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This document provides an overview of MySQL high availability and replication solutions. It discusses InnoDB Cluster, which allows MySQL to provide high availability and scaling features through MySQL Group Replication, MySQL Shell, and MySQL Router. It also covers MySQL InnoDB ReplicaSet, which provides an easy way to set up MySQL replication with MySQL Router. Additionally, it provides background information on MySQL replication, how it works, and its key components.

Zastanawiasz się w jaki sposób możesz programować urządzenia sieciowe Cisco? Jesteś inżynierem i nie wiesz od czego zacząć? Czytaleś o RestConf i modelach Yang ale nie wiesz co dalej z tym zrobić? Nie powiem ci do czego możesz tą wiedzę wykorzystać ale w trakcie tej sesji pokażę ci w jaki sposób możemy łatwo programować urządzenia sieciowe dzięki ułatwieniom jakie oferuje Yang Development Kit. Już ponad rok temu powstała pierwsza oficjalna wersja YDK. Jak działa YDK? YDK generuje API w róznych językach programowania (np. Python lub C++) korzystając z modeli Yang. Dzieki temu możemy znacznie łatwiej komunikować się z urządzeniami sieciowymi nie martwiąc się wieloma szczegółami związanymi z protokołem Netconf/Restconf, formatem danych (XML/JSON) oraz szybciej eliminować błędy (błędny typ, wartość, rodzaj operacji itd.) dzięki lokalnemu sprawdzeniu poprawności składni. W trakcie sesji pokażę jak szybko możesz zbudować swoje środowisko programistyczne oraz parę przykładów dzieki którym zobaczysz, że jest to naprawdę proste.

This presentation goes through performance tuning basics in MySQL Cluster. It also covers the new parameters and status variables of MySQL Cluster 7.2 to determine issues with e.g disk data performance and query (join) performance.

Our own Sean Doherty was in Madrid this week, presenting at the Red Hat Partner summit on the rise of big data and what it means for the future of the RDBMS in the enterprise. Check out his presentation!

President and Chief Executive Officer Ed Boyajian delivered this presentation, which focuses on open source database adoption in the enterprise, at Red Hat Summit 2009. The presentation touches on economic issues as part of an overall discussion on both how and why an increasing number of enterprises are choosing open source database solutions.

The document discusses the value of using NetApp storage solutions for virtualized environments running VMware. It addresses challenges customers often face around backup, disaster recovery, storage efficiency, and data management tasks. It then summarizes how NetApp products like Snapshot copies, SnapMirror, and deduplication can help solve these issues by reducing storage needs by up to 50%, improving backup and restore times, enabling cost-effective disaster recovery, and automating data management tasks. The document promotes a 50% storage savings guarantee when using NetApp solutions for virtualization.

※最新資料はこちら https://www.slideshare.net/oracle4engineer/oracle-cloud-infrastructure-20208 ------------------------------ https://blogs.oracle.com/oracle4engineer/column_cloud_oci Oracle Cloud Infrastructureは、オンプレミスからの大規模ワークロード移行に完全対応する次世代インフラ基盤です。高性能と高セキュリティを備えたインフラ基盤で、仮想マシン、ベアメタルマシン、オブジェクトストレージ、Database Cloud Service、Exadata Cloud Service等の各種サービスを提供します。

The document discusses how MySQL Cluster delivers the best of both NoSQL and relational database worlds. It provides NoSQL attributes like scale-out, performance, ease-of-use and schema flexibility through APIs while also offering ACID transactions and SQL capabilities. MySQL Cluster achieves this by using a shared-nothing architecture with data distributed across commodity hardware and replicated for high availability, allowing it to scale horizontally.

1. Oracle Cloud Infrastructure is Oracle's suite of IaaS and PaaS services. 2. Three reasons Oracle Cloud Infrastructure is adopted are good services at reasonable prices, robust security, and optimal data utilization. 3. For contract systems, there are two options tailored to customer usage: pay as you go or monthly flex plans. Check pricing estimates online.

Many of today's enterprises are working under a false assumption that there is a trade-off between consumer-centric file sharing and corporate IT policy compliance. This is because most market-leading SaaS solutions for file sync and share are not designed around enterprise IT's needs. They represent growing risks with vendor lock-in, data security, compliance and data ownership. With a track record in delivering innovative Open Source solutions, Vizuri has an answer to help enterprises overcome these hurdles. By leveraging innovative Red Hat and ownCloud open source solutions, this solution help corporate IT provide a simple to use file sync and share solution for employees. As a result, organizations are able to retain a greater control over valuable intellectual property.

Slides from the 'MySQL Cluster as NoSQL' tutorial at Percona Live MySQL Conference 2012 in London. Tutorial covers: *MySQL Cluster administration * NoSQL options for MySQL Cluster and when to use what * Memcached (installation and configuration) * Cluster/J * NDBAPI * Benchmarking of different access methods on a live cluster

- Oracle Database 20c Preview introduces several new capabilities including native blockchain tables, automated machine learning (AutoML), a native JSON binary representation, support for persistent memory, and enhancements to in-memory capabilities. - A converged database allows for relational, JSON, XML, graph and spatial data to be stored and queried together using SQL and REST APIs. - Oracle Database 19c is the current long term support release with extended lifecycle support until 2027, while the 20c preview provides early access to new innovations.

