assertFalse(bean.hasMethod("conventionMethod", "a", "b"));

        convention.getPlugins().put("bean", new ConventionBean());
        assertTrue(bean.hasMethod("conventionMethod", "a", "b"));
        assertThat(bean.getAsDynamicObject().invokeMethod("conventionMethod", "a", "b"), equalTo((Object) "convention:a.b"));
    }

    @Test

    }

    public static void assertCanCallMethods (ExtensibleDynamicObjectTest.Bean bean) {
        assertEquals(bean.javaMethod('a', 'b'), 'java:a.b')
        assertTrue(bean.hasMethod('conventionMethod', 'a', 'b'))
        assertEquals(bean.conventionMethod('a', 'b'), 'convention:a.b')
    }

    public static void decorateGroovyBean(bean) {
        Map values = [:]

                "    assert 'childMethod' == object.childMethod('Method')",
                "    assert 'sharedMethod'== object.sharedMethod('Method')",
                "    assert 'conventionMethod' == object.conventionMethod('Method')",
                "    object.testTask { assert ':child:testTask' == delegate.path }",
                "    try { object.rootTask { }; fail() } catch (MissingMethodException e) { }",

    }

    def "can call convention methods"() {
        given:
        defaultTask.convention.plugins.test = new TestConvention()

        expect:
        defaultTask.conventionMethod('a', 'b').toString() == "a.b"
    }

    def "accessing missing property throws"() {
        when:
        defaultTask."unknownProp"

        then:
        thrown(MissingPropertyException)
    }

        assertThat(call("{ it.conventionProperty }", bean), equalTo((Object) "value"));
        assertThat(call("{ it.conventionMethod('value') }", bean), equalTo((Object) "[value]"));
        assertThat(call("{ it.invokeMethod('conventionMethod', 'value') }", bean), equalTo((Object) "[value]"));
    }

    @Test
    public void canAddDynamicPropertiesAndMethodsToGroovyObject() throws Exception {