Examples with ThreadData org.nhindirect.xd.soap.ThreadData used on opensource projects

Example 1 with ThreadData

use of org.nhindirect.xd.soap.ThreadData in project nhin-d by DirectProject.

the class DocumentRepositoryAbstract method getHeaderData.

/**
     * Extract header values from a ThreadData object.
     */
protected void getHeaderData() {
    Long threadId = new Long(Thread.currentThread().getId());
    LOGGER.info("DTHREAD ID " + threadId);
    ThreadData threadData = new ThreadData(threadId);
    this.endpoint = threadData.getReplyAddress();
    this.messageId = threadData.getMessageId();
    this.to = threadData.getTo();
    this.thisHost = threadData.getThisHost();
    this.remoteHost = threadData.getRemoteHost();
    this.pid = threadData.getPid();
    this.action = threadData.getAction();
    this.from = threadData.getFrom();
    this.directTo = threadData.getDirectTo();
    this.directFrom = threadData.getDirectFrom();
    LOGGER.info(threadData.toString());
}

Example 2 with ThreadData

use of org.nhindirect.xd.soap.ThreadData in project nhin-d by DirectProject.

the class DocumentRepositoryAbstract method setHeaderData.

/**
     * Build a ThreadData object with header information.
     */
protected void setHeaderData() {
    Long threadId = new Long(Thread.currentThread().getId());
    LOGGER.info("THREAD ID " + threadId);
    ThreadData threadData = new ThreadData(threadId);
    threadData.setTo(this.to);
    threadData.setMessageId(this.messageId);
    threadData.setRelatesTo(this.relatesTo);
    threadData.setAction(this.action);
    threadData.setThisHost(this.thisHost);
    threadData.setRemoteHost(this.remoteHost);
    threadData.setPid(this.pid);
    threadData.setFrom(this.from);
    threadData.setDirectTo(this.directTo);
    threadData.setDirectFrom(this.directFrom);
    LOGGER.info(threadData.toString());
}

Example 3 with ThreadData

use of org.nhindirect.xd.soap.ThreadData in project nhin-d by DirectProject.

the class DocumentRepositoryAbstract method provideAndRegisterDocumentSet.

