Simple Singleton Pattern in C#

The easiest singleton pattern is the one you used to the lock object itself.Creating any variable as static readonly and initializing it directly (or via a static constructor) will already make it singleton.Also, considering that "lock" clears all the caches, you don't need to declare the...

Jon Skeet has written an article giving six singleton implementations in C#. The simplest only works in .NET 4:public sealed class Singleton{ private static readonly Lazy lazy = new Lazy(() => new Singleton()); public static Singleton Instance {...

I'll be shot for posting this as an alternative, but I'm too curious for the answer.Shashank Bisen wrote: Ensure a class only has one instance.Provide a global point of access to it....As stated above, a singleton is a class that can be instantiated once, and only once.What is the...

A brief explaination of how to implement the Singleton pattern class in multithreading environment.

The problem with alternative 3 and 4 is that it is not multi-threaded.Two threads may check for null, then the two will create the new instance. The race condition only happens at the first accesses. If a single thread accesses the object, then later many threads do the access, there is no...

This should do it as well:class Singleton { public static readonly Singleton m_Instance = new Singleton(); // Prevent instance creation from other classes private Singleton() { } public static Singleton Instance { get { return m_Instance; } }}And it is "Singleton",...

Make it a generic class and fix your problem forever. This works because the compiler turns the generic into a new class (something like SigletonManagerOfTypeParamterTypeName). So the static variables are not shared amongst instances...public static class Singleton where...

You should do it like this:public sealed class MySingleton { public static readonly MySingleton SharedInstance = new MySingleton (); private MySingleton () : base() { }}