dig_node_control_interface/

method.rs

//! The canonical control-method catalog.
//!
//! [`ControlMethod`] enumerates every method a client can send to a running dig-node's CONTROL
//! plane, its stable wire name, whether it requires the local control token, whether it is a
//! pairing-administration method (which requires the MASTER token specifically), and how the node
//! routes it (owned by the service shell, delegated to the embedded node engine, or an open
//! pairing-bootstrap method reachable without a token).
//!
//! This is the SINGLE source of truth for "what can be controlled". The node dispatchers, the
//! client SDKs (CLI `dign`, the extension, dig-app, hub), the OpenRPC/discovery surface, and the
//! conformance KATs all read this one table, so the method set can never drift between them.
//!
//! Mirrors the live dig-node surface: the shell-owned methods in
//! `dig-node-service/src/control.rs` (`CONTROL_METHODS`) plus the peer/subscription methods
//! delegated to `dig-node-core` (`control.peerStatus` / `control.peers.*` / `control.subscribe`
//! / `control.unsubscribe` / `control.listSubscriptions`), and the two OPEN pairing-bootstrap
//! methods (`pairing.request` / `pairing.poll`) a token-less MV3 extension uses to obtain a
//! scoped token after local operator approval.

/// How the node resolves a control method — the routing source of truth.
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash)]
pub enum Routing {
    /// Answered by the dig-node service shell itself (config/status/cache/pins/sync/updater/pairing-admin).
    Owned,
    /// Delegated to the embedded dig-node engine's own control surface (peers + subscriptions).
    Delegated,
    /// An OPEN bootstrap method reachable WITHOUT the control token (pairing handshake).
    OpenBootstrap,
}

/// The functional area a control method belongs to — for grouping in UIs and docs.
///
/// `#[non_exhaustive]` so adding a category in a minor release is additive; downstream matches must
/// carry a `_ => …` arm. A new method often arrives with a new area, so this enum grows on the same
/// cadence as [`ControlMethod`] and needs the same guarantee.
#[non_exhaustive]
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash)]
pub enum Category {
    /// Node status snapshot.
    Status,
    /// Node configuration (upstream override).
    Config,
    /// Live log-level control.
    Log,
    /// On-disk content cache.
    Cache,
    /// Hosted/pinned stores.
    HostedStores,
    /// §21 authenticated whole-store sync.
    Sync,
    /// The DIG auto-update beacon proxy.
    Updater,
    /// Control-token pairing lifecycle.
    Pairing,
    /// The L7 peer network: the live pool snapshot, the per-network peer counts, and dial/drop.
    Peers,
    /// The node's subscribed-store set.
    Subscriptions,
    /// Wallet chain transport: the read-only chain views (balance, coins, one coin by id, peak,
    /// sync status) plus the push of an already-signed spend bundle.
    Wallet,
    /// The automated-spend AUDIT record: what this node signed WITHOUT per-transaction approval.
    /// Read-only; nothing in this category initiates, signs or alters a spend.
    Spends,
    /// dig-profile BODIES: handing the node the bytes a confirmed on-chain root commits to, and
    /// reading one back. The chain root itself is never written here -- dig-app signs and pushes
    /// that (§908); this category moves only the bytes an already-confirmed root commits to.
    Profile,
    /// Mirror-collateral: this epoch's derived per-store requirement, the node's LOCAL safety
    /// margin over it, and the per-`(store, root)` state of the bonds this node actually holds. The requirement is consensus-derived and read-only here; the margin is an
    /// operator preference this node owns and MUST NOT let into any census or signal.
    Collateral,
}

/// A dig-node CONTROL method.
///
/// `#[non_exhaustive]` so adding a method in a minor release is additive; downstream matches must
/// carry a `_ => …` arm. Convert to/from the wire name with [`ControlMethod::name`] /
/// [`ControlMethod::from_name`].
#[non_exhaustive]
#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash)]
pub enum ControlMethod {
    // ---- Status / config / log (shell-owned) ----
    /// `control.status` — a rich node status snapshot.
    Status,
    /// `control.config.get` — the node's effective configuration.
    ConfigGet,
    /// `control.config.setUpstream` — persist an upstream-RPC override (effective on restart).
    ConfigSetUpstream,
    /// `control.config.setMirrorAdvertiseUrls` — override (or clear) the URLs this node
    /// advertises in its mirror-coin memos (dig-node#562). The result states whether that took
    /// effect immediately or needs a restart — see [`crate::results::SetMirrorAdvertiseUrlsResult`].
    ConfigSetMirrorAdvertiseUrls,
    /// `control.log.setLevel` — live-swap the running node's tracing level filter.
    LogSetLevel,

    // ---- Cache (shell-owned) ----
    /// `control.cache.get` — the on-disk cache view (cap/used/dir/shared).
    CacheGet,
    /// `control.cache.setCap` — set the cache size cap (floored at 64 MiB).
    CacheSetCap,
    /// `control.cache.clear` — delete all locally cached content.
    CacheClear,

    // ---- Hosted stores (shell-owned) ----
    /// `control.hostedStores.list` — every held/pinned store with its cached capsules.
    HostedStoresList,
    /// `control.hostedStores.pin` — pin a store (and pre-fetch when a root is given).
    HostedStoresPin,
    /// `control.hostedStores.unpin` — unpin a store and evict its cached capsules.
    HostedStoresUnpin,
    /// `control.hostedStores.status` — per-store pinned flag + cached capsules.
    HostedStoresStatus,
    /// `control.capsule.fetch` — start (or report already-cached) a P2P whole-capsule pull for
    /// one store+root, over the recursive discover-then-dial path rather than the §21 HTTP sync.
    CapsuleFetch,

    // ---- §21 sync (shell-owned) ----
    /// `control.sync.status` — whether authenticated whole-store sync is available + pin coverage.
    SyncStatus,
    /// `control.sync.trigger` — trigger a §21 sync for one capsule (storeId + root).
    SyncTrigger,

    // ---- Updater beacon proxy (shell-owned) ----
    /// `control.updater.status` — the DIG auto-update beacon's current status.
    UpdaterStatus,
    /// `control.updater.setChannel` — set the beacon's update channel.
    UpdaterSetChannel,
    /// `control.updater.pause` — suspend auto-updates (optionally until a unix time).
    UpdaterPause,
    /// `control.updater.resume` — resume auto-updates.
    UpdaterResume,
    /// `control.updater.checkNow` — force an immediate update check.
    UpdaterCheckNow,

    // ---- Pairing administration (shell-owned, MASTER-token only) ----
    /// `control.pairing.list` — list pending pairing requests + issued paired tokens.
    PairingList,
    /// `control.pairing.approve` — approve a pending pairing, minting a scoped token.
    PairingApprove,
    /// `control.pairing.revoke` — revoke an issued paired token.
    PairingRevoke,

    // ---- Peers (delegated to the engine) ----
    /// `control.peerStatus` — live peer-pool + relay-reservation snapshot.
    PeerStatus,
    /// `control.peerCounts` — how many peers this node holds on EACH network (DIG and Chia).
    PeerCounts,
    /// `control.peers.connect` — dial a peer by address / resolve a connected peer_id.
    PeersConnect,
    /// `control.peers.disconnect` — drop a pooled peer by peer_id.
    PeersDisconnect,

    // ---- Trusted CHIA full-node peers (shell-owned) ----
    //
    // A DIFFERENT network from `control.peers.*` above, which are DIG gossip peers. These name
    // Chia full nodes the wallet replica will TRUST, and trust here is a real cost: NC-12 makes
    // dialled peers untrusted precisely so that agreement across several concurrently-queried
    // peers is what makes a read safe. A trusted peer is exempted from that agreement, so a wrong
    // or hostile one is believed on its own. Every surface that offers these MUST say so.
    //
    // Trust comes from the operator declaring a node THEIR OWN — that is the whole of the
    // authorisation, and the wording everywhere in this crate says exactly that. It is not
    // "a node you vouch for": the unbounded authority a trusted peer holds is justified by the
    // operator controlling both ends, which is false of a stranger's node however well
    // recommended. A person can be talked into vouching for an address; they cannot be talked
    // into believing they run it.
    /// `control.chiaPeers.add` — trust a Chia full node you RUN, bypassing corroboration for it.
    ChiaPeersAdd,
    /// `control.chiaPeers.list` — the trusted Chia full-node peers this node tracks.
    ChiaPeersList,
    /// `control.chiaPeers.remove` — stop trusting a Chia full node (optionally banning it).
    ChiaPeersRemove,

    // ---- Subscriptions (delegated to the engine) ----
    /// `control.subscribe` — subscribe the node to a store (watch + gap-fill).
    Subscribe,
    /// `control.unsubscribe` — stop watching a store.
    Unsubscribe,
    /// `control.listSubscriptions` — the node's persisted subscription set.
    ListSubscriptions,

