Deploying couchbaseserverazure cihanbiyikoglu_microsoft
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Couchbase Server on Azure Cloud - best practices for deploying a development or production environment with Couchbase Server on Microsoft's Azure Cloud Platform.
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Deploying couchbaseserverazure cihanbiyikoglu_microsoft
- 1. Deploying Couchbase Applications on Azure Cloud Rafael Godinho – Evangelist Microsoft Cihan Biyikoglu – Director of Product Management Couchbase
- 2. Agenda • Part I - Azure Intro • Azure Cloud Overview • Part II - Provisioning Virtual Machines in Azure • Live Demo • Part III – Setting up Couchbase on Azure Virtual Machines • Best Practices with Azure VM SKUs, Network Config, Availability Set Configuration and more… • Part IV – Deploying a .NET Couchbase app on Azure • Live Demo • Part V - Q&A ©2014 Couchbase, Inc. 2
- 3. PART I Intro to Azure
- 5. Game sessions hosted using Azure Hosted using >100,000 Azure Virtual Machines
- 6. Microsoft Azure Services Client layer (on-premises) Tablet Phone Games PC console On-premises Browser database Office Add-in On-premises service AD Multifactor Authentication Access Control Layer Integration layer Service Bus CDN BizTalk Services Traffic Manager Virtual Networks Express Route Application layer API Mgmt Websites Cloud Services VM Mobile Services Media Services Notification Hubs Scheduler Automation Data Layer Storage Blobs Tables Queues Data Machine Learning HD Insight Backup and Recovery SQL Database Caching StorSimple
- 7. PART II Provisioning VMs in Azure
- 8. Provisioning a Virtual Machine >_ ©2014 Couchbase, Inc. 8
- 9. Provisioning a Virtual Machine on Azure DEMO ©2014 Couchbase, Inc. 9
- 10. PART III Best Practices - Couchbase Server on Azure
- 11. Best Practices – Node Sizes Minimum HW Recommendation for Couchbase 2 cores and 4GB for development 4 cores and 16GB for production Typical Picks For Dev. Workloads - D2, D11, A3, A5 or larger For Prod. Workloads - D3, D12 or A6 or larger ©2014 Couchbase, Inc. 11
- 12. Best Practices – Configuring Azure Network Virtual Network are the most efficient way to communicate! • Configure a Virtual Network for Nodes & Apps Per DC/Region • Setup Vnet to Vnet connection between DCs/Regions Azure East Couchbase Apps Couchbase Server Cluster Azure West Couchbase Apps Couchbase Server Cluster ©2014 Couchbase, Inc. 12
- 13. Best Practices – Configuring Azure Network Configure a Virtual Network per DC/Region for Couchbase Nodes & Apps - PrivateIPs are faster to route compared to public IPs VM PrivateIPs 10.0.0.4 10.0.0.5 10.0.0.6 … ©2014 Couchbase, Inc. 13
- 14. Best Practices – Configuring Availability Set Configure Availability Sets & Server Groups for Full Protection • Ensure Protection against Upgrades and Rack Failures Configure Availability Set per VNet Ensure all nodes are in the same availability set Ensure all nodes are in separate groups in Couchbase Cluster ©2014 Couchbase, Inc. 14
- 15. Best Practices – Configuring Server Config. Couchbase Server Configuration • Use Static IPs with Nodes Set-AzureStaticVNetIP in Powershell or Check the box in the new portal.. • Use PrivateIP for server comm. Register node PrivateIPs (ex: 10.0.x.x) on Admin Console Enable Remote Administration Some use jump-box to front admin access, others open 18901 for encrypted Admin Access (with Couchbase Server 3.0 only). Defense in Depth… Map to another random port for security externally ACL the 18091 endpoint ©2014 Couchbase, Inc. 15
- 16. Best Practices – Configuring Couchbase Server Security Best Practices - Admin Endpoint: Couchbase Admin Console & CLI: 18091 - 18091 is SSL encrypted. - ACL 18091 for added security - No need to open any other port! - Encrypt XDCR Traffic: Cross DC/Region Traffic with SSL ©2014 Couchbase, Inc. 16
- 17. Best Practices – Configuring Azure Network Couchbase App Configuration • Ensure Apps deploy to the same Vnet Websites, VM Apps or Cloud Services privateIPs (10.0.x.x) • Use Encrypted Data Access SSL based Client-server Communications SSL based View Access https://couchbase_server:18092/… ©2014 Couchbase, Inc. 17
- 18. Best Practices – Storage Configuration Production Deployments - Mount data disks & stripe across with RAID 0 Do not use ephemeral drive – will be reset under node restart Do not use OS drive – limited in size Do Not use ReadWrite caching for Couchbase Server data drives - Writes through to Azure Storage ©2014 Couchbase, Inc. 18
