@Test
public void testAddWorkspace() {
int startingVertexCount = graph.getAllVertices().size();
int startingEdgeCount = graph.getAllEdges().size();
String workspaceId = "testWorkspaceId";
idGenerator.push(workspaceId);
idGenerator.push(workspaceId + "_to_" + user1.getUserId());
Workspace workspace = workspaceRepository.add("workspace1", user1);
assertTrue(
authorizationRepository
.getGraphAuthorizations()
.contains(WorkspaceRepository.WORKSPACE_ID_PREFIX + workspaceId));
assertEquals(
startingVertexCount + 1, graph.getAllVertices().size()); // +1 = the workspace vertex
assertEquals(
startingEdgeCount + 1,
graph.getAllEdges().size()); // +1 = the edge between workspace and user1
assertNull(
"Should not have access", graph.getVertex(workspace.getId(), new InMemoryAuthorizations()));
InMemoryAuthorizations authorizations =
new InMemoryAuthorizations(WorkspaceRepository.VISIBILITY_STRING, workspace.getId());
assertNotNull("Should have access", graph.getVertex(workspace.getId(), authorizations));
Workspace foundWorkspace = workspaceRepository.findById(workspace.getId(), user1);
assertEquals(workspace.getId(), foundWorkspace.getId());
}
@Test
public void testEntities() {
int startingVertexCount = graph.getAllVertices().size();
int startingEdgeCount = graph.getAllEdges().size();
String workspaceId = "testWorkspaceId";
idGenerator.push(workspaceId);
idGenerator.push(workspaceId + "_to_" + user1.getUserId());
Workspace workspace = workspaceRepository.add("workspace1", user1);
assertEquals(
startingVertexCount + 1, graph.getAllVertices().size()); // +1 = the workspace vertex
assertEquals(
startingEdgeCount + 1,
graph.getAllEdges().size()); // +1 = the edges between workspaces and users
try {
workspaceRepository.updateEntityOnWorkspace(
workspace, entity1Vertex.getId(), true, 100, 100, user2);
fail("user2 should not have write access to workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user2, ex.getUser());
assertEquals(workspace.getId(), ex.getResourceId());
}
idGenerator.push(workspaceId + "_to_" + entity1Vertex.getId());
workspaceRepository.updateEntityOnWorkspace(
workspace, entity1Vertex.getId(), true, 100, 200, user1);
assertEquals(
startingVertexCount + 1, graph.getAllVertices().size()); // +1 = the workspace vertex
assertEquals(
startingEdgeCount + 2,
graph.getAllEdges().size()); // +2 = the edges between workspaces, users, and entities
workspaceRepository.updateEntityOnWorkspace(
workspace, entity1Vertex.getId(), true, 200, 300, user1);
assertEquals(
startingVertexCount + 1, graph.getAllVertices().size()); // +1 = the workspace vertex
assertEquals(
startingEdgeCount + 2,
graph.getAllEdges().size()); // +2 = the edges between workspaces, users, and entities
List<WorkspaceEntity> entities = workspaceRepository.findEntities(workspace, user1);
assertEquals(1, entities.size());
assertEquals(entity1Vertex.getId(), entities.get(0).getEntityVertexId());
assertEquals(200, entities.get(0).getGraphPositionX().intValue());
assertEquals(300, entities.get(0).getGraphPositionY().intValue());
try {
workspaceRepository.findEntities(workspace, user2);
fail("user2 should not have read access to workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user2, ex.getUser());
assertEquals(workspace.getId(), ex.getResourceId());
}
try {
workspaceRepository.softDeleteEntityFromWorkspace(workspace, entity1Vertex.getId(), user2);
fail("user2 should not have write access to workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user2, ex.getUser());
assertEquals(workspace.getId(), ex.getResourceId());
}
workspaceRepository.softDeleteEntityFromWorkspace(workspace, entity1Vertex.getId(), user1);
assertEquals(
startingVertexCount + 1, graph.getAllVertices().size()); // +1 = the workspace vertex
Map<String, InMemoryEdge> edgesAfterDelete = graph.getAllEdges();
assertEquals(
startingEdgeCount + 2, edgesAfterDelete.size()); // +1 = the edges between workspaces, users
boolean foundRemovedEdge = false;
for (InMemoryEdge edge : edgesAfterDelete.values()) {
if (edge.getLabel().equals(workspaceToEntityRelationship.getIRI())) {
assertEquals(
false, WorkspaceLumifyProperties.WORKSPACE_TO_ENTITY_VISIBLE.getPropertyValue(edge));
foundRemovedEdge = true;
}
}
assertTrue(foundRemovedEdge);
}
@Test
public void testAccessControl() {
int startingVertexCount = graph.getAllVertices().size();
int startingEdgeCount = graph.getAllEdges().size();
String workspace1Id = "testWorkspace1Id";
