gatherTypeVariables(superClass, superClassType, map);
        }

        final Class<?>[] interfaces = clazz.getInterfaces();
        final Type[] interfaceTypes = clazz.getGenericInterfaces();
        for (int i = 0; i < interfaces.length; ++i) {
            gatherTypeVariables(interfaces[i], interfaceTypes[i], map);
        }

        return map;
    }

    /**

        assertNotNull(dcerpcBinding.getUuid(), "UUID should be set for newly added interface.");
        assertEquals("11111111-2222-3333-4444-555555555555", dcerpcBinding.getUuid().toString(),
                "UUID should be parsed correctly for newly added interface.");

Por exemplo:

{* ../../docs_src/conditional_openapi/tutorial001_py39.py hl[6,11] *}

Aqui declaramos a configuração `openapi_url` com o mesmo padrão de `"/openapi.json"`.

E então a usamos ao criar a aplicação `FastAPI`.

    }

    @Test
    @DisplayName("Test interface extends Decodable")
    void testExtendsDecodable() {
        Class<?>[] interfaces = SecurityInfo.class.getInterfaces();
        assertTrue(Arrays.asList(interfaces).contains(jcifs.Decodable.class), "SecurityInfo should extend Decodable interface");
    }

    @Test
    @DisplayName("Test all constant fields count")

| ResponseBody.create(String)         | String.toResponseBody()         |


SAM Conversions
---------------

When you use Java APIs from Kotlin you can operate on Java interfaces as if they were Kotlin
lambdas. The [feature][java_sams] is available for interfaces that define a Single Abstract Method
(SAM).

But when you use Kotlin APIs from Kotlin there’s no automatic conversion. Code that used SAM lambdas

# Sub Aplicações - Montagens { #sub-applications-mounts }

Se você precisar ter duas aplicações FastAPI independentes, cada uma com seu próprio OpenAPI e suas próprias interfaces de documentação, você pode ter um aplicativo principal e "montar" uma (ou mais) sub-aplicações.

## Montando uma aplicação **FastAPI** { #mounting-a-fastapi-application }

        interfaceMap);
  }

  private interface Interface1 {}

  private interface Interface2 {}

  private interface Interface3<T> extends Iterable<T> {}

  private interface Interface12 extends Interface1, Interface2 {}

  private static class Class1 implements Interface1 {}

  private static final class NoInterface {}

        when:
        ClassDoc doc = withCategories {
            def doc = new ClassDoc('org.gradle.Class', content, document, classMetaData, null)
            doc.superClass = superDoc
            doc.interfaces << superType1
            doc.interfaces << superType2
            builder.build(doc)
            return doc
        }

        then:
        doc.classProperties.size() == 5
        doc.classProperties[0].name == 'a'

        List<ClassMetaData> interfaces = new ArrayList<ClassMetaData>();
        for (String interfaceName : interfaceNames) {
            ClassMetaData interfaceMetaData = metaDataRepository.find(interfaceName);
            if (interfaceMetaData != null) {
                interfaces.add(interfaceMetaData);
            }
        }
        return interfaces;
    }

    return Reflection.newProxy(List.class, new SubHandler2(delegate));
  }

  private static Object newProxyWithEqualsForInterfaces(Class<?>... interfaces) {
    return Proxy.newProxyInstance(
        AbstractInvocationHandlerTest.class.getClassLoader(),
        interfaces,
        new DelegatingInvocationHandlerWithEquals("a string"));
  }

  private static class DelegatingInvocationHandler extends AbstractInvocationHandler