Uses of Class
io.github.mahmoudimus.quic.congestion.RttEstimator
Packages that use RttEstimator
Package
Description
Congestion control for QUIC (RFC 9002 section 7), ported from quinn-proto's
congestion
module: the Controller interface, NewReno (RFC 9002), Cubic (RFC 9438, the default, as in quinn), the
experimental Bbr (quinn's BBRv1-style port) and the
RttEstimator they read.The sans-I/O QUIC connection and endpoint, ported from quinn-proto: the
Connection state machine (handshake, packet assembly and
processing, key updates, closing and draining), the Endpoint that routes datagrams and answers with Version
Negotiation, Retry and stateless resets, their configurations (TransportConfig, ServerConfig, ClientConfig, EndpointConfig), and the building blocks they are made of:
range sets (RangeSet), reassembly of received data
(Assembler), buffering of sent data (SendBuffer), streams and flow control (StreamsState), packet number spaces and ACK generation
(PacketSpace), loss detection (Recovery), pacing (Pacer), path MTU discovery (MtuDiscovery) and timers (TimerTable).-
Uses of RttEstimator in io.github.mahmoudimus.quic.congestion
Methods in io.github.mahmoudimus.quic.congestion with parameters of type RttEstimatorModifier and TypeMethodDescriptionvoidBbr.onAck(long now, long sent, long bytes, boolean appLimited, RttEstimator rtt) default voidController.onAck(long now, long sent, long bytes, boolean appLimited, RttEstimator rtt) A packet's delivery was confirmed.voidCubic.onAck(long now, long sent, long bytes, boolean appLimited, RttEstimator rtt) voidNewReno.onAck(long now, long sent, long bytes, boolean appLimited, RttEstimator rtt) Constructors in io.github.mahmoudimus.quic.congestion with parameters of type RttEstimator -
Uses of RttEstimator in io.github.mahmoudimus.quic.connection
Methods in io.github.mahmoudimus.quic.connection that return RttEstimator