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Proctor Architecture

Proctor の trajectory model、metrics、attribution、reporting、web UI の構成。

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Proctor Architecture

Proctor は、recorded trajectory を sample として読み込み、deterministic metrics と optional LLM judge で採点し、failure attribution と report generation までを単一 Go binary で実行します。

flowchart TB
    subgraph Input["Inputs"]
        DATASET[JSON / JSONL dataset]
        OPENAI[OpenAI chat exports]
        LANGGRAPH[LangGraph exports]
    end

    subgraph Core["Core evaluation"]
        INGEST[ingest<br/>format detection + conversion]
        TRAJ[trajectory<br/>Sample / Step / ToolCall / Span]
        METRICS[metrics<br/>deterministic + judge metrics]
        ATTR[attribution<br/>locate + evidence + root cause]
    end

    subgraph Judge["Optional LLM judge"]
        JURY[multi-model jury]
        CACHE[cache / rate limit / meter]
        LLM[OpenAI-compatible endpoint]
    end

    subgraph Output["Outputs"]
        REPORT[report<br/>JSON + Markdown]
        DIFF[diff<br/>v1 vs v2]
        GATE[gate<br/>CI exit code]
        WEB[web<br/>embedded dashboard]
    end

    DATASET --> INGEST
    OPENAI --> INGEST
    LANGGRAPH --> INGEST
    INGEST --> TRAJ
    TRAJ --> METRICS
    METRICS --> ATTR
    METRICS -.-> JURY
    JURY --> CACHE
    CACHE --> LLM
    ATTR --> REPORT
    REPORT --> DIFF
    REPORT --> GATE
    REPORT --> WEB

Packages

Package Responsibility
trajectory/ core data model: Sample, Step, ToolCall, Span
metrics/ metric interface と deterministic agent metrics
metrics/judge/ LLM-as-a-Judge plumbing: jury、cache、rate limit、meter
attribution/ failure location、evidence chain、root cause classification
ingest/ dataset loading、OpenAI / LangGraph trace conversion
report/ JSON / Markdown rendering、diff、gate
web/ embedded zero-dependency visualization UI
llmjudge/ OpenAI-compatible LLM client
cmd/proctor CLI entrypoint

Evaluation flow

  1. dataset / external trajectory export を読み込む
  2. sample と step の normalized model に変換する
  3. deterministic metrics を実行する
  4. judge metrics が有効な場合は OpenAI-compatible endpoint に問い合わせる
  5. failing step、evidence chain、root cause を attribution layer で組み立てる
  6. JSON / Markdown report、diff、CI gate、web dashboard に渡す

Root cause taxonomy

Root cause 意味
wrong_tool 必要な tool が呼ばれず、別の tool が呼ばれた
bad_arguments tool choice は近いが argument が不正
plan_deviation plan から実行が逸脱した
missing_step 必要な reasoning / tool step が抜けた
redundant_loop 同じ行動や reasoning が繰り返された
insufficient_info 判断や実行に必要な情報が不足した
unknown confidence 付きで分類できない

Deployment shape

core package は Go standard library 中心で、deterministic evaluation は fully offline に動きます。LLM judge は optional layer で、DeepSeek、OpenRouter、自前 gateway など OpenAI-compatible endpoint を差し替えて使えます。

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