private async void FsdConsumer_RemoveClientDtoReceived(object sender, DtoReceivedEventArgs <RemoveClientDto> p)
{
_fsdClients.RemoveAll(c => c.Callsign == p.Dto.Callsign);
await _liveFeedProducer.ProduceMessage(p.Dto);
Console.WriteLine($"{p.Dto.Callsign} disconnected from the network - {_fsdClients.Count}");
}
private async void FsdConsumer_AtisDataDtoReceived(object sender, DtoReceivedEventArgs <AtisDataDto> p)
{
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.From);
if (fsdClient == null)
{
return;
}
switch (p.Dto.Type)
{
case "T" when fsdClient.AppendAtis:
fsdClient.AtisMessage += $"^§{p.Dto.Data}";
break;
case "T":
fsdClient.AtisMessage = p.Dto.Data;
fsdClient.AppendAtis = true;
break;
case "E":
fsdClient.AppendAtis = false;
break;
}
await _liveFeedProducer.ProduceMessage(p.Dto);
}
private void fsdConsumer_PingDtoReceived(object sender, DtoReceivedEventArgs <PingDto> e)
{
PongDto pongDto = new PongDto(e.Dto.Source, "DSERVER", DtoCount, 1, e.Dto.Data);
Client.Write(pongDto + "\r\n");
DtoCount++;
}
private async void FsdConsumer_AddClientDtoReceived(object sender, DtoReceivedEventArgs <AddClientDto> p)
{
if (_fsdClients.Any(c => c.Callsign == p.Dto.Callsign) || p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign.Contains("DCLIENT") || p.Dto.Callsign == "DATA-TOR" || (p.Dto.Callsign.Length > 3 && p.Dto.Callsign.Substring(0, 4) == "AFVS"))
{
return;
}
FsdClient fsdClient = new FsdClient
{
Callsign = p.Dto.Callsign,
Cid = p.Dto.Cid,
Protrevision = p.Dto.ProtocolRevision,
Rating = p.Dto.Rating,
Realname = p.Dto.RealName,
Server = p.Dto.Server,
Clienttype = p.Dto.Type == 1 ? "PILOT" : "ATC",
TimeLogon = DateTime.UtcNow,
TimeLastAtisReceived = DateTime.UtcNow,
LastUpdated = DateTime.UtcNow
};
_fsdClients.Add(fsdClient);
_fsdPrefiles.RemoveAll(f => f.Callsign == p.Dto.Callsign);
await _liveFeedProducer.ProduceMessage(p.Dto);
Console.WriteLine($"{p.Dto.Callsign} connected to the network - {_fsdClients.Count}");
}
private void FsdConsumer_AtcDataDtoReceived(object sender, DtoReceivedEventArgs <AtcDataDto> p)
{
if (p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign.Contains("DCLIENT") || p.Dto.Callsign == "DATA-TOR" || (p.Dto.Callsign.Length > 3 && p.Dto.Callsign.Substring(0, 4) == "AFVS"))
{
return;
}
if (!p.Dto.Callsign.ToUpper().Contains("_ATIS"))
{
FsdController fsdController = _fsdControllers.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdController == null)
{
return;
}
fsdController.HasControllerData = true;
fsdController.Frequency = p.Dto.Frequency.Insert(2, ".").Insert(0, "1");
fsdController.Facility = p.Dto.FacilityType;
fsdController.VisualRange = p.Dto.VisualRange;
fsdController.LastUpdated = DateTime.UtcNow;
}
else
{
FsdAtis fsdAtis = _fsdAtiss.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdAtis == null)
{
return;
}
fsdAtis.HasControllerData = true;
fsdAtis.Frequency = p.Dto.Frequency.Insert(2, ".").Insert(0, "1");
fsdAtis.Facility = p.Dto.FacilityType;
fsdAtis.VisualRange = p.Dto.VisualRange;
fsdAtis.LastUpdated = DateTime.UtcNow;
}
}
private async void FsdConsumer_FlightPlanDtoReceived(object sender, DtoReceivedEventArgs <FlightPlanDto> p)
{
try
{
