private void btnClearDbm_Click(object sender, EventArgs e)
{
if (MessageBox.Show("Please confirm that you want to delete all data from the database", "Confirm all data deletion", MessageBoxButtons.YesNo) == System.Windows.Forms.DialogResult.Yes)
{
MySqlGeneralDataHandler MySql_General = new MySqlGeneralDataHandler();
MySql_General.Initialise_General();
MySql_General.ClearTable();
MySqlCalculatedDataHandler MySql_Calculated = new MySqlCalculatedDataHandler();
MySql_Calculated.Initialise_Calculated();
MySql_Calculated.ClearTable();
//UpdateDataView();
}
}
public static void Handle_New_File()
{
try
{
// Lets first extract location of the directory with the data of the flight to be analised
string Data_Location_File = Properties.Settings.Default.TriggerLocation + "\\data_location.txt";
// Check if the data location file exists
if (System.IO.File.Exists(Data_Location_File))
{
// Yes we found it, so lets parse it and extract all flight data locations
string[] Flights_To_Analyse_Locations = Extract_Paths_To_Each_Flight_To_Be_Analysed(Data_Location_File);
// There are some data for this flight, so lets extract it
if (Flights_To_Analyse_Locations.Length > 0)
{
// Lets first try to extract the general data from the MAIN direct
foreach (string File_Path in Flights_To_Analyse_Locations)
{
// Lets first try to extract the general data from the MAIN directory
string[] File_To_Look_For = Directory.GetFiles(File_Path + "\\MAIN", "MAIN_Closure*.xml", SearchOption.TopDirectoryOnly);
if (File_To_Look_For.Length > 0)
{
try
{
using (MyStreamReader = System.IO.File.OpenText(File_To_Look_For[0]))
{
if (MyStreamReader != null)
{
GeneralDataSet DataSet = new GeneralDataSet();
if (DataSet.Populate_General_Data(File_To_Look_For[0]))
{
MySqlGeneralDataHandler MySql = new MySqlGeneralDataHandler();
MySql.Initialise_General();
MySql.Commit_One_Flight(DataSet);
MySql.CloseConnection();
MySqlCalculatedDataHandler MySql_Calculated = new MySqlCalculatedDataHandler();
MySql_Calculated.Initialise_Calculated();
CalculatedDataSet Calculated_DataSet = new CalculatedDataSet();
MySql_Calculated.Commit_One_Flight(Calculated_DataSet);
MySql_Calculated.CloseConnection();
}
MyStreamReader.Close();
MyStreamReader.Dispose();
}
}
}
catch
{
}
}
// Now try to extract the trajectory from the actual track flown
File_To_Look_For = Directory.GetFiles(File_Path + "\\TRACK", "TRACK_FlownTrack.kml", SearchOption.TopDirectoryOnly);
if (File_To_Look_For.Length > 0)
{
XmlTextReader xtr = new XmlTextReader(File_To_Look_For[0]);
xtr.WhitespaceHandling = WhitespaceHandling.None;
xtr.Read();
char[] delimiterChars = { '\n' };
string Line;
while (xtr.Read()) //load loop
{
// Parse the file
if (xtr.Name == "coordinates")
{
Line = xtr.ReadString();
string New_Line = Line.Replace("\t", string.Empty);
string[] Words_One_Point = New_Line.Split(delimiterChars);
char[] One_Line_delimiterChars = { ',' };
String trajectory = "";
bool Is_First_Point = false;
DateTime FirstPointTime = new DateTime();
foreach (string One_Line in Words_One_Point)
{
if (One_Line.Length > 1)
{
string[] One_Point_Data = One_Line.Split(One_Line_delimiterChars);
string LAT, LON, FL, TIME;
LAT = One_Point_Data[0];
LON = One_Point_Data[1];
FL = One_Point_Data[2];
TIME = One_Point_Data[3];
DateTime ThisTime = GetDate_Time_From_YYYYMMDDHHMMSS(TIME);
if (Is_First_Point == false)
{
Is_First_Point = true;
FirstPointTime = GetDate_Time_From_YYYYMMDDHHMMSS(TIME);
TIME = "0";
}
else
{
TimeSpan CalculateTime = ThisTime - FirstPointTime;
TIME = Math.Round(CalculateTime.TotalSeconds).ToString();
}
trajectory = trajectory + LON + "," + LAT + "," + FL + "," + TIME + "," + "N/A,;";
}
}
// lat1,lon1,alt1,time1,name1,flags1;lat2,lon2,alt2,time2,name2,flags2;...
//trajectory = "52.3081,4.7642,0,0,EHAM,;52.2442,5.2569,13400,248,IVLUT,;52.1097,5.5653,14000,388,LUNIX,;52.0617,5.6756,16300,434,RENDI,;51.9756,5.8358,19600,509,EDUPO,;51.8558,6.0589,23200,603,NAPRO,;51.7681,6.22,25300,669,DEPAD,;51.6389,6.455,27900,767,AMOSU,;51.4047,6.8758,32100,930,MISGO,;50.7836,7.5942,38900,1291,COL,;50.5214,7.8231,40400,1434,MONAX,;49.7489,8.48,41000,1866,RIDSU,TOC;49.4653,8.6792,41000,2021,ABUKA,;48.9931,8.5842,41000,2252,KRH,;48.17,8.3214,41000,2668,NATOR,;47.8583,8.3967,41000,2823,TITIX,;47.6894,8.4369,41000,2908,TRA,;47.2603,8.5,41000,3120,RIPUS,;47.0394,8.5322,41000,3231,GERSA,TOD;46.6067,8.5942,30500,3435,SOSON,;46.4361,8.6183,26900,3523,DEGAD,;46.1044,8.665,25000,3702,ODINA,;45.5592,9.5072,17000,4142,TZO,;45.2264,9.5411,9700,4349,COD,;45.4494,9.2783,353,4821,LIML,;";
Calculate_Penetration_Points CPP = new Calculate_Penetration_Points();
List <Sectors.Intersection> ip = CPP.Calculate(trajectory);
List <Generate_KML.Waypoint> WPT_List = new List <Generate_KML.Waypoint>();
for (int i = 0; i < ip.Count; i++)
{
Generate_KML.Waypoint WPT = new Generate_KML.Waypoint();
WPT.Flight_Level = ip[i].point.getAltitude().ToString();
WPT.Position.SetPosition(new GeoCordSystemDegMinSecUtilities.LatLongDecimal(ip[i].point.getLatitude(), ip[i].point.getLongitude()));
WPT.ETO = ip[i].point.getTime().ToString();
WPT_List.Add(WPT);
}
Generate_KML.Generate_Output(WPT_List);
break;
}
}
}
}
}
}
}
catch
{
}
}