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Com day how to bring windows azure portal to your datacenter
- 1. #comdaybe How to bring Windows Azure Portal to your datacenter Infront Consulting Group Senior Technical Engineer, MVP SCCDM Christopher Keyaert
- 2. 2 Designed for hosting service providers to drive lower infrastructure TCO and deliver new business opportunities. Network Virtualization Disaster recovery with Hyper-V Replica VM scalability & performance Web-Farm Scalability with IIS8 Storage Spaces Live Storage Migration & Shared Nothing Live Migration Granular Resource Metering Hyper-V Extensible Switch Data De- Duplication RDS Improvements for Desktop Hosting
- 3. 3 Best-in-class management for hosting service provider clouds Physical, virtual, and cloud management Operations automation Multi-hypervisor support Monitoring console and customizable dashboards Provisioning with Service Templates Flexible delegation with control Application and OS management Multi-tenancy
- 5. New high-density Web Sites with elastic cloud scaling and complete dev-ops experiences New rich IaaS experience for self-service provisioning of Virtual Machines hosted on Windows Server and System Center 2012 New Self-Service Management Portal and REST APIs for managing new class of cloud based services GA release available now for immediate download: http://www.microsoft.com/hosting/en/us/services.aspx Consistent Dev-Ops Experiences
- 6. Consistent experiences across the Cloud OS Web Sites High density and scalable Easy deployment and administration Fully self-service Third Party Services Go Daddy Zuora Parallels Apprenda and more Virtual Machines Offer preconfigured workloads Windows and Linux Fully self-service Service Mgmt Portal & API High density and scalable Easy deployment and administration Fully self-service
- 7. 7 Web Sites High density and scalable Easy deployment and administration Fully self-service Service Management API Service Management Portal Virtual Machines Offer preconfigured workloads Windows and Linux Fully self-service Third Party Zuora Parallels Apprenda and more Web Sites Virtual Machines Third Party Service Provider Foundation API System Center (Virtual Machine Manager Component) Windows Server Third Party Modules Controller (Web farm framework) Web Farm Front-end/Workers (Application Request Routing/Dynamic Windows Process Activation Service ) Windows Server Windows Server
- 9. Worker Role Web Sites VM Role SQL Service Bus Caching Other Services CDN. Media,, etc. Web Sites VMs Private Service Provider Bringing Windows Azure Services to Windows Server SQL Shared Cloud Services Service Bus, etc. Web Sites App s VM s Self-Service Portal Service Plans Users Service Admin App s VM s Self-Service Portal Subscriber Self-Service Portal Web Sites Database VMs Apps SP1 w/ Service Provider Foundation Web Sites Databases VMs Subscriber Self-Service Portal Windows Azure Self Service Portal Moves On-Premises Common Mgt. Experience Cloud-Enabled Services Move On-Premises Workload Portability Consistent Dev. Experience
- 12. It’s easy to deploy and administer high-density scalable website hosting services Scalable Automated Flexible High-density and secure web hosting Support for Web Deploy (in WebMatrix and Visual Studio) Support for Git, FTP and FTPS Web Sites empower customers to easily scale their number of instances as well as moving from shared to reserved infrastructure with a single mouse click. Support for PHP, Node.js, and ASP.NET Metering and throttling of resources Fully integrated into Web App Gallery Popular open source software apps
- 13. Shared and Reserved Instances 1 shared Deploy Web Sites into a free, shared/multitenant hosting environment running on a shared set of server resources When a website is first created it runs in Shared mode. It shares available compute resources with other subscribers that are also running websites in Shared mode. shared reserved SHARED INSTANCES
- 14. 1 reserved Websites can be upgraded optionally to run in Reserved mode. This isolates them to run within a dedicated virtual machine. When you change the mode from Shared to Reserved, the website is scaled up. SHARED INSTANCES RESERVED INSTANCE Shared and Reserved Instances shared reserved
- 15. Elastically scale the resources sites use to increase reserved instance capacity as traffic increases. Increasing the value for Reserved Instance Count will provide fault tolerance and improved performance through scale out. A website in Reserved mode will provide more consistent performance than a website in Shared mode because it is not sharing resources with other tenants. If Reserved Instance Size is changed from Small to Medium or Large, the website will run in a compute instance of corresponding size with access to associated resources for each size. RESERVED INSTANCE RESERVED INSTANCE Shared and Reserved Instances 2 reserved shared reserved
- 16. Support for PHP , Node.js, and ASP .NET Best platform for .NET “Just works” with PHP (and Node.js) Embraces web standards Innovations with “Dev11” and ASP.NET MVC 4 ASP.NET “webpages” and Razor syntax WebMatrix provides simple on-ramp and integrates deeply with open source. First-class support for FastCGI/PHP Popular open source software apps–WordPress, Joomla!, Drupal, Umbraco and DotNetNuke Node.js pre-configured Standards-based support Great for asynchronous operations and client- driven web apps. Excellent choice for rich HTML5 applications.
