public string MsSlnHelper(bool isUnixMode, bool isMcsMode, bool isSln, string slnFile)
{
bool noCommonTargets = false;
bool noProjectTargets = false;
bool noFlags = false;
StringBuilder MakefileBuilder = new StringBuilder();
m_bIsUnix = isUnixMode;
m_bIsMcs = isMcsMode;
if (m_bIsUnix == true && m_bIsMcs == true)
{
m_bIsUsingLib = true;
}
if (m_bIsUnix)
{
slash = "/";
}
else
{
slash = "\\";
}
try
{
string d = Path.GetDirectoryName(slnFile);
if (d != "")
{
Directory.SetCurrentDirectory(d);
}
if (isSln == true)
{
// Get the sln file version
m_strSlnVer = GetSlnFileVersion(slnFile);
// We invoke the ParseSolution
// by passing the file obtained
ParseSolution(slnFile);
}
else
{
// Get the Csproj version
m_strCsprojVer = GetCsprojFileVersion(slnFile);
// We invoke the ParseMsCsProj
// by passing the file obtained
ParseMsCsProj(slnFile);
}
if (!noFlags)
{
if (m_bIsUnix) // gmake
{
MakefileBuilder.Append("ifndef TARGET\n");
MakefileBuilder.Append("\tTARGET=./bin/Debug\n");
MakefileBuilder.Append("else\n");
MakefileBuilder.Append("\tTARGET=./bin/$(TARGET)\n");
MakefileBuilder.Append("endif\n\n");
if (this.m_bIsMcs == false)
{
MakefileBuilder.Append("MCS=csc\n");
MakefileBuilder.Append("RESGEN=resgen\n");
MakefileBuilder.Append("MCSFLAGS=-nologo\n\n");
MakefileBuilder.Append("ifdef (RELEASE)\n");
MakefileBuilder.Append("\tMCSFLAGS=$(MCSFLAGS) -optimize+ -d:TRACE\n");
MakefileBuilder.Append("else\n");
MakefileBuilder.Append("\tMCSFLAGS=$(MCSFLAGS) -debug+ -d:TRACE,DEBUG\n");
MakefileBuilder.Append("endif\n");
}
else
{
MakefileBuilder.Append("MCS=mcs\n");
MakefileBuilder.Append("RESGEN=resgen\n");
MakefileBuilder.Append("ifndef (RELEASE)\n");
MakefileBuilder.Append("\tMCSFLAGS=-debug \n");
MakefileBuilder.Append("endif\n");
// Define and add the information used in the -lib: arguments passed to the
// compiler to assist in finding non-fullyqualified assembly references.
if (m_bIsMcs == true)
{
string strlibDir = PkgConfigInvoker.GetPkgVariableValue("mono", "libdir");
if (strlibDir == null)
{
strlibDir = "/usr/lib";
}
MakefileBuilder.AppendFormat("LIBS=-lib:{0} -lib:{1}\n\n",
Utils.Escape(Path.Combine(strlibDir.TrimEnd(), "mono/1.0")),
Utils.Escape(Path.Combine(strlibDir.TrimEnd(), "mono/gtk-sharp"))
);
}
}
}
else // nmake
{
MakefileBuilder.Append("!if !defined (TARGET)\n");
MakefileBuilder.Append("TARGET=.\\bin\\Debug\n");
MakefileBuilder.Append("!else\n");
MakefileBuilder.Append("TARGET=.\\bin\\$(TARGET)\n");
MakefileBuilder.Append("!endif\n\n");
if (m_bIsMcs == false)
{
MakefileBuilder.Append("MCS=csc\n");
MakefileBuilder.Append("RESGEN=resgen\n");
MakefileBuilder.Append("MCSFLAGS=-nologo\n\n");
MakefileBuilder.Append("!if !defined(RELEASE)\n");
MakefileBuilder.Append("MCSFLAGS=$(MCSFLAGS) -optimize+ -d:TRACE\n");
MakefileBuilder.Append("!else\n");
MakefileBuilder.Append("MCSFLAGS=$(MCSFLAGS) -debug+ -d:TRACE,DEBUG\n");
MakefileBuilder.Append("!endif\n");
}
else
{
MakefileBuilder.Append("MCS=mcs\n");
MakefileBuilder.Append("RESGEN=resgen\n");
MakefileBuilder.Append("!if !defined(RELEASE)\n");
MakefileBuilder.Append("MCSFLAGS=-debug \n");
