operator/src/main/java/oracle/kubernetes/operator/calls/AsyncRequestStep.java
void onSuccess(AsyncFiber fiber, T result, int statusCode, Map<String, List<String>> responseHeaders) {
      if (firstTimeResumed()) {
        if (LOGGER.isFinerEnabled()) {
          logSuccess(result, statusCode, responseHeaders);
        }

        helper.recycle(client);
        addResponseComponent(Component.createFor(
            createSuccess(requestParams, result, statusCode).withResponseHeaders(responseHeaders)));
        fiber.resume(packet);
      }
    }
// The Kubernetes request succeeded. Recycle the client, add the response to the packet, and proceed.
The Kubernetes request succeeded. Recycle the client, add the response to the packet, and proceed.
The Kubernetes request succeeded . Recycle the client add the response to the packet and proceed .
void onSuccess(AsyncFiber fiber, T result, int statusCode, Map<String, List<String>> responseHeaders) {
      if (firstTimeResumed()) {
        if (LOGGER.isFinerEnabled()) {
          logSuccess(result, statusCode, responseHeaders);
        }
        helper.recycle(client);
        addResponseComponent(Component.createFor(
            createSuccess(requestParams, result, statusCode).withResponseHeaders(responseHeaders)));
        fiber.resume(packet);
      }
    }
void onSuccess ( AsyncFiber fiber , T result , int statusCode , Map < String , List < String > > responseHeaders ) { if ( firstTimeResumed ( ) ) { if ( LOGGER . isFinerEnabled ( ) ) { logSuccess ( result , statusCode , responseHeaders ) ; } helper . recycle ( client ) ; addResponseComponent ( Component . createFor ( createSuccess ( requestParams , result , statusCode ) . withResponseHeaders ( responseHeaders ) ) ) ; fiber . resume ( packet ) ; } }
The Kubernetes request succeeded.
The Kubernetes request succeeded .