public void ReadRecordForDeletedResourceTest()
{
PrivateApiResponse <RecordsHandlingComponent.DataContract.RecordsCreateOrDeleteResponseItem> recordResponse = null;
var recordHandler = new RecordManager();
var fieldHandler = new FieldManager();
var fields = fieldHandler.GetFieldGuid(new[] { "P_Name", "P_Owner" }, new[] { Porters.TestCoreFramework.Enums.ResourceType.Client })
.Result.Result.ToDictionary(x => $"{char.ToUpper(x.Resource[0]) + x.Resource.Substring(1)}.{x.Alias}", x => (int)UuidUtil.GetId(x.Id));
var request = RecordRequestComposer.ComposeCreateRequest()
.Append(item =>
item.ForResource(Porters.TestCoreFramework.Enums.ResourceType.Client)
.WithField(fields["Client.P_Name"], "TestName")
.WithField(fields["Client.P_Owner"], 1));
recordResponse = recordHandler.WriteRecords(request.Result);
PrAssume.That(recordResponse, PrIs.SuccessfulResponse());
var fileHandler = new FileStorageManager();
var fileRecordUploadResponse = fileHandler.Upload(GenerateUploadFileRequest(recordId: recordResponse.Result.Ids[0][0].ToString()));
PrAssume.That(fileRecordUploadResponse, PrIs.SuccessfulResponse());
var recordDeleteResponse = recordHandler.DeleteRecords(RecordRequestComposer.ComposeDeleteRequest(Porters.TestCoreFramework.Enums.ResourceType.Client, recordResponse.Result.Ids.SelectMany(x => x)));
PrAssume.That(recordDeleteResponse, PrIs.SuccessfulResponse());
var fileRecordReadResponse = fileHandler.Read(fileRecordUploadResponse.Result.Id);
PrAssert.That(fileRecordReadResponse, PrIs.ErrorResponse());
}
public void HappyPathTest(ResourceId resource, FileType fileType)
{
var fileInfo = CommonConstants.Files[fileType];
var path = Path.Combine(Util.GetTestDirectory(), fileInfo.Location);
var base64string = Util.ReadFileAsBase64String(path);
var recordInfo = RecordsCreator.Data[resource];
var handler = new FileStorageManager();
var request = GenerateUploadFileRequest(fileName: fileInfo.Location.Split('/').Last(), recordId: recordInfo.Id.ToString(), resourceId: ((int)resource).ToString(), sublist: "1", contentType: fileInfo.MimeType);
request.Content = base64string;
var uploadResponse = handler.Upload(request);
PrAssert.That(uploadResponse, PrIs.SuccessfulResponse());
//send request as string, not as object, to make sure we receive string as is, without json.NET formatting.
using (LogHelper.LoggerForCurrentTest.EnterReproStep("Sending request to read file content."))
using (var readResponse = PrivateApiConnection.GetConnectionForCurrentTest().SendAsync(FileStorageManager.EndPoint, new Dictionary <string, string> {
["id"] = uploadResponse.Result.Id
}, System.Net.Http.HttpMethod.Get).Result)
{
var receivedContent = readResponse.Content.ReadAsByteArrayAsync().Result;
PrAssert.That((int)readResponse.StatusCode, PrIs.LessThan(300));
PrAssert.That(receivedContent, PrIs.EqualTo(File.ReadAllBytes(path)));
}
var deleteResponse = handler.Delete(uploadResponse.Result.Id);
PrAssert.That(deleteResponse, PrIs.SuccessfulResponse());
}
public void UploadSeveralFilesToSameRecordTest()
{
const int filesNumber = 50;
var fileIdsList = new List <string>();
var handler = new FileStorageManager();
using (LogHelper.LoggerForCurrentTest.EnterReproStep($"Uploading {filesNumber} files"))
{
for (var i = 0; i < filesNumber; i++)
{
//upload a file of 1MB size
var response = handler.Upload(GenerateUploadFileRequest(content: TestContext.CurrentContext.Random.GetString(1 << 20)));
PrAssume.That(response, PrIs.SuccessfulResponse(), $"File #{i} was not uploaded successfully");
fileIdsList.Add(response.Result.Id);
}
}
using (LogHelper.LoggerForCurrentTest.EnterReproStep($"Reading {filesNumber} files"))
{
foreach (var id in fileIdsList)
{
var response = handler.Read(id);
PrAssert.That(response, PrIs.SuccessfulResponse());
}
}
using (LogHelper.LoggerForCurrentTest.EnterReproStep($"Deleting {filesNumber} files"))
{
foreach (var id in fileIdsList)
