Two weeks ago we released a giant set of improvements
to Windows Azure, as well as a significant update of the Windows Azure SDK. This morning we released another massive set of enhancements
to Windows Azure. Today’s new capabilities include: Storage: Import/Export Hard Disk Drives
to your Storage Accounts HDInsight: General Availability of our Hadoop Service
in the cloud Virtual Machines: New VM Gallery, ACL support for VIPs
Web Sites: WebSocket and Remote Debugging Support Notification Hubs: Segmented customer push notification support with tag expressions TFS & GIT: Continuous Delivery Support for
Web Sites + Cloud Services Developer Analytics: New Relic support for
Web Sites + Mobile Services Service Bus: Support for partitioned queues and topics Billing: New Billing Alert Service that sends emails notifications when your bill hits a threshold you define All of these improvements are now available
to use immediately (note that some features are still
in preview). Below are more details about them. Storage: Import/Export Hard Disk Drives
to Windows Azure I am excited
to announce the preview of our new Windows Azure Import/Export Service! The Windows Azure Import/Export Service enables you
to move large amounts of on-premises data into and out of your Windows Azure Storage accounts. It does this by enabling you
to securely ship hard disk drives directly
to our Windows Azure data centers. Once we receive the drives we’ll automatically transfer the data
to or from your Windows Azure Storage account. This enables you
to import or export massive amounts of data more quickly and cost effectively (and not be constrained by available network bandwidth). Encrypted Transport Our Import/Export service provides built-in support for BitLocker disk encryption – which enables you
to securely encrypt data on the hard drives before you send it, and not have
to worry about it being compromised even if the disk is lost/stolen
in transit (since the content on the transported hard drives is completely encrypted and you are the only one who has the key
to it). The drive preparation tool we are shipping today makes setting up bitlocker encryption on these hard drives easy.
How to Import/Export your first Hard Drive of Data You can read our Getting Started Guide
to learn more about
how to begin using the import/export service. You can create import and export jobs via the Windows Azure Management Portal as well as programmatically using our Server Management APIs. It is really easy
to create a new import or export job using the Windows Azure Management Portal. Simply navigate
to a Windows Azure storage account, and then click the new Import/Export tab now available within it (note: if you don’t have this tab make sure
to sign-up for the Import/Export preview): Then click the “Create Import Job” or “Create Export Job” commands at the bottom of it. This will launch a wizard that easily walks you through the steps required: For more comprehensive information about Import/Export, refer
to Windows Azure Storage team blog. You can also send questions and comments
to the
[email protected] email address. We think you’ll find this new service makes it much easier
to move data into and out of Windows Azure, and it will dramatically cut down the network bandwidth required when working on large data migration projects. We hope you like it. HDInsight: 100% Compatible Hadoop Service
in the Cloud Last week we announced the general availability release of Windows Azure HDInsight. HDInsight is a 100% compatible Hadoop service that allows you
to easily provision and manage Hadoop clusters for big data processing
in Windows Azure. This release is now live
in production, backed by an enterprise SLA, supported 24x7 by Microsoft Support, and is ready
to use for production scenarios. HDInsight allows you
to use Apache Hadoop tools, such as Pig and Hive,
to process large amounts of data
in Windows Azure Blob Storage. Because data is stored
in Windows Azure Blob Storage, you can choose
to dynamically create Hadoop clusters only when you need them, and then shut them down when they are no longer required (since you pay only for the time the Hadoop cluster instances are running this provides a super cost effective way
to use them). You can create Hadoop clusters using either the Windows Azure Management Portal (see below) or using our PowerShell and Cross Platform Command line tools: The import/export hard drive support that came out today is a perfect companion service
to use with HDInsight – the combination allows you
to easily ingest, process and optionally export a limitless amount of data. We’ve also integrated HDInsight with our Business Intelligence tools, so users can leverage familiar tools like Excel
in order
to analyze the output of jobs. You can find out more about
how to get started with HDInsight here. Virtual Machines: VM Gallery Enhancements Today’s update of Windows Azure brings with it a new Virtual Machine gallery that you can use
to create new VMs
in the cloud. You can launch the gallery by doing New->Compute->Virtual Machine->From Gallery within the Windows Azure Management Portal: The new Virtual Machine Gallery includes some nice enhancements that make it even easier
to use: Search: You can now easily search and filter images using the search box
in the top-right of the dialog. For example, simply type “SQL” and we’ll filter
to show those images
in the gallery that contain that substring. Category Tree-view: Each month we add more built-in VM images
