Skip to main content

schema-factory

Build, lint, ingest, compose Drescher-style schemas

소스 정보

저장소
SimHacker/moollm
최근 소스 활동
2026년 7월 18일 15:25
감지된 SKILL.md 언어
영어
스타
60
포크
5

설치 방법

기본적으로 소스를 먼저 확인하는 Prompt가 선택됩니다. 직접 명령으로 전환하거나 로컬 사본을 다운로드할 수도 있습니다.

소스 파일 검토

설치 여부를 결정하기 전에 SKILL.md와 SkillsMP에 표시된 보조 파일을 읽어 보세요.

파일 탐색기
10 개 파일

SKILL.md 표시 중

SKILL.md
소스 지침 · 읽기 전용 미리보기
name
schema-factory
description
Build, lint, ingest, compose Drescher-style schemas
license
MIT
tier
2
allowed-tools
["read_file","write_file","shell"]
related
["schema-mechanism","experiment","debugging","planning"]
tags
["moollm","schemas","drescher","deterministic","reasoning"]
credits
["Gary Drescher — Schema Mechanism (1991)","Henry Minsky — Blocksworld examples"]
# SCHEMA-FACTORY > **"Deterministic checks first, LLM second."** Build, lint, ingest, compose, and generate context for Drescher-style schemas. --- ## Why This Exists Gary Drescher's schema mechanism is strongest when it has: 1. **Prescriptive schema-schema** — what valid schemas must look like 2. **Deterministic layer** — evaluate and refine before asking the LLM 3. **Context generator** — emit only needed patterns and evidence The goal is **hybrid orchestration**: Python does deterministic work, Cursor/LLM handles synthesis, MOOLLM stays explicit about what came from where. --- ## Key Files | File | Purpose | |------|---------| | `SCHEMA-SCHEMA.yml` | Drives linting and ingestion | | `schema_tool.py` | CLI for all operations | | `examples/schema-example.yml` | Compact schema set | | `examples/henry-minsky-blocksworld.yml` | Classic microworld data | --- ## Quick Use ```bash # Validate schemas python3 schema_tool.py lint examples/schema-example.yml # Compose action chain toward goal python3 schema_tool.py compose --schemas examples/schema-example.yml --goal postgres-running # Generate LLM context bundle python3 schema_tool.py context --schemas examples/schema-example.yml --goal pyvision-running ``` --- ## Methods ### LINT Validate schema against schema-schema. **Input:** One or more schema files (YAML) **Output:** Pass/fail + diagnostics **Emits:** `schema_lint` **Checks:** Required fields, type validation, reliability range, non-empty context/result ```bash python3 schema_tool.py lint my-schemas.yml ``` ### INGEST Update schemas from experience logs or observed transitions. **Input:** Experience logs **Output:** Updated schema set + evidence counts **Emits:** `schema_ingest` **Deterministic:** No LLM calls; only schema updates ```bash python3 schema_tool.py ingest experience-log.yml --into my-schemas.yml ``` ### COMPOSE Build action chain toward goal. **Input:** Schema set + goal **Output:** Composed action chain + rationale **Emits:** `schema_compose` ```bash python3 schema_tool.py compose --schemas my-schemas.yml --goal target-state ``` ### CONTEXT Generate compact context bundle for LLM synthesis. **Input:** Schema set + goal + optional focus items **Output:** Compact context bundle **Emits:** `context_generate` **Includes:** id, action, context, result, reliability, extended_context, extended_results ```bash python3 schema_tool.py context --schemas my-schemas.yml --goal target-state --focus item1,item2 ``` --- ## Schema Structure ```yaml schema: id: "unique-identifier" action: "what-the-schema-does" context: - precondition-1 - precondition-2 result: - postcondition-1 reliability: 0.85 # 0.0-1.0 # Optional extended_context: [...] extended_results: [...] evidence_count: 47 marginal_attribution: {...} ``` --- ## Principles 1. **Deterministic checks first, LLM second** — Python validates before synthesis 2. **Emit events for traceability** — Know what happened where 3. **Prefer small, explicit context bundles** — Don't dump everything 4. **Schema-schema can evolve** — Via the same learning loop it governs --- ## The Schema-Schema The `SCHEMA-SCHEMA.yml` defines what valid schemas must look like: - Required fields and their types - Reliability range constraints - Context/result non-empty rules - Extension field patterns This is **prescriptive** — schemas that don't match get lint errors. --- ## Integration with LLM The factory provides **deterministic foundation** for LLM reasoning: ```yaml # 1. Python validates and composes schema_factory compose --goal postgres-running # 2. Output becomes LLM context "Here are the relevant schemas and a proposed action chain..." # 3. LLM synthesizes and refines "Based on these schemas, I recommend..." # 4. Results feed back into ingest schema_factory ingest --experience new-observations.yml ``` --- ## Dovetails With - [../schema-mechanism/](../schema-mechanism/) — Theoretical foundation (Drescher) - [../experiment/](../experiment/) — Schemas drive experiment design - [../debugging/](../debugging/) — Schema failures are bugs to investigate - [../planning/](../planning/) — Schema composition is planning --- *"Validate structure. Compose plans. Generate context. Let the LLM shine where it should."*
GitHub에서 보기