use of com.palantir.dialogue.EndpointChannel in project conjure-java by palantir.
the class EteServiceBlocking method of.
/**
* Creates a synchronous/blocking client for a EteService service.
*/
static EteServiceBlocking of(EndpointChannelFactory _endpointChannelFactory, ConjureRuntime _runtime) {
return new EteServiceBlocking() {
private final PlainSerDe _plainSerDe = _runtime.plainSerDe();
private final EndpointChannel stringChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.string);
private final Deserializer<String> stringDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<String>() {
});
private final EndpointChannel integerChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.integer);
private final Deserializer<Integer> integerDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Integer>() {
});
private final EndpointChannel double_Channel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.double_);
private final Deserializer<Double> double_Deserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Double>() {
});
private final EndpointChannel boolean_Channel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.boolean_);
private final Deserializer<Boolean> boolean_Deserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Boolean>() {
});
private final EndpointChannel safelongChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.safelong);
private final Deserializer<SafeLong> safelongDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<SafeLong>() {
});
private final EndpointChannel ridChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.rid);
private final Deserializer<ResourceIdentifier> ridDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<ResourceIdentifier>() {
});
private final EndpointChannel bearertokenChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.bearertoken);
private final Deserializer<BearerToken> bearertokenDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<BearerToken>() {
});
private final EndpointChannel optionalStringChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalString);
private final Deserializer<Optional<String>> optionalStringDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<String>>() {
});
private final EndpointChannel optionalEmptyChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalEmpty);
private final Deserializer<Optional<String>> optionalEmptyDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<String>>() {
});
private final EndpointChannel datetimeChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.datetime);
private final Deserializer<OffsetDateTime> datetimeDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<OffsetDateTime>() {
});
private final EndpointChannel binaryChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.binary);
private final EndpointChannel pathChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.path);
private final Deserializer<String> pathDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<String>() {
});
private final EndpointChannel externalLongPathChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.externalLongPath);
private final Deserializer<Long> externalLongPathDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Long>() {
});
private final EndpointChannel optionalExternalLongQueryChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalExternalLongQuery);
private final Deserializer<Optional<Long>> optionalExternalLongQueryDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<Long>>() {
});
private final Serializer<StringAliasExample> notNullBodySerializer = _runtime.bodySerDe().serializer(new TypeMarker<StringAliasExample>() {
});
private final EndpointChannel notNullBodyChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.notNullBody);
private final Deserializer<StringAliasExample> notNullBodyDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<StringAliasExample>() {
});
private final EndpointChannel aliasOneChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.aliasOne);
private final Deserializer<StringAliasExample> aliasOneDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<StringAliasExample>() {
});
private final EndpointChannel optionalAliasOneChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalAliasOne);
private final Deserializer<StringAliasExample> optionalAliasOneDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<StringAliasExample>() {
});
private final EndpointChannel aliasTwoChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.aliasTwo);
private final Deserializer<NestedStringAliasExample> aliasTwoDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<NestedStringAliasExample>() {
});
private final Serializer<StringAliasExample> notNullBodyExternalImportSerializer = _runtime.bodySerDe().serializer(new TypeMarker<StringAliasExample>() {
});
private final EndpointChannel notNullBodyExternalImportChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.notNullBodyExternalImport);
private final Deserializer<StringAliasExample> notNullBodyExternalImportDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<StringAliasExample>() {
});
