liminal_protocol/

client.rs

//! Transport-agnostic client participant state and sealed effects.
//!
//! The client aggregate owns correlation, detach replay, and the durability
//! barrier for one outstanding operation. The authorized round-3 order is
//! commit-seal, persist the committed resume record, then release executable
//! authority; pending has no durable form.
//!
//! # `LP-CLIENT-GOAL` API-shape rationale
//!
//! The Phase 1 brief requires authority-safe shapes rather than caller-owned
//! state parts. The resulting public shape is deliberate:
//!
//! 1. Replay and reconnect transitions consume and return the root aggregate so
//!    their facts are persisted atomically; standalone state-part recomposition
//!    is not representable.
//! 2. [`ReconnectAggregate`] has no public constructor because fresh detached
//!    reconnect state would separate permit identity from participant facts.
//! 3. [`recover_reconnect_permit`] exists because an unissued committed cold
//!    record must release its permit once without making permits cloneable.
//! 4. Only the commit seal exposes a durable record; pending has no encoder. The
//!    authorized round-3 order is commit-seal, persist committed `LPCR`, release.
//! 5. The retained name [`crate::outcome::ReconnectDelayResult`] carries an
//!    event, never a delay: the brief explicitly supersedes timer scheduling.
//! 6. A different retained detach is refused while live, but terminal or
//!    attach-superseded replay yields only to an exact newer-generation detach.
//! 7. Terminalized-detach fixture construction remains `cfg(test)` only; wire
//!    authority construction is not weakened in production.
//! 8. Detach recording is atomic with [`record_operation`], so no public raw
//!    envelope-to-replay mint or second caller-owned persistence step exists.
//! 9. [`DetachTransportFate`] is closed to response unavailability because this
//!    protocol crate owns no socket, runtime, or transport handle.
//! 10. [`DetachReplayOutcome`] is exhaustive so a generic server value cannot be
//!     relabeled by a caller as one of the three terminal detach outcomes.
//! 11. Reconnect fresh-event producers are separate typed functions rather than
//!     a generic event-injection seam, limiting minting to the brief's classes.
//! 12. [`recover_expected_operation`] is the one-use post-restore counterpart to
//!     the pending-to-commit barrier; detach recovery also marks replay in flight.
//! 13. Replay inspection returns `None` only for its named Empty state; terminal
//!     payloads remain lossless and distinct.
//! 14. There is no speculative persistence format. A pending-window crash means
//!     the operation did not happen and restart may record it again.
//! 15. `RecordAdmission` responses are always ambiguous because wire identity is
//!     insufficient; `ObserverRecovery` compares its echoed list. As the M7
//!     companion rule, both tokenless classes resolve as typed abandoned on every
//!     restore and are never re-released. A later sealed-transport-context SDK leg
//!     may add outbound attempt tokens and lift this restriction.
//! 16. A crash or restore that destroys live authority mints a serialized,
//!     take-once [`LostAuthorityTestimony`] with no public constructor
//!     (`LP-CLIENT-GOAL` piece 4, r2, 2026-07-18). Every public fate or
//!     recovery entry point consumes either a live one-use correlation, a
//!     one-use sealed attempt authority, or the pending serialized testimony;
//!     no publicly constructible process-fate value exists, so a fate that
//!     consumes neither is unrepresentable at the API surface.
//! 17. Detached bindings retain the attach secret because the complete client
//!     record must remain capable of a later credential attach after restart.
//! 18. Expected recovery and replay-start atomically share one detach issuance
//!     bit, guaranteeing one first-send authority in either call order.
//! 19. Both pending atoms use the retain-in-bytes encode shape (`LP-CLIENT-GOAL`
//!     piece 2, r2, 2026-07-18): encoding an aggregate that holds a pending
