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In the previous part in the series, we explored how you can select your element or attribute. But now, what kinds of things can you do with it?
You can change the structure of your HTML on the fly. It can be based on user response or to a query to your Web service. You can show, hide, animate, add, remove, fade, animate, change font weight, stylize using CSS. You can see all these live at Tutorials:Live Examples of jQuery.
In my own example, I’ll show how you can build out a wizard on a single HTML5 page.
By building out your data on a single page, you can do all kinds of things without having to move the current state of your user entry from page to page. Instead, you can keep it on a single page, and submit the entire data when the user is ready.
NoSQL databases are often employed in public, massively scaled Web site scenarios, where fast fetching of relatively simple data sets matters most.
NoSQL provide some or all of the following features:
This post describes the main features of NoSQL, provides some general guidance on when to use NoSQL, and how you can get started using NoSQL on Windows Azure. I’ll go in depth on how you can use MongoDB and sones GraphDB in your Azure application, and explain how you can get started with those technologies. I’ll also explain how two Azure offerings fit some NoSQL traits.
Several announced were made about SQL Azure at TechEd North America this week.
Microsoft announced it will offer spatial data support and access to 50GB of SQL Azure Database capacity allowing for higher scalability, flexibility and easier management of applications and services. Further enhancements to management capabilities include the public preview of SQL Azure Data Sync Service, which provides more flexible control over where and how data is distributed and synced across multiple datacenters, and Microsoft SQL Server Web Manager, a lightweight and easy to use tool to help develop, deploy, and manage data-driven applications on the cloud.
Here’s some more details.
While writing the series of posts, I kept running into more best practices. So here are a few more items you should consider in securing your Windows Azure application.
Here are some tools, coding tips, and best practices:
DPE’s Platform Evangelism team has just shipped the RTM release of the SQL Server 2008 R2 Update for Developers Online Training Course on Channel9. This free resource is the online companion to the SQL Server 2008 R2 Update for Developers Training Kit. Developers can now browse all of the presentations, demos, hands-on labs and videos included in the training kit online. You can download individual pieces of content, or download the entire training kit.
In Windows Azure Security Best Practices -- Part 1: The Challenges, Defense in Depth, I described the threat landscape and introduces the plan for your application to employ defense in depth.
In this part, I explain that security with Windows Azure is a shared responsibility, and Windows Azure provides your application with security features than you may have employed in your on premises application. But then, it also exposes other vulnerabilities that you should consider. And in the end, you should be proactive in your application development to secure your application.
This section is meant to provide an overview of what Windows Azure provides. For more in depth information, see Global Foundation Services Online Security. The Global Foundation Services team delivers trustworthy, available online services that create a competitive advantage for you and for Microsoft’s Windows Azure.
ISVs are getting ready for the release of SQL Server 2012 by checking code to be sure it will support the new release. Microsoft provides tools that will help you in your testing.
This article provides the steps you can take to be sure your application is customer-ready for SQL Server 2012.
As with any technology, it’s good to understand where the technology has strengths and where it shines.
Every conversation I have with developers about moving their application to the cloud revolve around two main issues.
And also, often unstated, “How do I make my user experience as easy as for users as it is for on-premise applications?”
This post describes the threat landscape and introduces the plan for your application to employ defense in depth in partnership with Windows Azure.
Claims-based identity is a simple but powerful way of handling identity and access for your web sites and web services, whether you work on-premises or you are targeting the cloud. You can create more secure applications by reducing custom implementations and using a single simplified identity model based on claims.
Windows Identity Foundation (WIF) is a set of .NET Framework classes. It is a framework for implementing claims-based identity in your applications.