         })
     }
     
-    func test_009_successfullyDeleteExistingNode() {
-    
-        let theo: Client = Client(baseURL: configuration.host, user: configuration.username, pass: configuration.password)
-        let exp = self.expectationWithDescription("test_010_successfullyDeleteExistingNode")
-
-        var nodeIDForDeletion: String?
-        let node = Node()
-        let randomString: String = NSUUID.UUID().UUIDString
-        
-        let fetchDispatchGroup: dispatch_group_t = dispatch_group_create()
-        
-        dispatch_group_enter(fetchDispatchGroup)
-
-        node.setProp("test_010_successfullyDeleteExistingNode_1", propertyValue: "test_010_successfullyDeleteExistingNode_1" + randomString)
-        node.setProp("test_010_successfullyDeleteExistingNode_2", propertyValue: "test_010_successfullyDeleteExistingNode_2" + randomString)
-
-        theo.saveNode(node, completionBlock: {(savedNode, error) in
-
-            XCTAssertNil(error, "Error must be nil \(error?.description)")
-            XCTAssertNotNil(savedNode, "Saved node can't be nil")
-
-            nodeIDForDeletion = savedNode!.meta?.nodeID()
-            
-            dispatch_group_leave(fetchDispatchGroup)
-        })
-        
-        dispatch_group_notify(fetchDispatchGroup, dispatch_get_global_queue(DISPATCH_QUEUE_PRIORITY_DEFAULT, 0), {
-            
-            XCTAssertNotNil(nodeIDForDeletion, "nodeIDForDeletion must NOT be nil")
-            
-            theo.deleteNode(nodeIDForDeletion!, completionBlock: {error in
-                
-                XCTAssertNil(error, "Error should be nil \(error)")
-                
-                exp.fulfill()
-            })
-        })
-        
-        self.waitForExpectationsWithTimeout(TheoTimeoutInterval, handler: {error in
-            XCTAssertNil(error, "\(error)")
-        })
-    }
-    
-    func test_010_successfullyCommitTransaction() {
+    func test_009_successfullyCommitTransaction() {
 
         let createStatement: String = "CREATE ( bike:Bike { weight: 10 } ) CREATE ( frontWheel:Wheel { spokes: 3 } ) CREATE ( backWheel:Wheel { spokes: 32 } ) CREATE p1 = bike -[:HAS { position: 1 } ]-> frontWheel CREATE p2 = bike -[:HAS { position: 2 } ]-> backWheel RETURN bike, p1, p2"        
         let resultDataContents: Array<String> = ["row", "graph"]

            XCTAssertNil(error, "\(error)")
        })
    }
}

            
            println("meta in success \(node!.meta) node \(node) error \(error)")
            
            XCTAssert(node?.meta != nil, "Meta data can't be nil")
            XCTAssert(node != nil, "Node data can't be nil")
            XCTAssert(error == nil, "Error must be nil \(error?.description)")
          