private final Serializer<Optional<StringAliasExample>> optionalBodyExternalImportSerializer = _runtime.bodySerDe().serializer(new TypeMarker<Optional<StringAliasExample>>() {
});
private final EndpointChannel optionalBodyExternalImportChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalBodyExternalImport);
private final Deserializer<Optional<StringAliasExample>> optionalBodyExternalImportDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<StringAliasExample>>() {
});
private final EndpointChannel optionalQueryExternalImportChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalQueryExternalImport);
private final Deserializer<Optional<StringAliasExample>> optionalQueryExternalImportDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<StringAliasExample>>() {
});
private final EndpointChannel noReturnChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.noReturn);
private final Deserializer<Void> noReturnDeserializer = _runtime.bodySerDe().emptyBodyDeserializer();
private final EndpointChannel enumQueryChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.enumQuery);
private final Deserializer<SimpleEnum> enumQueryDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<SimpleEnum>() {
});
private final EndpointChannel enumListQueryChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.enumListQuery);
private final Deserializer<List<SimpleEnum>> enumListQueryDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<List<SimpleEnum>>() {
});
private final EndpointChannel optionalEnumQueryChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.optionalEnumQuery);
private final Deserializer<Optional<SimpleEnum>> optionalEnumQueryDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<SimpleEnum>>() {
});
private final EndpointChannel enumHeaderChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.enumHeader);
private final Deserializer<SimpleEnum> enumHeaderDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<SimpleEnum>() {
});
private final EndpointChannel aliasLongEndpointChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.aliasLongEndpoint);
private final Deserializer<Optional<LongAlias>> aliasLongEndpointDeserializer = _runtime.bodySerDe().deserializer(new TypeMarker<Optional<LongAlias>>() {
});
private final EndpointChannel complexQueryParametersChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.complexQueryParameters);
private final Deserializer<Void> complexQueryParametersDeserializer = _runtime.bodySerDe().emptyBodyDeserializer();
private final Serializer<List<Optional<String>>> receiveListOfOptionalsSerializer = _runtime.bodySerDe().serializer(new TypeMarker<List<Optional<String>>>() {
});
private final EndpointChannel receiveListOfOptionalsChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.receiveListOfOptionals);
private final Deserializer<Void> receiveListOfOptionalsDeserializer = _runtime.bodySerDe().emptyBodyDeserializer();
private final Serializer<Set<Optional<String>>> receiveSetOfOptionalsSerializer = _runtime.bodySerDe().serializer(new TypeMarker<Set<Optional<String>>>() {
});
private final EndpointChannel receiveSetOfOptionalsChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.receiveSetOfOptionals);
private final Deserializer<Void> receiveSetOfOptionalsDeserializer = _runtime.bodySerDe().emptyBodyDeserializer();
private final Serializer<List<String>> receiveListOfStringsSerializer = _runtime.bodySerDe().serializer(new TypeMarker<List<String>>() {
});
private final EndpointChannel receiveListOfStringsChannel = _endpointChannelFactory.endpoint(DialogueEteEndpoints.receiveListOfStrings);
private final Deserializer<Void> receiveListOfStringsDeserializer = _runtime.bodySerDe().emptyBodyDeserializer();
@Override
public String string(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(stringChannel, _request.build(), stringDeserializer);
}
@Override
public int integer(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(integerChannel, _request.build(), integerDeserializer);
}
@Override
public double double_(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(double_Channel, _request.build(), double_Deserializer);
}
@Override
public boolean boolean_(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(boolean_Channel, _request.build(), boolean_Deserializer);
}
@Override
public SafeLong safelong(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(safelongChannel, _request.build(), safelongDeserializer);
}
@Override
public ResourceIdentifier rid(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(ridChannel, _request.build(), ridDeserializer);
}
@Override
public BearerToken bearertoken(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(bearertokenChannel, _request.build(), bearertokenDeserializer);
}
@Override
public Optional<String> optionalString(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(optionalStringChannel, _request.build(), optionalStringDeserializer);
}
@Override
public Optional<String> optionalEmpty(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(optionalEmptyChannel, _request.build(), optionalEmptyDeserializer);
}
@Override
public OffsetDateTime datetime(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(datetimeChannel, _request.build(), datetimeDeserializer);
