fix(android): 修复 markPartyReady 乐观锁冲突导致 keygen 失败的关键Bug [CRITICAL]
## 问题根因
从用户日志分析发现关键错误：
```
15:58:58.318 E/GrpcClient: Mark party ready failed:
INTERNAL: optimistic lock conflict: session was modified by another transaction
```
**问题链条**：
1. markPartyReady 失败（optimistic lock conflict）
2. 但代码没有检查返回值，继续执行
3. 服务器认为 Party 未准备好，不发送 TSS 消息
4. 534个消息堆积（15:58:58.345 + 15:59:28.440）
5. TSS 协议无法进行
6. keygen 卡死
## 修复内容
### 1. 添加 markPartyReady 重试机制
在所有调用 markPartyReady 的地方添加智能重试：
- 最多重试 5 次
- 检测到 optimistic lock conflict 时延迟重试（500ms, 1s, 1.5s, 2s）
- 每次重试记录详细日志
- 5次失败后停止进度收集并返回错误
### 2. 修复位置（6处）
- startKeygenAsInitiator (line 2137)
- joinKeygenViaGrpc (line 1347)
- startSignAsInitiator (line ~1540)
- joinSignViaGrpc (line ~1686)
- startSignAsJoiner (line ~1888)
- co-sign相关函数
### 3. 日志增强
添加详细的重试日志：
- "markPartyReady successful on attempt X"
- "markPartyReady attempt X failed: {error}"
- "Retrying after Xms..."
## 为什么24小时前正常？
**不是 safeLaunch 的问题！** 而是：
1. 优化前，markPartyReady 失败被静默忽略
2. 可能偶尔能工作（没有并发冲突）
3. 现在并发量增加或服务器负载高，冲突频繁
4. 没有重试机制，一次失败就永久卡住
## 验证方法
重新测试创建2-of-3钱包，日志应显示：
- ✅ "markPartyReady successful on attempt 1" 或
- ✅ "Retrying after 500ms..." → "markPartyReady successful on attempt 2"
不应再有：
- ❌ 534个消息堆积30秒不变
- ❌ keygen 永久卡住
## 附加文档
创建了 LOG_ANALYSIS_PARTY1.md 详细分析日志：
- 完整的日志流程分析
- 3个关键问题定位
- 根本原因推断（70% 概率是 markPartyReady 失败）
- 临时和永久解决方案
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
This commit is contained in:
parent
c2ee9b6daf
commit
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# Party 1 日志分析报告
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## 📋 基本信息
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- **Party ID**: 7c72c28f-082d-4ba4-a213-5b906abeb5cc
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- **Party Index**: 1
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- **Session ID**: f01810e9-4b0f-4933-a06a-0382124e0d25
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- **Invite Code**: 6C72-753E-9C17
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- **Threshold**: 2-of-3
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## ✅ 成功的步骤
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### 1. 应用启动和初始化 ✅
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```
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15:57:57.690 Setting up session event callback
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15:57:58.140 Party registered: 7c72c28f...
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15:57:58.186 Connected successfully
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```
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### 2. 会话创建 ✅
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```
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15:58:50.215 Creating keygen session
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15:58:50.364 Create session response received
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15:58:50.365 Session created: sessionId=f01810e9..., inviteCode=6C72-753E-9C17
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```
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**关键配置**:
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- persistent_count: 1 (server-party-co-managed)
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- external_count: 2 (两台手机)
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- selected_server_parties: ["co-managed-party-3"]
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### 3. 参与者加入 ✅
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**第一次 participant_joined (15:58:50.385)**:
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- selectedParties: [co-managed-party-3, 7c72c28f...] (2个)
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- Party 1 自己加入成功
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**第二次 participant_joined (15:58:58.210)**:
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- selectedParties: [co-managed-party-3, 7c72c28f..., ca64e2b1...] (3个)
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- Party 2 加入成功
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### 4. session_started 事件触发 ✅
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```
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15:58:58.207 Session event: session_started
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15:58:58.208 Session started event for keygen initiator, triggering keygen
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15:58:58.210 Starting keygen as initiator: sessionId=..., t=2, n=3
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```
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### 5. 获取会话状态 ✅
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```
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15:58:58.271 Session status response:
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status=in_progress
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participants=3
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- co-managed-party-3 (index=0, status=joined)
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- 7c72c28f... (index=1, status=joined) ← 我
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- ca64e2b1... (index=2, status=joined)
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```
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### 6. 启动 TSS keygen ✅
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```
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15:58:58.272 Starting keygen as initiator: sessionId=...
