/// <summary>
/// Process our command log
/// </summary>
/// <param name="state"></param>
private void ProcessCommandLog(object state)
{
List <MM_EMS_Command> NewCommands = new List <MM_EMS_Command>();
String InLine;
using (FileStream fS = new FileStream((string)state, FileMode.Open, FileAccess.Read, FileShare.ReadWrite))
using (StreamReader sRd = new StreamReader(fS))
while ((InLine = sRd.ReadLine()) != null)
{
if (InLine.Contains("Sent") && InLine.Contains("TEDE"))
{
InLine = InLine.Substring(InLine.IndexOf('>') + 1);
InLine = InLine.Substring(0, InLine.IndexOf('<'));
String[] splStr = InLine.Split(' ');
String[] splCommand = splStr[5].Split(',');
NewCommands.Add(new MM_EMS_Command()
{
UserName = splStr[1],
CommandType = splCommand[0],
Application = splCommand[1],
Family = splCommand[2],
CommandName = splCommand[3],
Database = splCommand[4],
Record = splCommand[5],
Field = splCommand[6],
TEID = Convert.ToInt32(splCommand[7]),
Value = splCommand[8],
IssuedOn = DateTime.Parse(splStr[7] + " " + splStr[8] + " " + splStr[9])
});
}
}
Invoke((MethodInvoker) delegate
{
EMSCommands.Clear();
AddCommands(NewCommands.ToArray(), Servers[cmbServer.SelectedItem.ToString()]);
});
}
/// <summary>
/// Process a stream, reading and parsing its content
/// </summary>
/// <param name="InLines"></param>
/// <param name="FileName"></param>
public static void ProcessStreamRead(StreamReader sRd, String FileName, Type TargetType, ref DateTime LatestBatchID)
{
//Now, parse our stream
IList OutList = (IList)Activator.CreateInstance(typeof(List <>).MakeGenericType(TargetType));
//Read our header
String FirstLine = sRd.ReadLine().TrimStart('#').TrimEnd(',');
String[] HeaderLine;
Double ProperDate;
DateTime BatchId = DateTime.Now;
if (Double.TryParse(FirstLine, out ProperDate))
{
BatchId = new DateTime(1970, 1, 1).AddSeconds(ProperDate);
HeaderLine = sRd.ReadLine().TrimStart('#').Split(',');
}
else
{
HeaderLine = FirstLine.Split(',');
}
if (BatchId < LatestBatchID)
{
MM_Notification.WriteLine(ConsoleColor.Red, "Aborting {0} Batch {1} because it's older than {1}", FileName, BatchId, LatestBatchID);
return;
}
else
{
LatestBatchID = BatchId;
}
PropertyInfo[] HeaderInfo = MM_Serialization.GetHeaderInfo(TargetType, HeaderLine);
for (int a = 0; a < HeaderLine.Length; a++)
{
if (HeaderInfo[a] == null)
{
MM_Notification.WriteLine(ConsoleColor.Yellow, "Unknown variable {0} in {1}", HeaderLine[a], FileName);
}
}
//Confirm all of our headers are present
foreach (PropertyInfo pI in TargetType.GetProperties())
{
if (Array.FindIndex <String>(HeaderLine, T => T.Equals(pI.Name, StringComparison.CurrentCultureIgnoreCase)) == -1)
{
MM_Notification.WriteLine(ConsoleColor.Yellow, "Missing variable {0} ({1}) in {2} / {3}", pI.Name, pI.PropertyType.Name, TargetType.Name, FileName);
}
}
//Now, read in all of our lines of data, using reflection to store our data
String InLine;
while ((InLine = sRd.ReadLine()) != null)
{
if (InLine.StartsWith("#"))
{
DateTime EndTime = new DateTime(1970, 1, 1).AddSeconds(Convert.ToDouble(InLine.TrimStart('#').TrimEnd(',')));
if (EndTime != BatchId)
{
MM_Notification.WriteLine(ConsoleColor.Red, "Mismatch date on {0}: Start {1}, End {2}", FileName, BatchId, EndTime);
}
}
else
{
Object OutObj = MM_Serialization.Deserialize(HeaderInfo, InLine.Split(','), Activator.CreateInstance(TargetType));
//if (OutObj is MacomberMapCommunications.Messages.EMS.MM_BreakerSwitch_Data)
//{
// MacomberMapCommunications.Messages.EMS.MM_BreakerSwitch_Data bs = (MacomberMapCommunications.Messages.EMS.MM_BreakerSwitch_Data)OutObj;
// if (bs.TEID_CB == 118964)
// MM_Notification.WriteLine(ConsoleColor.Magenta, " TEID=" + bs.TEID_CB.ToString() + " status=" + (bs.Open_CB ? "Open" : "Closed"));
//}
OutList.Add(OutObj);
}
}
//Once our data are done, use the interprocess communication to update our data
if (TargetType == typeof(MM_EMS_Command))
{
MM_Server.EMSCommands.Clear();
foreach (Object obj in OutList)
{
MM_Server.EMSCommands.Add((MM_EMS_Command)obj);
}
}
else
{
MM_EMS_Data_Updater.ProcessUpdate(TargetType, (Array)OutList.GetType().GetMethod("ToArray").Invoke(OutList, null));
}
OutList.Clear();
OutList = null;
}
static void Main(string[] args)
{
string InFileName = null;
string OutFileName = null;
string InLine;
string[] HpglCommands;
string HpglCode;
StreamReader InFile;
StreamWriter OutFile;
Settings settings = new Settings();
ArgProc arguments = new ArgProc(args, settings);
// test
/*
* Console.WriteLine("Arguments:");
