         let startingCount: Int = try schema.count().wait()
         
         let dummyAccount = DummyAccount(name: "Dum", password: "my", age: 69)
-        let _ = try schema.insertEncoded(dummyAccount).wait()
+        _ = try schema.insertEncoded(dummyAccount).wait()
         XCTAssertEqual(try schema.count().wait(), startingCount+1)
     }
     
     // is used repeatedly for all the tests that require dummy data
-    func testBulkCreateDummyAccounts () throws -> [DummyAccount] {
+    func testBackupBulkCreateDummyAccounts () throws -> [DummyAccount] {
         let dummyAccounts = [
             DummyAccount(name: "Test", password: "ing", age: 77),
             DummyAccount(name: "To", password: "see", age: 10),

        XCTAssertEqual(insertReply.insertCount, dummyAccounts.count)
        return dummyAccounts
    }
    
    func readDummyAccount (name : String) throws -> DummyAccount? {
        let schema: MongoCollection = mongo[DummyAccount.collectionName]
        return try schema.findOne("name" == name, as: DummyAccount.self).wait()
    }
    
    func testReadDummyAccounts () throws {
        try _ = testBulkCreateDummyAccounts()
        if let dummy: DummyAccount = try readDummyAccount(name: "Them") {
            XCTAssertEqual(dummy.password, "to")
            XCTAssertEqual(dummy.age, 82 )
        } else {
            XCTFail("Retrieved a nil value")
        }
    }
    
    func testReadDistictAge () throws {
        let dummyAccounts: [DummyAccount] = try testBulkCreateDummyAccounts()
        let schema: MongoCollection = mongo[DummyAccount.collectionName]

        XCTAssertEqual(reply.writeErrors?[0].code, 11000)
    }

    // TODO: SequentialForEach
    // func testCursorLoop () throws {
    //     let dummyAccounts = try testBulkCreateDummyAccounts()
    //     let schema: MongoCollection = mongo[DummyAccount.collectionName]
    //     let bla = try schema.find().sequentialForEach{}
    // }
    
    func testGridFSInsert () throws {
        let file = Data(repeating: 0x50, count: 2_000_000)
