org.gradle.api.internal.artifacts.dependencies.DefaultExternalModuleDependency Java Examples

private Dependency processQuarkusDir(AppArtifact a, Path quarkusDir, AppModel.Builder appBuilder) {
    if (!Files.exists(quarkusDir)) {
        return null;
    }
    final Path quarkusDescr = quarkusDir.resolve(BootstrapConstants.DESCRIPTOR_FILE_NAME);
    if (!Files.exists(quarkusDescr)) {
        return null;
    }
    final Properties extProps = resolveDescriptor(quarkusDescr);
    if (extProps == null) {
        return null;
    }
    appBuilder.handleExtensionProperties(extProps, a.toString());
    String value = extProps.getProperty(BootstrapConstants.PROP_DEPLOYMENT_ARTIFACT);
    final String[] split = value.split(":");

    return new DefaultExternalModuleDependency(split[0], split[1], split[2], null);
}
 

private Set<String> getBundleDependencies(Configuration compileClasspath,
                                          Set<? extends DependencyResult> bundleDependencies, Set<String> awbs) {
    Set<String> bundleSets = new HashSet<>();
    for (DependencyResult dependencyResult : bundleDependencies) {
        bundleSets.add(dependencyResult.toString());
    }
    for (Dependency dependency : compileClasspath.getAllDependencies()) {
        if (dependency instanceof DefaultExternalModuleDependency) {
            DefaultExternalModuleDependency externalModuleDependency = (DefaultExternalModuleDependency)dependency;
            if (!((DefaultExternalModuleDependency)dependency).getArtifacts().isEmpty()) {
                if (StringUtils.equalsIgnoreCase("awb", ((DefaultExternalModuleDependency)dependency).getArtifacts()
                    .iterator().next().getType()) || awbs.contains(dependency.getGroup()+":"+dependency.getName())) {
                    bundleSets.add(
                        dependency.getGroup() + ":" + dependency.getName() + ":" + dependency.getVersion());
                }
            }
        }
    }
    return bundleSets;
}
 

private Set<ResolvedDependency> doResolve(final Collection<ArtifactSpec> deps) {
    final Configuration config = this.project.getConfigurations().detachedConfiguration();
    final DependencySet dependencySet = config.getDependencies();

    deps.stream()
            .forEach(spec -> {
                if (projects.containsKey(spec.groupId() + ":" + spec.artifactId() + ":" + spec.version())) {
                    dependencySet.add(new DefaultProjectDependency((ProjectInternal) projects.get(spec.groupId() + ":" + spec.artifactId() + ":" + spec.version()), new DefaultProjectAccessListener(), false));
                } else {
                    final DefaultExternalModuleDependency d =
                            new DefaultExternalModuleDependency(spec.groupId(), spec.artifactId(), spec.version());
                    final DefaultDependencyArtifact da =
                            new DefaultDependencyArtifact(spec.artifactId(), spec.type(), spec.type(), spec.classifier(), null);
                    d.addArtifact(da);
                    d.getExcludeRules().add(new DefaultExcludeRule());
                    dependencySet.add(d);
                }
            });

    return config.getResolvedConfiguration().getFirstLevelModuleDependencies();
}
 

private Set<ResolvedDependency> doResolve(final Collection<ArtifactSpec> deps) {
    final Configuration config = this.project.getConfigurations().detachedConfiguration();
    final DependencySet dependencySet = config.getDependencies();

    deps.forEach(spec -> {
        final DefaultExternalModuleDependency d =
                new DefaultExternalModuleDependency(spec.groupId(), spec.artifactId(), spec.version());
        final DefaultDependencyArtifact da =
                new DefaultDependencyArtifact(spec.artifactId(), spec.type(), spec.type(), spec.classifier(), null);
        d.addArtifact(da);
        d.getExcludeRules().add(new DefaultExcludeRule());
        dependencySet.add(d);
    });

    return config.getResolvedConfiguration().getFirstLevelModuleDependencies();
}
 

/**
 * Searches the specified class path for a 'scala-library' Jar, and returns a class path
 * containing a corresponding (same version) 'scala-compiler' Jar and its dependencies.
 *
 * <p>If the (deprecated) 'scalaTools' configuration is explicitly configured, no repository
 * is declared for the project, no 'scala-library' Jar is found on the specified class path,
 * or its version cannot be determined, a class path with the contents of the 'scalaTools'
 * configuration is returned.
 *
 * <p>The returned class path may be empty, or may fail to resolve when asked for its contents.
 *
 * @param classpath a class path containing a 'scala-library' Jar
 * @return a class path containing a corresponding 'scala-compiler' Jar and its dependencies
 */
public FileCollection inferScalaClasspath(final Iterable<File> classpath) {
    // alternatively, we could return project.files(Runnable)
    // would differ in the following ways: 1. live (not sure if we want live here) 2. no autowiring (probably want autowiring here)
    return new LazilyInitializedFileCollection() {
        @Override
        public FileCollection createDelegate() {
            if (project.getRepositories().isEmpty()) {
                throw new GradleException(String.format("Cannot infer Scala class path because no repository is declared in %s", project));
            }

