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C# covariant return types utilizing generics. Write Mobile Agents In .NET To Roam And Interact On Your Network. Wandering Code Write Mobile Agents In .NET To Roam And Interact On Your Network Matt Neely Code download available at:MobileAgents.exe(145 KB)

Write Mobile Agents In .NET To Roam And Interact On Your Network

Output an Assembly Version/Fully Qualified Name from the CommandLine. Sample of non-CAS custom permission with declarative form supported. - Eugene Bobukh's WebLog. Why?

Sample of non-CAS custom permission with declarative form supported. - Eugene Bobukh's WebLog

Recently, I started seeing numerous requests regarding creation of custom permissions that do not inherit from CodeAccessPermission and thus do not perform stackwalk. There is nothing special about implementing such classes. In fact, it is easier then with CodeAccessPermission as a base. Demystifying C# 3.0 - Part 7: Expression Trees. In this series of Demystifying C# 3.0 we have already covered - a) Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var"b) Demystifying C# 3.0 - Part 2: Anonymous Typesc) Demystifying C# 3.0 - Part 3: Extension Methodsd) Demystifying C# 3.0 - Part 4: Lambda Expressionse) Demystifying C# 3.0 - Part 5: Object and Collection Initializersf) Demystifying C# 3.0 - Part 6: (LINQ) Query Expression Translation (to C# 3.0) Thank you to both Eric Wise, and C.

Demystifying C# 3.0 - Part 7: Expression Trees

Steen for linking. The more people we have look at these posts, the better the overall discussion quality will be. Okay, so next we will be talking about "Expression Trees". Demystifying C# 3.0 - Part 6: (LINQ) Query Expression Translation (to C# 3.0) In this series of Demystifying C# 3.0 we have already covered - a) Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var"b) Demystifying C# 3.0 - Part 2: Anonymous Typesc) Demystifying C# 3.0 - Part 3: Extension Methodsd) Demystifying C# 3.0 - Part 4: Lambda Expressionse) Demystifying C# 3.0 - Part 5: Object and Collection Initializers I *strongly* recommend reading up the above in sequence before reading this post.

Demystifying C# 3.0 - Part 6: (LINQ) Query Expression Translation (to C# 3.0)

This is, (I feel) a rather good post, that will set LINQ in your mind clearly. If you rush through this post, you will waste this opportunity. Demystifying C# 3.0 - Part 4: Lambda Expressions. In the Demystifying C# 3.0, I've already talked about - a) Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var"b) Demystifying C# 3.0 - Part 2: Anonymous Typesc) Demystifying C# 3.0 - Part 3: Extension Methods Lets next talk about Lambda Expressions.

Demystifying C# 3.0 - Part 4: Lambda Expressions

The best way I can describe Lambda Expressions are - C# Anonymous Methods, only a lot cooler. So what is an anonymous method in C# 2.0? Well y'know you can write code like below in C# 1.x/2.x - Demystifying C# 3.0 - Part 3: Extension Methods. If you've been following my blog, you would have noticed that I've been trying to talk about new C# 3.0 features one by one.

Demystifying C# 3.0 - Part 3: Extension Methods

I am trying to take the technical jargon out, and bring these features down to an understandable level. You may want to read the two features I have already talked about below - a) Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var"b) Demystifying C# 3.0 - Part 2: Anonymous Types. Demystifying C# 3.0 - Part 2: Anonymous Types. In my last blog entry, I had talked about Implicitly typed local variables and the "var" keyword.

Demystifying C# 3.0 - Part 2: Anonymous Types

If you have stumbled across this post through a search engine, or otherwise, I would recommend reading that first. Assuming that you understand "var" - lets dive into part 2 of Demystifying C#3.0 ~ Anonymous Types. Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var" I am going to publish a series of blogposts that intend to bring C# 3.0 down to earth.

Demystifying C# 3.0 - Part 1: Implicitly Typed Local Variables "var"

C# 3.0, along with LINQ, and all the heavy duty talk that surrounds it has sort of made it difficult to understand IMO. Well - if not difficult to understand, it sure is tough to gauge - "Where to begin". So with 5 minutes a day, a short post a day will dice and slice a single feature, and we will logically move to a fuller picture of C# 3.0, followed by LINQ, and DLINQ (if I still have steam left). Cutting Edge: Customize Your Open File Dialog.