- 19. PART IV Deploying a Couchbase .NET App on Azure
- 20. Develop apps with… .NET Python Node.js Java PHP
- 21. Deploying a .NET app on Azure DEMO ©2014 Couchbase, Inc. 21
- 22. 22
- 23. QA
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- Part I - Azure Intro - Rafael Part II - Demo VM provisioning in Azure (Rafael) Minimal deployed - >3 nodes - >4 cores - >16GB – mount 4TB with raid 0 provision VM - walkthrough provision nodes - powershell Part III - Demo Couchbase setup on Azure (Cihan) install bits – walkthrough of one node deploy install bits – script rest of the setup Part IV - Demo .net Couchbase app on Azure (Rafael) http://www.couchbase.com/communities/net/getting-started Part V - Q&A
- Slide Objectives: Provide a high level summary of Windows Azure and what it enables at a high level Speaking Points: Transition: Several of you are probably asking, just what is Windows Azure? Definition: From a high level, Windows Azure is Microsoft’s Cloud Computing platform. It’s designed to enable you to build, deploy, and scale your applications in the cloud. Over the last year, we’ve been focused on three core tenants with Windows Azure – which you will see reflected throughout this keynote. Flexible The first is to make it Windows Azure really flexible and able to handle pretty much any workload on top of it. When we introduced Windows Azure a few years ago, we pioneered the concept of Platform as a Service, by providing a set of scalable, managed services that you can advantage of as a developer [to compose applications] We continue to push that forward with a bunch of great features that you will see in a few minutes This past year we have also enabled a concept called infrastructure as a service, which is the ability to host and scale durable virtual machines in the cloud as well. With Windows Azure’s support for infrastructure as a service, you can install Windows or Linux and more easily migrate existing applications and workloads. This combination of the ability to run both platform as a service and infrastructure as a service together ends up being a really powerful combination and makes Windows Azure super flexible. Open We also focused a lot this year on making Windows Azure even more open. With Windows Azure you can use your choice of operating systems, your choice of frameworks, and your choice of tools. This really opens up the most possibilities in terms of building on the platform Another aspect of this openness is to use open protocols whenever possible. For example, we use the memcachD protocol for our Caching service, we now support the AMQP protocol for our Service Bus messaging service, and all of the managed services are exposed through simple REST-based APIs that can be called from any framework or language. This enables you to interoperate very easily with our services and integrate with what you already have We’ve also taken all of our SDKs for Windows Azure and released them under an Apache 2 open source license and hosted them on GitHub. Solid Lastly, we’ve focused a lot during the last year on making Windows Azure a really solid platform. One that you can bet your business on and that you know will be reliable. Built in across the platform is support for redundancy and across our managed services we provide guaranteed SLAs that you can bet on and know that your applications will scale and scale reliably. Summary We believe the end result is truly a unique model You can now use both platform as a service and infrastructure as a service *together* You can now use the best of the Microsoft ecosystem and the best of the open source ecosystem *together* Enabling you to build better and more scalable solutions. Notes: Comprehensive set of services that enable you to build, host and scale applications in Microsoft datacenters Windows Azure is an open and flexible cloud platform that enables you to quickly build, deploy and manage applications across a global network of Microsoft-managed datacenters. You can build applications using any language, tool or framework. And you can integrate your public cloud applications with your existing IT environment.
- Points to land: Imagine what you could do… 360,000 concurrent cores Have EA tell the story Assume we don't run out of capacity
- Show: http://portal.azure.com Azure Command Line Interface (works on Windows, Mac and Linux) Azure PowerShell Show script to automate creation + Custom Script Extension ---- Create private virtual network.