public HttpService(HttpServiceConfig _config, Tnxlog _rdaLog)
{
config = _config;
tnxlog = _rdaLog;
unsentFilePath = Path.Combine(tnxlog.dataPath, "unsent");
List <QSO> unsentQSOs = QSOFactory.ReadList <List <QSO> >(unsentFilePath + ".qso");
if (unsentQSOs != null && unsentQSOs.Count > 0)
{
Task.Run(async() =>
{
await postQso(unsentQSOs.ToArray());
});
}
List <QsoDeleteData> unsentDels = ProtoBufSerialization.Read <List <QsoDeleteData> >(unsentFilePath + ".del");
if (unsentDels != null && unsentDels.Count > 0)
{
Task.Run(async() =>
{
foreach (QsoDeleteData del in unsentDels)
{
if (!await _postDeleteQso(del))
{
addToQueue(del);
}
}
});
}
}
private void saveUnsent()
{
List <QSO> qsoList = new List <QSO>();
foreach (QSO[] qsoBatch in logQueue.Where(item => item.qso != null).Select(item => item.qso).ToList())
{
qsoList.AddRange(qsoBatch);
}
ProtoBufSerialization.Write <List <QSO> >(unsentFilePath + ".qso", qsoList);
ProtoBufSerialization.Write <List <QsoDeleteData> >(unsentFilePath + ".del", logQueue.Where(item => item.delete != null).Select(item => item.delete).ToList());
}
private async void UDPDataReceived(object sender, DataReceivedArgs e)
{
string data = Encoding.UTF8.GetString(e.data);
System.Diagnostics.Trace.TraceInformation(data);
QSO qso = qsoFactory.create(data);
if (qso == null)
{
return;
}
//System.Diagnostics.Trace.TraceInformation(qso.toJSON());
dgvQSOInsert(qso);
ProtoBufSerialization.Write <QSO>(qsoFilePath, qso, true);
await http.postQso(qso);
}
public HTTPService(GPSReader _gpsReader)
{
gpsReader = _gpsReader;
schedulePingTimer();
List <QSO> unsentQSOs = ProtoBufSerialization.Read <List <QSO> >(unsentFilePath);
if (unsentQSOs != null && unsentQSOs.Count > 0)
{
Task.Run(() =>
{
foreach (QSO qso in unsentQSOs)
{
postQso(qso);
}
saveUnsent();
});
}
}
public HTTPService(GPSReader _gpsReader, DXpConfig _config)
{
gpsReader = _gpsReader;
config = _config;
userColumnsData = new UserColumnsData(config);
schedulePingTimer();
List <QSO> unsentQSOs = ProtoBufSerialization.Read <List <QSO> >(unsentFilePath);
if (unsentQSOs != null && unsentQSOs.Count > 0)
{
Task.Run(() =>
{
foreach (QSO qso in unsentQSOs)
{
postQso(qso);
}
saveUnsent();
});
}
}
public static T ReadList <T>(string filePath) where T : IList <QSO>
{
T r = ProtoBufSerialization.Read <T>(filePath);
if (r != null)
{
foreach (QSO qso in r)
{
if (qso.qth == null || qso.qth.Length < TnxlogConfig.QthFieldCount)
{
string[] src = qso.qth == null ? new string[] { } : qso.qth;
qso.qth = new string[TnxlogConfig.QthFieldCount];
for (int field = 0; field < src.Length; field++)
{
qso.qth[field] = src[field];
}
}
}
}
return(r);
}
private void saveUnsent()
{
ProtoBufSerialization.Write <List <QSO> >(unsentFilePath, qsoQueue.ToList());
}
public void writeQsoList()
{
ProtoBufSerialization.Write <BindingList <QSO> >(qsoFilePath, qsoList);
}
public FMain()
{
#if DEBUG
TextWriterTraceListener[] listeners = new TextWriterTraceListener[] {
new TextWriterTraceListener("debug." + Guid.NewGuid() + ".log"),
new TextWriterTraceListener(Console.Out)
};
foreach (TextWriterTraceListener listener in listeners)
{
listener.TraceOutputOptions |= TraceOptions.DateTime;
}
Trace.Listeners.AddRange(listeners);
Trace.AutoFlush = true;
Trace.TraceInformation("-----------------------START---------------------------------");
#endif
config = new XmlConfigNS.XmlConfig <DXpConfig>();
config.data.initialize();
qsoFactory = new QSOFactory(config.data);
InitializeComponent();
udpListener.DataReceived += UDPDataReceived;
udpListener.StartListener(12060);
bsQSO = new BindingSource(blQSO, null);
dgvQSO.AutoGenerateColumns = false;
dgvQSO.DataSource = bsQSO;
for (int c = 0; c < DXpConfig.UserColumnsCount; c++)
{
UserColumnSettings cs = config.data.userColumns != null && config.data.userColumns.Count > c ? config.data.userColumns[c] : null;
