Jun 20, 2019 They require creation of two files with public-private key pair. Those can be links to your ssh public-private key pair: privatekey - file with private key you want to use. Can be link to /.ssh/idrsa private key; pubsshkey - file with public ssh key you want to use. Can be link to /.ssh/idrsa.ssh private key. /windows-7-oem-product-key-generator.html. $ openssl rsa -in iddstrsa -pubout -outform PKCS8 iddstrsa.pkcs8.pub Note that you don’t actually need to save the PKCS#8 version of his public key file –.
Sign data with MD5WithRSA from.Pem/.Pkcs8 keyfile in C# (6)
This SO question answers the PKCS#8 part of your code. The rest of the .NET RSA classes are a bizarre jumble of partially overlapping classes that are very difficult to fathom. It certainly appears that signature support is in either of the RSACryptoServiceProvider and/or RSAPKCS1SignatureFormatter classes.
I've got the following code sample in Java, and I need to re-enact it in C#:
Is it possible with the standard .Net Crypto API, or should I use BouncyCastle?Thanks,
b.
Another way is to use CNG (Cryptography Next Generation), along with the Security.Cryptography DLL from CodePlex
Then you can write:
Openssl Generate Keypair
Updated thanks to Simon Mourier: with .Net 4.6, you no longer need a separate library