- 18. Combine hosts and networks, storage, and library resources together to create a service provider cloud. Delegate access to self-service users and let them manage cloud resources and create services Deploy VMs to private clouds or hosts by using VM templates Create a cloud by moving the underlying resources of network, storage, & compute into the cloud. Configure the fabric Create a cloud from the fabric Delegate the cloud to a self- service user Deploy VMs
- 19. REST OData API Aggregation Automation Tenant 1 Self-service users Tenant admins Tenant’s apps, scripts, and tools Tenant 2 Self-service users Tenant admins Tenant’s apps, scripts, and tools
- 20. Virtual Machines Virtual Machine Manager Enables Hosted IaaS Features • VM management • Service management • Self-service VM networks • Multi-tenancy / Multi-stamp • Self-service tenant administration • Enterprise identity for SPF • Extensibility for hosted cloud API • Usage Metering via SCOM REST-based Odata API
- 23. 1. SPF and VMM are installed/configured 2. Admin adds SPF endpoint to Service Mgmt API 3. Admin registers VMM server 6. Tenant creates and operates VMs 4. Admin creates plan with VM cloud offer 5. Tenant subscribes to plan SPF VMM Admin Tenant VMM VMM Service Mgmt API Admin UX Tenant UX Plans Subscriptions Accounts Offers Stamps User Roles Plan Offer Subscription 1 2 3 4 5 6
- 26. Service Management API Service Provider Foundation Virtual Machine Manager Operations Manager IaaS Web Sites SQL Usage Data Usage Data Collector Customer Billing System SPF Usage REST Endpoint Continuously gather usage metrics from every provider
- 27. Metric Aggregation Description MemoryAllocated Min Lowest allocated memory size for a VM within an hour timespan Max Highest allocated memory size for a VM within an hour timespan MemoryConsumed Min Lowest consumed memory size for a VM within an hour timespan Max Highest consumed memory size for a VM within an hour timespan Median Median average consumed memory size for a VM within an hour timespan CPUAllocationCount Min Lowest number of CPU core allocated for a VM within an hour timespan Max Highest number of CPU core allocated for a VM within an hour timespan CPUPercentUtilization Median Median average in percentage of CPU consumption for a VM within an hour timespan CrossDiskIOPerSecond Min Lowest input/output per second (IOPS) across all attached disk for a VM within an hour timespan Max Highest input/output per second (IOPS) across all attached disk for a VM within an hour timespan Median Median average input/output per second (IOPS) across all attached disk for a VM within an hour timespan CrossDiskSizeAllocated Min Lowest allocated disk size across all attached disk for a VM within an hour timespan Max Highest allocated disk size across all attached disk for a VM within an hour timespan PerNICKBSentPerSecond Min Lowest bytes sent per second on a network adapter attached to a VM within an hour timespan Max Highest bytes sent per second on a network adapter attached to a VM within an hour timespan Median Median average bytes sent per second on a network adapter attached to a VM within an hour timespan Average Straight average bytes sent per second on a network adapter attached to a VM within an hour timespan PerNICKBReceivedPerSecond Min Lowest bytes received per second on a network adapter attached to a VM within an hour timespan Max Highest bytes received per second on a network adapter attached to a VM within an hour timespan Median Median average bytes received per second on a network adapter attached to a VM within an hour timespan Average Straight average bytes received per second on a network adapter attached to a VM within an hour timespan
- 33. http://msdn.microsoft.com/en-us/library/jj953500.aspx # of Tenant Portal instances Max Concurrent Users Requests per second 1 3000 97 2 5000 165 4 7500 214 6 10000 258 (very high load)
- 35. Built to Differentiate Web Sites VMs Private Service Provider SQL Web Sites App s VM s Self-Service Portal Service Plans Users Admin Web Sites Databases VMs Subscriber Self-Service Web Sites Databases Contoso Hosting VMs Custom login, logos, banner, colors, extensions, etc… Apprenda a a pprenda SP1 w/ Service Provider Foundation Usage
