protected override async Task StartPrivateAsync()
{
ReleaseSemaphoreSlim();
try
{
switch (Status)
{
case NetworkStatus.NotStarted:
{
Status = NetworkStatus.Networking;
if (UploadedCloudFolder == null)
{
var fc = new Modifiers.FolderCreator(cloudFolder, this.windowsFolder.Name);
var messageAppendedEventHandler = new MessageAppendedEventHandler((msg) => { OnMessageAppended($"[FC]{msg}"); });
OnMessageAppended("Creating folder...");
fc.MessageAppended += messageAppendedEventHandler;
await fc.StartUntilCompletedAsync();
fc.MessageAppended -= messageAppendedEventHandler;
//switch (fc.Status)
//{
// case NetworkStatus.Completed:
// {
OnMessageAppended("Folder created");
UploadedCloudFolder = fc.CreatedCloudFolder;
OnProgressChanged(0, 0);
}
//NetworkingCount--;
var windowsFiles = await this.windowsFolder.GetFilesAsync();
lock (subTasks)
{
foreach (var f in windowsFiles)
{
subTasks.Add(new FileUploader(UploadedCloudFolder, f, f.Name));
}
}
var windowsFolders = await this.windowsFolder.GetFoldersAsync();
lock (subTasks)
{
foreach (var f in windowsFolders)
{
var folderUploader = new FolderUploader(UploadedCloudFolder, f);
subTasks.Add(folderUploader);
}
}
long currentProgress = 1, totalProgress = windowsFiles.Count + 1;
OnProgressChanged(currentProgress, totalProgress);
CurrentProgressChanged?.Invoke(1);
TotalProgressChanged?.Invoke(windowsFiles.Count + 1);
Func <Networker, Task> action;
if (Status == NetworkStatus.Paused)
{
action = new Func <Networker, Task>(async(st) =>
{
await st.WaitUntilCompletedAsync();
});
}
else
{
action = new Func <Networker, Task>(async(st) =>
{
await st.StartUntilCompletedAsync();
});
}
IEnumerable <Task> tasks;
lock (subTasks)
{
var currentProgressChangedEventHandler = new TotalProgressChangedEventHandler((dif) =>
{
MyLogger.Assert(dif == 1);
CurrentProgressChanged?.Invoke(dif);
OnProgressChanged(currentProgress += dif, totalProgress);
});
var totalProgressChangedEventHandler = new TotalProgressChangedEventHandler((dif) =>
{
TotalProgressChanged?.Invoke(dif);
OnProgressChanged(currentProgress, totalProgress += dif);
});
tasks = subTasks.ToList().Select(async(st) =>
{
if (st.GetType() == typeof(CloudFile.Uploaders.FolderUploader))
{
var fu = st as CloudFile.Uploaders.FolderUploader;
fu.CurrentProgressChanged += currentProgressChangedEventHandler;
fu.TotalProgressChanged += totalProgressChangedEventHandler;
await action(st);
fu.CurrentProgressChanged -= currentProgressChangedEventHandler;
fu.TotalProgressChanged -= totalProgressChangedEventHandler;
}
else
{
await action(st);
CurrentProgressChanged?.Invoke(1);
OnProgressChanged(++currentProgress, totalProgress);
}
});
}
await Task.WhenAll(tasks);
//NetworkingCount++;
Status = NetworkStatus.Completed;
return;
// }
// case NetworkStatus.ErrorNeedRestart:
// {
// this.Status = NetworkStatus.ErrorNeedRestart;
// return;
// }
// default: throw new Exception($"Status: {Status}");
//}
}
case NetworkStatus.Paused:
{
Status = NetworkStatus.Networking;
await Task.WhenAll(subTasks.ToList().Select(async(st) => { await st.StartAsync(); }));
//Status = NetworkStatus.Completed;
} break;
default:
{
OnMessageAppended($"Status: {Status}, no way to start");
} break;
}
}
catch (Exception error)
{
throw error;
}
finally
{
await WaitSemaphoreSlimAsync();
}
}
private async Task <NetworkStatus> VerifyFolder()
{
Status = NetworkStatus.Networking;
long currentProgress = 0, totalProgress = 1;
OnProgressChanged(currentProgress, totalProgress);
if (cloudFolder.Name != windowsFolder.Name)
{
OnMessageAppended($"Name not consistent, Cloud: {cloudFolder.Name}, Local: {windowsFolder.Name}");
return(NetworkStatus.ErrorNeedRestart);
}
