cawplan-internal-qa-coding-humaninputs-test

CawPlan Internal QA — Coding Human Input Classify Test (Batch)

Bootstrap

cawplan skill check

Workflow

1. Resolve scope: person, product, and date range

Person (optional):

• If the request names someone (e.g. "spx", a display name), run cawplan session members and match case-insensitively / by substring against the returned list to find the exact member key — this is the report's git identity string used by --member, not necessarily their display name.
• If more than one member plausibly matches, don't guess — present them as a numbered list (whatever distinguishing detail the response has: display name, email, member key) and ask the user to pick one before proceeding.
• If none match, say so and continue workspace-wide rather than guessing.
• If no person is named, don't pass --member — the check runs workspace-wide.

Product (optional — only when the request names a product):

• Resolve via cawplan products list --search "<name>".
• If more than one product plausibly matches, don't guess — present them as a numbered list (name, product line, unique_id) and ask the user to pick one before proceeding.
• If none match, say so and ask for the correct product name rather than guessing the closest one.

Date range (optional):

• If the request gives one, use it.
• Otherwise default to the last 2 days: --from = 2 days ago (inclusive), --to = today.

Compare mode (optional — default both):

Mode	User intent (examples)	Rows kept	What gets scored
category	"category accuracy", "only category", "只看分类"	cloud category non-empty	category only
topic	"topic accuracy", "only topic", "只看 topic"	cloud topic non-empty	topic only
both	default; "category and topic", "both", "两项一起"	cloud category and topic non-empty	category, topic, and combined (both match on same row)

If the user names a mode explicitly, use it. If they ask only about category or only about topic, use the matching single mode. Otherwise use both.

State the resolved compare_mode in the final report header.

2. Fetch human input rows (content + assistant_message + cloud labels)

Pick the endpoint based on what got resolved in step 1 — all return the same row shape (content, assistant_message, category, topic, plus pagination in .data):

Resolved scope	Command
Nothing (workspace-wide)	cawplan session human-input-logs --from ... --to ...
Person only	cawplan session human-input-logs --from ... --to ... --member "<exact_member>"
Product only	cawplan session product-human-input-logs --product-id <id> --from ... --to ...
Product + person	cawplan session product-human-input-logs --product-id <id> --user-id <id> --from ... --to ... (needs the person's PRM user_id, not the member key — resolve via cawplan users query --email <email> or --keyword <name>, applying the same numbered-list disambiguation rule if more than one user matches)

Page through until exhausted:

from="<resolved from>"; to="<resolved to>"
extra_flags=()
# extra_flags=(--member "<exact_member>")                       # person only
# extra_flags=(--product-id "<id>")                              # product only, use product-human-input-logs
# extra_flags=(--product-id "<id>" --user-id "<id>")             # product + person, use product-human-input-logs

page=1; page_size=100
: > /tmp/humaninput_rows.jsonl
while :; do
  resp=$(cawplan session human-input-logs --from "$from" --to "$to" "${extra_flags[@]}" --page-num "$page" --page-size "$page_size")
  # substitute "product-human-input-logs" for "human-input-logs" above if a product was resolved
  case "$compare_mode" in
    category)
      echo "$resp" | jq -c '.data.items[]? | select((.content // "") != "" and (.category // "") != "")' >> /tmp/humaninput_rows.jsonl
      ;;
    topic)
      echo "$resp" | jq -c '.data.items[]? | select((.content // "") != "" and (.topic // "") != "")' >> /tmp/humaninput_rows.jsonl
      ;;
    both)
      echo "$resp" | jq -c '.data.items[]? | select((.content // "") != "" and (.category // "") != "" and (.topic // "") != "")' >> /tmp/humaninput_rows.jsonl
      ;;
  esac
  total=$(echo "$resp" | jq '.data.total // 0')
  got=$(echo "$resp" | jq '.data.items | length')
  page=$((page + 1))
  if [ "$got" -lt "$page_size" ] || [ $(((page - 1) * page_size)) -ge "$total" ]; then break; fi
done
wc -l /tmp/humaninput_rows.jsonl

Rows failing the compare_mode filter above are dropped — e.g. in both mode, rows missing either cloud label are excluded. Empty content is always excluded.

If the row count is large (rough guide: >100), tell the user the count and confirm before classifying all of them — each row is one classification pass, your own reasoning per row, not a scripted/API call, so a very large batch is a real time cost.

3. Classify each row via the base skill

Read cawplan-internal-qa-coding-humaninputs's instructions first if you haven't already this session — its Task/Workflow steps and taxonomy reference file (in its own reference folder) are what you apply per row, so the classification rules stay defined in exactly one place instead of duplicated here.

For each row in /tmp/humaninput_rows.jsonl, apply that classification to the row's content and assistant_message as input, and print one progress line per row as you go — this is both the progress indicator and the visible input/output of each atomic-skill call, not just a final summary:

[<n>/<total>] content: "<content excerpt, ~80 chars>" | assistant: <"<excerpt>" or "(none)"> -> category: <category>, categories: <categories>, topic: <topic>, topic_confidence: <0.00-1.00>

Do this for every row in order, one line each, before moving on to comparison — don't batch several rows into one silent pass and only report the end result. After the last row, produce a plain list mapping each row's unique_id to its resulting category, topic, and topic_confidence — this makes the next step a trivial diff rather than something you have to re-derive.

4. Compare against cloud labels (per compare_mode)

Use simple string equality per dimension — do not compare a categories array field, and do not build or run any script. topic_confidence is not compared (cloud may store LLM confidence; this check is label accuracy only).

category mode — compare your category to the row's cloud category only.

topic mode — compare your topic to the row's cloud topic only (apply legacy normalization below).

both mode — compare category and topic separately and report combined accuracy: the fraction of rows where both labels match after legacy normalization.

Legacy normalization (do not count as genuine misses when normalized values agree):

• Category: cloud v1 bucket (decision/direction/requirement/correction/planning/ other) vs your v2 leaf — see base skill CATEGORY_TAXONOMY.md legacy table → taxonomy-version mismatch
• Topic: cloud improvement → refactor, cloud ux → design_ui → legacy-topic mismatch

Output

The per-row progress lines from step 3 already show every input/output — the final report below is a summary and highlight reel on top of that, not a replacement for it.

Report:

• Scope: compare_mode, person and/or product (or "workspace-wide"), resolved date range, total rows fetched vs. comparable under that mode.
• category mode: category match rate; taxonomy-version mismatches vs. genuine disagreements; up to ~10 genuine category mismatches.
• topic mode: topic match rate; legacy-topic mismatches vs. genuine disagreements; up to ~10 genuine topic mismatches.
• both mode: category match rate, topic match rate, combined match rate (both labels correct on the same row), and separate legacy/taxonomy-version buckets; up to ~10 genuine mismatches per dimension (flag rows where only one of the two labels disagrees).

Notes

• Classification itself is delegated to cawplan-internal-qa-coding-humaninputs, one row at a time — this skill only handles scope resolution, data fetching, and comparison. If that skill's rules ever change, this one picks it up automatically since nothing here duplicates them.
• Only single-value category and/or topic labels are compared (per compare_mode). A categories array and topic_confidence are out of scope for scoring — confidence is shown in progress lines for human review only.

References

• references/CAWPLAN_OPEN_API.md