DataGridViewColumn col = new DataGridViewTextBoxColumn();
col.Name = "userFieldColumn" + c.ToString();
col.DataPropertyName = "userField" + c.ToString();
col.Visible = cs != null ? cs.show : false;
col.HeaderText = cs != null ? cs.name : "";
dgvQSO.Columns.Add(col);
}
if (config.data.dgvQSOColumnsWidth != null)
{
for (int co = 0; co < dgvQSO.ColumnCount && co < config.data.dgvQSOColumnsWidth.Count(); co++)
{
dgvQSO.Columns[co].Width = config.data.dgvQSOColumnsWidth[co];
}
}
else
{
config.data.dgvQSOColumnsWidth = new List <int>();
}
if (config.data.dgvQSOColumnsWidth.Count < dgvQSO.ColumnCount)
{
for (int co = config.data.dgvQSOColumnsWidth.Count; co < dgvQSO.ColumnCount; co++)
{
config.data.dgvQSOColumnsWidth.Add(dgvQSO.Columns[co].Width);
}
writeConfig();
}
bool qsoEr;
List <QSO> storedQSOs = ProtoBufSerialization.ReadListItems <QSO>(qsoFilePath, out qsoEr);
if (storedQSOs.Count > 0)
{
Regex reComaNoSpace = new Regex(",(\\S)");
string comaNoSpaceRepl = ", $1";
Regex reNoRegion = new Regex("(\\w\\w)-(\\d\\d),\\s?(\\d\\d)");
string noRegionRepl = "$1-$2, $1-$3";
Regex reRDA = new Regex("[A-Z][A-Z]-\\d\\d");
foreach (QSO qso in storedQSOs)
{
if (qso.freq.IndexOf('.') == -1)
{
qso.freq = QSO.formatFreq(qso.freq);
qsoEr = true;
}
if (qso.rda != null)
{
MatchCollection rdaMatches = reRDA.Matches(qso.rda);
string rda = "";
if (rdaMatches.Count > 1)
{
qsoEr = true;
}
foreach (Match rdaMatch in rdaMatches)
{
if (rda != "")
{
rda += ", ";
}
rda += rdaMatch.Value;
}
qso.rda = rda;
}
/*
* if (qso.rda != null && reComaNoSpace.IsMatch(qso.rda))
* {
* qso.rda = reComaNoSpace.Replace(qso.rda, comaNoSpaceRepl);
* qsoEr = true;
* }
* if (qso.rda != null && reNoRegion.IsMatch(qso.rda))
* {
* qso.rda = reNoRegion.Replace(qso.rda, noRegionRepl);
* qsoEr = true;
* }*/
blQSO.Insert(0, qso);
updateQsoIndex(qso);
}
QSO lastQSO = storedQSOs.Last();
if (lastQSO.rda == config.data.getOptionalColumnValue("RDA"))
{
qsoFactory.no = lastQSO.no + 1;
}
}
if (qsoEr)
{
ProtoBufSerialization.WriteList(qsoFilePath, storedQSOs, false);
}
config.data.optionalColumnValueChanged += optionalColumnValueChanged;
gpsReader.locationChanged += locationChanged;
gpsReader.gpsConnectionChanged += gpsConnectionChanged;
config.data.logIO += onLoggedIO;
onLoggedIO(null, null);
startGPSReader();
http = new HTTPService(gpsReader, config.data);
http.connectionStateChanged += onHTTPConnection;
http.locationChanged += locationChanged;
}
public static VendorInfo ReceiveVendorInfo(Socket Sock)
{
return((VendorInfo)ProtoBufSerialization.ObjectDeserializing(ReceiveData(Sock), ProtoBufSerialization.ObjectType.VendorObject));
}
public static OrderInfo ReceiveOrderInfo(Socket Sock)
{
return((OrderInfo)ProtoBufSerialization.ObjectDeserializing(ReceiveData(Sock), ProtoBufSerialization.ObjectType.OrderObject));
}
public static DataTable ReceiveDataTable(Socket Sock)
{
return(ProtoBufSerialization.DataDeserializing(ReceiveData(Sock)));
}
public static void SendVendorInfo(Socket Sock, VendorInfo BussinessInfo)
{
SendData(Sock, ProtoBufSerialization.ObjectSerialization(BussinessInfo));
}
/// <summary>
/// Serializes UserInfo Object and Uses SendData To Send it over the network
/// </summary>
/// <param name="UserInformation">Object That Needs to be Serialized</param>
public static void SendUserInfo(Socket Sock, UserInfo UserInformation)
{
SendData(Sock, ProtoBufSerialization.ObjectSerialization(UserInformation));
}
public static void SendOrderDetails(Socket Sock, OrderInfo OrderInformation)
{
SendData(Sock, ProtoBufSerialization.ObjectSerialization(OrderInformation));
}
public static void SendDataTable(Socket Sock, DataTable dataTable)
{
SendData(Sock, ProtoBufSerialization.DataSerialization(dataTable));
}