MakefileBuilder.Append("!endif\n");
}
}
MakefileBuilder.Append("\n");
}
else
{
MakefileBuilder.Append("!if !defined(MCS)\n");
MakefileBuilder.Append("!error You must provide MCS when making\n");
MakefileBuilder.Append("!endif\n\n");
}
foreach (CsprojInfo pi in projNameInfo.Values)
{
MakefileBuilder.AppendFormat("{0}=$(TARGET){1}{2}\n", pi.makename_ext, slash, pi.assembly_name);
MakefileBuilder.AppendFormat("{0}_PDB=$(TARGET){1}{2}\n", pi.makename, slash, pi.assembly_name.Replace(".dll", ".pdb"));
MakefileBuilder.AppendFormat("{0}_SRC={1}\n", pi.makename, pi.src);
MakefileBuilder.AppendFormat("{0}_RESX={1}\n", pi.makename, pi.resgen);
MakefileBuilder.AppendFormat("{0}_RES={1}\n\n", pi.makename, pi.res);
}
MakefileBuilder.Append("all: ");
foreach (CsprojInfo pi in projNameInfo.Values)
{
MakefileBuilder.AppendFormat("\\\n$({0})", pi.makename_ext);
}
MakefileBuilder.Append("\n");
foreach (CsprojInfo pi in projNameInfo.Values)
{
string refs = "";
string deps = "";
Hashtable libdirs = new Hashtable();
foreach (Mfconsulting.General.Prj2Make.Schema.Csproj.Reference rf in pi.Proyecto.CSHARP.Build.References)
{
if (rf.Package == null || rf.Package.CompareTo("") == 0)
{
// Add space in between references as
// it becomes necessary
if (refs != "")
{
refs += " ";
}
string assemblyName = rf.AssemblyName;
if (rf.HintPath != null)
{
string potentialPath = Path.GetFullPath(Path.Combine(Path.GetDirectoryName(pi.csprojpath), rf.HintPath));
if (isUnixMode)
{
potentialPath = potentialPath.Replace('\\', '/');
}
if (System.IO.File.Exists(potentialPath))
{
// assemblyName = potentialPath;
pi.libdirs.Add(Path.GetDirectoryName(potentialPath));
}
}
// HACK - under Unix filenames are case sensitive
// Under Windows there's no agreement on Xml vs XML ;-)
if (0 == String.Compare(assemblyName, "System.Xml", true))
{
assemblyName = "System.Xml";
}
// Check if this assembly is actually one compiled earlier in the project.
// If so we must add the TARGET path to this line.
string thisref;
if (CheckReference(rf.AssemblyName) == true)
{
thisref = "-r:$(TARGET)" + Path.DirectorySeparatorChar + assemblyName;
}
else
{
thisref = "-r:" + assemblyName;
}
if (!thisref.EndsWith(".dll"))
{
thisref += ".dll";
}
refs += thisref;
}
else
{
try
{
CsprojInfo pi2 = (CsprojInfo)projGuidInfo[rf.Project];
if (refs != "")
{
refs += " ";
}
if (deps != "")
{
deps += " ";
}
refs += "-r:$(" + pi2.makename_ext + ")";
deps += "$(" + pi2.makename_ext + ")";
foreach (string libdir in pi2.libdirs)
{
if (!libdirs.ContainsKey(libdir))
{
libdirs[libdir] = 1;
}
}
}
catch (System.NullReferenceException)
{
refs += String.Format("-r:{0}.dll", rf.Name);
deps += String.Format("# Missing dependency project {1} ID:{0}?",
rf.Project,
rf.Name
);
Console.WriteLine(String.Format(
"Warning: The project {0}, ID: {1} may be required and appears missing.",
rf.Name, rf.Project)
);
}
}
}
MakefileBuilder.AppendFormat("$({0}): $({1}_SRC) {2}\n", pi.makename_ext, pi.makename, deps);
if (isUnixMode)
{
MakefileBuilder.Append("\t-mkdir -p $(TARGET)\n");
}
else
{
MakefileBuilder.Append("\t-md $(TARGET)\n");
}
if (pi.resgen != null && pi.resgen != String.Empty)
