\\n 98→\\n 99→// ============================================================================\\n 100→// Claude CLI PATH Resolution\\n 101→// ============================================================================\\n 102→\\n 103→/** Common directories where the Claude CLI binary may be installed */\\n 104→const CLAUDE_SEARCH_DIRS = [\\n 105→ `${process.env.HOME}/.local/bin`,\\n 106→ `${process.env.HOME}/.claude/local`,\\n 107→ '/usr/local/bin',\\n 108→ `${process.env.HOME}/.npm-global/bin`,\\n 109→ `${process.env.HOME}/bin`,\\n 110→];\\n 111→\\n 112→/** Cached PATH string with claude's directory prepended */\\n 113→let _augmentedPath: string | null = null;\\n 114→\\n 115→/**\\n 116→ * Returns a PATH string that includes the directory containing `claude`.\\n 117→ *\\n 118→ * Finds the claude binary (via `which` or common install locations), then\\n 119→ * prepends its directory to the current PATH if not already present.\\n 120→ * Result is cached for subsequent calls.\\n 121→ */\\n 122→export function getAugmentedPath(): string {\\n 123→ if (_augmentedPath) return _augmentedPath;\\n 124→\\n 125→ const currentPath = process.env.PATH || '';\\n 126→ let claudeDir: string | null = null;\\n 127→\\n 128→ // Try `which` first (respects current PATH)\\n 129→ try {\\n 130→ const result = execSync('which claude', { encoding: 'utf-8', timeout: EXEC_TIMEOUT_MS }).trim();\\n 131→ if (result && existsSync(result)) {\\n 132→ claudeDir = dirname(result);\\n 133→ }\\n 134→ } catch {\\n 135→ // not in PATH, check common locations\\n 136→ }\\n 137→\\n 138→ // Fallback: check common installation directories\\n 139→ if (!claudeDir) {\\n 140→ for (const dir of CLAUDE_SEARCH_DIRS) {\\n 141→ if (existsSync(`${dir}/claude`)) {\\n 142→ claudeDir = dir;\\n 143→ break;\\n 144→ }\\n 145→ }\\n 146→ }\\n 147→\\n 148→ if (claudeDir && !currentPath.split(':').includes(claudeDir)) {\\n 149→ _augmentedPath = `${claudeDir}:${currentPath}`;\\n 150→ console.log('[Session] Augmented PATH with claude directory:', claudeDir);\\n 151→ } else {\\n 152→ _augmentedPath = currentPath;\\n 153→ }\\n 154→\\n 155→ return _augmentedPath;\\n 156→}\\n 157→\\n 158→// ============================================================================\\n 159→// Buffer Accumulator (reduces GC pressure from string concatenation)\\n 160→// ============================================================================\\n 161→\\n 162→/**\\n 163→ * High-performance buffer accumulator using array-based collection.\\n 164→ *\\n 165→ * Reduces GC pressure by avoiding repeated string concatenation (`+=`).\\n 166→ * Instead, chunks are pushed to an array and joined only when needed.\\n 167→ * Automatically trims when size limits are exceeded.\\n 168→ */\\n 169→class BufferAccumulator {\\n 170→ private chunks: string[] = [];\\n 171→ private totalLength: number = 0;\\n 172→ private readonly maxSize: number;\\n 173→ private readonly trimSize: number;\\n 174→\\n 175→ constructor(maxSize: number, trimSize: number) {\\n 176→ this.maxSize = maxSize;\\n 177→ this.trimSize = trimSize;\\n 178→ }\\n 179→\\n 180→ /** Append data to the buffer */\\n 181→ append(data: string): void {\\n 182→ if (!data) return;\\n 183→ this.chunks.push(data);\\n 184→ this.totalLength += data.length;\\n 185→\\n 186→ // Trim if exceeded max size\\n 187→ if (this.totalLength > this.maxSize) {\\n 188→ this.trim();\\n 189→ }\\n 190→ }\\n 191→\\n 192→ /** Get the full buffer content (joins all chunks) */\\n 193→ get value(): string {\\n 194→ if (this.chunks.length === 0) return '';\\n 195→ if (this.chunks.length === 1) return this.chunks[0];\\n 196→\\n 197→ // Consolidate chunks on access\\n 198→ const result = this.chunks.join('');\\n 199→ this.chunks = [result];\\n 200→ return result;\\n 201→ }\\n 202→\\n 203→ /** Get current buffer length without joining */\\n 204→ get length(): number {\\n 205→ return this.totalLength;\\n 206→ }\\n 207→\\n 208→ /** Clear the buffer */\\n 209→ clear(): void {\\n 210→ this.chunks = [];\\n 211→ this.totalLength = 0;\\n 212→ }\\n 213→\\n 214→ /** Set buffer to a specific value */\\n 215→ set(value: string): void {\\n 216→ this.chunks = value ? [value] : [];\\n 217→ this.totalLength = value?.length || 0;\\n 218→ }\\n 219→\\n 220→ /** Trim buffer to keep only the most recent data */\\n 221→ private trim(): void {\\n 222→ const full = this.chunks.join('');\\n 223→ const trimmed = full.slice(-this.trimSize);\\n 224→ this.chunks = [trimmed];\\n 225→ this.totalLength = trimmed.length;\\n 226→ }\\n 227→}\\n 228→\\n 229→/**\\n 230→ * Wraps a promise with a timeout to prevent indefinite hangs.\\n 231→ * If the promise doesn't resolve within the timeout, rejects with TimeoutError.\\n 232→ *\\n 233→ * @param promise - The promise to wrap\\n 234→ * @param timeoutMs - Timeout in milliseconds\\n 235→ * @param operation - Description of the operation for error messages\\n 236→ * @returns Promise that resolves/rejects with the original result or timeout error\\n 237→ */\\n 238→function withTimeout<T>(\\n 239→ promise: Promise<T>,\\n 240→ timeoutMs: number,\\n 241→ operation: string\\n 242→): Promise<T> {\\n 243→ let timeoutId: NodeJS.Timeout;\\n 244→\\n 245→ const timeoutPromise = new Promise<never>((_, reject) => {\\n 246→ timeoutId = setTimeout(() => {\\n 247→ reject(new Error(`${operation} timed out after ${timeoutMs}ms`));\\n 248→ }, timeoutMs);\\n 249→ });\\n 250→\\n 251→ return Promise.race([promise, timeoutPromise]).finally(() => {\\n 252→ clearTimeout(timeoutId);\\n 253→ });\\n 254→}\\n 255→\\n 256→/**\\n 257→ * Represents a JSON message from Claude CLI's stream-json output format.\\n 258→ * Messages are newline-delimited JSON objects parsed from PTY output.\\n 259→ */\\n 260→export interface ClaudeMessage {\\n 261→ /** Message type indicating the role or purpose */\\n 262→ type: 'system' | 'assistant' | 'user' | 'result';\\n 263→ /** Optional subtype for further classification */\\n 264→ subtype?: string;\\n 265→ /** Claude's internal session identifier */\\n 266→ session_id?: string;\\n 267→ /** Message content with optional token usage */\\n 268→ message?: {\\n 269→ content: Array<{ type: string; text?: string }>;\\n 270→ usage?: {\\n 271→ input_tokens: number;\\n 272→ output_tokens: number;\\n 273→ };\\n 274→ };\\n 275→ /** Final result text (on result messages) */\\n 276→ result?: string;\\n 277→ /** Whether this message represents an error */\\n 278→ is_error?: boolean;\\n 279→ /** Total cost in USD (on result messages) */\\n 280→ total_cost_usd?: number;\\n 281→ /** Total duration in milliseconds (on result messages) */\\n 282→ duration_ms?: number;\\n 283→}\\n 284→\\n 285→/**\\n 286→ * Event signatures emitted by the Session class.\\n 287→ * Subscribe using `session.on('eventName', handler)`.\\n 288→ */\\n 289→export interface SessionEvents {\\n 290→ /** Processed text output (ANSI stripped) */\\n 291→ output: (data: string) => void;\\n 292→ /** Parsed JSON message from Claude CLI */\\n 293→ message: (msg: ClaudeMessage) => void;\\n 294→ /** Error output from the session */\\n 295→ error: (data: string) => void;\\n 296→ /** Session process exited */\\n 297→ exit: (code: number | null) => void;\\n 298→ /** One-shot prompt completed with result and cost */\\n 299→ completion: (result: string, cost: number) => void;\\n 300→ /** Raw terminal data (includes ANSI codes) */\\n 301→ terminal: (data: string) => void;\\n 302→ /** Signal to clear terminal display (after screen attach) */\\n 303→ clearTerminal: () => void;\\n 304→ /** New background task started */\\n 305→ taskCreated: (task: BackgroundTask) => void;\\n 306→ /** Background task status changed */\\n 307→ taskUpdated: (task: BackgroundTask) => void;\\n 308→ /** Background task finished successfully */\\n 309→ taskCompleted: (task: BackgroundTask) => void;\\n 310→ /** Background task failed with error */\\n 311→ taskFailed: (task: BackgroundTask, error: string) => void;\\n 312→ /** Auto-clear triggered due to token threshold */\\n 313→ autoClear: (data: { tokens: number; threshold: number }) => void;\\n 314→ /** Auto-compact triggered due to token threshold */\\n 315→ autoCompact: (data: { tokens: number; threshold: number; prompt?: string }) => void;\\n 316→ /** Ralph loop state changed */\\n 317→ ralphLoopUpdate: (state: RalphTrackerState) => void;\\n 318→ /** Ralph todo list updated */\\n 319→ ralphTodoUpdate: (todos: RalphTodoItem[]) => void;\\n 320→ /** Ralph completion phrase detected */\\n 321→ ralphCompletionDetected: (phrase: string) => void;\\n 322→ /** RALPH_STATUS block detected */\\n 323→ ralphStatusBlockDetected: (block: import('./types.js').RalphStatusBlock) => void;\\n 324→ /** Circuit breaker state changed */\\n 325→ ralphCircuitBreakerUpdate: (status: import('./types.js').CircuitBreakerStatus) => void;\\n 326→ /** Dual-condition exit gate met */\\n 327→ ralphExitGateMet: (data: { completionIndicators: number; exitSignal: boolean }) => void;\\n 328→ /** Bash tool with file paths started */\\n 329→ bashToolStart: (tool: ActiveBashTool) => void;\\n 330→ /** Bash tool completed */\\n 331→ bashToolEnd: (tool: ActiveBashTool) => void;\\n 332→ /** Active Bash tools list updated */\\n 333→ bashToolsUpdate: (tools: ActiveBashTool[]) => void;\\n 334→}\\n 335→\\n 336→/**\\n 337→ * Session operation mode.\\n 338→ * - `'claude'`: Runs Claude CLI for AI interactions (default)\\n 339→ * - `'shell'`: Runs a plain bash shell for debugging/testing\\n 340→ */\\n 341→export type SessionMode = 'claude' | 'shell';\\n 342→\\n 343→/**\\n 344→ * Core session class that wraps a PTY process running Claude CLI or a shell.\\n 345→ *\\n 346→ * @example\\n 347→ * ```typescript\\n 348→ * // Create and start an interactive Claude session\\n 349→ * const session = new Session({\\n 350→ * workingDir: '/path/to/project',\\n 351→ * screenManager: screenManager,\\n 352→ * useScreen: true\\n 353→ * });\\n 354→ * await session.startInteractive();\\n 355→ *\\n 356→ * // Listen for events\\n 357→ * session.on('terminal', (data) => console.log(data));\\n 358→ * session.on('message', (msg) => console.log('Claude:', msg));\\n 359→ *\\n 360→ * // Send input\\n 361→ * session.write('Hello Claude!