            File scalaLibraryJar = findScalaJar(classpath, "library");
            if (scalaLibraryJar == null) {
                throw new GradleException(String.format("Cannot infer Scala class path because no Scala library Jar was found. "
                        + "Does %s declare dependency to scala-library? Searched classpath: %s.", project, classpath));
            }

            String scalaVersion = getScalaVersion(scalaLibraryJar);
            if (scalaVersion == null) {
                throw new AssertionError(String.format("Unexpectedly failed to parse version of Scala Jar file: %s in %s", scalaLibraryJar, project));
            }

            return project.getConfigurations().detachedConfiguration(
                    new DefaultExternalModuleDependency("org.scala-lang", "scala-compiler", scalaVersion));
        }

        // let's override this so that delegate isn't created at autowiring time (which would mean on every build)
        @Override
        public TaskDependency getBuildDependencies() {
            if (classpath instanceof Buildable) {
                return ((Buildable) classpath).getBuildDependencies();
            }
            return new TaskDependency() {
                public Set<? extends Task> getDependencies(Task task) {
                    return Collections.emptySet();
                }
            };
        }
    };
}
 

public static NotationParser<Object, Dependency> parser(Instantiator instantiator, DefaultProjectDependencyFactory dependencyFactory, ClassPathRegistry classPathRegistry, FileLookup fileLookup) {
    return NotationParserBuilder
            .toType(Dependency.class)
            .fromCharSequence(new DependencyStringNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class))
            .parser(new DependencyMapNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class))
            .fromType(FileCollection.class, new DependencyFilesNotationParser(instantiator))
            .fromType(Project.class, new DependencyProjectNotationParser(dependencyFactory))
            .fromType(DependencyFactory.ClassPathNotation.class, new DependencyClassPathNotationParser(instantiator, classPathRegistry, fileLookup.getFileResolver()))
            .invalidNotationMessage("Comprehensive documentation on dependency notations is available in DSL reference for DependencyHandler type.")
            .toComposite();
}
 

DependencyFactory createDependencyFactory(Instantiator instantiator,
                                          ProjectAccessListener projectAccessListener,
                                          StartParameter startParameter,
                                          ClassPathRegistry classPathRegistry,
                                          FileLookup fileLookup) {
    DefaultProjectDependencyFactory factory = new DefaultProjectDependencyFactory(
            projectAccessListener, instantiator, startParameter.isBuildProjectDependencies());

    ProjectDependencyFactory projectDependencyFactory = new ProjectDependencyFactory(factory);
    DependencyProjectNotationParser projParser = new DependencyProjectNotationParser(factory);

    NotationParser<Object, ? extends Dependency> moduleMapParser = new DependencyMapNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class);
    NotationParser<Object, ? extends Dependency> moduleStringParser = new DependencyStringNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class);
    NotationParser<Object, ? extends Dependency> selfResolvingDependencyFactory = new DependencyFilesNotationParser(instantiator);

    List<NotationParser<Object, ? extends Dependency>> notationParsers = Arrays.asList(
            moduleStringParser,
            moduleMapParser,
            selfResolvingDependencyFactory,
            projParser,
            new DependencyClassPathNotationParser(instantiator, classPathRegistry, fileLookup.getFileResolver()));

    return new DefaultDependencyFactory(
            new DependencyNotationParser(notationParsers),
            new ClientModuleNotationParserFactory(instantiator).create(),
            projectDependencyFactory);
}
 

public static Dependency createDependencyFrom(ResolvedArtifact resolvedArtifact) {
	ModuleVersionIdentifier identifier = resolvedArtifact.getModuleVersion().getId();
	return identifier.getGroup().isEmpty() ? new DefaultSelfResolvingDependency(
			resolvedArtifact.getId().getComponentIdentifier(),
			new DefaultFileCollectionFactory(new IdentityFileResolver(), null).fixed(resolvedArtifact.getFile())
	) : new DefaultExternalModuleDependency(
			identifier.getGroup(),
			identifier.getName(),
			identifier.getVersion());
}
 