}
@Override
public InputStream binary(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
return _runtime.clients().callBlocking(binaryChannel, _request.build(), _runtime.bodySerDe().inputStreamDeserializer());
}
@Override
public String path(AuthHeader authHeader, String param) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putPathParams("param", _plainSerDe.serializeString(param));
return _runtime.clients().callBlocking(pathChannel, _request.build(), pathDeserializer);
}
@Override
public long externalLongPath(AuthHeader authHeader, long param) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putPathParams("param", Objects.toString(param));
return _runtime.clients().callBlocking(externalLongPathChannel, _request.build(), externalLongPathDeserializer);
}
@Override
public Optional<Long> optionalExternalLongQuery(AuthHeader authHeader, Optional<Long> param) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
if (param.isPresent()) {
_request.putQueryParams("param", Objects.toString(param.get()));
}
return _runtime.clients().callBlocking(optionalExternalLongQueryChannel, _request.build(), optionalExternalLongQueryDeserializer);
}
@Override
public StringAliasExample notNullBody(AuthHeader authHeader, StringAliasExample notNullBody) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(notNullBodySerializer.serialize(notNullBody));
return _runtime.clients().callBlocking(notNullBodyChannel, _request.build(), notNullBodyDeserializer);
}
@Override
public StringAliasExample aliasOne(AuthHeader authHeader, StringAliasExample queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putQueryParams("queryParamName", _plainSerDe.serializeString(queryParamName.get()));
return _runtime.clients().callBlocking(aliasOneChannel, _request.build(), aliasOneDeserializer);
}
@Override
public StringAliasExample optionalAliasOne(AuthHeader authHeader, Optional<StringAliasExample> queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
if (queryParamName.isPresent()) {
_request.putQueryParams("queryParamName", _plainSerDe.serializeString(queryParamName.get().get()));
}
return _runtime.clients().callBlocking(optionalAliasOneChannel, _request.build(), optionalAliasOneDeserializer);
}
@Override
public NestedStringAliasExample aliasTwo(AuthHeader authHeader, NestedStringAliasExample queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putQueryParams("queryParamName", _plainSerDe.serializeString(queryParamName.get().get()));
return _runtime.clients().callBlocking(aliasTwoChannel, _request.build(), aliasTwoDeserializer);
}
@Override
public StringAliasExample notNullBodyExternalImport(AuthHeader authHeader, StringAliasExample notNullBody) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(notNullBodyExternalImportSerializer.serialize(notNullBody));
return _runtime.clients().callBlocking(notNullBodyExternalImportChannel, _request.build(), notNullBodyExternalImportDeserializer);
}
@Override
public Optional<StringAliasExample> optionalBodyExternalImport(AuthHeader authHeader, Optional<StringAliasExample> body) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(optionalBodyExternalImportSerializer.serialize(body));
return _runtime.clients().callBlocking(optionalBodyExternalImportChannel, _request.build(), optionalBodyExternalImportDeserializer);
}
@Override
public Optional<StringAliasExample> optionalQueryExternalImport(AuthHeader authHeader, Optional<StringAliasExample> query) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
if (query.isPresent()) {
_request.putQueryParams("query", Objects.toString(query.get()));
}
return _runtime.clients().callBlocking(optionalQueryExternalImportChannel, _request.build(), optionalQueryExternalImportDeserializer);
}
@Override
public void noReturn(AuthHeader authHeader) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_runtime.clients().callBlocking(noReturnChannel, _request.build(), noReturnDeserializer);
}
@Override
public SimpleEnum enumQuery(AuthHeader authHeader, SimpleEnum queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putQueryParams("queryParamName", Objects.toString(queryParamName));
return _runtime.clients().callBlocking(enumQueryChannel, _request.build(), enumQueryDeserializer);
}
@Override
public List<SimpleEnum> enumListQuery(AuthHeader authHeader, List<SimpleEnum> queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
for (SimpleEnum queryParamNameElement : queryParamName) {
_request.putQueryParams("queryParamName", Objects.toString(queryParamNameElement));
}
return _runtime.clients().callBlocking(enumListQueryChannel, _request.build(), enumListQueryDeserializer);
}
@Override
public Optional<SimpleEnum> optionalEnumQuery(AuthHeader authHeader, Optional<SimpleEnum> queryParamName) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
if (queryParamName.isPresent()) {
_request.putQueryParams("queryParamName", Objects.toString(queryParamName.get()));
}
return _runtime.clients().callBlocking(optionalEnumQueryChannel, _request.build(), optionalEnumQueryDeserializer);
}
@Override
public SimpleEnum enumHeader(AuthHeader authHeader, SimpleEnum headerParameter) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putHeaderParams("Custom-Header", Objects.toString(headerParameter));