//!     testimony or abandonment emits bytes that carry the atom, so
//!     encode-without-take loses nothing and no checkpoint window is refused.
//!     The refuse-while-pending shape was rejected because piece 4 requires the
//!     testimony to round-trip losslessly through the aggregate encoding.
//! 20. Re-recording the retained detach envelope requires replay-status
//!     compatibility with a fresh first send: only `Parked` admits; superseded,
//!     Leave-superseded, terminal, and in-flight statuses refuse with typed
//!     [`ClientOperationRecordRefusalReason::DetachReplayIncompatible`]
//!     (r2, 2026-07-18), closing the round-4 door that revived expected-detach
//!     authority over an inactive replay.
//! 21. [`ClientParticipantAggregate::lost_credential_attach`] is a pure READ of
//!     pending testimony, added because [`resolve_lost_operation_authority`] is
//!     destructive by design (#195, 2026-08-16). A recovery driver that owns one
//!     operation class had no way to ask whether the pending testimony was its
//!     class without already having spent the take-once atom on a path that
//!     still needed it — detach replay, or a tokenless abandonment. It mints
//!     nothing, consumes nothing, and moves no state, so it adds no row to the
//!     audit below and cannot widen any existing one; it only lets a caller
//!     decline a case without destroying it.
//!
//! # Exhaustive constructible-state audit
//!
//! Every state accepted by restore or reachable through a public apply path is
//! listed here. The exhaustive conservation property test mechanically covers
//! the **live authority** and **typed consumption** columns across 610 applied
//! paths from a 4-operation × 11-action alphabet through depth 7, attempting
//! every action at every step: 1041 attempts end in the crate's typed refusal
//! and 1748 are unrepresentable because the consumed one-use value does not
//! exist at the type level. Every row below is either reachable-and-tested or
//! refused-by-construction with the refusing type named.
//!
//! | Owned state | Restore/apply acceptance | Live authority | Typed consumption / exit |
//! |---|---|---:|---|
//! | Binding `Unbound` | new, restore | 0 | enrollment/attach → `Bound`; identity-bound requests refuse |
//! | Binding `Bound` | enrollment/attach, restore | 0 | detach result → `Detached`; Leave/Retired → `Left` |
//! | Binding `Detached` | detach result, restore | 0 | exact-secret attach → `Bound`; Leave/Retired → `Left` |
//! | Binding `Left` | correlated Leave/Retired, restore | 0 | permanent; inbound/outbound return `AlreadyDead` |
//! | Expected `None` | new, abort, consumed outcome/fate, restore | 0 | one [`record_operation`] admission |
//! | Tokenless expected, live process only | record/commit/release | 0 or 1 | exact response remains conservative; fate consumes; every restore converts it into the durable `TokenlessAfterCrash` abandonment atom below |
//! | Token-bearing non-detach, unissued | committed `LPCR`, restore | 0 | [`recover_expected_operation`] issues once |
//! | Token-bearing non-detach, issued | release/recovery, restore | 1 live, or serialized testimony after restore | correlated outcome/fate consumes the live correlation; restore mints the take-once testimony consumed only by [`resolve_lost_operation_authority`] |
//! | Expected detach + replay `Parked` | commit, live fate, testimony resolution, restore only when exact and unissued | 0 | recovery or replay start issues exactly one effect |
//! | Expected detach + replay `InFlight` | release/start, restore only when exact and issued | 1 live, or serialized testimony after restore | correlated outcome/fate consumes the live correlation; restore mints the take-once testimony whose [`resolve_lost_operation_authority`] resolution parks exact-token replay |
//! | Expected detach + replay `Empty`, `Superseded`, `LeaveSuperseded`, or terminal | never accepted, unreachable by construction | 0 | refused at restore by `ClientResumeRestoreError::ExpectedDetachActiveReplayMismatch` and in live code by [`ClientOperationRecordRefusalReason::DetachReplayIncompatible`], which closes the only door that could re-couple an expected detach to an inactive replay |