@Override
public Path resolve(AppArtifact appArtifact) throws AppModelResolverException {
    if (!appArtifact.isResolved()) {

        final DefaultDependencyArtifact dep = new DefaultDependencyArtifact();
        dep.setExtension(appArtifact.getType());
        dep.setType(appArtifact.getType());
        dep.setName(appArtifact.getArtifactId());

        final DefaultExternalModuleDependency gradleDep = new DefaultExternalModuleDependency(appArtifact.getGroupId(),
                appArtifact.getArtifactId(), appArtifact.getVersion(), null);
        gradleDep.addArtifact(dep);

        final Configuration detachedConfig = project.getConfigurations().detachedConfiguration(gradleDep);

        final ResolvedConfiguration rc = detachedConfig.getResolvedConfiguration();
        Set<ResolvedArtifact> resolvedArtifacts = rc.getResolvedArtifacts();
        for (ResolvedArtifact a : resolvedArtifacts) {
            if (appArtifact.getArtifactId().equals(a.getName())
                    && appArtifact.getType().equals(a.getType())
                    && appArtifact.getGroupId().equals(a.getModuleVersion().getId().getGroup())) {
                appArtifact.setPath(a.getFile().toPath());
            }
        }

        if (!appArtifact.isResolved()) {
            throw new AppModelResolverException("Failed to resolve " + appArtifact);
        }

    }
    return appArtifact.getPath();
}
 

/**
 * Searches the specified class path for a 'scala-library' Jar, and returns a class path
 * containing a corresponding (same version) 'scala-compiler' Jar and its dependencies.
 *
 * <p>If the (deprecated) 'scalaTools' configuration is explicitly configured, no repository
 * is declared for the project, no 'scala-library' Jar is found on the specified class path,
 * or its version cannot be determined, a class path with the contents of the 'scalaTools'
 * configuration is returned.
 *
 * <p>The returned class path may be empty, or may fail to resolve when asked for its contents.
 *
 * @param classpath a class path containing a 'scala-library' Jar
 * @return a class path containing a corresponding 'scala-compiler' Jar and its dependencies
 */
public FileCollection inferScalaClasspath(final Iterable<File> classpath) {
    // alternatively, we could return project.files(Runnable)
    // would differ in the following ways: 1. live (not sure if we want live here) 2. no autowiring (probably want autowiring here)
    return new LazilyInitializedFileCollection() {
        @Override
        public FileCollection createDelegate() {
            if (project.getRepositories().isEmpty()) {
                throw new GradleException(String.format("Cannot infer Scala class path because no repository is declared in %s", project));
            }

            File scalaLibraryJar = findScalaJar(classpath, "library");
            if (scalaLibraryJar == null) {
                throw new GradleException(String.format("Cannot infer Scala class path because no Scala library Jar was found. "
                        + "Does %s declare dependency to scala-library? Searched classpath: %s.", project, classpath));
            }

            String scalaVersion = getScalaVersion(scalaLibraryJar);
            if (scalaVersion == null) {
                throw new AssertionError(String.format("Unexpectedly failed to parse version of Scala Jar file: %s in %s", scalaLibraryJar, project));
            }

            return project.getConfigurations().detachedConfiguration(
                    new DefaultExternalModuleDependency("org.scala-lang", "scala-compiler", scalaVersion));
        }

        // let's override this so that delegate isn't created at autowiring time (which would mean on every build)
        @Override
        public TaskDependency getBuildDependencies() {
            if (classpath instanceof Buildable) {
                return ((Buildable) classpath).getBuildDependencies();
            }
            return new TaskDependency() {
                public Set<? extends Task> getDependencies(Task task) {
                    return Collections.emptySet();
                }
            };
        }
    };
}
 

public static NotationParser<Object, Dependency> parser(Instantiator instantiator, DefaultProjectDependencyFactory dependencyFactory, ClassPathRegistry classPathRegistry, FileLookup fileLookup) {
    return NotationParserBuilder
            .toType(Dependency.class)
            .fromCharSequence(new DependencyStringNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class))
            .parser(new DependencyMapNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class))
            .fromType(FileCollection.class, new DependencyFilesNotationParser(instantiator))
            .fromType(Project.class, new DependencyProjectNotationParser(dependencyFactory))
            .fromType(DependencyFactory.ClassPathNotation.class, new DependencyClassPathNotationParser(instantiator, classPathRegistry, fileLookup.getFileResolver()))
            .invalidNotationMessage("Comprehensive documentation on dependency notations is available in DSL reference for DependencyHandler type.")
            .toComposite();
}
 

