/// <summary>
/// Converts multi-line tab delimited string data into a list of type T. Used primarily to
/// initialize struct data to be persisted using the Persist method that came from a spreadsheet. Note, this method
/// does not attempt to validate the data, if it cannot converted, T.column returns the default value.
/// </summary>
/// <typeparam name="T">Type of data that will be persisted.</typeparam>
/// <param name="aText">The text you want to convert. If it's in the clipboard, use EditorGUIUtility.systemCopyBuffer.</param>
/// <param name="aConverters">Is a dictionary of methods that converts string data to the corresponding type.</param>
/// <returns>List of T.</returns>
public static List <T> ConvertText <T>(string aText, Dictionary <Type, Func <String, object> > aConverters) where T : new()
{
// Get all the properties of the data we want to convert into
PropertyInfo[] INFOS = typeof(T).GetProperties();
// Create a new list
List <T> DATA = new List <T>();
using (StringReader READER = new StringReader(aText)) {
string LINE;
// Read a new row of data
while ((LINE = READER.ReadLine()) != null)
{
T ROW = new T();
List <string> COLUMNS = LINE.Split("\t".ToCharArray()).ToList();
// Go through the columns, only convert what is available (extra text columns are ignored, extra T attributes are uninitialized
for (int INDEX = 0; INDEX < Math.Min(COLUMNS.Count, INFOS.Length); INDEX++)
{
PropertyInfo INFO = INFOS[INDEX];
// Do we have a converter for the T.column's type?
if (aConverters.ContainsKey(INFO.PropertyType))
{
try {
// Convert the string data
object RESULT = aConverters[INFO.PropertyType](COLUMNS[INDEX]);
// Save the converted data into the row
INFO.SetValue(ROW, RESULT, null);
} catch {
// ignore - could not be converted
}
} // else ignore - could not be converted
}
DATA.Add(ROW);
}
}
return(DATA);
}
static void Main(string[] args)
{
if (!File.Exists("C:/dc_mmo/src/SrcXML/Config.txt"))
{
ERROR("Config.txt can't be found");
}
Console.WriteLine("Scanning Config.txt");
List <string> Folders = new List <string>();
List <string> Projects = new List <string>();
string FOLDERPATH = "";
string[] LINES = File.ReadAllLines("C:/dc_mmo/src/SrcXML/Config.txt");
string FOLDERSREX = "";
foreach (string LINE in LINES)
{
if (LINE.Split('=').Length > 1)
{
string KEY = LINE.Split('=')[0];
string VALUE = LINE.Split('=')[1];
foreach (string sVALUE in VALUE.Split(';'))
{
switch (KEY.Trim().ToLower())
{
case "folderpath":
{
FOLDERPATH = sVALUE.Trim();
Console.WriteLine("Folder path: " + sVALUE.Trim());
}
break;
case "folders":
{
FOLDERSREX = sVALUE.Trim().Replace(';', '|');
Folders.Add(sVALUE.Trim());
Console.WriteLine("Folder added: " + sVALUE.Trim());
}
break;
case "projects":
{
Projects.Add(sVALUE.Trim());
Console.WriteLine("Project added: " + sVALUE.Trim());
}
break;
}
}
}
}
List <string> CFiles = new List <string>();
List <string> HFiles = new List <string>();
List <string> NFiles = new List <string>();
foreach (string FOLDER in Folders)
{
Console.WriteLine("START Scanning folder: " + FOLDERPATH + FOLDER);
string[] FILES = GetAllFiles(FOLDERPATH + FOLDER);
foreach (string FILE in FILES)
{
string EXTENSION = Path.GetExtension(FILE).ToLower();
string FILERES = FILE.Replace(FOLDERPATH, "");
switch (EXTENSION)
{
case ".c":
case ".cpp":
{
CFiles.Add(FILERES);
}
break;
case ".hpp":
{
HFiles.Add(FILERES);
}
break;
default:
{
NFiles.Add(FILERES);
}
break;
}
}
Console.WriteLine("END Scanning folder: " + FOLDERPATH + FOLDER);
}
Console.WriteLine("Found '" + CFiles.Count + "' C/C++ files");
Console.WriteLine("Found '" + HFiles.Count + "' Header files");
Console.WriteLine("Found '" + NFiles.Count + "' Unknown files");
StringBuilder CPPFiles = new StringBuilder();
{
CPPFiles.AppendLine("\t<ItemGroup>");
