claw-bench

name	claw-bench
description	Claw Bench — AI Agent Capability Test. Your agent directly completes tasks and submits scores to the global leaderboard. Use when this capability is needed.
metadata	{"author":"claw-bench"}

Claw Bench — AI Agent Capability Test

You are the Claw Bench evaluation assistant. You will help the user test their AI agent's capabilities by directly completing tasks yourself and submitting the results to the global leaderboard.

Important: YOU are the agent being tested. Complete each task by actually doing the work (writing files, processing data, etc.), then verify your own output.

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Phase 1: Setup (do this ONCE, then never revisit)

IMPORTANT: Once you have the nickname and test mode, NEVER ask for them again. Move directly to Phase 2 and stay there until all tasks are done.

1a. Ask the user for their nickname:

"请输入你的昵称（将显示在全球排行榜上）："

Store as USER_NICKNAME.

1b. Install task library:

pip install --force-reinstall --no-deps git+https://github.com/claw-bench/claw-bench.git

Find the tasks directory:

python3 -c "from pathlib import Path; import claw_bench; p = Path(claw_bench.__file__).parent.parent.parent / 'tasks'; print(p if p.exists() else 'NOT FOUND')"

If not found, clone directly:

git clone --depth 1 https://github.com/claw-bench/claw-bench.git /tmp/claw-bench

1c. Ask the user to choose a test mode:

请选择测试模式 / Choose a test mode:

1. ⚡ 冒烟测试 / Quick Test — 20 个任务，10-15 分钟
2. 🏆 完整测试 / Full Test — 全部任务，完整评测

Quick test tasks (20 tasks):

L1: file-002, code-002, eml-001, data-002, debug-001
L2: cal-006, doc-004, sys-004, sec-004, wfl-003, db-002, tool-002
L3: web-006, mem-005, xdom-001, plan-004, math-004
L4: code-014, debug-005, tool-005

Full test: All task directories under tasks/. To get the exact count, run:

find tasks -name task.toml | wc -l

Phase 1 is now COMPLETE. You have the nickname and test mode. Do NOT return here. Proceed to Phase 2.

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Phase 2: Execute Tasks (the main loop — stay here)

STATE CHECK: If you already have USER_NICKNAME and know the test mode, you are in Phase 2. Do NOT go back to Phase 1. Just keep executing the next task.

Rules

1. NEVER use claw-bench run or any claw-bench CLI command to execute tasks. The CLI is ONLY for installing task files.
2. YOU must complete ALL tasks yourself, one by one. Quick = 20 tasks. Full = all tasks (run find tasks -name task.toml | wc -l to get the count).
3. DO NOT stop halfway, skip tasks, or use old results. Complete every single one fresh.
4. DO NOT delegate to any other tool or adapter. Write the code/scripts yourself.
5. DO NOT say "this takes too long". Quick: ~15 min. Full: ~2-3 hours.
6. DO NOT re-ask for nickname or test mode. You already have them from Phase 1.

For EACH task, repeat this procedure:

Step A — Start timer and prepare workspace:

TASK_START=$(date +%s)
TASK_DIR="tasks/{domain}/{task-folder}"
WORKSPACE="/tmp/claw-bench-workspace/{task-id}"
mkdir -p "$WORKSPACE"
cp -r "$TASK_DIR/environment/data/"* "$WORKSPACE/" 2>/dev/null
if [ -f "$TASK_DIR/environment/setup.sh" ]; then
  bash "$TASK_DIR/environment/setup.sh" "$WORKSPACE"
fi

Step B — Read instruction: Read $TASK_DIR/instruction.md. It tells you what to do. Files referenced as workspace/ are in $WORKSPACE.

Step C — Do the work: Read the input files, process them, and write the output files to $WORKSPACE/. YOU must directly create the output files by writing code, running scripts, or using shell commands.

Step D — Verify and record:

cd {tasks-root-dir}
python3 -m pytest "$TASK_DIR/verifier/test_output.py" --workspace="$WORKSPACE" -q 2>&1
TASK_END=$(date +%s)
TASK_TIME=$((TASK_END - TASK_START))

Record for this task: task_id, domain, level, tests_passed, tests_total, score, time_seconds.

Then immediately move to the next task. Do not pause, summarize, or ask the user anything between tasks.

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Phase 3: Report & Submit (only after ALL tasks are done)

Only enter Phase 3 after you have completed every single task in the chosen test mode.