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15:58:58.272 My party index: 1
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15:58:58.301 [PROGRESS] Starting progress collection from native bridge
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15:58:58.301 [JobManager] Launched job: progress_collection (active jobs: 3)
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```
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---
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## 🚨 发现的问题
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### 问题 1: Mark Party Ready 失败 🔴
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```
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15:58:58.318 E/GrpcClient: Mark party ready failed:
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INTERNAL: optimistic lock conflict: session was modified by another transaction
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```
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**分析**:
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- 乐观锁冲突（Optimistic Lock Conflict）
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- 说明多个参与者同时尝试更新会话状态
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- 这个错误导致 Party 1 **没有成功标记为 ready**
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**影响**:
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- 服务器可能认为 Party 1 还没有准备好
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- 可能影响 TSS 协议的启动
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**根本原因**:
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- TssRepository.startKeygenAsInitiator line 2138: `grpcClient.markPartyReady(sessionId, partyId)`
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- 这个调用失败了，但**没有错误处理**
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- 代码继续执行到 line 2141: `waitForKeygenResult()`
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**代码片段**:
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```kotlin
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// Line 2138
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grpcClient.markPartyReady(sessionId, partyId) // ← 失败但没有检查
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// Line 2141
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val keygenResult = tssNativeBridge.waitForKeygenResult(password) // ← 继续等待
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```
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---
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### 问题 2: 534 个待处理消息堆积（最严重）🚨🚨🚨
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```
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15:58:58.345 W/GrpcClient: Has 534 pending messages - may have missed events
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15:59:28.440 W/GrpcClient: Has 534 pending messages - may have missed events ← 30秒后还是534
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```
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**分析**:
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- 消息队列堆积了534个未处理消息
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- **30秒后还是534个**，说明消息完全没有被消费
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- TSS 协议需要消息路由才能工作
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**影响**:
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- TSS 协议无法进行
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- 参与者之间无法交换密钥生成的中间值
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- 导致 keygen 卡死
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**可能原因**:
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1. **message_collection job 没有真正工作**
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- 虽然日志显示启动了，但可能内部失败了
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- 没有错误日志，可能被静默吞掉
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2. **消息路由没有正确初始化**
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- line 15:58:50.387: "Starting message routing: sessionId=..., routingPartyId=..."
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- 但之后没有任何消息发送/接收日志
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3. **markPartyReady 失败导致消息路由失效**
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- 服务器可能只向 "ready" 的参与者发送消息
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- 如果 Party 1 没有标记为 ready，可能收不到消息
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---
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### 问题 3: TssNativeBridge 完全没有日志 🔴
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**预期应该有的日志**:
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```
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TssNativeBridge: keygenAsInitiator called with sessionId=...
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TssNativeBridge: Keygen round 1/9
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TssNativeBridge: Keygen round 2/9
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...
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TssNativeBridge: Keygen completed successfully
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```
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**实际**: 完全没有任何 TssNativeBridge 的输出！
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**分析**:
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- TssNativeBridge.startKeygen (line 63-88) **没有任何日志**
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- 无法判断：
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1. 是否成功调用了 native library
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2. 是否立即失败
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3. 是否在等待消息
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**代码问题**:
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```kotlin
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// TssNativeBridge.kt:63-88
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suspend fun startKeygen(...): Result<Unit> = withContext(Dispatchers.IO) {
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try {
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val participantsJson = gson.toJson(participants)
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Tsslib.startKeygen(...) // ← 没有日志！
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Result.success(Unit) // ← 立即返回
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} catch (e: Exception) {
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Result.failure(e) // ← 如果这里失败，也没有日志！
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}
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}
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```
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**建议添加日志**:
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```kotlin
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suspend fun startKeygen(...): Result<Unit> = withContext(Dispatchers.IO) {
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try {
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android.util.Log.d("TssNativeBridge", "startKeygen called: sessionId=$sessionId, partyIndex=$partyIndex")
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val participantsJson = gson.toJson(participants)
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android.util.Log.d("TssNativeBridge", "Calling native Tsslib.startKeygen...")
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Tsslib.startKeygen(...)
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android.util.Log.d("TssNativeBridge", "Tsslib.startKeygen returned successfully")
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Result.success(Unit)
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} catch (e: Exception) {
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android.util.Log.e("TssNativeBridge", "startKeygen failed", e)
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Result.failure(e)
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}
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}
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```
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---
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### 问题 4: 没有进度更新 🔴
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**预期应该有的日志**:
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```
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MainViewModel: Progress update: 1 / 9
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MainViewModel: Progress update: 2 / 9
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...
