wired/complete_8h_source.html

#ifndef QUIC_SRVFIN_COMPLETE_H

#define QUIC_SRVFIN_COMPLETE_H


#include "crypto/kdf/keys/keyset.h"

#include "tls/keys/schedule_drive/keyschedule.h"


typedef struct {

  quic_keysched* sched;

  quic_keyset*   keys;

  int            confirmed;

} quic_srvfin_state;


void quic_srvfin_state_init(

    quic_srvfin_state* s, quic_keysched* sched, quic_keyset* keys);


int quic_srvfin_complete(

    quic_srvfin_state* s, const u8* final_transcript, usz final_transcript_len);


#endif

quic_srvfin_complete
int quic_srvfin_complete(quic_srvfin_state *s, const u8 *final_transcript, usz final_transcript_len)
Advance the key schedule to Master over the final transcript (the handshake messages through the clie...

quic_srvfin_state_init
void quic_srvfin_state_init(quic_srvfin_state *s, quic_keysched *sched, quic_keyset *keys)
Bind the key schedule and key set the completion step operates on.

keyschedule.h
RFC 8446 7.1: order-driven key schedule.

keyset.h
RFC 9001 4: per-protection-level key sets.

quic_keysched
Key schedule state: the current stage, the Master Secret once reached, and the four traffic key sets ...
Definition keyschedule.h:29

quic_keyset
Per-protection-level key store: one AES-128-GCM key set per level plus an installed flag.
Definition keyset.h:23

quic_srvfin_state
Server handshake-completion state.
Definition complete.h:14

quic_srvfin_state::keys
quic_keyset * keys
receives the server 1-RTT keys
Definition complete.h:16

quic_srvfin_state::sched
quic_keysched * sched
the key schedule to advance to Master
Definition complete.h:15

quic_srvfin_state::confirmed
int confirmed
1 once the handshake is confirmed
Definition complete.h:17

usz
u64 usz
unsigned size (size_t equivalent)
Definition syscall.h:19

u8
unsigned char u8
unsigned 8-bit integer / byte
Definition syscall.h:17