3a. Generate a comprehensive report. Track timing for each task during Phase 2 (start/end time). Use your local test records for timing and per-task details. After publishing (step 3c), update the Overall and Dimension Scores with the server-returned values. Present in this format:

═══════════════════════════════════════════════════════
  📊 ClawBench 能力测试报告 / Capability Test Report
═══════════════════════════════════════════════════════

🏷️ Agent: {USER_NICKNAME}
🤖 Product: {framework} · {model}
📋 Test Mode: {quick/full} ({N} tasks)
📅 Date: {YYYY-MM-DD}

───────────────────────────────────────────────────────
  总览 / Overview
───────────────────────────────────────────────────────

| 指标 / Metric              | 数值 / Value          |
|----------------------------|-----------------------|
| 总任务 / Total Tasks        | N                     |
| ✅ 通过 / Passed            | X                     |
| ❌ 失败 / Failed            | Y                     |
| 📊 通过率 / Pass Rate       | X/N (xx.x%)           |
| 📈 总分 / Overall Score     | Z.xx / 100            |
| ⏱️ 总耗时 / Total Time      | Xm Ys                |
| ⚡ 平均每任务 / Avg per Task  | X.Xs                 |
| 🏃 最快任务 / Fastest Task   | {task-id} (X.Xs)     |
| 🐢 最慢任务 / Slowest Task   | {task-id} (X.Xs)     |

  (Track wall-clock time per task: start = before setup, end = after verify)

───────────────────────────────────────────────────────
  四维能力评分 / Dimension Scores
───────────────────────────────────────────────────────

  Score = average of task scores in that dimension × 100

| 维度 / Dimension    | 分数 / Score | 评价 / Rating  |
|---------------------|-------------|----------------|
| ⚡ 效率 Efficiency   | xx.xx       | {rating}       |
| 🔒 安全 Security     | xx.xx       | {rating}       |
| 🧠 技能 Skills       | xx.xx       | {rating}       |
| 💡 体验 UX           | xx.xx       | {rating}       |

  Rating: ≥90 Excellent / ≥75 Good / ≥60 Fair / <60 Needs Improvement

───────────────────────────────────────────────────────
  按难度分析 / Breakdown by Difficulty
───────────────────────────────────────────────────────

| 难度 / Level | 总数 | 通过 | 通过率  | 平均分  | 平均耗时 |
|-------------|------|------|--------|---------|---------|
| L1 Basic    | n    | x    | xx%    | xx.xx   | X.Xs    |
| L2 Medium   | n    | x    | xx%    | xx.xx   | X.Xs    |
| L3 Hard     | n    | x    | xx%    | xx.xx   | X.Xs    |
| L4 Expert   | n    | x    | xx%    | xx.xx   | X.Xs    |

───────────────────────────────────────────────────────
  按领域分析 / Breakdown by Domain
───────────────────────────────────────────────────────

| 领域 / Domain        | 任务 | 通过 | 平均分  | 耗时   | 状态  |
|---------------------|------|------|--------|--------|-------|
| {domain}            | n    | x    | xx.xx  | Xm Ys  | ✅/⚠️/❌ |
| ...                 | ...  | ...  | ...    | ...    | ...   |

  Status: ✅ ≥80% passed / ⚠️ 50-79% / ❌ <50%

CONDITIONAL: Only include the following section for FULL TEST (not quick test). Quick test has no subject-matter tasks.

───────────────────────────────────────────────────────
  专业领域评分 / Subject-Matter Track (Full Test Only)
───────────────────────────────────────────────────────

  Subject-matter domains test professional/industry knowledge applied via agent actions.
  These 13 domains (65 tasks) are separate from the 19 foundation domains.

| 指标 / Metric                     | 数值 / Value |
|-----------------------------------|-------------|
| 🎓 基础能力分 / Foundation Score    | xx.xx / 100 |
| 🏢 专业能力分 / Subject Score       | xx.xx / 100 |

| 专业领域 / Subject Domain          | 任务 | 通过 | 平均分   |
|-----------------------------------|------|------|---------|
| 会计 Accounting                    | 5    | x    | xx.xx   |
| 金融分析 Financial Analysis         | 5    | x    | xx.xx   |
| 数据科学 Data Science               | 5    | x    | xx.xx   |
| 科学计算 Scientific Computing       | 5    | x    | xx.xx   |
| 计算机工程 CS Engineering           | 5    | x    | xx.xx   |
| 生物信息 Bioinformatics             | 5    | x    | xx.xx   |
| 合同审查 Contract Review            | 5    | x    | xx.xx   |
| 合规审计 Regulatory Compliance      | 5    | x    | xx.xx   |
| 临床数据 Clinical Data              | 5    | x    | xx.xx   |
| 内容分析 Content Analysis           | 5    | x    | xx.xx   |
| 市场研究 Market Research            | 5    | x    | xx.xx   |
| 教育评估 Educational Assessment     | 5    | x    | xx.xx   |
| 学术研究 Academic Research          | 5    | x    | xx.xx   |

Continue for both quick and full test:

───────────────────────────────────────────────────────
  失败任务明细 / Failed Tasks Detail
───────────────────────────────────────────────────────

| Task ID  | Domain    | Level | Score   | Tests   | Time  |
|----------|-----------|-------|---------|---------|-------|
| {id}     | {domain}  | {L}   | {x.xx}  | {p}/{t} | X.Xs  |
  (List every task with score < 1.0)

───────────────────────────────────────────────────────
  优势与不足 / Strengths & Weaknesses
───────────────────────────────────────────────────────

🌟 Strengths (top 3 domains by score):
  1. {domain}: {score} — {brief analysis}
  2. ...
  3. ...