{
MakefileBuilder.AppendFormat("\t$(RESGEN) /compile {0}\n", pi.resgen);
}
MakefileBuilder.Append("\t$(MCS) $(MCSFLAGS)");
foreach (string libdir in libdirs.Keys)
{
MakefileBuilder.AppendFormat(" -lib:{0}", Utils.Escape(libdir));
}
foreach (string libdir in pi.libdirs)
{
MakefileBuilder.AppendFormat(" -lib:{0}", Utils.Escape(libdir));
}
// Test to see if any configuratino has the Allow unsafe blocks on
if (pi.AllowUnsafeCode == true)
{
MakefileBuilder.Append(" -unsafe");
}
// Test for LIBS usage
if (m_bIsUsingLib == true)
{
MakefileBuilder.Append(" $(LIBS)");
}
MakefileBuilder.AppendFormat(" {2}{3} -out:$({0}) $({1}_RES) $({1}_SRC)\n",
pi.makename_ext, pi.makename, refs, pi.switches);
MakefileBuilder.Append("\n");
}
if (!noCommonTargets)
{
MakefileBuilder.Append("\n");
MakefileBuilder.Append("# common targets\n\n");
MakefileBuilder.Append("all:\t");
bool first = true;
foreach (CsprojInfo pi in projNameInfo.Values)
{
if (!first)
{
MakefileBuilder.Append(" \\\n\t");
}
MakefileBuilder.AppendFormat("$({0})", pi.makename_ext);
first = false;
}
MakefileBuilder.Append("\n\n");
MakefileBuilder.Append("clean:\n");
foreach (CsprojInfo pi in projNameInfo.Values)
{
if (isUnixMode)
{
MakefileBuilder.AppendFormat("\t-rm -f \"$({0})\" 2> /dev/null\n", pi.makename_ext);
MakefileBuilder.AppendFormat("\t-rm -f \"$({0}_PDB)\" 2> /dev/null\n", pi.makename);
}
else
{
MakefileBuilder.AppendFormat("\t-del \"$({0})\" 2> nul\n", pi.makename_ext);
MakefileBuilder.AppendFormat("\t-del \"$({0}_PDB)\" 2> nul\n", pi.makename);
}
}
MakefileBuilder.Append("\n");
}
if (!noProjectTargets)
{
MakefileBuilder.Append("\n");
MakefileBuilder.Append("# project names as targets\n\n");
foreach (CsprojInfo pi in projNameInfo.Values)
{
MakefileBuilder.AppendFormat("{0}: $({1})\n", pi.name, pi.makename_ext);
}
}
return(MakefileBuilder.ToString());
}
catch (Exception e)
{
Console.WriteLine("EXCEPTION: {0}\n", e);
return("");
}
}
protected Mfconsulting.General.Prj2Make.Schema.Prjx.Reference[] GetReferences(Mfconsulting.General.Prj2Make.Schema.Csproj.Reference[] References)
{
Mfconsulting.General.Prj2Make.Schema.Prjx.Reference[] theReferences = null;
int i = 0;
// Get the GAC path
string strlibDir = PkgConfigInvoker.GetPkgVariableValue("mono", "libdir");
if (strlibDir == null)
{
strlibDir = "/usr/lib";
}
string strBasePathMono1_0 = Path.Combine(
strlibDir.TrimEnd(),
"mono/1.0");
string strBasePathMono2_0 = Path.Combine(
strlibDir.TrimEnd(),
"mono/2.0");
string strBasePathGtkSharp = Path.Combine(
strlibDir.TrimEnd(),
"mono/gtk-sharp");
if (References != null && References.Length > 0)
{
theReferences = new Mfconsulting.General.Prj2Make.Schema.Prjx.Reference[References.Length];
}
else
{
return(null);
}
// Iterate through the reference collection of the csproj file
foreach (Mfconsulting.General.Prj2Make.Schema.Csproj.Reference rf in References)
{
Mfconsulting.General.Prj2Make.Schema.Prjx.Reference rfOut = new Mfconsulting.General.Prj2Make.Schema.Prjx.Reference();
string strRefFileName;
if (rf.Package == null || rf.Package.CompareTo("") == 0)
{
bool bIsWhereExpected = false;
