C# Tutorials (C#) The C# tutorials provide an overview of the basics of the language and identify important language features. Each tutorial includes one or more sample programs. The tutorials discuss the sample code plus provide additional background information. They also link to the corresponding sample abstract topics, where you can download and run the sample programs. See Also. NuGet Gallery | Home. System.Xml Namespace () The System.Xml namespace provides standards-based support for processing XML. Supported standards Related namespaces The .NET Framework also provides other namespaces for XML-related operations. For a list, descriptions, and links, see the System.Xml Namespaces webpage. Processing XML asynchronously Differences from the W3C specs In two cases that involve constraints on model group schema components, the System.Xml namespace differs from the W3C recommendations.
Consistency in element declarations: In some cases, when substitution groups are used, the System.Xml implementation does not satisfy the "Schema Component Constraint: Element Declarations Consistent," which is described in the Constraints on Model Group Schema Components section of the W3C spec. For example, the following schema includes elements that have the same name but different types in the same content model, and substitution groups are used. In this schema, type t3 contains a sequence of elements. Unique particle attribution: NET XML Tutorial. XML Processing. The Extensible Markup Language (XML) is a markup language much like HTML or SGML. This is recommended by the World Wide Web Consortium and available as an open standard. The System.Xml namespace in the .Net Framework contains classes for processing XML documents.
Following are some of the commonly used classes in the System.Xml namespace. XML Parser APIs The two most basic and broadly used APIs to XML data are the SAX and DOM interfaces. Simple API for XML (SAX) : Here, you register callbacks for events of interest and then let the parser proceed through the document. This is useful when your documents are large or you have memory limitations, it parses the file as it reads it from disk, and the entire file is never stored in memory.Document Object Model (DOM) API : This is World Wide Web Consortium recommendation wherein the entire file is read into memory and stored in a hierarchical (tree-based) form to represent all the features of an XML document.
<? Parsing XML with SAX API Example 1. Squirrel - The Programming Language. Build a Coded UI Test without a UI Map - InCycle Software. So I ran into a customer recently that was getting pretty advanced with Coded UI and they were having trouble maintaining the UI Map technology as part of Visual Studio. One the things that I had noticed is that the UI Map does store lots of information including page names, URL's and many other things that are interesting but not needed. This technology is great for beginners that need to get started with the technology. So as I started thinking about it I was reflecting on some of the technologies that I have used before that included a way to search the DOM or Control Tree if you did not have an items mapped.
Being a long time developer and avid Coded UI user I started thinking about how to solve this problem. As I found quickly there are many ways solve this problem including taking the generated code from UI Map and move it around. As I started to think about how to condense the code and quickly .Net Generics came to mind. Hope this helps someone else solve a very common problem.
Code Smart Not Hard - CodedUITests. In one of my previous posts, I talked about Setting up a Build Server to run Coded UI Tests. In this post I am going to talk about creating a Coded UI Test and running it from Microsoft Test Manager. This completes the full testing story. The build server can run the regression tests and the tests can run any automated test from Microsoft Test Manager on demand. Create Test Case First, create the Test Case in Microsoft Test Manager. Next, in MTM, go to the Test Tab and Run the test. Finish going through the test. Switch your hat to the Developer cap. Since we already have the action recording, choose the “Use an existing action recording.” Once you verify the test is passing in Visual Studio, you can associate the automated test back to the test case. Find the Test Case and choose Ok. Also the Automation Status has been changed to Automated. Creating the Test Environment Now that we have the test case automated, we need to configure the test environment before we can run it.
Test Server 1. Using CodedUI testautomation without UIMap files. One of the things I hear a lot from developers working on test automation is that they dislike the way CodedUI tests in visual studio work with the UIMap files. I can understand that most developers will assume this is the required way of work, since it is strongly advertised when you create a new codedUI test project. I mean the first dialog they show is if you want to create tests based on existing action recording in MTM or record new actions with the UI test builder. In my opinion this dialog should have one other obvious option, that is Hand code the tests using the provided CodedUI object model.
In this post I want to introduce you to the way I like to organize my CodedUI tests so I get a robust and maintainable set of test automation scripts. As an example I will take an ASP.NET MVC web application as the system under test. Page objects The way I like to create my tests is by applying the page object pattern that is commonly used in the UI test automation discipline. Shared Elements. Tcl Developer Site.