glm-5.3-flash
4d3ec3cc63
- vision: 'ALPN as a service' section (core is front-door-blind; v1 reduces to storage + ACL + protocol adapters); primary deployment target = public anonymous fetch, authenticated push, minimal ACL - alk-stack: concrete composability boundary (core+transport depend on alkcall types only; adapters replaceable) - AGENTS.md: convention 15 codifies the boundary Verified: none needed (markdown only)
alkgit Research Index
Phase 0 (exploration) research. Feeds phase 1 (architecture).
| Doc | Topic | Status |
|---|---|---|
| vision.md | Vision, guiding principles, non-goals, phase-0 checklist | draft v1 |
| gitoxide.md | gitoxide (gix) capability + version alignment | initial pass complete |
| alk-stack.md | alk stack fit, integration surface, gitea-lesson constraints | initial pass complete |
| git-protocol.md | Server-side git smart protocol inventory (what we own) | initial pass complete |
| reference-policy.md | Licenses, reference projects, reuse policy | complete |
| pocs.md | POC plan (what to validate before architecture commits) | planned |
Key findings so far
- gitoxide covers storage + pkt-line; the server half of the smart protocol is ours to write (gix-protocol/transport are client-side).
- Published gix 0.87.1 == local clone base; pin crates.io versions.
- alkcall
BiStreamis the natural substrate under pkt-line for both ssh and http paths. - The incompatible-license prior art confirms feasibility but contributes nothing; policy in reference-policy.md.
gixwithdefault-features = falserequires an explicit hash feature; workspace pinssha1with asha256passthrough feature everywhere.
Convergence criteria (phase 0 → phase 1)
Phase 0 is done when POC-1..3 have results and a recommended-approach
summary is written here (append below). Then the Architect produces
docs/architecture/ per sdd_process.