Task DownloadFileAsync(string remoteFile, IAbsoluteFilePath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func <IAbsoluteFilePath, bool> confirmValidity, int zsyncHttpFallbackAfter) => DownloadFileAsync(remoteFile, destinationPath, scoreMirrorSelector, token, confirmValidity, new TransferStatus(remoteFile) { ZsyncHttpFallbackAfter = zsyncHttpFallbackAfter });
async Task DownloadFileAsync(string remoteFile, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token) { destinationPath.MakeSurePathExists(); using (var dl = _createMultiMirrorFileDownloader(scoreMirrorSelector)) { await dl.Value.DownloadAsync(new MultiMirrorFileDownloadSpec(remoteFile, destinationPath.GetChildFileWithName(remoteFile)) { CancellationToken = token }, token) .ConfigureAwait(false); } }
async Task DownloadFilesAsync(StatusRepo sr, IDictionary <FileFetchInfo, ITransferStatus> transferStatuses, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector) { destinationPath.MakeSurePathExists(); sr.Total = transferStatuses.Count; using (var multiMirrorFileDownloader = _createMultiMirrorFileDownloader(scoreMirrorSelector)) using (var multi = _createQueueDownloader(multiMirrorFileDownloader.Value)) { await multi.Value .DownloadAsync(CreateFileQueueSpec(transferStatuses, destinationPath), sr.CancelToken) .ConfigureAwait(false); } }
public SourceProvider(IMirrorSelector mirrorSelector, IProtocalProvider protocalProvider) { if (mirrorSelector == null) { throw new ArgumentNullException("mirrorSelector"); } if (protocalProvider == null) { throw new ArgumentNullException("protocalProvider"); } this._mirrorSelector = mirrorSelector; this._protocalProvider = protocalProvider; }
async Task DownloadFileAsync(string remoteFile, IAbsoluteFilePath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func <IAbsoluteFilePath, bool> confirmValidity, ITransferStatus status) { destinationPath.MakeSureParentPathExists(); using (var dl = _createMultiMirrorFileDownloader(scoreMirrorSelector)) { await dl.Value.DownloadAsync(new MultiMirrorFileDownloadSpec(remoteFile, destinationPath, confirmValidity) { CancellationToken = token, Progress = status }, token).ConfigureAwait(false); } }
public Task DownloadFileAsync(string remoteFile, IAbsoluteFilePath destinationPath, IMirrorSelector selector, ITransferStatus status, CancellationToken token) => DownloadFileAsync(remoteFile, destinationPath, selector, token, x => true, status);
Task DownloadFileAsync(string remoteFile, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func <IAbsoluteFilePath, bool> confirmValidity, int zsyncHttpFallbackAfter) => DownloadFileAsync(remoteFile, destinationPath.GetChildFileWithName(remoteFile), scoreMirrorSelector, token, confirmValidity, zsyncHttpFallbackAfter);
public Handler(SynqProcessor processor, IMirrorSelector selector) { _processor = processor; _selector = selector; }
async Task DownloadFilesAsync(StatusRepo sr, IDictionary<FileFetchInfo, ITransferStatus> transferStatuses, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector) { destinationPath.MakeSurePathExists(); sr.Total = transferStatuses.Count; using (var multiMirrorFileDownloader = _createMultiMirrorFileDownloader(scoreMirrorSelector)) using (var multi = _createQueueDownloader(multiMirrorFileDownloader.Value)) { await multi.Value .DownloadAsync(CreateFileQueueSpec(transferStatuses, destinationPath), sr.CancelToken) .ConfigureAwait(false); } }
async Task DownloadFileAsync(string remoteFile, IAbsoluteFilePath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func<IAbsoluteFilePath, bool> confirmValidity, ITransferStatus status) { destinationPath.MakeSureParentPathExists(); using (var dl = _createMultiMirrorFileDownloader(scoreMirrorSelector)) { await dl.Value.DownloadAsync(new MultiMirrorFileDownloadSpec(remoteFile, destinationPath, confirmValidity) { CancellationToken = token, Progress = status }, token).ConfigureAwait(false); } }
Task DownloadFileAsync(string remoteFile, IAbsoluteFilePath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func<IAbsoluteFilePath, bool> confirmValidity, int zsyncHttpFallbackAfter) => DownloadFileAsync(remoteFile, destinationPath, scoreMirrorSelector, token, confirmValidity, new TransferStatus(remoteFile) {ZsyncHttpFallbackAfter = zsyncHttpFallbackAfter});
Task DownloadFileAsync(string remoteFile, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token, Func<IAbsoluteFilePath, bool> confirmValidity, int zsyncHttpFallbackAfter) => DownloadFileAsync(remoteFile, destinationPath.GetChildFileWithName(remoteFile), scoreMirrorSelector, token, confirmValidity, zsyncHttpFallbackAfter);
async Task DownloadFileAsync(string remoteFile, IAbsoluteDirectoryPath destinationPath, IMirrorSelector scoreMirrorSelector, CancellationToken token) { destinationPath.MakeSurePathExists(); using (var dl = _createMultiMirrorFileDownloader(scoreMirrorSelector)) { await dl.Value.DownloadAsync(new MultiMirrorFileDownloadSpec(remoteFile, destinationPath.GetChildFileWithName(remoteFile)) {CancellationToken = token}, token) .ConfigureAwait(false); } }
public Task DownloadFileAsync(string remoteFile, IAbsoluteDirectoryPath destinationPath, IMirrorSelector selector, int limit, CancellationToken token) => DownloadFileAsync(remoteFile, destinationPath, selector, token, x => true, RepositoryRemote.CalculateHttpFallbackAfter(limit));
public MultiMirrorFileDownloader(IFileDownloader downloader, IMirrorSelector mirrorSelector) { _downloader = downloader; _mirrorStrategy = mirrorSelector; }