}.publish()
        def depB = mavenHttpRepo.module('org.test', 'depB', '1.0').dependsOn([exclusions: [[module: 'excluded']]], depC).publish()
        def depF = mavenHttpRepo.module('org.test', 'depF', '1.0').dependsOn(depC).publish()
        def depE = mavenHttpRepo.module('org.test', 'depE', '1.0').dependsOn(depF).publish()
        def depD = mavenHttpRepo.module('org.test', 'depD', '1.0').dependsOn(depE).publish()

        //           D3
        // S2 ------/
        //    \ D4

        graph[source1] = [dep1, dep2]
        graph[source2] = [dep3, dep4]
        graph[dep1] = [dep3]
        graph[dep2] = []
        graph[dep3] = []
        graph[dep4] = []
    }

    def initialFiles() {
        graph.keySet().each { TestFile sourceFile ->
            parse(sourceFile)
        }

        then:
        deps == [dep1, dep2, dep3, dep4] as Set

        and:
        //does not contain unresolved dep, contains root
        modules == [root, dep1.selected, dep2.selected, dep3.selected] as Set
    }

    def "provides hooks for iterating each module or dependency exactly once"() {
        given:
        //root -> dep1,dep2; dep1 -> dep3
        def dep = newDependency('dep1')

async def dep0(response: Response):
    response.headers["x-level0"] = "True"


async def dep1(response: Response):
    response.headers["x-level1"] = "True"


async def dep2(response: Response):
    response.headers["x-level2"] = "True"


async def dep3(response: Response):
    response.headers["x-level3"] = "True"


async def dep4(response: Response):

			set.CreateStringSet("dep1", "dep2", "dep3"),
			set.CreateStringSet("dep1", "dep2", "dep3", "dep4"),
			[]string{},
		},
		// Test3: not currently under site replication.
		{
			[]madmin.PeerInfo{},
			set.CreateStringSet(),

package dep3

// The point of this test file is that it references a type from
// depBase that is also referenced in dep2, but dep2 is loaded by the
// linker before depBase (because it is earlier in the import list).
// There was a bug in the linker where it would not correctly read out
// the type data in this case and later crash.

import (
	"testshared/dep2"
	"testshared/depBase"
)

type Dep3 struct {
	dep  depBase.Dep
	dep2 dep2.Dep2
}

replace example.com/dep => ./dep2
-- n/n.go --
package n

import "example.com/dep"

func F() {
	dep.G()
}
-- dep1/go.mod --
module example.com/dep
-- dep1/dep.go --
package dep

func G() {
}
-- dep2/go.mod --
module example.com/dep
-- dep2/dep.go --
package dep

func G() {
}
-- dep3/go.mod --
module example.com/dep
-- dep3/dep.go --
package dep

func G() {

        then:
        def depA = metadata.dependencies.find { it.selector.group == 'group-a'}
        depA.selector == moduleId('group-a', 'module-a', '1.0')
        !depA.optional
        depA.transitive
        def depB = metadata.dependencies.find { it.selector.group == 'group-b'}
        depB.selector == moduleId('group-b', 'module-b', '2.0')
        depB.constraint
        !depB.transitive
    }

        dep2.setArtifactId( "test-artifact2" );
        dep2.setVersion( "1" );
        dep2.setType( "jar" );

        List<Dependency> deps = new ArrayList<>();
        deps.add( dep1 );
        deps.add( dep2 );

        ArtifactFactory factory = container.lookup( ArtifactFactory.class );

        ArtifactFilter dependencyFilter = new ScopeArtifactFilter( Artifact.SCOPE_COMPILE );

        EclipseProjectDependency depB = projectA.projectDependencies.find { it.path == 'b' }
        EclipseProjectDependency depC = projectA.projectDependencies.find { it.path == 'c' }
        EclipseProjectDependency depD = projectA.projectDependencies.find { it.path == 'd' }

        then:
        !depB.classpathAttributes.find { it.name == 'test' && it.value == 'true' }