The document discusses the PostgreSQL ecosystem, which includes not only PostgreSQL itself but also the community of developers and wider industry that has been built around PostgreSQL. It notes that PostgreSQL provides stability through its regular release cycle and maintenance as well as extensions that add functionality. It also acknowledges some challenges faced by PostgreSQL from competing open source and proprietary databases. Finally, it emphasizes that the success of PostgreSQL is due to the partnership between the volunteer community and larger companies that provide funding for development.

This document provides an agenda and introduction for a presentation on disaster recovery using physical replication technology. The presentation will include an overview of Dbvisit Standby software, which enables disaster recovery for Oracle Standard Edition databases. It will also present a case study of how the New Zealand Stock Exchange uses Dbvisit Standby to ensure continuous availability of critical trading systems across two data centers.

This document announces new Azure database services for MySQL and PostgreSQL. The services provide fully managed database instances with high availability, scalability, and compatibility with existing tools. The services are available in public preview across 11 Azure regions, with basic, standard, and premium performance tiers offering different levels of IOPS, memory, and storage capacity. Migration from on-premises databases to the new managed database services can be done using common tools like mysqldump and pg_dump.

This document discusses a presentation about new features in MySQL 5.6. The presentation provides an overview of new performance features, InnoDB features, replication features, and other enhancements in MySQL 5.6. It also discusses early access features for testing on labs.mysql.com. The goal is to help attendees understand how to leverage the new MySQL 5.6 features to build high-performance, scalable, and reliable web applications.

※最新資料はこちら https://www.slideshare.net/oracle4engineer/oracle-cloud-infrastructure-20208-238180441 ------------------------------ Oracle Cloud Infrastructureの料金体系(Universal Credit & BYOL to PaaS)のご紹介です。

The document provides an agenda for a presentation on MySQL InnoDB Cluster. It discusses MySQL replication components, demonstrating MySQL InnoDB Cluster, network stability, operations, backup and recovery, GTID consistency, replication between clusters, and troubleshooting. It also covers MySQL innovations from version 5.7 to 8.0 and options for configuring an InnoDB Cluster, including consistency settings and member weights.

MySQL InnoDB Cluster provides a complete high availability solution for MySQL. It uses MySQL Group Replication, which allows for multiple read-write replicas of a database to exist with synchronous replication. MySQL InnoDB Cluster also includes MySQL Shell for setup, management and orchestration of the cluster, and MySQL Router for intelligent connection routing. It allows databases to scale out writes across replicas in a fault-tolerant and self-healing manner.

MySQL InnoDB cluster is a collection of products that work together to provide a complete High Availability solution for MySQL. A group of MySQL servers can be configured to create a cluster using MySQL Shell.

This document discusses various ways that MySQL is used by major companies like PayPal, Tesla, and Uber. It provides the following summaries: 1. PayPal uses MySQL Cluster to power its globally distributed fraud detection system, achieving 99.999% availability and sub-second consistency across the world. 2. Tesla uses MySQL InnoDB Cluster in its critical vehicle manufacturing processes for its high availability and easy maintenance. 3. Uber uses MySQL as both a transactional and document database, storing trip data in a flexible, schemaless structure for growth and rapid development.

MySQL Group Replication in MySQL InnoDB Cluster presented during Hong Kong Open Source Conference 2017

Priscila Galvao, a MySQL Solutions Engineer, presented on disaster recovery options for MySQL data. The presentation discussed how backup is the first step but not sufficient on its own for protection against disasters. It introduced disaster recovery plans and options like cloud backup and disaster recovery to Oracle Cloud's MySQL service in active-standby or active-active configurations. Benefits highlighted included conserving resources, faster response times, flexibility, security, and support.

EMEA Oracle User Group Leaders Summit in Valencia 2017 Evolution is inevitable and this sllide deck illustrates how MySQL evolves with the requests of the customers and the Community. What are the problem they face and what are the solutions that we developed to help our user base.

The document discusses two high availability solutions for MySQL: InnoDB Cluster and NDB Cluster. InnoDB Cluster provides high availability using MySQL Group Replication and allows for read scaling. It has weak consistency, no sharding, and medium operational complexity. NDB Cluster uses the NDB storage engine, provides automatic sharding and strong consistency. It has high operational complexity but also provides native NoSQL APIs and load balancing. The document explores these solutions in further detail.

MySQL InnoDB cluster provides a complete high availability solution for MySQL. MySQL Shell includes AdminAPI which enables you to easily configure and administer a group of at least three MySQL server instances to function as an InnoDB cluster. Each MySQL server instance runs MySQL Group Replication, which provides the mechanism to replicate data within InnoDB clusters, with built-in failover. MySQL Router can automatically configure itself based on the cluster you deploy, connecting client applications transparently to the server instances.

This document provides an overview of MySQL high availability solutions including InnoDB Cluster and NDB Cluster. InnoDB Cluster allows setting up a highly available MySQL cluster with auto-sharding using Group Replication and MySQL Router for transparent application routing. NDB Cluster is a memory-optimized database for low-latency applications requiring high scalability and availability. MySQL Shell provides a unified interface for deploying, managing and monitoring these MySQL HA solutions.