    // ---- Wallet chain transport (delegated to the engine) ----
    /// `control.wallet.balance` — read an address's confirmed spendable balance for an asset.
    WalletBalance,
    /// `control.wallet.coins` — read an address's spendable coin records for an asset.
    WalletCoins,
    /// `control.wallet.coinById` — read ONE coin record by coin id, spent or unspent.
    WalletCoinById,
    /// `control.wallet.coinSpend` — read the SPEND that spent a coin (puzzle reveal + solution).
    WalletCoinSpend,
    /// `control.wallet.coinsByParent` — read the direct children a coin's spend created (one hop).
    WalletCoinsByParent,
    /// `control.wallet.arrivals` — read confirmed INCOMING funds since a cursor position.
    WalletArrivals,
    /// `control.wallet.operatorAddress` — read the address of the node's OWN machine wallet.
    WalletOperatorAddress,
    /// `control.wallet.peak` — read the node's current chain peak height.
    WalletPeak,
    /// `control.wallet.syncStatus` — read whether the wallet's chain replica is being kept current.
    WalletSyncStatus,
    /// `control.wallet.broadcast` — push an ALREADY-SIGNED spend bundle to the network.
    WalletBroadcast,
    /// `control.wallet.watch` — enrol PUBLIC keys for the node's chain replica to follow.
    WalletWatch,
    /// `control.wallet.unwatch` — deregister enrolled public keys, so the following stops.
    WalletUnwatch,
    /// `control.wallet.watched` — list the public keys currently enrolled.
    WalletWatched,
    /// `control.wallet.reservations.held` — read which coins are committed to in-flight spends.
    WalletReservationsHeld,
    /// `control.wallet.reservations.reserve` — atomically hold coins, all of them or none.
    WalletReservationsReserve,
    /// `control.wallet.reservations.release` — free a hold now, ahead of its TTL.
    WalletReservationsRelease,
    /// `control.wallet.resetCoinDb` — discard the cached coin database and re-sync from chain.
    WalletResetCoinDb,

    // ---- Automated-spend audit record (shell-owned) ----
    /// `control.spends.list` — read the record of spends this node made WITHOUT asking.
    SpendsList,

    // ---- Mirror collateral (shell-owned) ----
    /// `control.collateral.requirement` -- this epoch's per-store collateral requirement.
    CollateralRequirement,
    /// `control.collateral.margin.get` -- read the node's local safety margin, in basis points.
    CollateralMarginGet,
    /// `control.collateral.margin.set` -- set the node's local safety margin, in basis points.
    CollateralMarginSet,
    /// `control.collateral.buffer` -- the $DIG this node recommends holding, and its funding state.
    CollateralBuffer,
    /// `control.mirror.bondStates` -- the per-`(store, root)` mirror bond state, and the $DIG
    /// those bonds have locked.
    MirrorBondStates,
    /// `control.mirror.reconcile` -- reconcile this node's mirror coins to its CURRENT advertise
    /// URL: reclaim every coin advertising a stale URL, then recreate it advertising the URL this
    /// node advertises today. Shared by the manual "reset mirrors" action and the same primitive
    /// the node's DAILY detector runs (dig-node#570) -- ONE reconcile primitive, exposed two ways.
    /// See [`crate::results::MirrorReconcileResult`] for the three outcomes a caller must be able
    /// to tell apart, and dig_ecosystem#3203 for why `refused` must mean NOTHING was spent.
    MirrorReconcile,

    // ---- dig-profile bodies (delegated to the engine) ----
    /// `control.profile.putBody` — hand the node the profile body a CONFIRMED chain root commits to.
    ProfilePutBody,
    /// `control.profile.getBody` — read back the profile body this node holds at a given root.
    ProfileGetBody,

    // ---- Pairing bootstrap (OPEN — no token) ----
    /// `pairing.request` — request a control-token pairing (returns a code to compare).
    PairingRequest,
    /// `pairing.poll` — poll a pairing; once the operator approves, returns the scoped token once.
    PairingPoll,
}

impl ControlMethod {
    /// The stable JSON-RPC wire name. Never derived from anything else — the published contract.
    pub const fn name(self) -> &'static str {
        match self {
            ControlMethod::Status => "control.status",
            ControlMethod::ConfigGet => "control.config.get",
            ControlMethod::ConfigSetUpstream => "control.config.setUpstream",
            ControlMethod::ConfigSetMirrorAdvertiseUrls => "control.config.setMirrorAdvertiseUrls",
            ControlMethod::LogSetLevel => "control.log.setLevel",
            ControlMethod::CacheGet => "control.cache.get",
            ControlMethod::CacheSetCap => "control.cache.setCap",
            ControlMethod::CacheClear => "control.cache.clear",
            ControlMethod::HostedStoresList => "control.hostedStores.list",
            ControlMethod::HostedStoresPin => "control.hostedStores.pin",
            ControlMethod::HostedStoresUnpin => "control.hostedStores.unpin",
            ControlMethod::HostedStoresStatus => "control.hostedStores.status",
            ControlMethod::CapsuleFetch => "control.capsule.fetch",
            ControlMethod::SyncStatus => "control.sync.status",
            ControlMethod::SyncTrigger => "control.sync.trigger",
            ControlMethod::UpdaterStatus => "control.updater.status",
            ControlMethod::UpdaterSetChannel => "control.updater.setChannel",
            ControlMethod::UpdaterPause => "control.updater.pause",
            ControlMethod::UpdaterResume => "control.updater.resume",
            ControlMethod::UpdaterCheckNow => "control.updater.checkNow",
            ControlMethod::PairingList => "control.pairing.list",
            ControlMethod::PairingApprove => "control.pairing.approve",
            ControlMethod::PairingRevoke => "control.pairing.revoke",
            ControlMethod::PeerStatus => "control.peerStatus",
            ControlMethod::PeerCounts => "control.peerCounts",
            ControlMethod::PeersConnect => "control.peers.connect",
            ControlMethod::PeersDisconnect => "control.peers.disconnect",
            ControlMethod::ChiaPeersAdd => "control.chiaPeers.add",
            ControlMethod::ChiaPeersList => "control.chiaPeers.list",
            ControlMethod::ChiaPeersRemove => "control.chiaPeers.remove",
            ControlMethod::Subscribe => "control.subscribe",
            ControlMethod::Unsubscribe => "control.unsubscribe",
            ControlMethod::ListSubscriptions => "control.listSubscriptions",
            ControlMethod::WalletBalance => "control.wallet.balance",
            ControlMethod::WalletCoins => "control.wallet.coins",
            ControlMethod::WalletCoinById => "control.wallet.coinById",
            ControlMethod::WalletCoinSpend => "control.wallet.coinSpend",
            ControlMethod::WalletCoinsByParent => "control.wallet.coinsByParent",
            ControlMethod::WalletArrivals => "control.wallet.arrivals",
            ControlMethod::WalletOperatorAddress => "control.wallet.operatorAddress",
            ControlMethod::WalletPeak => "control.wallet.peak",
            ControlMethod::WalletSyncStatus => "control.wallet.syncStatus",
            ControlMethod::WalletBroadcast => "control.wallet.broadcast",
            ControlMethod::WalletWatch => "control.wallet.watch",
            ControlMethod::WalletUnwatch => "control.wallet.unwatch",
            ControlMethod::WalletWatched => "control.wallet.watched",
            ControlMethod::WalletReservationsHeld => "control.wallet.reservations.held",
            ControlMethod::WalletReservationsReserve => "control.wallet.reservations.reserve",
            ControlMethod::WalletReservationsRelease => "control.wallet.reservations.release",
            ControlMethod::WalletResetCoinDb => "control.wallet.resetCoinDb",
            ControlMethod::SpendsList => "control.spends.list",
            ControlMethod::CollateralRequirement => "control.collateral.requirement",
            ControlMethod::CollateralMarginGet => "control.collateral.margin.get",
            ControlMethod::CollateralMarginSet => "control.collateral.margin.set",
            ControlMethod::CollateralBuffer => "control.collateral.buffer",
            ControlMethod::MirrorBondStates => "control.mirror.bondStates",
            ControlMethod::MirrorReconcile => "control.mirror.reconcile",
            ControlMethod::ProfilePutBody => "control.profile.putBody",
            ControlMethod::ProfileGetBody => "control.profile.getBody",
            ControlMethod::PairingRequest => "pairing.request",
            ControlMethod::PairingPoll => "pairing.poll",
        }
    }

    /// Resolve a wire name back to its [`ControlMethod`], or `None` for an unknown name.
    pub fn from_name(name: &str) -> Option<ControlMethod> {
        ControlMethod::ALL
            .iter()
            .copied()
            .find(|m| m.name() == name)
    }