//! | Active replay without exact expected detach | never accepted | 0 | typed `ActiveReplayExpectedDetachMismatch` restore refusal; the write side refuses to encode the same decoupling with `ClientResumeRecordEncodeError::DecoupledDetachReplay` (field 2026-08-07: a generation-skipping attach once stranded a replay in exactly this shape) |
//! | Replay `Empty` | new, abort, restore without expected detach | 0 | admitted detach records `Parked` atomically |
//! | Replay `Superseded` | authority-consuming matching attach, restore | 0 | old generation terminal; exact newer generation may replace; same-envelope re-record refused by construction (`DetachReplayIncompatible`) |
//! | Replay `LeaveSuperseded` | authority-consuming matching durable Leave, restore | 0 | proves only that matching Leave/retirement superseded replay; public [`apply_leave_durable`] does **not** change binding to `Left`; same-envelope re-record refused by construction (`DetachReplayIncompatible`) |
//! | Replay terminal (three exact payload arms) | authority-consuming exact outcome, restore | 0 | lossless terminal; exact newer-generation detach may replace; same-envelope re-record refused by construction (`DetachReplayIncompatible`) |
//! | Restored-loss testimony, operation slot | minted only by validated restore of an issued token-bearing operation; carried losslessly by encode/decode | counts as the destroyed authority | consumed exactly once by [`resolve_lost_operation_authority`]; coupling refusals in both directions: a serialized atom without its issued state (or with the wrong kind) is refused by construction by `ClientResumeRestoreError::LostAuthorityTestimonyMismatch`, and every live consumption of the testified state is refused reachable-and-tested by the typed `LostAuthorityPending` reasons on [`decide_correlated_inbound`], [`record_expected_operation_fate`], [`transport_fate`], [`apply_attach`], [`apply_leave_durable`], and [`apply_detach_outcome`] |
//! | Restored-loss testimony, reconnect slot | minted only by validated restore of an issued permit or in-progress attempt; carried losslessly by encode/decode | counts as the destroyed authority | consumed exactly once by [`resolve_lost_reconnect_authority`]; coupling refusals in both directions: a serialized atom without its matching machine state is refused by construction by `ClientResumeRestoreError::LostAuthorityTestimonyMismatch`, and prior-process handles are refused reachable-and-tested by `ReconnectAttemptRefusalReason::LostAuthorityPending` and `ReconnectAttemptFateRefusalReason::LostAuthorityPending` |
//! | Pending `TokenlessAfterCrash` abandonment | minted by restore of a tokenless expected operation; carried losslessly by encode/decode with its issued flag | `was_issued` marks a destroyed authority | taken exactly once by [`ClientParticipantAggregate::take_restored_operation_abandonment`]; a second take observes nothing; coupling refusals in both directions: a serialized abandonment beside a tokenless expected operation is refused by construction by `ClientResumeRestoreError::PendingAbandonmentConflict`, and tokenless admission while pending is refused reachable-and-tested by [`ClientOperationRecordRefusalReason::AbandonmentPending`] |
//! | Reconnect `Parked` | new/failure/loss resolution, restore | 0 | typed fresh event → permit |
//! | Reconnect permit unissued | committed restore testimony | 0 | one [`recover_reconnect_permit`] issue |
//! | Reconnect permit issued | event/recovery, restore | 1 live, or serialized testimony after restore | held permit → attempt; restore mints the take-once testimony consumed only by [`resolve_lost_reconnect_authority`] |
//! | Reconnect attempt | permit redemption, restore | 1 live, or serialized testimony after restore | held fate → `Online`/`Parked`; restore mints the take-once testimony consumed only by [`resolve_lost_reconnect_authority`] |
//! | Reconnect `Online` | successful fate, restore | 0 | later typed fresh event → permit |

