Review round 2 of the registry milestone:
- security F2: the spend record leaves requests, which the tools write as the tool runner's account, for state spent,
named in the keeper's bus.state and declared read-only (the lead's 18:1x ruling: the tools read it, never write);
nats_requests lists the warrants spent from it;
- running F1: the fill pass also runs while the manifest-accepted consumer is bound again;
- health note 3: an event said on the seat's subject and refused by its history is kept with its one id and said again
on the history alone, never again with a new id;
- seams note 3, health note 4: words unsaid with a status that cannot be written raise the keeper's own condition
status-unwritten, cleared when it is written; the health names what a restart would lose.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
Review round 1 of the registry milestone (design 25 § 12.2, § 12.3, § 12.7):
- the fill pass runs from the start, while the first view is asked;
- recreate and drop wake on the operator channel's decided on the keeper's durable consumer, never a minute's tick;
- a warrant is spent by compare-and-set (acted.<ask id> in requests) before anything is deleted; a second request on it
is refused; a request whose ask ended unanswered is ended, said; the ask is raised before the request is handed;
- created is marked only once said; an event or a condition the bus did not take is kept, named by the health and
said again at the next fill pass with its one id, on the subjects left (the double publish);
- the health judges the first view past its bound and never skips an unread consumer backlog;
- an unrecordable hand act is said on the request; nats_requests reads what waits, what ended and each warrant spent,
and drops a waiting request by hand; a tool waits for its request's end on one watch of requests;
- the whole-module test reads the warrant from the router's record under a process connection.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
mesh-sdk holds neither asks nor asker, nor the vault's answer types, and mesh-delivery's
sdk/views is mesh-sdk's go/views (a1-progress.md, the rewrite map for the join): thirteen
modules switch to the operatorchannel contract and client, mesh-sdk's channel package and
meshvault, with go.mod requiring each at the group pin (nats: meshbroker too). The gate
holds the checks mesh-sdk dropped (an ask's id is its key's asking, at least one option),
with a row that fails without them; claude-code refuses a router record whose times do
not parse, as its JSON decode did, with a row.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
The bus module's tool hands the ask to the keeper through its own state
requests (design 25 § 12.2), as the caller the tool runner proved; the keeper
asks indexer_bus_state at once beside its backoff, applies what it answers,
records the hand act and writes back what it answered and at which revision.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
The bus module's tools hold no grant of the seat's acting verbs (design 25
§ 12.3): nats_create, nats_apply, nats_recreate and nats_drop write a request
into the keeper's own state requests, stamped with stdio.CallerOf (a name in
the arguments is never the caller), and read its end back. recreate and drop
raise the operator's ask first, its option binding exactly that act; the
keeper acts only on the router's warrant for it (Warrant.For, Option.Performs),
after a snapshot of the entry's streams (bussnap, moved from the snapshot
command with a streams filter), says recreated or dropped, and records every
act as a hand act through mesh-hand-acts. A drop removes an orphan alone.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
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