String workspace1Title = "workspace1";
idGenerator.push(workspace1Id);
idGenerator.push(workspace1Id + "_to_" + user1.getUserId());
workspaceRepository.add(workspace1Title, user1);
String workspace2Id = "testWorkspace2Id";
String workspace2Title = "workspace2";
idGenerator.push(workspace2Id);
idGenerator.push(workspace2Id + "_to_" + user1.getUserId());
workspaceRepository.add(workspace2Title, user1);
String workspace3Id = "testWorkspace3Id";
String workspace3Title = "workspace3";
idGenerator.push(workspace3Id);
idGenerator.push(workspace3Id + "_to_" + user2.getUserId());
workspaceRepository.add(workspace3Title, user2);
assertEquals(
startingVertexCount + 3, graph.getAllVertices().size()); // +3 = the workspace vertices
assertEquals(
startingEdgeCount + 3,
graph.getAllEdges().size()); // +3 = the edges between workspaces and users
List<Workspace> user1Workspaces = toList(workspaceRepository.findAll(user1));
assertEquals(2, user1Workspaces.size());
boolean foundWorkspace1 = false;
boolean foundWorkspace2 = false;
for (Workspace workspace : user1Workspaces) {
if (workspace.getDisplayTitle().equals(workspace1Title)) {
foundWorkspace1 = true;
} else if (workspace.getDisplayTitle().equals(workspace2Title)) {
foundWorkspace2 = true;
}
}
assertTrue("foundWorkspace1", foundWorkspace1);
assertTrue("foundWorkspace2", foundWorkspace2);
List<Workspace> user2Workspaces = toList(workspaceRepository.findAll(user2));
assertEquals(1, user2Workspaces.size());
assertEquals(workspace3Title, user2Workspaces.get(0).getDisplayTitle());
try {
workspaceRepository.updateUserOnWorkspace(
user2Workspaces.get(0), user1.getUserId(), WorkspaceAccess.READ, user1);
fail("user1 should not have access to user2's workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user1, ex.getUser());
assertEquals(user2Workspaces.get(0).getId(), ex.getResourceId());
}
idGenerator.push(workspace3Id + "to" + user2.getUserId());
workspaceRepository.updateUserOnWorkspace(
user2Workspaces.get(0), user1.getUserId(), WorkspaceAccess.READ, user2);
assertEquals(
startingVertexCount + 3, graph.getAllVertices().size()); // +3 = the workspace vertices
assertEquals(
startingEdgeCount + 4,
graph.getAllEdges().size()); // +4 = the edges between workspaces and users
List<WorkspaceUser> usersWithAccess =
workspaceRepository.findUsersWithAccess(user2Workspaces.get(0).getId(), user2);
boolean foundUser1 = false;
boolean foundUser2 = false;
for (WorkspaceUser userWithAccess : usersWithAccess) {
if (userWithAccess.getUserId().equals(user1.getUserId())) {
assertEquals(WorkspaceAccess.READ, userWithAccess.getWorkspaceAccess());
foundUser1 = true;
} else if (userWithAccess.getUserId().equals(user2.getUserId())) {
assertEquals(WorkspaceAccess.WRITE, userWithAccess.getWorkspaceAccess());
foundUser2 = true;
} else {
fail("Unexpected user " + userWithAccess.getUserId());
}
}
assertTrue("could not find user1", foundUser1);
assertTrue("could not find user2", foundUser2);
try {
workspaceRepository.deleteUserFromWorkspace(user2Workspaces.get(0), user1.getUserId(), user1);
fail("user1 should not have write access to user2's workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user1, ex.getUser());
assertEquals(user2Workspaces.get(0).getId(), ex.getResourceId());
}
try {
workspaceRepository.delete(user2Workspaces.get(0), user1);
fail("user1 should not have write access to user2's workspace");
} catch (LumifyAccessDeniedException ex) {
assertEquals(user1, ex.getUser());
assertEquals(user2Workspaces.get(0).getId(), ex.getResourceId());
}
workspaceRepository.updateUserOnWorkspace(
user2Workspaces.get(0), user1.getUserId(), WorkspaceAccess.WRITE, user2);
assertEquals(
startingVertexCount + 3, graph.getAllVertices().size()); // +3 = the workspace vertices
assertEquals(
startingEdgeCount + 4,
graph.getAllEdges().size()); // +4 = the edges between workspaces and users
workspaceRepository.deleteUserFromWorkspace(user2Workspaces.get(0), user1.getUserId(), user2);
assertEquals(
startingVertexCount + 3, graph.getAllVertices().size()); // +3 = the workspace vertices
assertEquals(
startingEdgeCount + 3,
graph.getAllEdges().size()); // +3 = the edges between workspaces and users
workspaceRepository.delete(user2Workspaces.get(0), user2);
assertEquals(
startingVertexCount + 2, graph.getAllVertices().size()); // +2 = the workspace vertices
assertEquals(
startingEdgeCount + 2,
graph.getAllEdges().size()); // +2 = the edges between workspaces and users
}