Examples with Use org.hl7.fhir.r4.model.ExplanationOfBenefit.Use used on opensource projects

Example 66 with Use

use of org.hl7.fhir.r4.model.ExplanationOfBenefit.Use in project health-patterns by LinuxForHealth.

the class TerminologyService method translateResource.

/**
 * Translates the given single FHIR resource represented as a {@link JsonNode}.
 *
 * @param resource the FHIR resource to translate
 * @returns true if there was something to translate, false otherwise
 * @throws DeIdentifierException if there is an error in the de-identification REST API or parsing the JSON
 * @throws IllegalArgumentException if the given JSON does not have a 'resource' object
 */
private boolean translateResource(JsonNode resource) {
    boolean translatedSomething = false;
    String resourceType = getResourceType(resource);
    boolean isTranslatable = StringUtils.equalsAny(resourceType, TRANSLATABLE_FHIR_TYPES);
    if (!isTranslatable) {
        return translatedSomething;
    }
    ArrayNode extensions = (ArrayNode) resource.get(EXTENSION_OBJECT);
    if (extensions == null) {
        return translatedSomething;
    }
    for (int i = 0; i < extensions.size(); i++) {
        JsonNode extension = extensions.get(i);
        JsonNode urlJson = extension.get(URL_OBJECT);
        JsonNode valueCodeJson = extension.get(VALUE_CODE_OBJECT);
        if (urlJson == null || valueCodeJson == null) {
            // In order to do a translation we need both the url and the valueCode
            continue;
        }
        // The resource's extension URL is the URL for the StructureDefinition, so we resolve a ValueSet if known
        String structureDefinitionURL = urlJson.asText();
        String valueSetURL = valueSetForStructureDefinition.get(structureDefinitionURL);
        // and if known we check the FHIR Server's known ConceptMaps to see if there is a corresponding one
        // http://4603f72b-us-south.lb.appdomain.cloud/fhir-server/api/v4/ConceptMap?_format=json&source-uri=http://hl7.org/fhir/us/core/ValueSet/birthsex
        Bundle bundle = fhirClient.search().forResource(ConceptMap.class).where(ConceptMap.SOURCE_URI.hasId(valueSetURL)).returnBundle(Bundle.class).execute();
        String conceptMapId;
        if (!bundle.getEntry().isEmpty()) {
            Resource conceptMap = bundle.getEntry().get(0).getResource();
            if (bundle.getEntry().size() > 1) {
                System.err.println("Found multiple ConceptMaps that will map " + valueSetURL + " for this StructureDefinition, will use the first one " + conceptMap.getId());
            } else {
                System.out.println("Found ConceptMap for " + valueSetURL + ": " + conceptMap.getId() + " !!");
            }
            conceptMapId = conceptMap.getIdElement().getIdPart();
        } else {
            System.out.println("Did not find ConceptMap for " + valueSetURL + "!!");
            continue;
        }
        // "POST ${FHIR_URL}/${conceptMapID}/$translate?code=${code}&system=${valueSet}&_format=json
        String valueCode = valueCodeJson.asText();
        String url = String.format("%s/ConceptMap/%s/$translate?code=%s&system=%s&_format=json", fhirClient.getServerBase(), conceptMapId, valueCode, valueSetURL);
