private static void runTopicCollab(DataManager mgr, int venueId, int[] stend)
throws SQLException, IOException {
CsvWriter outfile;
DBLPTopicAuthCollabQuery tquery2 = new DBLPTopicAuthCollabQuery();
tquery2.setResearchDomain(venueId);
tquery2.setEarliestLatestYear(stend[0], stend[1]);
tquery2.setTopicBasedCollaboration();
outfile = new CsvWriter("out/topiccollabindex.csv");
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close();
tquery2.setKWBasedCollaboration();
outfile = new CsvWriter("out/collabindex.csv");
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close();
}
@Override
public void createSchema(SimpleFeatureType featureType) throws IOException {
List<String> header = new ArrayList<String>();
GeometryDescriptor geometryDescrptor = featureType.getGeometryDescriptor();
if (geometryDescrptor != null
&& CRS.equalsIgnoreMetadata(
DefaultGeographicCRS.WGS84, geometryDescrptor.getCoordinateReferenceSystem())
&& geometryDescrptor.getType().getBinding().isAssignableFrom(Point.class)) {
header.add(this.latField);
header.add(this.lngField);
} else {
throw new IOException(
"Unable use '"
+ this.latField
+ "' / '"
+ this.lngField
+ "' to represent "
+ geometryDescrptor);
}
for (AttributeDescriptor descriptor : featureType.getAttributeDescriptors()) {
if (descriptor instanceof GeometryDescriptor) continue;
header.add(descriptor.getLocalName());
}
// Write out header, producing an empty file of the correct type
CsvWriter writer = new CsvWriter(new FileWriter(this.csvFileState.getFile()), ',');
try {
writer.writeRecord(header.toArray(new String[header.size()]));
} finally {
writer.close();
}
}
/** Adds the seached tweets to the file tweetsBase.csv */
public void saveBase() {
try {
if (baseTweets == null) {
baseTweets = new ArrayList<Tweet>();
}
CsvWriter csvOutput = new CsvWriter(new FileWriter(AppliSettings.filename, true), ';');
for (Tweet tweet : listCleanTweets) {
int index = alreadyIn(tweet.getId());
if (index == -1) {
csvOutput.write("" + tweet.getId());
csvOutput.write(tweet.getUser());
String text = cleanTweet(tweet.getTweet());
csvOutput.write(text);
csvOutput.write("" + tweet.getDate());
csvOutput.write("" + tweet.getNote());
csvOutput.endRecord();
baseTweets.add(tweet);
} else {
updateCSV(tweet.getNote(), index);
}
}
csvOutput.close();
} catch (IOException e) {
System.out.println("saveBase");
System.out.println(e.getMessage());
}
}
public void exportarProspecto(String nombreArchivo) {
String outputFile = nombreArchivo;
// before we open the file check to see if it already exists
boolean alreadyExists = new File(outputFile).exists();
try {
// use FileWriter constructor that specifies open for appending
CsvWriter csvOutput = new CsvWriter(new FileWriter(outputFile, true), ',');
// if the file didn't already exist then we need to write out the header line
if (!alreadyExists) {
csvOutput.write("Dni");
csvOutput.write("Nombres");
csvOutput.write("Apellido_Paterno");
csvOutput.write("Apellido_Materno");
csvOutput.write("Telefono");
csvOutput.write("FechaContacto");
csvOutput.write("Correo");
csvOutput.write("Direccion");
csvOutput.write("Distrito");
csvOutput.write("Departamento");
csvOutput.endRecord();
}
// else assume that the file already has the correct header line
List<Prospecto> prospecto = new ArrayList<Prospecto>();
prospecto = devolverListaProspecto();
for (Prospecto prospectos : prospecto) {
// write out a few records
csvOutput.write(prospectos.getDni());
csvOutput.write(prospectos.getNombres());
csvOutput.write(prospectos.getApellido_Paterno());
csvOutput.write(prospectos.getApellido_Materno());
csvOutput.write(prospectos.getTelefono());
csvOutput.write(prospectos.getFechaContacto());
csvOutput.write(prospectos.getCorreo());
