public void ListOrders()
{
CompletedOrderResponse created = ClientModuleIntegrationTestingUtilities.PlaceOrderAtTestMerchantWithTestConsumer();
IQueryOrders queryInterface = ClientModuleIntegrationTestingUtilities.GetSandboxedLevelUpModule <IQueryOrders>();
var orders = queryInterface.ListOrders(ClientModuleIntegrationTestingUtilities.SandboxedLevelUpMerchantAccessToken,
LevelUpTestConfiguration.Current.MerchantLocationId, 1, 3);
Assert.IsNotNull(orders.Where(x => x.OrderIdentifier == created.OrderIdentifier).DefaultIfEmpty(null).FirstOrDefault());
}
/// <summary>
/// This is an example console application that walks through how one might use the LevelUp C# SDK
/// to place an order in the LevelUp sandbox platform.
/// </summary>
static void Main(string[] args)
{
#region Parse Arguments
if (args.Length != 5)
{
PrintUsageString();
return;
}
int locationId;
if (!Int32.TryParse(args[3], out locationId))
{
PrintUsageString();
return;
}
string merchantUserName = args[0];
string merchantPassword = args[1];
string apiKey = args[2];
string customersQrCode = args[4];
#endregion
// Step 1: Authenticate
string accessToken = Authenticate(merchantUserName, merchantPassword, apiKey);
// Step 2: Add items to your order
List <Item> itemsToOrder = CreateAFewExampleItems();
// Step 3: Propose the order to the LevelUp platform. Find out how much discount credit to apply
ProposedOrderResponse proposedOrder = ProposedOrder(accessToken, locationId, customersQrCode, itemsToOrder);
// Step 4: Apply the discount credit on your POS
ApplyDiscountToPOS(proposedOrder);
// Step 5: Figure out the tax on your POS
int taxInCents = CalculateTaxOnCheck(itemsToOrder, proposedOrder.DiscountAmountCents);
// Step 6: Complete the order with the LevelUp platform. The consumer's account is charged.
CompletedOrderResponse completedOrder = CompleteOrder(accessToken, locationId, customersQrCode,
proposedOrder.ProposedOrderIdentifier, proposedOrder.DiscountAmountCents, taxInCents, itemsToOrder);
// Step 7: Apply the LevelUp payment & giftcard amount on your POS
ApplyPayment(completedOrder);
// Step 8: (cleanup) Refund the order
RefundOrder(accessToken, completedOrder.OrderIdentifier);
Console.WriteLine("Order Complete! Check out the code to see how it's done.");
Console.ReadLine();
}
public void ListFilteredOrders_WithFilter()
{
IQueryOrders queryInterface = ClientModuleIntegrationTestingUtilities.GetSandboxedLevelUpModule <IQueryOrders>();
CompletedOrderResponse first = ClientModuleIntegrationTestingUtilities.PlaceOrderAtTestMerchantWithTestConsumer(200);
ClientModuleIntegrationTestingUtilities.PlaceOrderAtTestMerchantWithTestConsumer(300); // ensure that there is at least one other order that the filter will ignore.
var orders = queryInterface.ListFilteredOrders(ClientModuleIntegrationTestingUtilities.SandboxedLevelUpMerchantAccessToken,
LevelUpTestConfiguration.Current.MerchantLocationId, 1, 1, (x => x.OrderIdentifier == first.OrderIdentifier));
Assert.AreEqual(orders.Count, 1);
Assert.IsTrue(orders.First().OrderIdentifier == first.OrderIdentifier);
}
public void ListFilteredOrders_WithFilterAndOrdering()
{
IQueryOrders queryInterface = ClientModuleIntegrationTestingUtilities.GetSandboxedLevelUpModule <IQueryOrders>();
CompletedOrderResponse first = ClientModuleIntegrationTestingUtilities.PlaceOrderAtTestMerchantWithTestConsumer(200);
CompletedOrderResponse second = ClientModuleIntegrationTestingUtilities.PlaceOrderAtTestMerchantWithTestConsumer(300);
var orders = queryInterface.ListFilteredOrders(ClientModuleIntegrationTestingUtilities.SandboxedLevelUpMerchantAccessToken,
LevelUpTestConfiguration.Current.MerchantLocationId, 1, 1,
(x => x.OrderIdentifier == first.OrderIdentifier || x.OrderIdentifier == second.OrderIdentifier),
((x, y) => y.Total - x.Total));
Assert.AreEqual(orders.Count, 2);
Assert.IsTrue(orders[0].OrderIdentifier == second.OrderIdentifier);
Assert.IsTrue(orders[1].OrderIdentifier == first.OrderIdentifier);
}
private static void ApplyPayment(CompletedOrderResponse response)
{
// Here is where you would submit the Levelup payment to your POS system.
}