    /// Does calling this method require the local control token?
    ///
    /// Three groups are reachable WITHOUT one, and they are open for two different reasons:
    ///
    /// - the pairing bootstrap (`pairing.request` / `pairing.poll`), so a token-less client can
    ///   obtain a token at all;
    /// - the PEER COUNTS (`control.peerCounts`), which disclose three integers about this node's
    ///   own connectivity and no address, endpoint or secret;
    /// - the wallet CALLER-ADDRESSED CHAIN READS (`control.wallet.balance` / `.coins` /
    ///   `.coinById` / `.coinSpend` / `.coinsByParent`) and the node's own chain POSITION
    ///   (`.peak` / `.syncStatus`), because each needs only PUBLIC chain data the CALLER already
    ///   named — an address, or a coin id; never a seed, a key, or a signature — and dig-node has
    ///   served `control.wallet.balance` open since #1851. A person whose node runs as a service
    ///   with an unreadable token file can still see their own money.
    ///
    /// Five wallet methods are deliberately NOT in that second group:
    ///
    /// - `control.wallet.broadcast` puts bytes on the network, so the token is what stands between
    ///   a local process and a broadcast — a mutation on the chain state itself;
    /// - `control.wallet.watch` and `.unwatch` aim what this node follows, so they are mutations
    ///   of this node's own watched-key set;
    /// - `control.wallet.arrivals` and `.watched` take nothing from the caller and answer back
    ///   with this node's OWN state — watched puzzle hashes and enrolled public keys respectively.
    ///
    /// See [`ControlMethod::is_open_read`]. On all five, `UNAUTHORIZED` genuinely means
    /// *unauthorized*.
    pub const fn requires_auth(self) -> bool {
        !self.is_open_read()
            && !matches!(
                self,
                ControlMethod::PairingRequest | ControlMethod::PairingPoll
            )
    }

    /// Is this an OPEN READ — served without a control token?
    ///
    /// Two kinds of method qualify, and they are open for different reasons:
    ///
    /// - the wallet CHAIN READS (`control.wallet.balance` / `.coins` / `.coinById` / `.coinSpend` /
    ///   `.coinsByParent` / `.peak` / `.syncStatus`), which need only PUBLIC chain data — an
    ///   address, or a coin id; never a seed, a key, or a signature. On the first five the CALLER
    ///   supplies the address or coin id, so the node relays a public fact and discloses no
    ///   association with itself; the last two name the node's own chain position and no address
    ///   at all;
    /// - `control.peerCounts`, which is NOT a chain read: it discloses three integers about this
    ///   node's own connectivity, and no address, endpoint, peer identity or secret. The identity
    ///   and topology half of the same subject stays gated behind `control.peerStatus`.
    ///
    /// Naming both reasons matters more than it looks. The test for membership is *does this
    /// disclose only data that is already public, or a bare count of this node's own state?* — NOT
    /// *is it a chain read?* A future method judged against the narrower phrasing, and found to
    /// contradict a member that was already there, invites widening the predicate by analogy rather
    /// than against the rule.
    ///
    /// `control.wallet.arrivals` is the worked example, and it was briefly a member. It passes the
    /// narrower phrasing — every field it returns is a public chain fact — and fails the rule: the
    /// caller supplies NOTHING, so the node volunteers its OWN watched puzzle hashes together with
    /// the full receive history behind them. The individual facts are public; the ASSOCIATION
    /// between this node and those addresses is not, and that association is the whole answer. A
    /// token-less caller could then feed those addresses back into the caller-addressed reads.
    /// Membership turns on *who names the address*, never on whether the bytes are on chain.
    ///
    /// Stated on the contract rather than discovered by calling, because the two refusals a client
    /// can get here demand OPPOSITE remedies. On an open read, `UNAUTHORIZED` can only come from a
    /// node build that predates the method and gates it generically, so the remedy is an upgrade.
    /// On a gated method — the push — `UNAUTHORIZED` means exactly what it says, and the remedy is
    /// the token. A client that maps the two the same way sends somebody to fix the wrong thing.
    pub const fn is_open_read(self) -> bool {
        matches!(
            self,
            ControlMethod::WalletBalance
                | ControlMethod::WalletCoins
                | ControlMethod::WalletCoinById
                | ControlMethod::WalletCoinSpend
                | ControlMethod::WalletCoinsByParent
                | ControlMethod::WalletPeak
                | ControlMethod::WalletSyncStatus
                | ControlMethod::PeerCounts
        )
    }

    /// Is this a PAIRING-ADMINISTRATION method that requires the MASTER control token specifically?
    ///
    /// A paired (scoped) token can drive ordinary `control.*` mutations but MUST NOT mint more
    /// tokens or revoke itself — so listing/approving/revoking pairings requires the master token
    /// (a local file read), never a paired token.
    ///
    /// This names the pairing LIFECYCLE only. The predicate an auth gate consults is
    /// [`ControlMethod::requires_master_token`], of which this is a strict subset.
    pub const fn is_pairing_admin(self) -> bool {
        matches!(
            self,
            ControlMethod::PairingList
                | ControlMethod::PairingApprove
                | ControlMethod::PairingRevoke
        )
    }

    /// Does this method require the MASTER control token — the local file read — rather than any
    /// valid token?
    ///
    /// **This, not [`ControlMethod::is_pairing_admin`], is the predicate an auth gate consults.**
    /// The master tier is not "pairing administration"; it is every method whose effect OUTLIVES
    /// the token that invoked it, and pairing administration is one instance of that shape.
    ///
    /// The rule, stated so a later method can be judged against it rather than by analogy: a
    /// method belongs here when a caller holding a paired token could use it to acquire authority
    /// it keeps AFTER that token is revoked. `pairing.revoke` is the designated remedy for a
    /// compromised paired app, so any method that survives it has escaped the remedy.
    ///
    /// The two members outside the pairing lifecycle are `control.chiaPeers.add` and
    /// `control.chiaPeers.remove`, and they are here for exactly that reason. `add` writes a
    /// standing entry into the peer store the wallet replica reads, and a peer in that set is
    /// believed WITHOUT corroboration — it can dictate money-bearing chain facts (peak height, and
    /// therefore confirmation counts). Once written, the caller no longer needs the token at all,
    /// and revoking the token does not remove the entry. A paired token must therefore not be able
    /// to write one. `remove` is the only un-trust remedy and is gated with it, so a paired token
    /// cannot strip the peers an operator deliberately trusts.
    ///
    /// `control.chiaPeers.list` deliberately stays on the ordinary token tier: it is a READ, it
    /// grants nothing that outlives the token, and gating it would leave a paired client unable to
    /// show the operator the trust state it is subject to. That matches `control.wallet.arrivals`,
    /// which is gated at the ordinary tier for disclosing an association without conferring
    /// authority.
    ///
    /// `control.config.setMirrorAdvertiseUrls` ALSO stays ordinary, and for the same reason as
    /// `control.chiaPeers.list` rather than by analogy to its own persistence: "outlives the
    /// token" is necessary but not sufficient (see this repo's #40, which argues
    /// `control.config.setUpstream` should be promoted for exactly this gap). The persisted
    /// override survives `pairing.revoke` just as `setUpstream`'s does, but it installs no
    /// principal this node will thereafter believe, obey, or forward requests to — it changes only
    /// what THIS node broadcasts about itself in its own mirror-coin memo. The node never dials the
    /// value, never trusts bytes read FROM it, and never routes a call TO it. A caller cannot use
    /// it to make the node trust or obey anyone new, which is the same reason `cache.setCap` and
    /// `log.setLevel` stay ordinary despite also persisting past the call that set them.
    pub const fn requires_master_token(self) -> bool {
        self.is_pairing_admin()
            || matches!(
                self,
                ControlMethod::ChiaPeersAdd | ControlMethod::ChiaPeersRemove
            )
    }

    /// How the node routes this method (shell-owned, engine-delegated, or open bootstrap).
    pub const fn routing(self) -> Routing {
        match self {
            ControlMethod::PeerStatus
            | ControlMethod::PeerCounts
            | ControlMethod::PeersConnect
            | ControlMethod::PeersDisconnect
            | ControlMethod::Subscribe
            | ControlMethod::Unsubscribe
            | ControlMethod::ListSubscriptions
            | ControlMethod::WalletBalance
            | ControlMethod::WalletCoins
            | ControlMethod::WalletCoinById
            | ControlMethod::WalletCoinSpend
            | ControlMethod::WalletCoinsByParent
            | ControlMethod::WalletArrivals
            | ControlMethod::WalletPeak
            | ControlMethod::WalletSyncStatus
            | ControlMethod::WalletBroadcast
            | ControlMethod::WalletWatch
            | ControlMethod::WalletUnwatch
            | ControlMethod::WalletWatched
            | ControlMethod::WalletReservationsHeld
            | ControlMethod::WalletReservationsReserve
            | ControlMethod::WalletReservationsRelease
            | ControlMethod::WalletResetCoinDb
            | ControlMethod::ProfilePutBody
            | ControlMethod::ProfileGetBody => Routing::Delegated,
            ControlMethod::PairingRequest | ControlMethod::PairingPoll => Routing::OpenBootstrap,
            _ => Routing::Owned,
        }
    }

