Exemple #1
0
  public static void translateValData(URL document) throws ThinklabException {

    XMLDocument doc = new XMLDocument(document);
    XMLDocument.NodeIterator it = doc.iterator();
    PrintStream out = System.out;

    while (it.hasNext()) {

      Node n = it.next();
      if (!n.getNodeName().equals("esval:value")) continue;

      Node state = XMLDocument.findNode(n, "ima:state");
      Node biblio = XMLDocument.findNode(n, "documentation:bibliographic-reference");
      Node geosp = XMLDocument.findNode(n, "geospace:geospace");

      String originalValue = XMLDocument.getTextValue((Element) n, "esval:original-value");
      String originalUnits = XMLDocument.getTextValue((Element) n, "esval:original-unit");
      String valMethod = XMLDocument.getTextValue((Element) n, "esval:valuation-method");
      String label = XMLDocument.getTextValue((Element) n, "ima:name");
      String biome = XMLDocument.getTextValue((Element) n, "esval:biome");
      String eservice = XMLDocument.getTextValue((Element) n, "esval:ecosystem-service");
      String comment = XMLDocument.getTextValue((Element) n, "ima:description");
      String keywords = XMLDocument.getTextValue((Element) n, "ima:keywords");

      String actualValue = XMLDocument.getAttributeValue(state, "ima:initial-value");
      String currency = XMLDocument.getAttributeValue(state, "ima:state-type");
      String id = XMLDocument.getAttributeValue(n, "ima:id");

      String bibref = XMLDocument.getAttributeValue(biblio, "ima:references");
      bibref = bibref.substring(bibref.indexOf("#") + 1);
    }
  }
Exemple #2
0
  public static void translateBibData(URL document) throws ThinklabException {

    XMLDocument doc = new XMLDocument(document);
    XMLDocument.NodeIterator it = doc.iterator();

    PrintStream out = System.out;

    try {
      FileOutputStream os = new FileOutputStream(new File("biblio.data"));
      out = new PrintStream(os, true);
    } catch (FileNotFoundException e) {
      // TODO Auto-generated catch block
      e.printStackTrace();
    }

    while (it.hasNext()) {

      Node n = it.next();
      if (!n.getNodeName().equals("documentation:bibliographic-reference")) continue;

      String id = XMLDocument.getAttributeValue(n, "ima:id");
      Node seriesInfo = XMLDocument.findNode(n, "documentation:series-information");

      String originator = XMLDocument.getTextValue((Element) n, "documentation:originator");
      String title = XMLDocument.getTextValue((Element) n, "documentation:title");
      String date = XMLDocument.getTextValue((Element) n, "documentation:publication-date");
      String type = XMLDocument.getTextValue((Element) n, "documentation:type").trim();
      String details = XMLDocument.getTextValue((Element) n, "documentation:details");
      String comment = XMLDocument.getTextValue((Element) n, "rdfs:comment");
      String label = XMLDocument.getTextValue((Element) n, "rdfs:label");
      String keywords = XMLDocument.getTextValue((Element) n, "ima:keywords");

      String where =
          seriesInfo == null
              ? null
              : XMLDocument.getTextValue((Element) seriesInfo, "documentation:series-name");
      String issue =
          seriesInfo == null
              ? null
              : XMLDocument.getTextValue((Element) seriesInfo, "documentation:series-issue");
      String pages =
          seriesInfo == null
              ? null
              : XMLDocument.getTextValue((Element) seriesInfo, "documentation:series-page-range");

      /* TODO change pub type */
      String pClass = "bibtex:Article";
      String whereprop = "bibtex:hasJournal";
      if (type.equals("documentation:report")) {
        pClass = "bibtex:Techreport";
        whereprop = "bibtex:hasBooktitle";
      } else if (type.equals("documentation:book-section")) {
        pClass = "bibtex:Incollection";
        whereprop = "bibtex:hasBooktitle";
      } else if (type.equals("documentation:web-page")) {
        pClass = "bibtex:Techreport";
      } else if (type.equals("documentation:working-paper")) {
        pClass = "bibtex:Techreport";
      }

      /*
       * class; add where
       */
      out.println(
          " (modelling/object '"
              + pClass
              + "\n\t"
              + (label == null ? "" : ("\"" + trim(label) + "\"\n\t"))
              + (comment == null ? "" : ("\"" + trim(comment) + "\"\n\t"))
              + (where == null ? "" : ("(" + whereprop + " \"" + trim(originator) + "\")\n\t"))
              + (originator == null ? "" : ("(bibtex:hasAuthor \"" + trim(originator) + "\")\n\t"))
              + (title == null ? "" : ("(bibtex:hasTitle \"" + trim(title) + "\")\n\t"))
              + (date == null ? "" : ("(bibtex:hasYear " + trim(date) + ")\n\t"))
              + (issue == null ? "" : ("(bibtex:hasNumber " + trim(issue) + ")\n\t"))
              + (pages == null ? "" : ("(bibtex:hasPages \"" + trim(pages) + "\")\n\t"))
              + (details == null ? "" : ("(bibtex:hasAbstract \"" + trim(details) + "\")\n\t"))
              + (keywords == null ? "" : ("(bibtex:hasKeywords \"" + trim(keywords) + "\")\n\t"))
              + ") :id "
              + id);
    }

    out.close();
  }