use crate::wire::{ClientRequest, Generation, ParticipantAckEnvelope};

/// Coarse client binding state without exposing credential-bearing state parts.
#[derive(Clone, Copy, Debug, PartialEq, Eq)]
pub enum ClientBindingStatus {
    /// No participant binding has been established.
    Unbound,
    /// A live binding and attach credential are retained.
    Bound,
    /// The most recently correlated detach completed.
    Detached,
    /// A correlated durable Leave permanently retired the participant.
    Left,
}

#[derive(Clone, Debug, PartialEq, Eq)]
pub(super) enum ClientBindingState {
    Unbound,
    Bound {
        conversation_id: u64,
        participant_id: u64,
        generation: Generation,
        attach_secret: crate::wire::AttachSecret,
        binding_epoch: crate::wire::BindingEpoch,
    },
    Detached {
        conversation_id: u64,
        participant_id: u64,
        generation: Generation,
        attach_secret: crate::wire::AttachSecret,
    },
    Left {
        conversation_id: u64,
        participant_id: u64,
        generation: Generation,
    },
}

impl ClientBindingState {
    const fn status(&self) -> ClientBindingStatus {
        match self {
            Self::Unbound => ClientBindingStatus::Unbound,
            Self::Bound { .. } => ClientBindingStatus::Bound,
            Self::Detached { .. } => ClientBindingStatus::Detached,
            Self::Left { .. } => ClientBindingStatus::Left,
        }
    }

    const fn is_left(&self) -> bool {
        matches!(self, Self::Left { .. })
    }

    fn matches_ack(&self, request: &ParticipantAckEnvelope) -> bool {
        match self {
            Self::Bound {
                conversation_id,
                participant_id,
                generation,
                ..
            } => {
                *conversation_id == request.conversation_id
                    && *participant_id == request.participant_id
                    && *generation == request.capability_generation
            }
            Self::Unbound | Self::Detached { .. } | Self::Left { .. } => false,
        }
    }

    fn accepts_request(&self, request: &ClientRequest) -> bool {
        if self.is_left() {
            return false;
        }
        match request {
            ClientRequest::Enrollment(_) => matches!(self, Self::Unbound),
            ClientRequest::CredentialAttach(value) => {
                matches!(self, Self::Unbound)
                    || self.matches_credential(
                        value.conversation_id,
                        value.participant_id,
                        value.capability_generation,
                        value.attach_secret,
                        true,
                    )
            }
            ClientRequest::Detach(value) => self.matches_identity(
                value.conversation_id,
                value.participant_id,
                value.capability_generation,
                false,
            ),
            ClientRequest::ParticipantAck(value) => self.matches_identity(
                value.conversation_id,
                value.participant_id,
                value.capability_generation,
                false,
            ),
            ClientRequest::Leave(value) => self.matches_credential(
                value.conversation_id,
                value.participant_id,
                value.capability_generation,
                value.attach_secret,
                true,
            ),
            ClientRequest::MarkerAck(value) => self.matches_identity(
                value.conversation_id,
                value.participant_id,
                value.capability_generation,
                false,
            ),
            ClientRequest::RecordAdmission(value) => self.matches_identity(
                value.conversation_id,
                value.participant_id,
                value.capability_generation,
                false,
            ),
            ClientRequest::SettlementQuery(_) => false,
            ClientRequest::ObserverRecovery(_) => true,
        }
    }

    fn matches_identity(
        &self,
        conversation: u64,
        participant: u64,
        generation_value: Generation,
        allow_detached: bool,
    ) -> bool {
        match self {
            Self::Bound {
                conversation_id,
                participant_id,
                generation,
                ..
            } => {
                (*conversation_id, *participant_id, *generation)
                    == (conversation, participant, generation_value)
            }
            Self::Detached {
                conversation_id,
                participant_id,
                generation,
                ..
            } if allow_detached => {
                (*conversation_id, *participant_id, *generation)
                    == (conversation, participant, generation_value)
            }
            Self::Unbound | Self::Detached { .. } | Self::Left { .. } => false,
        }
    }

    fn matches_credential(
        &self,
        conversation: u64,
        participant: u64,
        generation_value: Generation,
        presented_secret: crate::wire::AttachSecret,
        allow_detached: bool,
    ) -> bool {
        match self {
            Self::Bound { attach_secret, .. } => {
                *attach_secret == presented_secret
                    && self.matches_identity(
                        conversation,
                        participant,
                        generation_value,
                        allow_detached,
                    )
            }
            Self::Detached { attach_secret, .. } if allow_detached => {
                *attach_secret == presented_secret
                    && self.matches_identity(conversation, participant, generation_value, true)
            }
            Self::Unbound | Self::Detached { .. } | Self::Left { .. } => false,
        }
    }
}