// HACK - under Unix filenames are case sensitive
// Under Windows there's no agreement on Xml vs XML ;-)
if (Path.GetFileName(rf.HintPath).CompareTo("System.XML.dll") == 0)
{
strRefFileName = Path.Combine(strBasePathMono1_0, Path.GetFileName("System.Xml.dll"));
// Test to see if file exist in GAC location
if (System.IO.File.Exists(strRefFileName) == true)
{
try {
rfOut.refto = System.Reflection.Assembly.LoadFrom(strRefFileName).FullName;
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
bIsWhereExpected = true;
} catch (Exception exc) {
Console.WriteLine("Error doing Assembly.LoadFrom with File: {0}\nErr Msg: {1}",
strRefFileName,
exc.Message);
}
}
strRefFileName = Path.Combine(strBasePathMono2_0, Path.GetFileName("System.Xml.dll"));
// Test to see if file exist in GAC location
if (System.IO.File.Exists(strRefFileName) == true)
{
try {
rfOut.refto = System.Reflection.Assembly.LoadFrom(strRefFileName).FullName;
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
bIsWhereExpected = true;
} catch (Exception exc) {
Console.WriteLine("Error doing Assembly.LoadFrom with File: {0}\nErr Msg: {1}",
strRefFileName,
exc.Message);
}
}
}
else
{
strRefFileName = Path.Combine(strBasePathMono1_0, Path.GetFileName(rf.HintPath));
// Test to see if file exist in GAC location
if (System.IO.File.Exists(strRefFileName) == true)
{
try {
rfOut.refto = System.Reflection.Assembly.LoadFrom(strRefFileName).FullName;
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
bIsWhereExpected = true;
} catch (Exception exc) {
Console.WriteLine("Error doing Assembly.LoadFrom with File: {0}\nErr Msg: {1}",
strRefFileName,
exc.Message);
}
}
strRefFileName = Path.Combine(strBasePathMono2_0, Path.GetFileName(rf.HintPath));
// Test to see if file exist in GAC location
if (System.IO.File.Exists(strRefFileName) == true)
{
try {
rfOut.refto = System.Reflection.Assembly.LoadFrom(strRefFileName).FullName;
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
bIsWhereExpected = true;
} catch (Exception exc) {
Console.WriteLine("Error doing Assembly.LoadFrom with File: {0}\nErr Msg: {1}",
strRefFileName,
exc.Message);
}
}
strRefFileName = Path.Combine(strBasePathGtkSharp, Path.GetFileName(rf.HintPath));
// Test to see if file exist in GAC location
if (System.IO.File.Exists(strRefFileName) == true)
{
try {
rfOut.refto = System.Reflection.Assembly.LoadFrom(strRefFileName).FullName;
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
bIsWhereExpected = true;
} catch (Exception exc) {
Console.WriteLine("Error doing Assembly.LoadFrom with File: {0}\nErr Msg: {1}",
strRefFileName,
exc.Message);
}
}
if (bIsWhereExpected == false)
{
rfOut.refto = Path.GetFileName(rf.HintPath);
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Gac;
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
}
}
// increment the iterator value
theReferences[i++] = rfOut;
}
else
{
rfOut.type = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceType.Project;
rfOut.refto = Path.GetFileName(rf.Name);
rfOut.localcopy = Mfconsulting.General.Prj2Make.Schema.Prjx.ReferenceLocalcopy.True;