if (_fsdPilots.All(c => c.Callsign != p.Dto.Callsign))
{
ApiUserData response = await _httpService.GetUserData(p.Dto.Cid);
FsdPrefile fsdPrefile = new FsdPrefile
{
Cid = int.Parse(p.Dto.Cid),
Name = $"{response.FirstName} {response.LastName}",
Callsign = p.Dto.Callsign,
LastUpdated = DateTime.UtcNow,
FlightPlan = FillFlightPlanFromDto(p.Dto),
};
_fsdPrefiles.Add(fsdPrefile);
}
else
{
FsdPilot fsdPilot = _fsdPilots.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdPilot == null)
{
return;
}
fsdPilot.FlightPlan = FillFlightPlanFromDto(p.Dto);
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
private async void FsdConsumer_FlightPlanDtoReceived(object sender, DtoReceivedEventArgs <FlightPlanDto> p)
{
try
{
FsdClient fsdClient;
bool prefile;
if (_fsdClients.All(c => c.Callsign != p.Dto.Callsign))
{
ApiUserData response = await _httpService.GetUserData(p.Dto.Cid);
Console.WriteLine($"Prefile Received for {response.FirstName} {response.LastName}");
fsdClient = new FsdClient
{
Cid = p.Dto.Cid,
Realname = $"{response.FirstName} {response.LastName}",
Callsign = p.Dto.Callsign,
LastUpdated = DateTime.UtcNow,
};
prefile = true;
}
else
{
fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
prefile = false;
}
if (fsdClient == null)
{
return;
}
fsdClient.PlannedAircraft = p.Dto.Aircraft;
fsdClient.PlannedTascruise = p.Dto.CruiseSpeed;
fsdClient.PlannedDepairport = p.Dto.DepartureAirport;
fsdClient.PlannedAltitude = p.Dto.Altitude;
fsdClient.PlannedDestairport = p.Dto.DestinationAirport;
fsdClient.PlannedRevision = p.Dto.Revision;
fsdClient.PlannedFlighttype = p.Dto.Type;
fsdClient.PlannedDeptime = p.Dto.EstimatedDepartureTime;
fsdClient.PlannedActdeptime = p.Dto.ActualDepartureTime;
fsdClient.PlannedHrsenroute = p.Dto.HoursEnroute;
fsdClient.PlannedMinenroute = p.Dto.MinutesEnroute;
fsdClient.PlannedHrsfuel = p.Dto.HoursFuel;
fsdClient.PlannedMinfuel = p.Dto.MinutesFuel;
fsdClient.PlannedAltairport = p.Dto.AlternateAirport;
fsdClient.PlannedRemarks = p.Dto.Remarks;
fsdClient.PlannedRoute = p.Dto.Route;
if (prefile)
{
_fsdPrefiles.Add(fsdClient);
p.Dto.Prefile = true;
}
p.Dto.Realname = fsdClient.Realname;
await _liveFeedProducer.ProduceMessage(p.Dto);
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
private static async void fsdConsumer_FlightPlanDtoReceived(object sender,
DtoReceivedEventArgs <FlightPlanDto> p)
{
try
{
FsdClient fsdClient;
bool prefile;
if (_fsdClients.All(c => c.Callsign != p.Dto.Callsign))
{
string xml =
await new WebClient().DownloadStringTaskAsync(
$"https://cert.vatsim.net/cert/vatsimnet/idstatus.php?cid={p.Dto.Cid}");
XmlDocument certRecord = new XmlDocument();
certRecord.LoadXml(xml);
string lastName = certRecord.SelectSingleNode("/root/user/name_last").InnerText;
string firstName = certRecord.SelectSingleNode("/root/user/name_first").InnerText;
Console.WriteLine($"Prefile received for {firstName} {lastName}.");
fsdClient = new FsdClient
{
Cid = p.Dto.Cid,
Realname = $"{firstName} {lastName}",
Callsign = p.Dto.Callsign,
LastUpdated = DateTime.UtcNow,
};
prefile = true;
}
else
{
fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
prefile = false;
}
fsdClient.PlannedAircraft = p.Dto.Aircraft;
