This guide explains the MariaDB MaxScale NoSQL protocol module, its key features, typical use cases, step‑by‑step installation, configuration, and how to perform MongoDB‑compatible operations that are transparently stored in MySQL/MariaDB.
This article examines the storage challenges faced by large‑scale internet services and evaluates popular MySQL middleware solutions—ProxySQL, MaxScale, DBProxy, MyCat, and TDDL—by mapping business requirements to their core features and capabilities.
This guide explains how to deploy and configure MariaDB MaxScale as a database proxy to achieve MySQL read/write splitting, covering topology design, user creation, installation steps, configuration files, service setup, and verification of routing behavior.
This guide explains how to replace the traditional MHA/Keepalived high‑availability setup with MariaDB MaxScale integrated with Consul, providing a simpler, fully automated HA solution, complete with configuration files, installation commands, and detailed failover, switchover, and rejoin procedures.
This guide walks through setting up a MySQL master‑slave cluster, installing MaxScale, configuring authentication, monitoring, routing and logging plugins, testing read/write split and load balancing, and handling single‑ or multiple‑slave failures with automatic failover.
This article demonstrates how MaxScale manages MySQL read/write splitting when one or both slave servers fail, showing log configurations, state changes, and how to configure a stable master to maintain service continuity even when all slaves are down.
This guide explains what MaxScale is, its plugin architecture, and provides step‑by‑step instructions to install, configure, start, and test MaxScale for MySQL read/write splitting and load balancing in a master‑slave cluster.
This guide walks through MySQL high‑availability architectures, comparing failover solutions like MMM and MHA, detailing MHA installation, configuration, and testing, and exploring MaxScale's read/write splitting, routing strategies, and integration with MHA for seamless failover.
