📄️ Dive into Read-Write-Splitting of WeScale
The need for read-only nodes in MySQL arises from the increasing demand for high availability and scalability in modern applications. As the number of users and data volume grows, it becomes essential to distribute the workload across multiple nodes to ensure optimal performance. Read-write splitting is a technique that helps achieve this goal by directing read queries to read-only nodes and write queries to read-write nodes, thereby reducing the load on the primary node and improving overall performance.
📄️ Execution Process of DROP TABLE in OnlineDDL Mode
When OnlineDDL mode is enabled, the Drop Table statement will not immediately delete the table from the database. WeScale will take charge of this process, ensuring that Drop Table statements have as little negative performance impact on the database as possible.
📄️ Introduction To WeScale
A database proxy is an essential tool for developers and database administrators to improve the scalability, performance, security, and resilience of their applications.
📄️ Performance Comparison - WeSQL WeScale vs MySQL
WeSQL WeScale is a database proxy that is compatible with MySQL. It supports read-write splitting without stale reads, connection pooling, and transparent failover. These features work together to improve application scalability, performance, security, and resilience. In this article, we will compare the performance of WeSQL WeScale and MySQL, and examine how these features affect throughput and latency. Let's get started!