\\\\r');\\n 362→ *\\n 363→ * // Stop when done\\n 364→ * await session.stop();\\n 365→ * ```\\n 366→ *\\n 367→ * @fires Session#terminal - Raw terminal output\\n 368→ * @fires Session#message - Parsed Claude JSON message\\n 369→ * @fires Session#completion - One-shot prompt completed\\n 370→ * @fires Session#exit - Process exited\\n 371→ * @fires Session#autoClear - Token threshold reached, clearing context\\n 372→ * @fires Session#autoCompact - Token threshold reached, compacting context\\n 373→ */\\n 374→export class Session extends EventEmitter {\\n 375→ readonly id: string;\\n 376→ readonly workingDir: string;\\n 377→ readonly createdAt: number;\\n 378→ readonly mode: SessionMode;\\n 379→\\n 380→ private _name: string;\\n 381→ private ptyProcess: pty.IPty | null = null;\\n 382→ private _pid: number | null = null;\\n 383→ private _status: SessionStatus = 'idle';\\n 384→ private _currentTaskId: string | null = null;\\n 385→ // Use BufferAccumulator for hot-path buffers to reduce GC pressure\\n 386→ private _terminalBuffer = new BufferAccumulator(MAX_TERMINAL_BUFFER_SIZE, TERMINAL_BUFFER_TRIM_SIZE);\\n 387→ private _outputBuffer: string = '';\\n 388→ private _textOutput = new BufferAccumulator(MAX_TEXT_OUTPUT_SIZE, TEXT_OUTPUT_TRIM_SIZE);\\n 389→ private _errorBuffer: string = '';\\n 390→ private _lastActivityAt: number;\\n 391→ private _claudeSessionId: string | null = null;\\n 392→ private _totalCost: number = 0;\\n 393→ private _messages: ClaudeMessage[] = [];\\n 394→ private _lineBuffer: string = '';\\n 395→ private _lineBufferFlushTimer: NodeJS.Timeout | null = null;\\n 396→ private resolvePromise: ((value: { result: string; cost: number }) => void) | null = null;\\n 397→ private rejectPromise: ((reason: Error) => void) | null = null;\\n 398→ private _promptResolved: boolean = false; // Guard against race conditions in runPrompt\\n 399→ private _isWorking: boolean = false;\\n 400→ private _lastPromptTime: number = 0;\\n 401→ private activityTimeout: NodeJS.Timeout | null = null;\\n 402→ private _taskTracker: TaskTracker;\\n 403→\\n 404→ // Token tracking for auto-clear\\n 405→ private _totalInputTokens: number = 0;\\n 406→ private _totalOutputTokens: number = 0;\\n 407→ private _autoClearThreshold: number = 140000; // Default 140k tokens\\n 408→ private _autoClearEnabled: boolean = false;\\n 409→ private _isClearing: boolean = false; // Prevent recursive clearing\\n 410→\\n 411→ // Auto-compact settings\\n 412→ private _autoCompactThreshold: number = 110000; // Default 110k tokens (lower than clear)\\n 413→ private _autoCompactEnabled: boolean = false;\\n 414→ private _autoCompactPrompt: string = ''; // Optional prompt for compact\\n 415→ private _isCompacting: boolean = false; // Prevent recursive compacting\\n 416→\\n 417→ // Timer tracking for cleanup (prevents memory leaks)\\n 418→ private _autoCompactTimer: NodeJS.Timeout | null = null;\\n 419→ private _autoClearTimer: NodeJS.Timeout | null = null;\\n 420→ private _promptCheckInterval: NodeJS.Timeout | null = null;\\n 421→ private _promptCheckTimeout: NodeJS.Timeout | null = null;\\n 422→ private _shellIdleTimer: NodeJS.Timeout | null = null;\\n 423→\\n 424→ // Screen session support\\n 425→ private _screenManager: ScreenManager | null = null;\\n 426→ private _screenSession: ScreenSession | null = null;\\n 427→ private _useScreen: boolean = false;\\n 428→ // Flag to prevent new timers after session is stopped\\n 429→ private _isStopped: boolean = false;\\n 430→\\n 431→ // Ralph tracking (Ralph Wiggum loops and todo lists inside Claude Code)\\n 432→ private _ralphTracker: RalphTracker;\\n 433→\\n 434→ // Agent tree tracking\\n 435→ private _parentAgentId: string | null = null;\\n 436→ private _childAgentIds: string[] = [];\\n 437→\\n 438→ // Nice prioritying configuration\\n 439→ private _niceConfig: NiceConfig = { ...DEFAULT_NICE_CONFIG };\\n 440→\\n 441→ // Store handler references for cleanup (prevents memory leaks)\\n 442→ private _taskTrackerHandlers: {\\n 443→ taskCreated: (task: BackgroundTask) => void;\\n 444→ taskUpdated: (task: BackgroundTask) => void;\\n 445→ taskCompleted: (task: BackgroundTask) => void;\\n 446→ taskFailed: (task: BackgroundTask, error: string) => void;\\n 447→ } | null = null;\\n 448→\\n 449→ private _ralphHandlers: {\\n 450→ loopUpdate: (state: RalphTrackerState) => void;\\n 451→ todoUpdate: (todos: RalphTodoItem[]) => void;\\n 452→ completionDetected: (phrase: string) => void;\\n 453→ statusBlockDetected: (block: import('./types.js').RalphStatusBlock) => void;\\n 454→ circuitBreakerUpdate: (status: import('./types.js').CircuitBreakerStatus) => void;\\n 455→ exitGateMet: (data: { completionIndicators: number; exitSignal: boolean }) => void;\\n 456→ } | null = null;\\n 457→\\n 458→ // Bash tool tracking (file paths for live log viewing)\\n 459→ private _bashToolParser: BashToolParser;\\n 460→ private _bashToolHandlers: {\\n 461→ toolStart: (tool: ActiveBashTool) => void;\\n 462→ toolEnd: (tool: ActiveBashTool) => void;\\n 463→ toolsUpdate: (tools: ActiveBashTool[]) => void;\\n 464→ } | null = null;\\n 465→\\n 466→ // Task descriptions parsed from terminal output (e.g., \\\"Explore(Description)\\\")\\n 467→ // Used to correlate with SubagentWatcher discoveries for better window titles\\n 468→ private _recentTaskDescriptions: Map<number, string> = new Map(); // timestamp -> description\\n 469→ private static readonly TASK_DESCRIPTION_MAX_AGE_MS = 30000; // Keep descriptions for 30 seconds\\n 470→\\n 471→ constructor(config: Partial<SessionConfig> & {\\n 472→ workingDir: string;\\n 473→ mode?: SessionMode;\\n 474→ name?: string;\\n 475→ screenManager?: ScreenManager;\\n 476→ useScreen?: boolean;\\n 477→ screenSession?: ScreenSession; // For restored sessions - pass the existing screen\\n 478→ niceConfig?: NiceConfig; // Nice prioritying configuration\\n 479→ }) {\\n 480→ super();\\n 481→ this.id = config.id || uuidv4();\\n 482→ this.workingDir = config.workingDir;\\n 483→ this.createdAt = config.createdAt || Date.now();\\n 484→ this.mode = config.mode || 'claude';\\n 485→ this._name = config.name || '';\\n 486→ this._lastActivityAt = this.createdAt;\\n 487→ this._screenManager = config.screenManager || null;\\n 488→ this._useScreen = config.useScreen ?? (this._screenManager !== null && ScreenManager.isScreenAvailable());\\n 489→ this._screenSession = config.screenSession || null; // Use existing screen if provided\\n 490→\\n 491→ // Apply Nice priority configuration if provided\\n 492→ if (config.niceConfig) {\\n 493→ this._niceConfig = { ...config.niceConfig };\\n 494→ }\\n 495→\\n 496→ // Initialize task tracker and forward events (store handlers for cleanup)\\n 497→ this._taskTracker = new TaskTracker();\\n 498→ this._taskTrackerHandlers = {\\n 499→ taskCreated: (task) => this.emit('taskCreated', task),\\n 500→ taskUpdated: (task) => this.emit('taskUpdated', task),\\n 501→ taskCompleted: (task) => this.emit('taskCompleted', task),\\n 502→ taskFailed: (task, error) => this.emit('taskFailed', task, error),\\n 503→ };\\n 504→ this._taskTracker.on('taskCreated', this._taskTrackerHandlers.taskCreated);\\n 505→ this._taskTracker.on('taskUpdated', this._taskTrackerHandlers.taskUpdated);\\n 506→ this._taskTracker.on('taskCompleted', this._taskTrackerHandlers.taskCompleted);\\n 507→ this._taskTracker.on('taskFailed', this._taskTrackerHandlers.taskFailed);\\n 508→\\n 509→ // Initialize Ralph tracker and forward events (store handlers for cleanup)\\n 510→ this._ralphTracker = new RalphTracker();\\n 511→ this._ralphHandlers = {\\n 512→ loopUpdate: (state) => this.emit('ralphLoopUpdate', state),\\n 513→ todoUpdate: (todos) => this.emit('ralphTodoUpdate', todos),\\n 514→ completionDetected: (phrase) => this.emit('ralphCompletionDetected', phrase),\\n 515→ statusBlockDetected: (block) => this.emit('ralphStatusBlockDetected', block),\\n 516→ circuitBreakerUpdate: (status) => this.emit('ralphCircuitBreakerUpdate', status),\\n 517→ exitGateMet: (data) => this.emit('ralphExitGateMet', data),\\n 518→ };\\n 519→ this._ralphTracker.on('loopUpdate', this._ralphHandlers.loopUpdate);\\n 520→ this._ralphTracker.on('todoUpdate', this._ralphHandlers.todoUpdate);\\n 521→ this._ralphTracker.on('completionDetected', this._ralphHandlers.completionDetected);\\n 522→ this._ralphTracker.on('statusBlockDetected', this._ralphHandlers.statusBlockDetected);\\n 523→ this._ralphTracker.on('circuitBreakerUpdate', this._ralphHandlers.circuitBreakerUpdate);\\n 524→ this._ralphTracker.on('exitGateMet', this._ralphHandlers.exitGateMet);\\n 525→\\n 526→ // Initialize Bash tool parser and forward events (store handlers for cleanup)\\n 527→ this._bashToolParser = new BashToolParser({ sessionId: this.id, workingDir: this.workingDir });\\n 528→ this._bashToolHandlers = {\\n 529→ toolStart: (tool) => this.emit('bashToolStart', tool),\\n 530→ toolEnd: (tool) => this.emit('bashToolEnd', tool),\\n 531→ toolsUpdate: (tools) => this.emit('bashToolsUpdate', tools),\\n 532→ };\\n 533→ this._bashToolParser.on('toolStart', this._bashToolHandlers.toolStart);\\n 534→ this._bashToolParser.on('toolEnd', this._bashToolHandlers.toolEnd);\\n 535→ this._bashToolParser.on('toolsUpdate', this._bashToolHandlers.toolsUpdate);\\n 536→\\n 537→ }\\n 538→\\n 539→ get status(): SessionStatus {\\n 540→ return this._status;\\n 541→ }\\n 542→\\n 543→ get currentTaskId(): string | null {\\n 544→ return this._currentTaskId;\\n 545→ }\\n 546→\\n 547→ get pid(): number | null {\\n 548→ return this._pid;\\n 549→ }\\n 550→\\n 551→ get terminalBuffer(): string {\\n 552→ return this._terminalBuffer.value;\\n 553→ }\\n 554→\\n 555→ get outputBuffer(): string {\\n 556→ return this._outputBuffer;\\n 557→ }\\n 558→\\n 559→ get textOutput(): string {\\n 560→ return this._textOutput.value;\\n 561→ }\\n 562→\\n 563→ get errorBuffer(): string {\\n 564→ return this._errorBuffer;\\n 565→ }\\n 566→\\n 567→ get lastActivityAt(): number {\\n 568→ return this._lastActivityAt;\\n 569→ }\\n 570→\\n 571→ get claudeSessionId(): string | null {\\n 572→ return this._claudeSessionId;\\n 573→ }\\n 574→\\n 575→ get totalCost(): number {\\n 576→ return this._totalCost;\\n 577→ }\\n 578→\\n 579→ get messages(): ClaudeMessage[] {\\n 580→ return this._messages;\\n 581→ }\\n 582→\\n 583→ get isWorking(): boolean {\\n 584→ return this._isWorking;\\n 585→ }\\n 586→\\n 587→ get lastPromptTime(): number {\\n 588→ return this._lastPromptTime;\\n 589→ }\\n 590→\\n 591→ get taskTracker(): TaskTracker {\\n 592→ return this._taskTracker;\\n 593→ }\\n 594→\\n 595→ get runningTaskCount(): number {\\n 596→ return this._taskTracker.getRunningCount();\\n 597→ }\\n 598→\\n 599→ get taskTree(): BackgroundTask[] {\\n 600→ return this._taskTracker.getTaskTree();\\n 601→ }\\n 602→\\n 603→ get taskStats(): { total: number; running: number; completed: number; failed: number } {\\n 604→ return this._taskTracker.getStats();\\n 605→ }\\n 606→\\n 607→ // Ralph tracking getters\\n 608→ get ralphTracker(): RalphTracker {\\n 609→ return this._ralphTracker;\\n 610→ }\\n 611→\\n 612→ get ralphLoopState(): RalphTrackerState {\\n 613→ return this._ralphTracker.loopState;\\n 614→ }\\n 615→\\n 616→ get ralphTodos(): RalphTodoItem[] {\\n 617→ return this._ralphTracker.todos;\\n 618→ }\\n 619→\\n 620→ get ralphTodoStats(): { total: number; pending: number; inProgress: number; completed: number } {\\n 621→ return this._ralphTracker.getTodoStats();\\n 622→ }\\n 623→\\n 624→ // Bash tool tracking getters\\n 625→ get bashToolParser(): BashToolParser {\\n 626→ return this._bashToolParser;\\n 627→ }\\n 628→\\n 629→ get activeTools(): ActiveBashTool[] {\\n 630→ return this._bashToolParser.activeTools;\\n 631→ }\\n 632→\\n 633→ get parentAgentId(): string | null {\\n 634→ return this._parentAgentId;\\n 635→ }\\n 636→\\n 637→ set parentAgentId(value: string | null) {\\n 638→ this._parentAgentId = value;\\n 639→ }\\n 640→\\n 641→ get childAgentIds(): string[] {\\n 642→ return [...this._childAgentIds];\\n 643→ }\\n 644→\\n 645→ addChildAgentId(agentId: string): void {\\n 646→ if (!this._childAgentIds.includes(agentId)) {\\n 647→ this._childAgentIds.push(agentId);\\n 648→ }\\n 649→ }\\n 650→\\n 651→ removeChildAgentId(agentId: string): void {\\n 652→ const idx = this._childAgentIds.indexOf(agentId);\\n 653→ if (idx >= 0) this._childAgentIds.splice(idx, 1);\\n 654→ }\\n 655→\\n 656→ // Nice priority config getters and setters\\n 657→ get niceConfig(): NiceConfig {\\n 658→ return { ...this._niceConfig };\\n 659→ }\\n 660→\\n 661→ /**\\n 662→ * Set CPU priority configuration.