        Parameters translationResponse = fhirClient.fetchResourceFromUrl(Parameters.class, url);
        // This is what comes back from the server
        // {
        // "resourceType": "Parameters",
        // "parameter": [
        // {
        // "name": "result",
        // "valueBoolean": true
        // },
        // {
        // "name": "match",
        // "part": [
        // {
        // "name": "equivalence",
        // "valueCode": "equivalent"
        // },
        // {
        // "name": "concept",
        // "valueCoding": {
        // "system": "http://ibm.com/fhir/cdm/ValueSet/sex-assigned-at-birth",
        // "code": "male",
        // "display": "Male"
        // }
        // }
        // ]
        // }
        // ]
        // }
        Coding translatedCode = null;
        List<ParametersParameterComponent> parameters = translationResponse.getParameter();
        for (ParametersParameterComponent parameter : parameters) {
            if (parameter.getName().equals(MATCH_VALUE)) {
                List<ParametersParameterComponent> parts = parameter.getPart();
                for (ParametersParameterComponent part : parts) {
                    if (part.getName().equals(CONCEPT_VALUE)) {
                        try {
                            translatedCode = (Coding) part.getValue();
                        } catch (ClassCastException e) {
                            String jsonResponse = fhirClient.getFhirContext().newJsonParser().encodeResourceToString(translationResponse);
                            System.err.println("Found a ConceptMap that will map " + valueSetURL + " for this StructureDefinition, but the FHIR server returned an unknown $translate response (expected a 'valueCoding' part): " + jsonResponse);
                        }
                    }
                }
            }
        }
        if (translatedCode == null) {
            String jsonResponse = fhirClient.getFhirContext().newJsonParser().encodeResourceToString(translationResponse);
            System.err.println("Found a ConceptMap that will map " + valueSetURL + " for this StructureDefinition, but the FHIR server returned an unknown $translate response: " + jsonResponse);
            continue;
        }
        System.out.printf("Found ConceptMap %s which translates (valueCode, system) = (%s, %s) for StructureDefinition %s to (valueCode, system) = (%s, %s) %n", conceptMapId, valueCode, valueSetURL, structureDefinitionURL, translatedCode.getCode(), translatedCode.getSystem());
        String translatedStructuredData = valueSetForStructureDefinition.get(translatedCode.getSystem());
        if (translatedStructuredData == null) {
            System.err.printf("Cannot find the mapping from ValueSet '%s' to its corresponding StructureData for this translation, make sure the corresponding mappings configuration file has it.%n", translatedCode.getSystem());
            continue;
        }
        ((ObjectNode) extension).set(URL_OBJECT, JsonNodeFactory.instance.textNode(translatedStructuredData));
        ((ObjectNode) extension).set(VALUE_CODE_OBJECT, JsonNodeFactory.instance.textNode(translatedCode.getCode()));
        translatedSomething = true;
    }
    return translatedSomething;
}