{
var response = handler.Delete(id);
PrAssert.That(response, PrIs.SuccessfulResponse());
}
}
}
protected async void FormSubmit()
{
int.TryParse(ParentId, out int parentId);
model.ParentId = parentId;
#region 일 업로드 관련 추가 코드 영역
if (selectedFiles != null && selectedFiles.Length > 0)
{
// 파일 업로드
var file = selectedFiles.FirstOrDefault();
var fileName = "";
int fileSize = 0;
if (file != null)
{
fileName = file.Name;
fileSize = Convert.ToInt32(file.Size);
// 첨부 파일 삭제
await FileStorageManager.DeleteAsync(model.FileName, "");
// 다시 업로드
fileName = await FileStorageManager.UploadAsync(file.Data, file.Name, "", true);
model.FileName = fileName;
model.FileSize = fileSize;
}
}
#endregion
await UploadRepositoryAsyncReference.EditAsync(model);
NavigationManagerReference.NavigateTo("/Uploads");
}
public void UploadFileWihtoutParameterInMetadataTest(string parameterName, bool isRequiredParameter)
{
var handler = new FileStorageManager();
var response = handler.Upload(GenerateUploadFileRequest(fileSize: defaultContent.Length.ToString()), (o) =>
{
(o["metadata"] as JObject).Property(parameterName).Remove();
return(o);
});
try
{
if (isRequiredParameter)
{
PrAssert.That(response, PrIs.ErrorResponse().And.ErrorCode(116));
}
else
{
PrAssert.That(response, PrIs.SuccessfulResponse());
}
}
finally
{
handler.Delete(response?.Result?.Id);
}
}
protected async void FormSubmit()
{
int.TryParse(ParentId, out int parentId);
model.ParentId = parentId;
#region 일 업로드 관련 추가 코드 영역
if (selectedFiles != null && selectedFiles.Length > 0)
{
// 파일 업로드
var file = selectedFiles.FirstOrDefault();
var fileName = "";
int fileSize = 0;
if (file != null)
{
fileName = file.Name;
fileSize = Convert.ToInt32(file.Size);
fileName = await FileStorageManager.UploadAsync(file.Data, file.Name, "", true);
model.FileName = fileName;
model.FileSize = fileSize;
}
}
#endregion
foreach (var m in Models)
{
m.FileName = model.FileName;
m.FileSize = model.FileSize;
await UploadRepositoryAsyncReference.AddAsync(m);
}
NavigationManagerReference.NavigateTo("/BriefingLogs");
}
/// <summary>
/// default constructor
/// </summary>
/// <param name="applicationLogTools"></param>
/// <param name="fileStorageManager"></param>
/// <param name="mapper"></param>
public FileStorageController(IApplicationLogTools applicationLogTools
, FileStorageManager fileStorageManager
, IMapper mapper)
{
_applicationLogTools = applicationLogTools;
_fileStorageManager = fileStorageManager;
_mapper = mapper;
}
async void OnNewModelFromNetwork(object sender, NewModelOnNetworkEventArgs e)
{
var acceptDownload = await MessageDialogHelper.AskYesNoQuestionAsync(
"New Model Available",
"Someone on the network has opened a new model, do you want to access it?");
if (acceptDownload)
{
this.ShowBusy("Downloading model files...");
var modelFilePath = await this.DownloadModelToLocalStorageAsync(
e.ModelIdentifier, e.IPAddress);
if (!string.IsNullOrEmpty(modelFilePath))
{
// Open the model from the file as we would if the user had selected
// it via a dialog.
var modelDetails = await this.ImportGLTFModelFromFileAsync(modelFilePath);
var newModel = modelDetails.GameObject;
// Flag that the ID of this model came from over the network, we didn't
// open it ourselves.
var modelIdentifier = newModel.AddComponent <ModelIdentifier>();
modelIdentifier.AssignExistingFromNetworkedShare(e.ModelIdentifier);
// Add positioning.
var positioningManager = newModel.AddComponent <ModelPositioningManager>();
positioningManager.InitialiseSizeAndPositioning(
this.RootParentProvider.RootParent);
// And updates (this handles incoming transformation messages along
// with removal messages too)
newModel.AddComponent <ModelUpdatesManager>();
// With this model coming from the network, we want to import
// the anchor onto the parent to put it into the same place within
// the space as on the device it originated from.
