public void Write(string outputRootPath, CSolution solution)
{
_fileWriter.RootPath = outputRootPath;
/*
* var visitor = new CVisualStudioVisitor(_logger, codeWriter,
* new FastSolutionVisitor(new CodeWriter(), fileWriter),
* new CProjectVisitor(_logger, new CodeWriter(), fileWriter),
* new CProjectFileVisitor(_logger, fileWriter, codeWriter), new CSharpCInterfaceVisitor(codeWriter),
* new CSharpCClassVisitor(codeWriter), new CSharpCMethodVisitor(codeWriter),
* new CSharpCPropertyVisitor(codeWriter),
* new CSharpCParameterVisitor(codeWriter),
* new CSharpCFieldVisitor(codeWriter),
* new CSharpCConstructorVisitor(codeWriter),
* null,
* new CSharpCClassAttributeVisitor(codeWriter),
* new CSharpCMethodAttributeVisitor(codeWriter));
*/
solution.Accept(_visualStudioVisitor);
//now that the .proto files and .cmd have been written to disk
//execute the .cmd to generate the .cs files
foreach (var project in solution.Project)
{
foreach (var pc in project.ProjectContent)
{
if (pc.Content is CBatchFile)
{
var batchFile = pc.Content as CBatchFile;
if (!batchFile.ExecutePostKickstart)
{
continue;
}
//todo: this probably won't run in Docker / Linux
var processStartInfo = new ProcessStartInfo();
processStartInfo.FileName = pc.File.FileName;
processStartInfo.WorkingDirectory = pc.File.WrittenToPath;
processStartInfo.WindowStyle = ProcessWindowStyle.Hidden;
processStartInfo.UseShellExecute = true;
Process.Start(processStartInfo);
//todo: verify success
}
}
}
}