...
}
----
=====
====

[[rel4.8:pom_wildcard_exclusions]]
=== [4.8] Gradle now honors implicit wildcards in Maven POM exclusions

If an exclusion in a Maven POM was missing either a `groupId` or `artifactId`, Gradle used to ignore the exclusion.
Now the missing elements are treated as implicit wildcards — e.g. `<groupId>*</groupId>` — which means that some of your dependencies may now be excluded where they weren't before.

	}
}

// patIndex returns the index of name in the list of named wildcards of the
// request's pattern, or -1 if there is no such name.
func (r *Request) patIndex(name string) int {
	// The linear search seems expensive compared to a map, but just creating the map
	// takes a lot of time, and most patterns will just have a couple of wildcards.
	if r.pat == nil {
		return -1
	}
	i := 0

	if bind != "" {
		if bind != wildCards[proxy.GetIPMode()][0] {
			return false
		}
	} else if !protocol.IsHTTP() {
		// if the protocol is HTTP and bind == "", the listener address will be 0.0.0.0:port
		return false
	}

	var conflictWithStaticListener, conflictWithVirtualListener bool

	// bind == wildcard
	// or bind unspecified, but protocol is HTTP

		},
		{
			name: "service is wildcard, but not listener's subset",
			listenerHosts: map[string]hostClassification{
				"b": {allHosts: []host.Name{"wildcard.com"}, exactHosts: sets.New[host.Name]("wildcard.com")},
			},
			services:  []*Service{serviceBWildcard},
			expected:  []*Service{},
			namespace: "b",
		},
		{
			name: "service is wildcard",
			listenerHosts: map[string]hostClassification{

   *       class. For example: {@code List<Integer>[] => List[]}.
   *   <li>If {@code T} is a type variable or a wildcard type, the raw type of the first upper bound
   *       is returned. For example: {@code <X extends Foo> => Foo}.
   * </ul>
   */
  public final Class<? super T> getRawType() {
    // For wildcard or type variable, the first bound determines the runtime type.
    Class<?> rawType = getRawTypes().iterator().next();

   *       class. For example: {@code List<Integer>[] => List[]}.
   *   <li>If {@code T} is a type variable or a wildcard type, the raw type of the first upper bound
   *       is returned. For example: {@code <X extends Foo> => Foo}.
   * </ul>
   */
  public final Class<? super T> getRawType() {
    // For wildcard or type variable, the first bound determines the runtime type.
    Class<?> rawType = getRawTypes().iterator().next();

     *
     * @param wildcard
     *            a wildcard expression
     * @throws SmbException
     * @return An array of <code>SmbResource</code> objects representing file
     *         and directories, workgroups, servers, or shares depending on the context
     *         of the resource URL
     */
    public SmbFile[] listFiles ( String wildcard ) throws SmbException {

		})
	}
}

// performWildcardQueries populates the candidates for each query whose pattern
// is a wildcard.
//
// The candidates for a given module path matching (or containing a package
// matching) a wildcard query depend only on the initial build list, but the set
// of modules may be expanded by other queries, so wildcard queries need to be
// re-evaluated whenever a potentially-matching module path is added to the
// build list.

			}
		}

		// Next check the hostnames are a match. This is a bi-directional wildcard match. Only one route
		// hostname must match for it to be allowed (but the others will be filtered at runtime)
		// If either is empty its treated as a wildcard which always matches

		if len(hostnames) == 0 {
			hostnames = []k8s.Hostname{"*"}
		}
		if len(parent.Hostnames) > 0 {

			for _, m := range matches {
				roots = append(roots, m.Pkgs...)
			}
			return roots
		},
	})

	// One last pass to finalize wildcards.
	updateMatches(ld.requirements, ld)

	// List errors in matching patterns (such as directory permission
	// errors for wildcard patterns).
	if !ld.SilencePackageErrors {
		for _, match := range matches {
			for _, err := range match.Errs {
				ld.error(err)
			}
		}