Example 67 with Use

use of org.hl7.fhir.r4.model.ExplanationOfBenefit.Use in project cqf-ruler by DBCG.

the class CqlExecutionProvider method evaluate.

/**
 * Evaluates a CQL expression and returns the results as a Parameters resource.
 *
 * @param theRequestDetails   the {@link RequestDetails RequestDetails}
 * @param subject             ***Only Patient is supported as of now*** Subject
 *                            for which the expression will be
 *                            evaluated. This corresponds to the context in
 *                            which the expression will be evaluated and is
 *                            represented as a relative FHIR id (e.g.
 *                            Patient/123), which establishes both the context
 *                            and context value for the evaluation
 * @param expression          Expression to be evaluated. Note that this is an
 *                            expression of CQL, not the text of a library with
 *                            definition statements.
 * @param parameters          Any input parameters for the expression.
 *                            {@link Parameters} Parameters defined in this
 *                            input will be made available by name to the CQL
 *                            expression. Parameter types are mapped to CQL as
 *                            specified in the Using CQL section of the CPG
 *                            Implementation guide. If a parameter appears more
 *                            than once in the input Parameters resource, it is
 *                            represented with a List in the input CQL. If a
 *                            parameter has parts, it is represented as a Tuple
 *                            in the input CQL.
 * @param library             A library to be included. The {@link Library}
 *                            library is resolved by url and made available by
 *                            name within the expression to be evaluated.
 * @param useServerData       Whether to use data from the server performing the
 *                            evaluation. If this parameter is true (the
 *                            default), then the operation will use data first
 *                            from any bundles provided as parameters (through
 *                            the data and prefetch parameters), second data
 *                            from the server performing the operation, and
 *                            third, data from the dataEndpoint parameter (if
 *                            provided). If this parameter is false, the
 *                            operation will use data first from the bundles
 *                            provided in the data or prefetch parameters, and
 *                            second from the dataEndpoint parameter (if
 *                            provided).
 * @param data                Data to be made available to the library
 *                            evaluation. This parameter is exclusive with the
 *                            prefetchData parameter (i.e. either provide all
 *                            data as a single bundle, or provide data using
 *                            multiple bundles with prefetch descriptions).
 * @param prefetchData        ***Not Yet Implemented***
 * @param dataEndpoint        An {@link Endpoint} endpoint to use to access data
 *                            referenced by retrieve operations in the library.
 *                            If provided, this endpoint is used after the data
 *                            or prefetchData bundles, and the server, if the
 *                            useServerData parameter is true.
 * @param contentEndpoint     An {@link Endpoint} endpoint to use to access
 *                            content (i.e. libraries) referenced by the
 *                            library. If no content endpoint is supplied, the
 *                            evaluation will attempt to retrieve content from
 *                            the server on which the operation is being
 *                            performed.
 * @param terminologyEndpoint An {@link Endpoint} endpoint to use to access
 *                            terminology (i.e. valuesets, codesystems, and
 *                            membership testing) referenced by the library. If
 *                            no terminology endpoint is supplied, the
 *                            evaluation will attempt to use the server on which
