Menu. Globalization. Walkthrough: Using Resources for Localization with ASP.NET. In the first part of this walkthrough, you used ASP.NET implicit localization to have controls display localized text. You generated a resource file with property values in it, and in the process, you added an attribute to each control that instructed it to fill its property values, if any, from the resource file. Implicit localization works automatically, in that you do not need to specify property by property how to read information from a resource file. However, at times you want to have more direct control over how properties are set. For this, instead of using implicit localization, you can use explicit localization. With explicit localization, you set the value of a property by using an expression pointing to a resource file. When the page runs, the expression is evaluated, the value is read from the specified resource file, and then the value is used to set the property.
The base name of your resource file will be LocalizedText. To create a resource file To test the page. Android-lighthouse. Implementing the Singleton Pattern in C# This article is now hosted on csharpindepth.com I'm gradually moving all my C# articles to the web site for my book, C# in Depth. This article has already moved. I'm leaving the content here so that existing links still work, but I won't be updating this page. Please visit the new location for this article. The singleton pattern is one of the best-known patterns in software engineering. Essentially, a singleton is a class which only allows a single instance of itself to be created, and usually gives simple access to that instance.
There are various different ways of implementing the singleton pattern in C#. All these implementations share four common characteristics, however: A single constructor, which is private and parameterless. Note that all of these implementations also use a public static property Instance as the means of accessing the instance. First version - not thread-safe As hinted at before, the above is not thread-safe. Second version - simple thread-safety Exceptions. .NET Naming Conventions.
Google. Doctype. IIS. SortedList and SortedDictionary Collection Types. The following table lists some of the differences between the two sorted list classes and the SortedDictionary<TKey, TValue> class. For sorted lists or dictionaries that must be accessible concurrently from multiple threads, you can add sorting logic to a class that derives from ConcurrentDictionary<TKey, TValue>. Starting with the .NET Framework 4, the SortedSet<T> class provides a self-balancing tree that maintains data in sorted order after insertions, deletions, and searches. This class and the HashSet<T> class implement the ISet<T> interface. Reference Other Resources. FlickrNet API Library - Home. .NET and XML: XPath Queries. The W3C (the World Wide Web Consortium, published the XML 1.0 specification on February 10th, 1998. The XML 1.1 specification was published six years later, on February 4th, 2004. In these six years, XML has taken the industry by storm.
XML has become the standard for how to describe and exchange data. The current primary development platforms, .NET and J2EE, support XML natively. All modern enterprise applications—may it be a SQL Server or Oracle database, a BizTalk Server, an Office suite or any of the other thousands of applications—support XML to various degrees. You will be pretty hard pressed to find an application that does not support or use XML. There is more to XML then just a way of describing data. This article begins a series. The Sample XML Document for the Series of Articles This series of articles assumes that you are familiar with XML itself. <? The Fundamentals of XPath Queries //Employee Page 1 of 2. Current Word » Manifest Dependencies in Visual Studio 2005. Tuesday, February 14th, 2006 Manifest Dependencies in Visual Studio 2005 In Visual Studio 6.0, developing C++ user interface add-ins (DLLs) for applications like Explorer or Internet Explorer with themed interfaces (for example, you want your IE toolbar to sport the new XP style buttons) was accomplished using some funny modifications to your resource files.
In Visual Studio 2005, embedded assembly manifest files are generated automatically, so the old method of creating your own assembly manifest doesn’t work. (You’ll get an error like “fatal error CVT1100: duplicate resource. type:MANIFEST, name:1, language:0×0409 CVTRES”) 2005 makes adding dependent assemblies pretty easy, although the options for doing it can be a little hard to find. Here’s how: Project Properties (right click on the project in the solution explorer pane and select properties) Configuration Properties -> Linker -> Manifest File You’ll get a nice little editor where you can add custom assembly dependencies.
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