protected override void DoHandleWork(WorkContext work)
{
var subHandler = m_Handlers.OrderedValues.FirstOrDefault(handler => handler.MakeMatch(work));
if (subHandler == null)
{
throw HTTPStatusException.NotFound_404(StringConsts.NO_HANDLER_FOR_WORK_ERROR.Args(work.About));
}
subHandler.FilterAndHandleWork(work);
}
public void Feed(string portal, string ns, string block, Atom isolang, bool nocache = false, bool buffered = false)
{
ContentId id = default(ContentId);
try
{
id = new ContentId(portal, ns, block);
}
catch (Exception error)
{
throw HTTPStatusException.BadRequest_400(error.Message);
}
var content = m_Cms.GetContentAsync(id, isolang, nocache.NoOrDefaultCache())
.GetAwaiter().GetResult();
if (content == null)
{
throw HTTPStatusException.NotFound_404(id.ToString());
}
var compressionThreshold = App.ConfigRoot[SysConsts.CONFIG_WAVE_SECTION]
.Of("cms-source-feeder-compressor-threshold-bytes").ValueAsInt(8000);
var compress = (content.StringContent != null && content.StringContent.Length > compressionThreshold) ||
(content.BinaryContent != null && content.BinaryContent.Length > compressionThreshold);
WorkContext.Response.Buffered = buffered;
WorkContext.Response.StatusCode = 200;
WorkContext.Response.StatusDescription = "Found CMS content";
WorkContext.Response.ContentType = compress ? CTP_COMPRESSED : CTP_UNCOMPRESSED;
var httpStream = WorkContext.Response.GetDirectOutputStreamForWriting();
if (compress)
{
using (var zipStream = new GZipStream(httpStream, CompressionLevel.Optimal))
{
content.WriteToStream(zipStream);
}
}
else
{
content.WriteToStream(httpStream);
}
}
private (AppRemoteTerminal, Guid) get(string handle)
{
var guid = handle.AsGUID(Guid.Empty);
if (guid == Guid.Empty)
{
throw HTTPStatusException.NotFound_404("Bad handle");
}
var result = App.ObjectStore.CheckOut(guid) as AppRemoteTerminal;
if (result == null)
{
throw HTTPStatusException.NotFound_404("Bad terminal");
}
return(result, guid);
}