\\n 663→ * Note: This only affects new sessions; existing running processes won't be changed.\\n 664→ */\\n 665→ setNice(config: Partial<NiceConfig>): void {\\n 666→ if (config.enabled !== undefined) {\\n 667→ this._niceConfig.enabled = config.enabled;\\n 668→ }\\n 669→ if (config.niceValue !== undefined) {\\n 670→ // Clamp to valid range\\n 671→ this._niceConfig.niceValue = Math.max(-20, Math.min(19, config.niceValue));\\n 672→ }\\n 673→ }\\n 674→\\n 675→ // Token tracking getters and setters\\n 676→ get totalTokens(): number {\\n 677→ return this._totalInputTokens + this._totalOutputTokens;\\n 678→ }\\n 679→\\n 680→ get inputTokens(): number {\\n 681→ return this._totalInputTokens;\\n 682→ }\\n 683→\\n 684→ get outputTokens(): number {\\n 685→ return this._totalOutputTokens;\\n 686→ }\\n 687→\\n 688→ /**\\n 689→ * Restore token and cost values from saved state.\\n 690→ * Called when recovering sessions after server restart.\\n 691→ */\\n 692→ restoreTokens(inputTokens: number, outputTokens: number, totalCost: number): void {\\n 693→ // Sanity check: reject absurdly large values (max 500k tokens per session)\\n 694→ const MAX_SESSION_TOKENS = 500_000;\\n 695→ if (inputTokens > MAX_SESSION_TOKENS || outputTokens > MAX_SESSION_TOKENS) {\\n 696→ console.warn(`[Session ${this.id}] Rejected absurd restored tokens: input=${inputTokens}, output=${outputTokens}`);\\n 697→ return;\\n 698→ }\\n 699→ // Reject negative values\\n 700→ if (inputTokens < 0 || outputTokens < 0 || totalCost < 0) {\\n 701→ console.warn(`[Session ${this.id}] Rejected negative restored tokens: input=${inputTokens}, output=${outputTokens}, cost=${totalCost}`);\\n 702→ return;\\n 703→ }\\n 704→\\n 705→ this._totalInputTokens = inputTokens;\\n 706→ this._totalOutputTokens = outputTokens;\\n 707→ this._totalCost = totalCost;\\n 708→ }\\n 709→\\n 710→ get autoClearThreshold(): number {\\n 711→ return this._autoClearThreshold;\\n 712→ }\\n 713→\\n 714→ get autoClearEnabled(): boolean {\\n 715→ return this._autoClearEnabled;\\n 716→ }\\n 717→\\n 718→ get name(): string {\\n 719→ return this._name;\\n 720→ }\\n 721→\\n 722→ set name(value: string) {\\n 723→ this._name = value;\\n 724→ }\\n 725→\\n 726→ setAutoClear(enabled: boolean, threshold?: number): void {\\n 727→ this._autoClearEnabled = enabled;\\n 728→ if (threshold !== undefined) {\\n 729→ this._autoClearThreshold = threshold;\\n 730→ }\\n 731→ }\\n 732→\\n 733→ get autoCompactThreshold(): number {\\n 734→ return this._autoCompactThreshold;\\n 735→ }\\n 736→\\n 737→ get autoCompactEnabled(): boolean {\\n 738→ return this._autoCompactEnabled;\\n 739→ }\\n 740→\\n 741→ get autoCompactPrompt(): string {\\n 742→ return this._autoCompactPrompt;\\n 743→ }\\n 744→\\n 745→ setAutoCompact(enabled: boolean, threshold?: number, prompt?: string): void {\\n 746→ this._autoCompactEnabled = enabled;\\n 747→ if (threshold !== undefined) {\\n 748→ this._autoCompactThreshold = threshold;\\n 749→ }\\n 750→ if (prompt !== undefined) {\\n 751→ this._autoCompactPrompt = prompt;\\n 752→ }\\n 753→ }\\n 754→\\n 755→ isIdle(): boolean {\\n 756→ return this._status === 'idle';\\n 757→ }\\n 758→\\n 759→ isBusy(): boolean {\\n 760→ return this._status === 'busy';\\n 761→ }\\n 762→\\n 763→ isRunning(): boolean {\\n 764→ return this._status === 'idle' || this._status === 'busy';\\n 765→ }\\n 766→\\n 767→ toState(): SessionState {\\n 768→ return {\\n 769→ id: this.id,\\n 770→ pid: this.pid,\\n 771→ status: this._status,\\n 772→ workingDir: this.workingDir,\\n 773→ currentTaskId: this._currentTaskId,\\n 774→ createdAt: this.createdAt,\\n 775→ lastActivityAt: this._lastActivityAt,\\n 776→ name: this._name,\\n 777→ mode: this.mode,\\n 778→ autoClearEnabled: this._autoClearEnabled,\\n 779→ autoClearThreshold: this._autoClearThreshold,\\n 780→ autoCompactEnabled: this._autoCompactEnabled,\\n 781→ autoCompactThreshold: this._autoCompactThreshold,\\n 782→ autoCompactPrompt: this._autoCompactPrompt,\\n 783→ totalCost: this._totalCost,\\n 784→ inputTokens: this._totalInputTokens,\\n 785→ outputTokens: this._totalOutputTokens,\\n 786→ ralphEnabled: this._ralphTracker.enabled,\\n 787→ ralphCompletionPhrase: this._ralphTracker.loopState.completionPhrase || undefined,\\n 788→ parentAgentId: this._parentAgentId || undefined,\\n 789→ childAgentIds: this._childAgentIds.length > 0 ? this._childAgentIds : undefined,\\n 790→ niceEnabled: this._niceConfig.enabled,\\n 791→ niceValue: this._niceConfig.niceValue,\\n 792→ };\\n 793→ }\\n 794→\\n 795→ toDetailedState() {\\n 796→ return {\\n 797→ ...this.toState(),\\n 798→ name: this._name,\\n 799→ mode: this.mode,\\n 800→ claudeSessionId: this._claudeSessionId,\\n 801→ totalCost: this._totalCost,\\n 802→ textOutput: this._textOutput.value,\\n 803→ terminalBuffer: this._terminalBuffer.value,\\n 804→ messageCount: this._messages.length,\\n 805→ isWorking: this._isWorking,\\n 806→ lastPromptTime: this._lastPromptTime,\\n 807→ // Buffer statistics for monitoring long-running sessions\\n 808→ bufferStats: {\\n 809→ terminalBufferSize: this._terminalBuffer.length,\\n 810→ textOutputSize: this._textOutput.length,\\n 811→ messageCount: this._messages.length,\\n 812→ maxTerminalBuffer: MAX_TERMINAL_BUFFER_SIZE,\\n 813→ maxTextOutput: MAX_TEXT_OUTPUT_SIZE,\\n 814→ maxMessages: MAX_MESSAGES,\\n 815→ },\\n 816→ // Background task tracking\\n 817→ taskStats: this._taskTracker.getStats(),\\n 818→ taskTree: this._taskTracker.getTaskTree(),\\n 819→ // Token tracking\\n 820→ tokens: {\\n 821→ input: this._totalInputTokens,\\n 822→ output: this._totalOutputTokens,\\n 823→ total: this._totalInputTokens + this._totalOutputTokens,\\n 824→ },\\n 825→ autoClear: {\\n 826→ enabled: this._autoClearEnabled,\\n 827→ threshold: this._autoClearThreshold,\\n 828→ },\\n 829→ // CPU priority configuration\\n 830→ nice: {\\n 831→ enabled: this._niceConfig.enabled,\\n 832→ niceValue: this._niceConfig.niceValue,\\n 833→ },\\n 834→ // Ralph tracking state\\n 835→ ralphLoop: this._ralphTracker.loopState,\\n 836→ ralphTodos: this._ralphTracker.todos,\\n 837→ ralphTodoStats: this._ralphTracker.getTodoStats(),\\n 838→ };\\n 839→ }\\n 840→\\n 841→ /**\\n 842→ * Starts an interactive Claude CLI session with full terminal support.\\n 843→ *\\n 844→ * This spawns Claude CLI with `--dangerously-skip-permissions` flag in\\n 845→ * interactive mode. If screen wrapping is enabled, the session runs inside\\n 846→ * a GNU Screen session for persistence across disconnects.\\n 847→ *\\n 848→ * @throws {Error} If a process is already running in this session\\n 849→ *\\n 850→ * @example\\n 851→ * ```typescript\\n 852→ * const session = new Session({ workingDir: '/project', useScreen: true });\\n 853→ * await session.startInteractive();\\n 854→ * session.on('terminal', (data) => process.stdout.write(data));\\n 855→ * session.write('help me with this code\\\\r');\\n 856→ * ```\\n 857→ */\\n 858→ async startInteractive(): Promise<void> {\\n 859→ if (this.ptyProcess) {\\n 860→ throw new Error('Session already has a running process');\\n 861→ }\\n 862→\\n 863→ this._status = 'busy';\\n 864→ this._terminalBuffer.clear();\\n 865→ this._outputBuffer = '';\\n 866→ this._textOutput.clear();\\n 867→ this._errorBuffer = '';\\n 868→ this._messages = [];\\n 869→ this._lineBuffer = '';\\n 870→ this._lastActivityAt = Date.now();\\n 871→\\n 872→ console.log('[Session] Starting interactive Claude session' + (this._useScreen ? ' (with screen)' : ''));\\n 873→\\n 874→ // If screen wrapping is enabled, create or attach to a screen session\\n 875→ if (this._useScreen && this._screenManager) {\\n 876→ try {\\n 877→ // Check if we already have a screen session (restored session)\\n 878→ const isRestoredSession = this._screenSession !== null;\\n 879→ if (isRestoredSession) {\\n 880→ console.log('[Session] Attaching to existing screen session:', this._screenSession!.screenName);\\n 881→ } else {\\n 882→ // Create a new screen session\\n 883→ this._screenSession = await this._screenManager.createScreen(this.id, this.workingDir, 'claude', this._name, this._niceConfig);\\n 884→ console.log('[Session] Created screen session:', this._screenSession.screenName);\\n 885→\\n 886→ // Wait a moment for screen to fully start\\n 887→ await new Promise(resolve => setTimeout(resolve, SCREEN_STARTUP_DELAY_MS));\\n 888→ }\\n 889→\\n 890→ // Attach to the screen session via PTY\\n 891→ try {\\n 892→ this.ptyProcess = pty.spawn('screen', [\\n 893→ '-x', this._screenSession!.screenName\\n 894→ ], {\\n 895→ name: 'xterm-256color',\\n 896→ cols: 120,\\n 897→ rows: 40,\\n 898→ cwd: this.workingDir,\\n 899→ env: { ...process.env, TERM: 'xterm-256color' },\\n 900→ });\\n 901→ } catch (spawnErr) {\\n 902→ console.error('[Session] Failed to spawn PTY for screen attachment:', spawnErr);\\n 903→ this.emit('error', `Failed to attach to screen: ${spawnErr}`);\\n 904→ throw spawnErr;\\n 905→ }\\n 906→\\n 907→ // For NEW screens: wait for prompt to appear then clean buffer\\n 908→ // For RESTORED screens: don't do anything - client will fetch buffer on tab switch\\n 909→ if (!isRestoredSession) {\\n 910→ this._promptCheckInterval = setInterval(() => {\\n 911→ // Wait for the prompt character (❯) which means Claude is fully initialized\\n 912→ const bufferValue = this._terminalBuffer.value;\\n 913→ if (bufferValue.includes('❯') || bufferValue.includes('\\\\u276f')) {\\n 914→ if (this._promptCheckInterval) {\\n 915→ clearInterval(this._promptCheckInterval);\\n 916→ this._promptCheckInterval = null;\\n 917→ }\\n 918→ if (this._promptCheckTimeout) {\\n 919→ clearTimeout(this._promptCheckTimeout);\\n 920→ this._promptCheckTimeout = null;\\n 921→ }\\n 922→ // Clean the buffer - remove screen init junk before actual content\\n 923→ // Strip: cursor movement (\\\\x1b[nA/B/C/D), positioning (\\\\x1b[n;nH),\\n 924→ // clear screen (\\\\x1b[2J), scroll region (\\\\x1b[n;nr), and whitespace\\n 925→ this._terminalBuffer.set(\\n 926→ bufferValue.replace(/^(\\\\x1b\\\\[\\\\??