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Generating openssh-compatible keys for use with putty. Hi all,
The other day a colleague of mine asked me if I had a .NETversion of the C++ sample in How to generate key pairs, encrypt and decrypt data with CryptoAPI post. C++ sample calls CryptoAPI directly (and you know we can do the same thing in .NET through P/Invoke), but the idea was to use System.Security classes in order to get a pure .NET solution. The answer is yes, I have such sample, and here it is:
If you compare both samples you will see that .NET simplifies the task a lot. But sometimes we won't be able to do with System.Security classes exactly the same we can do with CryptoAPI. What is crypto key generate rsa. So don't forget about the API just yet!
I hope this helps.
Kind regards,
C++ Algorithm Example
We would like to show you a description here but the site won’t allow us.
Alex (Alejandro Campos Magencio)
Key Generation Algorithm In C 1
- Generate secret key using the selected algorithm (DES, 3DES, AES etc) generate secure random number of seed bytes which is computed with available the seed generation algorithm probably text message to be encrypted is not the multiples of 8 byte blocks that's why message must be padded with additional bytes to make the text message to be multiples of 8-byte blocks.(e.g. PKCS5Padding padding scheme ).
- Not even the reference implementations I found contains code that seems to be aimed to be a key generation algorithm (again speaking of Twofish). For a university work, I'll write a simple implementation of Twofish in C#, and I need a way to create a key but I don't know how to do it or even if there's a correct way to do this, that's why I ask.
- Sep 26, 2003 The RC4 algorithm works in two phases: key setup ciphering. Key setup is the first and most difficult phase of this algorithm. During a N-bit key setup (N being your key length), the encryption key is used to generate an encrypting variable using two arrays, state and key, and N-number of mixing operations.
- In general, there is no reason to use this method, because CreateEncryptor or CreateEncryptor(null, null) automatically generates both an initialization vector and a key. However, you may want to use the GenerateKey method to reuse a symmetric algorithm instance with a different key.