Add the fail-closed recovery regression: reopening a store holding
durable observation intents must fail without the registered schema
table — neither a null channel host nor an empty one (no registered
schemas) can admit the frozen intents, so recovery is refused at the
session_registry_impl.hpp channel guard.
Cut speculative generality with no consumer: the channel_descriptor
on_exchange callback and its exchange_hook plumbing in
enqueue_observation_intent return when the wallet-bridge unification
lands; likewise channel_host::catalog() and channel_catalog_entry had
zero callers and no authorized RPC.
Consolidate the identical 128-byte bounded charset identifier and
64-hex digest grammar (previously duplicated in guest_channel.cpp,
session_registry_impl.hpp, and observation_intent_unix_server.cpp)
into src/control/channel_identifier_grammar.hpp without changing
semantics, and document the cached-replay vs registry-replay response
divergence plus that channel_id is registration metadata only
(registry admission matches by schema_id).
Generalizes the PR #23 guest observation plumbing into a schema-agnostic
specialized-channel layer while keeping all harness policy out of core.
Generalized admission (F2/HIGH):
- New channel_descriptor/channel_host interface (include/glove/control/
guest_channel.hpp): hosts register {channel_id, schema_id,
body_validator, bounds{max_items, max_body_bytes, max_ttl_ms,
max_skew_ms}, on_exchange} at registry construction; core keeps only
structural invariants (identifier charset, digest hex, TTL/skew
arithmetic, capacity, idempotency) and delegates body semantics to
registered validators.
- The closed two-schema check in session_registry internals is removed:
glove_observation_schema, glove_sxxx_proposal_* constants and the
fixed SXXX digest move out of session_registry_impl.hpp. The Sage
schemas are now registered by the harness adapter
(apple_detail::sage_guest_channel_host) and gloved_main wires the host
into the registry; schema strings appear only in harness-adapter and
test-fixture registration examples.
- enqueue_observation_intent binds intents to the session's PARSED
runtime_id; the hardcoded sage_guest_runtime equality checks are
removed from session_registry.cpp, session_registry_recovery.cpp and
valid_record_shape. Replay of a now-unregistered schema fails closed
(open_or_create rejects stores carrying unadmitted intents), and
enqueue without an admission table is rejected. The observation
socket server takes runtime_id from configuration instead of
hardcoding "sage-guest". The observation body hash domain becomes the
harness-neutral "glove.observation-body.v1" (pre-merge delta; no
on-disk compatibility is preserved).
Recovery fix (F1/HIGH):
- same_session_snapshot now neutralizes state, running_at_ms and
policy_revision before comparing frozen intent/disposition snapshots
against the bound session record, so lifecycle progression and policy
revision advances never read as a binding crossing; every other
frozen-field difference still does. Exposed for tests. Regression
tests cover running->stopping and stopping->exited transitions plus a
late post-exit disposition end to end (destroy/reopen), and a
snapshot-identity unit test pins the neutralization (and proves
non-neutralized fields still cross). Note: an empirical probe showed
the previously-claimed failure does not reproduce under ordered
journal replay because intent/disposition records freeze the session
record they were appended from; the neutralization is applied as the
defensive fix the memo requires and is now pinned by tests.
Hardening:
- F3: peer-uid verification (SO_PEERCRED / LOCAL_PEERCRED) on observation
socket accepts, configurable expected uid, rejecting unexpected peers
before any frame is read.
- F4: the replay cache is a bounded LRU (configurable capacity), so the
old fixed 1024 cap can no longer permanently kill the channel; the
durable registry remains the authoritative idempotency layer.
- F5: transient wait/accept errors (EINTR/EAGAIN/ECONNABORTED/EMFILE/
ENFILE/ENOBUFS/ENOMEM) are retried inside serve_one_for with a bounded
backoff ladder; only persistent or fatal errors surface. The Apple
worker loop absorbs persistent failures up to a consecutive-failure
bound and emits an audit event (new audit action "observation") on
repeated failures instead of dying on the first hiccup.
- F6: env/mount names generalized to GLOVE_GUEST_OBSERVATION_SOCKET /
GLOVE_GUEST_OBSERVATION_TOKEN_FILE and the in-container token path to
/home/agent/.glove-observation-token (Apple runtime, docs).
Apple boundary: the soft lifecycle_operational() definition is unchanged;
the lifecycle-disabled lane now additionally asserts start_session/
stop_session deny with method_not_found and leave the registry untouched
(denial before side effects; the observation service only constructs
inside a lifecycle-gated start).
Docs: architecture.md and session-policy.md describe the guest
specialized-channel admission model and the peer-uid/env naming.
Validation (umask 0022):
- cmake --preset dev/asan/tsan + build + ctest: 100% (76/76) in each
configuration; asan/tsan are warnings-as-errors builds.
- git diff --check clean; changed files clang-formatted with Homebrew
llvm@22 against the repo .clang-format.
- No fuzz target exists for the queue/registry (fuzz/ covers plans,
bundles, manifests, MCP codec, jsonpath only), so no fuzz corpus run.
- control_remote_validation_executor is a pre-existing load-sensitive
sleep-race test; it flakes identically on the unmodified pr23-head
baseline under CPU load (verified 1/6 both trees) and always passes
isolated.
Files: 23 changed (+~1500/-~360), including new guest_channel.{hpp,cpp}.
Signed-off-by: 0xkite <me@hack4kites.dev>
Bind Glove-owned Pi adoption snapshots to launch profiles and receipts while keeping host state out of private homes. Add an offline hostile-content policy and repeatable Linux service setup.
Keep credentials and network access behind authenticated, audited brokers while binding launch adapters, immutable closures, recovery identities, receipts, and cleanup to the approved plan. Add Apple Container and Linux release lanes without weakening the outer sandbox.
Run the Linux service in a delegated user and mount namespace and preserve precise owner-local launch diagnostics while keeping remote denials generic.
Accept validated v2 session plans without bypassing direct-write consent, and bind explicit native runtimes through the same managed launch and receipt boundary.
