}
configurations {
    child1
    child2
}
dependencies {
    child1 'org:child1:1.0'
    child2 'org:child2:1.0'
}
task retrieveChild1(type: Sync) {
    into 'libs/child1'
    from configurations.child1
}
task retrieveChild2(type: Sync) {
    into 'libs/child2'
    from configurations.child2
}
"""

        when:
        child1.pom.expectGet()

    }

    def compareTo() {
        expect:
        project < child1
        child1 < child2
        child1 < childchild
        child2 < childchild
    }

    def depthCompare() {
        expect:
        project.depthCompare(child1) < 0
        child1.depthCompare(project) > 0
        child1.depthCompare(child2) == 0
    }

    def depth() {
        expect:
        project.depth == 0

    compile project(':child1')
    compile project(':child2')
}
project(':child1') {
    artifacts {
        compile file("child1.jar")
    }
    dependencies {
        compile files("child1-lib.jar")
        compile "group:test2:1.0"
        compile project(':child3')
    }
}
project(':child2') {
    artifacts {
        compile file("child2.jar")
    }
    dependencies {

        EclipseProject child1 = children[0]
        child1.name == 'child1'
        child1.parent == rootProject
        child1.children.size() == 1

        EclipseProject child1Child1 = child1.children[0]
        child1Child1.name == 'grandChild1'
        child1Child1.parent == child1
        child1Child1.children.size() == 0

        EclipseProject child2 = children[1]
        child2.name == 'child2'

	r.Flush()
	return r.w.Close()
}

type child struct {
	conn    *conn
	handler http.Handler

	requests map[uint16]*request // keyed by request ID
}

func newChild(rwc io.ReadWriteCloser, handler http.Handler) *child {
	return &child{
		conn:     newConn(rwc),
		handler:  handler,
		requests: make(map[uint16]*request),
	}
}

func (c *child) serve() {
	defer c.conn.Close()
	defer c.cleanUp()

        given:
        settingsFile << "\ninclude 'root', 'child1', 'child2', 'child3'"
        buildFile << """
            apply plugin: 'idea'

            idea {
                project {
                    languageLevel = 1.7
                }
            }

            project(':child1') {
            }

            project(':child2') {
                apply plugin: 'java'

        child1.toString() == "project ':child1'"
        child1.displayName == "project ':child1'"
        child1.path == ":child1"
        child1.buildTreePath == ":child1"
        child1.identityPath == Path.path(":child1")

        child2.toString() == "project ':child1:child2'"
        child2.displayName == "project ':child1:child2'"
        child2.path == ":child1:child2"

        formatter.node("child 1")
        formatter.startChildren()
        formatter.node("child 1.1")
        formatter.node("child 1.2")
        formatter.endChildren()
        formatter.node("child 2")
        formatter.endChildren()

        then:
        formatter.toString() == toPlatformLineSeparators("""Some things:
  - child 1:
      - child 1.1
      - child 1.2
  - child 2""")
    }

        nodeAction.execute(_) >> { XmlProvider provider ->
            provider.asNode().appendNode('child1')
        }
        nodeAction2.execute(_) >> { XmlProvider provider ->
            provider.asNode().appendNode('child2')
        }
        looksLike '<root>\n  <child1/>\n  <child2/>\n</root>\n', result
    }

    def "indentation correct when writing out Node"() {
        transformer.indentation = "\t"

            children.forEach { child ->
                collectPrefixes(child.name, child, 0, prefixes)
            }
        } else if (unpackedNode instanceof AbstractIncompleteFileSystemNode) {
            def children = unpackedNode.children
            children.stream()
                .forEach(child -> collectPrefixes(child.path, child.value, 0, prefixes))
        }
        return prefixes
    }