    /// The functional area this method belongs to.
    pub const fn category(self) -> Category {
        match self {
            ControlMethod::Status => Category::Status,
            ControlMethod::ConfigGet
            | ControlMethod::ConfigSetUpstream
            | ControlMethod::ConfigSetMirrorAdvertiseUrls => Category::Config,
            ControlMethod::LogSetLevel => Category::Log,
            ControlMethod::CacheGet | ControlMethod::CacheSetCap | ControlMethod::CacheClear => {
                Category::Cache
            }
            ControlMethod::HostedStoresList
            | ControlMethod::HostedStoresPin
            | ControlMethod::HostedStoresUnpin
            | ControlMethod::HostedStoresStatus
            | ControlMethod::CapsuleFetch => Category::HostedStores,
            ControlMethod::SyncStatus | ControlMethod::SyncTrigger => Category::Sync,
            ControlMethod::UpdaterStatus
            | ControlMethod::UpdaterSetChannel
            | ControlMethod::UpdaterPause
            | ControlMethod::UpdaterResume
            | ControlMethod::UpdaterCheckNow => Category::Updater,
            ControlMethod::PairingList
            | ControlMethod::PairingApprove
            | ControlMethod::PairingRevoke
            | ControlMethod::PairingRequest
            | ControlMethod::PairingPoll => Category::Pairing,
            ControlMethod::PeerStatus
            | ControlMethod::PeerCounts
            | ControlMethod::PeersConnect
            | ControlMethod::PeersDisconnect
            | ControlMethod::ChiaPeersAdd
            | ControlMethod::ChiaPeersList
            | ControlMethod::ChiaPeersRemove => Category::Peers,
            ControlMethod::Subscribe
            | ControlMethod::Unsubscribe
            | ControlMethod::ListSubscriptions => Category::Subscriptions,
            ControlMethod::WalletBalance
            | ControlMethod::WalletCoins
            | ControlMethod::WalletCoinById
            | ControlMethod::WalletCoinSpend
            | ControlMethod::WalletCoinsByParent
            | ControlMethod::WalletArrivals
            | ControlMethod::WalletPeak
            | ControlMethod::WalletSyncStatus
            | ControlMethod::WalletOperatorAddress
            | ControlMethod::WalletBroadcast
            | ControlMethod::WalletWatch
            | ControlMethod::WalletUnwatch
            | ControlMethod::WalletWatched
            | ControlMethod::WalletReservationsHeld
            | ControlMethod::WalletReservationsReserve
            | ControlMethod::WalletReservationsRelease
            | ControlMethod::WalletResetCoinDb => Category::Wallet,
            ControlMethod::SpendsList => Category::Spends,
            ControlMethod::CollateralRequirement
            | ControlMethod::CollateralMarginGet
            | ControlMethod::CollateralMarginSet
            | ControlMethod::CollateralBuffer
            | ControlMethod::MirrorBondStates
            | ControlMethod::MirrorReconcile => Category::Collateral,
            ControlMethod::ProfilePutBody | ControlMethod::ProfileGetBody => Category::Profile,
        }
    }

