public static TaskUpdateRequest GenerateTaskUpdateRequestWithNameAndCoordinates(string name,
CoordinateData pickup, CoordinateData delivery)
{
var task = GenerateTaskUpdateRequestWithName(name);
task.TaskEvents[0].Location.Coordinate = pickup;
task.TaskEvents[1].Location.Coordinate = delivery;
task.TaskEvents[0].Location.Address = null;
task.TaskEvents[1].Location.Address = null;
return task;
}
public static VehicleUpdateRequest GenerateVehicleUpdateRequestWithNameAndCoordinates(string name, CoordinateData start, CoordinateData end)
{
var vehicle = GenerateVehicleUpdateRequestWithName(name);
vehicle.StartLocation.Coordinate = start;
vehicle.EndLocation.Coordinate = end;
vehicle.StartLocation.Address = null;
vehicle.EndLocation.Address = null;
return vehicle;
}
public void T28DifferentCompatibilityTypes()
{
var api = TestHelper.Authenticate();
var user = TestHelper.GetOrCreateUser(api);
var problem = TestHelper.CreateProblem(api, user, "Compatibility-problem");
var pickupCoord = new CoordinateData {Latitude = 62.244958, Longitude = 25.747143, System = "Euclidian"};
var deliveryCoord = new CoordinateData {Latitude = 62.244589, Longitude = 25.74892, System = "Euclidian"};
var task1 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates("Task1", pickupCoord, deliveryCoord);
task1.IncompatibleVehicleTypes.Add("Kaivuri");
var task2 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates("Task2", pickupCoord, deliveryCoord);
task2.IncompatibleVehicleTypes.Add("Rekka");
var start = new CoordinateData {Latitude = 62.244589, Longitude = 25.74892, System = "Euclidian"};
var vehicle = TestHelper.GenerateVehicleUpdateRequestWithNameAndCoordinates("Vehicle", start, start);
vehicle.VehicleType = "Rekka";
var result = api.Navigate<ResponseData>(problem.GetLink("create-vehicle"), vehicle);
result = api.Navigate<ResponseData>(problem.GetLink("create-task"), task1);
result = api.Navigate<ResponseData>(problem.GetLink("create-task"), task2);
problem = api.Navigate<RoutingProblemData>(problem.GetLink("self"));
result = api.Navigate<ResponseData>(problem.GetLink("toggle-optimization"), new RoutingProblemUpdateRequest
{
Name = problem.Name,
State = "Running"
});
problem = api.Navigate<RoutingProblemData>(problem.GetLink("self"));
Thread.Sleep(1000);
while (problem.State.Equals("Running"))
{
Thread.Sleep(1000);
problem = api.Navigate<RoutingProblemData>(problem.GetLink("self"));
}
var plan = api.Navigate<PlanData>(problem.GetLink("plan"));
// the plan should contain four events because task2 is incompatible with the vehicle
Assert.AreEqual(4, plan.Items[0].Events.Count, "Plan did not contain expected number of events.");
}
public void T39UpdatingVehicleLocationTest()
{
var api = TestHelper.Authenticate();
var user = TestHelper.GetOrCreateUser(api);
var problem = TestHelper.CreateProblemWithDemoData(api, user);
var vehicles = api.Navigate<VehicleDataSet>(problem.GetLink("list-vehicles"));
var vehicle = api.Navigate<VehicleData>(vehicles.Items[0].GetLink("self"));
var currentLocation = new CoordinateData
{
Latitude = 61.4938,
Longitude = 26.523,
System = "Euclidian"
};
vehicle.CurrentLocation = currentLocation;
api.Navigate(vehicle.GetLink("update"), vehicle);
vehicle = api.Navigate<VehicleData>(vehicles.Items[0].GetLink("self"));
Assert.IsNotNull(vehicle.CurrentLocation);
Assert.AreEqual(currentLocation.Latitude, vehicle.CurrentLocation.Latitude);
Assert.AreEqual(currentLocation.Longitude, vehicle.CurrentLocation.Longitude);
}
public void T34DeleteASingleTasks()
{
var api = TestHelper.Authenticate();
var user = TestHelper.GetOrCreateUser( api );
var problem = TestHelper.CreateProblem( api, user, "DeleteASingleTasks" );
var pickupCoord = new CoordinateData { Latitude = 62.244958, Longitude = 25.747143, System = "Euclidian" };
var deliveryCoord = new CoordinateData { Latitude = 62.244589, Longitude = 25.74892, System = "Euclidian" };
var task1 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates( "Task1", pickupCoord, deliveryCoord );
var task2 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates( "Task2", pickupCoord, deliveryCoord );
var vehicle1 = TestHelper.GenerateVehicleUpdateRequestWithNameAndCoordinates( "Vehicle1", pickupCoord, pickupCoord );
var vehicle2 = TestHelper.GenerateVehicleUpdateRequestWithNameAndCoordinates( "Vehicle2", pickupCoord, pickupCoord );
var response = api.Navigate<ResponseData>( problem.GetLink( "create-vehicle" ), vehicle1 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-vehicle" ), vehicle2 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-task" ), task1 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-task" ), task2 );
var tasksSet = api.Navigate<TaskDataSet>( problem.GetLink( "list-tasks" ) );
Assert.AreEqual( 2, tasksSet.Items.Count );
//##BEGIN EXAMPLE deletingtask##
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
