@Test
public void addParticipantRefTest() {
grou = new Grounding(topo);
ParticipantRef pref1 =
new ParticipantRef("Ref1", new QName("http://example.com", "localpart1", "cns"));
ParticipantRef pref2 =
new ParticipantRef("Ref2", new QName("http://example.com/2", "localpart2", "cns"));
// 1.
int expectedInt = grou.getParticipantRefs().size() + 1;
grou.add(pref1);
int actualInt = grou.getParticipantRefs().size();
Assert.assertEquals(expectedInt, actualInt);
Assert.assertEquals("http://example.com", grou.getNamespaceMap().get("cns"));
// 2.
expectedInt = grou.getParticipantRefs().size() + 1;
grou.add(pref2);
actualInt = grou.getParticipantRefs().size();
Assert.assertEquals(expectedInt, actualInt);
Assert.assertTrue(
grou.getNamespaceMap().getReverse("http://example.com/2").get(0).equals("cns1"));
}
@Test
public void addMessageLinkTest() {
grou = new Grounding(topo);
// test case
// input: a messageLink will be added, it's portType will contains a new namespace.
// expected: 1) the namespace is collected in the namespaceMap
// 2) the messageLink is added to grounding
// 3) if new prefix is created, the qName(portType) in the messageLink should be
// updated.
org.bpel4chor.model.topology.impl.MessageLink tMsgLink =
new org.bpel4chor.model.topology.impl.MessageLink();
tMsgLink.setName("eTicket");
String ns = "www.wsdl.com";
String localpart = "input";
String prefix = "wsdl";
QName portType = new QName(ns, localpart, prefix);
MessageLink ml = new MessageLink(tMsgLink, portType, "sendTicket");
// 1)
String expectedString = ns;
int expectedSize = grou.getNamespaceMap().size() + 1;
grou.add(ml);
String actualString = grou.getNamespaceMap().get(prefix);
Assert.assertEquals(expectedString, actualString);
// 2
int actualSize = grou.getNamespaceMap().size();
Assert.assertEquals(expectedSize, actualSize);
// 3
org.bpel4chor.model.topology.impl.MessageLink tMsgLink2 =
new org.bpel4chor.model.topology.impl.MessageLink();
tMsgLink2.setName("eTicket2");
QName portType2 = new QName("http://www.example.com/receive", "localpart", "wsdl");
MessageLink ml2 = new MessageLink(tMsgLink2, portType2, "receiveTicket");
grou.add(ml2);
String oldPrefix = "wsdl";
String newPrefix = ml2.getPortType().getPrefix();
Assert.assertFalse(newPrefix.equals(oldPrefix));
}
@Test
public void GroundingImplTopologyRefTest() {
grou = new Grounding(topo);
String expected = BPEL4ChorConstants.TOPOLOGY_XMLNS;
String actual = grou.getNamespaceMap().get("tns");
Assert.assertEquals(expected, actual);
QName expectedQName =
new QName(
topo.getTargetNamespace(), topo.getName(), BPEL4ChorConstants.TOPOLOGY_PREFIX_BASE);
QName actualQName = grou.getTopology();
Assert.assertEquals(
BPEL4ChorUtil.getString(expectedQName), BPEL4ChorUtil.getString(actualQName));
}
/**
* Read in the grounding file from the given InputStream
*
* @param inputStream The {@link InputStream} for reading
* @param topology The {@link Topology} belonging to the Grounding
* @return The read {@link Grounding}
*/
public static Grounding readGrounding(InputStream inputStream, Topology topology) {
XMLInputFactory factory = XMLInputFactory.newInstance();
XMLStreamReader parser;
Grounding grounding = null;
try {
parser = factory.createXMLStreamReader(inputStream);
if ((parser.getEventType() == XMLStreamConstants.START_DOCUMENT)) {
parser.nextTag();
}
if (parser.getLocalName().equals("grounding")
&& !(parser.getEventType() == XMLStreamConstants.END_ELEMENT)) {
grounding = new Grounding(topology);
for (int i = 0; i < parser.getNamespaceCount(); i++) {
if (parser.getNamespacePrefix(i) != null) {
grounding
.getNamespaceMap()
.addNamespace(parser.getNamespaceURI(i), parser.getNamespacePrefix(i));
}
}
grounding.setTargetNamespace(
BPEL4ChorReader.getStrAttribute(parser, "targetNamespace", true).toString());
parser.nextTag();
}
if (parser.getLocalName().equals("messageLinks")) {
parser.nextTag();
while (parser.hasNext() && parser.getLocalName().equals("messageLink")) {
if (!(parser.getEventType() == XMLStreamConstants.END_ELEMENT)) {
grounding
.getMessageLinks()
.add(
BPEL4ChorReader.readInMessageLinkGD(
parser, grounding.getNamespaceMap(), topology));
}
parser.nextTag();
}
parser.nextTag();
}
if (parser.getLocalName().equals("participantRefs")) {
parser.nextTag();
while (parser.hasNext() && parser.getLocalName().equals("participantRef")) {
if (!(parser.getEventType() == XMLStreamConstants.END_ELEMENT)) {
grounding
.getParticipantRefs()
.add(BPEL4ChorReader.readInParticipantRef(parser, grounding.getNamespaceMap()));
}
parser.nextTag();
}
parser.nextTag();
}
if (parser.getLocalName().equals("properties")) {
parser.nextTag();
while (parser.hasNext() && parser.getLocalName().equals("property")) {
if (!(parser.getEventType() == XMLStreamConstants.END_ELEMENT)) {
grounding
.getProperties()
.add(BPEL4ChorReader.readInProperty(parser, grounding.getNamespaceMap()));
}
parser.nextTag();
}
parser.nextTag();
}
} catch (XMLStreamException e) {
e.printStackTrace();
} catch (MalformedTLGLSyntaxException e) {
e.printStackTrace();
}
return grounding;
}