@Test
public void testCreateNamespace()
throws FOMException, FluidException, JSONException, IOException {
// Lets create a new namespace underneath the user's default root namespace
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
String newName = UUID.randomUUID().toString();
Namespace newNamespace = testNamespace.createNamespace(newName, "This is a test namespace");
assertEquals(newName, newNamespace.getName());
assertEquals("This is a test namespace", newNamespace.getDescription());
assertEquals(true, newNamespace.getId().length() > 0);
assertEquals(true, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
newNamespace.delete();
// Lets make sure validation works correctly...
newName = "this is wrong"; // e.g. space is an invalid character
String msg = "";
try {
newNamespace = testNamespace.createNamespace(newName, "This is a test namespace");
} catch (FOMException ex) {
msg = ex.getMessage();
}
assertEquals("Invalid name (incorrect characters or too long)", msg);
// the new name is too long
newName =
"foobarbazhamandeggscheeseandpicklespamspamspamspamfoobarbazhamandeggscheeseandpicklespamspamspamspamfoobarbazhamandeggscheeseandpicklespamspamspamspamfoobarbazhamandeggscheeseandpicklespamspamspamspamfoobarbazhamandeggscheeseandpicklespamspamspamspam";
msg = "";
try {
newNamespace = testNamespace.createNamespace(newName, "This is a test namespace");
} catch (FOMException ex) {
msg = ex.getMessage();
}
assertEquals("Invalid name (incorrect characters or too long)", msg);
}
@Test
public void testGetItem() throws Exception {
// We'll make use of the user's default root namespace (defined by their username)
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
// There isn't anything there
assertEquals("", testNamespace.getId());
// Lets call FluidDB and populate the fields... now there should be an ID
testNamespace.getItem();
assertEquals(true, testNamespace.getId().length() > 0);
}
@Test
public void testGetTag() throws FOMException, JSONException, FluidException, IOException {
// Lets create a tag underneath the user's default root namespace
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
String newName = UUID.randomUUID().toString();
Tag newTag = testNamespace.createTag(newName, "This is a test tag", true);
// if we successfully created a tag we'll be able to get it from FluidDB
Tag gotTag = testNamespace.getTag(newName);
assertEquals(newTag.getId(), gotTag.getId());
gotTag.delete();
}
@Test
public void testGetSetDescription()
throws FOMException, JSONException, FluidException, IOException {
// We'll make use of the user's default root namespace (defined by their username)
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
// Lets set the description
testNamespace.setDescription("This is a test description");
assertEquals("This is a test description", testNamespace.getDescription());
// Lets get the same description from a newly instantiated object referencing the same
// namespace so the description gets automagically pulled from FluidDB
Namespace testNamespace2 = new Namespace(this.fdb, "", this.fdb.getUsername());
assertEquals("This is a test description", testNamespace2.getDescription());
}
@Test
public void testGetNamespaceNames()
throws FOMException, FluidException, JSONException, IOException {
// Lets create a new namespace underneath the user's default root namespace
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
String newName = UUID.randomUUID().toString();
Namespace newNamespace = testNamespace.createNamespace(newName, "This is a test namespace");
// check the change happens at FluidDB
testNamespace.getItem();
assertEquals(true, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
// delete the namespace
newNamespace.delete();
// this *won't* mean the namespace is removed from the local object
assertEquals(true, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
// need to update from FluidDB
testNamespace.getItem();
assertEquals(false, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
}
@Test
public void testDelete() throws FOMException, FluidException, JSONException, IOException {
// Lets create a new namespace underneath the user's default root namespace
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
String newName = UUID.randomUUID().toString();
Namespace newNamespace = testNamespace.createNamespace(newName, "This is a test namespace");
assertEquals(true, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
newNamespace.delete();
testNamespace.getItem();
assertEquals(false, TestUtils.contains(testNamespace.getNamespaceNames(), newName));
}
@Test
public void testGetTagNames() throws FOMException, JSONException, FluidException, IOException {
Namespace testNamespace = new Namespace(this.fdb, "", this.fdb.getUsername());
String newName = UUID.randomUUID().toString();
Tag newTag = testNamespace.createTag(newName, "This is a test tag", true);
// check the change happens at FluidDB
testNamespace.getItem();
assertEquals(true, TestUtils.contains(testNamespace.getTagNames(), newName));
// delete the tag
newTag.delete();
// this *won't* mean the tag is removed from the local object
assertEquals(true, TestUtils.contains(testNamespace.getTagNames(), newName));
// need to update from FluidDB
testNamespace.getItem();
assertEquals(false, TestUtils.contains(testNamespace.getTagNames(), newName));
}
@Test
public void testGetSetPermission() throws Exception {
// Lets create a new namespace underneath the user's default root namespace and
// play with the permissions on that
Namespace n = new Namespace(this.fdb, "", this.fdb.getUsername());
n.getItem();
String newName = UUID.randomUUID().toString();
Namespace newNamespace = n.createNamespace(newName, "Created for the purposes of testing");
// Lets set a strange permission on the namespace so we know what we're checking when
// we get it back
Permission p = new Permission(Policy.OPEN, new String[] {"fluiddb"});
newNamespace.setPermission(Namespace.Actions.CREATE, p);
// OK... lets try getting the newly altered permission back
Permission checkP = newNamespace.getPermission(Namespace.Actions.CREATE);
assertEquals(p.GetPolicy(), checkP.GetPolicy());
assertEquals(p.GetExceptions()[0], checkP.GetExceptions()[0]);
// Housekeeping to clean up after ourselves...
newNamespace.delete();
}