Repository navigation
Typed Behavior Usage 56b EN
한국어 · Pre-observation plan · Results · Runtime hint tool
riido-typedaudit is a maintainer Go tool for preparing learning evidence. It compares observed values, error identity, input mutation, memory ownership and acquire/cleanup ordering against independent finite literal tables. Incomplete code descriptions remain unknown. Requests sharing sources, candidates, counterexamples or helpers are connected transitively.
The auditor is not a model router or ranking model. Runtime hints belong to the separate riido-shortclaim tool. This audit downloads or trains no model and changes neither Codex integration nor default settings.
Build from the repository root using Go1.27.1. No Python or API key is required.
mkdir -p bin .cache
CGO_ENABLED=0 go build -trimpath -o bin/riido-typedaudit ./cmd/riido-typedauditPreparation writes a new fixture from authored requests fixed in source. It executes no candidates, group audit or ranking. Use a new directory name: an existing output directory is rejected.
./bin/riido-typedaudit --stage prepare --out .cache/typed56b-preparation-exampleprobes.json contains original text and fixed source/bundle digests. There is no automatic label generation for arbitrary work code. Known labels require the exact reviewed request/candidate captions and source bindings. Fitting the caption budget does not establish semantic completeness.
The results document provides the official replay command and exact plan digest. Auditing verifies the plan, source manifest, compiled sources and both input files, then decodes the same verified input bytes. It writes legacy48-request truth, new24-request truth and combined72-request relations to a new results.json, without overwriting existing files or output directories.
whole_group_gate_pass differs from labeled_group_gate_pass. Unknown-only groups retain their relation edges but cannot satisfy the labeled minimum. Even if both pass, training_execution_ready remains false: this plan assigns no roles and authorizes no fitting, weights, model calls, final evaluation or production activation.
CPU execution uses1 thread with a256MiB Go-heap soft limit. This is neither a total-process RSS/GPU memory cap nor a measured inference result. Distinguish offline go/types auditing, which needs the Go installation's standard-library type metadata, from the small fixed-array runtime hint tool. Do not put this maintainer auditor in the path for repeated low-cost production requests.
People can read public unknown reasons and group relations. Agents can inspect fixed error codes, exit status and JSON. Errors do not echo input, caller-selected personal paths or code. Raw profiles, real work inputs, credentials and weights do not belong in Git.
riidolaya is experimental. No demonstrated Codex cost savings; repository selection is preview-only.
riidolaya는 실험 단계입니다. Codex 절감은 미입증이며 저장소 선택은 preview입니다.
English README · 한국어 README · Versioned Wiki sources / Wiki 원본
이전 연구 안내 펼치기 / Earlier research
- 실제 이어 학습 V3 · 한국어 · Actual V3 training · English
- 진행·완료 보고·질문100건 결과 KO · 100-case results EN
- 라벨·이모지·상태 힌트 KO · Content/state hints EN
- 개발 진행·완료 보고·질문 pilot KO · Development pilot EN
- 작은 검증 기록 KO · Compact evidence EN
- 현재 개발 자료 35개·다음 학습 조건 · 35-row data and next training gates
- 개발용 학습 자료 2개 · Two qualified training requests
- 첫 두 과제 실제 관측 · First two actual observations
- 전체 사용법 KO · Full usage EN
- 작은 동작 힌트 KO · Small hints EN
- 설명 보강 비교76 · Caption diagnostic76
- Go 압축 가중치78 · Packed Go weights78
- 공개 함수 동작 검증 · Public function verification
- 다음 학습 자료 준비 · Training data preparation
- 동작에서 학습 정답·실제 학습79 · Grounded labels and actual fit79
- 소스 동작 관찰 · Source observations
- 저장 크기와 RAM · Storage and RAM
- 라이선스 · Licensing
- 시점별 기록 원문 / Chronological history
- 전체 연구 링크 / Full research index
- 문서 목록 / Documentation