 *                            the operation is being performed as the
 *                            terminology server.
 * @return The result of evaluating the given expression, returned as a FHIR
 *         type, either a {@link Resource} resource, or a FHIR-defined type
 *         corresponding to the CQL return type, as defined in the Using CQL
 *         section of the CPG Implementation guide. If the result is a List of
 *         resources, the result will be a {@link Bundle} Bundle . If the result
 *         is a CQL system-defined or FHIR-defined type, the result is returned
 *         as a {@link Parameters} Parameters resource
 */
@Operation(name = "$cql")
@Description(shortDefinition = "$cql", value = "Evaluates a CQL expression and returns the results as a Parameters resource. Defined: http://build.fhir.org/ig/HL7/cqf-recommendations/OperationDefinition-cpg-cql.html", example = "$cql?expression=5*5")
public Parameters evaluate(RequestDetails theRequestDetails, @OperationParam(name = "subject", max = 1) String subject, @OperationParam(name = "expression", min = 1, max = 1) String expression, @OperationParam(name = "parameters", max = 1) Parameters parameters, @OperationParam(name = "library") List<Parameters> library, @OperationParam(name = "useServerData", max = 1) BooleanType useServerData, @OperationParam(name = "data", max = 1) Bundle data, @OperationParam(name = "prefetchData") List<Parameters> prefetchData, @OperationParam(name = "dataEndpoint", max = 1) Endpoint dataEndpoint, @OperationParam(name = "contentEndpoint", max = 1) Endpoint contentEndpoint, @OperationParam(name = "terminologyEndpoint", max = 1) Endpoint terminologyEndpoint) {
    if (prefetchData != null) {
        throw new NotImplementedException("prefetchData is not yet supported.");
    }
    if (useServerData == null) {
        useServerData = new BooleanType(true);
    }
    List<LibraryParameter> libraryParameters = new ArrayList<>();
    if (library != null) {
        for (Parameters libraryParameter : library) {
            String url = null;
            String name = null;
            for (ParametersParameterComponent param : libraryParameter.getParameter()) {
                switch(param.getName()) {
                    case "url":
                        url = ((StringType) param.getValue()).asStringValue();
                        break;
                    case "name":
                        name = ((StringType) param.getValue()).asStringValue();
                        break;
                    default:
                        throw new IllegalArgumentException("Only url and name parts are allowed for Parameter: library");
                }
            }
            if (url == null) {
                throw new IllegalArgumentException("If library parameter must provide a url parameter part.");
            }
            libraryParameters.add(new LibraryParameter().withUrl(url).withName(name));
        }
    // Remove LocalLibrary from cache first...
    }
    VersionedIdentifier localLibraryIdentifier = new VersionedIdentifier().withId("LocalLibrary").withVersion("1.0.0");
    globalLibraryCache.remove(localLibraryIdentifier);
    CqlEngine engine = setupEngine(localLibraryIdentifier, expression, libraryParameters, subject, parameters, contentEndpoint, dataEndpoint, terminologyEndpoint, data, useServerData.booleanValue(), theRequestDetails);
    Map<String, Object> resolvedParameters = new HashMap<String, Object>();
    if (parameters != null) {
        for (Parameters.ParametersParameterComponent pc : parameters.getParameter()) {
            resolvedParameters.put(pc.getName(), pc.getValue());
        }
    }
    String contextType = subject != null ? subject.substring(0, subject.lastIndexOf("/") - 1) : null;
    String subjectId = subject != null ? subject.substring(0, subject.lastIndexOf("/") - 1) : null;
    EvaluationResult evalResult = engine.evaluate(localLibraryIdentifier, null, Pair.of(contextType != null ? contextType : "Unspecified", subjectId == null ? "null" : subject), resolvedParameters, this.getDebugMap());
    if (evalResult != null && evalResult.expressionResults != null) {
        if (evalResult.expressionResults.size() > 1) {
            logger.debug("Evaluation resulted in more than one expression result.  ");
        }
        Parameters result = new Parameters();
        resolveResult(theRequestDetails, evalResult, result);
        return result;
    }
    return null;
}