foreach (string FILE in CFiles)
{
CPPFiles.AppendLine("\t\t<ClInclude Include=\"..\\" + FILE + "\" />");
}
CPPFiles.AppendLine("\t</ItemGroup>");
}
Console.WriteLine("Built XML for C/C++ files");
StringBuilder HEADFiles = new StringBuilder();
{
HEADFiles.AppendLine("\t<ItemGroup>");
foreach (string FILE in HFiles)
{
HEADFiles.AppendLine("\t\t<ClInclude Include=\"..\\" + FILE + "\" />");
}
HEADFiles.AppendLine("\t</ItemGroup>");
}
Console.WriteLine("Built XML for Header files");
StringBuilder UFiles = new StringBuilder();
{
UFiles.AppendLine("\t<ItemGroup>");
foreach (string FILE in NFiles)
{
UFiles.AppendLine("\t\t<ClInclude Include=\"..\\" + FILE + "\" />");
}
UFiles.AppendLine("\t</ItemGroup>");
}
Console.WriteLine("Built XML for Unknown files");
Console.WriteLine("Building filter stuff");
StringBuilder FilterFile = new StringBuilder();
FilterFile.AppendLine("<ItemGroup>");
Dictionary <string, bool> FILTERDIRS = new Dictionary <string, bool>();
List <string> AllFiles = new List <string>();
foreach (string FILE in CFiles)
{
AllFiles.Add(FILE);
}
foreach (string FILE in HFiles)
{
AllFiles.Add(FILE);
}
foreach (string FILE in NFiles)
{
AllFiles.Add(FILE);
}
foreach (string FILE in AllFiles)
{
string FILEPATH = FILE.Replace("\\" + Path.GetFileName(FILE), "");
if (!FILTERDIRS.ContainsKey(FILEPATH))
{
FILTERDIRS.Add(FILEPATH, true);
}
string[] SPLITPATH = FILEPATH.Split('\\');
string SDFULL = "";
foreach (string SD in SPLITPATH)
{
SDFULL += "\\" + SD;
while (SDFULL[0] == '\\')
{
SDFULL = SDFULL.Substring(1);
}
if (!FILTERDIRS.ContainsKey(SDFULL))
{
FILTERDIRS.Add(SDFULL, true);
}
}
FilterFile.AppendLine("\t<ClInclude Include=\"..\\" + FILE + "\">");
FilterFile.AppendLine("\t\t<Filter>" + FILEPATH + "</Filter>");
FilterFile.AppendLine("\t</ClInclude>");
}
FilterFile.AppendLine("</ItemGroup>");
StringBuilder FilterFileHeader = new StringBuilder();
FilterFileHeader.AppendLine("\t<ItemGroup>");
foreach (KeyValuePair <string, bool> FILTERX in FILTERDIRS)
{
FilterFileHeader.AppendLine("\t\t<Filter Include=\"" + FILTERX.Key + "\">");
FilterFileHeader.AppendLine("\t\t</Filter>");
}
FilterFileHeader.AppendLine("\t</ItemGroup>");
Console.WriteLine("Finished building filter stuff");
foreach (string SD in Projects)
{
string SDFilters = SD + ".filters";
// Project
{
Console.WriteLine("Replacing project stuff from: " + SD);
string FinalXML = CPPFiles.ToString() + "\n" + HEADFiles.ToString() + "\n" + UFiles.ToString() + "\n";
foreach (string FSD in Folders)
{
string ProjectXMLFile = File.ReadAllText(SD);
string ResultString = null;
try
{
ResultString = Regex.Replace(
ProjectXMLFile,
"<ItemGroup>(?!.*stdafx).*?(" + FOLDERSREX + ").*?</ItemGroup>",
new MatchEvaluator(ComputeReplacement),
RegexOptions.Singleline | RegexOptions.IgnoreCase
);
ProjectXMLFile = ResultString;
}
catch { }
ProjectXMLFile = ProjectXMLFile.Replace(@"<Import Project=""$(VCTargetsPath)\Microsoft.Cpp.targets"" />", FinalXML + "\n" + @"<Import Project=""$(VCTargetsPath)\Microsoft.Cpp.targets"" />");
File.WriteAllText(SD, ProjectXMLFile);
}
}
// Filter
{
Console.WriteLine("Replacing filter file: " + SDFilters);
string FinalFilterXML = FilterFileHeader.ToString() + "\n" + FilterFile.ToString() + "\n";
string ProjectXMLFile = File.ReadAllText(SDFilters);
string ResultString = null;
try
{
ResultString = Regex.Replace(
ProjectXMLFile,
"<ItemGroup>(?!.*stdafx).*?(" + FOLDERSREX + ").*?</ItemGroup>",
new MatchEvaluator(ComputeReplacement),
RegexOptions.Singleline | RegexOptions.IgnoreCase
);
ProjectXMLFile = ResultString;
}
catch { }
ProjectXMLFile = ProjectXMLFile.Replace("</Project>", FinalFilterXML + "\n</Project>");
File.WriteAllText(SDFilters, ProjectXMLFile);
}
}
Console.WriteLine("All done... Press any key to continue....");
Console.ReadKey();
}