/**
     * Handle an incoming ProvideAndRegisterDocumentSetRequestType object and
     * transform to XDM or relay to another XDR endponit.
     * 
     * @param prdst
     *            The incoming ProvideAndRegisterDocumentSetRequestType object
     * @return a RegistryResponseType object
     * @throws Exception
     */
protected RegistryResponseType provideAndRegisterDocumentSet(ProvideAndRegisterDocumentSetRequestType prdst) throws Exception {
    RegistryResponseType resp = null;
    try {
        getHeaderData();
        @SuppressWarnings("unused") InitialContext ctx = new InitialContext();
        DirectDocuments documents = xdsDirectDocumentsTransformer.transform(prdst);
        List<String> forwards = new ArrayList<String>();
        // Get endpoints (first check direct:to header, then go to intendedRecipients)
        if (StringUtils.isNotBlank(directTo))
            forwards = Arrays.asList((new URI(directTo).getSchemeSpecificPart()));
        else {
            forwards = ParserHL7.parseRecipients(documents);
        }
        messageId = UUID.randomUUID().toString();
        // TODO patID and subsetId
        String patId = "PATID TBD";
        String subsetId = "SUBSETID";
        getAuditMessageGenerator().provideAndRegisterAudit(messageId, remoteHost, endpoint, to, thisHost, patId, subsetId, pid);
        // Send to SMTP endpoints
        if (getResolver().hasSmtpEndpoints(forwards)) {
            // Get a reply address (first check direct:from header, then go to authorPerson)
            if (StringUtils.isNotBlank(directFrom))
                replyEmail = (new URI(directFrom)).getSchemeSpecificPart();
            else {
                replyEmail = documents.getSubmissionSet().getAuthorPerson();
                replyEmail = StringUtils.splitPreserveAllTokens(replyEmail, "^")[0];
                replyEmail = StringUtils.contains(replyEmail, "@") ? replyEmail : "nhindirect@nhindirect.org";
            }
            LOGGER.info("SENDING EMAIL TO " + getResolver().getSmtpEndpoints(forwards) + " with message id " + messageId);
            // Construct message wrapper
            DirectMessage message = new DirectMessage(replyEmail, getResolver().getSmtpEndpoints(forwards));
            message.setSubject("XD* Originated Message");
            message.setBody("Please find the attached XDM file.");
            message.setDirectDocuments(documents);
            // Send mail
            MailClient mailClient = getMailClient();
            mailClient.mail(message, messageId, suffix);
        }
        // Send to XD endpoints
        for (String reqEndpoint : getResolver().getXdEndpoints(forwards)) {
            String endpointUrl = getResolver().resolve(reqEndpoint);
            String to = StringUtils.remove(endpointUrl, "?wsdl");
            Long threadId = new Long(Thread.currentThread().getId());
            LOGGER.info("THREAD ID " + threadId);
            ThreadData threadData = new ThreadData(threadId);
            threadData.setTo(to);
            List<Document> docs = prdst.getDocument();
            // Make a copy of the original documents
            List<Document> originalDocs = new ArrayList<Document>();
            for (Document d : docs) originalDocs.add(d);
            // Clear document list
            docs.clear();
            // Re-add documents
            for (Document d : originalDocs) {
                Document doc = new Document();
                doc.setId(d.getId());
                DataHandler dh = d.getValue();
                ByteArrayOutputStream buffOS = new ByteArrayOutputStream();
                dh.writeTo(buffOS);
                byte[] buff = buffOS.toByteArray();
                DataSource source = new ByteArrayDataSource(buff, documents.getDocument(d.getId()).getMetadata().getMimeType());
                DataHandler dhnew = new DataHandler(source);
                doc.setValue(dhnew);
                docs.add(doc);
            }
            LOGGER.info(" SENDING TO ENDPOINT " + to);
            DocumentRepositoryProxy proxy = new DocumentRepositoryProxy(endpointUrl, new DirectSOAPHandlerResolver());
            RegistryResponseType rrt = proxy.provideAndRegisterDocumentSetB(prdst);
            String test = rrt.getStatus();
            if (test.indexOf("Failure") >= 0) {
                String error = "";
                try {
                    error = rrt.getRegistryErrorList().getRegistryError().get(0).getCodeContext();
                } catch (Exception x) {
                }
                throw new Exception("Failure Returned from XDR forward:" + error);
            }
            getAuditMessageGenerator().provideAndRegisterAuditSource(messageId, remoteHost, endpoint, to, thisHost, patId, subsetId, pid);
        }
        resp = getRepositoryProvideResponse(messageId);
        relatesTo = messageId;
        action = "urn:ihe:iti:2007:ProvideAndRegisterDocumentSet-bResponse";
        to = endpoint;
        setHeaderData();
    } catch (Exception e) {
        e.printStackTrace();
        throw (e);
    }
    return resp;
}

Example 4 with ThreadData

use of org.nhindirect.xd.soap.ThreadData in project nhin-d by DirectProject.

the class DocumentRepository method setHeaderData.

/**
     * Set header data.
     * 
     * TODO: Investigate the usefulness of this method. It sets null known null
     * values.
     */
protected void setHeaderData() {
    Long threadId = Long.valueOf(Thread.currentThread().getId());
    LOGGER.info("THREAD ID " + threadId);
    ThreadData threadData = new ThreadData(threadId);
    threadData.setTo(this.to);
    threadData.setMessageId(this.messageId);
    threadData.setAction(this.action);
    threadData.setDirectTo(this.directTo);
    threadData.setDirectFrom(this.directFrom);
    LOGGER.info(threadData.toString());
}

Example 5 with ThreadData

use of org.nhindirect.xd.soap.ThreadData in project nhin-d by DirectProject.

the class ThreadDataTest method testThreadData.