fsdClient.PlannedTascruise = p.Dto.CruiseSpeed;
fsdClient.PlannedDepairport = p.Dto.DepartureAirport;
fsdClient.PlannedAltitude = p.Dto.Altitude;
fsdClient.PlannedDestairport = p.Dto.DestinationAirport;
fsdClient.PlannedRevision = p.Dto.Revision;
fsdClient.PlannedFlighttype = p.Dto.Type;
fsdClient.PlannedDeptime = p.Dto.EstimatedDepartureTime;
fsdClient.PlannedActdeptime = p.Dto.ActualDepartureTime;
fsdClient.PlannedHrsenroute = p.Dto.HoursEnroute;
fsdClient.PlannedMinenroute = p.Dto.MinutesEnroute;
fsdClient.PlannedHrsfuel = p.Dto.HoursFuel;
fsdClient.PlannedMinfuel = p.Dto.MinutesFuel;
fsdClient.PlannedAltairport = p.Dto.AlternateAirport;
fsdClient.PlannedRemarks = p.Dto.Remarks;
fsdClient.PlannedRoute = p.Dto.Route;
if (prefile)
{
_fsdPrefiles.Add(fsdClient);
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
private void FsdConsumer_AddClientDtoReceived(object sender, DtoReceivedEventArgs <AddClientDto> p)
{
if (_fsdPilots.Any(c => c.Callsign == p.Dto.Callsign) || _fsdControllers.Any(c => c.Callsign == p.Dto.Callsign) || _fsdAtiss.Any(c => c.Callsign == p.Dto.Callsign) || p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign.Contains("DCLIENT") || p.Dto.Callsign == "DATA-TOR" || (p.Dto.Callsign.Length > 3 && p.Dto.Callsign.Substring(0, 4) == "AFVS"))
{
return;
}
if (p.Dto.Type == 1)
{
FsdPilot fsdPilot = new FsdPilot
{
Cid = int.Parse(p.Dto.Cid),
Name = p.Dto.RealName,
Callsign = p.Dto.Callsign,
Server = p.Dto.Server,
LogonTime = DateTime.UtcNow,
LastUpdated = DateTime.UtcNow,
PilotRatingSet = false,
HasPilotData = false
};
_fsdPilots.Add(fsdPilot);
_fsdPrefiles.RemoveAll(f => f.Callsign == p.Dto.Callsign);
}
else if (p.Dto.Type != 1 && !p.Dto.Callsign.ToUpper().Contains("_ATIS"))
{
FsdController fsdController = new FsdController
{
Cid = int.Parse(p.Dto.Cid),
Name = p.Dto.RealName,
Callsign = p.Dto.Callsign,
Server = p.Dto.Server,
Rating = p.Dto.Rating,
LogonTime = DateTime.UtcNow,
LastUpdated = DateTime.UtcNow,
HasControllerData = false
};
_fsdControllers.Add(fsdController);
}
else if (p.Dto.Type != 1 && p.Dto.Callsign.ToUpper().Contains("_ATIS"))
{
FsdAtis fsdAtis = new FsdAtis
{
Cid = int.Parse(p.Dto.Cid),
Callsign = p.Dto.Callsign,
Name = p.Dto.RealName,
Rating = p.Dto.Rating,
Server = p.Dto.Server,
LogonTime = DateTime.UtcNow,
LastUpdated = DateTime.UtcNow,
HasControllerData = false
};
_fsdAtiss.Add(fsdAtis);
}
}
private async void FsdConsumer_BroadcastDtoReceived(object sender, DtoReceivedEventArgs <BroadcastDto> p)
{
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.From);
if (fsdClient == null)
{
return;
}
p.Dto.Cid = fsdClient.Cid;
p.Dto.Realname = fsdClient.Realname;
Console.WriteLine($"Broadcast from {p.Dto.From} - {fsdClient.Realname}");
await _liveFeedProducer.ProduceMessage(p.Dto);
}
private static void fsdConsumer_PilotDataDtoReceived(object sender, DtoReceivedEventArgs <PilotDataDto> p)
{
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
fsdClient.Transponder = p.Dto.Transponder;
fsdClient.Latitude = p.Dto.Latitude;
fsdClient.Longitude = p.Dto.Longitude;
fsdClient.Altitude = p.Dto.Altitude;
fsdClient.Groundspeed = p.Dto.GroundSpeed;
fsdClient.Heading = p.Dto.Heading;
