By Carl Ganz
With the .NET 4.0 beneficial properties out already, its very important that the recent beneficial properties within the 4.0 model of software improvement with .NET like customized code turbines, mirrored image, dynamic winforms, runtime code compliation, and new dynamic positive factors in WinForms andf ASP.NET.
The writer is going via the entire information within the diversified applied sciences and indicates a few nice examples and explains them in non-technical termonology so in case your a newbie one can comprehend. The examples are newbie to intermediate point and use a few real-life situations that you're certain to use on your every body development.
A quickly examine desk of contents:
1.What is Dynamic Programming?
2.Reflection
3.Run-time Code Compilation
4.Dynamic WinForms Applications
5.Dynamic ASP.NET Applications
6.Dynamic WPF Applications
7.Reporting
8.Building a Database layout for Dynamic Development
This is a smart better half booklet for anyone seeking to see all of the new positive factors within the newest model of .NET and should develop into a huge asset on your technical library.
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Example text
Moreover, you need to consider whether there are any dynamically instantiated controls on the Form. When you instantiate a Form object, you fire its constructor but not its Load event. There is no need to load the forms. Rather, you need instances of them in order to obtain their information. Ideally, dynamically instantiated controls on the form should be defined in its constructor and created along with those generated by Visual Studio in the InitializeComponent() method. However, the original developer may be instantiating dynamic controls in the Load event.
To generate this code, you invoke the class shown in Listing 1-11. Listin g 1-11. cs", "CSharp"); Because the CodeCompileUnit object creates a graph, or code template, it maintains syntax neutrality; any supported language—that is, any language for which you have the assemblies—can be generated. Rather than use language-specific syntax to generate, say, VB code, you can change the “CSharp” parameter passed to GenerateCode() to “VB”. Doing so creates the code in Listing 1-12 (shown minus the standard header comments).
The assumption is that this code will be compiled at runtime. GetType(); Here, you can use the LoadFrom() method of the Assembly class to load the assembly. NET assembly. The CreateInstance() method creates an instance of the class and returns it as type object. At this point, you can retrieve a Type object from this object instance; through this Type object, you can drill down into the class, as you see later in this chapter. CreateInstance(oType); The Activator class allows you to instantiate objects at runtime through its CreateInstance() method.