People actually download and use Copyable, and they tend to use it in scenarios I haven’t used it in. This results in bug reports and patch submissions. So far, these have been given to me by e-mail or by blog comment, neither of which is a particularly great way of receiving them. So after receiving another one today, I finally got around to putting Copyable on GitHub.
Among the news in .NET 4.0 are several additions by the Parallel Computing Platform Team. As I wandered through the documentation of the Task library with cloud computing and parallelism buzz in the back of my head, I got the idea of using tasks to create a minimalistic MapReduce. Here’s the result, a rather crude and simple, but efficient MapReduce for you to play with and utilize!
Trying to do RSA using BouncyCastle, but struggling to find your way around the API? In a previous post (see here) I pondered why the RSA implementation in System.Security.Cryptography is restricted to only the most common usage scenarios. I mentioned BouncyCastle as an alternative for those who wanted a more flexible API, but never got around to providing examples where BouncyCastle was used. By request, this post provides usage examples by building a crude and simple, but efficient set of methods for RSA key generation, encryption, and decryption, all built on top of BouncyCastle.
For those of you trying to mock HtmlHelper, but finding it difficult, here’s a mock that works in ASP.NET MVC RC1.
I just found out that RSACryptoServiceProvider, the RSA implementation in .NET, does not allow you to use a private key to encrypt data. I’m no cryptographic expert, but I do know how asymmetric key algorithms like RSA work, and that you can use a private key for encryption. That’s how signing works. But why cripple the implementation and limit it to just signing?
