Package org.rhq.core.util

Examples of org.rhq.core.util.IniEditor$Section


    System.out.printf("%s%n", spec);
    assert spec.section.equals(v2.getShapeAsSection());

    spec = ParsedSectionSpec.parseVariableSection(ncfile, "group\\.name/var\\.name(1,0:0)");
    System.out.printf("%s%n", spec);
    Section s = new Section("1,0");
    assert spec.section.equals(s);

    ncfile.close();
  }
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    System.out.printf("%s%n", spec);
    assert spec.section.equals(v2.getShapeAsSection());

    spec = ParsedSectionSpec.parseVariableSection(ncfile, "group\\(name/var\\(name(1,0:0)");
    System.out.printf("%s%n", spec);
    Section s = new Section("1,0");
    assert spec.section.equals(s);

    ncfile.close();
  }
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    super(name);
  }

  public void testFull() throws InvalidRangeException {
    int[] shape = new int[] {123,22,92,12};
    Section section = new Section(shape);
    IndexChunker index = new IndexChunker(shape, section);
    assert index.getTotalNelems() == section.computeSize();
    IndexChunker.Chunk chunk = index.next();
    assert chunk.getNelems() == section.computeSize();
    assert !index.hasNext();
  }
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  }

  public void testPart() throws InvalidRangeException {
    int[] full = new int[] {2, 10, 20};
    int[] part = new int[] {2, 5, 20};
    Section section = new Section(part);
    IndexChunker index = new IndexChunker(full, section);
    assert index.getTotalNelems() == section.computeSize();
    IndexChunker.Chunk chunk = index.next();
    assert chunk.getNelems() == section.computeSize()/2;
  }
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    IndexChunker.Chunk chunk = index.next();
    assert chunk.getNelems() == section.computeSize()/2;
  }

  public void testChunkerTiled() throws InvalidRangeException {
    Section dataSection = new Section("0:0, 20:39,  0:1353 ");
    Section wantSection = new Section("0:2, 22:3152,0:1350");
    IndexChunkerTiled index = new IndexChunkerTiled(dataSection, wantSection);
    while(index.hasNext()) {
      Layout.Chunk chunk = index.next();
      System.out.println(" "+chunk);
    }
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      System.out.println(" "+chunk);
    }
  }

  public void testChunkerTiled2() throws InvalidRangeException {
    Section dataSection = new Section("0:0, 40:59,  0:1353  ");
    Section wantSection = new Section("0:2, 22:3152,0:1350");
    IndexChunkerTiled index = new IndexChunkerTiled(dataSection, wantSection);
    while(index.hasNext()) {
      Layout.Chunk chunk = index.next();
      System.out.println(" "+chunk);
    }
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    int[] dataShape = A.getShape();
    assert dataShape.length == shape.length;
    for (int i = 0; i < shape.length; i++)
      assert dataShape[i] == shape[i];
    Section all = v.getShapeAsSection();
    System.out.println("  Entire dataset="+all);

    for (int k = 0; k < ntrials; k++) {
      // create a random subset, read and compare
      testOne(v, randomSubset(all, 1), A);
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      CompareNetcdf.compareData(sdata, Asection);
  }

  private static Section randomSubset(Section all, int stride) throws InvalidRangeException {
    Section s = new Section();
    for (Range r : all.getRanges()) {
      int first = random(r.first(), r.last() / 2);
      int last = random(r.last() / 2, r.last());
      s.appendRange(first, last, stride);
    }
    return s;
  }
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    if (v.getDataType() == DataType.SEQUENCE)
      indexSelect = null; // ignore whatever was sent

    // get the selected Ranges, or all, and add to the list
    Section section;
    if (indexSelect != null) {
      section = new Section(indexSelect);
      section = Section.fill(section, v.getShape()); // Check section has no nulls, set from shape array.
    } else {
      section = v.getShapeAsSection(); // all
    }
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    System.out.println(" dump of ctv = \n" + lev);

    VariableDS v = (VariableDS) ncd.findVariable(varName);
    assert v != null;
    System.out.printf(" data variable = %s%n", v);
    Section varSection = new Section(v.getShapeAsSection());

    List cList = v.getCoordinateSystems();
    assert cList != null;
    assert cList.size() == 1;
    CoordinateSystem csys = (CoordinateSystem) cList.get(0);

    List<CoordinateTransform> vList = new ArrayList<CoordinateTransform>();
    for (CoordinateTransform ct : csys.getCoordinateTransforms()) {
      if (ct.getTransformType() == TransformType.Vertical)
        vList.add(ct);
    }
    assert vList.size() == 1;
    CoordinateTransform ct = (CoordinateTransform) vList.get(0);
    assert ct.getTransformType() == TransformType.Vertical;
    assert ct instanceof VerticalCT;

    VerticalCT vct = (VerticalCT) ct;
    assert vct.getVerticalTransformType() == vtype : vct.getVerticalTransformType();

    VariableDS ctv = CoordTransBuilder.makeDummyTransformVariable(ncd, ct);
    System.out.println(" dump of equivilent ctv = \n" + ctv);

    VerticalTransform vt = null;
    if (timeName == null) {
      vt = vct.makeVerticalTransform(ncd, null);
      assert !vt.isTimeDependent();
      ucar.ma2.Array coordVals = vt.getCoordinateArray(0);
      assert (null != coordVals);

      Section cSection = new Section(coordVals.getShape());
      System.out.printf(" coordVal shape = %s %n", cSection);
      assert varSection.computeSize() == cSection.computeSize();

    } else {
      Dimension timeDim = ncd.findDimension(timeName);
      assert null != timeDim;
      vt = vct.makeVerticalTransform(ncd, timeDim);
      assert vt.isTimeDependent();

      varSection = varSection.removeRange(0); // remove time dependence for comparision

      for (int i = 0; i < timeDim.getLength(); i++) {
        ucar.ma2.ArrayDouble.D3 coordVals = vt.getCoordinateArray(i);
        assert (null != coordVals);
        Section cSection = new Section(coordVals.getShape());
        System.out.printf("%s: varSection shape = %s %n", v.getFullName(), varSection);
        System.out.printf("%s: coordVal shape = %s %n", v.getFullName(), cSection);
        assert varSection.computeSize() == cSection.computeSize();
      }
    }
    assert vt != null;
    assert vclass.isInstance(vt);
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