List of usage examples for java.lang Double toString
public String toString()
From source file:com.likethecolor.alchemy.api.entity.ConceptAlchemyEntityTest.java
@Test public void testLongitude_String() { final Double expectedLongitude = -22.87D; final String longitude = expectedLongitude.toString(); final ConceptAlchemyEntity entity = new ConceptAlchemyEntity(); entity.setLongitude(longitude);//from ww w .j a va 2s . c o m assertEquals(expectedLongitude, entity.getLongitude()); // null - should not change value entity.setLongitude(longitude); entity.setLongitude(null); assertEquals(expectedLongitude, entity.getLongitude()); // empty string - should not change value entity.setLongitude(longitude); entity.setLongitude(""); assertEquals(expectedLongitude, entity.getLongitude()); // empty white space string - should not change value entity.setLongitude(longitude); entity.setLongitude("\t \r\n "); assertEquals(expectedLongitude, entity.getLongitude()); // should be trimmed entity.setLongitude("\t \r\n \n\n" + longitude + " "); assertEquals(expectedLongitude, entity.getLongitude()); // non-number - should not change value entity.setLongitude(longitude); entity.setLongitude("foo"); assertEquals(expectedLongitude, entity.getLongitude()); }
From source file:com.aurel.track.json.JSONUtility.java
/** * Appends a double type field. Example: <code>fieldName:12.08,</code>.</br> * @param sb - the field name and value are appended to this <code>StringBuilder</code> * @param name - the field name//from ww w .j a v a2 s . c o m * @param value - the field value * @param last - if true, no comma is added as the last character, otherwise there will be a comma */ public static void appendDoubleValue(StringBuilder sb, String name, Double value, boolean last) { if (value != null) { //appendFieldName(sb, name).append(":'").append(DoubleNumberFormatUtil.formatISO(value)).append("'"); appendFieldName(sb, name).append(":").append(value.toString()).append(""); if (!last) { sb.append(","); } } }
From source file:com.opensmile.maven.EmoRecService.java
@Path("/getdims") @GET// w w w.j a v a 2 s.c o m @Produces("application/json") public Response getdims(@QueryParam("dims") String dim, @QueryParam("url") String url, @DefaultValue("") @QueryParam("json") String jsonfile, @DefaultValue("-1,-1") @QueryParam("timing") String time, @DefaultValue("false") @QueryParam("mobile") String mobilemode, @DefaultValue("") @QueryParam("texts") String texts) throws JSONException { logger_instance.write(1, "Inside getdims"); if (dim == null) { return (Response.status(200).entity(genderateHelp()).build()); } dim = dim.toLowerCase(); File file = wget(url);// wget command to retrieve the video content logger_instance.write(1, "URL downloaded to " + file.getAbsolutePath()); String extension = ""; int i = file.getName().lastIndexOf('.'); String[] splitedTexts = null; if (texts.length() > 0) { splitedTexts = texts.split(";"); } if (i >= 0) { extension = file.getName().substring(i + 1); } File wavFile; wavFile = convertToWave(file); logger_instance.write(1, "File converted to wav: " + wavFile.getAbsolutePath()); String[] times = time.split(";"); String asrname = "____________________"; String text = ""; boolean doingASR = false; boolean asr_error = false; String temp_text = ""; if (times[0].toLowerCase().compareTo("asr") == 0 || times[0].toLowerCase().compareTo("asr_word") == 0) { if (DOCKER) { return Response.status(200).entity("ASR and Sentiment are not available for the Docker version") .build(); } logger_instance.write(1, " Perform ASR"); doingASR = true; try { double audioDuration = getAudioDuration(wavFile.getAbsolutePath()); String tim = ""; double asraudioleng = 120;// audioDuration; for (double startTime = 0; startTime < audioDuration; startTime += asraudioleng) { double ending = Math.min(startTime + asraudioleng, audioDuration); double duration = ending - startTime; logger_instance.write(1, " Perform ASR, time:" + startTime + " - " + ending); if (duration < .5) break; File cuttedaudioasr = cutAudio(wavFile, String.valueOf(startTime), String.valueOf(duration), 100000 + startTime); JSONArray jasr = null; try { jasr = performASR2(cuttedaudioasr.getAbsolutePath()); } catch (JSONException e) { } if (jasr == null) { temp_text += "Problem with ASR (probably license is expired);"; tim += ((Double) startTime).toString() + "," + ((Double) ending).toString() + ";"; continue; } if (jasr.length() == 0) { temp_text += "NO TEXT IS DETECTED!;"; tim += ((Double) startTime).toString() + "," + ((Double) ending).toString() + ";"; } else { ArrayList<String> temp_texta = new ArrayList<String>(); ArrayList<Integer> start_time = new ArrayList<Integer>(); ArrayList<Integer> end_time = new ArrayList<Integer>(); for (int iw = 0; iw < jasr.length(); iw++) { if (jasr.getJSONObject(iw).getString("word").compareTo("<s>") != 0 && jasr.getJSONObject(iw).getString("word").compareTo("</s>") != 0) { temp_texta.add(jasr.getJSONObject(iw).getString("word")); start_time.add(jasr.getJSONObject(iw).getInt("start")); end_time.add(jasr.getJSONObject(iw).getInt("end")); } } if (times[0].toLowerCase().compareTo("asr_word") == 0) { for (int iw = 0; iw < temp_texta.size(); iw++) { if (temp_texta.get(iw).compareTo(".") == 0) continue; double vst = start_time.get(iw).doubleValue() / 10000000 + startTime; double ven = end_time.get(iw).doubleValue() / 10000000 + startTime; tim += ((Double) vst).toString() + "," + ((Double) ven).toString() + ";"; temp_text += temp_texta.get(iw) + ";"; } } else { boolean start = true; boolean prevDot = false; for (int iw = 0; iw < temp_texta.size(); iw++) { if (temp_texta.get(iw).compareTo(".") == 0) { if (prevDot) continue;// double dots double v = start_time.get(iw).doubleValue() / 10000000 + startTime; tim += ((Double) v).toString() + ";"; temp_text += ";"; start = true; prevDot = true; continue; } prevDot = false; if (start == true) { double v = start_time.get(iw).doubleValue() / 10000000 + startTime; tim += ((Double) v).toString() + ","; start = false; } temp_text += temp_texta.get(iw) + " "; if (iw == temp_texta.size() - 1 && !temp_text.endsWith(".")) { temp_text += ";"; double v = end_time.get(iw).doubleValue() / 10000000 + startTime; tim += ((Double) v).toString() + ";"; } } } } } if (tim.endsWith(";")) tim = tim.substring(0, tim.length() - 1); if (temp_text.endsWith(";")) temp_text = temp_text.substring(0, temp_text.length() - 1); splitedTexts = temp_text.split(";"); times = tim.split(";"); } catch (IOException e) { splitedTexts = "IOException during ASR".split(","); logger_instance.write(1, "IOException during ASR" + e.getMessage()); asr_error = true; dim = dim.replace("sentiment,", "").replace(",sentiment", "").replace("sentiment", ""); times = "-1,-1".split(";"); } catch (InterruptedException e) { e.printStackTrace(); return Response.status(200).entity("InterruptedException during ASR").build(); } } if (mobilemode.compareTo("true") == 0) { times = new String[] { "-1,-1" }; if (doingASR) splitedTexts = new String[] { temp_text.replace("%20", " ").replace(";", ". ") }; } String finalJSONString = "["; String[] dims = dim.split(","); ArrayList<Classifier> clf = new ArrayList<Classifier>(); logger_instance.write(1, "Loading config.json from :" + paths.getVar("REST_OPENSMILE") + "configs.json"); JSONObject jo = loadJsonObject(paths.getVar("REST_OPENSMILE") + "configs.json"); logger_instance.write(1, "JSON is loaded: " + jo.toString()); JSONArray ja = jo.getJSONArray("configs"); logger_instance.write(1, "dims:" + dims.length); for (int d = 0; d < dims.length; d++) { if ((dims[d].toLowerCase().compareTo("sentiment") == 0 || dims[d].toLowerCase().compareTo("asr") == 0) && DOCKER) { return Response.status(200).entity("ASR and Sentiment are not available for the Docker version") .build(); } boolean added = false; for (int j = 0; j < ja.length(); j++) { if (((JSONObject) ja.get(j)).getString("id").compareTo(dims[d].toLowerCase()) == 0) { Classifier c = ClassifierFactory.createClassifier((JSONObject) ja.get(j), logger_instance); c.configure((JSONObject) ja.get(j)); clf.add(c); added = true; break; } } if (!added) return Response.status(200).entity(dims[d] + " is not supported!").build();/**/ } logger_instance.write(1, "" + clf.size() + " classifiers are added"); ExecutorService exec = Executors.newFixedThreadPool(times.length); logger_instance.write(1, "times:" + times.length); JSONObject finalJson = new JSONObject(); finalJson.put("@context", "http://senpy.cluster.gsi.dit.upm.es/api/contexts/Results.jsonld"); finalJson.put("@type", "results"); for (i = 0; i < times.length; i++) { String[] timesplit = times[i].split(","); String duration = "-1"; if (timesplit[1].trim().compareTo("-1") == 0) duration = "-1"; else { Double d = Double.valueOf(timesplit[1].trim()) - Double.valueOf(timesplit[0].trim()); duration = d.toString(); } final File cuttedAudio = cutAudio(wavFile, timesplit[0], duration, i); final JSONArray jaresult = new JSONArray(); final CountDownLatch latch = new CountDownLatch(clf.size()); final String[] textttt = splitedTexts; final String[] jsonresultstr = new String[clf.size()]; final boolean da = doingASR; final int iiii = i; for (int iclf = 0; iclf < clf.size(); iclf++) { final Classifier cl = clf.get(iclf); final int iiclf = iclf; exec.submit(new Runnable() { @Override public void run() { logger_instance.write(1, " run "); try { if (cl.getInType().compareTo("audio") == 0) { JSONObject res = cl.classify(cuttedAudio.getAbsolutePath()); jaresult.put(res); } else if (cl.getInType().compareTo("text") == 0 && da == true && textttt != null) { JSONObject res = cl.classify(textttt[iiii].replace(" ", "_")); jaresult.put(res); } } catch (Exception e) { logger_instance.write(1, " classification exception: " + e.getMessage()); e.printStackTrace(); } finally { } logger_instance.write(1, " finished "); latch.countDown(); } }); } logger_instance.write(1, " latch wait "); try { latch.await(); } catch (InterruptedException e) { logger_instance.write(1, " latch InterruptedException: " + e.getMessage()); e.printStackTrace(); } // create json JSONObject job = jaresult.getJSONObject(0); for (int ij = 1; ij < jaresult.length(); ij++) mergeJSONsFull(job, jaresult.getJSONObject(ij)); if (splitedTexts != null && splitedTexts.length > 0 && i < splitedTexts.length) { job.put("Text", splitedTexts[i]); } job.put("@id", url + "#time=" + times[i]); finalJson.append("entries", job); System.out.println("" + i + "/" + times.length + " processed."); } if (doingASR) { JSONObject j = new JSONObject(); j.put("ASR", "Powered by Phonexia"); finalJson.append("analysis", j); } // deleting String[] ss = asrname.split("/"); final String ffnn = ss[ss.length - 1]; ss = file.toString().split("/"); final String wwfn = ss[ss.length - 1]; final File folder = new File(paths.FileDirectory); final File[] files = folder.listFiles(new FilenameFilter() { @Override public boolean accept(final File dir, final String name) { boolean b = false; b = b | name.startsWith(ffnn); b = b | name.startsWith(wwfn); return b; } }); for (final File ffile : files) { if (!ffile.delete()) { System.err.println("Can't remove " + ffile.getAbsolutePath()); } } return Response.status(200).entity(finalJson.toString(4)).build(); }
From source file:us.mschmidt.komo.CalcEngine.java
/** * Performs number conversion computations. * /* ww w . j a v a 2 s .co m*/ * @param numString the number to be converted * @param opVal designation of the operation to be performed * @return the converted value */ private String doConvert(final String numString, final char opVal) { char opChar = opVal; String valString = numString; Double valA = 0.0; Double valAnswer = 0.0; // Make sure String is a number. If it is zero-length, assume the // keystroke was inadvertent and return "". if (valString.length() > 0) { try { valA = Double.parseDouble(valString); } catch (final NumberFormatException e) { return nanErr; } } else { return ""; } switch (opChar) { case 'Q': // Square Root valAnswer = Math.sqrt(valA); break; case 'I': // Inverse valAnswer = 1.0 / valA; break; default: // Do nothing - this should never happen break; } // Return properly formatted result String. return trimString(valAnswer.toString()); }
From source file:at.alladin.rmbt.statisticServer.OpenTestSearchResource.java
