Create a new signing implementation that uses the supplied private key to sign messages.
Currently supported private key types are:
NIST P-256 elliptic curve.
NIST P-384 elliptic curve.
Ed25519.
Note that the signer implementations have different expectations on the input data supplied to them.
The P-256 and P-384 signers operate on a pre-computed message digest, and should be combined with an appropriate
hash algorithm. P-256 is typically used with a SHA-256 hash, and P-384 is typically used with a SHA-384 hash.
The Ed25519 signer operates on the full message content, and should be combined with a none (or no-op) hash
implementation to ensure the complete message is passed to the signer.
Create a new signing implementation that uses the supplied private key to sign messages.
Currently supported private key types are:
Note that the signer implementations have different expectations on the input data supplied to them.
The P-256 and P-384 signers operate on a pre-computed message digest, and should be combined with an appropriate hash algorithm. P-256 is typically used with a SHA-256 hash, and P-384 is typically used with a SHA-384 hash.
The Ed25519 signer operates on the full message content, and should be combined with a
none(or no-op) hash implementation to ensure the complete message is passed to the signer.