to the gallery. You can continue
to browse these using the “All” view within the VM Gallery – or now quickly filter them using the category tree-view on the left-hand side of the dialog. For example, by selecting “Oracle”
in the tree-view you can now quickly filter
to see the official Oracle supplied images. MSDN and Supported checkboxes: With today’s update we are also introducing filters that makes it easy
to filter out types of images that you may not be interested
in. The first checkbox is MSDN: using this filter you can exclude any
image that is not part of the Windows Azure benefits for MSDN subscribers (which have highly discounted pricing - you can learn more about the MSDN pricing here). The second checkbox is Supported: this filter will exclude any
image that contains prerelease software, so you can feel confident that the software you choose
to deploy is fully supported by Windows Azure and our partners. Sort options: We sort gallery images by what we think customers are most interested
in, but sometimes you might want
to sort using different views. So we’re providing some additional sort options, like “Newest,”
to customize the
image list for what suits you best. Pricing information: We now provide additional pricing information about images and options on
how to cost effectively run them directly within the VM Gallery. The above improvements make it even easier
to use the VM Gallery and quickly create launch and run Virtual Machines
in the cloud. Virtual Machines: ACL Support for VIPs A few months ago we exposed the ability
to configure Access Control Lists (ACLs) for Virtual Machines using Windows PowerShell cmdlets and our Service Management API. With today’s release, you can now configure VM ACLs using the Windows Azure Management Portal as well. You can now do this by clicking the new Manage ACL command
in the Endpoints tab of a virtual machine instance: This will enable you
to configure an ordered list of permit and deny rules
to scope the traffic that can access your VM’s network endpoints. For example, if you were on a virtual network, you could limit RDP access
to a Windows Azure virtual machine
to only a few computers attached
to your enterprise. Or if you weren’t on a virtual network you could alternatively limit traffic from public IPs that can access your workloads: Here is the default behaviors for ACLs
in Windows Azure: By default (i.e. no rules specified), all traffic is permitted. When using only Permit rules, all other traffic is denied. When using only Deny rules, all other traffic is permitted. When there is a combination of Permit and Deny rules, all other traffic is denied. Lastly, remember that configuring endpoints does not automatically configure them within the VM if it also has firewall rules enabled at the OS level. So if you create an endpoint using the Windows Azure Management Portal, Windows PowerShell, or REST API, be sure
to also configure your guest VM firewall appropriately as well.
Web Sites:
Web Sockets Support With today’s release you can now use
Web Sockets with Windows Azure
Web Sites. This feature enables you
to easily integrate real-time communication scenarios within your
web based applications, and is available at no extra charge (it even works with the free tier). Higher level programming libraries like SignalR and socket.io are also now supported with it. You can enable
Web Sockets support on a
web site by navigating
to the Configure tab of a
Web Site, and by toggling
Web Sockets support
to “on”: Once
Web Sockets is enabled you can start
to integrate some really cool scenarios into your
web applications. Check out the new SignalR documentation hub on www.
asp.
net to learn more about some of the awesome scenarios you can do with it.
Web Sites: Remote Debugging Support The Windows Azure SDK 2.2 we released two weeks ago introduced remote debugging support for Windows Azure Cloud Services. With today’s Windows Azure release we are extending this remote debugging support
to also work with Windows Azure
Web Sites. With live, remote debugging support inside of Visual Studio, you are able
to have more visibility than ever before into
how your code is operating live
in Windows Azure. It is now super easy
to attach the debugger and quickly see what is going on with your application
in the cloud. Remote Debugging of a Windows Azure
Web Site using VS 2013 Enabling the remote debugging of a Windows Azure
Web Site using VS 2013 is really easy. Start by opening up your
web application’s project within Visual Studio. Then navigate
to the “Server Explorer” tab within Visual Studio, and click on the deployed web-site you want
to debug that is running within Windows Azure using the Windows Azure->Web Sites node
in the Server Explorer. Then right-click and choose the “Attach Debugger” option on it: When you do this Visual Studio will remotely attach the debugger
to the
Web Site running within Windows Azure. The debugger will then stop the
web site’s execution when it hits any break points that you have set within your
web application’s project inside Visual Studio. For example, below I set a breakpoint on the “ViewBag.Message” assignment statement within the HomeController of the standard
ASP.
NET MVC project template. When I hit refresh on the “About” page of the
web site within the browser, the breakpoint was triggered and I am now able
to debug the app remotely using Visual Studio: Note above
how we can debug variables (including autos/watchlist/etc), as well as use the Immediate and Command Windows.