var worldAnchorBits =
await FileStorageManager.LoadExportedWorldAnchorAsync(modelIdentifier.Identifier);
if (worldAnchorBits != null)
{
var anchorManager = newModel.AddComponent <AnchorManager>();
// TODO: if this fails then?...
await anchorManager.ImportAnchorToModelParent(worldAnchorBits);
}
// Let the user know about what to expect with their first shared model.
this.AudioManager.PlayClipOnceOnly(AudioClipType.FirstSharedModelOpened);
}
else
{
this.AudioManager.PlayClip(AudioClipType.ErrorDownloadingModel);
}
this.HideBusy();
}
}
public void DeleteFileContentForIdTest(string id, int errorCode)
{
var handler = new FileStorageManager();
using (LogHelper.LoggerForCurrentTest.EnterReproStep("Running the test -- sending a read request with the specified id"))
{
var readResponse = handler.Delete(id);
PrAssert.That(readResponse, PrIs.ErrorResponse().And.ErrorCode(errorCode));
}
}
protected async void CreateOrEditClick()
{
#region 일 업로드 관련 추가
var file = selectedFiles.FirstOrDefault();
var fileName = "";
int fileSize = 0;
if (file != null)
{
//file.Name = $"{DateTime.Now.ToString("yyyyMMddHHmmss")}{file.Name}";
fileName = file.Name;
fileSize = Convert.ToInt32(file.Size);
//await FileUploadServiceReference.UploadAsync(file);
//[A] 바이트 형태
//var ms = new MemoryStream();
//await file.Data.CopyToAsync(ms); // 파일 데이터를 메모리스트림으로 변환
//// upload 하기전 memorystream을 byte 배열로 다시변환
//await FileStorageManager.UploadAsync(ms.ToArray(), file.Name, "", true);
//[B] Stream형태
//string folderPath = Path.Combine(WebHostEnvironment.WebRootPath, "files");
await FileStorageManager.UploadAsync(file.Data, file.Name, "", true);
Model.FileName = fileName;
Model.FileSize = fileSize;
}
#endregion
if (!int.TryParse(parentId, out int newParentId))
{
newParentId = 0;
}
Model.ParentId = newParentId;
//Model.ParentKey = Model.ParentKey;
if (Model.Id == 0)
{
// Create
await NoticeRepositoryAsyncReference.AddAsync(Model);
CreateCallback?.Invoke(); // -> EditCallback
}
else
{
// Edit
await NoticeRepositoryAsyncReference.EditAsync(Model);
await EditCallback.InvokeAsync(true);
}
//IsShow = false;
}
public async Task <string> DownloadModelToLocalStorageAsync()
{
var worked = false;
var mainFilePath = string.Empty;
#if ENABLE_WINMD_SUPPORT
// Grab the list of Uris/Files that make up the remote model. Note that there
// is an assumption that the first file here will be the actual GLB/GLTF file
// otherwise the code below which sets mainFilePath will not work.
var remoteUrisForModel = await DownloadRemoteUriListForModelAsync();
if (remoteUrisForModel.Count > 0)
{
worked = true;
// Add into that the URI for the anchor file so that we download this too
var remoteAnchorFileUri = FileStorageManager.GetAnchorFileRelativeUri(
this.modelIdentifier);
remoteUrisForModel.Add(remoteAnchorFileUri);
// Iterate through and download each one of those files if we need to.
for (int i = 0; ((i < remoteUrisForModel.Count) && worked); i++)
{
// Recurse down & make sure we have a file in the right folder to store
// this locally.
var localFile = await FileStorageManager.GetStorageFileForRelativeUriAsync(
remoteUrisForModel[i]);
// Store off the first local file path as we assume that will be the .GLB or
// GLTF file.
if (i == 0)
{
mainFilePath = localFile.Path;
}
// We want the size of that file.
var properties = await localFile.GetBasicPropertiesAsync();
// If the file was already there with > 0 size then we will not overwrite it.
