/// <summary>
/// test function to test the simple allocation from Day-1
/// </summary>
public static void TestSimpleAllocation()
{
Order testorder = GetTestOrder();
Console.WriteLine("Allocating drivers to Order" + testorder.DummyOrderDetails);
TestDriverSet testDriverSet = GetTestDrivers();
//List<Driver> selectedDrivers = AllocationEngine.AllocateDrivers(testorder, testDrivers);
List <Driver> selectedDrivers = AllocationEngine.DoAllocation(testorder.restaurant.address, testorder.consumer.address, testDriverSet.testDrivers);
//for now we expect only one driver in the list
if (selectedDrivers != null && selectedDrivers.Count > 0)
{
Console.WriteLine("Selected Driver is " + selectedDrivers[0].name);
if (selectedDrivers[0].name == testDriverSet.expectedSelection.name)
{
Console.WriteLine("Right selection");
}
else
{
Console.WriteLine("Wrong selection");
}
}
else
{
Console.WriteLine("No driver selected??!!");
}
//Assert.IsTrue(selectedDrivers[0].name == testDriverSet.expectedSelection.name);
}
public static void RunAllocationtestCase(DriverAllocationTestCase fTestCase, AllocationTestCaseService.AllocationTestCases fTestCaseId)
{
Console.WriteLine("\n********\nSTART OF Testing the allocation case " + fTestCaseId.ToString());
if (fTestCase == null)
{
Console.WriteLine("No test case found " + fTestCaseId.ToString());
return;
}
//for each order in the test case, find the allocation and verify one after the other
foreach (Tuple <Order, string> orderWithExpectedAllocation in fTestCase.ordersWithExpectedAllocation)
{
//Order testorder = GetTestOrder();
//get the order in the test case for which allocation to be done and the expected driver to be allocated as per test case definition
Order testOrder = (Order)orderWithExpectedAllocation.Item1;
string expectedDriverName = (string)orderWithExpectedAllocation.Item2;
Console.WriteLine("\nAllocating drivers to Order" + testOrder.DummyOrderDetails);
//TestDriverSet testDriverSet = GetTestDrivers();
//Perform the actual allocation
List <Driver> selectedDrivers = AllocationEngine.DoBetterAllocation(testOrder.restaurant.address, testOrder.consumer.address, fTestCase.availableDrivers, testOrder.prepTimeMinutes);
//for now we expect only one driver returned in the list
if (selectedDrivers != null && selectedDrivers.Count > 0)
{
Console.WriteLine("Selected Driver is " + selectedDrivers[0].name);
if (selectedDrivers[0].name == expectedDriverName)
{
Console.WriteLine("Right selection");
//increment the driver's orders so that in the next allocation call it is considered
selectedDrivers[0].todaysOrders++;
}
else
{
Console.WriteLine("Wrong selection");
}
}
else
{
Console.WriteLine("No driver selected??!!");
}
Assert.IsTrue(selectedDrivers[0].name == expectedDriverName);
}
Console.WriteLine("\nEND OF Testing the allocation case " + fTestCaseId.ToString() + "\n********\n");
}
public static void TestDriverComparison()
{
List <DriverComparisonTestPair> testCases = AllocationTestCaseService.GetDriverComparisonTestPairs();
List <int> failedTestCases = new List <int>();
int i = 0;
Console.WriteLine("\n*********\nSTART OF testing driver pair comparisons");
foreach (DriverComparisonTestPair testCase in testCases)
{
AllocationEngine.CandidateDriver selection = AllocationEngine.GetDeservingCandidateDriver(testCase.driver1, testCase.driver2);
Console.WriteLine("Compared " + testCase.driver1.driverInfo.name + " and " + testCase.driver2.driverInfo.name + " and selected " + selection.driverInfo.name);
if (selection.driverInfo.name != testCase.expectedSelectionDrivername)
{
failedTestCases.Add(i);
Console.WriteLine("Wrong selection");
}
else
{
Console.WriteLine("Right selection");
}
i++;
}
if (failedTestCases.Count > 0)
{
Console.Write("TestDriverComparison failed tests : ");
foreach (int n in failedTestCases)
{
Console.Write("driver pair " + n + ";");
}
}
else
{
Console.WriteLine("All driver compare tests passed!!");
}
Assert.IsTrue(failedTestCases.Count == 0);
}
