parent
033548a760
commit
73d30dd875
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@ -497,10 +497,12 @@ Annotated, HTTP exchange methods support the following return values:
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TIP: You can also use any other async or reactive types registered in the
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`ReactiveAdapterRegistry`.
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TIP: For non-reactive types, blocking from a reactive publisher is performed
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under the hood by the framework. By default, it is done without a timeout.
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You can set a timeout for blocking by calling `blockTimeout(Duration blockTimeout)`
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on `HttpServiceProxyFactory.Builder`.
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By default, the behavior of HTTP service methods with synchronous (blocking) method
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signature depends on connection and timeout settings of the underlying HTTP client.
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`HttpServiceProxyFactory.Builder` does expose a `blockTimeout` option that also lets you
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configure the maximum time to block for a response, but we recommend configuring timeout
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values directly on the underlying HTTP client, which likely provides more control over
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such settings.
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[[rest-http-interface-exceptions]]
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@ -1064,7 +1064,9 @@ Annotated, RSocket exchange methods support return values that are concrete valu
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any producer of value(s) that can be adapted to a Reactive Streams `Publisher` via
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`ReactiveAdapterRegistry`.
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TIP: For non-reactive types, blocking from a reactive publisher is performed
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under the hood by the framework. By default, it is done without a timeout.
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You can set a timeout for blocking by calling `blockTimeout(Duration blockTimeout)`
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on `RSocketServiceProxyFactory.Builder`.
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By default, the behavior of RSocket service methods with synchronous (blocking) method
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signature depends on response timeout settings of the underlying RSocket `ClientTransport`
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as well as RSocket keep-alive settings. `RSocketServiceProxyFactory.Builder` does expose a
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`blockTimeout` option that also lets you configure the maximum time to block for a response,
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but we recommend configuring timeout values at the RSocket level for more control.
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@ -73,8 +73,7 @@ final class RSocketServiceMethod {
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this.parameters = initMethodParameters(method);
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this.argumentResolvers = argumentResolvers;
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this.route = initRoute(method, containingClass, rsocketRequester.strategies(), embeddedValueResolver);
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this.responseFunction = initResponseFunction(
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rsocketRequester, method, reactiveRegistry, blockTimeout);
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this.responseFunction = initResponseFunction(rsocketRequester, method, reactiveRegistry, blockTimeout);
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}
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private static MethodParameter[] initMethodParameters(Method method) {
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@ -163,11 +162,16 @@ final class RSocketServiceMethod {
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if (reactiveAdapter != null) {
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return reactiveAdapter.fromPublisher(responsePublisher);
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}
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return (blockForOptional ?
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(blockTimeout != null ? ((Mono<?>) responsePublisher).blockOptional(blockTimeout) :
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((Mono<?>) responsePublisher).blockOptional()) :
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(blockTimeout != null ? ((Mono<?>) responsePublisher).block(blockTimeout) :
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((Mono<?>) responsePublisher).block()));
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if (blockForOptional) {
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return (blockTimeout != null ?
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((Mono<?>) responsePublisher).blockOptional(blockTimeout) :
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((Mono<?>) responsePublisher).blockOptional());
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}
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else {
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return (blockTimeout != null ?
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((Mono<?>) responsePublisher).block(blockTimeout) :
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((Mono<?>) responsePublisher).block());
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}
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});
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}
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@ -188,14 +188,17 @@ public final class RSocketServiceProxyFactory {
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}
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/**
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* Configure how long to wait for a response for an HTTP service method
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* Configure how long to block for the response of an RSocket service method
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* with a synchronous (blocking) method signature.
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* <p>By default this is {@code null},
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* in which case means blocking on publishers is done without a timeout.
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* <p>By default this is not set, in which case the behavior depends on
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* connection and response timeout settings of the underlying RSocket
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* {@code ClientTransport} as well as RSocket keep-alive settings.
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* We recommend configuring timeout values at the RSocket level which
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* provides more control.
