private void RepairGameAsync()
{
//This value is filled with either a path to the last downloaded file, or with an exception message
//this message is used in the main UI to determine how it responds to a failed download.
string repairMetadata = "";
try
{
//check all local file MD5s against latest manifest. Resume partial files, download broken files.
FTPHandler FTP = new FTPHandler ();
//bind event handlers
FTP.FileProgressChanged += OnDownloadProgressChanged;
//first, verify that the manifest is correct.
string LocalManifestHash = MD5Handler.GetFileHash(File.OpenRead(ConfigHandler.GetManifestPath ()));
string RemoteManifestHash = FTP.GetRemoteManifestChecksum ();
//if it is not, download a new copy.
if (!(LocalManifestHash == RemoteManifestHash))
{
LauncherHandler Launcher = new LauncherHandler ();
Launcher.DownloadManifest ();
}
//then, begin repairing the game
ManifestHandler manifestHandler = new ManifestHandler ();
List<ManifestEntry> Manifest = manifestHandler.Manifest;
ProgressArgs.TotalFiles = Manifest.Count;
int i = 0;
foreach (ManifestEntry Entry in Manifest)
{
string RemotePath = String.Format("{0}{1}",
Config.GetGameURL(true),
Entry.RelativePath);
string LocalPath = String.Format ("{0}{1}",
Config.GetGamePath (true),
Entry.RelativePath);
ProgressArgs.FileName = Path.GetFileName(LocalPath);
//make sure the directory for the file exists
Directory.CreateDirectory(Directory.GetParent(LocalPath).ToString());
if (File.Exists(LocalPath))
{
FileInfo fileInfo = new FileInfo(LocalPath);
if (fileInfo.Length != Entry.Size)
{
//Resume the download of this partial file.
OnProgressChanged();
repairMetadata = FTP.DownloadFTPFile(RemotePath, LocalPath, fileInfo.Length, false);
//Now verify the file
string localHash = MD5Handler.GetFileHash(File.OpenRead(LocalPath));
if (localHash != Entry.Hash)
{
Console.WriteLine ("RepairGameAsync: Resumed file hash was invalid, downloading fresh copy from server.");
//download the file, since it was broken
OnProgressChanged ();
repairMetadata = FTP.DownloadFTPFile (RemotePath, LocalPath, false);
}
}
}
else
{
//download the file, since it was missing
OnProgressChanged ();
repairMetadata = FTP.DownloadFTPFile (RemotePath, LocalPath, false);
}
if (ChecksHandler.IsRunningOnUnix())
{
//if we're dealing with a file that should be executable,
string gameName = Config.GetGameName();
bool bFileIsGameExecutable = (Path.GetFileName(LocalPath).EndsWith(".exe")) || (Path.GetFileNameWithoutExtension(LocalPath) == gameName);
if (bFileIsGameExecutable)
{
//set the execute bits.
UnixHandler.MakeExecutable(LocalPath);
}
}
++i;
ProgressArgs.DownloadedFiles = i;
OnProgressChanged ();
}
OnGameRepairFinished ();
//clear out the event handler
FTP.FileProgressChanged -= OnDownloadProgressChanged;
}
catch (IOException ioex)
{
Console.WriteLine ("IOException in RepairGameAsync(): " + ioex.Message);
DownloadFailedArgs.Result = "1";
DownloadFailedArgs.ResultType = "Repair";
DownloadFailedArgs.Metadata = repairMetadata;
OnGameRepairFailed ();
}
}
private void RepairGameAsync()
{
//This value is filled with either a path to the last downloaded file, or with an exception message
//this message is used in the main UI to determine how it responds to a failed download.
string repairMetadata = "";
try
{
//check all local file MD5s against latest manifest. Resume partial files, download broken files.
FTPHandler FTP = new FTPHandler();
//bind event handlers
FTP.FileProgressChanged += OnDownloadProgressChanged;
//first, verify that the manifest is correct.
string LocalManifestHash = MD5Handler.GetFileHash(File.OpenRead(ConfigHandler.GetManifestPath()));
string RemoteManifestHash = FTP.GetRemoteManifestChecksum();
//if it is not, download a new copy.
if (!(LocalManifestHash == RemoteManifestHash))
{
LauncherHandler Launcher = new LauncherHandler();
Launcher.DownloadManifest();
}
//then, begin repairing the game
ManifestHandler manifestHandler = new ManifestHandler();
List <ManifestEntry> Manifest = manifestHandler.Manifest;
ProgressArgs.TotalFiles = Manifest.Count;
int i = 0;
foreach (ManifestEntry Entry in Manifest)
{
string RemotePath = String.Format("{0}{1}",
Config.GetGameURL(true),
Entry.RelativePath);
string LocalPath = String.Format("{0}{1}",
Config.GetGamePath(true),
Entry.RelativePath);
ProgressArgs.FileName = Path.GetFileName(LocalPath);
//make sure the directory for the file exists
Directory.CreateDirectory(Directory.GetParent(LocalPath).ToString());
if (File.Exists(LocalPath))
{
FileInfo fileInfo = new FileInfo(LocalPath);
if (fileInfo.Length != Entry.Size)
{
//Resume the download of this partial file.
OnProgressChanged();
repairMetadata = FTP.DownloadFTPFile(RemotePath, LocalPath, fileInfo.Length, false);
//Now verify the file
string localHash = MD5Handler.GetFileHash(File.OpenRead(LocalPath));
if (localHash != Entry.Hash)
{
Console.WriteLine("RepairGameAsync: Resumed file hash was invalid, downloading fresh copy from server.");
//download the file, since it was broken
OnProgressChanged();
repairMetadata = FTP.DownloadFTPFile(RemotePath, LocalPath, false);
}
}
}
else
{
//download the file, since it was missing
OnProgressChanged();
repairMetadata = FTP.DownloadFTPFile(RemotePath, LocalPath, false);
}
if (ChecksHandler.IsRunningOnUnix())
{
//if we're dealing with a file that should be executable,
string gameName = Config.GetGameName();
bool bFileIsGameExecutable = (Path.GetFileName(LocalPath).EndsWith(".exe")) || (Path.GetFileNameWithoutExtension(LocalPath) == gameName);
if (bFileIsGameExecutable)
{
//set the execute bits.
UnixHandler.MakeExecutable(LocalPath);
}
}
++i;
ProgressArgs.DownloadedFiles = i;
OnProgressChanged();
}
OnGameRepairFinished();
//clear out the event handler
FTP.FileProgressChanged -= OnDownloadProgressChanged;
}
catch (IOException ioex)
{
Console.WriteLine("IOException in RepairGameAsync(): " + ioex.Message);
DownloadFailedArgs.Result = "1";
DownloadFailedArgs.ResultType = "Repair";
DownloadFailedArgs.Metadata = repairMetadata;
OnGameRepairFailed();
}
}