In the debug session above I used the Immediate Window
to explore some of the request object state, as well as
to dynamically change the ViewBag.Message property. When we click the the “Continue” button (or press F5) the app will continue execution and the
Web Site will render the content back
to the browser. This makes it super easy
to debug
web apps remotely. Tips for Better Debugging
To get the best experience while debugging, we recommend publishing your
site using the Debug configuration within Visual Studio’s
Web Publish dialog. This will ensure that debug symbol information is uploaded
to the
Web Site which will enable a richer debug experience within Visual Studio. You can find this option on the
Web Publish dialog on the Settings tab: When you ultimately deploy/run the application
in production we recommend using the “Release” configuration setting – the release configuration is memory optimized and will provide the best production performance.
To learn more about diagnosing and debugging Windows Azure
Web Sites read our new Troubleshooting Windows Azure
Web Sites
in Visual Studio guide. Notification Hubs: Segmented Push Notification support with tag expressions
In August we announced the General Availability of Windows Azure Notification Hubs - a powerful Mobile Push Notifications service that makes it easy
to send high volume push notifications with low latency from any mobile app back-end. Notification hubs can be used with any mobile app back-end (including ones built using our Mobile Services capability) and can also be used with back-ends that run
in the cloud as well as on-premises. Beginning with the initial release, Notification Hubs allowed developers
to send personalized push notifications
to both individual users as well as groups of users by interest, by associating their devices with tags representing the logical target of the notification. For example, by registering all devices of customers interested
in a favorite MLB team with a corresponding tag, it is possible
to broadcast one message
to millions of Boston Red Sox fans and another message
to millions of St. Louis Cardinals fans with a single API call respectively. New support for using tag expressions
to enable advanced customer segmentation With today’s release we are adding support for even more advanced customer targeting. You can now identify customers that you want
to send push notifications
to by defining rich tag expressions. With tag expressions, you can now not only broadcast notifications
to Boston Red Sox fans, but take that segmenting a step farther and reach more granular segments. This opens up a variety of scenarios, for example: Offers based on multiple preferences—e.g. send a game day vegetarian special
to users tagged as both a Boston Red Sox fan AND a vegetarian Push content
to multiple segments
in a single message—e.g. rain delay information only
to users who are tagged as either a Boston Red Sox fan OR a St. Louis Cardinal fan Avoid presenting subsets of a segment with irrelevant content—e.g. season ticket availability reminder
to users who are tagged as a Boston Red Sox fan but NOT also a season ticket holder
To illustrate with code, consider a restaurant chain app that sends an offer related
to a Red Sox vs Cardinals game for users
in Boston. Devices can be tagged by your app with location tags (e.g. “Loc:Boston”) and interest tags (e.g. “Follows:RedSox”, “Follows:Cardinals”), and then a notification can be sent by your back-end
to “(Follows:RedSox || Follows:Cardinals) && Loc:Boston”
in order
to deliver an offer
to all devices
in Boston that follow either the RedSox or the Cardinals. This can be done directly
in your server backend send logic using the code below: var notification = new WindowsNotification(messagePayload); hub.SendNotificationAsync(notification, "(Follows:RedSox || Follows:Cardinals) && Loc:Boston");
In your expressions you can use all Boolean operators: AND (&&), OR (||), and NOT (!). Some other cool use cases for tag expressions that are now supported include: Social:
To “all my group except me” - group:id && !user:id Events: Touchdown event is sent
to everybody following either team or any of the players involved
in the action: Followteam:A || Followteam:B || followplayer:1 || followplayer:2 … Hours: Send notifications at specific times. E.g. Tag devices with time zone and when it is 12pm
in Seattle send to: GMT8 && follows:thaifood Versions and platforms: Send a reminder
to people still using your first version for Android - version:1.0 && platform:Android For help on getting started with Notification Hubs, visit the Notification Hub documentation center. Then download the latest NuGet package (or use the Notification Hubs REST APIs directly)
to start sending push notifications using tag expressions. They are really powerful and enable a bunch of great new scenarios. TFS & GIT: Continuous Delivery Support for
Web Sites + Cloud Services With today’s Windows Azure release we are making it really easy
to enable continuous delivery support with Windows Azure and Team Foundation Services. Team Foundation Services is a cloud based offering from Microsoft that provides integrated source control (with both TFS and Git support), build server, test execution, collaboration tools, and agile planning support. It makes it really easy
to setup a team project (complete with automated builds and test runners)
in the cloud, and it has really rich integration with Visual Studio. With today’s Windows Azure release it is now really easy
to enable continuous delivery support with both TFS and Git based repositories hosted using Team Foundation Services. This enables a workflow where when code is checked
in, built successfully on an automated build server, and all tests pass on it – I can automatically have the app deployed on Windows Azure with zero manual intervention or work required. The below screen-shots demonstrate
how to quickly setup a continuous delivery workflow
to Windows Azure with a Git-based
ASP.
