SHA1(c#) – different result from .Net 3 and .Net Core
I have hash value in database. This was created in Asp Web Form (probably .Net 3). This is old code:
I have hash value in database. This was created in Asp Web Form (probably .Net 3). This is old code:
I get these these two exceptions in Identity Server 4 during a regular login to get a token.
It’s on a load balanced setup with 2 servers, so I’ve done the following:
They both get the same PFX for encrypting tokens. It works just fine on a single server. They have the password for the PFX file, and can seemingly encrypt a token correct correctly.
I would like to encrypt cookies in ASP.NET.
I want to use triple DES in C# for encryption/decryption of (utf8) strings with a (utf8) key of any length.
I want to obfuscate one query string parameter in ASP.NET. The site will have a high volume of request, so the algorithm shouldn’t be too slow.
I have an application which is making use of the RSACryptoServiceProvider to decrypt some data using a known private key (stored in a variable).
I have a scenario inwhich users of a site I am building need the ability to enter some basic information into a webform without having to logon. The site is being developed with ASP.NET/C# and is using MSSQL 2005 for its relational data.
I’m making a project in python and I would like to create a random number that is cryptographically secure, How can I do that? I have read online that the numbers generated by the regular randomizer are not cryptographically secure, and that the function os.urandom(n) returns me a string, and not a number.
I’ve got a string, a signature, and a public key, and I want to verify the signature on the string. The key looks like this: