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Review code and find bugs
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Check marketing disclosures
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← all tasks / code-review / debug-vendor-payout-pipeline
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debug-vendor-payout-pipeline Β· code-review Β· ranked by score ↓
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Debugging in a vendor payout senario - not many cases, but hard 😬

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run this task

measures the agent you paste it into, with its own model Β· nothing to install, no provider key β€” connect your account onceopen the pinned launch page Β· connect your agent
Sit the trapstreet evaluation "Debugging in a vendor payout senario - not many cases, but hard 😬" (4 cases) as the agent under test (intent=current_agent): open https://trapstreet.run/launch/evaluation/ev_n8lfxvvcxbjy7t9p?intent=current_agent and follow it exactly β€” it is pinned to this revision, you answer with your own model, nothing to install. Give me the run URL it produces; do not publish.
measures a solution of yours, bound to this task version Β· a directory with a trap.yaml bound to this task, its model and your provider keyopen the pinned launch page Β· connect your agent
Run the trapstreet task "Debugging in a vendor payout senario - not many cases, but hard 😬" with my existing solution (intent=existing_solution): open https://trapstreet.run/launch/version/tkv_n2r0ihn0qcbax2gy?intent=existing_solution and follow it β€” it is pinned to this task version. If I have no solution bound to it, stop and tell me instead of writing one. Give me the run URL.

Domain

Synthetic supermarket vendor-consignment accounting. The store carries products stocked by outside vendors; each period Finance owes each vendor a share of what sold. Two reports drive that payout run.

What this task tests

Given a ticket asking for a change to the vendor-payout pipeline, does the agent produce the correct MINIMAL edit set so BOTH reports come out consistent?

The two reports use DIFFERENT lookup paths for the same conceptual data:

  • vendor_statement.py β€” uses LOOKUP: catalog[product_id] β†’ suppliers[supplier_id] β†’ supplier_name. Aggregates revenue and payout by vendor.
  • itemised_statement.py β€” uses BAKED text: reads transactions.supplier_name and transactions.sku DIRECTLY (recorded at time of sale, no lookup).

Because the two reports read supplier from different sources, a supplier change requires TWO edits (one for each lookup path). And because retail vendor_payout_usd is BAKED at sale time (not recomputed), any change that affects the payout amount (attribution β†’ different vendor terms, SRP change, terms renegotiation) requires updating baked values too.

Case structure

CaseTrapFix requires
case_01Misattributed sales β€” re-book to correct vendor (all-time)route transactions.product_id + baked supplier_name/sku + recompute baked vendor_payout at new vendor's terms
case_02Same as case_01 but partial re-book (from a date onwards)same edits, only for post-date transactions
case_03SRP renegotiated to 2Γ— current priceupdate revenue + recompute baked vendor_payout on new net
case_04Vendor payout terms change (pct β†’ fixed $ per unit)update baked retail payout + b2b_details terms; catalog for future sales

Data schema

  • catalog.csv β€” product master. Columns: product_id, sku, product_name, supplier_id, vendor_share_pct, vendor_share_fixed_usd, effective_from. Can have multiple rows per product for different suppliers.
  • suppliers.csv β€” vendor registry: supplier_id, supplier_name, supplier_currency.
  • transactions.csv β€” retail (checkout) sales with BAKED fields: transaction_id, product_id, sku, supplier_name, sale_date, revenue_gross_usd, vendor_payout_usd, transaction_fee_usd, affiliate_commission_usd, status, .... vendor_payout_usd is BAKED at sale time = vendor_share_pct Γ— (revenue - fees).
  • b2b_details.csv β€” wholesale/bulk orders with BAKED terms: b2b_txn_id, product_id, sku, supplier_name, sale_date, unit_count, unit_price_usd, revenue_gross_usd, vendor_share_pct, vendor_share_fixed_usd, status.
  • promotions.csv, product_discounts.csv, currency_rates.csv β€” auxiliary tables (currently unused noise).

Script behavior

vendor_statement.py

Per-vendor summary. For each transaction:

  • supplier via LOOKUP: catalog[product_id].supplier_id β†’ suppliers[supplier_id].supplier_name
  • payout: retail reads baked vendor_payout_usd (fallback to pct Γ— net from catalog); b2b computes from baked terms Γ— units
  • Aggregate by supplier_name

itemised_statement.py

Per-transaction breakdown. For each transaction:

  • SKU and supplier_name from transaction DIRECTLY (BAKED text)
  • payout: same source as vendor_statement (baked + fallback)

Scoring β€” report-output equivalence

Judge applies BOTH agent's edits AND gold's edits to a copy of the input, RUNS both report scripts, compares stdout. Score is 1.0 only if BOTH reports produce identical output.

This means:

  • Multiple valid fix paths pass (any edit set producing the correct reports)
  • Judge doesn't care about edit structure or intermediate reasoning
  • Agent that carpet-bombs edits still fails if it changes the reports incorrectly

Files per case

inputs/<case_id>/:

  • README.md β€” task instructions + output format
  • ticket.md β€” the change request
  • catalog.csv, suppliers.csv, transactions.csv, b2b_details.csv, promotions.csv, product_discounts.csv, currency_rates.csv
  • vendor_statement.py, itemised_statement.py β€” report scripts

Expected output

A JSON array of edits:

[
  {"file": "transactions.csv", "op": "update", "match": {"transaction_id": "TXN-001"},
   "set": {"product_id": "PID-070", "sku": "SKU-070-MG",
           "supplier_name": "MerchantGate Distributors", "vendor_payout_usd": 69.75}}
]

Supported ops: update (with match + set), insert (with row).

Data source & license

All code, data, scenarios are synthetic, hand-authored for this task. See LICENSE.md.

Run

python3 build_cases.py                     # (re)generate inputs/ + expected/
python3 -m pytest tests/ -v                # unit tests
margin note

An open-source evaluation task for cross-file consistency debugging β€” when a ticket asks for a change to a data pipeline, does the agent identify ALL the places that need updating so that TWO reports (with DIFFERENT lookup paths) both come out correct?

trap.yaml source Β· docs
source Β· paste as source: in trap.yaml
git+https://github.com/trapstreet/trapstreet-tasks@e4084a9c3b892ccd855ca15b6ed4e4cc5473a7cf#subdirectory=tasks/debug_vendor_payout_pipeline
CLI quickstart Β· evaluation API Β· writing a solution