csvOutput.write(prospectos.getDireccion());
csvOutput.write(prospectos.getDistrito());
csvOutput.write(prospectos.getDepartamento());
csvOutput.endRecord();
}
csvOutput.close();
} catch (IOException e) {
e.printStackTrace();
}
}
private static void runTopicDistribution(DataManager mgr, int venueId, int[] stend, int timestep)
throws SQLException, IOException {
CsvWriter outfile;
/* outfile= new CsvWriter("out/topicq1_total.csv");
DBLPTopicQuery1 tquery1 = new DBLPTopicQuery1();
tquery1.setResearchDomain(venueId);
tquery1.setEarliestLatestYear(stend[0], stend[1]);
tquery1.setTimeStep(timestep);
System.out.println("Processing Topic Query#1- by Paper Count");
tquery1.setTopicDistributionByPaperCount();
tquery1.processQuery(mgr.getConnection(), outfile);
outfile.close();
System.out.println("Processing Topic Query#1- by Citation Count Hindsight");
tquery1.setTopicDistributionByCitationHindsight();
outfile= new CsvWriter("out/topicq1cite_hindsight_total.csv");
tquery1.processQuery(mgr.getConnection(), outfile);
outfile.close();
System.out.println("Processing Topic Query#1- by Citation Count Yearbased");
// Below two lines are useless. Doing it since the data import format was wrong
DataExporterImporter importer = new DataExporterImporter();
importer.createCitationTable(mgr.getConnection(), venueId);
tquery1.setTopicDistributionByCitationInAYear();
outfile= new CsvWriter("out/topicq1cite_total.csv");
tquery1.processQuery(mgr.getConnection(), outfile);
outfile.close();
*/
/*
DBLPTopicAffinityQuery tquery2= new DBLPTopicAffinityQuery();
tquery2.setResearchDomain(venueId);
tquery2.setEarliestLatestYear(stend[0], stend[1]);
tquery2.setBeginEndYear(stend[0], stend[1]);
outfile= new CsvWriter("out/author_topicaffinity.csv");
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close();
*/
/*
DBLPTopicAffinityQuery tquery2= new DBLPTopicAffinityQuery();
tquery2.setResearchDomain(venueId);
outfile= new CsvWriter("out/author_topicaffinity_"+stend[0] + "-" + stend[0]+".csv");
tquery2.setBeginEndYear(stend[0], stend[0]);
System.out.println("Processing Query to generate Topic Affinity for each author for " + stend[0] + "-" + stend[0]);
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close();
for (int curryr = stend[0]+timestep; curryr <= stend[1]; curryr+=timestep) {
int endyr= (curryr + timestep-1)>stend[1]?stend[1]:(curryr+timestep-1);
String yrRange = stend[0] + "-" + endyr;
outfile= new CsvWriter("out/author_topicaffinity_"+yrRange+".csv");
tquery2.setBeginEndYear(stend[0], endyr);
System.out.println("Processing Query to generate Topic Affinity for each author for " + yrRange);
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close();
}
*/
System.out.println(
"Processing Topic Query#4- half-life calculation based on Cited Half-Life and prospective half-life");
outfile = new CsvWriter("out/newtopichl.5.csv");
/* DBLPTopicQuery2 tquery2 = new DBLPTopicQuery2();
tquery2.setResearchDomain(venueId);
tquery2.setEarliestLatestYear(stend[1], stend[1]);
tquery2.setTimeStep(timestep);
tquery2.processQuery(mgr.getConnection(), outfile);
outfile.close(); */
DBLPTopicQuery5 tquery4 = new DBLPTopicQuery5();
tquery4.setResearchDomain(venueId);
tquery4.setEarliestLatestYear(stend[0], stend[1]);
tquery4.setTimeStep(timestep);
tquery4.processQuery(mgr.getConnection(), outfile);
outfile.close();
}
public void createCSVResultFile(RemoteHostList remoteHostList, String currentTime) {
for (RemoteHost rh : remoteHostList.getListOfRemoteHost()) {
String outpuCsvtFile =
"./host/"
+ currentTime
+ "_"
+ rh.getIP()
+ "/"
+ currentTime
+ "_"
+ rh.getIP()
+ "_EPAV_Result.csv";
try {
CsvWriter csvOutput = new CsvWriter(new FileWriter(outpuCsvtFile, true), ' ');
csvOutput.write("Remote host infomation:");
