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Roadmap

Milestones are independently valuable and gated. Browser is a first-class design constraint from day one (the core compiles to wasm32, CI builds it); the first implementation is the lean native core.

  • M0 — Bootstrap & encoding spike (this commit): new repo, 7-crate workspace skeleton, CI (incl. wasm + io-guard + msrv), skills, docs templates, LICENSE. Spike: rkyv vs MsgPack vs FlatBuffers on the real wasmtime path; go/no-go = adopt rkyv only if ≥1.5× over MsgPack on real-path throughput, else MsgPack. Record before freezing the ABI. DONE: rkyv wins ≈11.3× over MsgPack (≈4.6× over FlatBuffers) on the real path → GO (rkyv); encoding no longer provisional. See research/encoding-spike.md.
  • M1 — Lean core: tzlint_ast (frozen AST), tzlint_core (markdown-rs parser + mdast→index transform, multi-format config + presets, document-level cache, single-traversal engine, position mapper, io + Host abstraction), Diagnostic/Fix model + autofix, tzlint_rules starter set, tzlint_cli (lint/fix/init/rules, text/JSON/SARIF), full tests + docs. The earlier tsuzulint prototype is an implementation reference only — it has no users, so M1 ships no formal migration-parity gate.
  • M2 — Morphology: language-neutral provider; Japanese first; MorphologyV1 table; dynamic (non-embedded) dictionary provisioning; dictionary-version cache key.
  • M3 — Plugin ABI (native): tzlint_abi transport + calling convention on wasmtime (instance reuse/pooling); tzlint_pdk; ABI golden-byte tests; benchmarks.
  • M4 — Browser: web/ wasm bindings + playground; shared-memory ABI; COOP/COEP; AST-integrity posture decided.
  • M5 — LSP: full LSP over the shared engine with CLI parity; editing-latency strategy (full reparse + debounce; block-level incremental cache, correctness-gated).
  • M6 — Registry: migrate the SSRF/security module intact with its tests; two-layer trust model (IPv4+IPv6) + authenticated private-repo access.