public String getTestXML(TestCaseList tcList) {
StringBuffer xml = new StringBuffer();
for (int i = 0; i < tcList.getList().size(); i++) {
xml.append("\n");
xml.append(getTestXML((Testable) tcList.getList().get(i)));
}
xml.append("\n");
return xml.toString();
}
public String getTestXML(TestCase testCase) {
Geometry[] geom = testCase.getGeometries();
StringBuffer xml = new StringBuffer();
xml.append("<case>\n");
xml.append(getDescriptionForXml(testCase));
if (geom[0] != null) {
String wkt0 = wktWriter.writeFormatted(geom[0]);
xml.append(" <a> " + wkt0 + "\n </a>\n");
}
if (geom[1] != null) {
String wkt1 = wktWriter.writeFormatted(geom[1]);
xml.append(" <b> " + wkt1 + "\n </b>\n");
}
if (testCase.getExpectedIntersectionMatrix() != null) {
xml.append(" <test>\n");
xml.append(
" <op name=\"relate\" arg1=\"A\" arg2=\"B\" arg3=\""
+ testCase.getExpectedIntersectionMatrix()
+ "\">true</op>\n");
xml.append(" </test>\n");
}
if (testCase.getExpectedBoundary() != null) {
xml.append(getTestXML(testCase.getExpectedBoundary(), "getboundary", new String[] {}));
}
if (testCase.getExpectedConvexHull() != null) {
xml.append(getTestXML(testCase.getExpectedConvexHull(), "convexhull", new String[] {}));
}
if (testCase.getExpectedIntersection() != null) {
xml.append(
getTestXML(testCase.getExpectedIntersection(), "intersection", new String[] {"B"}));
}
if (testCase.getExpectedUnion() != null) {
xml.append(getTestXML(testCase.getExpectedUnion(), "union", new String[] {"B"}));
}
if (testCase.getExpectedDifference() != null) {
xml.append(getTestXML(testCase.getExpectedDifference(), "difference", new String[] {"B"}));
}
if (testCase.getExpectedSymDifference() != null) {
xml.append(
getTestXML(testCase.getExpectedSymDifference(), "symdifference", new String[] {"B"}));
}
xml.append("</case>\n");
return xml.toString();
}