[\\\\d;]*[A-Za-z]|[\\\\s\\\\r\\\\n])+/, '')\\n 927→ );\\n 928→ // Signal client to refresh\\n 929→ this.emit('clearTerminal');\\n 930→ }\\n 931→ }, 50);\\n 932→ // Timeout after 5 seconds if prompt not found\\n 933→ this._promptCheckTimeout = setTimeout(() => {\\n 934→ if (this._promptCheckInterval) {\\n 935→ clearInterval(this._promptCheckInterval);\\n 936→ this._promptCheckInterval = null;\\n 937→ }\\n 938→ this._promptCheckTimeout = null;\\n 939→ }, 5000);\\n 940→ }\\n 941→ } catch (err) {\\n 942→ console.error('[Session] Failed to create screen session, falling back to direct PTY:', err);\\n 943→ this._useScreen = false;\\n 944→ this._screenSession = null;\\n 945→ }\\n 946→ }\\n 947→\\n 948→ // Fallback to direct PTY if screen is not used\\n 949→ if (!this.ptyProcess) {\\n 950→ try {\\n 951→ this.ptyProcess = pty.spawn('claude', [\\n 952→ '--dangerously-skip-permissions'\\n 953→ ], {\\n 954→ name: 'xterm-256color',\\n 955→ cols: 120,\\n 956→ rows: 40,\\n 957→ cwd: this.workingDir,\\n 958→ env: {\\n 959→ ...process.env,\\n 960→ PATH: getAugmentedPath(),\\n 961→ TERM: 'xterm-256color',\\n 962→ // Inform Claude it's running within Claudeman (helps prevent self-termination)\\n 963→ CLAUDEMAN_SCREEN: '1',\\n 964→ CLAUDEMAN_SESSION_ID: this.id,\\n 965→ CLAUDEMAN_API_URL: process.env.CLAUDEMAN_API_URL || 'http://localhost:3000',\\n 966→ },\\n 967→ });\\n 968→ } catch (spawnErr) {\\n 969→ console.error('[Session] Failed to spawn Claude PTY:', spawnErr);\\n 970→ this._status = 'stopped';\\n 971→ this.emit('error', `Failed to start Claude: ${spawnErr}`);\\n 972→ throw new Error(`Failed to spawn Claude process: ${spawnErr}`);\\n 973→ }\\n 974→ }\\n 975→\\n 976→ this._pid = this.ptyProcess.pid;\\n 977→ console.log('[Session] Interactive PTY spawned with PID:', this._pid);\\n 978→\\n 979→ this.ptyProcess.onData((rawData: string) => {\\n 980→ // Filter out focus escape sequences and Ctrl+L (form feed)\\n 981→ const data = rawData\\n 982→ .replace(FOCUS_ESCAPE_FILTER, '')\\n 983→ .replace(/\\\\x0c/g, ''); // Remove Ctrl+L\\n 984→ if (!data) return; // Skip if only filtered sequences\\n 985→\\n 986→ // BufferAccumulator handles auto-trimming when max size exceeded\\n 987→ this._terminalBuffer.append(data);\\n 988→ this._lastActivityAt = Date.now();\\n 989→\\n 990→ this.emit('terminal', data);\\n 991→ this.emit('output', data);\\n 992→\\n 993→ // Forward to Ralph tracker to detect Ralph loops and todos\\n 994→ this._ralphTracker.processTerminalData(data);\\n 995→\\n 996→ // Forward to Bash tool parser to detect file-viewing commands\\n 997→ this._bashToolParser.processTerminalData(data);\\n 998→\\n 999→ // Parse token count from status line (e.g., \\\"123.4k tokens\\\" or \\\"5234 tokens\\\")\\n 1000→ this.parseTokensFromStatusLine(data);\\n 1001→\\n 1002→ // Parse task descriptions from terminal output (e.g., \\\"Explore(Check files)\\\")\\n 1003→ // This enables correlating subagent windows with their short descriptions\\n 1004→ this.parseTaskDescriptionsFromTerminalData(data);\\n 1005→\\n 1006→ // Detect if Claude is working or at prompt\\n 1007→ // The prompt line contains \\\"❯\\\" when waiting for input\\n 1008→ if (data.includes('❯') || data.includes('\\\\u276f')) {\\n 1009→ // Reset activity timeout - if no activity for 2 seconds after prompt, Claude is idle\\n 1010→ if (this.activityTimeout) clearTimeout(this.activityTimeout);\\n 1011→ this.activityTimeout = setTimeout(() => {\\n 1012→ // Emit idle if either:\\n 1013→ // 1. Claude was working and is now at prompt (normal case)\\n 1014→ // 2. Session just started and is ready (status is 'busy' but _isWorking is false)\\n 1015→ const wasWorking = this._isWorking;\\n 1016→ const isInitialReady = this._status === 'busy' && !this._isWorking;\\n 1017→ if (wasWorking || isInitialReady) {\\n 1018→ this._isWorking = false;\\n 1019→ this._status = 'idle';\\n 1020→ this._lastPromptTime = Date.now();\\n 1021→ this.emit('idle');\\n 1022→ }\\n 1023→ }, IDLE_DETECTION_DELAY_MS);\\n 1024→ }\\n 1025→\\n 1026→ // Detect when Claude starts working (thinking, writing, etc)\\n 1027→ if (data.includes('Thinking') || data.includes('Writing') || data.includes('Reading') ||\\n 1028→ data.includes('Running') || data.includes('⠋') || data.includes('⠙') ||\\n 1029→ data.includes('⠹') || data.includes('⠸') || data.includes('⠼') ||\\n 1030→ data.includes('⠴') || data.includes('⠦') || data.includes('⠧')) {\\n 1031→ if (!this._isWorking) {\\n 1032→ this._isWorking = true;\\n 1033→ this._status = 'busy';\\n 1034→ this.emit('working');\\n 1035→ }\\n 1036→ // Reset timeout since Claude is active\\n 1037→ if (this.activityTimeout) clearTimeout(this.activityTimeout);\\n 1038→ }\\n 1039→ });\\n 1040→\\n 1041→ this.ptyProcess.onExit(({ exitCode }) => {\\n 1042→ console.log('[Session] Interactive PTY exited with code:', exitCode);\\n 1043→ this.ptyProcess = null;\\n 1044→ this._pid = null;\\n 1045→ this._status = 'idle';\\n 1046→ // Clear all timers to prevent memory leaks\\n 1047→ if (this.activityTimeout) {\\n 1048→ clearTimeout(this.activityTimeout);\\n 1049→ this.activityTimeout = null;\\n 1050→ }\\n 1051→ if (this._promptCheckInterval) {\\n 1052→ clearInterval(this._promptCheckInterval);\\n 1053→ this._promptCheckInterval = null;\\n 1054→ }\\n 1055→ if (this._promptCheckTimeout) {\\n 1056→ clearTimeout(this._promptCheckTimeout);\\n 1057→ this._promptCheckTimeout = null;\\n 1058→ }\\n 1059→ // If using screen, mark the screen as detached but don't kill it\\n 1060→ if (this._screenSession && this._screenManager) {\\n 1061→ this._screenManager.setAttached(this.id, false);\\n 1062→ }\\n 1063→ this.emit('exit', exitCode);\\n 1064→ });\\n 1065→ }\\n 1066→\\n 1067→ /**\\n 1068→ * Starts a plain shell session (bash/zsh) without Claude CLI.\\n 1069→ *\\n 1070→ * Useful for debugging, testing, or when you just need a terminal.\\n 1071→ * Uses the user's default shell from $SHELL or falls back to /bin/bash.\\n 1072→ *\\n 1073→ * @throws {Error} If a process is already running in this session\\n 1074→ *\\n 1075→ * @example\\n 1076→ * ```typescript\\n 1077→ * const session = new Session({ workingDir: '/project', mode: 'shell' });\\n 1078→ * await session.startShell();\\n 1079→ * session.write('ls -la\\\\r');\\n 1080→ * ```\\n 1081→ */\\n 1082→ async startShell(): Promise<void> {\\n 1083→ if (this.ptyProcess) {\\n 1084→ throw new Error('Session already has a running process');\\n 1085→ }\\n 1086→\\n 1087→ this._status = 'busy';\\n 1088→ this._terminalBuffer.clear();\\n 1089→ this._outputBuffer = '';\\n 1090→ this._textOutput.clear();\\n 1091→ this._errorBuffer = '';\\n 1092→ this._messages = [];\\n 1093→ this._lineBuffer = '';\\n 1094→ this._lastActivityAt = Date.now();\\n 1095→\\n 1096→ // Use user's default shell or bash\\n 1097→ const shell = process.env.SHELL || '/bin/bash';\\n 1098→ console.log('[Session] Starting shell session with:', shell + (this._useScreen ? ' (with screen)' : ''));\\n 1099→\\n 1100→ // If screen wrapping is enabled, create or attach to a screen session\\n 1101→ if (this._useScreen && this._screenManager) {\\n 1102→ try {\\n 1103→ // Check if we already have a screen session (restored session)\\n 1104→ const isRestoredSession = this._screenSession !== null;\\n 1105→ if (isRestoredSession) {\\n 1106→ console.log('[Session] Attaching to existing screen session:', this._screenSession!.screenName);\\n 1107→ } else {\\n 1108→ // Create a new screen session\\n 1109→ this._screenSession = await this._screenManager.createScreen(this.id, this.workingDir, 'shell', this._name, this._niceConfig);\\n 1110→ console.log('[Session] Created screen session:', this._screenSession.screenName);\\n 1111→\\n 1112→ // Wait a moment for screen to fully start\\n 1113→ await new Promise(resolve => setTimeout(resolve, SCREEN_STARTUP_DELAY_MS));\\n 1114→ }\\n 1115→\\n 1116→ // Attach to the screen session via PTY\\n 1117→ try {\\n 1118→ this.ptyProcess = pty.spawn('screen', [\\n 1119→ '-x', this._screenSession!.screenName\\n 1120→ ], {\\n 1121→ name: 'xterm-256color',\\n 1122→ cols: 120,\\n 1123→ rows: 40,\\n 1124→ cwd: this.workingDir,\\n 1125→ env: { ...process.env, TERM: 'xterm-256color' },\\n 1126→ });\\n 1127→ } catch (spawnErr) {\\n 1128→ console.error('[Session] Failed to spawn PTY for shell screen attachment:', spawnErr);\\n 1129→ this.emit('error', `Failed to attach to screen: ${spawnErr}`);\\n 1130→ throw spawnErr;\\n 1131→ }\\n 1132→\\n 1133→ // For NEW screens: clear by sending 'clear' command to the shell\\n 1134→ // For RESTORED screens: don't clear - we want to see the existing output\\n 1135→ if (!isRestoredSession) {\\n 1136→ setTimeout(() => {\\n 1137→ if (this.ptyProcess) {\\n 1138→ this._terminalBuffer.clear();\\n 1139→ this.ptyProcess.write('clear\\\\n');\\n 1140→ }\\n 1141→ }, 100);\\n 1142→ }\\n 1143→ } catch (err) {\\n 1144→ console.error('[Session] Failed to create screen session, falling back to direct PTY:', err);\\n 1145→ this._useScreen = false;\\n 1146→ this._screenSession = null;\\n 1147→ }\\n 1148→ }\\n 1149→\\n 1150→ // Fallback to direct PTY if screen is not used\\n 1151→ if (!this.ptyProcess) {\\n 1152→ try {\\n 1153→ this.ptyProcess = pty.spawn(shell, [], {\\n 1154→ name: 'xterm-256color',\\n 1155→ cols: 120,\\n 1156→ rows: 40,\\n 1157→ cwd: this.workingDir,\\n 1158→ env: {\\n 1159→ ...process.env,\\n 1160→ TERM: 'xterm-256color',\\n 1161→ CLAUDEMAN_SCREEN: '1',\\n 1162→ CLAUDEMAN_SESSION_ID: this.id,\\n 1163→ CLAUDEMAN_API_URL: process.env.CLAUDEMAN_API_URL || 'http://localhost:3000',\\n 1164→ },\\n 1165→ });\\n 1166→ } catch (spawnErr) {\\n 1167→ console.error('[Session] Failed to spawn shell PTY:', spawnErr);\\n 1168→ this._status = 'stopped';\\n 1169→ this.emit('error', `Failed to start shell: ${spawnErr}`);\\n 1170→ throw new Error(`Failed to spawn shell process: ${spawnErr}`);\\n 1171→ }\\n 1172→ }\\n 1173→\\n 1174→ this._pid = this.ptyProcess.pid;\\n 1175→ console.log('[Session] Shell PTY spawned with PID:', this._pid);\\n 1176→\\n 1177→ this.ptyProcess.onData((rawData: string) => {\\n 1178→ // Filter out focus escape sequences\\n 1179→ const data = rawData.replace(FOCUS_ESCAPE_FILTER, '');\\n 1180→ if (!data) return; // Skip if only focus sequences\\n 1181→\\n 1182→ // BufferAccumulator handles auto-trimming when max size exceeded\\n 1183→ this._terminalBuffer.append(data);\\n 1184→ this._lastActivityAt = Date.now();\\n 1185→\\n 1186→ this.emit('terminal', data);\\n 1187→ this.emit('output', data);\\n 1188→ });\\n 1189→\\n 1190→ this.ptyProcess.onExit(({ exitCode }) => {\\n 1191→ console.log('[Session] Shell PTY exited with code:', exitCode);\\n 1192→ this.ptyProcess = null;\\n 1193→ this._pid = null;\\n 1194→ this._status = 'idle';\\n 1195→ // Clear timers to prevent memory leaks\\n 1196→ if (this._shellIdleTimer) {\\n 1197→ clearTimeout(this._shellIdleTimer);\\n 1198→ this._shellIdleTimer = null;\\n 1199→ }\\n 1200→ if (this.activityTimeout) {\\n 1201→ clearTimeout(this.activityTimeout);\\n 1202→ this.activityTimeout = null;\\n 1203→ }\\n 1204→ // If using screen, mark the screen as detached but don't kill it\\n 1205→ if (this._screenSession && this._screenManager) {\\n 1206→ this._screenManager.setAttached(this.id, false);\\n 1207→ }\\n 1208→ this.emit('exit', exitCode);\\n 1209→ });\\n 1210→\\n 1211→ // Mark as idle after a short delay (shell is ready)\\n 1212→ this._shellIdleTimer = setTimeout(() => {\\n 1213→ this._shellIdleTimer = null;\\n 1214→ this._status = 'idle';\\n 1215→ this._isWorking = false;\\n 1216→ this.emit('idle');\\n 1217→ }, 500);\\n 1218→ }\\n 1219→\\n 1220→ /**\\n 1221→ * Runs a one-shot prompt and returns the result.