    /// A one-line human/agent description for the discovery catalogue.
    pub const fn summary(self) -> &'static str {
        match self {
            ControlMethod::ChiaPeersAdd => "Trust a Chia full node by IP. A trusted peer BYPASSES CORROBORATION: this node normally believes a chain answer only when several independently-dialled peers agree, and a trusted peer is believed on its own -- so a wrong or hostile one can feed this node a false view of the chain. Add only a node you run yourself.",
            ControlMethod::ChiaPeersList => "The Chia full-node peers this node tracks, each flagged user_managed: true where a person added it by hand and it is therefore trusted without corroboration.",
            ControlMethod::ChiaPeersRemove => "Stop trusting a Chia full node, optionally banning it. Removing restores corroboration for that peer: chain answers must once again be agreed by independently-dialled peers.",
            ControlMethod::Status => "A rich node status snapshot (version, uptime, addr, cache, hosted/pinned counts, sync availability).",
            ControlMethod::ConfigGet => "The node's effective configuration (addr/port, upstream + override, cache dir/shared, config path, sync availability, mirror advertise-URL view).",
            ControlMethod::ConfigSetUpstream => "Persist an upstream-RPC override; takes effect on next node start (requires_restart).",
            ControlMethod::ConfigSetMirrorAdvertiseUrls => "Override (urls: a non-empty list) or clear (urls: null/absent) the URLs this node advertises in its own mirror-coin memos. The result's requires_restart says whether that took effect now or needs a node restart -- check it before telling anyone the change is live. An explicit EMPTY list is refused rather than guessed at -- it is ambiguous between advertising nothing and reverting to the derived default. Checked only for a well-formed absolute URL (scheme + host): an operator's LAN or private address is accepted on purpose, the same derived-vs-operator asymmetry dig-node#562 established.",
            ControlMethod::LogSetLevel => "Live-swap the running node's tracing EnvFilter directive (not persisted).",
            ControlMethod::CacheGet => "The on-disk content-cache view: cap_bytes, used_bytes, dir, shared.",
            ControlMethod::CacheSetCap => "Set the on-disk cache size cap in bytes (floored at 64 MiB).",
            ControlMethod::CacheClear => "Delete all locally cached DIG content.",
            ControlMethod::HostedStoresList => "Every held/pinned store, merged, with each store's cached capsules and a pinned flag.",
            ControlMethod::HostedStoresPin => "Pin a store (storeId[:rootHash]); pre-fetches the capsule when a root is given and §21 sync is available.",
            ControlMethod::HostedStoresUnpin => "Unpin a store and evict its cached capsules.",
            ControlMethod::HostedStoresStatus => "Per-store status: pinned flag, cached capsules, total bytes.",
            ControlMethod::CapsuleFetch => "Start a P2P whole-capsule pull for one store+root over the recursive discover-then-dial path (distinct from the §21 HTTP sync `control.sync.trigger` uses). Answers `already_cached` without dialling out when the capsule is already on disk.",
            ControlMethod::SyncStatus => "Whether authenticated §21 whole-store sync is available, plus pinned-store cache coverage.",
            ControlMethod::SyncTrigger => "Trigger a §21 sync for one capsule (storeId + root).",
            ControlMethod::UpdaterStatus => "The DIG auto-update beacon's current status (proxied from dig-updater).",
            ControlMethod::UpdaterSetChannel => "Set the beacon's update channel (\"nightly\" | \"stable\").",
            ControlMethod::UpdaterPause => "Suspend the beacon's auto-updates (optionally until a unix time).",
            ControlMethod::UpdaterResume => "Resume the beacon's auto-updates.",
            ControlMethod::UpdaterCheckNow => "Force an immediate beacon update check.",
            ControlMethod::PairingList => "List pending pairing requests and issued paired tokens (MASTER token only).",
            ControlMethod::PairingApprove => "Approve a pending pairing, minting a scoped token (MASTER token only).",
            ControlMethod::PairingRevoke => "Revoke an issued paired token by token_id (MASTER token only).",
            ControlMethod::PeerStatus => "Live peer-pool + relay-reservation snapshot, including the per-peer connected array; each entry carries an always-present `software` field (the peer's advertised build). Its `relay.peer_count` counts peers connected to THE RELAY, not to this node, and is never the answer to \"how many peers does this node have\" -- that is control.peerCounts.",
            ControlMethod::PeerCounts => "READ-only: how many peers this node holds on EACH network -- dig_peer_count (DIG content/gossip, port 9445) and chia_peer_count (Chia full nodes serving the wallet chain sync). Two unrelated numbers, each named for its network.",
            ControlMethod::PeersConnect => "Dial a peer by address, or resolve an already-connected peer_id, via the live gossip pool.",
            ControlMethod::PeersDisconnect => "Drop a pooled peer by peer_id, closing its mTLS link (idempotent).",
            ControlMethod::Subscribe => "Subscribe the node to a store it actively watches and gap-fills.",
            ControlMethod::Unsubscribe => "Stop watching a store.",
            ControlMethod::ListSubscriptions => "The node's persisted subscription set + count.",
            ControlMethod::WalletCoins => "READ-only: the spendable coin records for an address + asset, with the tier that answered and the height they reflect.",
            ControlMethod::WalletCoinById => "READ-only: ONE coin record by coin id, spent or unspent, with no address and no asset scope; `coin: null` means the chain holds no such coin.",
            ControlMethod::WalletCoinSpend => "READ-only: the SPEND that spent a coin -- its puzzle reveal, its solution and the coin itself -- named by the coin's own id. `spend: null` means the consulted chain shows that coin as unspent or unknown; it NEVER means the chain could not be reached, which is an error.",
            ControlMethod::WalletCoinsByParent => "READ-only: the DIRECT children created by spending one coin, named by that parent's coin id. ONE hop, never a recursive walk: an empty list means the parent created no known children, and a caller wanting a lineage composes hops itself.",
            ControlMethod::WalletArrivals => "READ-only: confirmed INCOMING funds recorded since a cursor position, oldest first -- the answer to `was I just paid?`, which no balance or coin list can give. Each row is a coin the node determined ARRIVED: confirmed on chain, above the wallet's arrival baseline, not previously reported, and not the wallet's own change. Resume from `cursor` (the last row you were handed), never from `latest`.",
            ControlMethod::WalletOperatorAddress => "READ-only: the address of the node's OWN operator wallet -- the MACHINE-custody wallet that pays mirror-coin collateral, never the user's. Returns a public address and puzzle hash and NEVER any key, seed or derivation material. TOKEN-GATED, and answered by THIS node rather than forwarded upstream.",
            ControlMethod::WalletPeak => "READ-only: the node's current chain peak height, independent of any address.",
            ControlMethod::WalletSyncStatus => "READ-only: whether the wallet's CHAIN replica is being kept current (not_started/syncing/synced/no_wallet_enrolled/wallet_not_unlocked), the replica's own height, and its CHIA full-node peer count -- unrelated to control.sync.status (DIG stores) and to control.peerStatus (DIG peers).",
            ControlMethod::WalletBroadcast => "Push an ALREADY-SIGNED spend bundle to the network; the node never signs. TOKEN-GATED.",
            ControlMethod::WalletBalance => "READ-only: the confirmed spendable balance for an address + asset (plus pending, sync freshness, and the peak height it reflects).",
            ControlMethod::WalletWatch => "Enrol PUBLIC keys (48-byte G1, lowercase 96-hex) for the node's chain replica to follow, so their addresses are synced and readable. IDEMPOTENT: re-enrolling a key already enrolled succeeds and changes nothing. Keys, never puzzle hashes -- the node derives the addresses itself, so one derivation serves every client. TOKEN-GATED.",
            ControlMethod::WalletUnwatch => "Deregister enrolled public keys, so the node stops following their addresses. IDEMPOTENT: a key that was never enrolled is not an error. TOKEN-GATED.",
            ControlMethod::SpendsList => "READ-only: the record of spends this node made WITHOUT per-transaction approval -- what moved, when, on whose standing authority, and whether the chain confirmed it. It NEVER initiates, signs, cancels or alters a spend, and there is no verb here that edits an entry. A failed spend is reported WITH the stage it died at, because only a signing failure means the money definitely did not move; a broadcast or confirmation failure is an UNKNOWN outcome, as is `unresolved`. A page is bounded and says so via `complete`; `unreadable_lines` reports entries the node could not parse, so an audit trail that lost rows can never read as a tidy shorter one. TOKEN-GATED although it is a read: the caller supplies no identifier, so the answer is this node's OWN state.",
            ControlMethod::CollateralRequirement => "READ-only: this epoch's per-store mirror-collateral requirement in DIG base units, the collateral protocol version that computed it, and the census inputs behind it (advertised stores, collateralised owners, controller multiplier, small-network handicap) so a client can show WHY the figure moved rather than only that it did. A node that has not censused the epoch, or that is inside the census finality depth, answers `unknown` WITH the reason -- never a zero, which would read as a free requirement. `stores` counts qualifying (owner, store, root) advertisements and `owners` counts distinct owner puzzle hashes: neither is a node count. It NEVER returns the local safety margin, which is not a consensus value.",
            ControlMethod::CollateralMarginGet => "Read the node's LOCAL safety margin in BASIS POINTS over the epoch requirement (`100` is +1%). The margin is an operator preference that changes only how much THIS node chooses to lock; it is never a census input and no value derived from it reaches another node. Basis points are the unit the collateral crate's own presets and rounding use, and are never converted.",
            ControlMethod::CollateralMarginSet => "Set the node's LOCAL safety margin in BASIS POINTS (`100` is +1%), returning the margin now in force. Bounded at 10000 bp (+100%): the margin multiplies what the node locks on every store, so an unbounded value would commit the operator to an arbitrary posting. A margin above the bound is REFUSED as -32602 INVALID_PARAMS rather than clamped, so the applied value can never differ silently from the requested one. A margin gives room if the requirement rises; it does NOT guarantee a store is counted, because the requirement is re-derived every epoch and can rise by more than any margin.",
            ControlMethod::ProfilePutBody => "Hand the node the dig-profile BODY that a chain root commits to. The node INDEPENDENTLY resolves that root on chain and REFUSES any body whose recomputed root is not the confirmed one -- the caller's `root` is a claim to be checked, never a fact to be trusted, and dig-app is a caller like any other. Bodies are capped at MAX_BODY_BYTES (4 MiB). TOKEN-GATED.",
            ControlMethod::ProfileGetBody => "READ-only: the dig-profile body this node holds at a given store id + root, or `body: null` when it holds none. `null` NEVER means the body could not be read, which is an error. TOKEN-GATED.",
            ControlMethod::WalletWatched => "READ-only: the public keys currently enrolled, so a client can reconcile what it asked for against what the node holds. TOKEN-GATED although it is a read -- the caller supplies nothing, so the answer is this node's OWN key set.",
            ControlMethod::WalletReservationsHeld => "READ-only: every coin currently committed to an in-flight spend, each with the reservation holding it and the unix second that hold lapses, plus the node's own clock. `reserved: []` means NOTHING is held; a set that cannot be read is an error, never an empty list. Narrows what a caller may SELECT; never subtract these from a balance -- the coins are still the user's money. TOKEN-GATED although it is a read: the caller supplies nothing, so the answer is this node's OWN state.",
            ControlMethod::WalletReservationsReserve => "Atomically hold coins against further selection: EVERY named coin or none. A coin already held refuses the whole call and reserves nothing, as WALLET_COINS_RESERVED -- a WAIT, never a shortfall. Reserving an empty list succeeds with a handle that releases nothing. The requested ttl_secs is clamped by the node, which returns the lifetime it actually applied. Bookkeeping only: it holds no key and authorizes nothing (§908). TOKEN-GATED.",
            ControlMethod::WalletReservationsRelease => "Free a hold now rather than waiting out its TTL -- call it the moment a spend is known settled or known dead. A handle that names no live reservation is a SUCCESS with released: false, because a caller releasing on confirmation cannot know whether the TTL got there first. Every hold also lapses on its own, so an abandoned reservation is recoverable and never a permanent funds lockout. TOKEN-GATED.",
            ControlMethod::WalletResetCoinDb => "DESTRUCTIVE: discard this node's cached coin database and re-sync it from chain. No key material is affected -- coins live on chain and are re-derived by the resync. Refuses with SpendInFlight while a spend is outstanding, so a reset can never race a hold. Requires params.confirm = true or refuses as INVALID_PARAMS; the on-wire acknowledgement is the confirmation, not a default. TOKEN-GATED.",
            ControlMethod::CollateralBuffer => "READ-only: the $DIG this node recommends HOLDING, in DIG base units, and the funding state it is in -- plus the working behind the figure: the (owner, store, root) pairs THIS NODE serves, the epoch's pre-margin per-store requirement, the local margin in force (BASIS POINTS, `100` is +1%, never converted), the unreclaimed transition overlap, and the escalation headroom. Amounts are DIG base units (3 decimals, one base unit is 0.001 DIG) and never mojos, which are XCH's 1e-12 unit. The HORIZON the headroom assumed travels in the payload and is never implied: escalation is bounded at +12.5% per epoch and COMPOUNDS (x1.12 at one epoch, x1.60 at four, x4.62 at thirteen), so the same buffer over a different horizon is a different claim; `escalation_ceiling_micros` is a WORST CASE, not a forecast -- in the dead band the multiplier does not move. The FUNDING STATE is carried rather than left to each client to re-derive from thresholds, because two clients deriving it will disagree and the one that disagrees about a funding warning is the one an operator acts on; `short_now` and `dangerously_low` leave an epoch uncovered, `below_recommended_buffer` covers every epoch with no cushion and is a READOUT, never a notification. A node that cannot enumerate its served set, cannot read its reclaim state, cannot see its balance, or has no requirement to scale answers `unknown` WITH the reason -- never a zero, which here reads as NO BUFFER NEEDED and would have an operator post nothing. It is a SEPARATE method from `control.collateral.requirement` because that figure is consensus-derived while this one is local: it depends on this node's own served set, an operator preference, and a horizon this node chose. TOKEN-GATED although it is a read: the caller supplies nothing, so the answer is this node's OWN served set, preference and balance.",
            ControlMethod::MirrorBondStates => "READ-only: the state of every mirror bond this node holds, keyed per (store, root), plus the $DIG those bonds have LOCKED. Eight states, and seven of them mean `no coin yet` for entirely different reasons: `bonded` (a coin id, epoch and the amount THAT COIN locks, read from the coin and not from today's requirement, plus `urls` -- the coin's own memo -- and `url_current` -- whether that memo still matches what this node advertises THIS PASS), `pending` (submitted, unconfirmed -- never a shortfall), `unfunded` (the ONLY genuine out-of-funds state, carrying how many DIG BASE UNITS this bond alone is short), `deferred` (the epoch requirement is unknown so no create can be priced -- the wallet may be full), `withheld` (Relayed provenance: held and deliberately never advertised), `disabled` (collateralisation is switched off node-wide), `unadvertised` (that switch ON, but no publishable advertise URL, so the node advertises nothing and a coin would bond nothing -- a fault a client MUST surface, and NOT the same as `disabled`) and `reclaiming` (a live coin whose money is STILL LOCKED until the reclaim confirms). Conflating `unfunded` with `withheld` or `disabled` produces hourly out-of-funds alarms about a healthy node, which is the defect this method removes. Amounts are DIG base units (3 decimals, one base unit is 0.001 DIG) and NEVER mojos, which are XCH's 1e-12 unit. `locked_dig_base_units` is the WHOLE-SET total including reclaiming coins, computed by the node: a client MUST NOT sum the page, which would under-report locked money by a page boundary and show unspendable funds as available. A `known` answer also carries `url_reconcile` beside `funding_wallet`: whether the daily URL-reconcile detector is armed, when it next runs, what it last observed, and how many bonds across the WHOLE set currently read `url_current: false` -- the standing `control.mirror.reconcile` exists to fix. A node that cannot enumerate its bonds, cannot read chain, cannot see its own in-flight creates, or cannot determine the provenance of what it holds answers `unknown` for the WHOLE call WITH the reason -- there is no per-row unknown and no empty-list fallback, because a truncated list and a complete one read the same. A page is bounded, ordered by ascending (store_id, root), and says via `complete` whether it is the whole set; resume from the `cursor` key you were HANDED. TOKEN-GATED although it is a read: the caller supplies nothing, so the answer is this node's OWN bond set and funding position.",
            ControlMethod::MirrorReconcile => "Reconcile this node's mirror coins to its CURRENT advertise URL: reclaim every coin advertising a stale URL, then recreate it advertising the URL this node advertises today. Shared by the manual \"reset mirrors\" action and the same primitive the node's daily detector runs (dig-node#570) -- ONE reconcile primitive, not two implementations of a money-moving operation with different guards. `dry_run: true` prices the plan (capsules_stale, capsules_affordable, collateral reclaimed/relocked, fee) and spends nothing -- always price before executing for real. A refusal (`not_publishing`, `url_unchanged`, `no_mirror_coins`, `insufficient_funds`, `reconcile_in_progress`, `disabled`, `chain_unreadable`, `requirement_unknown`, `wallet_unavailable`, `funds_unmeasured`) means NOTHING was spent: the node validates the new URL and checks affordability BEFORE reclaiming anything, and does nothing at all rather than reclaim coins it cannot afford to recreate. There is no `completed` or `partial` outcome: a reclaim and a create are separate spend bundles, and a create's funding is a scan of CONFIRMED coins, so the node can only report `submitted` -- how many reclaims the mempool accepted/rejected and how many recreates are OWED to the ordinary create pass, never a `created` count it cannot back. The affordable prefix K is sized BEFORE any reclaim is attempted and exactly K are reclaimed, never more, so a `submitted` outcome always leaves the node's bond COUNT no worse off than before the call. TOKEN-GATED.",
            ControlMethod::PairingRequest => "OPEN: request a control-token pairing; returns a pairing_id + pairing_code to compare.",
            ControlMethod::PairingPoll => "OPEN: poll a pairing by id; once the operator approves, returns the scoped token once.",
        }
    }