/** * Transforms the given parameters in a psql where-clause, starting with "AND" * @param attr the attribute name from the get-request - is replaced with the real column name * @param value what the column given in 'attr' should have as value * @param comperator the comparator, eg. '=', '>=', '<=' 'LIKE' * @param negate true, if the results should NOT match the criteria * @param type the type of the column (numeric, string, uuid, date) * @param queue the queue where the resulting transformed value should be put in * @return the formatted AND-Clause for the prepared statement (AND xxx = ?) *//*from w w w . j a v a 2 s . c o m*/ private String formatWhereClause(String attr, String value, String comperator, boolean negate, FieldType type, Queue<Map.Entry<String, FieldType>> queue) { //if it is a array => remove the brackets if (attr.endsWith("[]")) { attr = attr.substring(0, attr.length() - 2); } //because we use aliases, some modifications have to be made if (attr.equals("download_kbit")) { attr = "t.speed_download"; //histogram if (comperator.equals(">=")) this.histogramInfo.min_download = Long.parseLong(value); else if (comperator.equals("<=")) this.histogramInfo.max_download = Long.parseLong(value); } else if (attr.equals("upload_kbit")) { attr = "t.speed_upload"; //histogram if (comperator.equals(">=")) this.histogramInfo.min_upload = Long.parseLong(value); else if (comperator.equals("<=")) this.histogramInfo.max_upload = Long.parseLong(value); } else if (attr.equals("ping_ms")) { attr = "t.ping_median"; Double v = Double.parseDouble(value) * 1000000; //histogram if (comperator.equals(">=")) this.histogramInfo.min_ping = Double.parseDouble(value); else if (comperator.equals("<=")) this.histogramInfo.max_ping = Double.parseDouble(value); value = v.toString(); } else if (attr.equals("time")) { attr = "t.time"; } else if (attr.equals("cat_technology")) { attr = "nt.group_name"; } else if (attr.equals("client_version")) { attr = "client_software_version"; } else if (attr.equals("model")) { attr = "(adm.fullname ILIKE ? OR t.model ILIKE ?)"; queue.add(new AbstractMap.SimpleEntry<>(value, type)); queue.add(new AbstractMap.SimpleEntry<>(value, type)); if (!negate) { return " AND " + attr; } else { return " AND NOT " + attr; } } else if (attr.equals("provider_name")) { attr = "(mprov.name ILIKE ? OR (mprov.name IS NULL AND prov.name ILIKE ?))"; queue.add(new AbstractMap.SimpleEntry<>(value, type)); queue.add(new AbstractMap.SimpleEntry<>(value, type)); if (!negate) { return " AND " + attr; } else { return " AND NOT " + attr; } } else if (attr.equals("mobile_provider_name")) { attr = "mprov.name"; } else if (attr.equals("network_name")) { attr = "network_operator_name"; } else if (attr.equals("network_type")) { attr = "t.network_group_type"; } else if (attr.equals("cursor") || attr.equals("max_results")) { return ""; } else if (attr.equals("platform")) { attr = "(t.plattform ILIKE ? OR (t.plattform IS NULL AND t.client_name ILIKE ?))"; queue.add(new AbstractMap.SimpleEntry<>(value, type)); queue.add(new AbstractMap.SimpleEntry<>(value, type)); if (!negate) { return " AND " + attr; } else { return " AND NOT " + attr; } } else if (attr.equals("signal_strength")) { attr = "t.signal_strength"; } else if (attr.equals("open_uuid")) { attr = "t.open_uuid"; } else if (attr.equals("lat")) { attr = "t.geo_lat"; } else if (attr.equals("long")) { attr = "t.geo_long"; } else if (attr.equals("sim_mcc_mnc")) { attr = "network_sim_operator"; } else if (attr.equals("sim_country")) { attr = "network_sim_country"; } else if (attr.equals("asn")) { attr = "public_ip_asn"; } else if (attr.equals("implausible")) { //if false -> also allow null if (value.toLowerCase().equals("true")) { this.excludeImplausible = false; //return " AND (t.implausible = FALSE or t.implausible IS NULL)"; } } else if (attr.equals("loc_accuracy")) { attr = "t.geo_accuracy"; //special case: if value > threshold -> ignore and find no results (?) if (comperator.equals(">=") || comperator.equals("=")) { long val = Long.parseLong(value); if (val > Double.parseDouble(getSetting("rmbt_geo_accuracy_detail_limit"))) { return " AND 1=0"; } } //special case: if (-1) than NULL values should be found if (value.equals("-1")) { return " AND t.geo_accuracy IS NULL"; } } else if (attr.equals("ip_anonym")) { attr = "client_public_ip_anonymized"; } else if (attr.equals("ip_version")) { attr = "family(client_public_ip::inet)"; } //, zip_code are not renamed queue.add(new AbstractMap.SimpleEntry<>(value, type)); if (negate) { return " AND NOT " + attr + " " + comperator + " ?"; } else { return " AND " + attr + " " + comperator + " ?"; } }
