octoturge
f94e59a981
They described the old flat continuum/v1 shape, replaced by the material/printer/vendor restructure. Nothing outside this repo imported them (checked continuum-proxy, continuum-ai-worker, continuum-backend, continuum-app). Left both packages in place as empty shells - add a hand-written mirror back per new schema file once something actually consumes it.
continuum-schemas
Single source of truth for the Continuum data model. Everything here is JSON Schema, compiled into two consumer packages:
packages/ts-types- hand-written TypeBox schemas undersrc/schemas/used for runtime validation incontinuum-backend's ElysiaJS routes.packages/rust-types- a Rust crate (continuum-rust-types) with hand-written,serde-derived structs forcontinuum-proxyandcontinuum-ai-worker.
Layout
schemas/continuum/v1/ Continuum's own domain model (PrintJob, Template, ...)
schemas/bambulab/ Bambu Lab MQTT wire schemas (v1/v2, report + request)
packages/ts-types/ TypeBox schemas (hand-written, mirrors schemas/)
packages/rust-types/ serde structs (hand-written, mirrors schemas/)
schemas/continuum/v1/*.schema.json is the canonical shape for each
domain object; packages/ts-types/src/schemas/ and
packages/rust-types/src/lib.rs both mirror it by hand. There are only
four small, stable DTOs here (PrintJob, MaterialProfile,
PrintParameters, Template), so keeping two hand-synced copies in sync
is less overhead than running a codegen pipeline (protoc/ts-proto/
prost-build) nothing actually consumed - see git history for the
protobuf version this replaced, and why it was dropped: every service in
this system talks JSON (JSON Schema for the wire, TypeBox/serde for
runtime validation), so protobuf's actual value - a single schema compiled
into a compact binary wire format for both languages - never applied.
Whenever a domain schema changes, update all three by hand: the JSON Schema file, the TypeBox schema, and the Rust struct.
Build / verify
Requires npm install at the repo root, and a Rust toolchain, first.
npm install
npm run build:rust # cargo build, confirms the Rust structs compile
npm run typecheck # tsc -b, confirms the TypeBox schemas compile
There's no build:ts step - the TS side is hand-written, not generated.