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Picture the whole framework, then pin the element-kind language layer. System platform layer — rebuild the semantics likec4 can't draw (ADR-0001..0004): - Prelude: opaque Identifiers carrier (ProjectId/RunId/SessionId/Principal) - System/Run: RunState + Terminal subset (set completeness left OPEN, no invented pending) - System/Lock: lock owner=run (typed), LockTable exclusivity, WellFormed invariant (a lock holder must be a non-terminal run — couples Lock and Run) - System/Permission: read<edit<manage role lattice, capability derivation, can_mono monotonicity theorem; force-release sits outside the lattice (admin-only) - System/Audit: intentionally thin (mostly plumbing, OPEN) Courseware product layer — split the single Lesson file into focused modules and fix doc tautology: Primitives / Element / Lesson / Render / Diagnostic, plus QuestionBank and Course skeletons (core relations OPEN, not invented). Diagnostic upgrades WarnsIgnored into a severity-tagged checker rule. Element schema + rich-content model (ADR-0006, ADR-0007): - docs/adr/0006: kind schema is declarative JSON Schema; field types are built-in scalars plus a `content` extension; a `content` value is typst source taken as module body; rich content must carry a VirtualPath (else click-to-jump and relative import break — verified against typst source); import boundary = within the engineering file + @package - docs/adr/0007: on-disk form is a real directory tree (agent/grep friendly); VirtualPath = real relative path; layout conventions deferred - spec/Courseware/RichContent: prose anchor for rich content (opaque VPath, RichContentRef); ElementData kept abstract — JSON/typst internals are implementation detail, not contract lake build green (18 jobs), no sorry, toolchain v4.31.0. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
37 lines
1.3 KiB
Lean4
37 lines
1.3 KiB
Lean4
import Spec.Courseware.Primitives
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/-!
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# Render —— 渲染配置矩阵
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ADR-0005:某 kind 在某 target 下如何呈现,由一份 **(kind × target) 配置矩阵**决定;
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矩阵住在工程文件里,框架给 default、文件可 override。本模块只建矩阵结构与"是否已
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配置"的判定;规则的**内容**(`RenderRule`)是 OPEN,不碰。
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-/
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namespace Spec.Courseware
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variable (P : Primitives)
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/--
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渲染配置矩阵(`PINNED`, ADR-0005)。
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`rule k t = none` 表示 (kind `k`, target `t`) 这一对**尚无渲染规则**;`some _` 表示
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有。框架默认与文件 override 最终都坍缩成这一个映射——契约不区分"默认值"与"用户改
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过的值",只看最终矩阵在每一格的有无。
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-/
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structure RenderConfig where
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/-- (kind, target) ↦ 该对的渲染规则(无则 `none`)。 -/
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rule : P.KindId → P.TargetId → Option P.RenderRule
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/--
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kind `k` 在 target `t` 下**已配渲染规则**(`PINNED`, ADR-0005)。
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即矩阵该格非空。`covers` 为假即"此 kind 在此 target 下无从渲染"——checker 据此报
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警(见 `Spec.Courseware.Diagnostic`)。`P` 隐式,以便 `c.covers k t` 点记法可用。
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-/
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def RenderConfig.covers {P : Primitives} (c : RenderConfig P)
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(k : P.KindId) (t : P.TargetId) : Prop :=
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(c.rule k t).isSome
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end Spec.Courseware
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