public static void Main(string[] args)
{
Trace("CTEST_FULL_OUTPUT (Avoid ctest truncation of output)\n");
Trace("Begin ManualTestEvent.Main\n");
ManualTestEvent te = new ManualTestEvent();
Vehicle v1 = new Vehicle();
v1.FuelLevelChanged += new AbstractVehicle.FuelLevelChangedEventHandler(te.FuelLevelChanged);
v1.FuelLevel = 0.77;
v1.FuelLevel = 0.77;
v1.FuelLevel = 0.77;
v1.FuelLevel = 1.0;
v1.FuelLevel = 1.0;
v1.FuelLevel = 1.0;
TestFloatArrayMethods(v1);
VehicleDescriptor desc = new VehicleDescriptor();
try
{
desc = v1.TGetDescriptor();
}
catch (System.Exception exc)
{
Trace("info: Caught exception calling v1.TGetDescriptor...\n");
Trace(" Is this an older version of mono with the 'struct cannot cross PInvoke boundary' bug?\n");
Trace("\n");
Trace(exc.ToString());
Trace("\n");
Trace("\n");
}
Trace(String.Format("desc.AMarker: {0}\n", desc.AMarker));
Trace(String.Format("desc.BoolTest1: {0}\n", desc.BoolTest1));
Trace(String.Format("desc.BoolTest2: {0}\n", desc.BoolTest2));
Trace(String.Format("desc.c1: {0}\n", desc.c1));
Trace(String.Format("desc.ColorCode: {0}\n", desc.ColorCode));
Trace(String.Format("desc.d1: {0}\n", desc.d1));
Trace(String.Format("desc.f1: {0}\n", desc.f1));
Trace(String.Format("desc.i1: {0}\n", desc.i1));
Trace(String.Format("desc.i64: {0}\n", desc.i64));
Trace(String.Format("desc.l1: {0}\n", desc.l1));
Trace(String.Format("desc.MileageEstimate: {0}\n", desc.MileageEstimate));
Trace(String.Format("desc.NumberOfCylinders: {0}\n", desc.NumberOfCylinders));
Trace(String.Format("desc.NumberOfDoors: {0}\n", desc.NumberOfDoors));
Trace(String.Format("desc.s1: {0}\n", desc.s1));
Trace(String.Format("desc.uc1: {0}\n", desc.uc1));
Trace(String.Format("desc.ui1: {0}\n", desc.ui1));
Trace(String.Format("desc.ui64: {0}\n", desc.ui64));
Trace(String.Format("desc.ul1: {0}\n", desc.ul1));
Trace(String.Format("desc.us1: {0}\n", desc.us1));
Trace(String.Format("desc.enumMfgID: {0}\n", desc.enumMfgID));
Trace(String.Format("desc.ZMarker: {0}\n", desc.ZMarker));
desc.NumberOfCylinders = 16;
desc.NumberOfDoors = 16;
v1.TSetDescriptor(desc);
desc.NumberOfCylinders = 32;
desc.NumberOfDoors = 32;
v1.TSetDescriptorRef(desc);
desc.NumberOfCylinders = 64;
desc.NumberOfDoors = 64;
v1.TSetDescriptorConstRef(desc);
// Silly prove-you-can-do-it tests and improve coverage, too:
//
FuelLevelChanged evt = new FuelLevelChanged();
evt.ReturnMyLong();
evt.ReturnMyNonClassLong();
evt = null;
FuelLevelChangedEventArgs eargs = new FuelLevelChangedEventArgs();
eargs.Level = 0.88;
eargs.OldLevel = 0.55;
eargs = null;
Trace("End ManualTestEvent.Main\n");
System.GC.Collect();
}
public static void Main(string[] args)
{
Trace("CTEST_FULL_OUTPUT (Avoid ctest truncation of output)\n");
Trace("Begin ManualTestEvent.Main\n");
ManualTestEvent te = new ManualTestEvent();
Vehicle v1 = new Vehicle();
v1.FuelLevelChanged += new AbstractVehicle.FuelLevelChangedEventHandler(te.FuelLevelChanged);
v1.FuelLevel = 0.77;
v1.FuelLevel = 0.77;
v1.FuelLevel = 0.77;
v1.FuelLevel = 1.0;
v1.FuelLevel = 1.0;
v1.FuelLevel = 1.0;
TestFloatArrayMethods(v1);
VehicleDescriptor desc = new VehicleDescriptor();
try
{
desc = v1.TGetDescriptor();
}
catch(System.Exception exc)
{
Trace("info: Caught exception calling v1.TGetDescriptor...\n");
Trace(" Is this an older version of mono with the 'struct cannot cross PInvoke boundary' bug?\n");
Trace("\n");
Trace(exc.ToString());
Trace("\n");
Trace("\n");
}
Trace(String.Format("desc.AMarker: {0}\n", desc.AMarker));
Trace(String.Format("desc.BoolTest1: {0}\n", desc.BoolTest1));
Trace(String.Format("desc.BoolTest2: {0}\n", desc.BoolTest2));
Trace(String.Format("desc.c1: {0}\n", desc.c1));
Trace(String.Format("desc.ColorCode: {0}\n", desc.ColorCode));
Trace(String.Format("desc.d1: {0}\n", desc.d1));
