name:         "contains newline",
			formatString: "[%START_TIME%] %REQ(:METHOD)% %REQ(X-ENVOY-ORIGINAL-PATH?:PATH)% \n",
			expected:     "[%START_TIME%] %REQ(:METHOD)% %REQ(X-ENVOY-ORIGINAL-PATH?:PATH)% \n",
		},
		{
			name:         "miss newline",
			formatString: "[%START_TIME%] %REQ(:METHOD)% %REQ(X-ENVOY-ORIGINAL-PATH?:PATH)%",
			expected:     "[%START_TIME%] %REQ(:METHOD)% %REQ(X-ENVOY-ORIGINAL-PATH?:PATH)%\n",
		},
	}

	{"%s", PanicS{io.ErrUnexpectedEOF}, "%!s(PANIC=String method: unexpected EOF)"},
	{"%s", PanicS{3}, "%!s(PANIC=String method: 3)"},
	// GoString
	{"%#v", (*PanicGo)(nil), "<nil>"}, // nil pointer special case
	{"%#v", PanicGo{io.ErrUnexpectedEOF}, "%!v(PANIC=GoString method: unexpected EOF)"},
	{"%#v", PanicGo{3}, "%!v(PANIC=GoString method: 3)"},
	// Issue 18282. catchPanic should not clear fmtFlags permanently.

							method: "GET",
							allow:  true,
						},
						{
							ports:  []echo.Port{ports.HTTP, ports.HTTP2},
							method: "PUT",
							allow:  false,
						},
					}

					for _, c := range cases {
						newAuthzTest().
							From(from).
							To(to).
							Allow(c.allow).
							Method(c.method).
							BuildAndRunForPorts(t, c.ports...)
					}
				})

- a `writeObject` method combined with a `readObject` method to control exactly which information to store;
- a `writeObject` method with no corresponding `readObject`; `writeObject` must eventually call `ObjectOutputStream.defaultWriteObject`;
- a `readObject` method with no corresponding `writeObject`; `readObject` must eventually call `ObjectInputStream.defaultReadObject`;

// IsInterfaceMethod reports whether (field) m is
// an interface method. Such methods have the
// special receiver type types.FakeRecvType().
func IsInterfaceMethod(f *Type) bool {
	return f.Recv().Type == FakeRecvType()
}

// IsMethodApplicable reports whether method m can be called on a
// value of type t. This is necessary because we compute a single
// method set for both T and *T, but some *T methods are not

			routes = append(routes, route)
		case "CONNECT":
			for _, method := range connecter.ConnectMethods() {
				connectProducedObject := storageMeta.ProducesObject(method)
				if connectProducedObject == nil {
					connectProducedObject = "string"
				}
				doc := "connect " + method + " requests to " + kind
				if isSubresource {
					doc = "connect " + method + " requests to " + subresource + " of " + kind
				}

	// Any top-level qualifiers belong to the function type.
	if mwq != nil {
		a = mwq.Method
		mwq.Method = ft
		ft = mwq
	}
	if q, ok := a.(*Qualified); ok && q.LocalName {
		p := &q.Name
		if da, ok := (*p).(*DefaultArg); ok {
			p = &da.Arg
		}
		if mwq, ok := (*p).(*MethodWithQualifiers); ok {
			*p = mwq.Method
			mwq.Method = ft
			ft = mwq
		}
	}

	r := AST(&Typed{Name: a, Type: ft})

      }

    /**
     * Sets the socket factory used to create connections. OkHttp only uses the parameterless
     * [SocketFactory.createSocket] method to create unconnected sockets. Overriding this method,
     * e. g., allows the socket to be bound to a specific local address.
     *
     * If unset, the [system-wide default][SocketFactory.getDefault] socket factory will be used.
     */

   * generated by {@code factory}.
   *
   * <p><b>Warning: do not use</b> this method when the collections returned by {@code factory}
   * implement either {@link List} or {@code Set}! Use the more specific method {@link
   * #newListMultimap}, {@link #newSetMultimap} or {@link #newSortedSetMultimap} instead, to avoid
   * very surprising behavior from {@link Multimap#equals}.

   * generated by {@code factory}.
   *
   * <p><b>Warning: do not use</b> this method when the collections returned by {@code factory}
   * implement either {@link List} or {@code Set}! Use the more specific method {@link
   * #newListMultimap}, {@link #newSetMultimap} or {@link #newSortedSetMultimap} instead, to avoid
   * very surprising behavior from {@link Multimap#equals}.