DependencyFactory createDependencyFactory(Instantiator instantiator,
                                          ProjectAccessListener projectAccessListener,
                                          StartParameter startParameter,
                                          ClassPathRegistry classPathRegistry,
                                          FileLookup fileLookup) {
    DefaultProjectDependencyFactory factory = new DefaultProjectDependencyFactory(
            projectAccessListener, instantiator, startParameter.isBuildProjectDependencies());

    ProjectDependencyFactory projectDependencyFactory = new ProjectDependencyFactory(factory);
    DependencyProjectNotationParser projParser = new DependencyProjectNotationParser(factory);

    NotationParser<Object, ? extends Dependency> moduleMapParser = new DependencyMapNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class);
    NotationParser<Object, ? extends Dependency> moduleStringParser = new DependencyStringNotationParser<DefaultExternalModuleDependency>(instantiator, DefaultExternalModuleDependency.class);
    NotationParser<Object, ? extends Dependency> selfResolvingDependencyFactory = new DependencyFilesNotationParser(instantiator);

    List<NotationParser<Object, ? extends Dependency>> notationParsers = Arrays.asList(
            moduleStringParser,
            moduleMapParser,
            selfResolvingDependencyFactory,
            projParser,
            new DependencyClassPathNotationParser(instantiator, classPathRegistry, fileLookup.getFileResolver()));

    return new DefaultDependencyFactory(
            new DependencyNotationParser(notationParsers),
            new ClientModuleNotationParserFactory(instantiator).create(),
            projectDependencyFactory);
}
 

/**
 * Resolve the given artifact specifications.
 *
 * @param project         the Gradle project reference.
 * @param specs           the specifications that need to be resolved.
 * @param transitive      should the artifacts be resolved transitively?
 * @param excludeDefaults should we skip resolving artifacts that belong to the Thorntail group?
 * @return collection of resolved artifact specifications.
 */
public static Set<ArtifactSpec> resolveArtifacts(Project project, Collection<ArtifactSpec> specs, boolean transitive,
                                                 boolean excludeDefaults) {
    if (project == null) {
        throw new IllegalArgumentException("Gradle project reference cannot be null.");
    }
    if (specs == null) {
        project.getLogger().warn("Artifact specification collection is null.");
        return Collections.emptySet();
    }

    // Early return if there is nothing to resolve.
    if (specs.isEmpty()) {
        return Collections.emptySet();
    }

    final Configuration config = project.getConfigurations().detachedConfiguration().setTransitive(transitive);
    final DependencySet dependencySet = config.getDependencies();
    final Map<String, Project> projectGAVCoordinates = getAllProjects(project);
    final ProjectAccessListener listener = new DefaultProjectAccessListener();

    Set<ArtifactSpec> result = new HashSet<>();
    specs.forEach(s -> {
        // 1. Do we need to resolve this entry?
        final String specGAV = String.format(GROUP_ARTIFACT_VERSION_FORMAT, s.groupId(), s.artifactId(), s.version());
        boolean resolved = s.file != null;
        boolean projectEntry = projectGAVCoordinates.containsKey(specGAV);

        // 2. Should we skip this spec?
        if (excludeDefaults && FractionDescriptor.THORNTAIL_GROUP_ID.equals(s.groupId()) && !projectEntry) {
            return;
        }

        // 3. Should this entry be resolved?
        if (!resolved || transitive) {
            // a.) Does this entry represent a project dependency?
            if (projectGAVCoordinates.containsKey(specGAV)) {
                dependencySet.add(new DefaultProjectDependency((ProjectInternal) projectGAVCoordinates.get(specGAV), listener, false));
            } else {
                DefaultExternalModuleDependency d = new DefaultExternalModuleDependency(s.groupId(), s.artifactId(), s.version());
                DefaultDependencyArtifact da = new DefaultDependencyArtifact(s.artifactId(), s.type(), s.type(), s.classifier(), null);
                d.addArtifact(da);
                dependencySet.add(d);
            }
        } else {
            // 4. Nothing else to do, just add the spec to the result.
            result.add(s);
        }
    });

    // 5. Are there any specs that need resolution?
    if (!dependencySet.isEmpty()) {
        config.getResolvedConfiguration().getResolvedArtifacts().stream()
                .map(ra -> asDescriptor("compile", ra).toArtifactSpec())
                .forEach(result::add);
    }
    return result;
}