\\n 1222→ *\\n 1223→ * This spawns Claude CLI with `--output-format stream-json` to get\\n 1224→ * structured JSON output. The promise resolves when Claude completes\\n 1225→ * the response.\\n 1226→ *\\n 1227→ * @param prompt - The prompt text to send to Claude\\n 1228→ * @param options - Optional configuration\\n 1229→ * @param options.model - Model to use ('opus', 'sonnet', or full model name). Defaults to default model.\\n 1230→ * @param options.onProgress - Callback for progress updates (token count, status)\\n 1231→ * @returns Promise resolving to the result text and total cost in USD\\n 1232→ * @throws {Error} If a process is already running in this session\\n 1233→ *\\n 1234→ * @example\\n 1235→ * ```typescript\\n 1236→ * const session = new Session({ workingDir: '/project' });\\n 1237→ * const { result, cost } = await session.runPrompt('Explain this code', { model: 'opus' });\\n 1238→ * console.log(`Response: ${result}`);\\n 1239→ * console.log(`Cost: $${cost.toFixed(4)}`);\\n 1240→ * ```\\n 1241→ */\\n 1242→ async runPrompt(\\n 1243→ prompt: string,\\n 1244→ options?: { model?: string; onProgress?: (info: { tokens?: number; status?: string }) => void }\\n 1245→ ): Promise<{ result: string; cost: number }> {\\n 1246→ return new Promise((resolve, reject) => {\\n 1247→ if (this.ptyProcess) {\\n 1248→ reject(new Error('Session already has a running process'));\\n 1249→ return;\\n 1250→ }\\n 1251→\\n 1252→ this._status = 'busy';\\n 1253→ this._terminalBuffer.clear();\\n 1254→ this._outputBuffer = '';\\n 1255→ this._textOutput.clear();\\n 1256→ this._errorBuffer = '';\\n 1257→ this._messages = [];\\n 1258→ this._lineBuffer = '';\\n 1259→ this._lastActivityAt = Date.now();\\n 1260→ this._promptResolved = false; // Reset race condition guard\\n 1261→\\n 1262→ this.resolvePromise = resolve;\\n 1263→ this.rejectPromise = reject;\\n 1264→\\n 1265→ try {\\n 1266→ // Spawn claude in a real PTY\\n 1267→ const model = options?.model;\\n 1268→ console.log('[Session] Spawning PTY for claude with prompt:', prompt.substring(0, 50), model ? `(model: ${model})` : '');\\n 1269→\\n 1270→ const args = [\\n 1271→ '-p',\\n 1272→ '--dangerously-skip-permissions',\\n 1273→ '--output-format', 'stream-json',\\n 1274→ ];\\n 1275→ if (model) {\\n 1276→ args.push('--model', model);\\n 1277→ }\\n 1278→ args.push(prompt);\\n 1279→\\n 1280→ try {\\n 1281→ this.ptyProcess = pty.spawn('claude', args, {\\n 1282→ name: 'xterm-256color',\\n 1283→ cols: 120,\\n 1284→ rows: 40,\\n 1285→ cwd: this.workingDir,\\n 1286→ env: {\\n 1287→ ...process.env,\\n 1288→ PATH: getAugmentedPath(),\\n 1289→ TERM: 'xterm-256color',\\n 1290→ // Inform Claude it's running within Claudeman\\n 1291→ CLAUDEMAN_SCREEN: '1',\\n 1292→ CLAUDEMAN_SESSION_ID: this.id,\\n 1293→ CLAUDEMAN_API_URL: process.env.CLAUDEMAN_API_URL || 'http://localhost:3000',\\n 1294→ },\\n 1295→ });\\n 1296→ } catch (spawnErr) {\\n 1297→ console.error('[Session] Failed to spawn Claude PTY for runPrompt:', spawnErr);\\n 1298→ this.emit('error', `Failed to spawn Claude: ${spawnErr instanceof Error ? spawnErr.message : String(spawnErr)}`);\\n 1299→ throw spawnErr;\\n 1300→ }\\n 1301→\\n 1302→ this._pid = this.ptyProcess.pid;\\n 1303→ console.log('[Session] PTY spawned with PID:', this._pid);\\n 1304→\\n 1305→ // Handle terminal data\\n 1306→ this.ptyProcess.onData((rawData: string) => {\\n 1307→ // Filter out focus escape sequences\\n 1308→ const data = rawData.replace(FOCUS_ESCAPE_FILTER, '');\\n 1309→ if (!data) return; // Skip if only focus sequences\\n 1310→\\n 1311→ // BufferAccumulator handles auto-trimming when max size exceeded\\n 1312→ this._terminalBuffer.append(data);\\n 1313→ this._lastActivityAt = Date.now();\\n 1314→\\n 1315→ this.emit('terminal', data);\\n 1316→ this.emit('output', data);\\n 1317→\\n 1318→ // Also try to parse JSON lines for structured data\\n 1319→ this.processOutput(data);\\n 1320→ });\\n 1321→\\n 1322→ // Handle exit\\n 1323→ this.ptyProcess.onExit(({ exitCode }) => {\\n 1324→ console.log('[Session] PTY exited with code:', exitCode);\\n 1325→ this.ptyProcess = null;\\n 1326→ this._pid = null;\\n 1327→\\n 1328→ // Guard against race conditions: only process once per runPrompt call\\n 1329→ if (this._promptResolved) {\\n 1330→ this.emit('exit', exitCode);\\n 1331→ return;\\n 1332→ }\\n 1333→ this._promptResolved = true;\\n 1334→\\n 1335→ // Capture callbacks atomically before processing\\n 1336→ const resolve = this.resolvePromise;\\n 1337→ const reject = this.rejectPromise;\\n 1338→ this.resolvePromise = null;\\n 1339→ this.rejectPromise = null;\\n 1340→\\n 1341→ // Find result from parsed messages or use text output\\n 1342→ const resultMsg = this._messages.find(m => m.type === 'result');\\n 1343→\\n 1344→ if (resultMsg && !resultMsg.is_error) {\\n 1345→ this._status = 'idle';\\n 1346→ const cost = resultMsg.total_cost_usd || 0;\\n 1347→ this._totalCost += cost;\\n 1348→ this.emit('completion', resultMsg.result || '', cost);\\n 1349→ if (resolve) {\\n 1350→ resolve({ result: resultMsg.result || '', cost });\\n 1351→ }\\n 1352→ } else if (exitCode !== 0 || (resultMsg && resultMsg.is_error)) {\\n 1353→ this._status = 'error';\\n 1354→ if (reject) {\\n 1355→ reject(new Error(this._errorBuffer || this._textOutput.value || 'Process exited with error'));\\n 1356→ }\\n 1357→ } else {\\n 1358→ this._status = 'idle';\\n 1359→ if (resolve) {\\n 1360→ resolve({ result: this._textOutput.value || this._terminalBuffer.value, cost: this._totalCost });\\n 1361→ }\\n 1362→ }\\n 1363→\\n 1364→ this.emit('exit', exitCode);\\n 1365→ });\\n 1366→\\n 1367→ } catch (err) {\\n 1368→ this._status = 'error';\\n 1369→ reject(err);\\n 1370→ }\\n 1371→ });\\n 1372→ }\\n 1373→\\n 1374→ private processOutput(data: string): void {\\n 1375→ // Early return if session is stopped to prevent any processing or timer creation\\n 1376→ if (this._isStopped) return;\\n 1377→\\n 1378→ // Try to extract JSON from output (Claude may output JSON in stream mode)\\n 1379→ this._lineBuffer += data;\\n 1380→\\n 1381→ // Prevent unbounded line buffer growth for very long lines\\n 1382→ if (this._lineBuffer.length > MAX_LINE_BUFFER_SIZE) {\\n 1383→ // Force flush the oversized buffer as text output\\n 1384→ this._textOutput.append(this._lineBuffer + '\\\\n');\\n 1385→ this._lineBuffer = '';\\n 1386→ }\\n 1387→\\n 1388→ // Start flush timer if not running (handles partial lines after 100ms)\\n 1389→ if (!this._lineBufferFlushTimer && this._lineBuffer.length > 0 && !this._isStopped) {\\n 1390→ this._lineBufferFlushTimer = setTimeout(() => {\\n 1391→ this._lineBufferFlushTimer = null;\\n 1392→ if (this._lineBuffer.length > 0 && !this._isStopped) {\\n 1393→ // Flush partial line as text output\\n 1394→ this._textOutput.append(this._lineBuffer);\\n 1395→ this._lineBuffer = '';\\n 1396→ }\\n 1397→ }, LINE_BUFFER_FLUSH_INTERVAL);\\n 1398→ }\\n 1399→\\n 1400→ const lines = this._lineBuffer.split('\\\\n');\\n 1401→ this._lineBuffer = lines.pop() || '';\\n 1402→\\n 1403→ // Clear flush timer if buffer is now empty\\n 1404→ if (this._lineBuffer.length === 0 && this._lineBufferFlushTimer) {\\n 1405→ clearTimeout(this._lineBufferFlushTimer);\\n 1406→ this._lineBufferFlushTimer = null;\\n 1407→ }\\n 1408→\\n 1409→ for (const line of lines) {\\n 1410→ const trimmed = line.trim();\\n 1411→ // Remove ANSI escape codes for JSON parsing (use pre-compiled pattern)\\n 1412→ const cleanLine = trimmed.replace(ANSI_ESCAPE_PATTERN, '');\\n 1413→\\n 1414→ if (cleanLine.startsWith('{') && cleanLine.endsWith('}')) {\\n 1415→ try {\\n 1416→ const msg = JSON.parse(cleanLine) as ClaudeMessage;\\n 1417→ this._messages.push(msg);\\n 1418→ this.emit('message', msg);\\n 1419→\\n 1420→ // Trim messages array for long-running sessions\\n 1421→ if (this._messages.length > MAX_MESSAGES) {\\n 1422→ this._messages = this._messages.slice(-Math.floor(MAX_MESSAGES * 0.8));\\n 1423→ }\\n 1424→\\n 1425→ if (msg.type === 'system' && msg.session_id) {\\n 1426→ this._claudeSessionId = msg.session_id;\\n 1427→ }\\n 1428→\\n 1429→ // Process message for task tracking\\n 1430→ this._taskTracker.processMessage(msg);\\n 1431→\\n 1432→ if (msg.type === 'assistant' && msg.message?.content) {\\n 1433→ for (const block of msg.message.content) {\\n 1434→ if (block.type === 'text' && block.text) {\\n 1435→ this._textOutput.append(block.text);\\n 1436→ }\\n 1437→ }\\n 1438→ // Track tokens from usage (with validation)\\n 1439→ if (msg.message.usage) {\\n 1440→ const inputDelta = msg.message.usage.input_tokens || 0;\\n 1441→ const outputDelta = msg.message.usage.output_tokens || 0;\\n 1442→\\n 1443→ // Sanity check: max 100k tokens per message (generous limit)\\n 1444→ const MAX_TOKENS_PER_MESSAGE = 100_000;\\n 1445→ if (inputDelta > 0 && inputDelta <= MAX_TOKENS_PER_MESSAGE) {\\n 1446→ this._totalInputTokens += inputDelta;\\n 1447→ }\\n 1448→ if (outputDelta > 0 && outputDelta <= MAX_TOKENS_PER_MESSAGE) {\\n 1449→ this._totalOutputTokens += outputDelta;\\n 1450→ }\\n 1451→\\n 1452→ // Check if we should auto-compact or auto-clear\\n 1453→ this.checkAutoCompact();\\n 1454→ this.checkAutoClear();\\n 1455→ }\\n 1456→ }\\n 1457→\\n 1458→ if (msg.type === 'result' && msg.total_cost_usd) {\\n 1459→ this._totalCost = msg.total_cost_usd;\\n 1460→ }\\n 1461→ } catch {\\n 1462→ // Not JSON, just regular output\\n 1463→ this._textOutput.append(line + '\\\\n');\\n 1464→ }\\n 1465→ } else if (trimmed) {\\n 1466→ this._textOutput.append(line + '\\\\n');\\n 1467→ }\\n 1468→\\n 1469→ // Parse task descriptions from terminal output (e.g., \\\"Explore(Description)\\\")\\n 1470→ // This captures the short description from Claude Code's Task tool output\\n 1471→ this.parseTaskDescriptionsFromLine(cleanLine);\\n 1472→ }\\n 1473→ // Note: BufferAccumulator auto-trims when max size exceeded\\n 1474→ }\\n 1475→\\n 1476→ /**\\n 1477→ * Parse task descriptions from raw terminal data (may contain mult\niple lines).\\n 1478→ * Called from interactive mode's onData handler.