/**
* Imports and saves the patient record.
*
* @param currentLastModified
* @param fileName
* @param pubDate
* @param conn
* @param comments
* @param reload
* @param siteAbbrev
* @param view
* @param importedPatient
* @throws ClassNotFoundException
* @throws SQLException
* @throws ServletException
* @throws Exception
* @throws IOException
* @throws IllegalAccessException
* @throws PersistenceException
* @throws InvocationTargetException
*/
public static void importPatient(
java.util.Date currentLastModified,
String fileName,
java.util.Date pubDate,
Connection conn,
StringBuffer comments,
Long reload,
String siteAbbrev,
Boolean view,
Patient importedPatient)
throws ClassNotFoundException, SQLException, ServletException, Exception, IOException,
IllegalAccessException, PersistenceException, InvocationTargetException {
Patient convertedPatient;
convertedPatient = XmlUtils.importPatientRecord(importedPatient, conn, comments, reload, view);
// if the patient record was not updated, convertedPatient will be null.
if (convertedPatient != null) {
if (currentLastModified == null) {
comments.append("Added ").append(convertedPatient.getDistrictPatientid()).append(" ");
if (view) {
log.debug("Need to add " + convertedPatient.getDistrictPatientid());
} else {
PatientDAO.updateImportData(
conn, convertedPatient.getId(), siteAbbrev, new Timestamp(pubDate.getTime()));
}
}
// Now save the patient record.
// Yes, this may seem redundant, but if the local and imported versions differ, we can
// compare.
String filePath =
Constants.ARCHIVE_PATH + siteAbbrev + Constants.pathSep + "local" + Constants.pathSep;
if (!view) {
PatientRecordUtils.archivePatient(
conn, convertedPatient.getId(), siteAbbrev, filePath, fileName);
}
}
}
/**
* Exports a list of patients at the clinic and their records. Compare a list of all patients in
* the rss file last published by the server with a list of patients in the system. Publish any
* changed records if they are not equal If site is the master data center (such as ZEPRS), loops
* through each site's patient list and creates RSS file for each site. Note that a patient's xml
* record could be listed in more than one site - The patient listing for each site selects from
* patient_status.site_id. Download the remote site listing and see if there are adidtional
* patients who may have been transferred to another site - UTH for instance. This enables sites
* to see records of their regular patients who were referred to another site. Also creates an
* index which is used on remote sites for finding patient records within the imported archive.
*
* @param conn
* @param siteAbbrev - if siteabbrev = ZEP,, export all sites w/ their own rss feed.
* @param siteId
* @param checkXml - true if you want to check if xml files have been generated.
* @return
* @throws SQLException
* @throws ServletException
* @throws ObjectNotFoundException
* @throws IOException
* @throws ClassNotFoundException
* @throws IllegalAccessException
* @throws PersistenceException
* @throws InvocationTargetException
* @throws FeedException
*/
public static String createSiteRssFiles(
Connection conn, String siteAbbrev, Long siteId, Boolean checkXml)
throws SQLException, ServletException, ObjectNotFoundException, IOException,
ClassNotFoundException, IllegalAccessException, PersistenceException,
InvocationTargetException, FeedException {
String message = null;
StringBuffer sbuf = new StringBuffer();
Timestamp beginDate = null;
Timestamp endDate = new Timestamp(System.currentTimeMillis());
Map statusMap = DynaSiteObjects.getStatusMap();
Publisher publisher = null;
String publisherFile = Constants.ARCHIVE_PATH + "publisher.xml";
String ipAddress = null;
Boolean renderAllSites = false;
try {
publisher = (Publisher) XmlUtils.getOne(publisherFile);
ipAddress = publisher.getUrl();
} catch (FileNotFoundException e) {
log.debug("publisher.xml not available - cannot render site rss files.");
}
if (publisher != null) {
// check the db for the date of the last archive.
// Fetch list of updated patients. This list is used to generate each patient's updated xml
// file
ResultSet updatedPatients = null;
try {
ArchiveLog mostRecentArchive = (ArchiveLog) ArchiveDAO.getOne(conn);
beginDate = mostRecentArchive.getArchived();
updatedPatients = PatientDAO.getAllDate(conn, beginDate, endDate);
} catch (SQLException e) {
e.printStackTrace();
} catch (ServletException e) {
e.printStackTrace();
} catch (ObjectNotFoundException e) {
// This is the first time this has been run - archive all.
updatedPatients = PatientDAO.getAllRS(conn);
renderAllSites = true;
}
// update date of last archive before any more records get updated.
