public static string GetShortPath(string longPath)
{
// Nmake - 1980s technology...
StringBuilder shortPath = new StringBuilder(longPath.Length + 1);
if (0 == ArduinoPathHelper.GetShortPathName(longPath, shortPath, shortPath.Capacity))
{
return(longPath);
}
return(shortPath.ToString());
}
public static string GetArduinoVariantPathShort(string variant)
{
return(ArduinoPathHelper.GetShortPath(ArduinoPathHelper.GetArduinoVariantPath(variant)));
}
public void regenerateMakefile()
{
var names = typeof(ArduinoProjectHelper).Assembly.GetManifestResourceNames();
var streamOfTemplate = typeof(ArduinoProjectHelper).Assembly.GetManifestResourceStream(ManifestPrefix + "." + kManifestStringName);
if (streamOfTemplate == null || streamOfTemplate.Length == 0)
{
throw new Exception("Expecting template in resources");
}
ArduinoBoardInfo currentVariant = ArduinoVariantInfo;
using (StreamWriter newMakeFile = new StreamWriter(_pathToMakeFile, false))
{
// squirt out the basics
newMakeFile.WriteLine("ARDUINO_INSTALL=" + ArduinoPathHelper.ArduinoPathShort);
newMakeFile.WriteLine("ARDUINO_FIRMWARE=" + ArduinoPathHelper.ArduinoFirmwarePathShort);
newMakeFile.WriteLine("ARDUINO_TOOLS=" + ArduinoPathHelper.ArduinoToolsPathShort);
newMakeFile.WriteLine("VARIANT_PATH=" + ArduinoPathHelper.GetArduinoVariantPathShort(ArduinoVariant));
// Write out CPP & c files
var cppFiles = getArduinoFiles("*.cpp");
var cFiles = getArduinoFiles("*.c");
// Find libraries
var libraries = extractLibrariesFromIno();
foreach (var lib in libraries)
{
foreach (var cppFile in lib.CPPSourceFiles)
{
cppFiles.Add(cppFile);
}
foreach (var cFile in lib.CSourceFiles)
{
cFiles.Add(cFile);
}
newMakeFile.WriteLine("CFLAGS= $(CFLAGS) -I " + ArduinoPathHelper.GetShortPath(lib.headerPath));
newMakeFile.WriteLine("CXXFLAGS= $(CXXFLAGS) -I " + ArduinoPathHelper.GetShortPath(lib.headerPath));
}
newMakeFile.Write("CXXSRC=");
foreach (var cppFile in cppFiles)
{
newMakeFile.WriteLine("\t\\");
newMakeFile.Write(string.Format("\t{0}", ArduinoPathHelper.GetShortPath(cppFile)));
}
newMakeFile.WriteLine("");
newMakeFile.Write("CSRC=");
foreach (var cFile in cFiles)
{
newMakeFile.WriteLine("\t\\");
newMakeFile.Write(string.Format("\t{0}", ArduinoPathHelper.GetShortPath(cFile)));
}
newMakeFile.WriteLine("");
if (_pathToIno != null)
{
newMakeFile.Write("INOSRC=\\");
newMakeFile.Write(string.Format("\t{0}", ArduinoPathHelper.GetShortPath(_pathToIno)));
newMakeFile.WriteLine("");
}
// Write out OBJs
newMakeFile.Write("OBJ=");
foreach (var cppFile in cppFiles)
{
var objName = Path.GetFileNameWithoutExtension(cppFile) + ".obj";
newMakeFile.WriteLine("\t\\");
newMakeFile.Write(string.Format("\t$(O)\\{0}", objName));
}
foreach (var cFile in cFiles)
{
var objName = Path.GetFileNameWithoutExtension(cFile) + ".obj";
newMakeFile.WriteLine("\t\\");
newMakeFile.Write(string.Format("\t$(O)\\{0}", objName));
}
if (_pathToIno != null)
{
var objName = Path.GetFileNameWithoutExtension(_pathToIno) + ".obj";
newMakeFile.WriteLine("\t\\");
newMakeFile.Write(string.Format("\t$(O)\\{0}", objName));
}
newMakeFile.WriteLine("");
newMakeFile.WriteLine("");
newMakeFile.WriteLine(string.Format("TARGET={0}", Target));
newMakeFile.WriteLine(string.Format("O={0}", Intermediate));
newMakeFile.WriteLine("");
newMakeFile.WriteLine(string.Format("MCU={0}", currentVariant.MCU));
newMakeFile.WriteLine(string.Format("F_CPU={0}", currentVariant.F_CPU));
newMakeFile.WriteLine(string.Format("VARIANT={0}", currentVariant.VARIANT));
newMakeFile.WriteLine(string.Format("DEF_CPU={0}", currentVariant.DEF_CPU));
newMakeFile.WriteLine(string.Format("D_USB_VID=USB_VID={0}", currentVariant.USB_VID));
newMakeFile.WriteLine(string.Format("D_USB_PID=USB_PID={0}", currentVariant.USB_PID));
newMakeFile.WriteLine("");
using (StreamReader templateReader = new StreamReader(streamOfTemplate))
{
while (!templateReader.EndOfStream)
{
string readLine = templateReader.ReadLine();
newMakeFile.WriteLine(readLine);
}
}
}
}