From source file:com.esri.geoevent.solutions.adapter.cap.CAPInboundAdapter.java
private GeoEvent parseInfoAreaGeom(Element polygon, Element circle, Element geocode, String identifier, String infoID, String areaID) { GeoEvent msg;/* ww w .j a v a2s . c o m*/ try { msg = geoEventCreator .create(((AdapterDefinition) definition).getGeoEventDefinition("CAPInfoAreaGeom").getGuid()); Integer len = identifier.length(); try { msg.setField(0, identifier); } catch (Exception ex) { LOG.debug("Failed to set 'identifier': " + identifier); } try { msg.setField(1, infoID); } catch (Exception ex) { LOG.debug("Failed to set 'infoID': " + infoID); } try { msg.setField(2, areaID); } catch (Exception ex) { LOG.debug("Failed to set 'areaID': " + areaID); } SpatialReference sr = SpatialReference.create(4326); String tagName; NodeList nodeList; Element line; String strValue = ""; if (polygon != null) { tagName = "polygon"; try { strValue = getCharacterDataFromElement(polygon); msg.setField(3, strValue); } catch (Exception ex) { LOG.debug("Failed to set '" + tagName + "': " + strValue); } String[] coords = strValue.split(" "); if (coords.length >= 4) { String firstCoordPair = coords[0].trim(); String lastCoordPair = coords[coords.length - 1].trim(); boolean firstAndLastCoordsAreEqual = firstCoordPair.equals(lastCoordPair); if (!firstAndLastCoordsAreEqual) { System.out.println(" Invalid coordinate list."); System.out.println(" The first (" + firstCoordPair + ") and last (" + lastCoordPair + ") coordinate pairs are not identical."); //return null; } try { com.esri.core.geometry.Polygon capPoly = new com.esri.core.geometry.Polygon(); Boolean first = true; for (String pair : coords) { String[] xyArr = pair.split(","); Double y = Double.parseDouble(xyArr[0].trim()); Double x = Double.parseDouble(xyArr[1].trim()); if (Double.isNaN(y) | y == 0) continue; if (Double.isNaN(x) | x == 0) continue; Point p = new Point(x, y); //com.esri.core.geometry.Point p = GeometryEngine.project(x, y, sr); if (first) { capPoly.startPath(p); first = false; } else { capPoly.lineTo(p); } } capPoly.closeAllPaths(); Geometry simple = GeometryEngine.simplify(capPoly, sr); MapGeometry mapGeo = new MapGeometry(simple, sr); msg.setGeometry(mapGeo); } catch (Exception ex) { LOG.debug("Failed to set polygon"); } } } if (circle != null) { tagName = "circle"; try { strValue = getCharacterDataFromElement(circle); msg.setField(4, strValue); } catch (Exception ex) { LOG.debug("Failed to set '" + tagName + "': " + strValue); } String coordPair = ""; String radString = ""; try { String[] coords = strValue.split(" "); coordPair = coords[0]; String[] xAndY = coordPair.split(","); Double y = Double.parseDouble(xAndY[0]); Double x = Double.parseDouble(xAndY[1]); radString = coords[1]; Double radius = Double.parseDouble(radString); if (radius == null | radius <= 0) { System.out.println(" Invalid radius. Radius is " + radius.toString() + ". It must be non-null and > 0. Setting radius at 0.1."); //return null; radius = 0.1; } Geometry pointBuffer = buffer(x, y, radius); MapGeometry mapGeo = new MapGeometry(pointBuffer, sr); msg.setField(7, mapGeo); System.out.println(""); System.out.println(" Set a circle geometry for " + areaID + "."); System.out.println(""); } catch (Exception ex) { LOG.debug("Failed to set circle"); System.out.println( " Error parsing coordinates (" + coordPair + ") or radius (" + radString + ")."); return null; } } if (geocode != null) { tagName = "valueName"; nodeList = geocode.getElementsByTagName(tagName); line = (Element) nodeList.item(0); try { strValue = getCharacterDataFromElement(line); msg.setField(5, strValue); } catch (Exception ex) { LOG.debug("Failed to set 'Geocode Name': " + strValue); } tagName = "value"; nodeList = geocode.getElementsByTagName(tagName); line = (Element) nodeList.item(0); try { strValue = getCharacterDataFromElement(line); msg.setField(6, strValue); } catch (Exception ex) { LOG.debug("Failed to set 'Geocode Value': " + strValue); } } } catch (MessagingException e) { return null; } return msg; }
