},
							},
						},
					},
				},
			}},
			Names: apiextensionsv1.CustomResourceDefinitionNames{
				Plural:   resource,
				Kind:     kind,
				ListKind: kind + "List",
			},
			Scope: apiextensionsv1.NamespaceScoped,
		},
	}

	_, err = fixtures.CreateNewV1CustomResourceDefinition(myCRD, apiExtensionClient, dynamicClient)
	if err != nil {
		t.Fatal(err)
	}
	for _, c := range cases {

This is particularly useful if you develop and publish Java libraries with Gradle where the separation between `api` and `implementation` dependencies is reflected in the published scopes.

[[rel5.0:changes_to_default_task]]

        ExcludeSpec resolutionFilter = computeModuleResolutionFilter(incomingEdges);

        // Virtual platforms require their constraints to be recomputed each time as each module addition can cause a shift in versions
        if (!isVirtualPlatformNeedsRefresh()) {
            // Check if node was previously traversed with the same net exclusion when not a virtual platform

			Name:   nodes[index].Node().Name,
			Scores: make([]framework.PluginScore, len(plugins)),
		}

		for i, pl := range plugins {
			weight := f.scorePluginWeight[pl.Name()]
			nodeScoreList := pluginToNodeScores[pl.Name()]
			score := nodeScoreList[index].Score

			if score > framework.MaxNodeScore || score < framework.MinNodeScore {

                Map<File, MavenProject> projectIndex, List<InterimResult> interimResults) {
            // The transformation may need to access dependencies raw models,
            // which may cause some re-entrance in the build() method and can
            // actually cause deadlocks.  In order to workaround the problem,
            // we do a first pass by reading all rawModels in order.
            List<ProjectBuildingResult> results = new ArrayList<>();

	}
	if n, err := conn.Read(buf); n != 6 || err != nil || string(buf) != "foobar" {
		t.Errorf("Read = %d, %v, data %q; want 6, nil, foobar", n, err, buf)
	}

	// Set a deadline which should cause Write to timeout
	if err = srv.SetDeadline(time.Now()); err != nil {
		t.Fatalf("SetDeadline(time.Now()) err: %v", err)
	}
	if _, err = srv.Write([]byte("should fail")); err == nil {

        if (causes == null) {
            return null;
        }
        List<Failure> failures = new ArrayList<>();
        for (InternalFailure cause : causes) {
            failures.add(toFailure(cause));
        }
        return failures;
    }

    private static Failure toFailure(InternalFailure origFailure) {
        if (origFailure instanceof InternalTestAssertionFailure) {

					n.Kind = "iconst"
					n.Const = n.Define
				}
			} else if n.Define[0] == '"' {
				if _, err := parser.ParseExpr(n.Define); err == nil {
					n.Kind = "sconst"
					n.Const = n.Define
				}
			}

			if n.IsConst() {
				continue
			}
		}

		// If this is a struct, union, or enum type name, no need to guess the kind.

			// a conflict and is faster.
			//
			// We could return an error here and rely on
			// backoff+retry, but scheduling attempts are expensive
			// and the backoff delay would cause a (small)
			// slowdown. Therefore we fall back to SSA here if needed.
			//
			// Using SSA instead of Get+Update has the advantage that
			// there is no delay for the Get. SSA is safe because only

	// arising from renegotiation. It can map expected errors to nil to
	// ignore them.
	checkRenegotiationError func(renegotiationNum int, err error) error
	// sendKeyUpdate will cause the server to send a KeyUpdate message.
	sendKeyUpdate bool
}

var serverCommand = []string{"openssl", "s_server", "-no_ticket", "-num_tickets", "0"}