}//method: PopulateSolutionInfo()
/// <summary>
/// Loads the appropriate version of Visual Studio
/// available for conversion to display in the listbox
/// </summary>
/// <param name="version">double indicating the current version number
/// of the selected Visual Studio project/solution file</param>
private void LoadChoices(double version)
{
Dictionary <double, string> dictVSVersion = new Dictionary <double, string>();
Dictionary <double, string> dictVSCurrentVersion = new Dictionary <double, string>();
string vsCurrentVersion = string.Empty;
//Clear out the current contents of the listbox
lbVersion.Items.Clear();
//Initialize the possible existing versions of Visual Studio
dictVSCurrentVersion = VSUtils.PopulateVSExistingVersion();
//Initialize the possible supported versions of Visual Studio
dictVSVersion = VSUtils.PopulateVSSupportedVersion();
//Check if the existing element already exists in the collection
if (dictVSCurrentVersion.ContainsKey(version))
{
vsCurrentVersion = dictVSCurrentVersion[version];
}//if
//Remove any elements which are invalid conversion options
dictVSVersion.Remove(version);
//Loop through the available valid conversion options
//and add the items to the listbox for display
foreach (var vsVersion in dictVSVersion.Keys)
{
lbVersion.Items.Add(dictVSVersion[vsVersion]);
}//foreach
//Set the label text to display the currently selected version Visual Studio project/solution file
lbMessage.Text = vsCurrentVersion;
}
/// <summary>
/// Makes a backup copy of the existing Visual Studio project file
/// </summary>
/// <param name="FileName"></param>
/// <param name="ExistingVersion"></param>
public static void MakeBackup(string FileName, double ExistingVersion)
{
string Backup = string.Empty;
Dictionary <double, string> dictVSVersionString = new Dictionary <double, string>();
//Get the list of available Visual Studio version numbers
dictVSVersionString = VSUtils.PopulateVSVersionString();
if (dictVSVersionString.ContainsKey(ExistingVersion))
{
string strVSVersion = dictVSVersionString[ExistingVersion];
Backup = Path.Combine(Path.GetDirectoryName(FileName), string.Format("{0}{1}{2}", Path.GetFileNameWithoutExtension(FileName), strVSVersion, Path.GetExtension(FileName)));
}//if
else
{
// not likely
MessageBox.Show("Not a supported version", "Internal Error", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
}
File.Copy(FileName, Backup, true);
}
}//method: CheckValidSolution
/// <summary>
/// Parses through the Visual Studio Solution file
/// to populate all of the required properties
/// </summary>
public void ParseVSSolutionFile()
{
FileStream fs = null;
StreamReader sr = null;
BinaryReader br = null;
string buf = null;
byte[] bom = null;
// First we read the solution file and build a list of
// project files that we find inside. We need both a binary
// reader and stream reader.
using (fs = new FileStream(this.SolnFilePath, FileMode.Open))
{
sr = new StreamReader(fs);
br = new BinaryReader(fs);
// There is not need to handle Unicode Byte Order Mark,
// it has been handled by StreamReader.
/*
* // let's read Unicode Byte Order Mark (with CRLF)
* bom = br.ReadBytes(5);
*
* // if we don't have a BOM, we create a default one
* if (bom[0] != 0XEF)
* {
* bom[0] = 0XEF;
* bom[1] = 0XBB;
* bom[2] = 0XBF;
* bom[3] = 0XD;
* bom[4] = 0XA;
*
* // rewind the streamreaders
* fs.Seek(0, SeekOrigin.Begin);
* }
*/
while (sr.Peek() >= 0)
{
buf = sr.ReadLine();
// no need for any fancy parsing routines
if (buf.StartsWith("Microsoft Visual Studio Solution File, Format Version"))
{
//int intFormatIdx = buf.IndexOf("Format");
//this.SolnFileFormatHeader = buf.Substring(intFormatIdx);
this.SolnFileFormatHeader = buf;
this.FormatVersion = double.Parse(buf.Substring(VSSolutionFormat.Format_Header.Length), System.Globalization.CultureInfo.GetCultureInfo("en-US"));
continue;
}//if
if (buf.StartsWith("# Visual"))
{
//const string starting_Chars = "# ";
//this.SolnFileVersionHeader = buf.Remove(0, starting_Chars.Length);
this.SolnFileVersionHeader = buf;
continue;
}//if
// parse the project files
if (buf.StartsWith("Project("))
{
string[] ProjLine = null;
string[] ProjParts = null;
//Create a new instance of the class to store the Project File information
VSProjectFileInfo vsProjFileInfo = new VSProjectFileInfo();
//Split the entire project string using the equal separator
ProjLine = buf.Split('=');
//Split the second part of the project string using the comma separator
ProjParts = ProjLine[1].Split(',');
//TODO: Is there ever a scenario where there are more or less than 3 parts??
vsProjFileInfo.ProjectID = VSUtils.GetProjectPart(ProjLine[0]);
vsProjFileInfo.Name = VSUtils.GetProjectPart(ProjParts[0]);
vsProjFileInfo.ProjectRelativePath = VSUtils.GetProjectPart(ProjParts[1]);
vsProjFileInfo.Guid = VSUtils.GetProjectPart(ProjParts[2]);
vsProjFileInfo.ProjectFullPath = Path.Combine(this.SolnDirectory, vsProjFileInfo.ProjectRelativePath);
vsProjFileInfo.ProjectDirectory = Path.GetDirectoryName(vsProjFileInfo.ProjectFullPath);
vsProjFileInfo.ProjectExtension = Path.GetExtension(vsProjFileInfo.ProjectFullPath);
vsProjFileInfo.ProjectFileName = string.Concat(vsProjFileInfo.Name, vsProjFileInfo.ProjectExtension);
//Add the project file info to the collection
m_projList.Add(vsProjFileInfo);
// we only support VB.Net and C# project files
if (vsProjFileInfo.ProjectExtension.Equals(VBProjExt) || vsProjFileInfo.ProjectExtension.Equals(CSharpProjExt))
{
//Add all of the supported project conversions to the List
this.SupportedProjectConvList.Add(vsProjFileInfo.ProjectFullPath);
}//if
}
}
fs.Close();
}//using
}