/// Closed description of which live process-local authority was destroyed.
///
/// The kind is descriptive only: no caller-suppliable kind value gates any
/// authority transition (`LP-CLIENT-GOAL` piece 4, r2, 2026-07-18).
#[derive(Clone, Copy, Debug, PartialEq, Eq)]
pub enum LostAuthorityKind {
    /// An issued operation's one-use response correlation did not survive the
    /// process.
    IssuedOperationCorrelation,
    /// An in-flight detach transport attempt did not survive the process.
    DetachTransportAttempt,
    /// An issued reconnect attempt permit did not survive the process.
    ReconnectPermit,
    /// An in-progress reconnect attempt did not survive the process.
    ReconnectAttempt,
}

/// Serialized, take-once testimony that live process-local authority was
/// destroyed by crash or restore (`LP-CLIENT-GOAL` piece 4, r2, 2026-07-18).
///
/// The crate mints this atom exactly when a validated cold restore accepts a
/// state whose live authority did not survive the process. It is persisted in
/// the aggregate encoding, so encode/decode round-trips it losslessly, and it
/// is consumed exactly once by the one recovery path that resolves the loss:
/// [`resolve_lost_operation_authority`] for the operation domain and
/// [`resolve_lost_reconnect_authority`] for the reconnect domain. It has no
/// public constructor, so a fate value that consumes neither a live one-use
/// correlation nor this testimony is unrepresentable at the API surface.
///
/// ```compile_fail
/// use liminal_protocol::client::{LostAuthorityKind, LostAuthorityTestimony};
/// let _forged = LostAuthorityTestimony {
///     kind: LostAuthorityKind::ReconnectPermit,
/// };
/// ```
#[derive(Debug, PartialEq, Eq)]
pub struct LostAuthorityTestimony {
    kind: LostAuthorityKind,
}

impl LostAuthorityTestimony {
    pub(super) const fn mint(kind: LostAuthorityKind) -> Self {
        Self { kind }
    }

    /// Reports which destroyed authority this testimony records.
    #[must_use]
    pub const fn kind(&self) -> LostAuthorityKind {
        self.kind
    }
}

#[derive(Debug, PartialEq, Eq)]
pub(super) struct ExpectedOperationState {
    pub(super) request: ClientRequest,
    pub(super) issued: bool,
    pub(super) authorization: u64,
    pub(super) lost: Option<LostAuthorityTestimony>,
}

/// Why a persisted expected operation was deliberately not re-released.
#[derive(Clone, Copy, Debug, PartialEq, Eq)]
pub enum RestoredExpectedOperationAbandonmentReason {
    /// The operation class has no outbound attempt token and cannot be proven
    /// unsent after a crash.
    TokenlessAfterCrash,
}

/// Typed restore resolution for an operation that cannot safely be re-issued.
///
/// The abandonment is durable (`LP-CLIENT-GOAL` piece 4, r2, 2026-07-18): it
/// is serialized in the aggregate encoding, survives encode-without-take, and
/// is consumed exactly once by
/// [`ClientParticipantAggregate::take_restored_operation_abandonment`].
#[derive(Debug, PartialEq, Eq)]
pub struct RestoredExpectedOperationAbandonment {
    pub(super) request: ClientRequest,
    pub(super) reason: RestoredExpectedOperationAbandonmentReason,
    pub(super) was_issued: bool,
}

impl RestoredExpectedOperationAbandonment {
    /// Borrows the exact operation the restore boundary abandoned.
    #[must_use]
    pub const fn request(&self) -> &ClientRequest {
        &self.request
    }

    /// Reports the closed abandonment reason.
    #[must_use]
    pub const fn reason(&self) -> RestoredExpectedOperationAbandonmentReason {
        self.reason
    }

    /// Reports whether the abandoned operation had been issued before the
    /// crash, meaning a live send authority was destroyed with the process.
    #[must_use]
    pub const fn was_issued(&self) -> bool {
        self.was_issued
    }

    /// Consumes the resolution into the request callers may explicitly re-record.
    #[must_use]
    pub fn into_request(self) -> ClientRequest {
        self.request
    }
}

