lsm / neokai / 25969550523

81%

push

github

Design Space actor communication model (#1920)

* docs: design Space actor communication

Define a universal actor-addressed messaging model for Space humans, sessions, long-term agents, workflow workers, and system actors so future implementation can replace one-off routing paths.

* docs: clarify Space messaging migration details

Address review feedback by specifying actor status semantics, complete MCP skip replacement rules, and MCP tool collision constraints.

* docs: clarify Space task workflow context model

Keep task and workflow out of the initial LLM-visible conversation model, preserving direct worker delivery while documenting future timeline surfaces.

* docs: tighten Space messaging migration details

Clarify legacy task-agent delivery, role-addressed escalation, worker alias scoping, inactive worker seeding, and pending-message status migration.

* docs: preserve workflow payloads in messaging design

* docs: clarify messaging substrate scope

* docs: simplify Space messaging design

* docs: tighten minimal messaging contract

* docs: refine messaging compatibility rules

* docs: clarify coordinator actor role

* docs: update messaging plan for task-agent removal

* docs: clarify conversation grouping model

* docs: simplify message record and remove MessageContext

* docs: fix fan-out semantics, require target, add slash escaping note

* docs: align wrapper with required target, add pending fan-out, fix space-agent reply routing

* docs: fix migration targetKind, role fan-out, inactive queuing, wrapper input, image mapping

* docs: add role queuing, UUID mapping, topology checks, context-free worker scope

* docs: add pending-row MessageRecord mapping, topology + queuing for rule 6, delivery createdAt, fix node_id wording

* docs: fix sender-kind resolution in migration, preserve original targets, require run context for @worker:<node>

* docs: disambiguate worker sender in migration, clarify non-UUID node_id resolves to single match
... (continued)

8213 of 11427 branches covered (71.87%)

Branch coverage included in aggregate %.

64861 of 75537 relevant lines covered (85.87%)

306.17 hits per line