private async void RenameCurrentCloudFile()
{
if (!HasGottenFolder())
{
return;
}
Cloud_Elements_API.CloudFile currentRow = null;
if (!HasCurrentCloudFile(ref currentRow))
{
return;
}
if (currentRow.name == tsTxtObjectName.Text)
{
StatusMsg("Name not changed, ignored");
}
string oldName = currentRow.name;
Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType ceType = Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType.File;
if (currentRow.directory)
{
ceType = Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType.Folder;
}
currentRow.path = txtFolderPath.Text + tsTxtObjectName.Text;
Cloud_Elements_API.CloudFile Result = await APIConnector.PatchDocEntryMetaData(ceType, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.ID, currentRow.id, currentRow);
StatusMsg(string.Format("Renamed [{0}] to {1}", oldName, Result.name));
Task refresh = RefreshCurrentFolder();
}
private async Task RunUnitTest()
{
TestStatusMsg("Beginning test suite...");
TestStatusMsg("Testing with " + toolStripTxtConnectionNow.Text);
string basepath = txtFolderPath.Text;
SerializeGetFileMetadataRequests = chkSerializeGetFileInfoReq.Checked;
APIConnector.EndpointMaxRequestsPerSecond = (int)spnRequestsPerSecond.Value;
if (basepath.EndsWith("/"))
{
basepath.TrimEnd(new char[] { '/' });
}
string tfoldername = basepath + "/Cloud Elements API Test Folder";
AsyncBasePath = tfoldername;
Boolean remnant = false;
Boolean fremnant = false;
DateTime StartTime = DateTime.Now;
Cloud_Elements_API.CloudFile TestFileStore;
//FIRST TEST: Check for folder. If no folder, create test folder.
try
{
// List<Cloud_Elements_API.CloudFile> fe = await APIConnector.ListFolderContents(Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, tfoldername, chkWithTags.Checked);
Cloud_Elements_API.CloudFile Result = await Cloud_Elements_API.FileOperations.GetCloudFileInfo(APIConnector, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, tfoldername);
if (Result != null)
{
remnant = true;
TestStatusMsg("Using existing test folder");
}
else
{
remnant = false;
}
}
//catch (System.Net.Http.HttpRequestException e)
//{
// //NOTE: handle different http exceptions!
// remnant = false;
//}
catch (Exception ex)
{
TestStatusMsg("Problem checking if test folder exists: " + ex.Message);
throw ex;
}
if (!remnant)
{
TestStatusMsg("Test: Creating folder...");
try
{
Cloud_Elements_API.CloudFile newFolder = new Cloud_Elements_API.CloudFile();
newFolder.path = tfoldername;
//newFolder.tags = new string[] { "sfCE.NET" };
Cloud_Elements_API.CloudFile Result = await APIConnector.CreateFolder(newFolder);
TestStatusMsg(string.Format("Created {0}, id={1}", Result.path, Result.id));
Task ignoredRefreshFolderTask = RefreshCurrentFolder(); // very naughty, ignore exceptions; ref http://stackoverflow.com/questions/14903887/warning-this-call-is-not-awaited-execution-of-the-current-method-continues
}
catch (Exception ec)
{
TestStatusMsg("Create Folder failed: " + ec.Message);
throw ec;
}
}
TestStatusMsg("Checking for test file...");
try
{
string TargetPath = tfoldername + "/SFCE_test_file_prime.txt";
Cloud_Elements_API.CloudFile Result = await Cloud_Elements_API.FileOperations.GetCloudFileInfo(APIConnector, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, TargetPath);
if (Result != null)
{
TestStatusMsg(string.Format("Test file exists: {0}, id={1}", Result.path, Result.id));
fremnant = true;
TestFileStore = Result;
}
else
{
TestStatusMsg("Test file not found"); TestFileStore = null;
}
}
catch (Exception ec)
{
TestStatusMsg("Check for file failed: " + ec.Message);
TestFileStore = null;
// throw ec;
}
double UploadRequiredMS = 0d;
if (!fremnant)
{
//SECOND TEST: Create file.
TestStatusMsg("Test: Uploading file...");
try
{
using (System.IO.Stream teststream = GenerateStreamFromString("This is a dummy test file; its diminutive size is quite reasonable."))
{
string MIMEType = Cloud_Elements_API.Tools.FileTypeToMimeContentType("txt");
List <String> TagList = new List <String>();
var sizeInBytes = teststream.Length;
string TargetPath = tfoldername + "/SFCE_test_file_prime.txt";
DateTime Started = DateTime.Now;
Cloud_Elements_API.CloudFile Result = await APIConnector.PostFile(teststream, MIMEType,
TargetPath, "Temporary test file",
TagList.ToArray(), false, sizeInBytes);
UploadRequiredMS = DateTime.Now.Subtract(Started).TotalMilliseconds;
TestStatusMsg(string.Format("Uploaded {0}, id={1}", Result.path, Result.id));
TestFileStore = Result;
}
}
catch (Exception eu)
{
TestStatusMsg("Upload file failed: " + eu.Message);
TestFileStore = null;
}
}
else
{
TestStatusMsg("Skipping file upload");
}
//THIRD TEST: Copy File.