    /// Every catalogued method, in a stable order — the enumeration a machine reads to discover the
    /// full control surface, and the anchor the conformance KATs pin against.
    pub const ALL: &'static [ControlMethod] = &[
        ControlMethod::Status,
        ControlMethod::ConfigGet,
        ControlMethod::ConfigSetUpstream,
        ControlMethod::ConfigSetMirrorAdvertiseUrls,
        ControlMethod::LogSetLevel,
        ControlMethod::CacheGet,
        ControlMethod::CacheSetCap,
        ControlMethod::CacheClear,
        ControlMethod::HostedStoresList,
        ControlMethod::HostedStoresPin,
        ControlMethod::HostedStoresUnpin,
        ControlMethod::HostedStoresStatus,
        ControlMethod::CapsuleFetch,
        ControlMethod::SyncStatus,
        ControlMethod::SyncTrigger,
        ControlMethod::UpdaterStatus,
        ControlMethod::UpdaterSetChannel,
        ControlMethod::UpdaterPause,
        ControlMethod::UpdaterResume,
        ControlMethod::UpdaterCheckNow,
        ControlMethod::PairingList,
        ControlMethod::PairingApprove,
        ControlMethod::PairingRevoke,
        ControlMethod::PeerStatus,
        ControlMethod::PeerCounts,
        ControlMethod::PeersConnect,
        ControlMethod::PeersDisconnect,
        ControlMethod::ChiaPeersAdd,
        ControlMethod::ChiaPeersList,
        ControlMethod::ChiaPeersRemove,
        ControlMethod::Subscribe,
        ControlMethod::Unsubscribe,
        ControlMethod::ListSubscriptions,
        ControlMethod::WalletBalance,
        ControlMethod::WalletCoins,
        ControlMethod::WalletCoinById,
        ControlMethod::WalletCoinSpend,
        ControlMethod::WalletCoinsByParent,
        ControlMethod::WalletArrivals,
        ControlMethod::WalletPeak,
        ControlMethod::WalletSyncStatus,
        ControlMethod::WalletOperatorAddress,
        ControlMethod::WalletBroadcast,
        ControlMethod::WalletWatch,
        ControlMethod::WalletUnwatch,
        ControlMethod::WalletWatched,
        ControlMethod::WalletReservationsHeld,
        ControlMethod::WalletReservationsReserve,
        ControlMethod::WalletReservationsRelease,
        ControlMethod::WalletResetCoinDb,
        ControlMethod::SpendsList,
        ControlMethod::CollateralRequirement,
        ControlMethod::CollateralMarginGet,
        ControlMethod::CollateralMarginSet,
        ControlMethod::CollateralBuffer,
        ControlMethod::MirrorBondStates,
        ControlMethod::MirrorReconcile,
        ControlMethod::ProfilePutBody,
        ControlMethod::ProfileGetBody,
        ControlMethod::PairingRequest,
        ControlMethod::PairingPoll,
    ];
}

#[cfg(test)]
mod tests {
    use super::*;
    use std::collections::BTreeSet;

    #[test]
    fn every_method_has_a_unique_wire_name() {
        let names: BTreeSet<&str> = ControlMethod::ALL.iter().map(|m| m.name()).collect();
        assert_eq!(
            names.len(),
            ControlMethod::ALL.len(),
            "duplicate or missing wire names in the catalog"
        );
    }

    #[test]
    fn from_name_round_trips_every_method() {
        for &m in ControlMethod::ALL {
            assert_eq!(ControlMethod::from_name(m.name()), Some(m));
        }
        assert_eq!(ControlMethod::from_name("control.nope"), None);
        assert_eq!(ControlMethod::from_name(""), None);
    }

    #[test]
    fn the_token_less_surface_is_exactly_the_bootstrap_plus_the_chain_reads() {
        // Written out rather than derived from `is_open_read`, so this pins the SET and not the
        // implementation's opinion of itself. A method added to the open surface must be added
        // here deliberately -- which is the review step a broadcast must never slip past.
        let expected_open: BTreeSet<&str> = [
            "pairing.request",
            "pairing.poll",
            "control.wallet.balance",
            "control.wallet.coins",
            "control.wallet.coinById",
            "control.wallet.coinSpend",
            "control.wallet.coinsByParent",
            "control.wallet.peak",
            "control.wallet.syncStatus",
            "control.peerCounts",
        ]
        .into_iter()
        .collect();
        assert_eq!(
            expected_open.len(),
            10,
            "the open surface is ten named methods"
        );
        let actual_open: BTreeSet<&str> = ControlMethod::ALL
            .iter()
            .filter(|m| !m.requires_auth())
            .map(|m| m.name())
            .collect();
        assert_eq!(actual_open, expected_open);
    }