From source file:com.esri.ges.solutions.adapter.cap.CAPInboundAdapter.java
private GeoEvent parseInfoAreaGeom(Element polygon, Element circle, Element geocode, String identifier, String infoID, String areaID) { GeoEvent msg;//from ww w . j av a2 s. c o m try { msg = geoEventCreator .create(((AdapterDefinition) definition).getGeoEventDefinition("CAPInfoAreaGeom").getGuid()); try { msg.setField(0, identifier); } catch (Exception ex) { LOG.debug("Failed to set 'identifier': " + identifier); } try { msg.setField(1, infoID); } catch (Exception ex) { LOG.debug("Failed to set 'infoID': " + infoID); } try { msg.setField(2, areaID); } catch (Exception ex) { LOG.debug("Failed to set 'areaID': " + areaID); } String tagName; NodeList nodeList; Element line; String strValue = ""; if (polygon != null) { tagName = "polygon"; try { strValue = getCharacterDataFromElement(polygon); msg.setField(3, strValue); } catch (Exception ex) { LOG.debug("Failed to set '" + tagName + "': " + strValue); } String[] coords = strValue.split(" "); if (coords.length >= 4) { String firstCoordPair = coords[1]; String lastCoordPair = coords[coords.length - 1]; boolean firstAndLastCoordsAreEqual = firstCoordPair.equals(lastCoordPair); if (!firstAndLastCoordsAreEqual) { System.out.println(" Invalid coordinate list."); System.out.println(" The first (" + firstCoordPair + ") and last (" + lastCoordPair + ") coordinate pairs are not identical."); //return null; } try { Point gepPt = spatial.createPoint(-10, 10, 4326); gepWGS = gepPt.getSpatialReference(); com.esri.ges.spatial.Polygon polyG = spatial.createPolygon(); String coordPair = coords[0]; String[] xAndY = coordPair.split(","); Double y = Double.parseDouble(xAndY[0]); Double x = Double.parseDouble(xAndY[1]); polyG.setSpatialReference(gepWGS); polyG.startPath(x, y, 0); for (int p = 2; p < coords.length; p++) { coordPair = coords[p]; xAndY = coordPair.split(","); y = Double.parseDouble(xAndY[0]); x = Double.parseDouble(xAndY[1]); if (Double.isNaN(y) | y == 0) continue; if (Double.isNaN(x) | x == 0) continue; polyG.lineTo(x, y, 0); } if (!firstAndLastCoordsAreEqual) { } polyG.closeAllPaths(); msg.setField(7, polyG); System.out.println(""); System.out.println(" Set a polygon geometry for " + areaID + "."); System.out.println(""); } catch (Exception ex) { LOG.debug("Failed to set polygon"); } } } if (circle != null) { tagName = "circle"; try { strValue = getCharacterDataFromElement(circle); msg.setField(4, strValue); } catch (Exception ex) { LOG.debug("Failed to set '" + tagName + "': " + strValue); } String coordPair = ""; String radString = ""; try { String[] coords = strValue.split(" "); coordPair = coords[0]; String[] xAndY = coordPair.split(","); Double y = Double.parseDouble(xAndY[0]); Double x = Double.parseDouble(xAndY[1]); radString = coords[1]; Double radius = Double.parseDouble(radString); if (radius == null | radius <= 0) { System.out.println(" Invalid radius. Radius is " + radius.toString() + ". It must be non-null and > 0. Setting radius at 0.1."); //return null; radius = 0.1; } com.esri.ges.spatial.Polygon pointBuffer = buffer(x, y, radius); msg.setField(7, pointBuffer); System.out.println(""); System.out.println(" Set a circle geometry for " + areaID + "."); System.out.println(""); } catch (Exception ex) { LOG.debug("Failed to set circle"); System.out.println( " Error parsing coordinates (" + coordPair + ") or radius (" + radString + ")."); return null; } } if (geocode != null) { tagName = "valueName"; nodeList = geocode.getElementsByTagName(tagName); line = (Element) nodeList.item(0); try { strValue = getCharacterDataFromElement(line); msg.setField(5, strValue); } catch (Exception ex) { LOG.debug("Failed to set 'Geocode Name': " + strValue); } tagName = "value"; nodeList = geocode.getElementsByTagName(tagName); line = (Element) nodeList.item(0); try { strValue = getCharacterDataFromElement(line); msg.setField(6, strValue); } catch (Exception ex) { LOG.debug("Failed to set 'Geocode Value': " + strValue); } } } catch (MessagingException e) { return null; } return msg; }