// (as a cheap form of caching)
if (properties.Size == 0)
{
// Go grab the file from the remote HoloLens web server and store
// the bits locally.
worked = await DownloadToStorageFileAsync(remoteUrisForModel[i], localFile);
}
}
}
#endif // ENABLE_WINMD_SUPPORT
return(worked ? mainFilePath : string.Empty);
}
protected async void CreateOrEditClick()
{
#region 일 업로드 관련 추가 코드 영역
if (selectedFiles != null && selectedFiles.Length > 0)
{
// 파일 업로드
var file = selectedFiles.FirstOrDefault();
var fileName = "";
int fileSize = 0;
if (file != null)
{
//file.Name = $"{DateTime.Now.ToString("yyyyMMddhhmmss")}{file.Name}";
fileName = file.Name;
fileSize = Convert.ToInt32(file.Size);
//[A] byte[] 형태
//var ms = new MemoryStream();
//await file.Data.CopyToAsync(ms);
//await FileStorageManager.UploadAsync(ms.ToArray(), file.Name, "", true);
//[B] Stream 형태
//string folderPath = Path.Combine(WebHostEnvironment.WebRootPath, "files");
await FileStorageManager.UploadAsync(file.Data, file.Name, "", true);
Model.FileName = fileName;
Model.FileSize = fileSize;
}
}
#endregion
if (!int.TryParse(parentId, out int newParentId))
{
newParentId = 0;
}
Model.ParentId = newParentId;
Model.ParentKey = Model.ParentKey;
if (Model.Id == 0)
{
// Create
await UploadRepositoryAsyncReference.AddAsync(Model);
CreateCallback?.Invoke();
}
else
{
// Edit
await UploadRepositoryAsyncReference.EditAsync(Model);
await EditCallback.InvokeAsync(true);
}
//IsShow = false; // this.Hide()
}
public static IStorageManager GetGameStorageManager()
{
if (g_gameStorageManager == null)
{
var folder = EnsureFolder(Platform.Instance.UserDataPath, "gameData");
g_gameStorageManager = Platform.Instance.UseEncryption ?
new EncryptedFileStorageManager(folder) :
new FileStorageManager(folder);
}
return(g_gameStorageManager);
}
public static IStorageManager GetAppStorageManager()
{
if (g_appStorageManager == null)
{
var folder = EnsureFolder(Platform.Instance.AppDataPath);
g_appStorageManager = Platform.Instance.UseEncryption ?
new EncryptedFileStorageManager(folder) :
new FileStorageManager(folder);
}
return(g_appStorageManager);
}
private void PerformTestWithPreparedData(Action <string> testAction)
{
var manager = new FileStorageManager();
var result = manager.Upload(GenerateUploadFileRequest());
PrAssume.That(result, PrIs.SuccessfulResponse());
try
{
testAction(result.Result.Id);
}
finally
{
manager.Delete(result.Result.Id);
}
}
public void Upload()
{
using (FileStorageManager fsm =
new FileStorageManager(_fsBaseAddress,
_productsBaseAddress,
Convert.ToInt32(_bufferSize),
Convert.ToInt32(_taskCount)))
{
fsm.CurrentStateChanged +=
s => _currentMessage = s;
var md5 =
StartCoroutine(fsm.UploadBuild(_folderPath, "04b79864-c61b-4540-9885-51a8bdd15552", _startFileName, 2)
.AsEnumerator());
}
}
protected async void DownloadBy(LibraryModel model)
{
if (!string.IsNullOrEmpty(model.FileName))
{
byte[] fileBytes = await FileStorageManager.DownloadAsync(model.FileName, "");
if (fileBytes != null)
{
// DownCount
model.DownCount = model.DownCount + 1;
await UploadRepositoryAsyncReference.EditAsync(model);
await FileUtil.SaveAs(JSRuntime, model.FileName, fileBytes);
}
}
}
private void PerformTestForFileStatus(bool isDeleted, Func <string, FileStorageManager, PrivateApiResponse <object> > testFunc)
{
var manager = new FileStorageManager();
var id = nonExistingRecordId;
if (isDeleted)
{
var result = manager.Upload(GenerateUploadFileRequest());
PrAssume.That(result, PrIs.SuccessfulResponse());
manager.Delete(result.Result.Id);
id = result.Result.Id;
}
var response = testFunc(id, manager);
PrAssert.That(response, PrIs.WithErrorCode(100).And.HttpCode(400));
}
async Task <List <string> > DownloadRemoteUriListForModelAsync()
{
// We first download the file list which tells us which files make up the model.
var fileListUri = FileStorageManager.GetFileListRelativeUri(this.modelIdentifier);
// Get a local storage file within the 3D objects folder to store that into.
var fileListLocalFile = await FileStorageManager.GetStorageFileForRelativeUriAsync(
fileListUri);
// Download the remote file list.