Cutting Edge Customize Your Open File Dialog Dino Esposito Code download available at:CuttingEdge0303.exe(96 KB) Displaying an Open File dialog is certainly easy in the Microsoft® .NET Framework with Windows® Forms, but the resulting window is not as customizable as when you create it through the Win32® API.

Cutting Edge: Customize Your Open File Dialog

With Windows 2000, Microsoft added a nice feature—the places bar, which is the vertical toolbar that appears on the left side of the window to let you select a frequently visited folder. Creating Your Own Code Access Permissions. There are other situations in which a custom permission might be appropriate.

Creating Your Own Code Access Permissions

When a built-in code access permission class protects a resource but does not sufficiently control access to that resource, you might need a custom code access permission. For example, an application might use personnel records for which each employee record is stored in a separate file; in such a case, read and write access could be controlled independently for different types of employee data. An internal management tool could be authorized to read certain sections of an employee's personnel file but not to modify those sections. In fact, it might not even be allowed to read some sections. Wherever possible, permissions should not overlap. Class Data Binding using Custom Attributes. Download source files - 1.73 KB Introduction At the end of this article, you should be comfortable using Custom Attributes. This article focuses on using them in order to create a quick, flexible data binding mechanism. Why are NameValueCollection lookups slower than Hashtable? [Kim Hamilton] - BCL Team Blog.

An internal discussion came up recently on the performance difference of lookups in Hashtable versus NameValueCollection. Benchmarks revealed that NVC lookups were ~2-8 times slower than Hashtable. For example, when doing 40,000 lookups on a collection size of 100,000, NameValueCollection is about 2.6x worse: .NET Matters: ICustomTypeDescriptor, Part 1.

.NET Matters ICustomTypeDescriptor, Part 1 Stephen Toub Code download available at:NETMatters0504.exe(163 KB) Q I write a lot of one-off utilities for personal use, and since they don't require any sophisticated user interfaces, I often use a System.Windows.Forms.PropertyGrid bound to a settings class in order to allow the user to configure a tool's operations. Unfortunately, sometimes I don't write these settings classes, and often they've been constructed in a way that's incompatible with the PropertyGrid. An MSN Messenger Log Listener. Download demo project and source - 296 Kb The code download has been updated for the final release of the Enterprise Library, including design support for the EntLibConfig application. Introduction A group of programmers, far smarter than I, have been laboring from some time to create a library of utilities to help developers like myself to create better applications.

Avoiding configuration pitfalls with incompatible copies of Enterprise Library - Tom Hollander's blog. When you install Enterprise Library 3.0, you actually get two distinct copies of the library. One copy is in the form of pre-compiled binaries - by default these get installed to "C:\Program Files\Microsoft Enteprise Library 3.0 - April 2007\bin". The other copy is in the form of source code, which by default will be compiled and the assemblies coped to "C:\EntLib3Src\App Blocks\bin". While both copies of Enterprise Library contain identical code, there is one critical difference: the pre-compiled binaries are strong-named (with a Microsoft key that we do not ship), and the assemblies compiled from the source code are not initially strong-named. Parallel Performance: Optimize Managed Code For Multi-Core Machines. Design: Task Parallel Library explored - MSDN Utopia. Enable/Disable Network Connection - David Aiken.

Large Data and Streaming. Using Custom Filters in the Enterprise Library Logging Block. Script# Gemrcsharpcs.pdf (application/pdf Object) The most complete C# Webbrowser wrapper control. C# - How can I get a value of a property from an anonymous type. Flag enum confusion C# Menus, part III : animated multi-level drop-down menu. Continuation-Passing Style Simplifies Your C# Exception Handling Code « Paint.NET Blog. Exploring Lambda Expression in C# HTTP Communication and Security with Silverlight. .NET Matters: Abortable Thread Pool. Coding Best Practices Using DateTime in the .NET Framework. Popup Window Finder and Mouse Tracker in C# Low-Level Mouse Hook in C# - Stephen Toub.

Blog Archive » DynamicObject in C# 4.0. Pattern Matching in C# - Part 1.