* href="https://github.com/google/guava/wiki/ConditionalFailuresExplained">Conditional failures
 * explained</a> in the Guava User Guide for more advice. Notably, {@link Verify} offers assertions
 * similar to those in this class for non-precondition checks.
 *
 * <h3>{@code java.util.Objects.requireNonNull()}</h3>
 *

import java.util.Arrays;
import java.util.BitSet;

/**
 * Determines a true or false value for any Java {@code char} value, just as {@link Predicate} does
 * for any {@link Object}. Also offers basic text processing methods based on this function.
 * Implementations are strongly encouraged to be side-effect-free and immutable.
 *

```

MinIO server also supports [NATS Streaming mode](http://nats.io/documentation/streaming/nats-streaming-intro/) that offers additional functionality like `At-least-once-delivery`, and `Publisher rate limiting`. To configure MinIO server to send notifications to NATS Streaming server, update the MinIO server configuration file as follows:

output has already been read. func (s *SHAKE) Write(p []byte) (n int, err error) { return s.d.Write(p) } func (s *SHAKE) Read(out []byte) (n int, err error) { fips140.RecordApproved() // Note that read is not exposed on Digest since SHA-3 does not offer // variable output length. It is only used internally by Sum. return s.d.read(out) } // Reset resets the hash to initial state. func (s *SHAKE) Reset() { s.d.Reset() if len(s.initBlock) != 0 { s.Write(bytepad(s.initBlock, s.d.rate)) } } // Clone returns...

*   TF Core:
    *   Added `tf.lookup.experimental.MutableHashTable`, which provides a
        generic mutable hash table implementation.
        *   Compared to `tf.lookup.experimental.DenseHashTable` this offers
            lower overall memory usage, and a cleaner API. It does not require
            specifying a `delete_key` and `empty_key` that cannot be inserted
            into the table.

aaa.vodka

// Acorn Labs : https://acorn.io
// Submitted by Craig Jellick <******@****.***>
*.on-acorn.io

// ActiveTrail: https://www.activetrail.biz/
// Submitted by Ofer Kalaora <******@****.***>
activetrail.biz

// Adaptable.io : https://adaptable.io
// Submitted by Mark Terrel <******@****.***>
adaptable.app

// Adobe : https://www.adobe.com/

Stable

It has been more than two years since the Linux kernel cgroups v2 API was declared stable. With some distributions now defaulting to this API, Kubernetes must support it to continue operating on those distributions. cgroups v2 offers several improvements over cgroups v1, for more information see the [cgroups v2](https://kubernetes.io/docs/concepts/architecture/cgroups/) documentation. While cgroups v1 will continue to be supported, this enhancement puts Kubernetes to be ready...