given:
        def dep1 = newDependency('dep1')
        def dep2 = newDependency('dep2')

        def root = newModule('root').addDependency(dep1).addDependency(dep2)

        when:
        def result = newResolutionResult(root)

        then:
        result.allDependencies == [dep1, dep2] as Set
        result.allComponents == [root, dep1.selected, dep2.selected] as Set

        when:

package main

import "testshared/dep2"

func main() {
	d := &dep2.Dep2{}
	dep2.W = dep2.G() + 1 + d.Method()

package my.pack

fun Any.myExt() {}

// FILE: util12.kt
package my.pack

val Any.myExt: Int get() = 10

// MODULE: dep2
// FILE: util21.kt
package my.pack

fun Any.myExt2() {}

// FILE: util22.kt
package my.pack

val Any.myExt2: Int get() = 10

// MODULE: main(dep1, dep2)
// FILE: usage.kt
package usage

import my.pack.myExt
import my.pack.myExt2

fun test(a: Any) {
    a.myExt()

        dep1.addExclusion( exc );

        Dependency dep2 = new Dependency();
        dep2.setGroupId( "test" );
        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 );

	g.mu.Lock()
	if g.m == nil {
		g.m = make(map[string]*call)
	}
	if c, ok := g.m[key]; ok {
		c.dups++
		g.mu.Unlock()
		c.wg.Wait()
		return c.val, c.err, true
	}
	c := new(call)
	c.wg.Add(1)
	g.m[key] = c
	g.mu.Unlock()

	g.doCall(c, key, fn)
	return c.val, c.err, c.dups > 0
}

// DoChan is like Do but returns a channel that will receive the
// results when they are ready.

module example.com/n

require example.com/dep v1.0.0
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

	dup("func(x ...int) (u string)"),
	{"func(x int, y ...int) (u string)", "func(x int, y ...int) (u string)"},

	// interfaces
	dup("interface{}"),
	dup("interface{m()}"),
	dup(`interface{String() string; m(int) float32}`),
	dup("interface{int | float32 | complex128}"),
	dup("interface{int | ~float32 | ~complex128}"),
	dup("any"),
	dup("interface{comparable}"),
	// TODO(gri) adjust test for EvalCompositeTest

        assertEquals(4, depArtifact.getProperties().size());

        assertEquals("compile", dep2.getScope());
        assertFalse(dep2.isOptional());
        assertEquals(0, dep2.getExclusions().size());
        depArtifact = dep2.getArtifact();
        assertEquals("ut.simple", depArtifact.getGroupId());
        assertEquals("dependency", depArtifact.getArtifactId());

            result.allResolutions[0].nativeDependencySet = dep1
            result.allResolutions[1].nativeDependencySet = dep2
            result.allResolutions[2].nativeDependencySet = sourceDep
        }

        then:
        binary.libs as List == [dep1, dep2, sourceDep]
    }

    def testBinary(MutableModelNode componentNode, Flavor flavor = new DefaultFlavor(DefaultFlavor.DEFAULT)) {

            if "dependencies" in branch:
                for dep2 in branch["dependencies"]:
                    processed_deps.append(dep2["repository"])
                    if dep2["branch"] != "master":
                        raise Exception("Looking for master branch and found : %s for destination", dep2,
                                        rule["destination"])
                    if dep2["repository"] == dep:
                        found = True