public static VehicleData GetVehicle( Api api, UserData user, RoutingProblemData problem )
{
TestData.CreateDemoData( problem, api );
var vehicles = api.Navigate<VehicleDataSet>( problem.GetLink( "list-vehicles" ) );
var vehicleLink = vehicles.Items.Find( v => v.Id == 1 );
var vehicle = api.Navigate<VehicleData>(vehicleLink.GetLink("self"));
return vehicle;
}
internal static UserData GetOrCreateUser( Api api )
{
var users = api.Navigate<UserDataSet>( api.Root.GetLink( "list-users" ) );
var userExists = users.Items.Exists( u => u.Id == 1 );
UserData user = null;
if ( !userExists )
{
var createdUser = api.Navigate( api.Root.GetLink( "create-user" ), new UserData() );
user = api.Navigate<UserData>( createdUser.Location );
}
else
{
var entityLink = users.Items.Find(u => u.Id == 1);
user = api.Navigate<UserData>( entityLink.GetLink( "self" ) );
}
return user;
}
public void Cleanup()
{
string url = ConfigurationManager.AppSettings["url"];
string clientKey = ConfigurationManager.AppSettings["client-key"];
string clientSecret = ConfigurationManager.AppSettings["client-secret"];
string responsePath = ConfigurationManager.AppSettings["response-path"];
var api = new Api( url, clientKey, clientSecret );
//##BEGIN EXAMPLE oauth##
var tokenResponse = api.Authenticate();
//##END EXAMPLE##
var rootLinks = api.Root;
var users = api.Navigate<UserDataSet>( rootLinks.GetLink( "list-users" ) );
foreach ( var user in users.Items )
{
var u = api.Navigate<UserData>( user.GetLink( "self" ) );
api.Navigate<ResponseData>( u.GetLink( "delete-user" ) );
}
ResponseWriter.WriteAll(responsePath, responsePath+"/nfleet-responses/nfleet-responses.txt", ".dat");
}
internal static TaskData GetTask( Api api, RoutingProblemData problem )
{
var tasks = api.Navigate<TaskDataSet>( problem.GetLink( "list-tasks" ) );
var newTask = new TaskUpdateRequest { Name = "test name", RelocationType = "None", ActivityState = "Active" };
var capacity = new CapacityData { Name = "Weight", Amount = 20 };
var pickup = new TaskEventUpdateRequest
{
Type = "Pickup",
Location = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.244958,
Longitude = 25.747143,
System = "Euclidian"
}
},
TimeWindows = { new TimeWindowData { Start = new DateTime( 2013, 5, 14, 8, 0, 0 ), End = new DateTime( 2013, 5, 14, 12, 0, 0 ) } }
};
pickup.Capacities.Add( capacity );
newTask.TaskEvents.Add( pickup );
var delivery = new TaskEventUpdateRequest
{
Type = "Delivery",
Location = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.244589,
Longitude = 25.74892,
System = "Euclidian"
}
},
TimeWindows = { new TimeWindowData { Start = new DateTime( 2013, 5, 14, 8, 0, 0 ), End = new DateTime( 2013, 5, 14, 12, 0, 0 ) } }
};
delivery.Capacities.Add( capacity );
newTask.TaskEvents.Add( delivery );
var taskCreationResult = api.Navigate<ResponseData>( problem.GetLink( "create-task" ), newTask );
var task = api.Navigate<TaskData>( taskCreationResult.Location );
return task;
}
public static RoutingProblemData CreateProblem( Api api, UserData user, string problemName="test" )
{
var created = api.Navigate(user.GetLink("create-problem"), new RoutingProblemUpdateRequest { Name = problemName });
var problem = api.Navigate<RoutingProblemData>( created.Location );
return problem;
}
private static void Run()
{
var api1 = new Api( url, clientKey, clientSecret );
var tokenResponse = api1.Authenticate();
var apiData = api1.Root;
// create a new instance of Api and reuse previously received token
var api2 = new Api( url, clientKey, clientSecret );
tokenResponse = api2.Authorize( tokenResponse );
var createdUser = api2.Navigate( apiData.GetLink( "create-user" ), new UserData() );
var user = api2.Navigate<UserData>( createdUser.Location );