Example 68 with Use

use of org.hl7.fhir.r4.model.ExplanationOfBenefit.Use in project cqf-ruler by DBCG.

the class CqlExecutionProvider method evaluate.

/**
 * Evaluates a CQL expression and returns the results as a Parameters resource.
 *
 * @param theRequestDetails   the {@link RequestDetails RequestDetails}
 * @param subject             Subject for which the expression will be
 *                            evaluated. This corresponds to the context in
 *                            which the expression will be evaluated and is
 *                            represented as a relative FHIR id (e.g.
 *                            Patient/123), which establishes both the context
 *                            and context value for the evaluation
 * @param expression          Expression to be evaluated. Note that this is an
 *                            expression of CQL, not the text of a library with
 *                            definition statements.
 * @param parameters          Any input parameters for the expression.
 *                            {@link Parameters} Parameters defined in this
 *                            input will be made available by name to the CQL
 *                            expression. Parameter types are mapped to CQL as
 *                            specified in the Using CQL section of the CPG
 *                            Implementation guide. If a parameter appears more
 *                            than once in the input Parameters resource, it is
 *                            represented with a List in the input CQL. If a
 *                            parameter has parts, it is represented as a Tuple
 *                            in the input CQL.
 * @param library             A library to be included. The {@link Library}
 *                            library is resolved by url and made available by
 *                            name within the expression to be evaluated.
 * @param useServerData       Whether to use data from the server performing the
 *                            evaluation. If this parameter is true (the
 *                            default), then the operation will use data first
 *                            from any bundles provided as parameters (through
 *                            the data and prefetch parameters), second data
 *                            from the server performing the operation, and
 *                            third, data from the dataEndpoint parameter (if
 *                            provided). If this parameter is false, the
 *                            operation will use data first from the bundles
 *                            provided in the data or prefetch parameters, and
 *                            second from the dataEndpoint parameter (if
 *                            provided).
 * @param data                Data to be made available to the library
 *                            evaluation. This parameter is exclusive with the
 *                            prefetchData parameter (i.e. either provide all
 *                            data as a single bundle, or provide data using
 *                            multiple bundles with prefetch descriptions).
 * @param prefetchData        ***Not Yet Implemented***
 * @param dataEndpoint        An {@link Endpoint} endpoint to use to access data
 *                            referenced by retrieve operations in the library.
 *                            If provided, this endpoint is used after the data
 *                            or prefetchData bundles, and the server, if the
 *                            useServerData parameter is true.
 * @param contentEndpoint     An {@link Endpoint} endpoint to use to access
 *                            content (i.e. libraries) referenced by the
 *                            library. If no content endpoint is supplied, the
 *                            evaluation will attempt to retrieve content from
 *                            the server on which the operation is being
 *                            performed.
 * @param terminologyEndpoint An {@link Endpoint} endpoint to use to access
 *                            terminology (i.e. valuesets, codesystems, and
 *                            membership testing) referenced by the library. If
 *                            no terminology endpoint is supplied, the
 *                            evaluation will attempt to use the server on which
