}

dependencies {
  implementation(projects.okhttp)
  implementation(projects.loggingInterceptor)

  // Force version 26.0.2-1 which is a proper JPMS module, unlike transitive 13.0
  implementation(libs.jetbrains.annotations)

  testImplementation(projects.okhttp)
  testImplementation(projects.loggingInterceptor)
  testImplementation(projects.mockwebserver3)
  testImplementation(projects.mockwebserver3Junit5)

    void notManaged()
}
abstract class DefaultNestedType implements NestedType {
    ...
}

class Example {
    private final NestedType nested
    Example(ObjectFactory objects) {
       this.nested = objects.newInstance(DefaultNestedType.class)
    }

    @Nested
    NestedType getNestedProperty() {
        return nested;
    }
}
```

You should prefer to use managed types when possible. 

   * lazy evaluation of the fallback instance, using {@link Optional#or(Supplier)
   * first.or(supplier)}.
   *
   * <p><b>Java 9 users:</b> use {@link Objects#requireNonNullElse} instead. For lazy evaluation of
   * the fallback, use {@link Objects#requireNonNullElseGet Objects.requireNonNullElseGet(first, ()
   * -> second)}}.
   *
   * @return {@code first} if it is non-null; otherwise {@code second} if it is non-null

                return o instanceof DefaultVersionResolverRequest that
                        && Objects.equals(artifactCoordinates, that.artifactCoordinates)
                        && Objects.equals(repositories, that.repositories);
            }

            @Override
            public int hashCode() {
                return Objects.hash(artifactCoordinates, repositories);
            }

            @Override

    }
    CacheBuilderSpec that = (CacheBuilderSpec) obj;
    return Objects.equals(initialCapacity, that.initialCapacity)
        && Objects.equals(maximumSize, that.maximumSize)
        && Objects.equals(maximumWeight, that.maximumWeight)
        && Objects.equals(concurrencyLevel, that.concurrencyLevel)
        && Objects.equals(keyStrength, that.keyStrength)
        && Objects.equals(valueStrength, that.valueStrength)

    }
    CacheBuilderSpec that = (CacheBuilderSpec) obj;
    return Objects.equals(initialCapacity, that.initialCapacity)
        && Objects.equals(maximumSize, that.maximumSize)
        && Objects.equals(maximumWeight, that.maximumWeight)
        && Objects.equals(concurrencyLevel, that.concurrencyLevel)
        && Objects.equals(keyStrength, that.keyStrength)
        && Objects.equals(valueStrength, that.valueStrength)

}

dependencies {
  api(projects.okhttp)
  api(projects.loggingInterceptor)
  api(libs.square.okio)
  implementation(libs.clikt)

  testImplementation(projects.okhttpTestingSupport)
  testImplementation(projects.mockwebserver3)
  testImplementation(projects.mockwebserver3Junit5)
  testImplementation(libs.junit)
  testImplementation(libs.assertk)

                        "The requested required projects " + requiredSelectors + " do not exist.", request.getPom());
            } else {
                String optionalSelectors = unresolvedSelectors.stream()
                        .map(ProjectActivation.ProjectActivationSettings::selector)
                        .collect(Collectors.joining(", "));
                LOGGER.info("The requested optional projects {} do not exist.", optionalSelectors);

-kv | output inner key value pairs as newly formed objects
-v | output depth and offset details for each value
-h | display help dialog

## Benchmarks

Obligatory benchmarks performed on files with arrays of objects, where the decoded objects are to be extracted.

Two file sizes are used -- regular (1.6mb, 1000 objects) and large (128mb, 100000 objects)

input size | lib | MB/s | Allocated
--- | --- | --- | ---

}

dependencies {
  testImplementation(libs.square.okio)
  testImplementation(libs.square.moshi)
  testImplementation(libs.square.moshi.kotlin)
  testImplementation(projects.okhttp)
  testImplementation(projects.okhttpTestingSupport)
  testImplementation(projects.mockwebserver)
  testImplementation(libs.junit)