var problems = api2.Navigate<RoutingProblemDataSet>( user.GetLink( "list-problems" ) );
var created = api2.Navigate( user.GetLink( "create-problem" ), new RoutingProblemUpdateRequest { Name = "test" } );
var problem = api2.Navigate<RoutingProblemData>( created.Location );
CreateDemoData( problem, api2 );
// refresh to get up to date set of operations
problem = api2.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
var res = api2.Navigate<ResponseData>( problem.GetLink( "toggle-optimization" ), new RoutingProblemUpdateRequest { Name = problem.Name, State = "Running" } );
RoutingProblemData rb = null;
while ( true )
{
Thread.Sleep( 1000 );
rb = api2.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
Console.WriteLine( "State: {0}", rb.State );
if ( rb.State == "Running" || rb.Progress == 100 ) break;
}
while ( true )
{
Thread.Sleep( 1000 );
int start = 0;
int end = 1;
var routingProblem = api2.Navigate<RoutingProblemData>( problem.GetLink( "self" ) );
var queryParameters = new Dictionary<string, string>
{
{"Start", start.ToString() },
{"End", end.ToString() }
};
var objectiveValues = api2.Navigate<ObjectiveValueDataSet>( problem.GetLink( "objective-values" ), queryParameters );
Console.WriteLine( routingProblem.State + " (" + routingProblem.Progress + "%)" );
Console.WriteLine( "---------------" );
foreach ( var obj in objectiveValues.Items )
{
Console.WriteLine( "Objective values from {0} to {1}: [{2}] {3}", start, end, obj.TimeStamp, obj.Value );
}
Console.WriteLine( "---------------" );
if ( routingProblem.State == "Stopped" )
{
var resultVehicles = api2.Navigate<VehicleDataSet>( routingProblem.GetLink( "list-vehicles" ) );
var resultTasks = api2.Navigate<TaskDataSet>( routingProblem.GetLink( "list-tasks" ) );
foreach ( var vehicleData in resultVehicles.Items )
{
var veh = api2.Navigate<VehicleData>( vehicleData.GetLink( "self" ) );
Console.Write( "Vehicle {0}({1}): ", vehicleData.Id, vehicleData.Name );
var routeEvents = api2.Navigate<RouteEventDataSet>( veh.GetLink( "list-events" ) );
var sequence = api2.Navigate<RouteData>( veh.GetLink( "get-route" ) );
sequence.Items.Insert( 0, veh.StartLocation.Id );
sequence.Items.Add( veh.EndLocation.Id );
for ( int i = 0; i < routeEvents.Items.Count; i++ )
{
var point = sequence.Items[i];
var routeEvent = routeEvents.Items[i];
Console.WriteLine( "{0}: {1}-{2} ", point, routeEvent.ArrivalTime, routeEvent.DepartureTime );
}
Console.WriteLine();
}
break;
}
}
}
private static void CreateDemoData( RoutingProblemData problem, Api api )
{
// To build a test case we first need to create a vehicle.
// We start by defining vehicle capacity.
var vehicleCapacities = new List<CapacityData> {new CapacityData {Name = "Weight", Amount = 100000}};
// ...the time window(s)
var vehicleTimeWindow = new List<TimeWindowData> { new TimeWindowData { Start = new DateTime( 2013, 5, 14, 7, 0, 0 ), End = new DateTime( 2013, 5, 14, 16, 0, 0 ) }};
// ... the locations for pickup and delivery
var vehiclePickup = new LocationData {Coordinate = new CoordinateData { Latitude = 62.244588, Longitude = 25.742683, System = "WGS84" }};
var vehicleDelivery = new LocationData {Coordinate = new CoordinateData { Latitude = 62.244588, Longitude = 25.742683, System = "WGS84" }};
// And then we wrap these into a single vehicle update request.
var vehicleUpdateRequest = new VehicleUpdateRequest
{
Name = "Vehicle1",
Capacities = vehicleCapacities,
StartLocation = vehiclePickup,
EndLocation = vehicleDelivery,
TimeWindows = vehicleTimeWindow,
RelocationType = "None"
};
api.Navigate<ResponseData>( problem.GetLink( "create-vehicle" ), vehicleUpdateRequest );
// This should have created a vehicle.
