Maria db 이중화구성_고민하기

MaxScale is a database proxy that provides load balancing, connection pooling, and replication capabilities for MariaDB and MySQL databases. It can be used to scale databases horizontally across multiple servers for increased performance and availability. The document provides an overview of MaxScale concepts and capabilities such as routing, filtering, security features, and how it can be used for operational tasks like query caching, logging, and data streaming. It also includes instructions on setting up MaxScale with a basic example of configuring read/write splitting between a master and slave database servers.

MariaDB MaxScale is a database proxy that provides scalability, high availability, and data streaming capabilities for MariaDB and MySQL databases. It acts as a load balancer and router to distribute queries across database servers. MaxScale supports services like read/write splitting, query caching, and security features like selective data masking. It can monitor replication lag and route queries accordingly. MaxScale uses a plugin architecture and its core remains stateless to provide flexibility and high performance.

개발자를 위한 MySQL의 기본 이해.

MariaDB 10.5 binary install (바이너리 설치) - 네오클로바 DB지원사업부 1. About MariaDB 1.1 MariaDB 개요 1.2 MariaDB as a R-DBMS 1.3 Open Source Database System 2. 설치 2.1 설치 기본 정보 2.2 설치 준비 2.3 MariaDB 설치 2.4 MariaDB 시작 / 접속 / 종료 2.5 추가 설정

MySQL 소개 간략한 소개 version history MySQL 사용처 제품 군 변화 시장 변화 MySQL 구성 MySQL 클라이언트 / 서버 개념 클라이언트 프로그램 MySQL 설치 MySQL 버전 MySQL 설치 MySQL 환경 설정 환경설정, 변수 설정 MySQL 스토리지 엔진 소개 MySQL tuning 소개 및 방법 데이터 백업/복구 방법 백업 복구 MySQL Upgrade

The document discusses the Performance Schema in MySQL. It provides an overview of what the Performance Schema is and how it can be used to monitor events within a MySQL server. It also describes how to configure the Performance Schema by setting up actors, objects, instruments, consumers and threads to control what is monitored. Finally, it explains how to initialize the Performance Schema by truncating existing summary tables before collecting new performance data.

MySQL Clustering over InnoDB engines has grown a lot over the last decade. Galera began working with InnoDB early and then Group Replication came to the environment later, where the features are now rich and robust. This presentation offers a technical comparison of both of them.

The document discusses running MariaDB across multiple data centers. It begins by outlining the need for multi-datacenter database architectures to provide high availability, disaster recovery, and continuous operation. It then describes topology choices for different use cases, including traditional disaster recovery, geo-synchronous distributed architectures, and how technologies like MariaDB Master/Slave and Galera Cluster work. The rest of the document discusses answering key questions when designing a multi-datacenter topology, trade-offs to consider, architecture technologies, and pros and cons of different approaches.

오픈소스 데이터베이스 MariaDB 아키텍처, 이중화 관련 제품 소개