/**
* Test method for {@link
* net.hyperadapt.pxweave.interpreter.test.OperationInterpreter#interpreteFillComponentByID(java.lang.String,
* java.lang.String, org.w3c.dom.NodeList, java.util.List)} .
*
* @throws XMLWeaverException
*/
@Test
public void testInterpreteFillComponentByID() throws XMLWeaverException {
final Document listTarget = parser.buildDOM(URI.create("testData/bookList.xml"));
final Document bookSource = parser.buildDOM(URI.create("testData/book.xml"));
final NodeList joinPoints = xPathEvaluator.evaluateXPath("//book", listTarget);
final NodeList sourceComps = xPathEvaluator.evaluateXPath("//books:book", bookSource);
final List<Element> sourceComponents = new ArrayList<Element>();
sourceComponents.add((Element) sourceComps.item(0));
sourceComponents.add((Element) sourceComps.item(1));
sourceComponents.add((Element) sourceComps.item(2));
oInterpreter.interpreteFillComponentByID("price", "price", joinPoints, sourceComponents);
NodeList result = xPathEvaluator.evaluateXPath("//book//books:name/text()", listTarget);
assertTrue(
"JoinPoints are filled with the correct nodes",
(result.item(0).getNodeValue().contentEquals("Sam")
& result.item(1).getNodeValue().contentEquals("M."))
& result.item(2).getNodeValue().contentEquals("A"));
oInterpreter.interpreteFillComponentByID("price", "price", joinPoints, sourceComponents);
result = xPathEvaluator.evaluateXPath("//book//books:name/text()", listTarget);
assertTrue(
"Already existing nodes in joinPoints are kept",
(result.item(0).getNodeValue().contentEquals("Sam")
& result.item(1).getNodeValue().contentEquals("Sam"))
& result.item(2).getNodeValue().contentEquals("M."));
}
/**
* Test method for {@link
* net.hyperadapt.pxweave.interpreter.test.OperationInterpreter#interpreteFillComponentByID(java.lang.String,
* java.lang.String, org.w3c.dom.NodeList, java.util.List)} .
*
* @throws XMLWeaverException
*/
@Test(expected = XMLWeaverException.class)
public void testInterpreteFillComponentByIDMissingSource() throws XMLWeaverException {
final Document listTarget = parser.buildDOM(URI.create("testData/bookList.xml"));
final Document source = parser.buildDOM(URI.create("testData/book.xml"));
final NodeList joinPoints = xPathEvaluator.evaluateXPath("//book", listTarget);
final NodeList sourceComps = xPathEvaluator.evaluateXPath("//books:book", source);
final List<Element> sourceComponents = new ArrayList<Element>();
sourceComponents.add((Element) sourceComps.item(0));
sourceComponents.add((Element) sourceComps.item(1));
oInterpreter.interpreteFillComponentByID("price", "price", joinPoints, sourceComponents);
}
/** @throws java.lang.Exception */
@Before
public void setUp() throws Exception {
parser = new DOML3Parser();
document = parser.buildDOM((new File("testData/book.xml")).toURI());
xPathEvaluator =
new XPathEvaluator(
new Environment.NSContext() {
{
this.getNamespaces().put("books", URI.create("http://books"));
this.getDefinitions()
.put(URI.create("http://books"), (new File("testData/book.xsd")).toURI());
}
});
testElements0 = new ArrayList<Element>();
testElements1 =
new ArrayList<Element>() {
private static final long serialVersionUID = 1L;
{
add(document.createElement("test0"));
}
};
testElements3 =
new ArrayList<Element>() {
private static final long serialVersionUID = 1L;
{
add(document.createElement("test0"));
add(document.createElement("test1"));
add(document.createElement("test2"));
}
};
testText0 = new ArrayList<Text>();
testText1 =
new ArrayList<Text>() {
private static final long serialVersionUID = 1L;
{
add(document.createTextNode("text0"));
}
};
testText3 =
new ArrayList<Text>() {
private static final long serialVersionUID = 1L;
{
add(document.createTextNode("text0"));
add(document.createTextNode("text1"));
add(document.createTextNode("text2"));
}
};
}