- 36. Custom Theming Management APIs for Custom Portals Custom Resource Providers Usage Adaptor for Billing Systems Now available for immediate download http://bit.ly/ASWS-Samples
- 38. HTTP POST HTTPS://<TENANTSERVICEROOT>/{SUBSCRIPTIONID}/SERVICES/WEBSPACES/ DEFAULTWEBSPACE/SITES HTTP/1.1 <Site xmlns="http://schemas.microsoft.com/windowsazure" xmlns:i="http://www.w3.org/2001/XMLSchema-instance"> <AdminEnabled i:nil="true"/> <AvailabilityState>Normal</AvailabilityState> <EnabledHostNames i:nil="true" xmlns:a="http://schemas.microsoft.com/2003/10/Serialization/Arrays"/> <HostNames xmlns:a="http://schemas.microsoft.com/2003/10/Serialization/Arrays"> <a:string>mysite111.katal.dev2</a:string> </HostNames> <Name>mysite111</Name> <Owner i:nil="true"/> <RepositorySiteName i:nil="true"/><SelfLink i:nil="true"/> <SiteProperties i:nil="true"/> …. HTTP POST HTTPS://<ADMINSERVICEROOT>/SUBSCRIPTIONS <AzureProvisioningInfo xmlns:i="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://www.microsoft.com/Azure/ProvisioningAgent/1.0"> <AccountAdminLiveEmailId>johndoe@live.com</AccountAdminLiveEmailId> <AccountAdminLivePuid>johndoe@live.com</AccountAdminLivePuid> <FriendlyName>JohnDoe subscription</FriendlyName> <OfferCategory>Gold</OfferCategory> <ServiceAdminLiveEmailId>johndoe@live.com</ServiceAdminLiveEmailId> <ServiceAdminLivePuid>johndoe@live.com</ServiceAdminLivePuid> <SubscriptionId>d8198c18-a00a-442e-8f6d-435d77eae386</SubscriptionId> </AzureProvisioningInfo>
- 42. • Azure Service Bus • Service Management Automation ( + PowerShell Workflows) • Active Directory Integration • Subscription Co-Administrator • … http://www.microsoft.com/en-us/server- cloud/windows-azure-pack.aspx
Notas do Editor
- Slide Objective: This slide is couched in the three value prop pillars we put forth to Service Providers – More Customers, More Efficiencies and More Services. More Customers is about the massive installed base of customers Microsoft has (over 22M Windows Servers, over 3M SQL Servers and over 6M Business Apps, including SharePoint, Exchange, Lync, and custom) and how they will want to eventually move to hosted environments. More Efficiencies is really about all the efficiency enhancements in the underlying OS and management software. More Services is about all the value-add services that hosting service providers can easily stand up and monetize when using Windows Server, System Center and the rest of the STB products. This can include some of the components that are now available to create a service around (think Hyper-V Replica), but also includes finished services, such as the one we’re describing in this presentation. <click to next slide> Some other data points for this slide include: Networking Enhancements Network virtualization enables IP Address Mobility: create a logical grouping of IP addresses and assign to VM; today have to be on a single network "cluster"; can more easily move VMs to other networks (move from on-premises to another cloud). Improved multi-tenant support for networks–improvements to deliver completion isolation down to wire critical for multi-tenant scenarios. Virtual Switches: out of box support for virtual switch. Management interface for network. Storage Lower Storage Costs. Storage Spaces–pool underlying storage and access and manage storage across multiple disks as a single store, taking away dependencies on SAN that can create cheaper DAS storage solutions. Data de-duplication Thin provisioning VM Scalability and Performance Higher density of VMs per host Up to 32 virtual procs/VM Support for up to 160 logical procs (# of procs x cores) Management Over 2000 new PowerShell commands Enhanced Remote Server Multi-Server Management
- Slide Objective This slide leverages the same framework at the top as the prior slide, but instead highlights management enhancements brought with the latest release of System Center. Top Features for Service Providers Physical, virtual, and Cloud management Application and OS management Operations automation Multi-tenancy Multi-hypervisor support Provisioning with service templates Flexible delegation with control Monitoring console and customizable dashboards