csvOutput.endRecord();
csvOutput.endRecord();
csvOutput.write("IP Address:");
csvOutput.write(rh.getIP());
csvOutput.endRecord();
csvOutput.write("MAC Address:");
csvOutput.write(rh.getMAC());
csvOutput.endRecord();
csvOutput.write("Operating system details:");
csvOutput.write(rh.getOS());
csvOutput.endRecord();
csvOutput.endRecord();
csvOutput.write("List of Ports:");
csvOutput.endRecord();
csvOutput.write("Name");
csvOutput.write("State");
csvOutput.write("Service");
csvOutput.write("Warning");
csvOutput.write("Solution");
csvOutput.endRecord();
for (Port p : rh.getPorts().getListOfPort()) {
csvOutput.write(p.getName());
csvOutput.write(p.getState());
csvOutput.write(p.getService());
csvOutput.write(p.getWarning());
csvOutput.write(p.getSolution());
csvOutput.endRecord();
}
csvOutput.endRecord();
csvOutput.write("List of Vulnerabilities:");
csvOutput.endRecord();
csvOutput.write("Name");
csvOutput.write("State");
csvOutput.write("Patches");
csvOutput.endRecord();
for (Vulnerability v : rh.getVulnerabilities().getListOfVulnerability()) {
csvOutput.write(v.getName());
csvOutput.write(v.getState());
csvOutput.write(v.getPatchList().display());
csvOutput.endRecord();
}
csvOutput.close();
} catch (Exception e) {
e.printStackTrace();
}
}
}
public static void main(String argv[]) throws IOException {
argv[0] = "-mis";
argv[1] = "/Users/Indri/Eclipse_workspace/GeoNames/cities1000.txt";
argv[2] = "/Users/Indri/Eclipse_workspace/GazIndex";
argv[3] = "SampleInput/jsonTweets.txt";
argv[4] = "-json";
argv[5] = "SampleOutput/jsonTweets.out.csv";
boolean misspell = argv[0].equals("-mis") ? true : false;
String dicPath = argv[1]; // = "GeoNames/allCountries.txt";// gazetteer from geonames
String indexPath = argv[2]; // index path
String input = argv[3]; // = "tweet.csv";//to be determined.// test file path
String type = argv[4]; // -json or -text
String output = argv[5]; // = "output2.csv"; //output file path
CollaborativeIndex ci =
new CollaborativeIndex()
.config("GazIndex/StringIndex", "GazIndex/InfoIndex", "mmap", "mmap")
.open();
EnglishParser enparser = new EnglishParser("res/", ci, false);
ContextDisamb c = new ContextDisamb();
LangDetector lang = new LangDetector("res/langdetect.profile");
BufferedReader reader = GetReader.getUTF8FileReader(argv[3]);
CsvWriter writer = new CsvWriter(output, ',', Charset.forName("utf-8")); // write
writer.writeRecord(new String[] {"SPANISH TWEETS", "LOCATIONS"});
String line = null;
while ((line = reader.readLine()) != null) {
line = line.trim();
if (line.length() == 0) continue;
Tweet t = new Tweet();
String text = null;
if (argv[4].equals("-text")) text = line;
else
try {
text = (DataObjectFactory.createStatus(line.trim()).getText());
} catch (TwitterException e) {
// TODO Auto-generated catch block
System.err.println("JSON format corrupted, or no content.");
continue;
}
t.setText(text);
List<String> match = enparser.parse(t);
// Generate Matches
if (match == null || match.size() == 0) {
/** write blank result and the line itself if no match found. */
writer.writeRecord(new String[] {text, ""});
continue;
}
HashSet<String> reducedmatch = new HashSet<String>();
for (String s : match) reducedmatch.add(s.substring(3, s.length() - 3));
// Disambiguate topo
HashMap<String, String[]> result = c.returnBestTopo(ci, reducedmatch);
if (result == null) {
System.out.println("No GPS for any location is found.");
} else {
System.out.println("The grounded location(s) are:");
String topoStr = "";
for (String topo : result.keySet())
topoStr +=
"["
+ (topo
+ ": "
+ result.get(topo)[2]
+ " "
+ result.get(topo)[0]
+ " "
+ result.get(topo)[1])
+ "] ";
writer.writeRecord(new String[] {text, topoStr});
}
}
reader.close();
writer.close();
}