Weekly Report - June 17, 2024

1. Restructuring Transaction Architecture

The restructuring of the transaction architecture has been completed. The original monolithic structure has been decomposed into multiple sub-structures, including header information structure, input structure, output structure, etc. The new structure design makes transaction data more compact, reducing storage and network transmission overhead. Relevant core components and modules have also been adjusted accordingly, interfacing with the new transaction structure to ensure the system can operate normally.

2. Optimizing Transaction Processing Flow

A pipeline mechanism has been introduced, dividing the original transaction processing into multiple independent processing stages. Each stage is handled by a dedicated thread pool, significantly improving overall throughput. The processing order and parallelism of each stage in the pipeline can be dynamically adjusted as needed. Testing has shown that the new mechanism can increase transaction processing efficiency by over 30%.

3. Optimizing Underlying Data Engine

The underlying data storage and indexing designs have been restructured, introducing more efficient data structures and algorithms. The new storage mechanism supports more concurrent read/write scenarios, significantly enhancing concurrent performance. The optimized indexing mechanism improves data query efficiency, with some key path queries over 50% faster. The separation of read and write operations further boosts overall system throughput.