// Next, we will create a pickup and delivery task.
// The task will consist of two task events that are the pickup and delivery.
// Define the capacity, location and time window for the pickup.
var capacity = new CapacityData { Name = "Weight", Amount = 1 };
var task1PickupLocation = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.247906,
Longitude = 25.867395,
System = "WGS84"
}
};
var task1PickupTimeWindows = new List<TimeWindowData> { new TimeWindowData { Start = new DateTime(2013, 5, 14, 7, 0, 0), End = new DateTime(2013, 5, 14, 16, 0, 0) } };
//... and wrap it in a task event update request.
var pickup = new TaskEventUpdateRequest
{
Type = "Pickup",
Location = task1PickupLocation,
TimeWindows = task1PickupTimeWindows,
Capacities = new List<CapacityData> {capacity}
};
// Then we do the same for the delivery.
var task1DeliveryLocation = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 61.386909,
Longitude = 24.654106,
System = "WGS84"
}
};
var task1DeliveryTimeWindows = new List<TimeWindowData> { new TimeWindowData { Start = new DateTime(2013, 5, 14, 7, 0, 0), End = new DateTime(2013, 5, 14, 16, 0, 0) } };
var delivery = new TaskEventUpdateRequest
{
Type = "Delivery",
Location = task1DeliveryLocation,
TimeWindows = task1DeliveryTimeWindows,
Capacities = new List<CapacityData> { capacity }
};
// And finally we contain the pickup and delivery in a task update request and send it.
var newTask = new TaskUpdateRequest {Name = "Task1", RelocationType = "None"};
newTask.TaskEvents.Add( pickup );
newTask.TaskEvents.Add( delivery );
api.Navigate<ResponseData>( problem.GetLink( "create-task" ), newTask );
// And this is how we can create optimization cases.
}
public static void CreateDemoData(RoutingProblemData problem, Api api)
{
api.Navigate<ResponseData>(problem.GetLink("create-vehicle"), new VehicleUpdateRequest
{
Name = "TestVehicle-" + GenerateRandomString(8),
Capacities = new List<CapacityData>
{
new CapacityData { Name = "Weight", Amount = 5000 }
},
StartLocation = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.244958,
Longitude = 25.747143,
System = "Euclidian"
}
},
EndLocation = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.244958,
Longitude = 25.747143,
System = "Euclidian"
}
},
TimeWindows = { new TimeWindowData { Start = new DateTime(2013, 5, 14, 8, 0, 0), End = new DateTime(2013, 5, 14, 12, 0, 0) } },
RelocationType = "None",
});
var newTask = new TaskUpdateRequest { Name = "task", RelocationType = "None", ActivityState = "Active" };
var capacity = new CapacityData { Name = "Weight", Amount = 20 };
var pickup = new TaskEventUpdateRequest
{
Type = "Pickup",
Location = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.282617,
Longitude = 25.797272,
System = "Euclidian"
}
},
TimeWindows = { new TimeWindowData { Start = new DateTime(2013, 5, 14, 8, 0, 0), End = new DateTime(2013, 5, 14, 12, 0, 0) } }
};
pickup.Capacities.Add(capacity);
newTask.TaskEvents.Add(pickup);
var delivery = new TaskEventUpdateRequest
{
Type = "Delivery",
Location = new LocationData
{
Coordinate = new CoordinateData
{
Latitude = 62.373658,
Longitude = 25.885506,
System = "Euclidian"
}
},
TimeWindows = { new TimeWindowData { Start = new DateTime(2013, 5, 14, 8, 0, 0), End = new DateTime(2013, 5, 14, 12, 0, 0) } }
};
delivery.Capacities.Add(capacity);
newTask.TaskEvents.Add(delivery);
api.Navigate<ResponseData>(problem.GetLink("create-task"), newTask);
}
