Examples with JsonProvider tech.pegasys.teku.provider.JsonProvider used on opensource projects

Example 1 with JsonProvider

use of tech.pegasys.teku.provider.JsonProvider in project teku by ConsenSys.

the class GetBlockHeaders method handle.

@OpenApi(path = ROUTE, method = HttpMethod.GET, summary = "Get block headers", tags = { TAG_BEACON }, description = "Retrieves block headers matching given query. By default it will fetch current head slot blocks.", queryParams = { @OpenApiParam(name = SLOT), @OpenApiParam(name = PARENT_ROOT, description = "Not currently supported.") }, responses = { @OpenApiResponse(status = RES_OK, content = @OpenApiContent(from = GetBlockHeadersResponse.class)), @OpenApiResponse(status = RES_BAD_REQUEST), @OpenApiResponse(status = RES_INTERNAL_ERROR) })
@Override
public void handle(@NotNull final Context ctx) throws Exception {
    final Map<String, List<String>> queryParameters = ctx.queryParamMap();
    final Optional<Bytes32> parentRoot = SingleQueryParameterUtils.getParameterValueAsBytes32IfPresent(queryParameters, PARENT_ROOT);
    final Optional<UInt64> slot = SingleQueryParameterUtils.getParameterValueAsUInt64IfPresent(queryParameters, SLOT);
    try {
        ctx.future(chainDataProvider.getBlockHeaders(parentRoot, slot).thenApplyChecked(jsonProvider::objectToJSON).exceptionallyCompose(error -> handleError(ctx, error)));
    } catch (final IllegalArgumentException e) {
        ctx.status(SC_BAD_REQUEST);
        ctx.json(jsonProvider.objectToJSON(new BadRequest(e.getMessage())));
    }
}

Example 2 with JsonProvider

use of tech.pegasys.teku.provider.JsonProvider in project teku by ConsenSys.

the class PostBlock method handle.

@OpenApi(path = ROUTE, method = HttpMethod.POST, summary = "Publish a signed block", tags = { TAG_BEACON, TAG_VALIDATOR_REQUIRED }, requestBody = @OpenApiRequestBody(content = { @OpenApiContent(from = SignedBlock.class) }), description = "Submit a signed beacon block to the beacon node to be imported." + " The beacon node performs the required validation.", responses = { @OpenApiResponse(status = RES_OK, description = "Block has been successfully broadcast, validated and imported."), @OpenApiResponse(status = RES_ACCEPTED, description = "Block has been successfully broadcast, but failed validation and has not been imported."), @OpenApiResponse(status = RES_BAD_REQUEST, description = "Unable to parse request body."), @OpenApiResponse(status = RES_INTERNAL_ERROR, description = "Beacon node experienced an internal error."), @OpenApiResponse(status = RES_SERVICE_UNAVAILABLE, description = "Beacon node is currently syncing.") })
@Override
public void handle(final Context ctx) throws Exception {
    try {
        if (syncDataProvider.isSyncing()) {
            ctx.status(SC_SERVICE_UNAVAILABLE);
            ctx.json(BadRequest.serviceUnavailable(jsonProvider));
            return;
        }
        final SignedBeaconBlock signedBeaconBlock = validatorDataProvider.parseBlock(jsonProvider, ctx.body());
        ctx.future(validatorDataProvider.submitSignedBlock(signedBeaconBlock).thenApplyChecked(validatorBlockResult -> handleResponseContext(ctx, validatorBlockResult)));
    } catch (final JsonProcessingException ex) {
        ctx.status(SC_BAD_REQUEST);
        ctx.json(BadRequest.badRequest(jsonProvider, ex.getMessage()));
    } catch (final Exception ex) {
        LOG.error("Failed to post block due to internal error", ex);
        ctx.status(SC_INTERNAL_SERVER_ERROR);
        ctx.json(BadRequest.internalError(jsonProvider, ex.getMessage()));
    }
}

Example 3 with JsonProvider

use of tech.pegasys.teku.provider.JsonProvider in project teku by ConsenSys.

the class ValidatorClientService method initializeValidators.