fsdClient.QnhIHg = Math.Round(29.92 - (p.Dto.PressureDifference / 1000.0), 2);
fsdClient.QnhMb = (int)Math.Round(fsdClient.QnhIHg * 33.864);
fsdClient.LastUpdated = DateTime.UtcNow;
}
private static void fsdConsumer_AtcDataDtoReceived(object sender, DtoReceivedEventArgs <AtcDataDto> p)
{
if (p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign == "DCLIENT")
{
return;
}
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
fsdClient.Frequency = p.Dto.Frequency.Insert(2, ".").Insert(0, "1");
fsdClient.Latitude = p.Dto.Latitude;
fsdClient.Longitude = p.Dto.Longitude;
fsdClient.Facilitytype = p.Dto.FacilityType;
fsdClient.Visualrange = p.Dto.VisualRange;
fsdClient.LastUpdated = DateTime.UtcNow;
}
private static void fsdConsumer_NotifyDtoReceived(object sender, DtoReceivedEventArgs <NotifyDto> p)
{
if (p.Dto.Hostname == "127.0.0.1" || p.Dto.Name.ToLower().Contains("data") ||
p.Dto.Name.ToLower().Contains("afv") || _fsdServers.Any(s => s.Name == p.Dto.Name))
{
return;
}
FsdServer fsdServer = new FsdServer
{
Ident = p.Dto.Ident,
HostnameOrIp = p.Dto.Hostname,
Location = p.Dto.Location,
Name = p.Dto.Name,
ClientsConnectionAllowed = 1
};
_fsdServers.Add(fsdServer);
}
private void FsdConsumer_PilotDataDtoReceived(object sender, DtoReceivedEventArgs <PilotDataDto> p)
{
FsdPilot fsdPilot = _fsdPilots.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdPilot == null)
{
return;
}
fsdPilot.HasPilotData = true;
fsdPilot.Transponder = p.Dto.Transponder.ToString("0000");
fsdPilot.Latitude = p.Dto.Latitude;
fsdPilot.Longitude = p.Dto.Longitude;
fsdPilot.Altitude = p.Dto.Altitude;
fsdPilot.Groundspeed = p.Dto.GroundSpeed;
fsdPilot.Heading = p.Dto.Heading;
fsdPilot.QnhIHg = Math.Round(29.92 - (p.Dto.PressureDifference / 1000.0), 2);
fsdPilot.QnhMb = (int)Math.Round(fsdPilot.QnhIHg * 33.864);
fsdPilot.LastUpdated = DateTime.UtcNow;
}
private async void FsdConsumer_PilotDataDtoReceived(object sender, DtoReceivedEventArgs <PilotDataDto> p)
{
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdClient == null)
{
return;
}
fsdClient.Transponder = p.Dto.Transponder;
fsdClient.Latitude = p.Dto.Latitude;
fsdClient.Longitude = p.Dto.Longitude;
fsdClient.Altitude = p.Dto.Altitude;
fsdClient.Groundspeed = p.Dto.GroundSpeed;
fsdClient.Heading = p.Dto.Heading;
fsdClient.QnhIHg = Math.Round(29.92 - (p.Dto.PressureDifference / 1000.0), 2);
fsdClient.QnhMb = (int)Math.Round(fsdClient.QnhIHg * 33.864);
fsdClient.LastUpdated = DateTime.UtcNow;
await _liveFeedProducer.ProduceMessage(p.Dto);
}
private async void FsdConsumer_AtcDataDtoReceived(object sender, DtoReceivedEventArgs <AtcDataDto> p)
{
if (p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign.Contains("DCLIENT") || p.Dto.Callsign == "DATA-TOR" || (p.Dto.Callsign.Length > 3 && p.Dto.Callsign.Substring(0, 4) == "AFVS"))
{
return;
}
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.Callsign);
if (fsdClient == null)
{
return;
}
fsdClient.Frequency = p.Dto.Frequency.Insert(2, ".").Insert(0, "1");
fsdClient.Latitude = p.Dto.Latitude;
fsdClient.Longitude = p.Dto.Longitude;
fsdClient.Facilitytype = p.Dto.FacilityType;
fsdClient.Visualrange = p.Dto.VisualRange;