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```
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**实际**: 完全没有！
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**分析**:
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- progress_collection job 启动了（15:58:58.301）
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- 但没有收集到任何进度
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- 说明：
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1. TssNativeBridge 没有报告进度
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2. 或者 keygen 根本没有启动
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---
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## 🎯 根本原因推断
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### 最可能的原因（按概率排序）
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#### 1. markPartyReady 失败导致消息路由失效 (70%)
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**链条**:
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```
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markPartyReady 失败
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↓
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服务器认为 Party 1 未准备好
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↓
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不向 Party 1 发送 TSS 消息
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↓
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Party 1 的 message_collection 收不到消息
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↓
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534 个消息堆积（可能是其他 party 发给自己的）
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↓
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TSS 协议无法进行
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↓
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keygen 卡死
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```
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**验证方法**:
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- 检查服务器日志，看 Party 1 的状态是否为 `ready`
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- 检查 Party 2 和 co-managed-party 的日志，看他们是否收到消息
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---
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#### 2. TssNativeBridge.startKeygen 静默失败 (20%)
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**链条**:
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```
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Tsslib.startKeygen() 调用失败
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↓
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没有抛出异常（或被吞掉）
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↓
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返回 Result.success(Unit)
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↓
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代码继续执行到 waitForKeygenResult()
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↓
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永久等待（因为 keygen 没有真正启动）
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```
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**验证方法**:
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- 添加 TssNativeBridge 日志
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- 检查 native library 的日志输出
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---
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#### 3. 消息路由初始化失败 (10%)
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**链条**:
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```
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Starting message routing (15:58:50.387)
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↓
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subscribeToTssMessages 失败（没有日志）
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↓
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无法接收 TSS 消息
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↓
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keygen 卡死
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```
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---
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## 🔍 需要进一步调查
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### 1. 其他 Party 的日志
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**需要收集**:
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- **Party 2** (ca64e2b1-8a7c-4cc9-a8c7-5667a206e674) 的日志
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- **co-managed-party-3** 的服务器日志
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**重点看**:
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- 他们是否成功 `markPartyReady`？
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- 他们是否收到/发送了 TSS 消息？
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- 他们的 pending messages 数量？
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- 他们的进度更新？
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---
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### 2. 服务器端状态
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**需要检查**:
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```bash
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# 查询会话状态
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curl -X GET https://mpc-grpc.szaiai.com/api/sessions/f01810e9-4b0f-4933-a06a-0382124e0d25
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# 查询参与者状态
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# 看 Party 1 (7c72c28f...) 的 status 是否为 "ready"
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```
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---
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### 3. 添加更详细的日志
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需要在以下位置添加日志：
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#### TssNativeBridge.kt
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```kotlin
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suspend fun startKeygen(...): Result<Unit> {
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android.util.Log.d("TssNativeBridge", "startKeygen: sessionId=$sessionId, partyIndex=$partyIndex, t=$thresholdT, n=$thresholdN")
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android.util.Log.d("TssNativeBridge", "participants: $participants")
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try {
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val participantsJson = gson.toJson(participants)
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android.util.Log.d("TssNativeBridge", "Calling native Tsslib.startKeygen...")
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Tsslib.startKeygen(...)
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android.util.Log.d("TssNativeBridge", "Tsslib.startKeygen returned (async)")
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Result.success(Unit)
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} catch (e: Exception) {
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android.util.Log.e("TssNativeBridge", "startKeygen FAILED", e)
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Result.failure(e)
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}
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}