/**
     * Test methods in the ThreadData class.
     */
public void testThreadData() {
    Map<Long, Map<String, String>> map = ThreadData.getThreadMapView();
    // Compare against current size (which may affected by previous tests)
    int mapSize = map.size();
    ThreadData t1 = new ThreadData(new Long(99991));
    t1.setAction("action.1");
    t1.setFrom("from.1");
    t1.setMessageId("messageId.1");
    t1.setPid("pid.1");
    t1.setRelatesTo("relatesTo.1");
    t1.setRemoteHost("remoteHost.1");
    t1.setReplyAddress("replyAddress.1");
    t1.setThisHost("thisHost.1");
    t1.setTo("to.1");
    assertEquals("Map size does not match expected value.", mapSize + 1, map.size());
    assertEquals("Map does not contain specific key.", true, map.containsKey(new Long(99991)));
    assertEquals("Map value does not match expected.", "action.1", map.get(new Long(99991)).get(ThreadData.ACTION));
    assertEquals("Map value does not match expected.", "from.1", map.get(new Long(99991)).get(ThreadData.FROM));
    assertEquals("Map value does not match expected.", "messageId.1", map.get(new Long(99991)).get(ThreadData.MESSAGE));
    assertEquals("Map value does not match expected.", "pid.1", map.get(new Long(99991)).get(ThreadData.PID));
    assertEquals("Map value does not match expected.", "relatesTo.1", map.get(new Long(99991)).get(ThreadData.RELATESTO));
    assertEquals("Map value does not match expected.", "remoteHost.1", map.get(new Long(99991)).get(ThreadData.REMOTEHOST));
    assertEquals("Map value does not match expected.", "replyAddress.1", map.get(new Long(99991)).get(ThreadData.REPLY));
    assertEquals("Map value does not match expected.", "thisHost.1", map.get(new Long(99991)).get(ThreadData.THISHOST));
    assertEquals("Map value does not match expected.", "to.1", map.get(new Long(99991)).get(ThreadData.TO));
    assertEquals("Instance value does not match expected.", "action.1", t1.getAction());
    assertEquals("Instance value does not match expected.", "from.1", t1.getFrom());
    assertEquals("Instance value does not match expected.", "messageId.1", t1.getMessageId());
    assertEquals("Instance value does not match expected.", "pid.1", t1.getPid());
    assertEquals("Instance value does not match expected.", "relatesTo.1", t1.getRelatesTo());
    assertEquals("Instance value does not match expected.", "remoteHost.1", t1.getRemoteHost());
    assertEquals("Instance value does not match expected.", "replyAddress.1", t1.getReplyAddress());
    assertEquals("Instance value does not match expected.", "thisHost.1", t1.getThisHost());
    assertEquals("Instance value does not match expected.", "to.1", t1.getTo());
    t1.setTo("to.1.1");
    assertEquals("Map value does not match expected.", "to.1.1", map.get(new Long(99991)).get(ThreadData.TO));
    ThreadData t2 = new ThreadData(new Long(99992));
    t2.setAction("action.2");
    t2.setFrom("from.2");
    t2.setMessageId("messageId.2");
    t2.setPid("pid.2");
    t2.setRelatesTo("relatesTo.2");
    t2.setRemoteHost("remoteHost.2");
    t2.setReplyAddress("replyAddress.2");
    t2.setThisHost("thisHost.2");
    t2.setTo("to.2");
    assertEquals("Map size does not match expected value.", mapSize + 2, map.size());
    assertEquals("Map does not contain specific key.", true, map.containsKey(new Long(99992)));
    ThreadData.clean(new Long(99991));
    assertTrue("Key,value was not removed from map", map.get(new Long(99991)) == null);
    String out = t1.toString();
    assertTrue("toString() output does not contain expected value", StringUtils.containsIgnoreCase(out, "No map found"));
    out = t2.toString();
    assertTrue("toString() output does not contain expected value", StringUtils.contains(out, "99992"));
}