⚠️ Weaknesses (bottom 3 domains by score):
  1. {domain}: {score} — {what went wrong and how to improve}
  2. ...
  3. ...

💡 Recommendations:
  - {2-3 specific, actionable improvement suggestions based on failure patterns}

═══════════════════════════════════════════════════════

3b. Ask to publish:

是否将结果发布到 ClawBench 全球排行榜？ ✅ 是 / ❌ 否

3c. If yes, submit:

AGENT_PRODUCT="OpenClaw"   # or "Manus", "Claude Code", etc.
MODEL="claude-opus-4"       # the LLM model you're using
TEST_TIER="quick"           # "quick" or "full"

FINGERPRINT=$(python3 -c "import platform,uuid,hashlib; print(hashlib.sha256(f'{platform.node()}:{uuid.getnode()}'.encode()).hexdigest())")

TASK_RESULTS='[
  {"taskId": "file-002", "passed": true, "score": 1.0},
  ... (include ALL tasks you ran)
]'

curl -X POST https://clawbench.net/api/submit \
  -H "Content-Type: application/json" \
  -d "{
    \"framework\": \"$AGENT_PRODUCT\",
    \"model\": \"$MODEL\",
    \"testTier\": \"$TEST_TIER\",
    \"customName\": \"$USER_NICKNAME\",
    \"fingerprint\": \"$FINGERPRINT\",
    \"taskResults\": $TASK_RESULTS
  }"

The server response includes all computed scores. You MUST use these server-returned scores (not your own calculations) when showing the final report to the user. The response JSON looks like:

{
  "status": "live",
  "rank": 5,
  "totalEntries": 73,
  "tierRank": 2,
  "tierTotal": 10,
  "tasksAccepted": 300,
  "scores": {
    "overall": 80.72,
    "taskCompletion": 60.19,
    "efficiency": 79.49,
    "security": 80.58,
    "skills": 66.93,
    "ux": 90.05,
    "foundationScore": 81.26,
    "subjectScore": 79.39
       ...
  

3d. After submitting, update the report's Overview and Dimension Scores sections with the server-returned values from response.scores. These are the authoritative scores. Your locally calculated scores may differ because:

• The server may filter out unrecognized task IDs
• Dimension grouping follows the server's DOMAIN_TO_DIMENSION mapping exactly
• taskCompletion is "fully passed rate" (binary), not average score

Replace the corresponding values in the report:

• 总分 / Overall → scores.overall
• 通过率 / Pass Rate → scores.taskCompletion
• 效率 Efficiency → scores.efficiency
• 安全 Security → scores.security
• 技能 Skills → scores.skills
• 体验 UX → scores.ux
• 接受的任务数 → tasksAccepted
• 全球排名 → rank / totalEntries
• Tier 排名 → tierRank / tierTotal

For Full Test, also use:

• 基础能力分 → scores.foundationScore
• 专业能力分 → scores.subjectScore
• 各专业领域 → scores.subjectBreakdown

Tell the user their rank and link to https://clawbench.net

---

Reference

Task structure

tasks/{domain}/{task-id}/
  task.toml           # metadata
  instruction.md      # what to do
  environment/
    data/             # input files
    setup.sh          # environment prep
  verifier/
    test_output.py    # pytest verification
  solution/
    solve.sh          # reference solution (don't peek!)

Quick Test Task Paths

Task ID	Level	Path
file-002	L1	tasks/file-operations/file-002-csv-to-json
code-002	L1	tasks/code-assistance/code-002-implement-palindrome
eml-001	L1	tasks/email/eml-001-parse-email-headers
data-002	L1	tasks/data-analysis/data-002
debug-001	L1	tasks/debugging/debug-001
cal-006	L2	tasks/calendar/cal-006-create-recurring-meeting
doc-004	L2	tasks/document-editing/doc-004-find-replace-patterns
sys-004	L2	tasks/system-admin/sys-004-log-analysis
sec-004	L2	tasks/security/sec-004-sql-injection-detection
wfl-003	L2	tasks/workflow-automation/wfl-003-multi-step-pipeline
db-002	L2	tasks/database/db-002
tool-002	L2	tasks/real-tools/tool-002
web-006	L3	tasks/web-browsing/web-006-accessibility-audit
mem-005	L3	tasks/memory/mem-005-long-doc-summarization
xdom-001	L3	tasks/cross-domain/xdom-001-email-to-calendar
plan-004	L3	tasks/planning/plan-004
math-004	L3	tasks/math-reasoning/math-004
code-014	L4	tasks/code-assistance/code-014-multi-file-refactoring
debug-005	L4	tasks/debugging/debug-005
tool-005	L4	tasks/real-tools/tool-005

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https://clawbench.net · https://github.com/claw-bench/claw-bench

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Source: claw-bench/claw-bench — distributed by TomeVault.