 *                            the operation is being performed as the
 *                            terminology server.
 * @return The result of evaluating the given expression, returned as a FHIR
 *         type, either a {@link Resource} resource, or a FHIR-defined type
 *         corresponding to the CQL return type, as defined in the Using CQL
 *         section of the CPG Implementation guide. If the result is a List of
 *         resources, the result will be a {@link Bundle} Bundle . If the result
 *         is a CQL system-defined or FHIR-defined type, the result is returned
 *         as a {@link Parameters} Parameters resource
 */
@Operation(name = "$cql")
@Description(shortDefinition = "$cql", value = "Evaluates a CQL expression and returns the results as a Parameters resource. Defined: http://build.fhir.org/ig/HL7/cqf-recommendations/OperationDefinition-cpg-cql.html", example = "$cql?expression=5*5")
public Parameters evaluate(RequestDetails theRequestDetails, @OperationParam(name = "subject", max = 1) String subject, @OperationParam(name = "expression", min = 1, max = 1) String expression, @OperationParam(name = "parameters", max = 1) Parameters parameters, @OperationParam(name = "library") List<Parameters> library, @OperationParam(name = "useServerData", max = 1) BooleanType useServerData, @OperationParam(name = "data", max = 1) Bundle data, @OperationParam(name = "prefetchData") List<Parameters> prefetchData, @OperationParam(name = "dataEndpoint", max = 1) Endpoint dataEndpoint, @OperationParam(name = "contentEndpoint", max = 1) Endpoint contentEndpoint, @OperationParam(name = "terminologyEndpoint", max = 1) Endpoint terminologyEndpoint) {
    if (prefetchData != null) {
        throw new NotImplementedException("prefetchData is not yet supported.");
    }
    if (useServerData == null) {
        useServerData = new BooleanType(true);
    }
    List<LibraryParameter> libraryParameters = new ArrayList<>();
    if (library != null) {
        for (Parameters libraryParameter : library) {
            CanonicalType url = null;
            String name = null;
            for (ParametersParameterComponent param : libraryParameter.getParameter()) {
                switch(param.getName()) {
                    case "url":
                        url = ((CanonicalType) param.getValue());
                        break;
                    case "name":
                        name = ((StringType) param.getValue()).asStringValue();
                        break;
                    default:
                        throw new IllegalArgumentException("Only url and name parts are allowed for Parameter: library");
                }
            }
            if (url == null) {
                throw new IllegalArgumentException("If library parameter must provide a url parameter part.");
            }
            libraryParameters.add(new LibraryParameter().withUrl(url).withName(name));
        }
    // Remove LocalLibrary from cache first...
    }
    VersionedIdentifier localLibraryIdentifier = new VersionedIdentifier().withId("LocalLibrary").withVersion("1.0.0");
    globalLibraryCache.remove(localLibraryIdentifier);
    CqlEngine engine = setupEngine(localLibraryIdentifier, expression, libraryParameters, subject, parameters, contentEndpoint, dataEndpoint, terminologyEndpoint, data, useServerData.booleanValue(), theRequestDetails);
    Map<String, Object> resolvedParameters = new HashMap<>();
    if (parameters != null) {
        for (Parameters.ParametersParameterComponent pc : parameters.getParameter()) {
            resolvedParameters.put(pc.getName(), pc.getValue());
        }
    }
    String contextType = subject != null ? subject.substring(0, subject.lastIndexOf("/") - 1) : null;
    String subjectId = subject != null ? subject.substring(0, subject.lastIndexOf("/") - 1) : null;
    EvaluationResult evalResult = engine.evaluate(localLibraryIdentifier, null, Pair.of(contextType != null ? contextType : "Unspecified", subjectId == null ? "null" : subject), resolvedParameters, this.getDebugMap());
    if (evalResult != null && evalResult.expressionResults != null) {
        if (evalResult.expressionResults.size() > 1) {
            logger.debug("Evaluation resulted in more than one expression result.  ");
        }
        Parameters result = new Parameters();
        resolveResult(theRequestDetails, evalResult, result);
        return result;
    }
    return null;
}

