コード例 #1
0
ファイル: WPSImpl.java プロジェクト: ayan-usgs/WaterSMART
 private void sendCompleteEmail(Map<String, String> outputs) {
   sendCompleteEmail(outputs, RunMetadata.getInstance(metadata).getEmail());
 }
コード例 #2
0
ファイル: WPSImpl.java プロジェクト: ayan-usgs/WaterSMART
  @Override
  public void run() {
    CSWTransactionHelper helper;
    Map<String, String> wpsOutputMap = Maps.newHashMap();
    ReturnInfo info;
    RunMetadata metaObj = RunMetadata.getInstance(metadata);
    String compReq;
    String repo = props.getProperty("watersmart.sos.model.repo");
    String netCDFFailMessage = "NetCDF failed unexpectedly ";
    String cswResponse;
    UUID uuid = UUID.randomUUID();

    // -- Start here if we have a file and no SOS endpoint...
    // 1. Create NetCDF file
    // 2. Add results from NetCDF creation to CSW record
    // 3. Wait for THREDDS
    // -- Start here if we have an SOS endpoint
    // 4. Run the compare stats WPS process
    // 5. Add results from WPS process to CSW record

    if (StringUtils.isBlank(sosEndpoint)) {
      // SOS is blank which means we have to create it. Otherwise, the typical use
      // case is that the client is requesting a re-run

      // 1. Create NetCDF file
      try {
        log.debug("Creating NetCDF file");
        // CreateDSGFromZip.create() seems to cause a lot of grief. We keep getting:
        // java.lang.UnsatisfiedLinkError: Native Library
        // ${application_path}/loader/com/sun/jna/linux-amd64/libnetcdf.so already loaded in another
        // classloader
        // When developing and I see this, I have to restart the server and redeploy the project
        // The fault happens at
        // gov.usgs.cida.jna.NetCDFJNAInitializer.contextDestroyed(NetCDFJNAInitializer.java:21)
        info = CreateDSGFromZip.create(zipLocation, metaObj);
        if (info != null && info.properties != null) {
          netcdfSuccessful = true;
        } else {
          log.error(netCDFFailMessage);
          sendFailedEmail(new RuntimeException(netCDFFailMessage));
          throw new IOException("Output from NetCDF creation process was null");
        }
      } catch (IOException ex) {
        log.error(netCDFFailMessage, ex);
        sendFailedEmail(new RuntimeException(netCDFFailMessage));
        return;
      } catch (XMLStreamException ex) {
        log.error(netCDFFailMessage, ex);
        sendFailedEmail(new RuntimeException(netCDFFailMessage));
        return;
      } catch (RuntimeException ex) {
        log.error(netCDFFailMessage, ex);
        sendFailedEmail(new RuntimeException(netCDFFailMessage));
        return;
      }

      // The NetCDF process has passed so create a CSW record for the run and
      // insert what we have so far.
      // The WPS output will be updated once the process succeeds/fails.  The UI
      // will show "Process not yet completed" in the meantime.
      sosEndpoint = repo + metaObj.getTypeString() + "/" + info.filename;
      wpsOutputMap.put(WPSImpl.stats_compare, "");
      helper = new CSWTransactionHelper(metaObj, sosEndpoint, wpsOutputMap);
      // 2. Add results from NetCDF creation to CSW record
      try {
        log.debug("Adding results from NetCDF creation to CSW record");
        cswResponse = helper.addServiceIdentification();
        if (cswResponse != null) {
          cswTransSuccessful = true;
        } else {
          cswTransSuccessful = false;
          throw new IOException("Unable to update CSW Record");
        }
      } catch (Exception ex) {
        log.error("Failed to perform CSW insert", ex);
        sendFailedEmail(ex);
        return;
      }

      // 3. Wait for THREDDS
      try {
        log.debug("Beginning THREDDS wait period");
        Thread.sleep(SLEEP_FOR_THREDDS);
      } catch (InterruptedException ex) {
        // Typically we don't care about this, but we can log and move on.
        log.warn("THREDDS wait period was interrupted.");
        // If anything needs to be handled on an interruption, handle it here
      }
      log.trace("End of THREDDS wait period");
    }

    // 4. Run the compare stats using the R-WPS package
    try {
      log.debug("Sending request for compare stats");
      compReq = WPSImpl.createCompareStatsRequest(sosEndpoint);
      String algorithmOutput = runNamedAlgorithm("compare", compReq, uuid, metaObj);
      wpsOutputMap.put(WPSImpl.stats_compare, algorithmOutput);
    } catch (Exception ex) {
      log.error("Failed to run WPS algorithm", ex);
      sendFailedEmail(ex);
      return;
    }

    // 5. Add results from WPS process to CSW record
    if (wpsOutputMap.get(WPSImpl.stats_compare) != null) {
      log.debug("Stats compare completed successfully");
      rStatsSuccessful = true;
      helper = new CSWTransactionHelper(metaObj, sosEndpoint, wpsOutputMap);
      try {
        cswResponse = helper.updateRunMetadata(metaObj);
        cswTransSuccessful = cswResponse != null;
        sendCompleteEmail(wpsOutputMap);
      } catch (IOException ex) {
        log.error("Failed to perform CSW update", ex);
        sendFailedEmail(ex);
      } catch (URISyntaxException ex) {
        log.error("Failed to perform CSW update,", ex);
        sendFailedEmail(ex);
      }
    } else {
      log.error("Stats compare failed");
      sendFailedEmail(new Exception("Failed to run WPS algorithm"));
    }
  }