marfrit/aish - aish - marfrit's space

marfrit/aish

Fork 0

Commit Graph

Author	SHA1	Message	Date
marfrit	5878f7347b	docs/PHASE2: analyze — lmcp v0.5.4 probed, transport simplified Live-probed against lmcp v0.5.4 (boltzmann) + hossenfelder broker proxy: Transport simpler than spec: - lmcp only implements POST-per-RPC with Connection: close; no held-open SSE channel. Combined with capabilities.tools.listChanged=false, no client-side listener is needed in v1. Drops the planned M.get_sse addition to ffi/curl.lua — Phase 1's M.post covers MCP. Bearer auth is universal across the fleet — config schema grew auth_token (literal) and auth_env (env-var indirection) fields per server, mirroring PHASE0 §10's key_env convention. Streaming tool_calls delta shape verified — accumulator by `index`, function.arguments arrives as chunked JSON-string. Matches the formulate-phase assumption in §5. Resolutions: Q17 transport abstraction — POST-only, no SSE channel for lmcp. Q21 error mapping — result.isError (model-recoverable, feed back as tool turn) vs JSON-RPC error (unknown method/tool, transport-level). Q18 role:"tool" turn — accepted at protocol level (live-probed). Mistral-nemo template verification blocked by the hossenfelder model-field routing bug; full closure carried to Phase 7 verify. Open-end recorded in §11: the hossenfelder proxy routes every request to the loaded fast model regardless of model field, blocking Phase 2 testing against mistral-nemo specifically. Parallel to the SSE buffering issue at marfrit/aish#15; same root (boltzmann proxy code). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>	2026-05-12 09:51:03 +00:00
marfrit	ec6793c93c	docs/PHASE2: formulate — MCP client + tool-calling bridge Phase 2 formulate manifest. Three pillars per PHASE0.md §11 row 2: mcp.lua (JSON-RPC 2.0 over HTTP+SSE, target: lmcp), tool-calling bridge (OpenAI tools field <-> MCP tools/call), and the safety.lua authorization gate (per-call confirm + auto_approve policy). Resolves PHASE0.md §13 Q6–Q10: Q6 CMD: + tool-calls coexist; substrate §3 unchanged Q7 config-declared servers + runtime :mcp connect Q8 per-call confirm default, auto_approve policy in config Q9 hybrid system prompt: static frame + dynamic tools body field Q10 streaming-from-day-one on Phase 1 SSE; on_delta widens to (kind, payload) New questions tracked in §11 (Q17–Q22): transport abstraction, role:tool vs prefix injection (mistral-nemo template verification needed), large tool-result handling, parallel dispatch, error mapping, aish-as-MCP-server (parked). §4 module layout amended: mcp.lua slots between broker.lua and router.lua. The amendment is documented in this manifest; the actual §4 table edit lands when implementation starts (Phase 2 implement phase). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>	2026-05-12 09:23:53 +00:00

Author

SHA1

Message

Date

marfrit

5878f7347b

docs/PHASE2: analyze — lmcp v0.5.4 probed, transport simplified

Live-probed against lmcp v0.5.4 (boltzmann) + hossenfelder broker proxy:

Transport simpler than spec:
- lmcp only implements POST-per-RPC with Connection: close; no held-open
  SSE channel. Combined with capabilities.tools.listChanged=false, no
  client-side listener is needed in v1. Drops the planned M.get_sse
  addition to ffi/curl.lua — Phase 1's M.post covers MCP.

Bearer auth is universal across the fleet — config schema grew
auth_token (literal) and auth_env (env-var indirection) fields per
server, mirroring PHASE0 §10's key_env convention.

Streaming tool_calls delta shape verified — accumulator by `index`,
function.arguments arrives as chunked JSON-string. Matches the
formulate-phase assumption in §5.

Resolutions:
  Q17 transport abstraction — POST-only, no SSE channel for lmcp.
  Q21 error mapping       — result.isError (model-recoverable, feed
                             back as tool turn) vs JSON-RPC error
                             (unknown method/tool, transport-level).
  Q18 role:"tool" turn    — accepted at protocol level (live-probed).
                             Mistral-nemo template verification
                             blocked by the hossenfelder model-field
                             routing bug; full closure carried to
                             Phase 7 verify.

Open-end recorded in §11: the hossenfelder proxy routes every request
to the loaded fast model regardless of model field, blocking Phase 2
testing against mistral-nemo specifically. Parallel to the SSE
buffering issue at marfrit/aish#15; same root (boltzmann proxy code).

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>

2026-05-12 09:51:03 +00:00

marfrit

ec6793c93c

docs/PHASE2: formulate — MCP client + tool-calling bridge

Phase 2 formulate manifest. Three pillars per PHASE0.md §11 row 2:
mcp.lua (JSON-RPC 2.0 over HTTP+SSE, target: lmcp), tool-calling bridge
(OpenAI tools field <-> MCP tools/call), and the safety.lua
authorization gate (per-call confirm + auto_approve policy).

Resolves PHASE0.md §13 Q6–Q10:
  Q6  CMD: + tool-calls coexist; substrate §3 unchanged
  Q7  config-declared servers + runtime :mcp connect
  Q8  per-call confirm default, auto_approve policy in config
  Q9  hybrid system prompt: static frame + dynamic tools body field
  Q10 streaming-from-day-one on Phase 1 SSE; on_delta widens to (kind, payload)

New questions tracked in §11 (Q17–Q22): transport abstraction, role:tool
vs prefix injection (mistral-nemo template verification needed), large
tool-result handling, parallel dispatch, error mapping, aish-as-MCP-server
(parked).

§4 module layout amended: mcp.lua slots between broker.lua and router.lua.
The amendment is documented in this manifest; the actual §4 table edit
lands when implementation starts (Phase 2 implement phase).

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>

2026-05-12 09:23:53 +00:00

2 Commits