Example 69 with Use

use of org.hl7.fhir.r4.model.ExplanationOfBenefit.Use in project cqf-ruler by DBCG.

the class CdsHooksServlet method doPost.

@Override
@SuppressWarnings("deprecation")
protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException {
    logger.info(request.getRequestURI());
    try {
        // validate that we are dealing with JSON
        if (request.getContentType() == null || !request.getContentType().startsWith("application/json")) {
            throw new ServletException(String.format("Invalid content type %s. Please use application/json.", request.getContentType()));
        }
        String baseUrl = this.myAppProperties.getServer_address();
        String service = request.getPathInfo().replace("/", "");
        JsonParser parser = new JsonParser();
        JsonObject requestJson = parser.parse(request.getReader()).getAsJsonObject();
        logger.info(requestJson.toString());
        Request cdsHooksRequest = new Request(service, requestJson, JsonHelper.getObjectRequired(getService(service), "prefetch"));
        Hook hook = HookFactory.createHook(cdsHooksRequest);
        String hookName = hook.getRequest().getHook();
        logger.info("cds-hooks hook: {}", hookName);
        logger.info("cds-hooks hook instance: {}", hook.getRequest().getHookInstance());
        logger.info("cds-hooks maxCodesPerQuery: {}", this.getProviderConfiguration().getMaxCodesPerQuery());
        logger.info("cds-hooks expandValueSets: {}", this.getProviderConfiguration().getExpandValueSets());
        logger.info("cds-hooks searchStyle: {}", this.getProviderConfiguration().getSearchStyle());
        logger.info("cds-hooks prefetch maxUriLength: {}", this.getProviderConfiguration().getMaxUriLength());
        logger.info("cds-hooks local server address: {}", baseUrl);
        logger.info("cds-hooks fhir server address: {}", hook.getRequest().getFhirServerUrl());
        logger.info("cds-hooks cql_logging_enabled: {}", this.getProviderConfiguration().getCqlLoggingEnabled());
        PlanDefinition planDefinition = read(Ids.newId(PlanDefinition.class, hook.getRequest().getServiceName()));
        AtomicBoolean planDefinitionHookMatchesRequestHook = new AtomicBoolean(false);
        planDefinition.getAction().forEach(action -> {
            action.getTriggerDefinition().forEach(triggerDefn -> {
                if (hookName.equals(triggerDefn.getEventName())) {
                    planDefinitionHookMatchesRequestHook.set(true);
                    return;
                }
            });
            if (planDefinitionHookMatchesRequestHook.get()) {
                return;
            }
        });
        if (!planDefinitionHookMatchesRequestHook.get()) {
            throw new ServletException("ERROR: Request hook does not match the service called.");
        }
        // No tenant information available, so create local system request
        RequestDetails requestDetails = new SystemRequestDetails();
        LibraryLoader libraryLoader = libraryLoaderFactory.create(Lists.newArrayList(jpaLibraryContentProviderFactory.create(requestDetails)));
        Reference reference = planDefinition.getLibrary().get(0);
        Library library = read(reference.getReferenceElement());
        org.cqframework.cql.elm.execution.Library elm = libraryLoader.load(new VersionedIdentifier().withId(library.getName()).withVersion(library.getVersion()));
        Context context = new Context(elm);
        context.setDebugMap(this.getDebugMap());
        // provider case
        // No tenant information available for cds-hooks
        TerminologyProvider serverTerminologyProvider = myJpaTerminologyProviderFactory.create(requestDetails);
        // TODO make sure tooling handles remote
        context.registerDataProvider("http://hl7.org/fhir", fhirRetrieveProviderFactory.create(requestDetails, serverTerminologyProvider));
        context.registerTerminologyProvider(serverTerminologyProvider);
        context.registerLibraryLoader(libraryLoader);
        context.setContextValue("Patient", hook.getRequest().getContext().getPatientId().replace("Patient/", ""));
        context.setExpressionCaching(true);
        EvaluationContext<PlanDefinition> evaluationContext = new Stu3EvaluationContext(hook, FhirContext.forCached(FhirVersionEnum.DSTU3).newRestfulGenericClient(baseUrl), context, elm, planDefinition, this.getProviderConfiguration(), this.modelResolver);
        this.setAccessControlHeaders(response);
        response.setHeader("Content-Type", ContentType.APPLICATION_JSON.getMimeType());
        Stu3HookEvaluator evaluator = new Stu3HookEvaluator(this.modelResolver);
        String jsonResponse = toJsonResponse(evaluator.evaluate(evaluationContext));
        logger.info(jsonResponse);
        response.getWriter().println(jsonResponse);
    } catch (BaseServerResponseException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception connecting to remote server.");
        this.printMessageAndCause(e, response);
        this.handleServerResponseException(e, response);
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (DataProviderException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception in DataProvider.");
        this.printMessageAndCause(e, response);
        if (e.getCause() != null && (e.getCause() instanceof BaseServerResponseException)) {
            this.handleServerResponseException((BaseServerResponseException) e.getCause(), response);
        }
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (CqlException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception in CQL Execution.");
        this.printMessageAndCause(e, response);
        if (e.getCause() != null && (e.getCause() instanceof BaseServerResponseException)) {
            this.handleServerResponseException((BaseServerResponseException) e.getCause(), response);
        }
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (Exception e) {
        logger.error(e.toString());
        throw new ServletException("ERROR: Exception in cds-hooks processing.", e);
    }
}