\\n 1479→ */\\n 1480→ private parseTaskDescriptionsFromTerminalData(data: string): void {\\n 1481→ // Quick pre-check: skip if no parentheses present\\n 1482→ if (!data.includes('(') || !data.includes(')')) return;\\n 1483→\\n 1484→ // Split by newlines and process each line\\n 1485→ const lines = data.split(/\\\\r?\\\\n/);\\n 1486→ for (const line of lines) {\\n 1487→ this.parseTaskDescriptionsFromLine(line);\\n 1488→ }\\n 1489→ }\\n 1490→\\n 1491→ /**\\n 1492→ * Parse task descriptions from terminal output.\\n 1493→ * Claude Code outputs Task tool calls as \\\"ToolName(Description)\\\" in the terminal.\\n 1494→ * We capture these descriptions to use as window titles for subagents.\\n 1495→ */\\n 1496→ private parseTaskDescriptionsFromLine(line: string): void {\\n 1497→ // Quick pre-check: skip expensive regex if no common tool patterns present\\n 1498→ if (!line.includes('(') || !line.includes(')')) return;\\n 1499→\\n 1500→ // Strip ANSI codes before matching - terminal output has embedded codes like [1mExplore[0m\\n 1501→ const cleanLine = line.replace(ANSI_ESCAPE_PATTERN, '');\\n 1502→\\n 1503→ // Reset regex lastIndex for global pattern\\n 1504→ TASK_TOOL_PATTERN.lastIndex = 0;\\n 1505→\\n 1506→ let match;\\n 1507→ while ((match = TASK_TOOL_PATTERN.exec(cleanLine)) !== null) {\\n 1508→ const description = match[2].trim();\\n 1509→ if (description && description.length > 0) {\\n 1510→ const now = Date.now();\\n 1511→ this._recentTaskDescriptions.set(now, description);\\n 1512→\\n 1513→ // Cleanup old entries\\n 1514→ this.cleanupOldTaskDescriptions();\\n 1515→ }\\n 1516→ }\\n 1517→ }\\n 1518→\\n 1519→ /** Maximum number of task descriptions to keep */\\n 1520→ private static readonly MAX_TASK_DESCRIPTIONS = 100;\\n 1521→\\n 1522→ /**\\n 1523→ * Remove task descriptions older than TASK_DESCRIPTION_MAX_AGE_MS.\\n 1524→ * Also enforces MAX_TASK_DESCRIPTIONS size limit.\\n 1525→ */\\n 1526→ private cleanupOldTaskDescriptions(): void {\\n 1527→ const cutoff = Date.now() - Session.TASK_DESCRIPTION_MAX_AGE_MS;\\n 1528→ // Collect keys to delete first, then delete (avoids modifying Map during iteration)\\n 1529→ const keysToDelete: number[] = [];\\n 1530→ for (const [timestamp] of this._recentTaskDescriptions) {\\n 1531→ if (timestamp < cutoff) {\\n 1532→ keysToDelete.push(timestamp);\\n 1533→ }\\n 1534→ }\\n 1535→ for (const key of keysToDelete) {\\n 1536→ this._recentTaskDescriptions.delete(key);\\n 1537→ }\\n 1538→\\n 1539→ // Enforce size limit by removing oldest entries\\n 1540→ if (this._recentTaskDescriptions.size > Session.MAX_TASK_DESCRIPTIONS) {\\n 1541→ const sortedKeys = Array.from(this._recentTaskDescriptions.keys()).sort((a, b) => a - b);\\n 1542→ const keysToRemove = sortedKeys.slice(0, this._recentTaskDescriptions.size - Session.MAX_TASK_DESCRIPTIONS);\\n 1543→ for (const key of keysToRemove) {\\n 1544→ this._recentTaskDescriptions.delete(key);\\n 1545→ }\\n 1546→ }\\n 1547→ }\\n 1548→\\n 1549→ /**\\n 1550→ * Get recent task descriptions parsed from terminal output.\\n 1551→ * Returns descriptions sorted by timestamp (most recent first).\\n 1552→ */\\n 1553→ getRecentTaskDescriptions(): Array<{ timestamp: number; description: string }> {\\n 1554→ this.cleanupOldTaskDescriptions();\\n 1555→ const results: Array<{ timestamp: number; description: string }> = [];\\n 1556→ for (const [timestamp, description] of this._recentTaskDescriptions) {\\n 1557→ results.push({ timestamp, description });\\n 1558→ }\\n 1559→ return results.sort((a, b) => b.timestamp - a.timestamp);\\n 1560→ }\\n 1561→\\n 1562→ /**\\n 1563→ * Find a task description that was parsed close to a given timestamp.\\n 1564→ * Used to correlate with SubagentWatcher discoveries.\\n 1565→ *\\n 1566→ * @param subagentStartTime - The timestamp when the subagent was discovered\\n 1567→ * @param maxAgeMs - Maximum age difference to consider (default 10 seconds)\\n 1568→ * @returns The matching description or undefined\\n 1569→ */\\n 1570→ findTaskDescriptionNear(subagentStartTime: number, maxAgeMs: number = 10000): string | undefined {\\n 1571→ this.cleanupOldTaskDescriptions();\\n 1572→\\n 1573→ // Find the most recent description that was parsed before or around the subagent start time\\n 1574→ let bestMatch: { timestamp: number; description: string } | undefined;\\n 1575→ let bestDiff = Infinity;\\n 1576→\\n 1577→ for (const [timestamp, description] of this._recentTaskDescriptions) {\\n 1578→ const diff = Math.abs(subagentStartTime - timestamp);\\n 1579→ if (diff < maxAgeMs && diff < bestDiff) {\\n 1580→ bestMatch = { timestamp, description };\\n 1581→ bestDiff = diff;\\n 1582→ }\\n 1583→ }\\n 1584→\\n 1585→ return bestMatch?.description;\\n 1586→ }\\n 1587→\\n 1588→ // Parse token count from Claude's status line in interactive mode\\n 1589→ // Matches patterns like \\\"123.4k tokens\\\", \\\"5234 tokens\\\", \\\"1.2M tokens\\\"\\n 1590→ //\\n 1591→ // SAFETY LIMITS:\\n 1592→ // - Max tokens per session: 500k (Claude's context is ~200k)\\n 1593→ // - Max delta per update: 100k (prevents sudden jumps from parsing errors)\\n 1594→ // - Rejects \\\"M\\\" suffix values > 0.5 (500k) to prevent false matches\\n 1595→ private parseTokensFromStatusLine(data: string): void {\\n 1596→ // Quick pre-check: skip expensive regex if \\\"token\\\" not present (performance optimization)\\n 1597→ if (!data.includes('token')) return;\\n 1598→\\n 1599→ // Remove ANSI escape codes for cleaner parsing (use pre-compiled pattern)\\n 1600→ const cleanData = data.replace(ANSI_ESCAPE_PATTERN, '');\\n 1601→\\n 1602→ // Match patterns: \\\"123.4k tokens\\\", \\\"5234 tokens\\\", \\\"1.2M tokens\\\"\\n 1603→ // The status line typically shows total tokens like \\\"1.2k tokens\\\" near the prompt\\n 1604→ const tokenMatch = cleanData.match(TOKEN_PATTERN);\\n 1605→\\n 1606→ if (tokenMatch) {\\n 1607→ let tokenCount = parseFloat(tokenMatch[1]);\\n 1608→ const suffix = tokenMatch[2]?.toLowerCase();\\n 1609→\\n 1610→ // Convert k/M suffix to actual number\\n 1611→ if (suffix === 'k') {\\n 1612→ tokenCount *= 1000;\\n 1613→ } else if (suffix === 'm') {\\n 1614→ // Safety: Reject M values that would result in > 500k tokens\\n 1615→ // Claude's context window is ~200k, so anything claiming millions is likely a false match\\n 1616→ if (tokenCount > 0.5) {\\n 1617→ console.warn(`[Session ${this.id}] Rejected suspicious M token value: ${tokenMatch[0]} (would be ${tokenCount * 1000000} tokens)`);\\n 1618→ return;\\n 1619→ }\\n 1620→ tokenCount *= 1000000;\\n 1621→ }\\n 1622→\\n 1623→ // Safety: Absolute maximum of 500k tokens per session\\n 1624→ const MAX_SESSION_TOKENS = 500_000;\\n 1625→ if (tokenCount > MAX_SESSION_TOKENS) {\\n 1626→ console.warn(`[Session ${this.id}] Rejected token count exceeding max: ${tokenCount} > ${MAX_SESSION_TOKENS}`);\\n 1627→ return;\\n 1628→ }\\n 1629→\\n 1630→ // Only update if the new count is higher (tokens only increase within a session)\\n 1631→ // We use total tokens as an estimate - Claude shows combined input+output\\n 1632→ const currentTotal = this._totalInputTokens + this._totalOutputTokens;\\n 1633→ if (tokenCount > currentTotal) {\\n 1634→ const delta = tokenCount - currentTotal;\\n 1635→\\n 1636→ // Safety: Reject suspiciously large jumps (max 100k per update)\\n 1637→ const MAX_DELTA_PER_UPDATE = 100_000;\\n 1638→ if (delta > MAX_DELTA_PER_UPDATE) {\\n 1639→ console.warn(`[Session ${this.id}] Rejected suspicious token jump: ${currentTotal} -> ${tokenCount} (delta: ${delta})`);\\n 1640→ return;\\n 1641→ }\\n 1642→\\n 1643→ // Estimate: split roughly 60% input, 40% output (common ratio)\\n 1644→ // This is an approximation since interactive mode doesn't give us the breakdown\\n 1645→ this._totalInputTokens += Math.round(delta * 0.6);\\n 1646→ this._totalOutputTokens += Math.round(delta * 0.4);\\n 1647→\\n 1648→ // Check if we should auto-compact or auto-clear\\n 1649→ this.checkAutoCompact();\\n 1650→ this.checkAutoClear();\\n 1651→ }\\n 1652→ }\\n 1653→ }\\n 1654→\\n 1655→ // Check if we should auto-compact based on token threshold\\n 1656→ private checkAutoCompact(): void {\\n 1657→ if (!this._autoCompactEnabled || this._isCompacting || this._isClearing || this._isStopped) return;\\n 1658→\\n 1659→ const totalTokens = this._totalInputTokens + this._totalOutputTokens;\\n 1660→ if (totalTokens >= this._autoCompactThreshold) {\\n 1661→ this._isCompacting = true;\\n 1662→ console.log(`[Session] Auto-compact triggered: ${totalTokens} tokens >= ${this._autoCompactThreshold} threshold`);\\n 1663→\\n 1664→ // Wait for Claude to be idle before compacting\\n 1665→ const checkAndCompact = () => {\\n 1666→ // Check if session is still valid (not stopped)\\n 1667→ if (!this._isCompacting || this._isStopped) return;\\n 1668→\\n 1669→ if (!this._isWorking) {\\n 1670→ // Send /compact command with optional prompt\\n 1671→ const compactCmd = this._autoCompactPrompt\\n 1672→ ? `/compact ${this._autoCompactPrompt}\\\\r`\\n 1673→ : '/compact\\\\r';\\n 1674→ this.writeViaScreen(compactCmd);\\n 1675→ this.emit('autoCompact', {\\n 1676→ tokens: totalTokens,\\n 1677→ threshold: this._autoCompactThreshold,\\n 1678→ prompt: this._autoCompactPrompt || undefined\\n 1679→ });\\n 1680→\\n 1681→ // Wait a moment then re-enable (longer than clear since compact takes time)\\n 1682→ if (!this._isStopped) {\\n 1683→ this._autoCompactTimer = setTimeout(() => {\\n 1684→ this._autoCompactTimer = null;\\n 1685→ this._isCompacting = false;\\n 1686→ }, 10000);\\n 1687→ }\\n 1688→ } else {\\n 1689→ // Check again after delay\\n 1690→ if (!this._isStopped) {\\n 1691→ this._autoCompactTimer = setTimeout(checkAndCompact, AUTO_RETRY_DELAY_MS);\\n 1692→ }\\n 1693→ }\\n 1694→ };\\n 1695→\\n 1696→ // Start checking after a short delay\\n 1697→ if (!this._isStopped) {\\n 1698→ this._autoCompactTimer = setTimeout(checkAndCompact, AUTO_INITIAL_DELAY_MS);\\n 1699→ }\\n 1700→ }\\n 1701→ }\\n 1702→\\n 1703→ // Check if we should auto-clear based on token threshold\\n 1704→ private checkAutoClear(): void {\\n 1705→ if (!this._autoClearEnabled || this._isClearing || this._isCompacting || this._isStopped) return;\\n 1706→\\n 1707→ const totalTokens = this._totalInputTokens + this._totalOutputTokens;\\n 1708→ if (totalTokens >= this._autoClearThreshold) {\\n 1709→ this._isClearing = true;\\n 1710→ console.log(`[Session] Auto-clear triggered: ${totalTokens} tokens >= ${this._autoClearThreshold} threshold`);\\n 1711→\\n 1712→ // Wait for Claude to be idle before clearing\\n 1713→ const checkAndClear = () => {\\n 1714→ // Check if session is still valid (not stopped)\\n 1715→ if (!this._isClearing || this._isStopped) return;\\n 1716→\\n 1717→ if (!this._isWorking) {\\n 1718→ // Send /clear command\\n 1719→ this.writeViaScreen('/clear\\\\r');\\n 1720→ // Reset token counts\\n 1721→ this._totalInputTokens = 0;\\n 1722→ this._totalOutputTokens = 0;\\n 1723→ this.emit('autoClear', { tokens: totalTokens, threshold: this._autoClearThreshold });\\n 1724→\\n 1725→ // Wait a moment then re-enable\\n 1726→ if (!this._isStopped) {\\n 1727→ this._autoClearTimer = setTimeout(() => {\\n 1728→ this._autoClearTimer = null;\\n 1729→ this._isClearing = false;\\n 1730→ }, 5000);\\n 1731→ }\\n 1732→ } else {\\n 1733→ // Check again after delay\\n 1734→ if (!this._isStopped) {\\n 1735→ this._autoClearTimer = setTimeout(checkAndClear, AUTO_RETRY_DELAY_MS);\\n 1736→ }\\n 1737→ }\\n 1738→ };\\n 1739→\\n 1740→ // Start checking after a short delay\\n 1741→ if (!this._isStopped) {\\n 1742→ this._autoClearTimer = setTimeout(checkAndClear, AUTO_INITIAL_DELAY_MS);\\n 1743→ }\\n 1744→ }\\n 1745→ }\\n 1746→\\n 1747→ /**\\n 1748→ * Sends input directly to the PTY process.