model {
                childOne()
                childTwo(aValue: 'someThing', anotherValue: 'somethingElse')
            }
        }).get()

        expect:
        node.'**'.childOne
        node.'**'.childTwo.@aValue[0] == 'someThing'
        node.'**'.childTwo.@anotherValue[0] == 'somethingElse'
    }

    def "can accept an empty closure"() {

        childOne.into("child_one")
        parentSpec.with(childOne)

        DefaultCopySpec childTwo = copySpec()
         childTwo.into("child_two")
        parentSpec.with( childTwo)

        DefaultCopySpec grandchild = copySpec()
        grandchild.into("grandchild")
        childOne.with(grandchild)
        childTwo.with(grandchild)

        List<RelativePath> paths = new ArrayList<RelativePath>()

        inDirectory(rootDir).withTasks("do-stuff").run().assertTasksExecuted(":do-stuff", ":child:do-stuff");
        inDirectory(rootDir).withTasks(":do-stuff").run().assertTasksExecuted(":do-stuff");

        inDirectory(childDir).withTasks("do-stuff").run().assertTasksExecuted(":child:do-stuff");
        inDirectory(childDir).withTasks(":do-stuff").run().assertTasksExecuted(":do-stuff");
    }

    @Test

return results;});const subRows=[];let suballocationClassificationRootNode=undefined;for(const childDumps of Object.values(childDumpNameToDumps)){const childRow=this.createAllocatorRowRecursively_(childDumps);if(childRow.suballocatedBy===undefined){subRows.push(childRow);}else{suballocationClassificationRootNode=this.classifySuballocationRow_(childRow,suballocationClassificationRootNode);}}