| public GetZipFileName ( long datasetid, long datasetVersionid ) : string | ||
| datasetid | long | |
| datasetVersionid | long | |
| return | string | |
public ActionResult Test()
{
UiTestModel model = new UiTestModel();
model = DynamicListToDataTable();
SubmissionManager pm = new SubmissionManager();
DatasetManager dm = new DatasetManager();
pm.Load();
DataRepository gfbio = pm.DataRepositories.Where(d => d.Name.ToLower().Equals("gfbio")).FirstOrDefault();
// get metadata
long testdatasetId = 1;
string formatname = "";
XmlDocument newXmlDoc;
DatasetVersion dsv = dm.GetDatasetLatestVersion(testdatasetId);
string title = XmlDatasetHelper.GetInformation(dsv, NameAttributeValues.title);
if (gfbio != null)
{
formatname =
XmlDatasetHelper.GetAllTransmissionInformation(1, TransmissionType.mappingFileExport, AttributeNames.name)
.First();
OutputMetadataManager.GetConvertedMetadata(testdatasetId, TransmissionType.mappingFileExport,
formatname);
// get primary data
// check the data sturcture type ...
if (dsv.Dataset.DataStructure.Self is StructuredDataStructure)
{
OutputDataManager odm = new OutputDataManager();
// apply selection and projection
odm.GenerateAsciiFile(testdatasetId, title, gfbio.PrimaryDataFormat);
}
string zipName = pm.GetZipFileName(testdatasetId, dsv.Id);
string zipPath = pm.GetDirectoryPath(testdatasetId, gfbio);
string zipFilePath = Path.Combine(zipPath, zipName);
FileHelper.CreateDicrectoriesIfNotExist(Path.GetDirectoryName(zipFilePath));
if (FileHelper.FileExist(zipFilePath))
{
if (FileHelper.WaitForFile(zipFilePath))
{
FileHelper.Delete(zipFilePath);
}
}
ZipFile zip = new ZipFile();
foreach (ContentDescriptor cd in dsv.ContentDescriptors)
{
string path = Path.Combine(AppConfiguration.DataPath, cd.URI);
string name = cd.URI.Split('\\').Last();
if (FileHelper.FileExist(path))
{
zip.AddFile(path, "");
}
}
zip.Save(zipFilePath);
}
else
{
newXmlDoc = dsv.Metadata;
}
return View("Index", model);
}