- As I mentioned earlier, a core part of what the Cloud OS means is the ability to have parity of experiences across the three primary deployment locations: on premise, in a hosted environment, or on Windows Azure. We have found Azure to be a great environment for developing and testing highly distributed cloud services and now we’re bringing all the technology to hosting service providers as part of the technology found in Windows Server and System Center. These technologies are currently in beta release and are expected to be fully available with the release of the Service Pack 1 for System Center 2012 in early 2013. <click to build out the four pillars> The first two services that we’re taking from Windows Azure to Windows Server are Web Sites and Virtual Machines. This session will obviously spend a lot more time talking about the Virtual Machines scenario, but it’s good to have the context for the entire solution. The other piece of technology that Microsoft delivers for this solution is the Service Management API and Portal, which is the third pillar. The API layer is really the key to this solution since once it has been adopted, the service provider will more easily be able to continue to plug in new modules, whether they’re from Microsoft or third party providers. The fourth pillar highlights the fact that there are 3rd party vendors who are also writing solutions to this new API and making those services available to hosters as well. The next slide will give you a better understanding of the technology stack from a high level. <click to next slide>
- Web Sites is a highly scalable web hosting service for public and private clouds that is optimized for cloud hosting economics and integrated with the world’s most popular OSS Web apps, frameworks and tools. Create high-density, scalable website hosting services that are simple to deploy and administer, operating tens of thousands of sites in a single web farm. Out-of-the-box automation lowers customer onboarding costs while resource metering and throttling can help tailor customer offerings. Supports many frameworks including ASP.NET, Classic ASP, PHP, and Node.js with full Git integration for source code control. Integration of the Web App Gallery allows customers access to popular web applications.
- The Management Portal can be used to scale websites, and to specify whether if they can run in Shared website mode or Reserved website mode. Shared mode When a website is first created it runs in Shared mode, meaning that it shares available compute resources with other subscribers that are also running websites in Shared mode. A single instance of a website configured to run in Shared mode will provide somewhat limited performance when compared to other configurations but should still provide sufficient performance to complete development tasks or proof of concept work. If a website that is configured to run in a single instance using Shared mode is put into production, the resources available to the website may prove to be inadequate as the average number of client requests increases over time. Before putting a website into production, estimate the load that the website will be expected to handle and consider scaling up or scaling out the website by changing configuration options available on the website's Scale management page. References: http://www.windowsazure.com/en-us/manage/services/web-sites/how-to-scale-websites/#reservedmode
- When a website’s mode is changed from Shared to Reserved the website is scaled up to run on a single dedicated core with access to additional memory, disk space and bandwidth.
- References: http://www.windowsazure.com/en-us/manage/services/web-sites/how-to-scale-websites/#reservedmode
- Web Sites includes support for the following: Multiple frameworks including ASP.NET, PHP and Node.js Popular open source software apps including WordPress, Joomla!, Drupal, Umbraco and DotNetNuke SQL Database and MySQL databases Multiple types of developer tools and protocols including Visual Studio, FTP, Visual Studio Team Foundation Services and Microsoft WebMatrix