types.clj held the inferencer, the success-type checker, and the driver in one 716-line namespace. Move the self-contained checker into jolt.passes.types.check: the error-domain predicates (not-number?/not-seqable?/not-callable?), the op tables, type-name, check-invoke, and the user-fn registry. These are pure over inferred types and the run's env cells, with no inference, so a check-rule edit can no longer perturb the inferencer. The infer-coupled probes stay in types.clj — isolated-diag-count and check-user-call re-run inference, so moving them would make check depend on the inferencer and reintroduce the cycle. Verbatim move; new ns wired into ei-compiler-ns-files; seed re-minted to the byte-fixpoint. |
||
|---|---|---|
| .. | ||
| image.ss | ||
| prelude.ss | ||
| README.md | ||
Chez bootstrap seed
These two files are the bootstrap compiler for jolt — the seed that makes the build self-hosting:
prelude.ss— theclojure.coreprelude (all tiers + clojure.string/walk/ template/edn/set/pprint) as Schemedef-var!forms.image.ss— the compiler image (jolt.ir+jolt.analyzer+jolt.backend-scheme) as Schemedef-var!forms.
Both are generated, not hand-written. They are checked in because a fresh
checkout must be able to build jolt-on-Chez using only Chez: host/chez/bootstrap.ss
loads this seed, then rebuilds the prelude + image from the .clj/.ss sources via
the on-Chez compiler (read → analyze → emit, all on Chez). The seed is a joint
byte-fixpoint: rebuilding from an up-to-date seed reproduces it exactly.
make selfhost (host/chez/selfcheck.sh) runs host/chez/bootstrap.ss and diffs
the rebuilt artifacts against the checked-in seed.
Re-minting
When the seed sources change (the core tiers, the compiler namespaces, the host
contract, the reader, emit-image.ss), the seed drifts and make selfhost
fails. Re-mint it by running host/chez/bootstrap.ss and writing the freshly
rebuilt prelude/image back to host/chez/seed/prelude.ss /
host/chez/seed/image.ss, then commit the refreshed files.