Trace(String.Format("desc.f1: {0}\n", desc.f1));
Trace(String.Format("desc.i1: {0}\n", desc.i1));
Trace(String.Format("desc.i64: {0}\n", desc.i64));
Trace(String.Format("desc.l1: {0}\n", desc.l1));
Trace(String.Format("desc.MileageEstimate: {0}\n", desc.MileageEstimate));
Trace(String.Format("desc.NumberOfCylinders: {0}\n", desc.NumberOfCylinders));
Trace(String.Format("desc.NumberOfDoors: {0}\n", desc.NumberOfDoors));
Trace(String.Format("desc.s1: {0}\n", desc.s1));
Trace(String.Format("desc.uc1: {0}\n", desc.uc1));
Trace(String.Format("desc.ui1: {0}\n", desc.ui1));
Trace(String.Format("desc.ui64: {0}\n", desc.ui64));
Trace(String.Format("desc.ul1: {0}\n", desc.ul1));
Trace(String.Format("desc.us1: {0}\n", desc.us1));
Trace(String.Format("desc.enumMfgID: {0}\n", desc.enumMfgID));
Trace(String.Format("desc.ZMarker: {0}\n", desc.ZMarker));
desc.NumberOfCylinders = 16;
desc.NumberOfDoors = 16;
v1.TSetDescriptor(desc);
desc.NumberOfCylinders = 32;
desc.NumberOfDoors = 32;
v1.TSetDescriptorRef(desc);
desc.NumberOfCylinders = 64;
desc.NumberOfDoors = 64;
v1.TSetDescriptorConstRef(desc);
// Silly prove-you-can-do-it tests and improve coverage, too:
//
FuelLevelChanged evt = new FuelLevelChanged();
evt.ReturnMyLong();
evt.ReturnMyNonClassLong();
evt = null;
FuelLevelChangedEventArgs eargs = new FuelLevelChangedEventArgs();
eargs.Level = 0.88;
eargs.OldLevel = 0.55;
eargs = null;
Trace("End ManualTestEvent.Main\n");
System.GC.Collect();
}
static void Main(string[] args)
{
int tsOffset = Convert.ToInt32(ConfigurationManager.AppSettings.Get("TimeStampOffset"));
long timestamp_from = (long)Functions.ToEpoch(DateTime.UtcNow.AddMinutes(tsOffset));
long timestamp_to = (long)Functions.ToEpoch(DateTime.UtcNow);
List <RTVehiclePositions> vehiclePositions = db.Database
.SqlQuery <RTVehiclePositions>("RTVehiclePositionsGetActive @timestamp_from, @timestamp_to"
, new SqlParameter("@timestamp_from", timestamp_from)
, new SqlParameter("@timestamp_to", timestamp_to))
.ToList();
FeedMessage feed = new FeedMessage();
if (vehiclePositions.Count > 0)
{
foreach (RTVehiclePositions vehiclePosition in vehiclePositions)
{
TripDescriptor td = new TripDescriptor();
td.TripId = vehiclePosition.trip_id;
td.RouteId = vehiclePosition.route_id;
td.DirectionId = (uint)vehiclePosition.direction_id;
td.StartDate = vehiclePosition.start_date;
td.StartTime = vehiclePosition.start_time;
Position pos = new Position();
pos.Latitude = (float)vehiclePosition.latitude;
pos.Longitude = (float)vehiclePosition.longitude;
VehicleDescriptor v = new VehicleDescriptor();
v.Id = vehiclePosition.vehicle_id;
v.Label = vehiclePosition.vehicle_label;
v.LicensePlate = vehiclePosition.vehicle_license_plate;
VehiclePosition vp = new VehiclePosition();
vp.Position = pos;
vp.Trip = td;
vp.Vehicle = v;
vp.CurrentStopSequence = (uint)vehiclePosition.current_stop_sequence;
vp.StopId = vehiclePosition.stop_id;
vp.Timestamp = (ulong)vehiclePosition.timestamp;
FeedEntity entity = new FeedEntity();
entity.Id = vehiclePosition.id.ToString();
entity.Vehicle = vp;
feed.Entities.Add(entity);
}
byte[] objSerialized = Functions.ProtoSerialize(feed);
CloudStorageAccount storageAccount = CloudStorageAccount.Parse(CloudConfigurationManager.GetSetting("StorageConnectionString"));
string filename = "vehicleposition.pb";
// Create a CloudFileClient object for credentialed access to Azure Files.
CloudFileClient fileClient = storageAccount.CreateCloudFileClient();
// Get a reference to the file share we created previously.
CloudFileShare share = fileClient.GetShareReference("gtfsrt");
share.CreateIfNotExists();
var rootDir = share.GetRootDirectoryReference();
using (var stream = new MemoryStream(objSerialized, writable: false))
{
rootDir.GetFileReference(filename).UploadFromStream(stream);
}
}
}