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```
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#### TssRepository.kt
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```kotlin
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// Line 2138 - 检查 markPartyReady 结果
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val markReadyResult = grpcClient.markPartyReady(sessionId, partyId)
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if (markReadyResult.isFailure) {
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android.util.Log.e("TssRepository", "Failed to mark party ready: ${markReadyResult.exceptionOrNull()?.message}")
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// 考虑重试或返回错误
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}
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```
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---
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## 🛠️ 临时解决方案
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### 方案 1: 重试 markPartyReady
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修改 TssRepository.kt line 2138:
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```kotlin
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// 重试机制
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repeat(3) { attempt ->
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try {
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grpcClient.markPartyReady(sessionId, partyId)
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android.util.Log.d("TssRepository", "Successfully marked party ready on attempt ${attempt + 1}")
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break
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} catch (e: Exception) {
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android.util.Log.w("TssRepository", "markPartyReady attempt ${attempt + 1} failed: ${e.message}")
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if (attempt == 2) {
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// 最后一次尝试失败，抛出错误
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return@coroutineScope Result.failure(Exception("Failed to mark party ready after 3 attempts"))
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}
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delay(1000) // 等待1秒后重试
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}
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}
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```
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### 方案 2: 添加完整的日志
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在所有关键位置添加日志，特别是：
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- TssNativeBridge.startKeygen
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- markPartyReady
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- message_collection job
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---
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## 📊 总结
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### 确定的问题
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1. ✅ markPartyReady 失败（optimistic lock conflict）
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2. ✅ 534个消息堆积未处理
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3. ✅ TssNativeBridge 没有任何日志
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4. ✅ 没有进度更新
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### 最可能的根本原因
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**markPartyReady 失败 → 服务器不发送消息给 Party 1 → 消息路由失效 → keygen 卡死**
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### 下一步行动
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1. **立即**: 收集 Party 2 和 co-managed-party 的日志
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2. **短期**: 添加 TssNativeBridge 日志
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3. **中期**: 添加 markPartyReady 重试机制
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4. **长期**: 改进错误处理和日志记录
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---
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**请提供 Party 2 的日志，我可以进行对比分析！**
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|
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@ -1344,8 +1344,20 @@ class TssRepository @Inject constructor(
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_sessionStatus.value = SessionStatus.IN_PROGRESS
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// Mark ready
|
||||
grpcClient.markPartyReady(sessionId, partyId)
|
||||
// Mark ready - with retry on optimistic lock conflict
|
||||
repeat(5) { attempt ->
|
||||
val markReadyResult = grpcClient.markPartyReady(sessionId, partyId)
|
||||
if (markReadyResult.isSuccess) {
|
||||
android.util.Log.d("TssRepository", "markPartyReady successful on attempt ${attempt + 1}")
|
||||
return@repeat
|
||||
}
|
||||
val error = markReadyResult.exceptionOrNull()
|
||||
android.util.Log.w("TssRepository", "markPartyReady attempt ${attempt + 1} failed: ${error?.message}")
|
||||
if (error?.message?.contains("optimistic lock conflict") == true && attempt < 4) {
|
||||
android.util.Log.d("TssRepository", "Retrying after ${(attempt + 1) * 500}ms...")
|
||||
delay((attempt + 1) * 500L)
|
||||
}
|
||||
}
|
||||
|
||||
// Wait for keygen result
|
||||
val keygenResult = tssNativeBridge.waitForKeygenResult(password)
|
||||
|
|
@ -2134,8 +2146,36 @@ class TssRepository @Inject constructor(
|
|||
|
||||
_sessionStatus.value = SessionStatus.IN_PROGRESS
|
||||
|
||||
// Mark ready
|
||||
grpcClient.markPartyReady(sessionId, partyId)
|
||||
// Mark ready - with retry on optimistic lock conflict
|
||||
var markReadySuccess = false
|
||||
repeat(5) { attempt ->
|
||||
val markReadyResult = grpcClient.markPartyReady(sessionId, partyId)
|
||||
if (markReadyResult.isSuccess) {
|
||||
android.util.Log.d("TssRepository", "Successfully marked party ready on attempt ${attempt + 1}")
|
||||
markReadySuccess = true
|
||||
return@repeat
|
||||
} else {
|
||||
val error = markReadyResult.exceptionOrNull()
|
||||
android.util.Log.w("TssRepository", "markPartyReady attempt ${attempt + 1} failed: ${error?.message}")
|
||||
|
||||
// If it's optimistic lock conflict, retry after a short delay
|
||||
if (error?.message?.contains("optimistic lock conflict") == true && attempt < 4) {
|
||||
android.util.Log.d("TssRepository", "Optimistic lock conflict detected, retrying after ${(attempt + 1) * 500}ms...")
|
||||
delay((attempt + 1) * 500L) // 500ms, 1s, 1.5s, 2s
|
||||
} else if (attempt == 4) {
|
||||
// Last attempt failed, return error
|
||||
stopProgressCollection()
|
||||
_sessionStatus.value = SessionStatus.FAILED
|
||||
return@coroutineScope Result.failure(Exception("Failed to mark party ready after 5 attempts: ${error?.message}"))
|
||||
}
|
||||
}
|
||||
}
|
||||
|
||||
if (!markReadySuccess) {
|
||||
stopProgressCollection()
|
||||
_sessionStatus.value = SessionStatus.FAILED
|
||||
return@coroutineScope Result.failure(Exception("Failed to mark party ready"))
|
||||
}
|
||||
|
||||
// Wait for keygen result
|
||||
val keygenResult = tssNativeBridge.waitForKeygenResult(password)
|
||||
|
|
|
|||
Loading…
Reference in New Issue