var folderVerifiers = new List <Tuple <CloudFile, Windows.Storage.StorageFolder> >();
{
if (!await GetCloudSubFolders())
{
return(NetworkStatus.ErrorNeedRestart);
}
Dictionary <string, Windows.Storage.StorageFolder> localSubFolders = new Dictionary <string, Windows.Storage.StorageFolder>();
foreach (var f in await windowsFolder.GetFoldersAsync())
{
if (!cloudSubFolders.ContainsKey(f.Name))
{
OnMessageAppended($"Cloud Folder doesn't exist: {f.Name}");
return(NetworkStatus.ErrorNeedRestart);
}
localSubFolders.Add(f.Name, f);
}
foreach (var p in cloudSubFolders)
{
if (!localSubFolders.ContainsKey(p.Key))
{
OnMessageAppended($"Local Folder doesn't exist: {p.Key}");
return(NetworkStatus.ErrorNeedRestart);
}
folderVerifiers.Add(new Tuple <CloudFile, Windows.Storage.StorageFolder>(p.Value, localSubFolders[p.Key]));
localSubFolders.Remove(p.Key);
}
MyLogger.Assert(localSubFolders.Count == 0);
}
{
if (!await GetCloudSubFiles())
{
return(NetworkStatus.ErrorNeedRestart);
}
Dictionary <string, Windows.Storage.StorageFile> localSubFiles = new Dictionary <string, Windows.Storage.StorageFile>();
foreach (var f in await windowsFolder.GetFilesAsync())
{
if (!cloudSubFiles.ContainsKey(f.Name))
{
OnMessageAppended($"Cloud File doesn't exist: {f.Name}");
return(NetworkStatus.ErrorNeedRestart);
}
localSubFiles.Add(f.Name, f);
}
foreach (var p in cloudSubFiles)
{
if (!localSubFiles.ContainsKey(p.Key))
{
OnMessageAppended($"Local File doesn't exist: {p.Key}");
return(NetworkStatus.ErrorNeedRestart);
}
}
OnProgressChanged(++currentProgress, totalProgress += cloudSubFiles.Count);
CurrentProgressChanged?.Invoke(1);
TotalProgressChanged?.Invoke(cloudSubFiles.Count);
OnMessageAppended("Verifying subfiles...");
int filesVerified = 0;
foreach (var p in cloudSubFiles)
{
var localFile = localSubFiles[p.Key];
var stream = await localFile.OpenStreamForReadAsync();
var localMd5 = await Libraries.GetSha256ForWindowsStorageFile(stream);
stream.Dispose();
if (localMd5 != p.Value || p.Value == null)
{
OnMessageAppended($"{p.Key} content not consistent, Cloud: {p.Value}, Local: {localMd5}");
CurrentProgressChanged?.Invoke(-filesVerified - 1);
TotalProgressChanged?.Invoke(-cloudSubFiles.Count);
return(NetworkStatus.ErrorNeedRestart);
}
OnProgressChanged(++currentProgress, totalProgress);
CurrentProgressChanged?.Invoke(1);
++filesVerified;
localSubFiles.Remove(p.Key);
}
OnMessageAppended("Subfiles verified.");
MyLogger.Assert(localSubFiles.Count == 0);
}
OnProgressChanged(currentProgress, totalProgress += folderVerifiers.Count);
TotalProgressChanged?.Invoke(folderVerifiers.Count);
ReleaseSemaphoreSlim();
OnMessageAppended("Waiting for subfolders to be verified...");
try
{
await Task.WhenAll(folderVerifiers.Select(async(tuple) =>
{
var totalProgressChangedEventHandler = new TotalProgressChangedEventHandler((difference) =>
{
OnProgressChanged(currentProgress, totalProgress += difference);
TotalProgressChanged?.Invoke(difference);
});
var currentProgressChangedEventHandler = new TotalProgressChangedEventHandler((difference) =>
{
//MyLogger.Assert(difference == 1);
OnProgressChanged(currentProgress += difference, totalProgress);
CurrentProgressChanged?.Invoke(difference);
});
var verifier = new Verifiers.FolderVerifier(tuple.Item1, tuple.Item2);
verifier.TotalProgressChanged += totalProgressChangedEventHandler;
verifier.CurrentProgressChanged += currentProgressChangedEventHandler;
await verifier.StartUntilCompletedAsync();
verifier.TotalProgressChanged -= totalProgressChangedEventHandler;
verifier.CurrentProgressChanged -= currentProgressChangedEventHandler;
}));
return(NetworkStatus.Completed);
}
finally
{
await WaitSemaphoreSlimAsync();
}
}
