use of org.thymeleaf.spring5.reactive.exchange.TestingServerHttpResponse in project thymeleaf-tests by thymeleaf.
the class AbstractSpring5ReactiveTest method testTemplateSpringView.
private static void testTemplateSpringView(final String template, final Set<String> markupSelectors, final IContext context, final String result, final boolean sse, final int responseMaxChunkSizeBytes) throws Exception {
if (context instanceof ISpringWebFluxContext) {
// we can influence when directly instantiating the ThymeleafReactiveView. So we'll just skip
return;
}
final String dataDriverVariableName = detectDataDriver(context);
final boolean isDataDriven = dataDriverVariableName != null;
final ThymeleafReactiveView thymeleafReactiveView = createThymeleafReactiveView(templateEngine, template, markupSelectors, Locale.US, responseMaxChunkSizeBytes);
final Map<String, Object> model = new HashMap<String, Object>();
for (final String variableName : context.getVariableNames()) {
model.put(variableName, context.getVariable(variableName));
}
final ServerWebExchange serverWebExchange = new TestingServerWebExchange("testing", Collections.emptyMap(), Collections.emptyMap(), Collections.emptyMap());
List<DataBuffer> resultBuffers = null;
try {
final Mono<ServerHttpResponse> responseStream = thymeleafReactiveView.render(model, (sse ? sseMediaType : htmlMediaType), serverWebExchange).then(Mono.just(serverWebExchange.getResponse()));
final ServerHttpResponse response = responseStream.block();
resultBuffers = ((TestingServerHttpResponse) response).getWrittenOutput();
} catch (final Exception e) {
throw new TemplateProcessingException("Error happened while executing reactive test for template " + template + " with markup " + "selectors " + markupSelectors + ", context with variables " + context.getVariableNames() + " and " + "response chunk size of " + responseMaxChunkSizeBytes + " bytes.", e);
}
if (responseMaxChunkSizeBytes != Integer.MAX_VALUE) {
for (final DataBuffer resultBuffer : resultBuffers) {
Assert.assertTrue("Buffer returned by stream is of size larger than " + responseMaxChunkSizeBytes, resultBuffer.readableByteCount() <= responseMaxChunkSizeBytes);
}
} else {
if (!isDataDriven) {
final int bufferCount = resultBuffers.size();
Assert.assertTrue("No limit set on buffer size, and non-data-driven: there should only be one result buffer instead of " + bufferCount, bufferCount == 1);
}
}
final String resultStr = resultBuffers.stream().map((buffer) -> ReactiveTestUtils.bufferAsString(buffer, charset)).map(// Note we NORMALIZE before joining it all
ReactiveTestUtils::normalizeResult).collect(Collectors.joining());
final String expected = ReactiveTestUtils.readExpectedNormalizedResults(result, charset);
Assert.assertEquals(expected, resultStr);
}
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