// increment the iterator value
theReferences[i++] = rfOut;
}
}
return(theReferences);
}
public string MdCmbxHelper(bool isUnixMode, bool isMcsMode, bool isSln, string slnFile)
{
bool noCommonTargets = false;
bool noProjectTargets = false;
bool noFlags = false;
int nPos = -1;
StringBuilder MakefileBuilder = new StringBuilder();
m_bIsUnix = isUnixMode;
m_bIsMcs = isMcsMode;
if (m_bIsUnix == true && m_bIsMcs == true)
{
m_bIsUsingLib = true;
}
if (m_bIsUnix)
{
slash = "/";
}
else
{
slash = "\\";
}
try
{
string d = Path.GetDirectoryName(slnFile);
if (d != "")
{
Directory.SetCurrentDirectory(d);
}
if (isSln == true)
{
// We invoke the ParseSolution
// by passing the file obtained
ParseCombine(slnFile);
}
else
{
// We invoke the ParseMsCsProj
// by passing the file obtained
ParseMdCsProj(slnFile);
}
if (!noFlags)
{
if (m_bIsUnix) // gmake
{
MakefileBuilder.Append("ifndef TARGET\n");
MakefileBuilder.Append("\tTARGET=./bin/Debug\n");
MakefileBuilder.Append("else\n");
MakefileBuilder.Append("\tTARGET=./bin/$(TARGET)\n");
MakefileBuilder.Append("endif\n\n");
if (m_bIsMcs == false)
{
MakefileBuilder.Append("MCS=csc\n");
MakefileBuilder.Append("MCSFLAGS=-nologo\n\n");
MakefileBuilder.Append("ifdef (RELEASE)\n");
MakefileBuilder.Append("\tMCSFLAGS=$(MCSFLAGS) -optimize+ -d:TRACE\n");
MakefileBuilder.Append("else\n");
MakefileBuilder.Append("\tMCSFLAGS=$(MCSFLAGS) -debug+ -d:TRACE,DEBUG\n");
MakefileBuilder.Append("endif\n");
}
else
{
MakefileBuilder.Append("MCS=mcs\n");
MakefileBuilder.Append("ifndef (RELEASE)\n");
MakefileBuilder.Append("\tMCSFLAGS=-debug \n");
MakefileBuilder.Append("endif\n");
// Define and add the information used in the -lib: arguments passed to the
// compiler to assist in finding non-fullyqualified assembly references.
if (m_bIsUsingLib == true)
{
string strlibDir = PkgConfigInvoker.GetPkgVariableValue("mono", "libdir");
if (strlibDir == null)
{
strlibDir = "/usr/lib";
}
MakefileBuilder.AppendFormat("\nLIBS=-lib:{0} -lib:{1}\n\n",
Utils.Escape(Path.Combine(strlibDir.TrimEnd(), "mono/1.0")),
Utils.Escape(Path.Combine(strlibDir.TrimEnd(), "mono/gtk-sharp"))
);
}
}
}
else // nmake
{
MakefileBuilder.Append("!if !defined (TARGET)\n");
MakefileBuilder.Append("TARGET=.\\bin\\Debug\n");
MakefileBuilder.Append("!else\n");
MakefileBuilder.Append("TARGET=.\\bin\\$(TARGET)\n");
MakefileBuilder.Append("!endif\n\n");
if (m_bIsMcs == false)
{
MakefileBuilder.Append("MCS=csc\n");
MakefileBuilder.Append("MCSFLAGS=-nologo\n\n");
MakefileBuilder.Append("!if !defined(RELEASE)\n");
MakefileBuilder.Append("MCSFLAGS=$(MCSFLAGS) -optimize+ -d:TRACE\n");
MakefileBuilder.Append("!else\n");
MakefileBuilder.Append("MCSFLAGS=$(MCSFLAGS) -debug+ -d:TRACE,DEBUG\n");
MakefileBuilder.Append("!endif\n");
}
else
{
MakefileBuilder.Append("MCS=mcs\n");
MakefileBuilder.Append("!if !defined(RELEASE)\n");
MakefileBuilder.Append("MCSFLAGS=-debug \n");
MakefileBuilder.Append("!endif\n");
}
}
MakefileBuilder.Append("\n");
}
else
{
MakefileBuilder.Append("!if !defined(MCS)\n");
MakefileBuilder.Append("!error You must provide MCS when making\n");
MakefileBuilder.Append("!endif\n\n");
