Expand description
NAT traversal protocol implementation NAT Traversal Protocol Implementation
This module implements the QUIC-native NAT traversal approach based on draft-seemann-quic-nat-traversal-01. It focuses exclusively on the three required QUIC extension frames and implements a clean state machine for NAT traversal lifecycle.
IMPORTANT: This implementation uses ONLY the QUIC-native approach and does NOT include any STUN, ICE, or other external NAT traversal protocols. All NAT traversal functionality is implemented as QUIC protocol extensions using custom frames and transport parameters as defined in the draft specification.
Re-exports§
pub use crate::nat_traversal_api::BootstrapNode;pub use crate::nat_traversal_api::CandidateAddress;pub use crate::nat_traversal_api::EndpointRole;pub use crate::nat_traversal_api::NatTraversalConfig;pub use crate::nat_traversal_api::NatTraversalEndpoint;pub use crate::nat_traversal_api::NatTraversalError;pub use crate::nat_traversal_api::NatTraversalEvent;pub use crate::nat_traversal_api::NatTraversalStatistics;pub use crate::nat_traversal_api::PeerId;
Modules§
- bootstrap
- Bootstrap Coordination Protocol
- hole_
punching - Hole Punching Algorithm Implementation
- rfc_
migration - RFC Migration Strategy for NAT Traversal
Enums§
- Candidate
Source - How an address candidate was discovered
- Candidate
State - Current state of a candidate address
- NatTraversal
Role - Role in NAT traversal coordination