return _runtime.clients().callBlocking(enumHeaderChannel, _request.build(), enumHeaderDeserializer);
}
@Override
public Optional<LongAlias> aliasLongEndpoint(AuthHeader authHeader, Optional<LongAlias> input) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
if (input.isPresent()) {
_request.putQueryParams("input", Objects.toString(input.get().get()));
}
return _runtime.clients().callBlocking(aliasLongEndpointChannel, _request.build(), aliasLongEndpointDeserializer);
}
@Override
public void complexQueryParameters(AuthHeader authHeader, ResourceIdentifier datasetRid, Set<StringAliasExample> strings, Set<Long> longs, Set<Integer> ints) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.putPathParams("datasetRid", _plainSerDe.serializeRid(datasetRid));
for (StringAliasExample stringsElement : strings) {
_request.putQueryParams("strings", _plainSerDe.serializeString(stringsElement.get()));
}
for (long longsElement : longs) {
_request.putQueryParams("longs", Objects.toString(longsElement));
}
for (int intsElement : ints) {
_request.putQueryParams("ints", _plainSerDe.serializeInteger(intsElement));
}
_runtime.clients().callBlocking(complexQueryParametersChannel, _request.build(), complexQueryParametersDeserializer);
}
@Override
public void receiveListOfOptionals(AuthHeader authHeader, List<Optional<String>> value) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(receiveListOfOptionalsSerializer.serialize(value));
_runtime.clients().callBlocking(receiveListOfOptionalsChannel, _request.build(), receiveListOfOptionalsDeserializer);
}
@Override
public void receiveSetOfOptionals(AuthHeader authHeader, Set<Optional<String>> value) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(receiveSetOfOptionalsSerializer.serialize(value));
_runtime.clients().callBlocking(receiveSetOfOptionalsChannel, _request.build(), receiveSetOfOptionalsDeserializer);
}
@Override
public void receiveListOfStrings(AuthHeader authHeader, List<String> value) {
Request.Builder _request = Request.builder();
_request.putHeaderParams("Authorization", authHeader.toString());
_request.body(receiveListOfStringsSerializer.serialize(value));
_runtime.clients().callBlocking(receiveListOfStringsChannel, _request.build(), receiveListOfStringsDeserializer);
}
@Override
public String toString() {
return "EteServiceBlocking{_endpointChannelFactory=" + _endpointChannelFactory + ", runtime=" + _runtime + '}';
}
};
}
use of com.palantir.dialogue.EndpointChannel in project dialogue by palantir.
the class Benchmark method addEndpointChannel.
public BenchmarkTimingEndpointChannel addEndpointChannel(String client, Endpoint endpoint, Channel channel) {
Preconditions.checkArgument(endpoint.serviceName().equals(SimulationUtils.SERVICE_NAME), "Must have a consistent service name for our graphs to work", SafeArg.of("endpoint", endpoint));
Clients utils = DefaultConjureRuntime.builder().build().clients();
EndpointChannel endpointChannel = utils.bind(channel, endpoint);
BenchmarkTimingEndpointChannel toReturn = new BenchmarkTimingEndpointChannel(simulation, client, endpoint, endpointChannel);
endpointChannels.add(ImmutableNamedEndpointChannel.builder().name(String.format("%s %s", client, endpoint.endpointName())).channel(toReturn).build());
return toReturn;
}
use of com.palantir.dialogue.EndpointChannel in project dialogue by palantir.
the class ContentEncodingChannelTest method testChannelCreationWithoutTag.
@Test
void testChannelCreationWithoutTag() {
EndpointChannel delegate = _req -> Futures.immediateCancelledFuture();
EndpointChannel result = ContentEncodingChannel.of(delegate, TestEndpoint.POST);
assertThat(result).isSameAs(delegate);
}
use of com.palantir.dialogue.EndpointChannel in project dialogue by palantir.
the class ContentEncodingChannelTest method testChannelCreationWithTag.
@Test
void testChannelCreationWithTag() {
EndpointChannel delegate = _req -> Futures.immediateCancelledFuture();
EndpointChannel result = ContentEncodingChannel.of(delegate, new Endpoint() {
@Override
public HttpMethod httpMethod() {
return HttpMethod.POST;
}
@Override
public String serviceName() {
return "service";
}
@Override
public String endpointName() {
return "endpoint";
}
@Override
public String version() {
return "1.2.3";
}
@Override
public Set<String> tags() {
return ImmutableSet.of("compress-request");
}
});
assertThat(result).isNotSameAs(delegate);
}
use of com.palantir.dialogue.EndpointChannel in project dialogue by palantir.
the class RetryingChannelTest method doesNotRetrySocketTimeout.
@Test
public void doesNotRetrySocketTimeout() {
when(channel.execute(any())).thenReturn(Futures.immediateFailedFuture(new SocketTimeoutException())).thenReturn(SUCCESS);
EndpointChannel retryer = new RetryingChannel(channel, TestEndpoint.POST, "my-channel", 1, Duration.ZERO, ClientConfiguration.ServerQoS.AUTOMATIC_RETRY, ClientConfiguration.RetryOnTimeout.DISABLED);
ListenableFuture<Response> response = retryer.execute(REQUEST);
assertThatThrownBy(response::get).hasRootCauseExactlyInstanceOf(SocketTimeoutException.class);
}
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