From source file:org.janusgraph.diskstorage.es.ElasticSearchIndexTest.java
@Test public void testCustomMappingProperty() throws BackendException, IOException, ParseException { String mappingTypeName = "vertex"; String indexPrefix = "janusgraph"; String parameterName = "boost"; Double parameterValue = 5.5; String field = "field_with_custom_prop"; KeyInformation keyInfo = new StandardKeyInformation(String.class, Cardinality.SINGLE, Mapping.STRING.asParameter(), Parameter.of(ParameterType.customParameterName(parameterName), parameterValue)); index.register(mappingTypeName, field, keyInfo, tx); String indexName = indexPrefix + "_" + mappingTypeName; CloseableHttpResponse response = getESMapping(indexName, mappingTypeName); // Fallback to multitype index if (response.getStatusLine().getStatusCode() != 200) { indexName = indexPrefix;/*from ww w. jav a2s .com*/ response = getESMapping(indexName, mappingTypeName); } HttpEntity entity = response.getEntity(); JSONObject json = (JSONObject) new JSONParser().parse(EntityUtils.toString(entity)); String returnedProperty = retrieveValueFromJSON(json, indexName, "mappings", mappingTypeName, "properties", field, parameterName); assertEquals(parameterValue.toString(), returnedProperty); IOUtils.closeQuietly(response); }
From source file:com.likethecolor.alchemy.api.entity.DisambiguatedAlchemyEntityTest.java
@Test public void testLatitude_String() { final Double expectedLatitude = 35.123D; final String latitude = expectedLatitude.toString(); final DisambiguatedAlchemyEntity entity = new DisambiguatedAlchemyEntity(); entity.setLatitude(latitude);/* w w w .j av a 2 s . c o m*/ assertEquals(expectedLatitude, entity.getLatitude()); // null - should not change value entity.setLatitude(latitude); entity.setLatitude(null); assertEquals(expectedLatitude, entity.getLatitude()); // empty string - should not change value entity.setLatitude(latitude); entity.setLatitude(""); assertEquals(expectedLatitude, entity.getLatitude()); // empty white space string - should not change value entity.setLatitude(latitude); entity.setLatitude("\t \r\n "); assertEquals(expectedLatitude, entity.getLatitude()); // should be trimmed entity.setLatitude("\t \r\n \n\n" + latitude + " "); assertEquals(expectedLatitude, entity.getLatitude()); // non-number - should not change value entity.setLatitude(latitude); entity.setLatitude("foo"); assertEquals(expectedLatitude, entity.getLatitude()); }
From source file:com.likethecolor.alchemy.api.entity.DisambiguatedAlchemyEntityTest.java
@Test public void testLongitude_String() { final Double expectedLongitude = -22.87D; final String longitude = expectedLongitude.toString(); final DisambiguatedAlchemyEntity entity = new DisambiguatedAlchemyEntity(); entity.setLongitude(longitude);// ww w.j av a2s. c o m assertEquals(expectedLongitude, entity.getLongitude()); // null - should not change value entity.setLongitude(longitude); entity.setLongitude(null); assertEquals(expectedLongitude, entity.getLongitude()); // empty string - should not change value entity.setLongitude(longitude); entity.setLongitude(""); assertEquals(expectedLongitude, entity.getLongitude()); // empty white space string - should not change value entity.setLongitude(longitude); entity.setLongitude("\t \r\n "); assertEquals(expectedLongitude, entity.getLongitude()); // should be trimmed entity.setLongitude("\t \r\n \n\n" + longitude + " "); assertEquals(expectedLongitude, entity.getLongitude()); // non-number - should not change value entity.setLongitude(longitude); entity.setLongitude("foo"); assertEquals(expectedLongitude, entity.getLongitude()); }