public static ZastoneV77ChannelStructre DecodeFrequenciesForRXandTx(string hexEncodedChannelData)
{
if (result == null)
{
result = new ZastoneV77ChannelStructre();
}
var channelDataParts = hexEncodedChannelData.Split(' ');
result.RXFreq = channelDataParts[7] + channelDataParts[6].Insert(1, ".") + channelDataParts[5];
result.TXFreq = channelDataParts[11] + channelDataParts[10].Insert(1, ".") + channelDataParts[9];
return(result);
}
private void AddToProcessedDataGrid(ZastoneV77ChannelStructre st)
{
if (string.IsNullOrEmpty(st.ToneDec))
{
return;
}
var myArray = new object[] { st.RXFreq, st.ToneDec, st.TXFreq, st.ToneEnc, st.ScanAdd, st.WideNarrow, st.Txpower, st.BusyLock, st.Scramble, st.Compander, st.PTTID };
if (this.InvokeRequired)
{
processedDataGrid.Invoke((MethodInvoker)(() => processedDataGrid.Rows.Add(myArray)));
}
else
{
processedDataGrid.Rows.Add(myArray);
}
ZastoneV77Decoder.ClearStaticVariable();
}
public static ZastoneV77ChannelStructre DecodeRXandTxTones(string hexEncodedToneData)
{
if (result == null)
{
result = new ZastoneV77ChannelStructre();
}
var toneDataParts = hexEncodedToneData.Split(' ');
result.ToneDec = Convert.ToInt32(toneDataParts[5]).ToString() + toneDataParts[4].Insert(1, ".");
result.ToneEnc = Convert.ToInt32(toneDataParts[7]).ToString() + toneDataParts[6].Insert(1, ".");
result.ScanAdd = toneDataParts[8][0] == 'f' ? "Yes" : "No";
result.WideNarrow = toneDataParts[8][1] == 'f' ? "Wide" : "Narrow";
result.Txpower = toneDataParts[8][1] == 'f' ? "High" : "Low";
result.BusyLock = toneDataParts[8][1] == 'f' ? "No" : "Yes";
result.Scramble = toneDataParts[8][0] == 'd' ? "No" : "Yes";
result.Compander = toneDataParts[8][0] == '9' ? "Yes" : "No";
result.PTTID = toneDataParts[8][0] == '1' ? "Yes" : "No";
return(result);
}
public static void ClearStaticVariable()
{
result = null;
}
