public void DrawRadio(RadioMessage rm)
{
SKPoint pos = GetSKPoint(rm.Location.XPos, rm.Location.YPos, true);
pos.Offset(0, 30);
_canvas.DrawText(rm.Text, pos, Paints.HealthBarFillWhite);
}
public void SendData(ChatEvent chat)
{
string chatMessage = chat.message;
string chatSpeaker = chat.speaker;
bool isEncrypted;
if (EncryptionData != null)
{
chatMessage = EncryptionUtils.Encrypt(chatMessage, EncryptionData.EncryptionSecret);
chatSpeaker = EncryptionUtils.Encrypt(chatSpeaker, EncryptionData.EncryptionSecret);
isEncrypted = true;
}
else
{
isEncrypted = false;
}
RadioMessage msg = new RadioMessage
{
Sender = chatSpeaker,
Message = chatMessage,
IsEncrypted = isEncrypted,
OriginalSenderName = chat.speaker
};
TrySendSignal(msg);
}
public static void AppendLog(RadioMessage m)
{
using (StreamWriter outputFile = new StreamWriter(Path.Combine(Environment.CurrentDirectory, "WriteLines.txt"), true))
{
outputFile.WriteLine(m.RadioSerialNumber + ": " + BitConverter.ToString(m.FullPacket));
}
}
public void Init()
{
MissionBuilder = GameObject.Find("Scene").GetComponent <SceneBuilder>();
UI = GameObject.FindGameObjectWithTag("UI").GetComponent <SpaceUI>();
MissionRes = GameObject.Find("Scene").GetComponent <SceneRes>();
playership = MissionRes.playershiptransform.gameObject.GetComponent <Ship>();
RadioMessageObj = UI.RadioMessage;
InvokeRepeating("Step", 0, 1f);
}
public static void Deserialize(RadioMessage message, byte counterCheck)
{
short temperature;
short rx;
short tx;
short freqErr;
short voltage;
short reversePower;
double d_Temperature;
double d_Rx;
double d_Tx;
double d_FreqErr;
double d_Voltage;
double d_ReverseTx;
double vswr;
byte errors;
try
{
if (counterCheck == 0x67)
{
message.GetByte();
message.GetByte();
errors = message.GetByte();
if (errors == 0x02)
{
Console.WriteLine("Erro de cálculo de diagnóstico");
return;
}
temperature = message.GetSignedInt16();
rx = message.GetSignedInt16();
tx = message.GetSignedInt16();
freqErr = message.GetSignedInt16();
voltage = message.GetSignedInt16();
reversePower = message.GetSignedInt16();
d_Temperature = ((double)temperature / 10);
d_Rx = ((double)rx / 10);
d_Tx = ((double)tx / 10);
d_FreqErr = ((double)freqErr);
d_Voltage = ((double)voltage / 10);
d_ReverseTx = ((double)reversePower / 10);
vswr = (1 + (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000)))) / (1 - (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000))));
if ((d_Tx > 100 || d_Tx < 0) || (d_Rx < -150 || d_Rx > 0) || (d_Voltage < 5))
{
//WriteLog.AppendLog(message);
return;
}
Core.GetRadioManager().SaveMeasurement(message.RadioSerialNumber, d_Temperature, d_Voltage, d_FreqErr, d_Rx, d_Tx, vswr);
// Adicionado pela Laila
if (Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).CommStatus == 0)
{
Core.GetRadioManager().SetCommStatus(message.RadioSerialNumber, 1);
Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).CommStatus = 1;
}
DateTime timestamp = DateTime.Now;
Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).TimeStamp = timestamp;
}
else if (counterCheck == 0x72)
{
byte counter = message.GetByte();
message.GetSignedInt16();
errors = message.GetByte();
if (errors == 0x02)
{
Console.WriteLine("Erro de cálculo de diagnóstico");
return;
}
temperature = message.GetSignedInt16();
rx = message.GetSignedInt16();
tx = message.GetSignedInt16();
freqErr = message.GetSignedInt16();
voltage = message.GetSignedInt16();
reversePower = message.GetSignedInt16();
d_Temperature = ((double)temperature / 10);
d_Rx = ((double)rx / 10);
d_Tx = ((double)tx / 10);
d_FreqErr = ((double)freqErr);
d_Voltage = ((double)voltage / 10);
d_ReverseTx = ((double)reversePower / 10);
