Files
alfred-mobile/DEPLOYMENT_LOG.md
jknapp 6d4ae2e5c3 Initial commit: Alfred Mobile - AI Assistant Android App
- OAuth authentication via Authentik
- WebSocket connection to OpenClaw gateway
- Configurable gateway URL with first-run setup
- User preferences sync across devices
- Multi-user support with custom assistant names
- ElevenLabs TTS integration (local + remote)
- FCM push notifications for alarms
- Voice input via Google Speech API
- No hardcoded secrets or internal IPs in tracked files
2026-02-09 11:12:51 -08:00

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# Alfred Mobile - Deployment Log
## ✅ Deployment Successful - February 2, 2025 07:52 PST
### Deployment Summary
- **Target Device:** Samsung Galaxy Tab (adb-R52R30ASB4Y-BIkpas)
- **Connection Method:** Wireless ADB over WiFi
- **Device IP:** 192.168.1.180
- **APK Size:** 17 MB
- **Package:** com.openclaw.alfred
---
## Deployment Timeline
### 1. Build Phase (07:12 - 07:40 PST)
- Fixed Gradle build script imports
- Created OAuth configuration
- Generated launcher icons
- Compiled APK successfully
### 2. Initial Connection Attempts (07:46 - 07:50 PST)
**Challenge:** WSL adb pairing protocol issues
- Attempted multiple pairing methods (stdin, python script, pty)
- Encountered protocol faults and timeouts
- Root cause: ADB wireless pairing requires interactive TTY
### 3. Successful Pairing (07:51 PST)
**Pairing Details:**
- Pairing Port: 45047
- Pairing Code: 919435
- Command: `adb pair 192.168.1.180:45047` (interactive PTY)
- Result: ✅ Successfully paired to 192.168.1.180:45047 [guid=adb-R52R30ASB4Y-BIkpas]
### 4. Device Connection (07:51 PST)
**Connection Status:**
```
List of devices attached
adb-R52R30ASB4Y-BIkpas._adb-tls-connect._tcp device
```
- Auto-connected after pairing
- No manual `adb connect` needed
### 5. APK Installation (07:52 PST)
**Install Command:**
```bash
adb install ~/.openclaw/workspace/alfred-mobile/app/build/outputs/apk/debug/app-debug.apk
```
**Result:**
```
Performing Streamed Install
Success
```
**Verification:**
```bash
adb shell pm list packages | grep alfred
# Output: package:com.openclaw.alfred
```
---
## Technical Details
### ADB Version
```
Android Debug Bridge version 1.0.41
Version 36.0.2-14143358
Platform: Linux 5.15.167.4-microsoft-standard-WSL2 (x86_64)
Location: ~/android-dev/android-sdk/platform-tools/adb
```
### Network Details
- Desktop IP: 192.168.1.169 (WSL bridged mode)
- Tablet IP: 192.168.1.180
- Ping latency: 126-206ms (WiFi)
- No firewall ports needed (outbound connection)
### Wireless Debugging Configuration
Android's Wireless Debugging shows two types of ports:
1. **Pairing Port** (changes each time)
- Used only for initial device pairing
- Requires 6-digit pairing code (expires quickly)
- Example: 45047
2. **Connection Port** (persistent)
- Shown at top of Wireless Debugging screen
- Used for actual ADB connection after pairing
- Example: 35529 (not needed in our case - auto-connected)
### PTY Requirement
ADB wireless pairing requires interactive terminal:
-`exec(..., pty=true, background=true)` + `process:send-keys`
- ❌ Piping stdin (`echo "code" | adb pair`)
- ❌ Python subprocess with stdin.write()
- Reason: ADB reads pairing code directly from TTY, not stdin
---
## Lessons Learned
### 1. WSL ADB Wireless Pairing
- **Challenge:** Protocol requires interactive terminal
- **Solution:** Use pty=true with process send-keys
- **Alternative:** Windows ADB (direct, no WSL complexity)
### 2. Pairing vs Connection Ports
- Pairing port is **one-time use** with code
- After pairing, device auto-connects via mDNS/TLS
- Connection port shown in UI may not be needed
### 3. Device GUID
- Format: `adb-{SERIAL}-{GUID}`
- Persistent identifier after pairing
- Uses `_adb-tls-connect._tcp` service
### 4. Installation Over WiFi
- Works identically to USB
- Slightly slower due to network latency
- No special configuration needed
---
## Current App Status
### ✅ Installed & Runnable
- App package: `com.openclaw.alfred`
- Can launch from app drawer
- UI will load skeleton interface
### ❌ Not Yet Functional
Missing implementations:
1. OAuth authentication flow (OAUTH_SETUP.md)
2. WebSocket connection (WEBSOCKET_INTEGRATION.md)
3. Wake word detection (Porcupine SDK)
4. Voice input/output
5. Chat UI features
### Next Development Steps
1. Implement OAuth code (AuthManager, LoginScreen, etc.)
2. Test OAuth flow with Authentik
3. Implement WebSocket connection to alfred-app.dnspegasus.net
4. Add voice features
5. Build out UI
---
## Quick Reference Commands
### Check Connected Devices
```bash
export PATH=~/android-dev/android-sdk/platform-tools:$PATH
adb devices
```
### Reinstall After Changes
```bash
cd ~/.openclaw/workspace/alfred-mobile
export JAVA_HOME=~/android-dev/jdk-17.0.2
export ANDROID_HOME=~/android-dev/android-sdk
export PATH=$JAVA_HOME/bin:$ANDROID_HOME/platform-tools:$PATH
./gradlew assembleDebug
adb install -r app/build/outputs/apk/debug/app-debug.apk
```
### View Logs
```bash
adb logcat | grep -i alfred
```
### Uninstall
```bash
adb uninstall com.openclaw.alfred
```
### Launch App
```bash
adb shell am start -n com.openclaw.alfred/.MainActivity
```
---
## Firewall Notes
**No Windows Firewall changes needed for wireless ADB**
- Outbound connections work by default
- Only inbound server ports need firewall rules
- Already configured: 18789 (OpenClaw), 18790 (OAuth proxy)
---
**🤵 Deployment complete! App ready for OAuth implementation.**