Uses of Package
io.github.mahmoudimus.quic.crypto

Packages that use io.github.mahmoudimus.quic.crypto

Package	Description
io.github.mahmoudimus.quic.connection	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).
io.github.mahmoudimus.quic.crypto	QUIC packet protection (RFC 9001 section 5): AEAD payload keys, header protection keys, Initial keys per version, key updates and the Retry integrity tag.
io.github.mahmoudimus.quic.packet	QUIC packets (RFC 9000 section 17, RFC 9369): header encoding and partial decoding, packet number truncation and recovery, coalesced datagrams, and protecting and unprotecting whole packets in place.

Classes in io.github.mahmoudimus.quic.crypto used by io.github.mahmoudimus.quic.connection

Class	Description
Keys	The packet protection keys of one encryption level, from one endpoint's point of view: local protects what it sends and remote removes protection from what it receives.

Classes in io.github.mahmoudimus.quic.crypto used by io.github.mahmoudimus.quic.crypto

Class	Description
DirectionalKeys	The keys that protect packets in one direction at one encryption level: a header protection key and a packet (payload) key.
HeaderKey	A header protection key (RFC 9001 section 5.4): masks the low bits of the first byte and the packet number with five bytes derived from a 16-byte sample of the ciphertext.
Keys	The packet protection keys of one encryption level, from one endpoint's point of view: local protects what it sends and remote removes protection from what it receives.
PacketKey	The AEAD key and IV that protect packet payloads in one direction (RFC 9001 section 5.3).

Classes in io.github.mahmoudimus.quic.crypto used by io.github.mahmoudimus.quic.packet

Class	Description
DirectionalKeys	The keys that protect packets in one direction at one encryption level: a header protection key and a packet (payload) key.
HeaderKey	A header protection key (RFC 9001 section 5.4): masks the low bits of the first byte and the packet number with five bytes derived from a 16-byte sample of the ciphertext.
PacketKey	The AEAD key and IV that protect packet payloads in one direction (RFC 9001 section 5.3).