public interface SseClient
| Modifier and Type | Method and Description | 
|---|---|
static SseClient | 
create(java.net.URL url)
Create a new  
SseClient. | 
static SseClient | 
create(java.net.URL url,
      HttpClientConfiguration configuration)
Create a new  
SseClient with the specified configuration. | 
<I> org.reactivestreams.Publisher<Event<ByteBuffer<?>>> | 
eventStream(HttpRequest<I> request)
Perform an HTTP request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
<I,B> org.reactivestreams.Publisher<Event<B>> | 
eventStream(HttpRequest<I> request,
           Argument<B> eventType)
Perform an HTTP request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
<I,B> org.reactivestreams.Publisher<Event<B>> | 
eventStream(HttpRequest<I> request,
           Argument<B> eventType,
           Argument<?> errorType)
Perform an HTTP request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
default <I,B> org.reactivestreams.Publisher<Event<B>> | 
eventStream(HttpRequest<I> request,
           java.lang.Class<B> eventType)
Perform an HTTP request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
default <B> org.reactivestreams.Publisher<Event<B>> | 
eventStream(java.lang.String uri,
           Argument<B> eventType)
Perform an HTTP GET request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
default <B> org.reactivestreams.Publisher<Event<B>> | 
eventStream(java.lang.String uri,
           java.lang.Class<B> eventType)
Perform an HTTP GET request and receive data as a stream of SSE  
Event objects as they become available without blocking. | 
<I> org.reactivestreams.Publisher<Event<ByteBuffer<?>>> eventStream(@NonNull HttpRequest<I> request)
Perform an HTTP request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
I - The request body typerequest - The HttpRequest to executePublisher that emits an Event with the data represented as a ByteBuffer<I,B> org.reactivestreams.Publisher<Event<B>> eventStream(@NonNull HttpRequest<I> request, @NonNull Argument<B> eventType)
Perform an HTTP request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
I - The request body typeB - The event body typerequest - The HttpRequest to executeeventType - The event data typePublisher that emits an Event with the data represented by the eventType argument<I,B> org.reactivestreams.Publisher<Event<B>> eventStream(@NonNull HttpRequest<I> request, @NonNull Argument<B> eventType, @NonNull Argument<?> errorType)
Perform an HTTP request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
I - The request body typeB - The event body typerequest - The HttpRequest to executeeventType - The event data typeerrorType - The type that the response body should be coerced into if the server responds with an errorPublisher that emits an Event with the data represented by the eventType argumentdefault <I,B> org.reactivestreams.Publisher<Event<B>> eventStream(@NonNull HttpRequest<I> request, @NonNull java.lang.Class<B> eventType)
Perform an HTTP request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
I - The request body typeB - The event body typerequest - The HttpRequest to executeeventType - The event data typePublisher that emits an Event with the data represented by the eventType argumentdefault <B> org.reactivestreams.Publisher<Event<B>> eventStream(@NonNull java.lang.String uri, @NonNull java.lang.Class<B> eventType)
Perform an HTTP GET request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
B - The event body typeuri - The request URIeventType - The event data typePublisher that emits an Event with the data represented by the eventType argumentdefault <B> org.reactivestreams.Publisher<Event<B>> eventStream(@NonNull java.lang.String uri, @NonNull Argument<B> eventType)
Perform an HTTP GET request and receive data as a stream of SSE Event objects as they become available without blocking.
The downstream Subscriber can regulate demand via the subscription
B - The event body typeuri - The request URIeventType - The event data typePublisher that emits an Event with the data represented by the eventType argumentstatic SseClient create(@Nullable java.net.URL url)
SseClient.
 Note that this method should only be used outside of the context of a Micronaut application.
 The returned SseClient is not subject to dependency injection.
 The creator is responsible for closing the client to avoid leaking connections.
 Within a Micronaut application use Inject to inject a client instead.url - The base URLstatic SseClient create(@Nullable java.net.URL url, @NonNull HttpClientConfiguration configuration)
SseClient with the specified configuration. Note that this method should only be used
 outside of the context of an application. Within Micronaut use Inject to inject a client insteadurl - The base URLconfiguration - the client configuration