}
foreach (PrjxInfo prjI in projNameInfo.Values)
{
MakefileBuilder.AppendFormat("{0}=$(TARGET){1}{2}\n", prjI.makename_ext, slash, prjI.assembly_name);
MakefileBuilder.AppendFormat("{0}_PDB=$(TARGET){1}{2}\n", prjI.makename, slash, prjI.assembly_name.Replace(".dll", ".pdb"));
MakefileBuilder.AppendFormat("{0}_SRC={1}\n", prjI.makename, prjI.src);
MakefileBuilder.AppendFormat("{0}_RES={1}\n\n", prjI.makename, prjI.res);
}
foreach (PrjxInfo pi in projNameInfo.Values)
{
string refs = "";
string deps = "";
foreach (Mfconsulting.General.Prj2Make.Schema.Prjx.Reference rf in pi.Proyecto.References)
{
if (refs != "")
{
refs += " ";
}
string assemblyName = rf.refto;
// HACK - under Unix filenames are case sensitive
// Under Windows there's no agreement on Xml vs XML ;-)
if (0 == String.Compare(assemblyName, "System.Xml", true))
{
assemblyName = "System.Xml";
}
// Check to see if there is a coma in the
// reference. This could indicate a GAC
// style reference
nPos = assemblyName.IndexOf(',');
if (nPos == -1)
{
if (System.IO.Path.GetExtension(assemblyName).ToUpper().CompareTo(".DLL") == 0)
{
refs += "-r:" + assemblyName;
}
else
{
refs += "-r:" + assemblyName + ".dll";
}
}
else
{
refs += "-r:" + assemblyName.Substring(0, nPos) + ".dll";
}
}
MakefileBuilder.AppendFormat("$({0}): $({1}_SRC) {2}\n", pi.makename_ext, pi.makename, deps);
if (isUnixMode)
{
MakefileBuilder.Append("\t-mkdir -p $(TARGET)\n");
}
else
{
MakefileBuilder.Append("\t-md $(TARGET)\n");
}
MakefileBuilder.Append("\t$(MCS) $(MCSFLAGS)");
// Test to see if any configuratino has the Allow unsafe blocks on
if (pi.AllowUnsafeCode == true)
{
MakefileBuilder.Append(" -unsafe");
}
// Test for LIBS usage
if (m_bIsUsingLib == true)
{
MakefileBuilder.Append(" $(LIBS)");
}
MakefileBuilder.AppendFormat(" {2}{3} -out:$({0}) $({1}_RES) $({1}_SRC)\n",
pi.makename_ext, pi.makename, refs, pi.switches);
MakefileBuilder.Append("\n");
}
if (!noCommonTargets)
{
MakefileBuilder.Append("\n");
MakefileBuilder.Append("# common targets\n\n");
MakefileBuilder.Append("all:\t");
bool first = true;
foreach (PrjxInfo pi in projNameInfo.Values)
{
if (!first)
{
MakefileBuilder.Append(" \\\n\t");
}
MakefileBuilder.AppendFormat("$({0})", pi.makename_ext);
first = false;
}
MakefileBuilder.Append("\n\n");
MakefileBuilder.Append("clean:\n");
foreach (PrjxInfo pi in projNameInfo.Values)
{
if (isUnixMode)
{
MakefileBuilder.AppendFormat("\t-rm -f \"$({0})\" 2> /dev/null\n", pi.makename_ext);
MakefileBuilder.AppendFormat("\t-rm -f \"$({0}_PDB)\" 2> /dev/null\n", pi.makename);
}
else
{
MakefileBuilder.AppendFormat("\t-del \"$({0})\" 2> nul\n", pi.makename_ext);
MakefileBuilder.AppendFormat("\t-del \"$({0}_PDB)\" 2> nul\n", pi.makename);
}
}
MakefileBuilder.Append("\n");
}
if (!noProjectTargets)
{
MakefileBuilder.Append("\n");
MakefileBuilder.Append("# project names as targets\n\n");
foreach (PrjxInfo pi in projNameInfo.Values)
{
MakefileBuilder.AppendFormat("{0}: $({1})\n", pi.name, pi.makename_ext);
}
}
}
catch (Exception e)
{
Console.WriteLine("EXCEPTION: {0}\n", e);
return("");
}
return(MakefileBuilder.ToString());
}
