public static void WriteSIDSTAR(bool IsSID)
{
// Calling routine for SID and STAR diagrams
// SSD = Either SID or STAR, depending on flag
string path;
string SSDfilter;
string Section = "STAR"; if (IsSID)
{
Section = "SID";
}
DataTable SSD = Form1.SSD;
// Get the list of Selected SSDs
if (IsSID)
{
SSDfilter = "[IsSID]";
}
else
{
SSDfilter = "NOT [IsSID]";
}
SSDfilter += " AND [Selected]";
DataView dvSSD = new DataView(SSD)
{
RowFilter = SSDfilter,
Sort = "ID",
};
DataTable SSDlist = dvSSD.ToTable(true, "ID");
// Loop the SSDIDs. Create a text file for each one...
// No other way to manage the one-file and multifile option
if (InfoSection.OneFilePerSidStar)
{
foreach (DataRow drSSDlist in SSDlist.Rows)
{
// Clear the prior data, if any
FixData = new List <object>();
VORData = new List <object>();
NDBData = new List <object>();
SSDlines = new List <string>();
FixesUsed = new List <string>();
APTsUsed = new List <string>();
BigResult = string.Empty;
// Get the SSD in question - on this loop, the path is the SSDname
dvSSD.RowFilter = "ID = '" + drSSDlist[0].ToString() + "'";
// Pass the single row of SSD data to the writing programs
if (dvSSD.Count != 0)
{
BuildSSD(dvSSD);
}
// Creating a file for each dvSSD...
path = SCTcommon.CheckFile(PartialPath, dvSSD[0]["SSDcode"].ToString());
using (StreamWriter sw = new StreamWriter(path))
{
sw.WriteLine(CycleHeader);
if (InfoSection.IncludeSidStarReferences)
{
WriteSSDrefs(sw);
}
// Is this a SID or STAR section? The 1st character will tell
sw.WriteLine(cr + "[" + Section + "]");
WriteSSDLines(sw); // Since Labels depend on lines, call them there
}
}
}
else
{
FixData = new List <object>();
VORData = new List <object>();
NDBData = new List <object>();
SSDlines = new List <string>();
FixesUsed = new List <string>();
APTsUsed = new List <string>();
BigResult = string.Empty;
foreach (DataRow drSSDlist in SSDlist.Rows)
{
// Get the SSD in question - on this loop, the path is the SSDname
dvSSD.RowFilter = "ID = '" + drSSDlist[0].ToString() + "'";
if (dvSSD.Count != 0)
{
BuildSSD(dvSSD);
}
}
// Create ONE file for all the SSDs
path = SCTcommon.CheckFile(PartialPath, Section);
using (StreamWriter sw = new StreamWriter(path))
{
sw.WriteLine(CycleHeader);
if (InfoSection.IncludeSidStarReferences)
{
WriteSSDrefs(sw);
}
// Is this a SID or STAR section? The 1st character will tell
sw.WriteLine("[" + Section + "]");
WriteSSDLines(sw); // Since Labels depend on lines, call them there
}
}
dvSSD.Dispose();
SSDlist.Dispose();
}
public static void WriteESE()
{
// DataTable LS = Form1.LocalSector;
var TextFiles = new List <string>();
string Message; string path;
bool CombineIntoOneFile = SCTchecked.ChkOneESFile;
if (SCTchecked.ChkES_SCTfile)
{
path = SCTcommon.CheckFile(PartialPath, "Header");
Console.WriteLine("Header...");
WriteHeader(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
path = SCTcommon.CheckFile(PartialPath, "Colors");
Console.WriteLine("ColorDefinitions");
SCToutput.WriteColors(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
path = SCTcommon.CheckFile(PartialPath, "Info");
Console.WriteLine("INFO section...");
SCToutput.WriteINFO(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
if (SCTchecked.ChkVOR)
{
path = SCTcommon.CheckFile(PartialPath, "VOR");
Console.WriteLine("VORs...");
SCToutput.WriteVOR(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkNDB)
{
path = SCTcommon.CheckFile(PartialPath, "NDB");
Console.WriteLine("NDBs...");
SCToutput.WriteNDB(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkFIX)
{
path = SCTcommon.CheckFile(PartialPath, "FIX");
Console.WriteLine("Fixes...");
SCToutput.WriteFixes(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkAPT)
{
path = SCTcommon.CheckFile(PartialPath, "APT");
Console.WriteLine("Airports...");
WriteAPT(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkRWY)
{
path = SCTcommon.CheckFile(PartialPath, "RWY");
Console.WriteLine("Airport Runways...");
WriteRWY(path);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkARB)
{
path = SCTcommon.CheckFile(PartialPath, "ARTCC_HIGH");
Console.WriteLine("ARTCC HIGH...");
SCToutput.WriteARB(path, true);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
path = SCTcommon.CheckFile(PartialPath, "ARTCC_LOW");
Console.WriteLine("ARTCC LOW...");
