private static void FetchGoogleDriveFolderItemsResults()
{
if (!webRequestObj.isDone)
{
return;
}
EditorApplication.update -= FetchGoogleDriveFolderItemsResults;
//Handle unexpected error
if (webRequestObj.isHttpError || webRequestObj.responseCode != 200)
{
googleFolderIdHierarcyTree.RemoveAt(googleFolderIdHierarcyTree.Count - 1);
Debug.LogError($"[GoogleDataUpload] Unable to Fetch Google Drive folder Items.{webRequestObj.downloadHandler.text}");
return;
}
//Remove certain characters from returned string ot be able to parse the string using JsonUtility
string escapedResultFromJson = GoogleDataUploader.ReplaceEscapeCharacters(webRequestObj.downloadHandler.text);
GoogleDriveSearchResults returnedFolderResults = JsonUtility.FromJson <GoogleDriveSearchResults>(escapedResultFromJson);
CleanupGoogleItemStruct(ref returnedFolderResults); //Process returned struct for future use
//Either set the currentSearch to display or add to a queue for download
currentGoogleSearch = returnedFolderResults;
if (downloadingRecursively)
{
PrepareDownloadCurrentItems();
}
}
public static void CleanupGoogleItemStruct(ref GoogleDriveSearchResults structToCheck)
{
if (structToCheck == null || structToCheck.files.Count <= 0)
{
return;
}
for (int i = 0; i < structToCheck.files.Count; i++)
{
structToCheck.files[i].mimeType = CutGoogleMineType(structToCheck.files[i].mimeType);
if (structToCheck.files[i].mimeType.Contains("folder"))
{
structToCheck.files[i].mimeType = "folder";
structToCheck.files[i].fileType = GoogleFileType.Folder;
}
else
{
structToCheck.files[i].fileType = GoogleFileType.Octet;
}
}
}