private void initializeValidators(ValidatorClientConfiguration config, ValidatorApiChannel validatorApiChannel, AsyncRunner asyncRunner) {
    validatorLoader.loadValidators();
    final OwnedValidators validators = validatorLoader.getOwnedValidators();
    this.validatorIndexProvider = new ValidatorIndexProvider(validators, validatorApiChannel, asyncRunner);
    final BlockDutyFactory blockDutyFactory = new BlockDutyFactory(forkProvider, validatorApiChannel, spec);
    final AttestationDutyFactory attestationDutyFactory = new AttestationDutyFactory(spec, forkProvider, validatorApiChannel);
    final BeaconCommitteeSubscriptions beaconCommitteeSubscriptions = new BeaconCommitteeSubscriptions(validatorApiChannel);
    final DutyLoader<?> attestationDutyLoader = new RetryingDutyLoader<>(asyncRunner, new AttestationDutyLoader(validatorApiChannel, forkProvider, dependentRoot -> new SlotBasedScheduledDuties<>(attestationDutyFactory, dependentRoot), validators, validatorIndexProvider, beaconCommitteeSubscriptions, spec));
    final DutyLoader<?> blockDutyLoader = new RetryingDutyLoader<>(asyncRunner, new BlockProductionDutyLoader(validatorApiChannel, dependentRoot -> new SlotBasedScheduledDuties<>(blockDutyFactory, dependentRoot), validators, validatorIndexProvider));
    validatorTimingChannels.add(new BlockDutyScheduler(metricsSystem, blockDutyLoader, spec));
    validatorTimingChannels.add(new AttestationDutyScheduler(metricsSystem, attestationDutyLoader, spec));
    validatorTimingChannels.add(validatorLoader.getSlashingProtectionLogger());
    if (spec.isMilestoneSupported(SpecMilestone.ALTAIR)) {
        final ChainHeadTracker chainHeadTracker = new ChainHeadTracker();
        validatorTimingChannels.add(chainHeadTracker);
        final DutyLoader<SyncCommitteeScheduledDuties> syncCommitteeDutyLoader = new RetryingDutyLoader<>(asyncRunner, new SyncCommitteeDutyLoader(validators, validatorIndexProvider, spec, validatorApiChannel, chainHeadTracker, forkProvider));
        validatorTimingChannels.add(new SyncCommitteeScheduler(metricsSystem, spec, syncCommitteeDutyLoader, new Random()::nextInt));
    }
    if (spec.isMilestoneSupported(SpecMilestone.BELLATRIX)) {
        proposerConfigProvider = Optional.of(ProposerConfigProvider.create(asyncRunner, config.getValidatorConfig().getRefreshProposerConfigFromSource(), new ProposerConfigLoader(new JsonProvider().getObjectMapper()), config.getValidatorConfig().getProposerConfigSource()));
        validatorTimingChannels.add(new BeaconProposerPreparer(validatorApiChannel, validatorIndexProvider, proposerConfigProvider.get(), config.getValidatorConfig().getProposerDefaultFeeRecipient(), spec));
    } else {
        proposerConfigProvider = Optional.empty();
    }
    addValidatorCountMetric(metricsSystem, validators);
    this.validatorStatusLogger = new DefaultValidatorStatusLogger(metricsSystem, validators, validatorApiChannel, asyncRunner);
}

Example 4 with JsonProvider

use of tech.pegasys.teku.provider.JsonProvider in project teku by ConsenSys.

the class PostVoluntaryExit method handle.

@OpenApi(path = ROUTE, method = HttpMethod.POST, summary = "Submit signed voluntary exit", tags = { TAG_BEACON }, description = "Submits signed voluntary exit object to node's pool and if it passes validation node MUST broadcast it to network.", requestBody = @OpenApiRequestBody(content = { @OpenApiContent(from = SignedVoluntaryExit.class) }), responses = { @OpenApiResponse(status = RES_OK, description = "Signed voluntary exit has been successfully validated, added to the pool, and broadcast."), @OpenApiResponse(status = RES_BAD_REQUEST, description = "Invalid voluntary exit, it will never pass validation so it's rejected"), @OpenApiResponse(status = RES_INTERNAL_ERROR) })
@Override
public void handle(final Context ctx) throws Exception {
    try {
        final SignedVoluntaryExit exit = parseRequestBody(ctx.body(), SignedVoluntaryExit.class);
        ctx.future(nodeDataProvider.postVoluntaryExit(exit).thenApplyChecked(result -> handleResponseContext(ctx, result)));
    } catch (final IllegalArgumentException e) {
        LOG.debug("Voluntary exit failed", e);
        ctx.json(BadRequest.badRequest(jsonProvider, e.getMessage()));
        ctx.status(SC_BAD_REQUEST);
    }
}