Weekly Report - April 7, 2025

1. Extended Timeout Control for Block and Transaction Execution Phase

A comprehensive optimization of the timeout control algorithm has been conducted. The timeout calculation logic has been redesigned, introducing a dynamic adjustment mechanism that allows real-time modifications of the timeout duration based on the complexity of transactions and blocks. Additionally, time monitoring for critical operations has been implemented to ensure completion within the specified timeframe. To validate the effectiveness of the fixes, a testing scenario was created that included complex transactions and a large volume of block data, resulting in over 1,000 simulation tests. The test results indicate that the timeout control duration has returned to normal, and transaction processing efficiency has improved by 30%.

2. Abnormal Issues with Context Data Coordinator During Transaction Concurrency Phase

The data synchronization mechanism of the context data coordinator has been restructured. More efficient message queue and data caching technologies have been adopted to ensure that transaction data can be synchronized and updated promptly and accurately in high-concurrency scenarios. Furthermore, a data consistency verification mechanism has been added to perform real-time checks on the synchronized data, ensuring its accuracy and completeness. Through simulated high-concurrency scenario testing, under the pressure of processing 1,000 transactions per second, 5,000 consecutive tests were conducted, resulting in zero data loss and error rates, thereby validating the effectiveness of the fixes.