@Test
public void contextTest() {
final CloudModel model =
new CloudModel(DataManagerBuilder.create().withScheduler(new DirectScheduler()).build());
model.connect(
new KCallback<Throwable>() {
@Override
public void on(Throwable throwable) {
if (throwable != null) {
throwable.printStackTrace();
} else {
CloudUniverse universe = model.newUniverse();
CloudView time0 = universe.time(0l);
Node root = time0.createNode();
// time0.setRoot(root, null);
root.setName("root");
Assert.assertEquals("root", root.getName());
Node n1 = time0.createNode();
n1.setName("n1");
Node n2 = time0.createNode();
n2.setName("n2");
root.addChildren(n1);
root.addChildren(n2);
final int[] counter = {0};
KModelContext context = model.createModelContext();
context.listen(
new KCallback<long[]>() {
@Override
public void on(long[] o) {
counter[0]++;
}
});
context.set(0, 0, 0, 0);
Assert.assertEquals(counter[0], 1);
}
}
});
}
@Test
public void badLookupTest() {
final CloudModel model =
new CloudModel(DataManagerBuilder.create().withScheduler(new DirectScheduler()).build());
model.connect(
new KCallback<Throwable>() {
@Override
public void on(Throwable throwable) {
if (throwable != null) {
throwable.printStackTrace();
} else {
CloudUniverse universe = model.newUniverse();
CloudView time0 = universe.time(0l);
Node root = time0.createNode();
// time0.setRoot(root, null);
root.setName("root");
Assert.assertEquals("root", root.getName());
Node n1 = time0.createNode();
n1.setName("n1");
Node n2 = time0.createNode();
n2.setName("n2");
root.addChildren(n1);
root.addChildren(n2);
time0.lookup(
42,
new KCallback<KObject>() {
@Override
public void on(KObject kObject) {
Assert.assertNull(kObject);
}
});
}
}
});
}
public static void main(String[] args) {
KMetaModel metaModel = new MetaModel("SmartCityMetaModel");
KMetaClass metaClassCity = metaModel.addMetaClass("City");
KMetaClass metaClassDistrict = metaModel.addMetaClass("District");
metaClassCity.addAttribute("name", KPrimitiveTypes.STRING);
metaClassDistrict.addAttribute("name", KPrimitiveTypes.STRING);
metaClassDistrict.addAttribute("nbcitizen", KPrimitiveTypes.LONG);
// create the reference districts from City to district with multiplicity 0..*
metaClassCity.addRelation("districts", metaClassDistrict, null);
KModel model =
metaModel.createModel(
DataManagerBuilder.create().withScheduler(new DirectScheduler()).build());
model.connect(
o -> {
// Create reflexively a model object using the metaClass name
KObject city = model.createByName("City", BASE_UNIVERSE, BASE_TIME);
city.setByName("name", "MySmartCity");
// Create reflexively a model object using the metaClass
KObject district_1 = model.create(metaClassDistrict, BASE_UNIVERSE, BASE_TIME);
district_1.setByName("name", "District_1");
district_1.setByName("nbcitizen", 10000);
// Create reflexively a model object using the metaClass
KObject district_2 = model.createByName("District", BASE_UNIVERSE, BASE_TIME);
district_2.setByName("name", "District_2");
district_2.setByName("nbcitizen", 50000);
// Add the two district to the City
city.addByName("districts", district_1);
city.addByName("districts", district_2);
// Save the full model as JSON in the console
model.universe(BASE_UNIVERSE).time(BASE_TIME).json().save(city, System.out::println);
// Visiting all reachable objects from the city
city.visit(
elem -> {
System.out.println("Visiting..." + elem.toJSON());
return KVisitResult.CONTINUE;
},
o1 -> System.out.println("End of the visit"));
// Visiting all attributes of an object
city.visitAttributes(
(metaAttribute, value) -> {
System.out.println(
"City attribute "
+ metaAttribute.metaName()
+ ", type="
+ metaAttribute.attributeTypeId()
+ "="
+ value);
});
// Finally any object have a UUID and can be retrieve from it
long cityUUID = city.uuid();
System.out.println("City uuid=" + cityUUID);
model.lookup(
BASE_UNIVERSE,
BASE_TIME,
cityUUID,
new KCallback<KObject>() {
@Override
public void on(KObject resolvedObject) {
System.out.println("Resolved=" + resolvedObject.toJSON());
}
});
});
}
@Test
public void helloTest() {
CloudModel universe =
new CloudModel(DataManagerBuilder.create().withScheduler(new DirectScheduler()).build());
universe.connect(
new KCallback() {
@Override
public void on(Object o) {
CloudUniverse dimension0 = universe.newUniverse();
Assert.assertNotNull(dimension0);
CloudView t0 = dimension0.time(0l);
Assert.assertNotNull(t0);
Assert.assertEquals(t0.now(), 0l);
Node nodeT0 = t0.createNode();
Assert.assertNotNull(nodeT0);
Assert.assertNotNull(nodeT0.uuid());
// assertNotNull(nodeT0.path());
Assert.assertNull(nodeT0.getName());
// Assert.assertEquals("name=", nodeT0.domainKey());
nodeT0.setName("node0");
Assert.assertEquals("node0", nodeT0.getName());
// Assert.assertEquals("name=node0", nodeT0.domainKey());
Assert.assertEquals(0l, nodeT0.now());
// assertNull(nodeT0.parentPath());
Element child0 = t0.createElement();
// TODO reInsert following test
// Assert.assertNotNull(child0.timeTree());
// Assert.assertTrue(child0.timeTree().last().equals(0l));
// Assert.assertTrue(child0.timeTree().first().equals(0l));
Node nodeT1 = t0.createNode();
nodeT1.setName("n1");
nodeT0.addChildren(nodeT1);
// assertTrue(nodeT1.path().endsWith("/children[name=n1]"));
final int[] i = {0};
final int[] j = {0};
nodeT0.getChildren(
new KCallback<Node[]>() {
@Override
public void on(Node[] n) {
for (int k = 0; k < n.length; k++) {
i[0]++;
}
}
});
// Assert.assertEquals(1, i[0]);
Node nodeT3 = t0.createNode();
nodeT3.setName("n3");
nodeT1.addChildren(nodeT3);
i[0] = 0;
j[0] = 0;
nodeT0.visit(
new KModelVisitor() {
@Override
public KVisitResult visit(KObject elem) {
i[0]++;
return KVisitResult.CONTINUE;
}
},
new KCallback<Throwable>() {
@Override
public void on(Throwable t) {
j[0]++;
}
});
// Assert.assertEquals(2, i[0]);
// Assert.assertEquals(1, j[0]);
Assert.assertEquals(
"{\"universe\":1,\"time\":0,\"uuid\":1,\"data\":{\"name\":\"node0\",\"children\":[4]}}",
nodeT0.toJSON());
Assert.assertEquals(
"{\"universe\":1,\"time\":0,\"uuid\":1,\"data\":{\"name\":\"node0\",\"children\":[4]}}",
nodeT0.toString());
}
});
}