fsdClient.LastUpdated = DateTime.UtcNow;
await _liveFeedProducer.ProduceMessage(p.Dto);
}
private static void fsdConsumer_AtisDataDtoReceived(object sender, DtoReceivedEventArgs <AtisDataDto> p)
{
Console.WriteLine($"ATIS data for {p.Dto.From}: {p.Dto.Data}");
FsdClient fsdClient = _fsdClients.Find(c => c.Callsign == p.Dto.From);
if (p.Dto.Type == "T")
{
if (fsdClient.AppendAtis)
{
fsdClient.AtisMessage += $"^§{p.Dto.Data}";
}
else
{
fsdClient.AtisMessage = p.Dto.Data;
fsdClient.AppendAtis = true;
}
}
else if (p.Dto.Type == "E")
{
fsdClient.AppendAtis = false;
}
}
private static void fsdConsumer_AddClientDtoReceived(object sender, DtoReceivedEventArgs <AddClientDto> p)
{
if (_fsdClients.Any(c => c.Callsign == p.Dto.Callsign) || p.Dto.Callsign == "AFVDATA" || p.Dto.Callsign == "SUP" || p.Dto.Callsign == "DATA" || p.Dto.Callsign == "DATASVR" || p.Dto.Callsign == "DCLIENT")
{
return;
}
FsdClient fsdClient = new FsdClient
{
Callsign = p.Dto.Callsign,
Cid = p.Dto.Cid,
Protrevision = p.Dto.ProtocolRevision,
Rating = p.Dto.Rating,
Realname = p.Dto.RealName,
Server = p.Dto.Server,
Clienttype = p.Dto.Type == 1 ? "PILOT" : "ATC",
TimeLogon = DateTime.UtcNow,
TimeLastAtisReceived = DateTime.UtcNow,
LastUpdated = DateTime.UtcNow
};
_fsdClients.Add(fsdClient);
Console.WriteLine($"{p.Dto.Callsign} connected to the network.");
Console.WriteLine(_fsdClients.Count);
}
private void FsdConsumer_RemoveClientDtoReceived(object sender, DtoReceivedEventArgs <RemoveClientDto> p)
{
_fsdPilots.RemoveAll(c => c.Callsign == p.Dto.Callsign);
_fsdControllers.RemoveAll(c => c.Callsign == p.Dto.Callsign);
_fsdAtiss.RemoveAll(c => c.Callsign == p.Dto.Callsign);
}
protected virtual void OnNotifyDtoReceived(DtoReceivedEventArgs <NotifyDto> e)
{
EventHandler <DtoReceivedEventArgs <NotifyDto> > handler = NotifyDtoReceived;
handler?.Invoke(this, e);
}
protected virtual void OnAtisDataDtoReceived(DtoReceivedEventArgs <AtisDataDto> e)
{
EventHandler <DtoReceivedEventArgs <AtisDataDto> > handler = AtisDataDtoReceived;
handler?.Invoke(this, e);
}
protected virtual void OnPingDtoReceived(DtoReceivedEventArgs <PingDto> e)
{
EventHandler <DtoReceivedEventArgs <PingDto> > handler = PingDtoReceived;
handler?.Invoke(this, e);
}
protected virtual void OnFlightPlanDtoReceived(DtoReceivedEventArgs <FlightPlanDto> e)
{
EventHandler <DtoReceivedEventArgs <FlightPlanDto> > handler = FlightPlanDtoReceived;
handler?.Invoke(this, e);
}
protected virtual void OnRemoveClientDtoReceived(DtoReceivedEventArgs <RemoveClientDto> e)
{
EventHandler <DtoReceivedEventArgs <RemoveClientDto> > handler = RemoveClientDtoReceived;
handler?.Invoke(this, e);
}
private static void fsdConsumer_RemoveClientDtoReceived(object sender, DtoReceivedEventArgs <RemoveClientDto> p)
{
_fsdClients.RemoveAll(c => c.Callsign == p.Dto.Callsign);
Console.WriteLine($"{p.Dto.Callsign} disconnected from the network.");
Console.WriteLine(_fsdClients.Count);
}
private async void FsdConsumer_FlightPlanCancelDtoReceived(object sender, DtoReceivedEventArgs <FlightPlanCancelDto> p)
{
_fsdPrefiles.RemoveAll(c => c.Callsign == p.Dto.Callsign);
await _liveFeedProducer.ProduceMessage(p.Dto);
}
