Microsoft.DigitalRightsManagement.Core.UnsupportedDataVersionException. If any input element that is required for successful processing of the operation is set to null, the server SHOULD return a System.ArgumentNullException fault. Cryptographic Modes RMS servers MAY<32> support operating in multiple cryptographic modes. These modes define the set of key sizes and hash algorithms that clients and servers use in . Two modes are defined, named Mode 1 and Mode 2. Servers that do not support multiple cryptographic modes SHOULD use key sizes and hash algorithms specified for Mode 1. The following table specifies the differences between certificates in each of the cryptographic modes. Certificate Mode 1 Mode 2 SLC The The public public key is key is 1,024-bit 2,048-bit RSA. The RSA. The signature signature hash hash algorithm algorithm is SHA-1. is SHA256. SLC Chain The The Intermediate public public and Root key is key is Certificates 1,024-bit 2,048-bit or RSA. The RSA. signature The hash signature algorithm hash is algorithm SHA256. is SHA-1. The The public public key is key is 1,024-bit 2,048-bit or RSA. The RSA. signature The hash signature algorithm hash is algorithm SHA256. is SHA-1. SPC Chain The The Intermediate public public and Root key is key is Certificates 1,024-bit 2,048-bit or RSA. The RSA. signature The hash signature algorithm hash is algorithm SHA256. is SHA-1. The The public public
Microsoft.DigitalRightsManagement.Core.UnsupportedDataVersionException. If any input element that is required for successful processing of the operation is set to null, the server SHOULD return a System.ArgumentNullException fault. Cryptographic Modes RMS servers MAY<32> support operating in multiple cryptographic modes. These modes define the set of key sizes and hash algorithms that clients and servers use in . Two modes are defined, named Mode 1 and Mode 2. Servers that do not support multiple cryptographic modes SHOULD use key sizes and hash algorithms specified for Mode 1. The following table specifies the differences between certificates in each of the cryptographic modes. Certificate Mode 1 Mode 2 SLC The public key is 1,024-bit RSA. The signature hash algorithm is SHA-1. The public key is 2,048-bit RSA. The signature hash algorithm is SHA256. SLC Chain Intermediate and Root Certificates The public key is 1,024-bit or RSA. The signature hash algorithm is SHA-1. The public key is 2,048-bit RSA. The signature hash algorithm is SHA256. The public key is 1,024-bit or RSA. The signature hash algorithm is SHA-1. The public key is 2,048-bit RSA. The signature hash algorithm is SHA256. SPC Chain Intermediate and Root Certificates The public key is 1,024-bit or RSA. The signature hash algorithm is SHA-1. The public key is 2,048-bit RSA. The signature hash algorithm is SHA256. The public The public