Long archiveId = (Long) ArchiveDAO.save(conn, endDate, (long) 1);
HashMap updatedMap = new HashMap();
while (updatedPatients.next()) {
Long updatedId = updatedPatients.getLong("id");
updatedMap.put(updatedId, updatedId);
}
List<Site> clinics = null;
if (siteAbbrev.equals("ZEP")) {
// loop thorough all of the sites and render an rss file for each one.
clinics = DynaSiteObjects.getClinics();
// todo: reset to the big list - preset to KAL and AIR
/*clinics = new ArrayList<Site>();
Site site = (Site) DynaSiteObjects.getClinicMap().get(Long.valueOf(16));
clinics.add(site);
site = (Site) DynaSiteObjects.getClinicMap().get(Long.valueOf(1));
clinics.add(site);*/
} else {
clinics = new ArrayList<Site>();
Site site = (Site) DynaSiteObjects.getClinicMap().get(siteId);
clinics.add(site);
}
// create the archive listing
// StringBuffer indexBuffer = new StringBuffer();
HashMap<String, String> indexMap = new HashMap<String, String>();
int currentSiteNum = 0;
int archivedPatientsAllSites = 0;
for (Site site : clinics) {
currentSiteNum++;
int archivedPatientsThisSite = 0;
siteAbbrev = site.getAbbreviation();
siteId = site.getId();
String rssFileName =
org.cidrz.webapp.dynasite.Constants.ARCHIVE_PATH
+ siteAbbrev
+ Constants.pathSep
+ "rss.xml";
Timestamp lastBuildDate = new Timestamp(System.currentTimeMillis());
Channel feed = new Channel();
String feedType = "rss_2.0";
feed.setFeedType(feedType);
feed.setDescription(siteAbbrev + " Patients");
String port = Constants.APP_PORT;
feed.setLink(
"http://" + ipAddress + ":" + port + "/" + "archive/" + siteAbbrev + "/rss.xml");
feed.setTitle(siteAbbrev); // Title is used to identify which site the feed is from.
feed.setLastBuildDate(lastBuildDate);
List entries = new ArrayList();
// Loop through the list of all patients and see if their id exists in the updatedMap
ResultSet patientListResultSet = PatientDAO.getAllSiteRS(conn, siteId);
ArrayList<Patient> patientRssList = new ArrayList<Patient>();
while (patientListResultSet.next()) {
Long patientId = patientListResultSet.getLong("id");
String zeprsId = patientListResultSet.getString("district_patient_id");
String surname = patientListResultSet.getString("surname");
Timestamp lastModified = patientListResultSet.getTimestamp("last_modified");
Long clinicId =
patientListResultSet.getLong(
"site_id"); // clinic the patient belongs to - should be the same as the site
// feed.
Patient rssPatient = new Patient();
rssPatient.setId(patientId);
rssPatient.setDistrictPatientid(zeprsId);
rssPatient.setSurname(surname);
rssPatient.setLastModified(lastModified);
rssPatient.setSiteId(clinicId);
patientRssList.add(rssPatient);
}
HashMap<String, String> patientRssMap = new HashMap<String, String>();
// loop through the patientRssList to weed out duplicates
for (Patient patient : patientRssList) {
String zeprsId = patient.getDistrictPatientid();
patientRssMap.put(zeprsId, zeprsId);
}
String rssMessage =
"Generating RSS and Patient Xml for "
+ siteAbbrev
+ " :"
+ currentSiteNum
+ " out of "
+ clinics.size()
+ " sites. "
+ updatedMap.size()
+ " patient records to be generated.";
statusMap.put("RSS-message", rssMessage);
if (renderAllSites == true) {
log.debug(rssMessage);
}
// see if there is already a subscription to this site.
String importFilePath =
org.cidrz.webapp.dynasite.Constants.ARCHIVE_PATH
+ siteAbbrev
+ Constants.pathSep
+ "import"
+ Constants.pathSep;
String importedRssPath = importFilePath + "rss.xml";
// Reader reader = new BufferedReader((new FileReader(importedRssPath)));
File importedRssFile = new File(importedRssPath);
if (importedRssFile.exists() && importedRssFile.length() > 0) {
final WireFeedInput input = new WireFeedInput();
WireFeed rssFeed = null;
XmlReader reader = null;
Channel channel = null;
reader = new XmlReader(importedRssFile);
try {
rssFeed = input.build(reader);
rssFeed.setFeedType("rss_2.0");
channel = (Channel) rssFeed;
List items = channel.getItems();
// siteAbbrev = channel.getTitle();
// Create a list of patients the remote site is "interested" in.
// ArrayList<String> subscribedPatientList = new ArrayList<String>();
ArrayList<Patient> subscribedPatientList = new ArrayList<Patient>();
for (int i = 0; i < items.size(); i++) {
Item item = (Item) items.get(i);
// String link = item.getLink();
String fileName = item.getTitle();
String zeprsId = fileName.replace(".xml", "");
try {
Patient rssPatient = PatientDAO.getOneFromZeprsId(conn, zeprsId);
// check if the patient is not already in the patientRssList
if (patientRssMap.get(zeprsId) == null) {
subscribedPatientList.add(rssPatient);
}
} catch (ObjectNotFoundException e) {
// Patient may not yet be in system. It should be OK.
