lib/async/http/protocol/http1/client.rb in async-http-0.78.0 vs lib/async/http/protocol/http1/client.rb in async-http-0.79.0

- old
+ new

@@ -16,15 +16,16 @@ @pool = nil end attr_accessor :pool - def closed! + def closed(error = nil) super if pool = @pool @pool = nil + # If the connection is not reusable, this will retire it from the connection pool and invoke `#close`. pool.release(self) end end # Used by the client to send requests to the remote server. @@ -48,33 +49,35 @@ if protocol = request.protocol # This is a very tricky apect of handling HTTP/1 upgrade connections. In theory, this approach is a bit inefficient, because we spin up a task just to handle writing to the underlying stream when we could be writing to the stream directly. But we need to maintain some level of compatibility with HTTP/2. Additionally, we don't know if the upgrade request will be accepted, so starting to write the body at this point needs to be handled with care. task.async(annotation: "Upgrading request...") do # If this fails, this connection will be closed. write_upgrade_body(protocol, body) + rescue => error + self.close(error) end elsif request.connect? task.async(annotation: "Tunnneling request...") do write_tunnel_body(@version, body) + rescue => error + self.close(error) end else task.async(annotation: "Streaming request...") do # Once we start writing the body, we can't recover if the request fails. That's because the body might be generated dynamically, streaming, etc. write_body(@version, body, false, trailer) + rescue => error + self.close(error) end end elsif protocol = request.protocol write_upgrade_body(protocol) else - write_body(@version, body, false, trailer) + write_body(@version, request.body, false, trailer) end - response = Response.read(self, request) - - return response - rescue - # This will ensure that #reusable? returns false. - self.close - + return Response.read(self, request) + rescue => error + self.close(error) raise end end end end