forked from EduCraft/curriculum-project-hub
sjfhsjfh
7e76482a31
The heart of the pipeline. Embeds the typst 0.15 compiler as a library to compile-check a lesson and export a PDF, with diagnostics mapped back to source spans (the product's value). - LessonWorld: a typst World over the engineering-file directory tree. vpath = real relative path (ADR-0007); the per-target driver is mounted in-memory as `main` (.cph/driver-<target>.typ, never written to disk); @local/cph-render is resolved from render_dir (CPH_RENDER_DIR / with_render_dir), no package install or network. Fonts via typst-kit FontStore (system CJK). - Driver generation: from the manifest, per target — static root-relative `include` of each content file (⇒ module body content, ADR-0006), assembled into the frozen `display(info, target, parts)` call; optional lemma proof emitted only if proof.typ exists; example `source` scalar threaded through. - Diagnostics: typst SourceDiagnostic (errors + warnings) → cph_diag::Diagnostic. 0.15 DiagSpan handled via span.id() + WorldExt::range → file-relative SourceSpan with 1-based line/col; driver-internal spans re-pointed with a "generated driver" hint, never dropped. typst hints/trace carried through. - Engine API: new / with_render_dir / compile_check / build_pdf. - 6 tests incl. build_pdf_with_real_render — full World→driver→cph-render→PDF producing real PDF-1.7 output (student 42KB / teacher 54KB). clippy/fmt clean. Also fixes render/typst.toml `compiler = ">=0.15.0"` → `"0.15.0"`: typst 0.15's manifest parser rejects a `>=` comparator on the compiler field (the 0.14 CLU WU-2 tested against was lenient). This unblocks loading the real render package. Pinned: typst/typst-pdf/typst-syntax/typst-library/typst-layout/typst-kit =0.15.0. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
30 lines
1000 B
Typst
30 lines
1000 B
Typst
// Minimal stand-in for the real `cph-render` package, used so cph-typst's
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// World / compile / PDF path can be proven independently of WU-2.
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//
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// It exercises the same call shape as the real entry: it reads `info`, walks
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// `parts` IN ORDER, and renders each part's content fields by `kind`. Content
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// values are already-evaluated content (the driver produced them via include).
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#let display(info: (:), target: "student", parts: ()) = {
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set document(title: info.at("title", default: ""))
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[= #info.at("title", default: "")]
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[target: #target]
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for p in parts {
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let kind = p.at("kind", default: none)
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[== #kind]
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if kind == "segment" {
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p.textbook
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} else if kind == "lemma" {
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p.stmt
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let proof = p.at("proof", default: none)
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if proof != none { proof }
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} else if kind == "example" {
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p.problem
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p.solution
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let src = p.at("source", default: none)
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if src != none [来源：#src]
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} else if kind == "sop" {
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p.sop
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}
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}
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}
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