NET MVC project hosted using Team Foundation Services. Enabling Continuous Delivery
to Windows Azure with Team Foundation Services The project I’m going
to enable continuous delivery with is a simple
ASP.
NET MVC project whose source code I’m hosting using Team Foundation Services. I did this by creating a “SimpleContinuousDeploymentTest” repository there using Git – and then used the new built-in Git tooling support within Visual Studio 2013
to push the source code
to it. Below is a screen-shot of the Git repository hosted within Team Foundation Services: I can access the repository within Visual Studio 2013 and easily make commits with it (as well as branch, merge and do other tasks). Using VS 2013 I can also setup automated builds
to take place
in the cloud using Team Foundation Services every time someone checks
in code
to the repository: The cool thing about this is that I don’t have
to buy or rent my own build server – Team Foundation Services automatically maintains its own build server farm and can automatically queue up a build for me (for free) every time someone checks
in code using the above settings. This build server (and automated testing) support now works with both TFS and Git based source control repositories. Connecting a Team Foundation Services project
to Windows Azure Once I have a source repository hosted
in Team Foundation Services with Automated Builds and Testing set up, I can then go even further and set it up so that it will be automatically deployed
to Windows Azure when a source code commit is made
to the repository (assuming the Build + Tests pass). Enabling this is now really easy.
To set this up with a Windows Azure
Web Site simply use the New->Compute->Web Site->Custom Create command inside the Windows Azure Management Portal. This will create a dialog like below. I gave the
web site a name and then made sure the “Publish from source control” checkbox was selected: When we click next we’ll be prompted for the location of the source repository. We’ll select “Team Foundation Services”: Once we do this we’ll be prompted for our Team Foundation Services account that our source repository is hosted under (in this case my TFS account is “scottguthrie”): When we click the “Authorize Now” button we’ll be prompted
to give Windows Azure permissions
to connect
to the Team Foundation Services account. Once we do this we’ll be prompted
to pick the source repository we want
to connect
to. Starting with today’s Windows Azure release you can now connect
to both TFS and Git based source repositories. This new support allows me
to connect
to the “SimpleContinuousDeploymentTest” respository we created earlier: Clicking the finish button will then create the
Web Site with the continuous delivery hooks setup with Team Foundation Services. Now every time someone pushes source control
to the repository
in Team Foundation Services, it will kick off an automated build, run all of the unit tests
in the solution , and if they pass the app will be automatically deployed
to our
Web Site in Windows Azure. You can monitor the history and status of these automated deployments using the Deployments tab within the
Web Site: This enables a really slick continuous delivery workflow, and enables you
to build and deploy apps
in a really nice way. Developer Analytics: New Relic support for
Web Sites + Mobile Services With today’s Windows Azure release we are making it really easy
to enable Developer Analytics and Monitoring support with both Windows Azure
Web Site and Windows Azure Mobile Services. We are partnering with New Relic, who provide a great dev analytics and app performance monitoring offering,
to enable this - and we have updated the Windows Azure Management Portal
to make it really easy
to configure. Enabling New Relic with a Windows Azure
Web Site Enabling New Relic support with a Windows Azure
Web Site is now really easy. Simply navigate
to the Configure tab of a
Web Site and scroll down
to the “developer analytics” section that is now within it: Clicking the “add-on” button will display some additional UI. If you don’t already have a New Relic subscription, you can click the “view windows azure store” button
to obtain a subscription (note: New Relic has a perpetually free tier so you can enable it even without paying anything): Clicking the “view windows azure store” button will launch the integrated Windows Azure Store experience we have within the Windows Azure Management Portal. You can use this
to browse from a variety of great add-on services – including New Relic: Select “New Relic” within the dialog above, then click the next button, and you’ll be able
to choose which type of New Relic subscription you wish
to purchase. For this demo we’ll simply select the “Free Standard Version” – which does not cost anything and can be used forever: Once we’ve signed-up for our New Relic subscription and added it
to our Windows Azure account, we can go back
to the
Web Site’s configuration tab and choose
to use the New Relic add-on with our Windows Azure
Web Site. We can do this by simply selecting it from the “add-on” dropdown (it is automatically populated within it once we have a New Relic subscription
in our account): Clicking the “Save” button will then cause the Windows Azure Management Portal
to automatically populate all of the needed New Relic configuration settings
to our
Web Site: Deploying the New Relic Agent as part of a
Web Site The final step
to enable developer analytics using New Relic is
to add the New Relic runtime agent
to our
