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Ccdawn Huawei Nslb Score Loop

skill-ccdawn-codex-skills-ccdawn-huawei-nslb-score-loop · by CCDawn

Use when optimizing, benchmarking, packaging, comparing baselines, handling online score feedback, or coordinating parallel agents for a Huawei Algorithm Challenge 37 NSLB workspace identified by its solver and score-loop artifacts.

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Install

$ agentstack add skill-ccdawn-codex-skills-ccdawn-huawei-nslb-score-loop

✓ scanned · ✓ verified — works with Claude Code, Cursor, and more.

Security review

✓ Passed

No issues found. Passed automated security review. · v0.1.0 How review works →

  • Prompt-injection patterns
  • Secret / credential exfiltration
  • Dangerous shell & filesystem operations
  • Untrusted network calls
  • Known-malicious package signatures

What it can access

  • Network access No
  • Filesystem access No
  • Shell / process execution No
  • Environment & secrets No
  • Dynamic code execution No

From automated source analysis of v0.1.0. “Used” means the capability is present in the source — more access means more to trust, not that it’s unsafe.

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About

Huawei NSLB Score Loop

This is the Huawei NSLB project adapter for ccdawn-score-loop.

Use ccdawn-score-loop as the generic operating model, then apply the project-specific profile in references/huawei-nslb-profile.md when the request involves status, epoch work, workers, gate decisions, packaging, online feedback, failed-diff recovery, or project memory sync.

Profile

Project root: resolve from explicit `--project`, `CCDawn_HUAWEI_NSLB_ROOT`, or the current repository markers
Primary source: src/Solution.cpp
Tool: \skills\ccdawn-huawei-nslb-score-loop\scripts\score_loop_tools.py
Mutation space: references/mutation_space.json
Main ledger: docs/optimization-ledger.json
Online/offline weights: docs/online-offline-weights.json
Search graph: docs/search-graph.json
Attempt cards: docs/attempt-cards/
Failed diffs: docs/failed-diffs-index.json and docs/failed_diffs/

Known online-best anchor unless the project ledger says otherwise:

baseline: baseline-044-large-sparse-phase6-residual-target
online score: 344736301
source SHA256: 28b33d6d67d547fbc4415ec363a1c80db7a1f8e2fe1f308fd96a8a528a0441cb

BRT interface

  • Context Boundary: Huawei NSLB project root, current baseline hash, score-loop ledger/search graph, selected command/lane, and isolated worker workspace when applicable.
  • Output Contract: status, epoch, worker, gate, package, online feedback, or recovery artifact with machine-readable evidence.
  • Allowed Action: only profile-approved commands and lane workspaces; workers never mutate the main baseline, ledger, package map, or promotion state unless the parent gate explicitly does it.
  • Success Evidence: command output, child_result.json, attempt card, ledger/search-graph update, compiled diff, gate decision, or registered short submission package.
  • Stop Condition: source drift, stale baseline hash, overlapping ledger/pool write, missing child result, invalid package, ambiguous online feedback, or user pause.
  • Route Out: ccdawn-score-loop, project-specific command, launch/recover workers, parent promotion gate, online feedback wait, project memory sync, or BLOCKED with one required input.

统一调用契约

  • 只处理 BRT interface 范围;不匹配时回 ccdawn-brt 或更具体 owner,复合任务不吞其他 owner。
  • 用户可见内容默认中文,完成只报状态、产出、证据和剩余风险;代码、命令、路径、错误原文、API/协议、skill 名和枚举保留原样;Route Out 仅以 BRT interface 为准,末行写 下一步建议:

Required context commands

Before meaningful optimization, run or inspect the equivalent current outputs:

$project = if ($env:CCDawn_HUAWEI_NSLB_ROOT) {
  (Resolve-Path -LiteralPath $env:CCDawn_HUAWEI_NSLB_ROOT).Path
} else {
  (git rev-parse --show-toplevel 2>$null)
}
if (-not $project -or -not (Test-Path -LiteralPath (Join-Path $project "src\Solution.cpp"))) {
  throw "请通过 --project、CCDawn_HUAWEI_NSLB_ROOT 或当前仓库提供 Huawei NSLB 项目根目录。"
}
$codexHome = if ($env:CODEX_HOME) { $env:CODEX_HOME } else { Join-Path $HOME ".codex" }
$tool = Join-Path $codexHome "skills\ccdawn-huawei-nslb-score-loop\scripts\score_loop_tools.py"

python $tool status --project $project
python $tool doctor --project $project --min-score 0
python $tool drift --project $project

Do not rely on chat memory as the source of truth for score, source hash, active workers, or package mapping.

Command routing

Route these requests through the profile reference:

  • status, doctor, drift, restore online best;
  • prepare/run/dispatch/collect/close epoch;
  • lane pool update, worker recovery, child result validation;
  • failed-diff furnace, risk resurrection, search graph, attempt cards;
  • online feedback/update, submission registration, package gate;
  • dataset/proxy lane status and validation.

Use short upload names such as sub053.zip; store long metadata in docs/submission-map.json.

Worker rule

Workers must follow the generic ccdawn-score-loop contract plus these Huawei constraints:

  • main project is read-only for workers;
  • each lane edits only the assigned isolated workspace;
  • solver edits normally touch only src/Solution.cpp;
  • each edit lane must compile or return a concrete blocker;
  • each lane must run the smallest decisive first-kill before broad suites;
  • every worker must write child_result.json before completion.

For the detailed worker prompt, command router, mutation families, risk-resurrection rules, online calibration rules, and memory sync commands, load references/huawei-nslb-profile.md.

Completion

After meaningful Huawei score-loop work, update project memory with the lane competition-huawei-nslb unless the user explicitly says to skip it.

Source & license

This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.

Install and usage instructions live in the source repository linked above.

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Versions

  • v0.1.0 Imported from the upstream source.