private void AddFilesFromDirectory(string path, List <string> assemblies) { if (!_directoryWrapper.Exists(path)) { return; } assemblies.AddRange(_directoryWrapper.EnumerateFiles(path, "*.dll", SearchOption.TopDirectoryOnly)); }
private void AddFilesFromDirectory(string path, List <string> assemblies) { if (!_directoryWrapper.Exists(path)) { // Logger.Warn("Path does not exist: {0}", path); return; } assemblies.AddRange(_directoryWrapper.EnumerateFiles(path, "*.dll", SearchOption.TopDirectoryOnly)); }
public List <LogMessage> GetStatus(StatusOptions options) { IStatusData status; if (!_directoryWrapper.Exists(options.Path)) { AddLogMessage($"ERROR - Verify that you have the correct path: {options.Path}", MessageType.Critical); return(_log); } try { status = _diskApi.GetDiskStats(options.Path); } catch (Exception ex) { AddLogMessage("ERROR - " + ex.Message, MessageType.Critical); return(_log); } if (options.IsVerbose) { AddLogMessage("Status: ", MessageType.Info); } if (status.AvailableGigabytes > options.WarningThreshold) { AddLogMessage("OK", MessageType.Ok); } else if (status.AvailableGigabytes <= options.WarningThreshold && status.AvailableGigabytes > options.CriticalThreshold) { AddLogMessage("Warning", MessageType.Warning); } else if (status.AvailableGigabytes <= options.CriticalThreshold) { AddLogMessage("Critical", MessageType.Critical); } if (options.IsVerbose) { AddLogMessage("Disk at path: " + options.Path, MessageType.Info); AddLogMessage("Total space: " + status.TotalGigabytes + " GB", MessageType.Info); AddLogMessage("Used space: " + status.UsedGigabytes + " GB", MessageType.Info); AddLogMessage("Available space: " + status.AvailableGigabytes + " GB", MessageType.Info); } return(_log); }
private List <string> FindAssemblyReferencesInDirectories(List <string> directories) { List <string> assemblyLocations = new List <string>(); directories.AddRange(DefaultScriptReferencesLocations); foreach (var assemblyReferencesLocation in directories) { if (_directory.Exists(assemblyReferencesLocation)) { DirectoryInfo folder = new DirectoryInfo(assemblyReferencesLocation); var files = folder.GetFiles("*.dll", SearchOption.AllDirectories); assemblyLocations.AddRange(files.Select(x => x.FullName)); } } return(assemblyLocations); }
public ProviderXmlData[] LoadAll() { var absolutePath = pathUtility.GetAbsolutePath(dataDirectory); if (!directory.Exists(absolutePath)) { return(new ProviderXmlData[0]); } var dataFiles = directory.GetFiles(absolutePath, "*.xml", SearchOption.AllDirectories); var documents = dataFiles .Select(Create) .Where(f => f != null) .ToArray(); return(documents); }
public IEnumerable <string> FindTrxFiles(string buildRootDirectory, bool shouldLog = true) { Debug.Assert(!string.IsNullOrEmpty(buildRootDirectory)); Debug.Assert(directoryWrapper.Exists(buildRootDirectory), "The specified build root directory should exist: " + buildRootDirectory); if (shouldLog) { this.logger.LogInfo(Resources.TRX_DIAG_LocatingTrx); } var testDirectories = directoryWrapper.GetDirectories(buildRootDirectory, TestResultsFolderName, SearchOption.AllDirectories); if (testDirectories == null || !testDirectories.Any()) { if (shouldLog) { this.logger.LogInfo(Resources.TRX_DIAG_TestResultsDirectoryNotFound, buildRootDirectory); } return(Enumerable.Empty <string>()); } if (shouldLog) { this.logger.LogInfo(Resources.TRX_DIAG_FolderPaths, string.Join(", ", testDirectories)); } var trxFiles = testDirectories.SelectMany(dir => directoryWrapper.GetFiles(dir, "*.trx")).ToArray(); if (shouldLog) { if (trxFiles.Length == 0) { this.logger.LogInfo(Resources.TRX_DIAG_NoTestResultsFound); } else { this.logger.LogInfo(Resources.TRX_DIAG_TrxFilesFound, string.Join(", ", trxFiles)); } } return(trxFiles); }
public HttpResponseMessage Move([FromBody] MovePhotosViewModel viewModel) { if (viewModel == null || string.IsNullOrEmpty(viewModel.AlbumName) || !viewModel.PhotosId.Any()) { return(Request.CreateErrorResponse(HttpStatusCode.BadRequest, "Uknown error")); } var uploadFileInfos = new List <UploadResultViewModel>(); try { int albumId; try { albumId = _albumService.GetAlbumId(User.Id, viewModel.AlbumName); } catch (AlbumNotFoundException) { albumId = _albumService.CreateAlbum(User.Id, viewModel.AlbumName).Id; } // Get temporary album Id int tempAlbumId = _albumService.GetAlbumId(User.Id, "Temporary"); // Get path to the temporary album folder string pathToTempAlbum = _pathUtil.BuildAbsoluteAlbumPath(User.Id, tempAlbumId); // Get path to the destination album folder string pathToDestAlbum = _pathUtil.BuildAbsoluteAlbumPath(User.Id, albumId); if (!_directoryWrapper.Exists(pathToDestAlbum)) { _directoryWrapper.CreateDirectory(pathToDestAlbum); } foreach (int photoId in viewModel.PhotosId) { PhotoModel photoModel = _photoService.GetPhoto(User.Id, photoId); string fileInTempAlbum = string.Format("{0}\\{1}.{2}", pathToTempAlbum, photoModel.Id, photoModel.Format); string fileInDestAlbum = string.Format("{0}\\{1}.{2}", pathToDestAlbum, photoModel.Id, photoModel.Format); bool fileExist = _fileWrapper.Exists(fileInTempAlbum); if (fileExist) { try { _fileWrapper.Move(fileInTempAlbum, fileInDestAlbum); } catch (Exception) { uploadFileInfos.Add(new UploadResultViewModel { Id = photoId, IsAccepted = false, Error = "Can't save photo to selected album" }); continue; } photoModel.AlbumId = albumId; _photoService.UpdatePhoto(photoModel); // Create thumbnails for photo _photoProcessor.CreateThumbnails(User.Id, albumId, photoModel.Id, photoModel.Format); uploadFileInfos.Add(new UploadResultViewModel { Id = photoId, IsAccepted = true }); } else { uploadFileInfos.Add(new UploadResultViewModel { Id = photoId, IsAccepted = false, Error = "Photo is not found in temporary album" }); } } // Create collage for album _collageProcessor.CreateCollage(User.Id, albumId); } catch (Exception ex) { return(Request.CreateErrorResponse(HttpStatusCode.InternalServerError, ex.Message)); } return(Request.CreateResponse(HttpStatusCode.OK, uploadFileInfos, new JsonMediaTypeFormatter())); }