SCToutput.WriteARB(path, false);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkAWY)
{
Console.WriteLine("Low AirWays...");
path = SCTcommon.CheckFile(PartialPath, "AirwayLow");
SCToutput.WriteAWY(path, IsLow: true);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
path = SCTcommon.CheckFile(PartialPath, "AirwayHigh");
Console.WriteLine("High AirWays...");
SCToutput.WriteAWY(path, IsLow: false);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkSID)
{
Console.WriteLine("SIDS...");
SCToutput.WriteSIDSTAR(IsSID: true);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
if (SCTchecked.ChkSTAR)
{
Console.WriteLine("STARS...");
SCToutput.WriteSIDSTAR(IsSID: false);
if (CombineIntoOneFile)
{
TextFiles.Add(path);
}
}
}
Message = TextFiles.Count.ToString() + " text file(s) written to " + PartialPath + cr;
path = SCTcommon.CheckFile(PartialPath, CycleInfo.AIRAC.ToString(), ".sct2");
using (var SCTfile = File.Create(path))
{
foreach (var file in TextFiles)
{
using (var input = File.OpenRead(file))
{
input.CopyTo(SCTfile);
}
}
Message += "Sector file written to " + path + cr;
}
// --------------------------- ESE SIDSTAR STARTS HERE
path = SCTcommon.CheckFile(PartialPath, "SIDSTAR", ".ese");
if (SCTchecked.ChkES_SSDfile && path != string.Empty)
{
Console.WriteLine("SIDS & STARS...");
WriteSIDSTAR(path);
Message += "SIDSTARS file written to " + path + cr;
}
SCTcommon.SendMessage(Message);
Console.WriteLine("End writing output files");
}
public static void WriteSCT()
{
// DataTable LS = Form1.LocalSector;
var TextFiles = new List <string>();
string Message;
Console.WriteLine("Header...");
string path = SCTcommon.CheckFile(PartialPath, "Header");
WriteHeader(path);
TextFiles.Add(path);
path = SCTcommon.CheckFile(PartialPath, "Colors");
Console.WriteLine("ColorDefinitions");
WriteColors(path);
TextFiles.Add(path);
path = SCTcommon.CheckFile(PartialPath, "Info");
Console.WriteLine("INFO section...");
WriteINFO(path);
TextFiles.Add(path);
if (SCTchecked.ChkVOR)
{
path = SCTcommon.CheckFile(PartialPath, "VOR");
Console.WriteLine("VORs...");
WriteVOR(path);
TextFiles.Add(path);
}
if (SCTchecked.ChkNDB)
{
path = SCTcommon.CheckFile(PartialPath, "NDB");
Console.WriteLine("NDBs...");
WriteNDB(path);
TextFiles.Add(path);
}
if (SCTchecked.ChkAPT)
{
path = SCTcommon.CheckFile(PartialPath, "APT");
Console.WriteLine("Airports...");
WriteAPT(path);
TextFiles.Add(path);
}
if (SCTchecked.ChkRWY)
{
path = SCTcommon.CheckFile(PartialPath, "RWY");
Console.WriteLine("Airport Runways...");
WriteRWY(path);
TextFiles.Add(path);
}
if (SCTchecked.ChkFIX)
{
path = SCTcommon.CheckFile(PartialPath, "FIX");
Console.WriteLine("Fixes...");
WriteFixes(path);
TextFiles.Add(path);
}
if (SCTchecked.ChkARB)
{
Console.WriteLine("ARTCC HIGH...");
path = SCTcommon.CheckFile(PartialPath, "ARTCC_HIGH");
WriteARB(path, true);
TextFiles.Add(path);
Console.WriteLine("ARTCC LOW...");
path = SCTcommon.CheckFile(PartialPath, "ARTCC_LOW");
WriteARB(path, false);
TextFiles.Add(path);
}
if (SCTchecked.ChkAWY)
{
path = SCTcommon.CheckFile(PartialPath, "AirwayLow");
Console.WriteLine("Low AirWays...");
WriteAWY(path, IsLow: true);
TextFiles.Add(path);
path = SCTcommon.CheckFile(PartialPath, "AirwayHigh");
Console.WriteLine("High AirWays...");
WriteAWY(path, IsLow: false);
TextFiles.Add(path);
}
if (SCTchecked.ChkSID)
{
Console.WriteLine("SIDS...");
WriteSIDSTAR(IsSID: true);
TextFiles.Add(path);
}
if (SCTchecked.ChkSTAR)
{
Console.WriteLine("STARS...");
WriteSIDSTAR(IsSID: false);
TextFiles.Add(path);
}
if (SCTchecked.IncludeSUAfile)
{
path = SCTcommon.CheckFile(PartialPath, "SUA");
Console.WriteLine(path);
if (path != string.Empty)
{
Console.WriteLine("SUAs...");
WriteSUA();
TextFiles.Add(path);
}
}
if (SCTchecked.ChkOneVRCFile)
{
path = SCTcommon.CheckFile(PartialPath, CycleInfo.AIRAC.ToString(), ".sct2");
using (var SCTfile = File.Create(path))
{
foreach (var file in TextFiles)
{
using (var input = File.OpenRead(file))
{
input.CopyTo(SCTfile);
}
}
}
Message = "Sector file written to" + path;
SCTcommon.SendMessage(Message, MessageBoxIcon.Information);
}
else
{
Message = TextFiles.Count + " text file(s) written to " + FolderMgt.OutputFolder;
SCTcommon.SendMessage(Message, MessageBoxIcon.Information);
}
Console.WriteLine("End writing output files in SCToutput");
}