* for (int i = 0; i < arguments.ArgCount; i++)
* {
* Console.WriteLine("[" + i.ToString() + "] " + arguments[i]);
* }
* Console.WriteLine("Switches:");
* foreach (string switchKey in arguments.SwitchKeys)
* {
* Console.WriteLine("[" + switchKey + "] " + arguments[switchKey]);
* }
*/
// end test
double HpglPpmm = arguments["HpglPpmm"].ToDouble(); // Hpgl Points per mm
//double Speed = arguments["Speed"].ToDouble();
Cordinate CurrentXY;
Cordinate CenterXY = new Cordinate(0, 0);;
double Angle;
double Alpha;
Cordinate XY = new Cordinate(0, 0);
double R;
Cordinate IJ;
string[] HpglParams;
bool IsDrawing = false;
Console.WriteLine("HPGL to GCODE Converter v0.1 alpha - Copyright (C) 2017 by SUF");
Console.WriteLine("This program is free software: you can redistribute it and / or modify");
Console.WriteLine("it under the terms of the GNU General Public License as published by");
Console.WriteLine("the Free Software Foundation, either version 3 of the License, or");
Console.WriteLine("any later version.");
if (arguments.ArgCount == 2)
{
InFileName = arguments[0];
OutFileName = arguments[1];
}
else
{
InFileName = arguments["Source"];
OutFileName = arguments["Destination"];
}
if (InFileName != null && OutFileName != null)
{
InFile = new StreamReader(InFileName);
OutFile = new StreamWriter(OutFileName);
// Write header
OutFile.WriteLine("G21");
OutFile.WriteLine(arguments["PenUp"]);
IsDrawing = false;
if (!ArgProc.GetBool(arguments["IgnoreSpeed"]))
{
OutFile.WriteLine("G1 F" + arguments["Speed"]);
}
OutFile.WriteLine("G28 " + arguments["HomeAxes"]);
CurrentXY = new Cordinate(0, 0);
while (!InFile.EndOfStream)
{
InLine = InFile.ReadLine();
HpglCommands = InLine.Split(';');
foreach (string HpglCommand in HpglCommands)
{
if (HpglCommand.Trim().Length > 1)
{
HpglCode = HpglCommand.Trim().Substring(0, 2);
switch (HpglCode)
{
case "PU": // Pen Up
OutFile.WriteLine(arguments["PenUp"]);
IsDrawing = false;
CurrentXY = DrawPoly(OutFile, HpglPpmm, HpglCommand.Substring(2).Trim(), false);
break;
case "PD": // Pen Down
OutFile.WriteLine(arguments["PenDown"]);
IsDrawing = true;
CurrentXY = DrawPoly(OutFile, HpglPpmm, HpglCommand.Substring(2).Trim(), true);
break;
case "VS": // Velocity Set
if (!ArgProc.GetBool(arguments["IgnoreVelocity"]))
{
OutFile.WriteLine("G1 F" + (HpglCommand.Substring(2).ToDouble() * arguments["VelocityScale"].ToDouble()).ToIString());
}
break;
case "IN": // Start
break;
case "SP":
break;
case "PA": // Position Absolute
XY = CurrentXY;
CurrentXY = DrawPoly(OutFile, HpglPpmm, HpglCommand.Substring(2).Trim(), IsDrawing);
CurrentXY = XY;
break;
case "CI": // Circle
// Parse radius
R = HpglCommand.Substring(2).Trim().ToDouble() / HpglPpmm;
// Move negative X by Radius to arrive to the arc
OutFile.WriteLine("G0 X" + (CurrentXY.X - R).ToIString());
// Pen down - there is no PD command before CI, it assume that you draw the circle
OutFile.WriteLine(arguments["PenDown"]);
IsDrawing = true;
// Draw the circle
OutFile.WriteLine("G2 I" + R.ToIString());
CurrentXY.X -= R;
break;
case "AA": // Arc Absolute
// gather the parameters
HpglParams = HpglCommand.Substring(2).Trim().Split(',');
CenterXY.X = HpglParams[0].ToDouble() / HpglPpmm;
CenterXY.Y = HpglParams[1].ToDouble() / HpglPpmm;
Angle = HpglParams[2].ToDouble();
// calculate the relative center point (I,J)
IJ = CenterXY - CurrentXY;
// calculate the radius (pythagorean theorem)
R = Math.Sqrt(Math.Pow(IJ.X, 2) + Math.Pow(IJ.Y, 2));
// calculate the angle between start point and the X axis
Alpha = DegMath.Asin((CurrentXY.Y - CenterXY.Y) / R);
// extend the -90 to 90 degree angle to -270 to 90
if (CurrentXY.X < CenterXY.X)
{
Alpha = -180 - Alpha;
}
// calculate the arc end absolute cordinates
XY.X = CenterXY.X + R * DegMath.Cos(Angle + Alpha);
XY.Y = CenterXY.Y + R * DegMath.Sin(Angle + Alpha);
// generate the gcode
// the positive angles moves CCV, the negative angles move CV
OutFile.WriteLine((Angle > 0 ? "G3 X" : "G2 X") + XY.XString + " Y" + XY.YString + " I" + IJ.XString + " J" + IJ.YString);
// Save the cordinates
CurrentXY = XY;
break;
default:
// Unknown or unimplemented command arrived
Console.WriteLine("Warrning: Unknown Command: " + HpglCommand);
break;
}
}
}
}
OutFile.Flush();
OutFile.Close();
InFile.Close();
}
else
{
if (InFileName == null)
{
Console.WriteLine("Command line error: Source file missing");
}
if (OutFileName == null)
{
Console.WriteLine("Command line error: Destination file missing");
}
}
}