await DownloadToStorageFileAsync(fileListUri, fileListLocalFile);
// Read the bill of materials - the files that make up the model.
var remoteFileUris = await FileIO.ReadLinesAsync(fileListLocalFile);
return(remoteFileUris.ToList());
}
private void PerformTestWithoutAuthorisationWithDataPreparation(bool doDeauth, Func <PrivateApiConnection, string, object> responseProvider)
{
var manager = new FileStorageManager();
var result = manager.Upload(GenerateUploadFileRequest());
PrAssume.That(result, PrIs.SuccessfulResponse());
PrivateApiConnection.GetConnectionForCurrentTest().DeAuthenticate();
try
{
PerformTestWithoutAuthorisation(doDeauth, responseProvider, result.Result.Id);
}
finally
{
PrivateApiConnection.GetConnectionForCurrentTest().Authenticate();
manager.Delete(result.Result.Id);
}
}
public void UploadFileWihtoutContentParameterTest()
{
var handler = new FileStorageManager();
var response = handler.Upload(GenerateUploadFileRequest(fileSize: defaultContent.Length.ToString()), (o) =>
{
(o as JObject).Property("content").Remove();
return(o);
});
try
{
PrAssert.That(response, PrIs.ErrorResponse().And.ErrorCode(116));
}
finally
{
handler.Delete(response?.Result?.Id);
}
}
static void Main()
{
var folderRoot = @"C:\development\CHDAV2\Web\";
var cloudStorage = true;
log4net.Config.BasicConfigurator.Configure();
var log = LogManager.GetLogger(typeof(Program));
var fileStorageManager = new FileStorageManager(folderRoot, cloudStorage, log);
var doc = new Document
{
IsAzure = true,
FileName = "test.txt"
};
fileStorageManager.Exists()
}
protected async void DeleteClick()
{
bool isDelete = await JSRuntime.InvokeAsync <bool>("confirm", $"{Id}번 글을 정말로 삭제하시겠습니까?");
if (isDelete)
{
if (!string.IsNullOrEmpty(model?.FileName))
{
// 첨부 파일 삭제
await FileStorageManager.DeleteAsync(model.FileName, "Libraries");
}
await UploadRepositoryAsyncReference.DeleteAsync(Id); // 삭제
NavigationManagerReference.NavigateTo("/Libraries"); // 리스트 페이지로 이동
}
else
{
await JSRuntime.InvokeAsync <object>("alert", "취소되었습니다.");
}
}
async void OnOpenSpeechCommand()
{
var filePath = await this.PickFileFrom3DObjectsFolderAsync();
if (!string.IsNullOrEmpty(filePath))
{
var modelDetails = await this.ImportGLTFModelFromFileAsync(filePath);
if (modelDetails != null)
{
// Our new model comes out of the file load.
var newModel = modelDetails.GameObject;
// Give the new model a new identity.
var modelIdentifier = newModel.AddComponent <ModelIdentifier>();
// Make it focusable.
newModel.AddComponent <FocusWatcher>();
// Add positioning.
var positioningManager = newModel.AddComponent <ModelPositioningManager>();
positioningManager.InitialiseSizeAndPositioning(
this.RootParentProvider.RootParent);
// Add manipulations to the new model so it can be moved around.
var manipManager = newModel.AddComponent <ModelUpdatesManager>();
manipManager.AddHandManipulationsToModel();
// Add an anchor to the new model's parent such that we can then
// anchor the parent while moving the model around within it
// (anchored components can't move).
var anchorManager = newModel.AddComponent <AnchorManager>();
anchorManager.AddAnchorToModelParent();
// Write out all the files that were part of loading this model
// into a file in case they need sharing in future.
await FileStorageManager.StoreFileListAsync(
(Guid)modelIdentifier.Identifier, modelDetails.FileLoader);
// And export the anchor into the file system as well.
// TODO: this will currently wait "for ever" for the world anchor to be
// located which might be wildly optimistic, we should probably add some
// notion of a timeout on that here too.
var exportedAnchorBits = await anchorManager.ExportAnchorAsync();
if (exportedAnchorBits != null)
{
// Store that into the file system so that the web server can later
// serve it up on request.
await FileStorageManager.StoreExportedWorldAnchorAsync(
(Guid)modelIdentifier.Identifier,
exportedAnchorBits);
// Message out to the network that we have a new model that they
// can optionally grab if they want to.
NetworkMessagingProvider.SendNewModelMessage(
(Guid)modelIdentifier.Identifier);
}
}
}
}
