@Override
    public FlatDirectoryArtifactRepository flatDir(Action<? super FlatDirectoryArtifactRepository> action) {
        return addRepository(repositoryFactory.createFlatDirRepository(), FLAT_DIR_DEFAULT_NAME, action);
    }

    @Override
    @SuppressWarnings("rawtypes")
    public FlatDirectoryArtifactRepository flatDir(Closure configureClosure) {
        return flatDir(ConfigureUtil.configureUsing(configureClosure));
    }

     * </table>
     *
     * <p>Examples:</p>
     * <pre class='autoTested'>
     * repositories {
     *     flatDir name: 'libs', dirs: "$projectDir/libs"
     *     flatDir dirs: ["$projectDir/libs1", "$projectDir/libs2"]
     * }
     * </pre>
     *
     * @param args The arguments used to configure the repository.
     * @return the added resolver

    def "jars on buildscript classpath can change"() {
        given:
        buildFile << '''
            buildscript {
                repositories { flatDir { dirs 'repo' }}
                dependencies { classpath name: 'test', version: '1.3-BUILD-SNAPSHOT' }
            }

            task hello {
                doLast {

        expect:
        handler.flatDir { name = 'libs' }.is(repository)
    }

    def testFlatDirWithMap() {
        given:
        def repository = Mock(TestFlatDirectoryArtifactRepository) { getName() >> "name" }
        1 * repositoryFactory.createFlatDirRepository() >> repository

        expect:
        handler.flatDir([name: 'libs'] + [dirs: ['a', 'b']]).is(repository)
    }

        def repoDir = testDirectory.createDir("repo")
        repoDir.createFile("lib-1.0.jar")

        runEclipseTask """
apply plugin: "java"
apply plugin: "eclipse"

repositories {
	flatDir { dirs "${TextUtil.escapeString(repoDir)}" }
}

dependencies {
	implementation "some:lib:1.0"
}
        """
    }

    @Test

	Value         int64
	Flat, FlatDiv int64
	Cum, CumDiv   int64
}

// FlatValue returns the exclusive value for this tag, computing the
// mean if a divisor is available.
func (t *Tag) FlatValue() int64 {
	if t.FlatDiv == 0 {
		return t.Flat
	}
	return t.Flat / t.FlatDiv
}

// CumValue returns the inclusive value for this tag, computing the

type Graph struct {
	Nodes Nodes
}

// FlatValue returns the exclusive value for this node, computing the
// mean if a divisor is available.
func (n *Node) FlatValue() int64 {
	if n.FlatDiv == 0 {
		return n.Flat
	}
	return n.Flat / n.FlatDiv
}

// CumValue returns the inclusive value for this node, computing the
// mean if a divisor is available.
func (n *Node) CumValue() int64 {
	if n.CumDiv == 0 {
		return n.Cum
	}

	file            string
	line            int
	flat, cum       int64
	flatDiv, cumDiv int64
	startsBlock     bool
	inlineCalls     []callID
}

type callID struct {
	file string
	line int
}

func (a *assemblyInstruction) flatValue() int64 {
	if a.flatDiv != 0 {
		return a.flat / a.flatDiv
	}
	return a.flat
}

func (a *assemblyInstruction) cumValue() int64 {

				x := sp.insts[addr]
				flatSum += x.flat
				cumSum += x.cum
				startsBlock := (addr != lastAddr+uint64(sp.insts[lastAddr].length))
				lastAddr = addr

				// divisors already applied, so leave flatDiv,cumDiv as 0
				asm = append(asm, assemblyInstruction{
					address:     x.objAddr,
					instruction: x.disasm,
					function:    fn.name,
					file:        x.file,
					line:        x.line,