Example 70 with Use

use of org.hl7.fhir.r4.model.ExplanationOfBenefit.Use in project cqf-ruler by DBCG.

the class CdsHooksServlet method doPost.

@Override
@SuppressWarnings("deprecation")
protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException {
    logger.info(request.getRequestURI());
    try {
        // validate that we are dealing with JSON
        if (request.getContentType() == null || !request.getContentType().startsWith("application/json")) {
            throw new ServletException(String.format("Invalid content type %s. Please use application/json.", request.getContentType()));
        }
        String baseUrl = this.myAppProperties.getServer_address();
        String service = request.getPathInfo().replace("/", "");
        JsonParser parser = new JsonParser();
        Request cdsHooksRequest = new Request(service, parser.parse(request.getReader()).getAsJsonObject(), JsonHelper.getObjectRequired(getService(service), "prefetch"));
        logger.info(cdsHooksRequest.getRequestJson().toString());
        Hook hook = HookFactory.createHook(cdsHooksRequest);
        String hookName = hook.getRequest().getHook();
        logger.info("cds-hooks hook: {}", hookName);
        logger.info("cds-hooks hook instance: {}", hook.getRequest().getHookInstance());
        logger.info("cds-hooks maxCodesPerQuery: {}", this.getProviderConfiguration().getMaxCodesPerQuery());
        logger.info("cds-hooks expandValueSets: {}", this.getProviderConfiguration().getExpandValueSets());
        logger.info("cds-hooks searchStyle: {}", this.getProviderConfiguration().getSearchStyle());
        logger.info("cds-hooks prefetch maxUriLength: {}", this.getProviderConfiguration().getMaxUriLength());
        logger.info("cds-hooks local server address: {}", baseUrl);
        logger.info("cds-hooks fhir server address: {}", hook.getRequest().getFhirServerUrl());
        logger.info("cds-hooks cql_logging_enabled: {}", this.getProviderConfiguration().getCqlLoggingEnabled());
        PlanDefinition planDefinition = read(Ids.newId(PlanDefinition.class, hook.getRequest().getServiceName()));
        AtomicBoolean planDefinitionHookMatchesRequestHook = new AtomicBoolean(false);
        planDefinition.getAction().forEach(action -> {
            action.getTrigger().forEach(trigger -> {
                if (hookName.equals(trigger.getName())) {
                    planDefinitionHookMatchesRequestHook.set(true);
                    return;
                }
            });
            if (planDefinitionHookMatchesRequestHook.get()) {
                return;
            }
        });
        if (!planDefinitionHookMatchesRequestHook.get()) {
            throw new ServletException("ERROR: Request hook does not match the service called.");
        }
        // No tenant information available, so create local system request
        RequestDetails requestDetails = new SystemRequestDetails();
        LibraryLoader libraryLoader = libraryLoaderFactory.create(Lists.newArrayList(jpaLibraryContentProviderFactory.create(requestDetails)));
        CanonicalType canonical = planDefinition.getLibrary().get(0);
        Library library = search(Library.class, Searches.byCanonical(canonical)).single();
        org.cqframework.cql.elm.execution.Library elm = libraryLoader.load(new VersionedIdentifier().withId(library.getName()).withVersion(library.getVersion()));
        Context context = new Context(elm);
        context.setDebugMap(this.getDebugMap());
        // provider case
        // No tenant information available for cds-hooks
        TerminologyProvider serverTerminologyProvider = myJpaTerminologyProviderFactory.create(requestDetails);
        context.registerDataProvider("http://hl7.org/fhir", // TODO make sure tooling
        fhirRetrieveProviderFactory.create(requestDetails, serverTerminologyProvider));
        // handles remote
        context.registerTerminologyProvider(serverTerminologyProvider);
        context.registerLibraryLoader(libraryLoader);
        context.setContextValue("Patient", hook.getRequest().getContext().getPatientId().replace("Patient/", ""));
        context.setExpressionCaching(true);
        EvaluationContext<PlanDefinition> evaluationContext = new R4EvaluationContext(hook, FhirContext.forCached(FhirVersionEnum.R4).newRestfulGenericClient(baseUrl), context, elm, planDefinition, this.getProviderConfiguration(), this.modelResolver);
        this.setAccessControlHeaders(response);
        response.setHeader("Content-Type", ContentType.APPLICATION_JSON.getMimeType());
        R4HookEvaluator evaluator = new R4HookEvaluator(this.modelResolver);
        String jsonResponse = toJsonResponse(evaluator.evaluate(evaluationContext));
        logger.info(jsonResponse);
        response.getWriter().println(jsonResponse);
    } catch (BaseServerResponseException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception connecting to remote server.");
        this.printMessageAndCause(e, response);
        this.handleServerResponseException(e, response);
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (DataProviderException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception in DataProvider.");
        this.printMessageAndCause(e, response);
        if (e.getCause() != null && (e.getCause() instanceof BaseServerResponseException)) {
            this.handleServerResponseException((BaseServerResponseException) e.getCause(), response);
        }
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (CqlException e) {
        this.setAccessControlHeaders(response);
        // This will be overwritten with the correct status code downstream if needed.
        response.setStatus(500);
        response.getWriter().println("ERROR: Exception in CQL Execution.");
        this.printMessageAndCause(e, response);
        if (e.getCause() != null && (e.getCause() instanceof BaseServerResponseException)) {
            this.handleServerResponseException((BaseServerResponseException) e.getCause(), response);
        }
        this.printStackTrack(e, response);
        logger.error(e.toString());
    } catch (Exception e) {
        logger.error(e.toString());
        throw new ServletException("ERROR: Exception in cds-hooks processing.", e);
    }
}