}
}
patientRssList.addAll(subscribedPatientList);
} catch (ParsingFeedException e1) {
log.debug("Unable to parse RSS feed at " + importedRssPath);
}
reader.close();
}
// while (patientListResultSet.next()) {
for (Patient rssPatient : patientRssList) {
Long patientId = rssPatient.getId();
String zeprsId = rssPatient.getDistrictPatientid();
String surname = rssPatient.getSurname();
Timestamp lastModified = rssPatient.getLastModified();
Long clinicId =
rssPatient
.getSiteId(); // clinic the patient belongs to - should be the same as the site
// feed.
// get the siteAbbrev from the parent's record only
// no longer need this part.
/*try {
site = (Site) DynaSiteObjects.getClinicMap().get(clinicId);
siteAbbrev = site.getAbbreviation();
} catch (Exception e) {
log.error("Incorrect site data for patient: " + zeprsId + " clinicId: " + clinicId);
}*/
String filePath =
org.cidrz.webapp.dynasite.Constants.ARCHIVE_PATH
+ siteAbbrev
+ Constants.pathSep
+ "local"
+ Constants.pathSep;
String fileName = getPatientFilename(zeprsId, surname, patientId);
// write to the index
// String indexValue = zeprsId + ":" + siteAbbrev + Constants.pathSep + "local" +
// Constants.pathSep + fileName + "\n";
// indexBuffer.append(indexValue);
indexMap.put(
zeprsId, siteAbbrev + Constants.pathSep + "local" + Constants.pathSep + fileName);
// check if the xml file exists. This is useful when testing - you may not have all of the
// xml files generated yet.
boolean forceXml = false;
if (checkXml != null) {
File filecheck = new File(filePath + fileName);
if (filecheck.length() == 0) {
log.debug("Re-rendering file for : " + fileName + " in " + siteAbbrev + "/local.");
forceXml = true;
}
}
if (updatedMap.get(patientId) != null || forceXml) {
PatientRecordUtils.archivePatient(conn, patientId, siteAbbrev, filePath, fileName);
archivedPatientsThisSite++;
archivedPatientsAllSites++;
rssMessage =
"Generating RSS and Patient Xml for "
+ siteAbbrev
+ ": "
+ currentSiteNum
+ " out of "
+ clinics.size()
+ " sites. "
+ archivedPatientsAllSites
+ " out of "
+ updatedMap.size()
+ " patient records have been generated. "
+ "Current file: "
+ filePath
+ fileName;
statusMap.put("RSS-message", rssMessage);
// don't remove from the list because this patient may also be at another site
// (referral).
// updatedMap.remove(patientId);
}
if (lastModified == null) {
lastModified = DateUtils.generateTimestamp();
log.debug("Null lastModified for patient: " + zeprsId);
}
java.util.Date pubDate = new Date(lastModified.getTime());
Item item;
Description description;
String url =
"http://" + ipAddress + ":" + port + "/archive/" + siteAbbrev + "/local/" + fileName;
item = new Item();
item.setTitle(fileName);
item.setLink(url);
item.setPubDate(pubDate);
item.setAuthor(clinicId.toString());
Guid gd = new Guid();
gd.setPermaLink(true);
gd.setValue(url);
item.setGuid(gd);
description = new Description();
description.setType("text/plain");
description.setValue(clinicId.toString());
item.setDescription(description);
entries.add(item);
}
// Open the remote site RSS file and add patients who may have been transferred
// ArrayList<String> remotePatientIdList = populateRemotePatientIdList(urlString);
// log.debug("RSS feed being generated for " + siteAbbrev + " has " + entries.size() + "
// patients. URL: " + rssFileName);
sbuf.append(entries.size() + " patients added to " + siteAbbrev + "<br/>");
feed.setItems(entries);
Writer writer = new FileWriter(rssFileName);
WireFeedOutput output = new WireFeedOutput();
output.output(feed, writer);
writer.close();
entries.clear();
}
// create the archive listing
/*Writer indexWriter = new FileWriter(Constants.MASTER_ARCHIVE_INDEX);
indexWriter.write(indexBuffer.toString());
indexWriter.flush();
indexWriter.close();*/
XmlUtils.save(indexMap, Constants.MASTER_ARCHIVE_INDEX_XML);
// log.debug("writing index file to " + Constants.MASTER_ARCHIVE_INDEX_JS);
// XmlUtils.saveJson(indexMap, Constants.MASTER_ARCHIVE_INDEX_JS);
updatedMap.clear();
indexMap.clear();
String rssMessage = "Completed RSS and patient XML generation task";
statusMap.put("RSS-message", rssMessage);
}
// Create the archive
// Compress.zipDirectory(Constants.ARCHIVE_PATH, Constants.MASTER_ARCHIVE_ZIP);
// Zip.zip(Constants.ARCHIVE_PATH, Constants.MASTER_ARCHIVE_ZIP,
// Constants.MASTER_ARCHIVE_CHECKSUM);
// Zip.CreateZipFile(new File(Constants.MASTER_ARCHIVE_ZIP), new File[]{new
// File(Constants.ARCHIVE_PATH)}, false);
message = sbuf.toString();
return message;
}