TestStatusMsg("Test: Copying file...");
double CopyRequiredMS = 0d;
try
{
if (TestFileStore == null)
{
TestFileStore = await Cloud_Elements_API.FileOperations.GetCloudFileInfo(APIConnector, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, tfoldername + "/SFCE_test_file_prime.txt");
}
string CopyFileName = tfoldername + "/SFCE_test_file_copy.txt";
Cloud_Elements_API.CloudFile currentRow = TestFileStore;
DateTime Started = DateTime.Now;
Cloud_Elements_API.CloudFile Result = await Cloud_Elements_API.FileOperations.Copy(APIConnector, currentRow, CopyFileName);
if (Result == null)
{
TestStatusMsg(string.Format("?? Copy did not return CloudFile object ", 0));
}
else
{
CopyRequiredMS = DateTime.Now.Subtract(Started).TotalMilliseconds;
TestStatusMsg(string.Format("Copied [{0}] to {1}", currentRow.name, Result.path));
if (UploadRequiredMS > 0)
{
TestStatusMsg(string.Format("Comparison: Upload {0:F1}ms; Copy {1:F1}ms; Pct {2:P2} ", UploadRequiredMS, CopyRequiredMS, CopyRequiredMS / UploadRequiredMS));
}
}
}
catch (Exception ecopy)
{
TestStatusMsg("Copy File failed: " + ecopy.Message);
}
//FOURTH TEST: Rename File.
TestStatusMsg("Test: Renaming file (by path)...");
try
{
string oldName = "SFCE_test_file_prime.txt";
string oldPath = tfoldername + "/" + oldName;
Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType ceType = Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType.File;
Cloud_Elements_API.CloudFile currentRow = TestFileStore;
currentRow.path = tfoldername + "/SFCE_test_file_rename_path.txt";
Cloud_Elements_API.CloudFile Result = await APIConnector.PatchDocEntryMetaData(ceType, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, oldPath, currentRow);
TestStatusMsg(string.Format("Renamed [{0}] to {1}", oldName, Result.name));
TestFileStore = Result;
}
catch (Exception er)
{
TestStatusMsg("Rename file by path failed: " + er.Message);
}
TestStatusMsg("Test: Renaming file (by ID)...");
try
{
Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType ceType = Cloud_Elements_API.CloudElementsConnector.DirectoryEntryType.File;
Cloud_Elements_API.CloudFile currentRow = TestFileStore;
string oldName = TestFileStore.name;
currentRow.path = tfoldername + "/SFCE_test_file_rename_id.txt";
Cloud_Elements_API.CloudFile PatchData = new Cloud_Elements_API.CloudFile();
PatchData.id = currentRow.id;
PatchData.path = currentRow.path;
Cloud_Elements_API.CloudFile Result = await APIConnector.PatchDocEntryMetaData(ceType, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.ID, TestFileStore.id, PatchData);
TestStatusMsg(string.Format("Renamed [{0}] to {1}", oldName, Result.name));
TestFileStore = Result;
}
catch (Exception er)
{
TestStatusMsg("Rename file failed: " + er.Message);
}
//FIFTH TEST: Add two Tags
TestStatusMsg("Test: Adding Tags...");
try
{
for (int i = 1; i <= 2; i++)
{
string TagToSet = "API Test Tag #" + i.ToString();
Cloud_Elements_API.CloudFile currentRow = TestFileStore;
TestFileStore = await Cloud_Elements_API.TagOperations.SetTag(APIConnector, currentRow, TagToSet);
TestStatusMsg(string.Format("Tag <{0}> added to [{1}] ", TagToSet, currentRow.name));
}
}
catch (Exception etag)
{
TestStatusMsg("Add Tag failed: " + etag.Message);
}
//SIXTH TEST: Remove a Tag
TestStatusMsg("Test: Deleting Tags...");
try
{
for (int i = 1; i <= 2; i++)
{
string TagToDel = "API Test Tag #" + i.ToString();
Cloud_Elements_API.CloudFile currentRow = TestFileStore;
TestFileStore = await Cloud_Elements_API.TagOperations.DeleteTag(APIConnector, currentRow, TagToDel);
TestStatusMsg(string.Format("Tag <{0}> removed from [{1}] ", TagToDel, currentRow.name));
}
}
catch (Exception edt)
{
TestStatusMsg("Delete Tag failed: " + edt.Message);
}
//SEVENTH TEST: Async Uploads
TestStatusMsg("Test: Multiple ASYNC uploads...");
NumberOfFilesAlreadyUploaded = 0;
bool AsyncUploadPassed = false;
System.Func <Task <string> > UploadTestAction;
Task <Task <string> > AsyncUploadTest = null;
Task <string> FinalAwaitableTestTask = null;
