*   `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

**several benefits**, one of the main ones is that now the parameters of your functions with `Annotated` would **not be affected** at all.

If you call those functions in **other places in your code**, the actual **default values** will be kept, your editor will help you notice missing **required arguments**, Python will require you to pass required arguments at **runtime**, you will be able to **use the same functions** for different things and with different libraries (e.g. **Typer** will...

skip over it. The max cap is specified to avoid // an allocation. buf := make([]byte, d.n, rateK256) function := d.function() switch function { case sha3_224, sha3_256, sha3_384, sha3_512: klmd(function, &a, nil, buf) return append(b, a[:d.outputLen]...) case shake_128, shake_256: h := make([]byte, d.outputLen, 64) klmd(function, &a, h, buf) return append(b, h...) default: panic("sha3: unknown function") } } func (d *Digest) read(out []byte) (n int, err error) { if !useSHA3 || d.dsbyte != dsbyteShake...

skip over it. The max cap is specified to avoid // an allocation. buf := make([]byte, d.n, rateK256) function := d.function() switch function { case sha3_224, sha3_256, sha3_384, sha3_512: klmd(function, &a, nil, buf) return append(b, a[:d.outputLen]...) case shake_128, shake_256: h := make([]byte, d.outputLen, 64) klmd(function, &a, h, buf) return append(b, h...) default: panic("sha3: unknown function") } } func (d *Digest) read(out []byte) (n int, err error) { if !useSHA3 || d.dsbyte != dsbyteShake...