*   `tf.function`:

    *   `tf.function` now uses the Python inspect library directly for parsing the signature of the Python function it is decorated on. This change may break code where the function signature is malformed, but was ignored previously, such as:
        *   Using `functools.wraps` on a function with different signature
        *   Using `functools.partial` with an invalid `tf.function` input

- Signatures on scale client methods have been modified to accept `context.Context` as a first argument. Signatures of Get, Update, and Patch methods have been updated to accept GetOptions, UpdateOptions and PatchOptions respectively. ([#88599](https://github.com/kubernetes/kubernetes/pull/88599), [@julianvm...

γ2") } return false } var ( errInvalidSignatureL = errors.New("mldsa: invalid signature length") errInvalidSignatureC = errors.New("mldsa: invalid signature") errInvalidSignatureC = errors.New("mldsa: invalid signature") errInvalidSignatureH = errors.New("mldsa: invalid signature encoding") errInvalidSignatureH = errors.New("mldsa: invalid signature encoding") errInvalidSignatureH = errors.New("mldsa: invalid signature encoding") ) func Verify(pub *PublicKey, msg, sig []byte, context string) error...

blockSize || len(s) > blockSize { return errors.New("invalid signature") } // The parameter block looks like the following for verify: // +--------- // | Signature(R) | // +--------- // | Signature(S) | // +--------- // | Hashed Message | // +--------- // | Public Key X | // +--------- // | Public Key Y | // +--------- // | | // | ... | // | | // +--------- // The common components(signatureR, signatureS, hashed message, public key X, // and public key Y) each takes block size of bytes. The block size is...