\\n 1749→ *\\n 1750→ * For interactive sessions, this is how you send user input to Claude.\\n 1751→ * Remember to include `\\\\r` (carriage return) to simulate pressing Enter.\\n 1752→ *\\n 1753→ * @param data - The input data to send (text, escape sequences, etc.)\\n 1754→ *\\n 1755→ * @example\\n 1756→ * ```typescript\\n 1757→ * session.write('hello world'); // Text only, no Enter\\n 1758→ * session.write('\\\\r'); // Enter key\\n 1759→ * session.write('ls -la\\\\r'); // Command with Enter\\n 1760→ * ```\\n 1761→ */\\n 1762→ write(data: string): void {\\n 1763→ if (this.ptyProcess) {\\n 1764→ this.ptyProcess.write(data);\\n 1765→ }\\n 1766→ }\\n 1767→\\n 1768→ /**\\n 1769→ * Sends input via GNU Screen's `screen -X stuff` command.\\n 1770→ *\\n 1771→ * More reliable than direct PTY write for programmatic input, especially\\n 1772→ * with Claude CLI which uses Ink (React for terminals). Text and Enter\\n 1773→ * are sent as separate commands internally.\\n 1774→ *\\n 1775→ * @param data - Input data with optional `\\\\r` for Enter\\n 1776→ * @returns true if input was sent, false if no screen session or PTY\\n 1777→ *\\n 1778→ * @example\\n 1779→ * ```typescript\\n 1780→ * session.writeViaScreen('/clear\\\\r'); // Send /clear command\\n 1781→ * session.writeViaScreen('/init\\\\r'); // Send /init command\\n 1782→ * ```\\n 1783→ */\\n 1784→ writeViaScreen(data: string): boolean {\\n 1785→ if (this._screenManager && this._screenSession) {\\n 1786→ return this._screenManager.sendInput(this.id, data);\\n 1787→ }\\n 1788→ // Fallback to PTY write\\n 1789→ if (this.ptyProcess) {\\n 1790→ this.ptyProcess.write(data);\\n 1791→ return true;\\n 1792→ }\\n 1793→ return false;\\n 1794→ }\\n 1795→\\n 1796→ /**\\n 1797→ * Resizes the PTY terminal dimensions.\\n 1798→ *\\n 1799→ * Call this when the frontend terminal is resized to keep PTY in sync.\\n 1800→ *\\n 1801→ * @param cols - Number of columns (width in characters)\\n 1802→ * @param rows - Number of rows (height in lines)\\n 1803→ */\\n 1804→ resize(cols: number, rows: number): void {\\n 1805→ if (this.ptyProcess) {\\n 1806→ this.ptyProcess.resize(cols, rows);\\n 1807→ }\\n 1808→ }\\n 1809→\\n 1810→ // Legacy method for compatibility with session-manager\\n 1811→ async start(): Promise<void> {\\n 1812→ this._status = 'idle';\\n 1813→ }\\n 1814→\\n 1815→ // Legacy method for sending input - wraps runPrompt\\n 1816→ async sendInput(input: string): Promise<void> {\\n 1817→ this._status = 'busy';\\n 1818→ this._lastActivityAt = Date.now();\\n 1819→ this.runPrompt(input).catch(err => {\\n 1820→ this.emit('error', err.message);\\n 1821→ });\\n 1822→ }\\n 1823→\\n 1824→ /**\\n 1825→ * Remove event listeners from TaskTracker and RalphTracker.\\n 1826→ * Prevents memory leaks by ensuring handlers don't persist after session stop.\\n 1827→ */\\n 1828→ private cleanupTrackerListeners(): void {\\n 1829→ // Remove TaskTracker handlers\\n 1830→ if (this._taskTrackerHandlers) {\\n 1831→ this._taskTracker.off('taskCreated', this._taskTrackerHandlers.taskCreated);\\n 1832→ this._taskTracker.off('taskUpdated', this._taskTrackerHandlers.taskUpdated);\\n 1833→ this._taskTracker.off('taskCompleted', this._taskTrackerHandlers.taskCompleted);\\n 1834→ this._taskTracker.off('taskFailed', this._taskTrackerHandlers.taskFailed);\\n 1835→ this._taskTrackerHandlers = null;\\n 1836→ }\\n 1837→\\n 1838→ // Remove RalphTracker handlers\\n 1839→ if (this._ralphHandlers) {\\n 1840→ this._ralphTracker.off('loopUpdate', this._ralphHandlers.loopUpdate);\\n 1841→ this._ralphTracker.off('todoUpdate', this._ralphHandlers.todoUpdate);\\n 1842→ this._ralphTracker.off('completionDetected', this._ralphHandlers.completionDetected);\\n 1843→ this._ralphTracker.off('statusBlockDetected', this._ralphHandlers.statusBlockDetected);\\n 1844→ this._ralphTracker.off('circuitBreakerUpdate', this._ralphHandlers.circuitBreakerUpdate);\\n 1845→ this._ralphTracker.off('exitGateMet', this._ralphHandlers.exitGateMet);\\n 1846→ this._ralphHandlers = null;\\n 1847→ }\\n 1848→\\n 1849→ // Remove BashToolParser handlers\\n 1850→ if (this._bashToolHandlers) {\\n 1851→ this._bashToolParser.off('toolStart', this._bashToolHandlers.toolStart);\\n 1852→ this._bashToolParser.off('toolEnd', this._bashToolHandlers.toolEnd);\\n 1853→ this._bashToolParser.off('toolsUpdate', this._bashToolHandlers.toolsUpdate);\\n 1854→ this._bashToolHandlers = null;\\n 1855→ }\\n 1856→ this._bashToolParser.destroy();\\n 1857→\\n 1858→ }\\n 1859→\\n 1860→ /**\\n 1861→ * Stops the session and cleans up resources.\\n 1862→ *\\n 1863→ * This kills the PTY process and optionally the associated GNU Screen\\n 1864→ * session. All buffers are cleared and the session is marked as stopped.\\n 1865→ *\\n 1866→ * @param killScreen - Whether to also kill the screen session (default: true)\\n 1867→ *\\n 1868→ * @example\\n 1869→ * ```typescript\\n 1870→ * // Stop and kill everything\\n 1871→ * await session.stop();\\n 1872→ *\\n 1873→ * // Stop but keep screen running for later reattachment\\n 1874→ * await session.stop(false);\\n 1875→ * ```\\n 1876→ */\\n 1877→ async stop(killScreen: boolean = true): Promise<void> {\\n 1878→ // Set stopped flag first to prevent new timers from being created\\n 1879→ this._isStopped = true;\\n 1880→\\n 1881→ // Clear activity timeout to prevent memory leak\\n 1882→ if (this.activityTimeout) {\\n 1883→ clearTimeout(this.activityTimeout);\\n 1884→ this.activityTimeout = null;\\n 1885→ }\\n 1886→\\n 1887→ // Clear line buffer flush timer\\n 1888→ if (this._lineBufferFlushTimer) {\\n 1889→ clearTimeout(this._lineBufferFlushTimer);\\n 1890→ this._lineBufferFlushTimer = null;\\n 1891→ }\\n 1892→\\n 1893→ // Clear auto-compact/auto-clear timers to prevent memory leaks\\n 1894→ if (this._autoCompactTimer) {\\n 1895→ clearTimeout(this._autoCompactTimer);\\n 1896→ this._autoCompactTimer = null;\\n 1897→ }\\n 1898→ this._isCompacting = false;\\n 1899→\\n 1900→ if (this._autoClearTimer) {\\n 1901→ clearTimeout(this._autoClearTimer);\\n 1902→ this._autoClearTimer = null;\\n 1903→ }\\n 1904→ this._isClearing = false;\\n 1905→\\n 1906→ // Clear prompt check timers\\n 1907→ if (this._promptCheckInterval) {\\n 1908→ clearInterval(this._promptCheckInterval);\\n 1909→ this._promptCheckInterval = null;\\n 1910→ }\\n 1911→ if (this._promptCheckTimeout) {\\n 1912→ clearTimeout(this._promptCheckTimeout);\\n 1913→ this._promptCheckTimeout = null;\\n 1914→ }\\n 1915→\\n 1916→ // Clear shell idle timer\\n 1917→ if (this._shellIdleTimer) {\\n 1918→ clearTimeout(this._shellIdleTimer);\\n 1919→ this._shellIdleTimer = null;\\n 1920→ }\\n 1921→\\n 1922→ // Immediately cleanup Promise callbacks to prevent orphaned references\\n 1923→ // during the rest of stop() processing (e.g., if screen kill times out)\\n 1924→ if (this.rejectPromise) {\\n 1925→ this.rejectPromise(new Error('Session stopped'));\\n 1926→ }\\n 1927→ this.resolvePromise = null;\\n 1928→ this.rejectPromise = null;\\n 1929→\\n 1930→ // Remove event listeners from trackers to prevent memory leaks\\n 1931→ this.cleanupTrackerListeners();\\n 1932→\\n 1933→ if (this.ptyProcess) {\\n 1934→ const pid = this.ptyProcess.pid;\\n 1935→\\n 1936→ // First try graceful SIGTERM\\n 1937→ try {\\n 1938→ this.ptyProcess.kill();\\n 1939→ } catch {\\n 1940→ // Process may already be dead\\n 1941→ }\\n 1942→\\n 1943→ // Give it a moment to terminate gracefully\\n 1944→ await new Promise(resolve => setTimeout(resolve, GRACEFUL_SHUTDOWN_DELAY_MS));\\n 1945→\\n 1946→ // Force kill with SIGKILL if still alive\\n 1947→ try {\\n 1948→ if (pid) {\\n 1949→ process.kill(pid, 'SIGKILL');\\n 1950→ }\\n 1951→ } catch {\\n 1952→ // Process already terminated\\n 1953→ }\\n 1954→\\n 1955→ // Also try to kill any child processes in the process group\\n 1956→ try {\\n 1957→ if (pid) {\\n 1958→ process.kill(-pid, 'SIGKILL');\\n 1959→ }\\n 1960→ } catch {\\n 1961→ // Process group may not exist or already terminated\\n 1962→ }\\n 1963→\\n 1964→ this.ptyProcess = null;\\n 1965→ }\\n 1966→ this._pid = null;\\n 1967→ this._status = 'stopped';\\n 1968→ this._currentTaskId = null;\\n 1969→\\n 1970→ // Kill the associated screen session if requested\\n 1971→ if (killScreen && this._screenManager) {\\n 1972→ // Try to kill screen even if _screenSession is not set (e.g., restored sessions)\\n 1973→ try {\\n 1974→ const killed = await this._screenManager.killScreen(this.id);\\n 1975→ if (killed) {\\n 1976→ console.log('[Session] Killed screen session for:', this.id);\\n 1977→ }\\n 1978→ } catch (err) {\\n 1979→ console.error('[Session] Failed to kill screen session:', err);\\n 1980→ }\\n 1981→ this._screenSession = null;\\n 1982→ } else if (this._screenSession && !killScreen) {\\n 1983→ console.log('[Session] Keeping screen session alive:', this._screenSession.screenName);\\n 1984→ this._screenSession = null; // Detach but don't kill\\n 1985→ }\\n 1986→ }\\n 1987→\\n 1988→ assignTask(taskId: string): void {\\n 1989→ this._currentTaskId = taskId;\\n 1990→ this._status = 'busy';\\n 1991→ this._terminalBuffer.clear();\\n 1992→ this._outputBuffer = '';\\n 1993→ this._textOutput.clear();\\n 1994→ this._errorBuffer = '';\\n 1995→ this._messages = [];\\n 1996→ this._lastActivityAt = Date.now();\\n 1997→ }\\n 1998→\\n 1999→ clearTask(): void {\\n 2000→ this._currentTaskId = null;\\n 2001→ this._status = 'idle';\\n 2002→ this._lastActivityAt = Date.now();\\n 2003→ }\\n 2004→\\n 2005→ getOutput(): string {\\n 2006→ return this._textOutput.value;\\n 2007→ }\\n 2008→\\n 2009→ getError(): string {\\n 2010→ return this._errorBuffer;\\n 2011→ }\\n 2012→\\n 2013→ getTerminalBuffer(): string {\\n 2014→ return this._terminalBuffer.value;\\n 2015→ }\\n 2016→\\n 2017→ clearBuffers(): void {\\n 2018→ this._terminalBuffer.clear();\\n 2019→ this._outputBuffer = '';\\n 2020→ this._textOutput.clear();\\n 2021→ this._errorBuffer = '';\\n 2022→ this._messages = [];\\n 2023→ this._taskTracker.clear();\\n 2024→ this._ralphTracker.clear();\\n 2025→ }\\n 2026→}\\n 