public void Can_build_solution()
{
var solution = Optimizer.BuildSolution(
SetMaximumDriverEligibility(Drivers.Take(1).ToList(), true),
PlaceholderDriver,
Jobs.Take(5).ToList());
Assert.That(solution != null, "Solution is null");
Assert.That(solution.RouteSolutions.Any(), "Solution has no route solutions");
}
public void Can_only_send_hazmat_jobs_to_hazmat_drivers()
{
var hazmatJobs = Jobs.Where(p => p.IsHazmat).ToList();
var hazmatIneligibleDrivers = Drivers.Where(p => !p.IsHazmatEligible).ToList();
var solution = Optimizer.BuildSolution(
hazmatIneligibleDrivers,
PlaceholderDriver,
hazmatJobs);
Assert.That(hazmatJobs.Any(), "No hazmat mock jobs identified");
Assert.That(hazmatIneligibleDrivers.Any(), "No hazmat ineligible mock drivers identified");
Assert.That(solution.UnassignedJobNodes.Count > 0 && solution.RouteSolutions.Count == 0, "Ineligible driver has been assigned a hazmat job");
}
public void Can_test_route_stop_second_window()
{
var drivers = SetMaximumDriverEligibility(Drivers.Where(p => p.OrderType == 1)).Take(1).ToList();
var job = Jobs.FirstOrDefault(p => p.OrderType == 3);
var solution = Optimizer.BuildSolution(drivers, PlaceholderDriver, new List <Job>()
{
job
});
foreach (var rs in solution.RouteSolutions)
{
Console.WriteLine("Driver {0}", rs.DriverNode.Driver.DisplayName);
foreach (var node in rs.Nodes)
{
Console.WriteLine("\tJob Priority {0}", node.Priority);
}
}
}
public void Can_prioritize_orders()
{
var priorityJobs = Jobs.Where(p => p.Priority >= 3).Take(5).ToList();
var otherJobs = Jobs.Where(p => p.Priority < 3).Take(15).ToList();
var drivers = SetMaximumDriverEligibility(Drivers, true).Take((priorityJobs.Count / 5) + 1).ToList();
var solution = Optimizer.BuildSolution(
drivers,
PlaceholderDriver,
priorityJobs.Concat(otherJobs).ToList());
var priorityJobIds = new HashSet <int>(priorityJobs.Select(p => p.Id));
foreach (var rs in solution.RouteSolutions)
{
foreach (JobNode node in rs.Nodes)
{
priorityJobIds.Remove(node.Job.Id);
}
}
Assert.That(priorityJobIds.Count == 0, "Not all priority jobs were given in a route solution");
}
public void Can_driver_only_do_appropriate_order_types()
{
var type3Drivers = SetMaximumDriverEligibility(Drivers.Where(p => p.OrderType == 3));
var type2Orders = Jobs.Where(p => p.OrderType == 2).Take(4).ToList();
var type3Orders = Jobs.Where(p => p.OrderType == 3).Take(4).ToList();
Assert.That(type3Drivers.Any(), "No mock drivers identified");
Assert.That(type2Orders.Any(), "No mock jobs - order type 2 identified");
Assert.That(type3Orders.Any(), "No mock jobs - order type 3 identified");
var solutionUnfeasible = Optimizer.BuildSolution(
type3Drivers,
PlaceholderDriver,
type2Orders);
var solutionFeasible = Optimizer.BuildSolution(
type3Drivers,
PlaceholderDriver,
type3Orders);
Assert.That(solutionUnfeasible.UnassignedJobNodes.Count > 0 && solutionUnfeasible.RouteSolutions.Count == 0, "Ineligible driver has been assigned a job");
Assert.That(solutionFeasible.UnassignedJobNodes.Count == 0 && solutionFeasible.RouteSolutions.Count > 0, "A job was unassigned");
}
public void Can_test_prioritization_of_orders()
{
var type1Drivers = SetMaximumDriverEligibility(Drivers.Where(p => p.OrderType == 1));
var priorityOrders = Jobs.Where(p => p.OrderType == 1).Take(32).ToList();
var normalOrders = Jobs.Where(p => p.OrderType == 3).Take(4).ToList();
var jobs = new List <Job>();
jobs.AddRange(priorityOrders);
jobs.AddRange(normalOrders);
var solution = Optimizer.BuildSolution(type1Drivers, PlaceholderDriver, jobs);
int normalJobCount = 0;
int priorityJobCount = 0;
foreach (var rs in solution.RouteSolutions)
{
Console.WriteLine("Driver {0}", rs.DriverNode.Driver.DisplayName);
foreach (var node in rs.Nodes)
{
Console.WriteLine("\tJob Priority {0}", node.Priority);
if (node.Priority == 3)
{
priorityJobCount++;
}
else
{
normalJobCount++;
}
}
Console.WriteLine("\n\tNormal Count: {0} Priority Count: {1}", normalJobCount, priorityJobCount);
}
}