vswr = (1 + (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000)))) / (1 - (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000))));
if ((d_Tx > 100 || d_Tx < 0) || (d_Rx < -150 || d_Rx > 0) || (d_Voltage < 5))
{
//WriteLog.AppendLog(message);
return;
}
Core.GetRadioManager().SaveMeasurement(message.RadioSerialNumber, d_Temperature, d_Voltage, d_FreqErr, d_Rx, d_Tx, vswr);
// Adicionado pela Laila
if (Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).CommStatus == 0)
{
Core.GetRadioManager().SetCommStatus(message.RadioSerialNumber, 1);
Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).CommStatus = 1;
}
DateTime timestamp = DateTime.Now;
Core.GetRadioManager().GetRadioFromSN(message.RadioSerialNumber).TimeStamp = timestamp;
}
}
catch (Exception ex)
{
Console.WriteLine(message.RadioSerialNumber + ": " + ex.ToString());
}
}
public void TransmitMessage(RadioMessage message, IDictionary info)
{
}
public void TransmitMessage(RadioMessage message)
{
}
public static void Deserialize(RadioMessage message, byte counterCheck)
{
short temperature;
short rx;
short tx;
short freqErr;
short voltage;
short reversePower;
double d_Temperature;
double d_Rx;
double d_Tx;
double d_FreqErr;
double d_Voltage;
double d_ReverseTx;
double vswr;
byte errors;
if (counterCheck == 0x67)
{
message.GetByte();
message.GetByte();
errors = message.GetByte();
if (errors == 0x02)
{
Console.WriteLine("Erro de cálculo de diagnóstico");
return;
}
temperature = message.GetSignedInt16();
rx = message.GetSignedInt16();
tx = message.GetSignedInt16();
freqErr = message.GetSignedInt16();
voltage = message.GetSignedInt16();
reversePower = message.GetSignedInt16();
d_Temperature = ((double)temperature / 10);
d_Rx = ((double)rx / 10);
d_Tx = ((double)tx / 10);
d_FreqErr = ((double)freqErr);
d_Voltage = ((double)voltage / 10);
d_ReverseTx = ((double)reversePower / 10);
vswr = (1 + (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000)))) / (1 - (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000))));
Core.GetRadioManager().SaveMeasurement(message.RadioSerialNumber, d_Temperature, d_Voltage, d_FreqErr, d_Rx, d_Tx, vswr);
}
else if (counterCheck == 0x72)
{
byte counter = message.GetByte();
message.GetSignedInt16();
errors = message.GetByte();
if (errors == 0x02)
{
Console.WriteLine("Erro de cálculo de diagnóstico");
return;
}
temperature = message.GetSignedInt16();
rx = message.GetSignedInt16();
tx = message.GetSignedInt16();
freqErr = message.GetSignedInt16();
voltage = message.GetSignedInt16();
reversePower = message.GetSignedInt16();
d_Temperature = ((double)temperature / 10);
d_Rx = ((double)rx / 10);
d_Tx = ((double)tx / 10);
d_FreqErr = ((double)freqErr);
d_Voltage = ((double)voltage / 10);
d_ReverseTx = ((double)reversePower / 10);
vswr = (1 + (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000)))) / (1 - (Math.Sqrt((Math.Pow(10, (d_ReverseTx / 10)) / 1000) / (Math.Pow(10, (d_Tx / 10)) / 1000))));
Core.GetRadioManager().SaveMeasurement(message.RadioSerialNumber, d_Temperature, d_Voltage, d_FreqErr, d_Rx, d_Tx, vswr);
}
}
void OnRadioMessage(RadioMessage message)
{
switch (message.MessageType)
{
case RadioMessageType.Greeting:
// var recipient = (Ship.Target && Ship.Target == message.SourceShip.Targetable) ?
// Ship.Target.name : name;
break;
case RadioMessageType.AcknowledgeOrder:
if (message.SourceShip != this)
{
string msg = "OK, Boss.";
GUIController.Current.BroadcastMessage("OnPlayerNotification",
message.SourceShip.name + "> " + msg,
SendMessageOptions.DontRequireReceiver);
GUIController.Current.BroadcastMessage("OnRadioSpeech",
new PlayerRadioMessage()
{
Message = msg,
Source = message.SourceShip
},
SendMessageOptions.DontRequireReceiver);
}
break;
}
}