var task = api.Navigate<TaskData>( response.Location );
api.Navigate<ResponseData>( task.GetLink( "delete" ) );
//##END EXAMPLE##
//response = api.Navigate<ResponseData>( problem.GetLink( "delete-tasks" ), new DeleteTasksRequest() );
tasksSet = api.Navigate<TaskDataSet>( problem.GetLink( "list-tasks" ) );
Assert.AreEqual( 1, tasksSet.Items.Count );
}
public void T32LockingRoute()
{
var api = TestHelper.Authenticate();
var user = TestHelper.GetOrCreateUser( api );
var problem = TestHelper.CreateProblem( api, user, "LockingRoute" );
var pickupCoord = new CoordinateData { Latitude = 62.244958, Longitude = 25.747143, System = "Euclidian" };
var deliveryCoord = new CoordinateData { Latitude = 62.244589, Longitude = 25.74892, System = "Euclidian" };
var task1 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates( "Task1", pickupCoord, deliveryCoord );
var task2 = TestHelper.GenerateTaskUpdateRequestWithNameAndCoordinates( "Task2", pickupCoord, deliveryCoord );
var vehicle1 = TestHelper.GenerateVehicleUpdateRequestWithNameAndCoordinates( "Vehicle1", pickupCoord, pickupCoord );
var vehicle2 = TestHelper.GenerateVehicleUpdateRequestWithNameAndCoordinates( "Vehicle2", pickupCoord, pickupCoord );
var response = api.Navigate<ResponseData>( problem.GetLink( "create-vehicle" ), vehicle1 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-vehicle" ), vehicle2 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-task" ), task1 );
response = api.Navigate<ResponseData>( problem.GetLink( "create-task" ), task2 );
var vehicles = api.Navigate<VehicleDataSet>( problem.GetLink( "list-vehicles" ) );
var tasks = api.Navigate<TaskDataSet>( problem.GetLink( "list-tasks" ) );
var v1 = vehicles.Items.Find( v => v.Name == "Vehicle1" );
var v2 = vehicles.Items.Find( v => v.Name == "Vehicle2" );
var vehicleResult1 = api.Navigate<VehicleData>( v1.GetLink( "self" ) );
var vehicleResult2 = api.Navigate<VehicleData>( v2.GetLink( "self" ) );
var t1 = tasks.Items.Find( t => t.Name == "Task1" );
var t2 = tasks.Items.Find( t => t.Name == "Task2" );
var route1 = t1.TaskEvents.Select( te => te.Id ).ToArray();
var route2 = t2.TaskEvents.Select( te => te.Id ).ToArray();
api.Navigate<RouteData>( vehicleResult1.GetLink( "get-route" ) );
api.Navigate<RouteData>( vehicleResult2.GetLink( "get-route" ) );
api.Navigate<ResponseData>( vehicleResult1.GetLink( "set-route" ), new RouteUpdateRequest { Items = route1 } );
api.Navigate<ResponseData>( vehicleResult2.GetLink( "set-route" ), new RouteUpdateRequest { Items = route2 } );
var events1 = api.Navigate<RouteEventDataSet>( vehicleResult1.GetLink( "list-events" ) );
var events2 = api.Navigate<RouteEventDataSet>( vehicleResult2.GetLink( "list-events" ) );
response = api.Navigate<ResponseData>( events1.Items[events1.Items.Count - 2].GetLink( "lock" ), new RouteEventUpdateRequest { State = "Locked"} );
response = api.Navigate<ResponseData>( events2.Items[events2.Items.Count - 2].GetLink( "lock" ), new RouteEventUpdateRequest { State = "Locked" } );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
var result = api.Navigate<ResponseData>( problem.GetLink( "toggle-optimization" ), new RoutingProblemUpdateRequest
{
Name = problem.Name,
State = "Running"
} );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
Thread.Sleep( 1000 );
while ( problem.State.Equals( "Running" ) )
{
Thread.Sleep( 1000 );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
}
var plan = api.Navigate<PlanData>( problem.GetLink( "plan" ) );
Assert.AreEqual( 4, plan.Items[0].Events.Count );
Assert.AreEqual( 4, plan.Items[1].Events.Count );
// unlocking
vehicleResult1 = api.Navigate<VehicleData>( v1.GetLink( "self" ) );
vehicleResult2 = api.Navigate<VehicleData>( v2.GetLink( "self" ) );
events1 = api.Navigate<RouteEventDataSet>( vehicleResult1.GetLink( "list-events" ) );
events2 = api.Navigate<RouteEventDataSet>( vehicleResult2.GetLink( "list-events" ) );
response = api.Navigate<ResponseData>( events1.Items[1].GetLink( "unlock" ), new RouteEventUpdateRequest { State = "Unlocked" } );
response = api.Navigate<ResponseData>( events2.Items[1].GetLink( "unlock" ), new RouteEventUpdateRequest { State = "Unlocked" } );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
result = api.Navigate<ResponseData>( problem.GetLink( "toggle-optimization" ), new RoutingProblemUpdateRequest
{
Name = problem.Name,
State = "Running"
} );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
Thread.Sleep( 1000 );
while ( problem.State.Equals( "Running" ) )
{
Thread.Sleep( 1000 );
problem = api.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
}
plan = api.Navigate<PlanData>( problem.GetLink( "plan" ) );
if ( plan.Items[0].Events.Count == 2 )
{
Assert.AreEqual( 6, plan.Items[1].Events.Count );
}
else
{
Assert.AreEqual( 6, plan.Items[0].Events.Count );
}
}