include/ascii-chat/network/acip/protocol.h

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#pragma once
 
#include <stdint.h>
#include "../../network/packet/packet.h"
 
#ifdef __cplusplus
extern "C" {
#endif
 
// ACIP packet types are defined in packet_type_t enum (network/packet.h):
//
// Session Management (6000-6008):
//   PACKET_TYPE_ACIP_SESSION_CREATE      = 6000  // Client -> Server: Create session
//   PACKET_TYPE_ACIP_SESSION_CREATED     = 6001  // Server -> Client: Session created
//   PACKET_TYPE_ACIP_SESSION_LOOKUP      = 6002  // Client -> Server: Lookup session
//   PACKET_TYPE_ACIP_SESSION_INFO        = 6003  // Server -> Client: Session info
//   PACKET_TYPE_ACIP_SESSION_JOIN        = 6004  // Client -> Server: Join session
//   PACKET_TYPE_ACIP_SESSION_JOINED      = 6005  // Server -> Client: Join confirmed
//   PACKET_TYPE_ACIP_SESSION_LEAVE       = 6006  // Client -> Server: Leave session
//   PACKET_TYPE_ACIP_SESSION_END         = 6007  // Server -> Client: Session ended
//   PACKET_TYPE_ACIP_SESSION_RECONNECT   = 6008  // Client -> Server: Reconnect
//
// WebRTC Signaling (6009-6010):
//   PACKET_TYPE_ACIP_WEBRTC_SDP          = 6009  // Bidirectional: SDP offer/answer
//   PACKET_TYPE_ACIP_WEBRTC_ICE          = 6010  // Bidirectional: ICE candidate
//
// String Reservation (6020-6023):
//   PACKET_TYPE_ACIP_STRING_RESERVE      = 6020  // Client -> Server: Reserve string
//   PACKET_TYPE_ACIP_STRING_RESERVED     = 6021  // Server -> Client: String reserved
//   PACKET_TYPE_ACIP_STRING_RENEW        = 6022  // Client -> Server: Renew reservation
//   PACKET_TYPE_ACIP_STRING_RELEASE      = 6023  // Client -> Server: Release string
//
// Ring Consensus (6050-6051):
//   PACKET_TYPE_ACIP_PARTICIPANT_LIST    = 6050  // ACDS -> Participants: Participant list
//   PACKET_TYPE_ACIP_RING_COLLECT        = 6051  // Participant -> Next: Ring collect
//
// Host Negotiation (6060-6068):
//   PACKET_TYPE_ACIP_NETWORK_QUALITY     = 6060  // Bidirectional: Quality metrics
//   PACKET_TYPE_ACIP_HOST_ANNOUNCEMENT   = 6061  // Participant -> ACDS: Host announcement
//   PACKET_TYPE_ACIP_HOST_DESIGNATED     = 6062  // ACDS -> All: Host designated
//   PACKET_TYPE_ACIP_SETTINGS_SYNC       = 6063  // Initiator -> Host -> All: Settings
//   PACKET_TYPE_ACIP_SETTINGS_ACK        = 6064  // Participant -> Initiator: Ack
//   PACKET_TYPE_ACIP_HOST_LOST           = 6065  // Participant -> ACDS: Host lost
//   PACKET_TYPE_ACIP_FUTURE_HOST_ELECTED = 6066  // Quorum Leader -> All: Future host elected
//   PACKET_TYPE_ACIP_PARTICIPANT_JOINED  = 6067  // ACDS -> Participants: New participant
//   PACKET_TYPE_ACIP_PARTICIPANT_LEFT    = 6068  // ACDS -> Participants: Participant left
//
// Bandwidth Testing (6070-6071):
//   PACKET_TYPE_ACIP_BANDWIDTH_TEST      = 6070  // Client -> ACDS: Bandwidth test
//   PACKET_TYPE_ACIP_BANDWIDTH_RESULT    = 6071  // ACDS -> Client: Bandwidth result
//
// Broadcast Acknowledgment (6075):
//   PACKET_TYPE_ACIP_BROADCAST_ACK       = 6075  // Broadcast acknowledgment
//
// Control & Discovery (6190, 6199):
//   PACKET_TYPE_ACIP_DISCOVERY_PING      = 6190  // Client -> ACDS: Keepalive ping
//   PACKET_TYPE_ACIP_ERROR               = 6199  // Server -> Client: Error message
 
static inline bool packet_is_acip_type(uint16_t type) {
  return (type >= 6000 && type <= 6199);
}
 
static inline bool packet_is_acip_session_type(uint16_t type) {
  return (type >= PACKET_TYPE_ACIP_SESSION_CREATE && type <= PACKET_TYPE_ACIP_SESSION_RECONNECT);
}
 
static inline bool packet_is_acip_webrtc_type(uint16_t type) {
  return (type >= PACKET_TYPE_ACIP_WEBRTC_SDP && type <= PACKET_TYPE_ACIP_WEBRTC_ICE);
}
 
static inline bool packet_is_acip_string_type(uint16_t type) {
  return (type >= PACKET_TYPE_ACIP_STRING_RESERVE && type <= PACKET_TYPE_ACIP_STRING_RELEASE);
}
 
 
#ifdef __cplusplus
}
#endif