/// Non-cloneable client participant state shell.
///
/// Its expected operation, credential-bearing binding, replay request, and
/// reconnect state are private so callers must delegate every decision. This
/// brief-required root ownership prevents callers from recombining independently
/// persisted authorities into a state the crate never validated.
#[derive(Debug, PartialEq, Eq)]
pub struct ClientParticipantAggregate {
    pub(super) binding: ClientBindingState,
    pub(super) expected: Option<ExpectedOperationState>,
    pub(super) next_operation_authorization: u64,
    pub(super) detach_replay: SdkDetachReplayAggregate,
    pub(super) reconnect: ReconnectAggregate,
    pub(super) restored_abandonment: Option<RestoredExpectedOperationAbandonment>,
}

impl ClientParticipantAggregate {
    /// Creates a fresh unbound client aggregate.
    #[must_use]
    pub const fn new() -> Self {
        Self {
            binding: ClientBindingState::Unbound,
            expected: None,
            next_operation_authorization: 0,
            detach_replay: SdkDetachReplayAggregate::new(),
            reconnect: ReconnectAggregate::new(),
            restored_abandonment: None,
        }
    }

    /// Reports binding status without exposing credential-bearing state.
    #[must_use]
    pub const fn binding_status(&self) -> ClientBindingStatus {
        self.binding.status()
    }

    /// Reports whether one write-ahead operation is outstanding.
    #[must_use]
    pub const fn has_expected_operation(&self) -> bool {
        self.expected.is_some()
    }

    /// Borrows the detach replay aggregate for status inspection.
    #[must_use]
    pub const fn detach_replay(&self) -> &SdkDetachReplayAggregate {
        &self.detach_replay
    }

    /// Borrows the reconnect aggregate for status inspection.
    #[must_use]
    pub const fn reconnect(&self) -> &ReconnectAggregate {
        &self.reconnect
    }

    /// Takes the typed tokenless-operation resolution produced by cold restore.
    ///
    /// The expected slot is already empty when this value exists; taking the
    /// event cannot mint or release executable authority. The abandonment is
    /// durable until taken: encode-without-take retains it, and a second take
    /// observes nothing (`LP-CLIENT-GOAL` piece 4, r2, 2026-07-18).
    #[must_use]
    pub const fn take_restored_operation_abandonment(
        &mut self,
    ) -> Option<RestoredExpectedOperationAbandonment> {
        self.restored_abandonment.take()
    }

    /// Borrows the pending tokenless abandonment without consuming it.
    #[must_use]
    pub const fn restored_operation_abandonment(
        &self,
    ) -> Option<&RestoredExpectedOperationAbandonment> {
        self.restored_abandonment.as_ref()
    }

    /// Borrows the pending operation-domain lost-authority testimony, if any.
    ///
    /// While this testimony is pending, every correlation-consuming operation
    /// path refuses with a typed lost-authority reason; only
    /// [`resolve_lost_operation_authority`] consumes it.
    #[must_use]
    pub const fn lost_operation_testimony(&self) -> Option<&LostAuthorityTestimony> {
        match &self.expected {
            Some(expected) => expected.lost.as_ref(),
            None => None,
        }
    }

    /// Borrows the pending reconnect-domain lost-authority testimony, if any.
    ///
    /// While this testimony is pending, permit redemption and attempt fates
    /// refuse with a typed lost-authority reason; only
    /// [`resolve_lost_reconnect_authority`] consumes it.
    #[must_use]
    pub const fn lost_reconnect_testimony(&self) -> Option<&LostAuthorityTestimony> {
        self.reconnect.lost.as_ref()
    }

