/**
* Creates a file system and waits for it to become available. We recommend to retry these requests
* so that if you receive a timeout or server error and you won't run into the risk of creating multiple resources.
*
* @param fsClient the service client to use to create the File System
* @param compartmentId the OCID of the compartment where the file system will be created
* @param availabilityDomain the availability domain where the file system will be created
*
* @return the created file system
*/
private static async Task <FileSystem> CreateFileSystem(FileStorageClient fsClient, string compartmentId,
string displayName, AvailabilityDomain availabilityDomain)
{
logger.Info("Creating file system......");
CreateFileSystemDetails createDetails = new CreateFileSystemDetails
{
DisplayName = displayName,
CompartmentId = compartmentId,
AvailabilityDomain = availabilityDomain.Name
};
CreateFileSystemRequest createRequest = new CreateFileSystemRequest
{
CreateFileSystemDetails = createDetails
};
CreateFileSystemResponse createResponse = await fsClient.CreateFileSystem(createRequest, new RetryConfiguration
{
MaxAttempts = 5
});
logger.Info($"Created file system: {createResponse.FileSystem.DisplayName}");
GetFileSystemRequest getRequest = new GetFileSystemRequest
{
FileSystemId = createResponse.FileSystem.Id
};
GetFileSystemResponse getResponse = fsClient.Waiters.ForFileSystem(getRequest, FileSystem.LifecycleStateEnum.Active).Execute();
logger.Info($"Waited for file system to become available: {createResponse.FileSystem.DisplayName}");
return(getResponse.FileSystem);
}
private void DisplayTreeStats(IProtoBufSerializer serializer, GetFileSystemResponse response, bool verbose)
{
Trace.WriteLine("=====================================================================");
Trace.WriteLine("FileSystem tree stats:");
{
var mem = new MemoryStream();
var sw = new Stopwatch();
var ipcResponse = new IpcResponse {
RequestId = 0,
Protocol = IpcProtocols.TypedMessage,
Data = response
};
sw.Start();
serializer.Serialize(mem, ipcResponse);
sw.Stop();
Trace.WriteLine(string.Format("ProtoBuf request of {0:n0} bytes serialized in {1} msec.", mem.Length,
sw.ElapsedMilliseconds));
}
var stats = new TreeStats();
stats.ProcessTree(null, "", response.Tree.Root);
Trace.WriteLine(string.Format("Directory count: {0:n0}", stats.DirectoryCount));
Trace.WriteLine(string.Format("File count: {0:n0}", stats.FileCount));
Trace.WriteLine(string.Format("Total File size: {0:n0} bytes", stats.TotalSize));
if (verbose)
{
Trace.WriteLine("=====================================================================");
Trace.WriteLine(" Files sorted by count");
foreach (var item in stats.Extensions.OrderByDescending(x => x.Value.FileCount))
{
Trace.WriteLine(string.Format("Extension \"{0}\": {1:n0} files, {2:n0} bytes", item.Key.ToUpperInvariant(),
item.Value.FileCount, item.Value.TotalSize));
}
Trace.WriteLine("=====================================================================");
Trace.WriteLine(" Files sorted by total length");
foreach (var item in stats.Extensions.OrderByDescending(x => x.Value.TotalSize))
{
Trace.WriteLine(string.Format("Extension \"{0}\": {2:n0} bytes, {1:n0} files", item.Key.ToUpperInvariant(),
item.Value.FileCount, item.Value.TotalSize));
}
OutputDirectorytree(0, "", stats.RootDirectory);
}
}