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* @param blockTimeout the timeout value
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* @return this same builder instance
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*/
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public Builder blockTimeout(Duration blockTimeout) {
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public Builder blockTimeout(@Nullable Duration blockTimeout) {
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this.blockTimeout = blockTimeout;
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return this;
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}
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@ -208,8 +211,7 @@ public final class RSocketServiceProxyFactory {
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return new RSocketServiceProxyFactory(
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this.rsocketRequester, initArgumentResolvers(),
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this.embeddedValueResolver, this.reactiveAdapterRegistry,
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this.blockTimeout);
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this.embeddedValueResolver, this.reactiveAdapterRegistry, this.blockTimeout);
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}
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private List<RSocketServiceArgumentResolver> initArgumentResolvers() {
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@ -123,15 +123,13 @@ final class HttpServiceMethod {
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}
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}
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int index = i;
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Assert.state(resolved, () -> formatArgumentError(this.parameters[index], "No suitable resolver"));
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Assert.state(resolved, () ->
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"Could not resolve parameter [" + this.parameters[index].getParameterIndex() + "] in " +
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this.parameters[index].getExecutable().toGenericString() +
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(StringUtils.hasText("No suitable resolver") ? ": " + "No suitable resolver" : ""));
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}
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}
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private static String formatArgumentError(MethodParameter param, String message) {
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return "Could not resolve parameter [" + param.getParameterIndex() + "] in " +
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param.getExecutable().toGenericString() + (StringUtils.hasText(message) ? ": " + message : "");
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}
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/**
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* Factory for {@link HttpRequestValues} with values extracted from the type
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@ -277,17 +275,6 @@ final class HttpServiceMethod {
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@Nullable ReactiveAdapter returnTypeAdapter,
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boolean blockForOptional, @Nullable Duration blockTimeout) {
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private ResponseFunction(
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Function<HttpRequestValues, Publisher<?>> responseFunction,
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@Nullable ReactiveAdapter returnTypeAdapter,
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boolean blockForOptional, Duration blockTimeout) {
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this.responseFunction = responseFunction;
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this.returnTypeAdapter = returnTypeAdapter;
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this.blockForOptional = blockForOptional;
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this.blockTimeout = blockTimeout;
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}
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@Nullable
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public Object execute(HttpRequestValues requestValues) {
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@ -297,11 +284,16 @@ final class HttpServiceMethod {
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return this.returnTypeAdapter.fromPublisher(responsePublisher);
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}
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return (this.blockForOptional ?
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(this.blockTimeout != null ? ((Mono<?>) responsePublisher).blockOptional(this.blockTimeout) :
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((Mono<?>) responsePublisher).blockOptional()) :
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(this.blockTimeout != null ? ((Mono<?>) responsePublisher).block(this.blockTimeout) :
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((Mono<?>) responsePublisher).block()));
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if (this.blockForOptional) {
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return (this.blockTimeout != null ?
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((Mono<?>) responsePublisher).blockOptional(this.blockTimeout) :
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((Mono<?>) responsePublisher).blockOptional());
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}
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else {
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return (this.blockTimeout != null ?
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((Mono<?>) responsePublisher).block(this.blockTimeout) :
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((Mono<?>) responsePublisher).block());
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}
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}
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@ -310,7 +302,7 @@ final class HttpServiceMethod {
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*/
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public static ResponseFunction create(
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HttpClientAdapter client, Method method, ReactiveAdapterRegistry reactiveRegistry,
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Duration blockTimeout) {
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@Nullable Duration blockTimeout) {
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MethodParameter returnParam = new MethodParameter(method, -1);
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Class<?> returnType = returnParam.getParameterType();
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@ -207,14 +207,16 @@ public final class HttpServiceProxyFactory {
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}
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/**
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* Configure how long to wait for a response for an HTTP service method
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* Configure how long to block for the response of an HTTP service method
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* with a synchronous (blocking) method signature.
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* <p>By default this is {@code null},
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* in which case means blocking on publishers is done without a timeout.
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* <p>By default this is not set, in which case the behavior depends on
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* connection and request timeout settings of the underlying HTTP client.
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* We recommend configuring timeout values directly on the underlying HTTP
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* client, which provides more control over such settings.
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* @param blockTimeout the timeout value
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* @return this same builder instance
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*/
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public Builder blockTimeout(Duration blockTimeout) {
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public Builder blockTimeout(@Nullable Duration blockTimeout) {
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this.blockTimeout = blockTimeout;
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return this;
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}
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@ -227,8 +229,7 @@ public final class HttpServiceProxyFactory {
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return new HttpServiceProxyFactory(
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this.clientAdapter, initArgumentResolvers(),
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this.embeddedValueResolver, this.reactiveAdapterRegistry,
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this.blockTimeout);
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this.embeddedValueResolver, this.reactiveAdapterRegistry, this.blockTimeout);
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}
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private List<HttpServiceArgumentResolver> initArgumentResolvers() {
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