web app. We can do this within Visual Studio by right-clicking on our
web project and selecting the “Manage NuGet Packages” context menu: This will bring up the NuGet package manager. You can search for “New Relic” within it
to find the New Relic agent. Note that there is both a 32-bit and 64-bit edition of it – make sure
to install the version that matches
how your
Web Site is running within Windows Azure (note: you can configure your
Web Site to run
in either 32-bit or 64-bit mode using the
Web Site’s “Configuration” tab within the Windows Azure Management Portal): Once we install the NuGet package we are all set
to go. We’ll simply re-publish the
web site again
to Windows Azure and New Relic will now automatically start monitoring the application Monitoring a
Web Site using New Relic Now that the application has developer analytics support with New Relic enabled, we can launch the New Relic monitoring portal
to start monitoring the health of it. We can do this by clicking on the “Add Ons” tab
in the left-hand side of the Windows Azure Management Portal. Then select the New Relic add-on we signed-up for within it. The Windows Azure Management Portal will provide some default information about the add-on when we do this. Clicking the “Manage” button
in the tray at the bottom will launch a new browser tab and single-sign us into the New Relic monitoring portal associated with our account: When we do this a new browser tab will launch with the New Relic admin tool loaded within it: We can now see insights into
how our app is performing – without having
to have written a single line of monitoring code. The New Relic service provides a ton of great built-in monitoring features allowing us
to quickly see: Performance times (including browser rendering speed) for the overall
site and individual pages. You can optionally set alert thresholds
to trigger if the speed does not meet a threshold you specify. Information about where
in the world your customers are hitting the
site from (and
how performance varies by region) Details on the latency performance of external services your
web apps are using (for example: SQL, Storage, Twitter, etc) Error information including call stack details for exceptions that have occurred at runtime SQL Server profiling information – including which queries executed against your database and what their performance was And a whole bunch more… The cool thing about New Relic is that you don’t need
to write monitoring code within your application
to get all of the above reports (plus a lot more). The New Relic agent automatically enables the CLR profiler within applications and automatically captures the information necessary
to identify these. This makes it super easy
to get started and immediately have a rich developer analytics view for your solutions with very little effort. If you haven’t tried New Relic out yet with Windows Azure I recommend you do so – I think you’ll find it helps you build even better cloud applications. Following the above steps will help you
get started and deliver you a really good application monitoring solution
in only minutes. Service Bus: Support for partitioned queues and topics With today’s release, we are enabling support within Service Bus for partitioned queues and topics. Enabling partitioning enables you
to achieve a higher message throughput and better availability from your queues and topics. Higher message throughput is achieved by implementing multiple message brokers for each partitioned queue and topic. The multiple messaging stores will also provide higher availability. You can create a partitioned queue or topic by simply checking the Enable Partitioning option
in the custom create wizard for a Queue or Topic: Read this article
to learn more about partitioned queues and topics and
how to take advantage of them today. Billing: New Billing Alert Service Today’s Windows Azure update enables a new Billing Alert Service Preview that enables you
to get proactive email notifications when your Windows Azure bill goes above a certain monetary threshold that you configure. This makes it easier
to manage your bill and avoid potential surprises at the end of the month. With the Billing Alert Service Preview, you can now create email alerts
to monitor and manage your monetary credits or your current bill total.
To set up an alert first sign-up for the free Billing Alert Service Preview. Then visit the account management page, click on a subscription you have setup, and then navigate
to the new Alerts tab that is available: The alerts tab allows you
to setup email alerts that will be sent automatically once a certain threshold is hit. For example, by clicking the “add alert” button above I can setup a rule
to send myself email anytime my Windows Azure bill goes above $100 for the month: The Billing Alert Service will evolve
to support additional aspects of your bill as well as support multiple forms of alerts such as SMS. Try out the new Billing Alert Service Preview today and give us feedback. Summary Today’s Windows Azure release enables a ton of great new scenarios, and makes building applications hosted
in the cloud even easier. If you don’t already have a Windows Azure account, you can sign-up for a free trial and start using all of the above features today. Then visit the Windows Azure Developer Center
to learn more about
how to build apps with it. Hope this helps, Scott P.S.
In addition
to blogging, I am also now using Twitter for quick updates and
to share links. Follow me at: twitter.com/scottgu