2027→\\n\\n<system-reminder>\\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\\n</system-reminder>\\n\"}]},\"parent_tool_use_id\":\"toolu_013zudXiqSyV3WcHAEKoyzSi\",\"session_id\":\"e84b8b18-61ba-45c7-ad9f-1a7f6f270685\",\"uuid\":\"ad76977f-dc04-48c2-a23c-63baaf9fd8c6\"}\r\nCredit balance is too low","durationMs":90543},{"agentType":"testing","items":[{"category":"unit","content":"Write test for API client connection to Claudeman server with valid host/port","rationale":"Core functionality - app must establish connections to remote Claudeman instances"},{"category":"unit","content":"Write test for SSE event stream parsing from /api/events endpoint","rationale":"Real-time updates are critical - Claudeman uses SSE for terminal output, session state, and agent activity"},{"category":"unit","content":"Write test for session list rendering with multiple sessions in different states","rationale":"Users need to see all sessions at a glance with clear status indicators (idle, busy, error)"},{"category":"unit","content":"Write test for terminal view rendering ANSI escape sequences correctly","rationale":"Terminal output must display colors and formatting - Claudeman streams raw PTY output with ANSI codes"},{"category":"unit","content":"Write test for server configuration persistence in secure storage","rationale":"Users configure multiple servers - credentials must persist securely between app launches"},{"category":"integration","content":"Write test for full session lifecycle: create -> send input -> receive output -> delete","rationale":"End-to-end flow validation ensures all API endpoints work together correctly"},{"category":"integration","content":"Write test for real-time session state synchronization via SSE","rationale":"Mobile app must stay in sync with server state - sessions can be modified from web UI or other clients"},{"category":"integration","content":"Write test for respawn controller start/stop from mobile app","rationale":"Respawn is a key Claudeman feature - users need to enable autonomous loops from mobile"},{"category":"integration","content":"Write test for subagent window display when Claude spawns Task agents","rationale":"Claudeman tracks spawned subagents - mobile UI should show agent hierarchy and progress"},{"category":"edge-case","content":"Write test for handling server disconnection during active session","rationale":"Network reliability varies on mobile - app must gracefully handle dropped connections"},{"category":"edge-case","content":"Write test for handling large terminal buffer (2MB+) without memory issues","rationale":"Claudeman caps terminal buffers at 2MB - mobile app must handle this without crashing"},{"category":"edge-case","content":"Write test for switching between multiple connected servers","rationale":"Users may have Claudeman on home server and cloud - seamless switching is expected"},{"category":"edge-case","content":"Write test for handling 20+ simultaneous sessions as per Claudeman design","rationale":"Claudeman is designed for 20 concurrent sessions - mobile UI must scale"},{"category":"error","content":"Write test for invalid server URL input validation","rationale":"User input validation prevents confusing errors and improves UX"},{"category":"error","content":"Write test for API error responses (404, 500, network timeout)","rationale":"Users need clear feedback when operations fail - not cryptic error messages"},{"category":"error","content":"Write test for authentication failure when server requires HTTPS","rationale":"Claudeman supports HTTPS mode - app should detect and handle TLS requirements"},{"category":"verification","content":"Write test for iOS accessibility compliance (VoiceOver support)","rationale":"iOS apps must be accessible - terminal content needs proper labels for screen readers"},{"category":"verification","content":"Write test for dark mode support with proper color contrast","rationale":"iOS dark mode is expected - terminal colors must remain readable"},{"category":"verification","content":"Write test for haptic feedback on key interactions","rationale":"iOS apps provide tactile feedback - improves perceived quality"},{"category":"unit","content":"Write test for Ralph loop status display and todo list rendering","rationale":"Ralph tracker shows autonomous loop progress - key feature for monitoring long-running sessions"},{"category":"unit","content":"Write test for quick-start flow creating case and session in one tap","rationale":"Quick-start is primary onboarding path - POST /api/quick-start creates case folder and session"},{"category":"integration","content":"Write test for push notification when session completes or errors","rationale":"Mobile users may background the app - notifications for important events improve UX"},{"category":"edge-case","content":"Write test for app backgrounding and foregrounding state restoration","rationale":"iOS aggressively kills background apps - state must restore seamlessly"},{"category":"verification","content":"Write test for keyboard handling in terminal input on iOS","rationale":"Terminal input needs special key handling (Ctrl+C, arrow keys, etc.) on soft keyboard"}],"success":true,"durationMs":82947},{"agentType":"risks","items":[{"category":"dependency","content":"iOS development requires Xcode which only runs on macOS, but development is on Linux","rationale":"Use React Native or Flutter which support Linux development with iOS simulator alternatives, or use Expo Go for testing on physical iOS devices during development"},{"category":"dependency","content":"App Store submission requires Apple Developer account ($99/year) and macOS for final builds","rationale":"Plan for eventual macOS access for release builds; use CI/CD services like GitHub Actions with macOS runners or services like Codemagic/Bitrise"},{"category":"security","content":"SSH/connection credentials stored on mobile device could be compromised if device is lost or jailbroken","rationale":"Use iOS Keychain for secure storage, implement biometric authentication, consider session tokens with expiry rather than storing raw credentials"},{"category":"security","content":"WebSocket/SSE connections to remote Claudeman servers expose attack surface for man-in-the-middle attacks","rationale":"Enforce TLS/HTTPS only, implement certificate pinning, validate server certificates properly"},{"category":"failure","content":"Network connectivity loss during active Claude session could cause data loss or corrupted state","rationale":"Implement robust reconnection logic with exponential backoff, queue pending inputs locally, sync state on reconnect, show clear offline indicators"},{"category":"edge-case","content":"Terminal rendering on small mobile screens may truncate or wrap output incorrectly","rationale":"Implement pinch-to-zoom, landscape mode, configurable font sizes, and smart text wrapping; test with various terminal output widths"},{"category":"performance","content":"High-frequency SSE updates from active Claude sessions could drain battery rapidly","rationale":"Implement intelligent batching, reduce update frequency when app is backgrounded, use iOS background task APIs appropriately"},{"category":"edge-case","content":"iOS app suspension/termination when backgrounded will disconnect active sessions","rationale":"Use iOS background modes for network connections where appropriate, clearly communicate session state to users, implement quick reconnect on foreground"},{"category":"failure","content":"Testing on Linux cannot fully validate iOS-specific behaviors like gestures, keyboard interactions, and system integrations","rationale":"Use Expo Go on physical iOS device for real testing, document iOS-specific features needing manual verification before release"},{"category":"security","content":"Connecting to arbitrary Linux/macOS/Windows hosts means trusting user-provided endpoints","rationale":"Validate host inputs, warn users about connecting to unknown servers, implement connection timeout limits, avoid storing sensitive data from untrusted hosts"},{"category":"edge-case","content":"Different Claudeman server versions across connected machines could have API incompatibilities","rationale":"Implement version negotiation on connect, gracefully handle missing endpoints, display server version to user"},{"category":"performance","content":"Rendering multiple concurrent Claude sessions with xterm-like output could overwhelm mobile GPU/memory","rationale":"Limit concurrent visible sessions, implement virtual scrolling, lazy-load terminal buffers, cap buffer sizes more aggressively than web version"},{"category":"dependency","content":"React Native or Flutter terminal emulator libraries may lack full xterm.js feature parity","rationale":"Evaluate react-native-terminal-view or similar libraries early, may need to use WebView with xterm.js as fallback for complex rendering"},{"category":"edge-case","content":"iOS keyboard may conflict with terminal input expectations (special keys, escape sequences, Ctrl combinations)","rationale":"Implement custom toolbar with common terminal shortcuts, support external keyboards, provide configurable key mappings"},{"category":"failure","content":"Screen session attachment from mobile could conflict with existing web UI attachments to same session","rationale":"Implement session locking or multi-viewer mode, clearly show when another client is attached, handle concurrent input gracefully"}],"success":true,"durationMs":27493}],"synthesisStats":{"totalFromSubagents":54,"afterDedup":53,"sourceBreakdown":{"requirements":15,"testing":24,"risks":15}},"verificationGaps":[],"verificationWarnings":[],"qualityScore":0.75,"totalDurationMs":93348},"progressLog":[{"phase":"parallel-analysis","detail":"Spawning analysis subagents...","timestamp":1769546489621},{"phase":"subagent","detail":"Running requirements analysis...","timestamp":1769546489621},{"phase":"subagent","detail":"Running architecture analysis...","timestamp":1769546489627},{"phase":"subagent","detail":"Running testing analysis...","timestamp":1769546489630},{"phase":"subagent","detail":"Running risks analysis...","timestamp":1769546489634},{"phase":"subagent","detail":"requirements complete (15 items)","timestamp":1769546508886},{"phase":"subagent","detail":"risks complete (15 items)","timestamp":1769546517126},{"phase":"subagent","detail":"testing complete (24 items)","timestamp":1769546572577},{"phase":"synthesis","detail":"Synthesizing subagent outputs...","timestamp":1769546580169},{"phase":"verification","detail":"Running verification subagent...","timestamp":1769546580178},{"phase":"verification","detail":"Validating plan quality...","timestamp":1769546580179},{"phase":"review-injection","detail":"Ensuring review tasks for all implementations...","timestamp":1769546582969}]}} |