System.Runtime.CompilerServices.ConfiguredTaskAwaitable <Task <string> > AwaitableTestTask;
try
{
string info;
// we need to run away from the UI
UploadTestAction = new System.Func <Task <string> >(TestMultiFileAsyncUploads);
AsyncUploadTest = new Task <Task <string> >(UploadTestAction);
AsyncUploadTest.Start();
AwaitableTestTask = AsyncUploadTest.ConfigureAwait(false);
FinalAwaitableTestTask = await AwaitableTestTask;
info = await FinalAwaitableTestTask;
TestStatusMsg(info);
AsyncUploadPassed = true;
NumberOfFilesAlreadyUploaded = 8;
}
catch (Exception eu)
{
TestStatusMsg("Async Uploads failed: " + eu.Message);
}
if (AsyncUploadPassed)
{
//SEVENTH TEST: repeat Async Uploads
UploadTestAction = new System.Func <Task <string> >(TestMultiFileAsyncUploads);
AsyncUploadTest = new Task <Task <string> >(UploadTestAction);
TestStatusMsg("Test: Repeat Multiple ASYNC uploads, without waiting...");
AsyncUploadTest.Start();
AwaitableTestTask = AsyncUploadTest.ConfigureAwait(false);
}
//EIGHTH TEST: Download File
TestStatusMsg("Test: Downloading file...");
System.IO.Stream Target = null;
try
{
string TargetPath = tfoldername + string.Format("/SFCE_test_file_{0}.txt", "1");
Cloud_Elements_API.CloudFile FileRow = await Cloud_Elements_API.FileOperations.GetCloudFileInfo(APIConnector, Cloud_Elements_API.CloudElementsConnector.FileSpecificationType.Path, TargetPath);
if (FileRow != null)
{
Cloud_Elements_API.FileContent Result = await APIConnector.GetFile(FileRow);
string fn = System.IO.Path.Combine(WorkPath, Result.Disposition);
if (!System.IO.Directory.Exists(System.IO.Path.GetDirectoryName(fn)))
{
System.IO.Directory.CreateDirectory(System.IO.Path.GetDirectoryName(fn));
}
if (System.IO.File.Exists(fn))
{
System.IO.File.Delete(fn);
}
Target = new System.IO.FileStream(fn, System.IO.FileMode.Create, System.Security.AccessControl.FileSystemRights.FullControl, System.IO.FileShare.None, 16384, System.IO.FileOptions.Asynchronous, null);
await Cloud_Elements_API.Tools.StreamCopyWithProgress(Result.ContentStream, Target, Result.ContentLength);
Result.ContentStream.Close();
Result.Dispose();
Target.Close();
Target = null;
System.IO.FileInfo finfo = new System.IO.FileInfo(fn);
TestStatusMsg(string.Format("Stored {1}: {0}", Cloud_Elements_API.Tools.SizeInBytesToString(finfo.Length), Result.Disposition));
int DownloadedHash = Cloud_Elements_API.Tools.FileToString(fn).GetHashCode();
if (DownloadedHash != DownloadTestExpectedHash)
{
TestStatusMsg(string.Format("Warning: Hash of {0} does not match", fn));
}
}
else
{
TestStatusMsg(string.Format("Could not find file to download ({0})", TargetPath));
}
}
catch (Exception ed)
{
TestStatusMsg("*** >>>> File download failed: " + ed.Message);
}
finally
{
if (Target != null)
{
Target.Close();
}
}
if (AsyncUploadPassed)
{
//NINETH TEST: Async Meta Info
TestStatusMsg("Test: Multiple ASYNC File Meta Info reads ...");
NumberOfFilesAlreadyUploaded = 0;
System.Func <Task <string> > TestMetaInfoAction;
Task <Task <string> > AsyncMetaInfoTest = null;
Task <string> FinalAwaitableMetaInfoTask = null;
System.Runtime.CompilerServices.ConfiguredTaskAwaitable <Task <string> > AwaitableMetaInfoTask;
try
{
// we need to run away from the UI
TestMetaInfoAction = new System.Func <Task <string> >(TestAsyncGetFileMeta);
AsyncMetaInfoTest = new Task <Task <string> >(TestMetaInfoAction);
AsyncMetaInfoTest.Start();
AwaitableMetaInfoTask = AsyncMetaInfoTest.ConfigureAwait(false);
FinalAwaitableMetaInfoTask = await AwaitableMetaInfoTask;
}
catch (Exception eu)
{
TestStatusMsg("Async Meta Info failed: " + eu.Message);
}
AwaitableTestTask = AsyncUploadTest.ConfigureAwait(false);
FinalAwaitableTestTask = await AwaitableTestTask;
string FinalInfo = await FinalAwaitableTestTask;
TestStatusMsg(FinalInfo);
FinalInfo = await FinalAwaitableMetaInfoTask;
TestStatusMsg(FinalInfo);
}
TestStatusMsg(string.Format("Test suite complete: Elapsed time: {0:F1}s", DateTime.Now.Subtract(StartTime).TotalSeconds));
}