    /// **The gated wallet methods are the push, the arrival cursor, the operator address, the three
    /// enrolment methods, the three reservation methods, and the coin-db reset.** The fixture varies one thing -- which wallet method is asked -- against a category
    /// whose other members ARE open, so both nearest wrong implementations fail here: one that opens
    /// the whole category (the state this crate shipped in at `1190a18`) and one that gates it
    /// wholesale.
    ///
    /// Written out in catalog order rather than derived, so a method joining the gated side is a
    /// deliberate edit here -- the review step a broadcast, or an enrolment, must never slip past.
    #[test]
    fn the_gated_wallet_methods_are_the_push_the_cursor_and_enrolment() {
        let gated: Vec<&str> = ControlMethod::ALL
            .iter()
            .filter(|m| m.category() == Category::Wallet && m.requires_auth())
            .map(|m| m.name())
            .collect();
        assert_eq!(
            gated,
            vec![
                "control.wallet.arrivals",
                // Gated for the SAME reason as `arrivals` above: the caller does not name the
                // address, so the node volunteers its own node-to-address association. Here it is
                // the machine wallet's, which no open read discloses.
                "control.wallet.operatorAddress",
                "control.wallet.broadcast",
                "control.wallet.watch",
                "control.wallet.unwatch",
                "control.wallet.watched",
                "control.wallet.reservations.held",
                "control.wallet.reservations.reserve",
                "control.wallet.reservations.release",
                "control.wallet.resetCoinDb",
            ]
        );
        assert!(!ControlMethod::WalletBroadcast.is_open_read());
    }

    /// **The arrival cursor is NOT an open read, and the reason is not "is it a chain read?".**
    ///
    /// The rule is *who names the address*. `control.wallet.arrivals` takes only a cursor, so the
    /// node volunteers its OWN watched puzzle hashes and the receive history behind them -- the
    /// node-to-address association, which is not public, and which a token-less caller could then
    /// replay into the caller-addressed reads.
    ///
    /// The control keeps `control.wallet.coinById` in the same assertion: it is the neighbour the
    /// analogy was drawn from, it is still open, and it stays open because its CALLER supplies the
    /// coin id. Without that control this test would also pass on a wholesale gating of the wallet
    /// category, which is a different (and wrong) implementation.
    #[test]
    fn the_arrival_cursor_is_not_an_open_read() {
        assert!(
            !ControlMethod::WalletArrivals.is_open_read(),
            "control.wallet.arrivals discloses this node's OWN watched puzzle hashes to a caller \
             that supplied nothing, so it MUST NOT be served token-less"
        );
        assert!(ControlMethod::WalletArrivals.requires_auth());
        assert!(
            ControlMethod::WalletCoinById.is_open_read(),
            "the caller-addressed reads stay open -- the fix is the membership rule, not gating \
             the wallet category"
        );
    }

    /// **The control plane names every chain primitive `ChainSource` needs.**
    ///
    /// The list is written out rather than derived, because the property under test is a claim about
    /// ANOTHER crate's trait (`dig-chainsource-interface`'s `ChainSource`) that no compiler here can
    /// check. Five of its seven methods need a control method of their own. The other two need none:
    /// `parent_spend` is a trait DEFAULT composed from `coin_record` + `coin_spend`, and
    /// `resolve_singleton_lineage` is composed CLIENT-side from the primitives below rather than
    /// served as a walk the node performs.
    ///
    /// `block_timestamp` is deliberately ABSENT from the control plane. dig-node's light client
    /// (`chia-peer`'s `ChiaPeerProvider`) does not index block timestamps and answers `Unsupported`,
    /// so a control method for it could only ever be refused — a surface that looks live and does
    /// nothing. A consumer mirrors that refusal honestly; if one ever genuinely needs the value, the
    /// method is an additive minor at that point.
    ///
    /// A missing name here is not a cosmetic gap: a client that cannot answer one of these cannot
    /// implement the trait at all, which is what made a dig-profile mint structurally impossible
    /// through the node before these two were added (dig_ecosystem#2572).
    #[test]
    fn the_catalog_serves_every_chain_source_primitive() {
        for wire in [
            "control.wallet.coinById",      // coin_record
            "control.wallet.coins",         // coin_records_by_puzzle_hash
            "control.wallet.peak",          // peak_height
            "control.wallet.coinsByParent", // coin_records_by_parent
            "control.wallet.coinSpend",     // coin_spend
        ] {
            assert!(
                ControlMethod::from_name(wire).is_some(),
                "{wire} is required to implement ChainSource over the control plane"
            );
        }
    }

    /// **The two chain primitives are `coinById`'s neighbours, not `arrivals`'.**
    ///
    /// Each takes a caller-supplied coin id and returns a deterministic public chain fact,
    /// so the membership rule — *who names the subject* — puts them on the open side. The gated
    /// control in the same assertion is what makes the test load-bearing: without it, a wholesale
    /// opening of the wallet category would pass, and that is a different (and wrong) implementation.
    #[test]
    fn the_chain_primitives_are_caller_named_open_reads() {
        for method in [
            ControlMethod::WalletCoinSpend,
            ControlMethod::WalletCoinsByParent,
        ] {
            assert!(
                method.is_open_read(),
                "{} names its subject in the request and discloses no node-to-address \
                 association, exactly like control.wallet.coinById",
                method.name()
            );
            assert!(!method.requires_auth());
        }
        assert!(
            ControlMethod::WalletArrivals.requires_auth(),
            "the caller-supplies-nothing read stays gated -- the rule is who names the subject, \
             not whether the bytes are on chain"
        );
        assert!(ControlMethod::WalletBroadcast.requires_auth());
    }

    /// **All three enrolment methods are gated — including the one that only reads.**
    ///
    /// `control.wallet.watch` and `.unwatch` aim what the node follows, so they are mutations and the
    /// question barely arises. `control.wallet.watched` is the one a future reader will be tempted to
    /// open, because it returns nothing but public keys and every other wallet READ in this catalog is
    /// open. It stays gated under the SAME rule that gates `control.wallet.arrivals`: the caller
    /// supplies nothing, so the node volunteers its OWN enrolled keys — the node-to-key association,
    /// which is not public, and which a token-less caller could replay straight into the
    /// caller-addressed reads.
    ///
    /// The control keeps `control.wallet.coinById` open in the same assertion. Without it this test
    /// would also pass on a wholesale gating of the wallet category, which is a different (and wrong)
    /// implementation.
    #[test]
    fn the_enrolment_methods_are_gated_including_the_read() {
        for wire in [
            "control.wallet.watch",
            "control.wallet.unwatch",
            "control.wallet.watched",
        ] {
            let method = ControlMethod::from_name(wire)
                .unwrap_or_else(|| panic!("{wire} must be in the catalog"));
            assert!(
                !method.is_open_read(),
                "{wire} either aims this node's subscriptions or names the keys it already \
                 follows, so it MUST NOT be served token-less"
            );
            assert!(method.requires_auth(), "{wire} must require the token");
            assert_eq!(method.category(), Category::Wallet);
            assert_eq!(method.routing(), Routing::Delegated);
        }
        assert!(
            ControlMethod::WalletCoinById.is_open_read(),
            "the caller-addressed reads stay open -- enrolment is gated by the membership rule, \
             not by gating the wallet category"
        );
    }

    #[test]
    fn only_pairing_bootstrap_is_open_bootstrap_routed() {
        for &m in ControlMethod::ALL {
            let open_bootstrap = matches!(
                m,
                ControlMethod::PairingRequest | ControlMethod::PairingPoll
            );
            assert_eq!(
                m.routing() == Routing::OpenBootstrap,
                open_bootstrap,
                "{} routing mismatch",
                m.name()
            );
        }
    }

    #[test]
    fn pairing_admin_methods_are_exactly_three() {
        let admin: Vec<&str> = ControlMethod::ALL
            .iter()
            .filter(|m| m.is_pairing_admin())
            .map(|m| m.name())
            .collect();
        assert_eq!(
            admin,
            vec![
                "control.pairing.list",
                "control.pairing.approve",
                "control.pairing.revoke"
            ]
        );
    }

