The verbs answered the holder's own shapes (missing and ended, a part named digest, versions as bare strings, held as
the publish's event) while the seat definitions, now generated into mesh-contracts, name lacks and held, part,
versions of artifacts, tags with digests and a hold's own body. A build module using mesh-sdk's parts helper would
have read no lacking part and sent nothing. The bundle now takes and answers the contract's types and says each
event in its body; an image's manifest is the part whose digest is the publish's, as the contract names no media
type, and a hold on the image seat is of a copied base.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
The program had no test that runs it whole. This one starts run() on a nats-server of its own, with the registry
container faked on the loopback and node_haves and manifest-reads answered on their call subjects: an away node holds
both windows open, its return closes them, each closing said once on distribution.events, a direct write is then
refused, reads stay open, the health check answers through the program's port, and a waiter on published wakes on
none of the windows' events.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
The program serves the store's port 5000 in front of the registry container, now on the node's loopback
(127.0.0.1:5001), listed before the program so the port is free when it starts (E14). The tools bundle serves
each seat's verbs as <seat>.<verb> and registry_incoming, registry_holds, registry_old_name and
registry_direct_writes, on distribution's own account, with the caller the tool runner proved. The manifest
claims container-image-registry and oci-artifact-registry with their verbs, keeps mesh-artifact-store and
provides artifact-store until the old name closes (E15), asks its bus state in requires (incoming, transfers,
holds, windows, findings, events) and declares its health outside the program. The bootstrap's one-off
credential is discarded at the first publish answered.
Not yet: the runtime's object store helper for incoming (mesh-sdk), the windows' driver on delivered and
manifest-reads-changed, the read-side health probe calling versions per seat.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
The holder answers publish and publish-part into incoming (parts of at most 1 MiB, resumed from what is held,
hashed, only the missing layers sent, 20 GiB with its 80 % finding and a refusal at the cap, a transfer idle 24
hours dropped), asks builder_versions before it stores, and says published or refused (design 51 *Publishing*,
ADR 0605 §4, ADR 0611). versions, remove (a tagged version; untagged only for the sweep's retention, which a
hold keeps), hold and release (ADR 0617 §2: the sweep alone; the operator's session by hand; never
distribution's own account), tags and mirror. The caller list is a trusted config value checked against the
caller the tool runner proved. The store's port is the program's: reads open, writes refused but while the
direct-write window is open (never over a tag published through the seat) or with the bootstrap's one-off
credential. The old-name and direct-write windows read every node, away ones included, close once, and name a
node holding them seven days.
Claude-Session: https://claude.ai/code/session_01JG73KJNrH5EgFXMKKYSrig
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