    /// Borrows the exact retained credential-attach envelope whose issued send
    /// authority a restore testified destroyed.
    ///
    /// This is a DRIVER-SUPPORT READ and mints nothing: it releases no
    /// authority, consumes no testimony, and moves no state. It exists because
    /// [`resolve_lost_operation_authority`] is destructive — it consumes the
    /// take-once testimony to hand back the request — so a recovery driver that
    /// owns only ONE operation class has no way to discover whether the pending
    /// testimony is its class without already having spent it on an operation
    /// belonging to a different path. Detach's replay machinery and the
    /// tokenless abandonment atom are exactly such paths, and a driver that
    /// consumed their testimony to find out it should not have would destroy
    /// the resolution they depend on (#195, 2026-08-16).
    ///
    /// `Some` requires all three facts together: the retained operation is a
    /// [`ClientRequest::CredentialAttach`], it was ISSUED, and a lost-authority
    /// testimony is pending against it. That triple is precisely the
    /// killed-mid-attach orphan — the client's attach reached the server, the
    /// answer that carries the rotated credential did not reach the client, and
    /// the process died holding the retained envelope that can still be
    /// re-presented inside the server's receipt window.
    #[must_use]
    pub const fn lost_credential_attach(&self) -> Option<&crate::wire::CredentialAttachRequest> {
        match &self.expected {
            Some(ExpectedOperationState {
                request: ClientRequest::CredentialAttach(request),
                issued: true,
                lost: Some(_),
                ..
            }) => Some(request),
            _ => None,
        }
    }

    pub(super) const fn operation_loss_pending(&self) -> bool {
        self.lost_operation_testimony().is_some()
    }
}

impl Default for ClientParticipantAggregate {
    fn default() -> Self {
        Self::new()
    }
}

mod barrier;
mod correlation;
mod inbound;
mod reconnect;
mod replay;
mod resume;
mod resume_decode;
mod resume_encode;

pub use barrier::*;
pub use inbound::{
    ClientCorrelatedInboundDecision, ClientCorrelatedInboundRefusal,
    ClientCorrelatedInboundRetained, ClientInboundApplied, ClientInboundDecision,
    ClientInboundRefusal, ClientInboundRefusalReason, decide_correlated_inbound, decide_inbound,
};
pub use reconnect::{
    EstablishedConnectionTransportFate, ExplicitReconnectAction, LostReconnectAuthorityDecision,
    ProvedOnlineTransition, ReconnectAggregate, ReconnectAttemptDecision, ReconnectAttemptFate,
    ReconnectAttemptFateDecision, ReconnectAttemptFateRefusalReason, ReconnectAttemptPermit,
    ReconnectAttemptRefusalReason, ReconnectFreshEvent, ReconnectInProgressAttempt,
    ReconnectPermitDecision, ReconnectPermitRefusal, ReconnectPermitRefusalReason,
    RecoveredReconnectPermitDecision, record_attempt_fate, record_explicit_reconnect,
    record_online_transition, record_transport_fate, recover_reconnect_permit, redeem_attempt,
    resolve_lost_reconnect_authority,
};
pub use replay::{
    ApplyAttachDecision, ApplyDetachOutcomeDecision, ApplyLeaveDecision, DetachAuthorityRefused,
    DetachReplayApplied, DetachReplayOutcome, DetachReplayRefusal, DetachReplayRefusalReason,
    DetachReplayStatus, DetachReplayTerminal, DetachTransportAttempt,
    DetachTransportAttemptDecision, DetachTransportFate, DetachTransportFateDecision,
    SdkDetachReplayAggregate, apply_attach, apply_detach_outcome, apply_leave_durable,
    transport_attempt_started, transport_fate,
};
pub use resume::{
    ClientResumeRecord, ClientResumeRecordDecodeError, ClientResumeRecordEncodeError,
    ClientResumeRecordSection, ClientResumeRestoreError,
};

#[cfg(test)]
mod a5_settlement_correlation_tests;
#[cfg(test)]
mod authority_property_tests;
#[cfg(test)]
mod d1_flip_tests;
#[cfg(test)]
mod detach_authority_settlement_tests;
#[cfg(test)]
mod gen_skip_supersession_tests;
#[cfg(test)]
mod p0_62_stranded_handle_tests;
#[cfg(test)]
mod r2_tests;
#[cfg(test)]
mod resume_tests;
#[cfg(test)]
mod review_tests;
#[cfg(test)]
mod rider_tests;
#[cfg(test)]
mod round3_tests;
#[cfg(test)]
mod round4_tests;
#[cfg(test)]
mod tests;