    /// **The master-token tier is the pairing lifecycle PLUS the trusted-peer mutations.**
    ///
    /// The set is asserted whole, because the risk is a method quietly joining or leaving it. The
    /// two non-pairing members are here for a stated reason — `chiaPeers.add` grants authority
    /// that SURVIVES `pairing.revoke`, so a paired token holding it escapes the very remedy for a
    /// compromised paired app.
    #[test]
    fn the_master_token_tier_is_pairing_admin_plus_the_trusted_peer_mutations() {
        let master: BTreeSet<&str> = ControlMethod::ALL
            .iter()
            .filter(|m| m.requires_master_token())
            .map(|m| m.name())
            .collect();
        let expected: BTreeSet<&str> = [
            "control.pairing.list",
            "control.pairing.approve",
            "control.pairing.revoke",
            "control.chiaPeers.add",
            "control.chiaPeers.remove",
        ]
        .into_iter()
        .collect();
        assert_eq!(master, expected);

        // Pairing administration is a STRICT subset, not a synonym: a gate that consults
        // `is_pairing_admin` instead of `requires_master_token` lets a paired token add a peer.
        for &m in ControlMethod::ALL {
            assert!(
                !m.is_pairing_admin() || m.requires_master_token(),
                "{} is pairing-admin but not master-tier",
                m.name()
            );
        }
        assert!(
            master.len()
                > ControlMethod::ALL
                    .iter()
                    .filter(|m| m.is_pairing_admin())
                    .count(),
            "the two predicates must not be interchangeable"
        );

        // Master implies the token is required at all.
        for &m in ControlMethod::ALL {
            assert!(
                !m.requires_master_token() || m.requires_auth(),
                "{}",
                m.name()
            );
        }
    }

    /// **The trust wording stays inside NC-12's authorisation: a node the operator RUNS.**
    ///
    /// NC-12 permits trust only from "the operator declaring it their own node". Widening that to
    /// vouching moves the case outside the justification for the unbounded authority the entry
    /// carries, and "a node you vouch for" is a phrase somebody can be talked into applying to a
    /// stranger's address.
    #[test]
    fn the_add_summary_authorises_only_a_node_the_operator_runs() {
        let summary = ControlMethod::ChiaPeersAdd.summary().to_lowercase();
        assert!(
            summary.contains("a node you run"),
            "add must name the operator-run scope, got: {summary}"
        );
        for widened in ["vouch", "otherwise trust", "trust yourself", "recommend"] {
            assert!(
                !summary.contains(widened),
                "add summary widens operator trust past NC-12 with {widened:?}: {summary}"
            );
        }
    }

    #[test]
    fn delegated_set_matches_the_engine_surface() {
        let delegated: BTreeSet<&str> = ControlMethod::ALL
            .iter()
            .filter(|m| m.routing() == Routing::Delegated)
            .map(|m| m.name())
            .collect();
        let expected: BTreeSet<&str> = [
            "control.wallet.coins",
            "control.wallet.coinById",
            "control.wallet.coinSpend",
            "control.wallet.coinsByParent",
            "control.wallet.arrivals",
            "control.wallet.peak",
            "control.wallet.syncStatus",
            "control.wallet.broadcast",
            "control.wallet.watch",
            "control.wallet.unwatch",
            "control.wallet.watched",
            "control.wallet.reservations.held",
            "control.wallet.reservations.reserve",
            "control.wallet.reservations.release",
            "control.wallet.resetCoinDb",
            "control.profile.putBody",
            "control.profile.getBody",
            "control.peerStatus",
            "control.peerCounts",
            "control.peers.connect",
            "control.peers.disconnect",
            "control.subscribe",
            "control.unsubscribe",
            "control.listSubscriptions",
            "control.wallet.balance",
        ]
        .into_iter()
        .collect();
        assert_eq!(delegated, expected);
    }

    /// **The trusted-Chia-peer methods are declared, gated, and say what they cost.**
    ///
    /// A trusted peer BYPASSES corroboration (NC-12: dialled peers are untrusted and agreement
    /// across ~5 concurrently-queried peers is what makes a read safe). The catalog is what a
    /// machine reads before offering the control, so the cost is stated HERE and not only in a
    /// doc page — a client that surfaces `summary()` surfaces the warning with it.
    #[test]
    fn the_trusted_chia_peer_methods_are_gated_and_disclose_the_corroboration_bypass() {
        let declared: BTreeSet<&str> = ControlMethod::ALL.iter().map(|m| m.name()).collect();
        for name in [
            "control.chiaPeers.add",
            "control.chiaPeers.list",
            "control.chiaPeers.remove",
        ] {
            assert!(declared.contains(name), "{name} is not in the catalog");
            let m = ControlMethod::from_name(name).expect("from_name round-trips");
            assert_eq!(m.category(), Category::Peers, "{name} is a peers method");
            assert_eq!(m.routing(), Routing::Owned, "{name} is served by the shell");
            assert!(m.requires_auth(), "{name} must require the control token");
            assert!(!m.is_open_read(), "{name} is not an open read");
        }
        // The MUTATIONS need the MASTER token; the READ deliberately does not. `add` writes
        // standing, corroboration-free authority that outlives the token that wrote it — a paired
        // token must not be able to install it, and `remove` is the only way back out.
        assert!(ControlMethod::ChiaPeersAdd.requires_master_token());
        assert!(ControlMethod::ChiaPeersRemove.requires_master_token());
        assert!(
            !ControlMethod::ChiaPeersList.requires_master_token(),
            "list grants nothing that outlives the token; gating it would blind a paired client \
             to the trust state it is subject to"
        );
        // The COST, not merely the capability: the two methods that change the trusted set must
        // name the bypass. A summary that only described the action would let a client offer the
        // control while silently withholding what it gives up.
        for name in ["control.chiaPeers.add", "control.chiaPeers.remove"] {
            let summary = ControlMethod::from_name(name).unwrap().summary();
            assert!(
                summary.to_lowercase().contains("corroboration"),
                "{name} summary must name the corroboration bypass, got: {summary}"
            );
        }
    }

    /// **`control.config.setMirrorAdvertiseUrls` stays ORDINARY tier — it installs no principal.**
    ///
    /// It outlives the token exactly like `chiaPeers.add` and the proposed `config.setUpstream`
    /// promotion (this repo's #40) — the persisted override survives `pairing.revoke` just as
    /// theirs do. The discriminator this contract's own doc states is narrower than "outlives the
    /// token": whether the node will thereafter BELIEVE, OBEY, or SPEAK TO whatever was installed.
    /// `chiaPeers.add` makes the node trust a peer's chain answers without corroboration;
    /// `config.setUpstream` makes the node FORWARD calls to a third party. This method changes
    /// only what this node broadcasts ABOUT ITSELF in its own mirror-coin memo — the node never
    /// dials the value, never trusts bytes FROM it, and never forwards anything TO it. A caller
    /// cannot use it to make the node trust or obey anyone new, the same reason `cache.setCap` and
    /// `log.setLevel` stay ordinary despite also persisting.
    #[test]
    fn set_mirror_advertise_urls_is_ordinary_tier_and_config_category() {
        let m = ControlMethod::ConfigSetMirrorAdvertiseUrls;
        assert_eq!(m.name(), "control.config.setMirrorAdvertiseUrls");
        assert_eq!(m.category(), Category::Config);
        assert_eq!(m.routing(), Routing::Owned);
        assert!(m.requires_auth(), "a mutation on this plane is never open");
        assert!(!m.requires_master_token());
        assert!(!m.is_open_read());
        assert!(!m.is_pairing_admin());
    }

    /// **`control.mirror.reconcile` is ORDINARY tier and Collateral category.**
    ///
    /// It moves real $DIG, but by the same discriminator
    /// [`ControlMethod::requires_master_token`] states: it installs no principal this node will
    /// thereafter believe, obey, or forward requests to. Reconciling changes only which URL THIS
    /// node's OWN mirror coins advertise -- it never dials a value the caller supplies, never
    /// trusts bytes read from anywhere new, and never routes a call to a third party. That is the
    /// same reasoning `control.config.setMirrorAdvertiseUrls` and `control.collateral.margin.set`
    /// rest on, not an exemption because this method happens to spend money.
    #[test]
    fn mirror_reconcile_is_ordinary_tier_and_collateral_category() {
        let m = ControlMethod::MirrorReconcile;
        assert_eq!(m.name(), "control.mirror.reconcile");
        assert_eq!(m.category(), Category::Collateral);
        assert_eq!(m.routing(), Routing::Owned);
        assert!(m.requires_auth(), "a money-moving mutation is never open");
        assert!(!m.requires_master_token());
        assert!(!m.is_open_read());
        assert!(!m.is_pairing_admin());
    }

    #[test]
    fn every_method_has_a_nonempty_summary() {
        for &m in ControlMethod::ALL {
            assert!(!m.summary().is_empty(), "{} has no summary", m.name());
        }
    }
}