{"abstract":"Future-dated invoices appear in the customer balances.","category":"Double-entry ledger accounting","checks":7,"contract":"x = {'control': [[day, amount]], 'sub': {customer: [[day, amount]]}, 'as_of': day}. Only rows dated on or before as_of count. The subledger total nets every customer balance, including credit (negative) balances. Return {'control', 'subledger', 'difference': control - subledger, 'credit_balances': customers with negative balance sorted by name, 'open_customers': count of nonzero balances}.","evaluation_group":"w2-double-entry-ledger-accounting-subledger-control-tieout","failed_approach":"Letting credits through regardless of date still counts post-cutoff payments.","family":"w2-double-entry-ledger-accounting-subledger-control-tieout-subledger-cutoff","id":"FA-58256","implementations":{"attempt":{"sha256":"9b6da7e04ace759e5fc531df4892af28d0df3cdf9c1110a3ec3c817011343beb","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    cut = x['as_of']\n    control = sum(a for d, a in x['control'] if d <= cut)\n    per = {}\n    for cust, rows in x['sub'].items():\n        per[cust] = sum(a for d, a in rows if d <= cut or a < 0)\n    sub_total = sum(per.values())\n    credit = sorted(c for c, v in per.items() if v < 0)\n    return {'control': control, 'subledger': sub_total, 'difference': control - sub_total, 'credit_balances': credit, 'open_customers': sum(1 for v in per.values() if v != 0)}\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[['regression: subledger cutoff', {'control': [[5, 100], [19, -80], [21, -80]], 'sub': {'bolt': [[5, -80], [1, 250], [5, -80]], 'acme': [[21, 100]], 'dyna': [[20, 400], [1, 250], [20, 100]], 'crux': [[20, 400], [5, 100]]}, 'as_of': 20}, {'control': 20, 'subledger': 1340, 'difference': -1320, 'credit_balances': [], 'open_customers': 3}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 100], [21, 250], [19, 400], [5, 100]], 'sub': {'dyna': [[21, -80], [21, 100], [20, 400]], 'acme': [[5, 100], [20, -80], [21, -300]], 'bolt': [[5, -80], [21, -300]]}, 'as_of': 20}, {'control': 600, 'subledger': 340, 'difference': 260, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[21, 400], [5, 250], [19, 250], [20, 400], [19, -80]], 'sub': {'bolt': [[5, 250]]}, 'as_of': 20}, {'control': 820, 'subledger': 250, 'difference': 570, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[20, 250], [21, 100], [1, 400], [5, 100]], 'sub': {'acme': [[20, -300]], 'dyna': [[5, 250], [1, -80]]}, 'as_of': 20}, {'control': 750, 'subledger': -130, 'difference': 880, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 3', {'control': [[32, 100], [30, -80], [5, 100], [5, 100]], 'sub': {'crux': [[5, 100], [1, 250], [1, -300]], 'bolt': [[31, 250], [5, -300]]}, 'as_of': 31}, {'control': 120, 'subledger': 0, 'difference': 120, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 4', {'control': [[32, 400], [32, 250], [31, -80]], 'sub': {'dyna': [[31, 400], [1, -300]], 'bolt': [[5, 250], [5, 250], [1, -300]], 'crux': [[31, -300], [1, -80], [31, -300]], 'acme': [[31, 250]]}, 'as_of': 31}, {'control': -80, 'subledger': -130, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 4}], ['control 5', {'control': [[5, 400], [21, 400], [19, -80], [19, 400], [19, 250]], 'sub': {'bolt': [[5, 100]], 'acme': [[1, 250]]}, 'as_of': 20}, {'control': 970, 'subledger': 350, 'difference': 620, 'credit_balances': [], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[1, 400], [11, 250]], 'sub': {'dyna': [[1, 250]], 'crux': [[1, 250], [1, 250], [1, 100]], 'acme': [[10, 250], [1, 250], [11, 250]], 'bolt': [[11, 250], [5, 400]]}, 'as_of': 10}, {'control': 400, 'subledger': 1750, 'difference': -1350, 'credit_balances': [], 'open_customers': 4}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 400], [20, -80], [19, 250]], 'sub': {'acme': [[21, 250]], 'bolt': [[20, 250], [1, -80], [1, -80]], 'dyna': [[21, -80], [20, 100]], 'crux': [[5, 400], [21, 400], [20, -300]]}, 'as_of': 20}, {'control': 570, 'subledger': 290, 'difference': 280, 'credit_balances': [], 'open_customers': 3}], ['control 1', {'control': [[20, 250], [19, 100], [5, 400]], 'sub': {'bolt': [[20, 250]], 'acme': [[1, -300], [1, 100], [1, 250]]}, 'as_of': 20}, {'control': 750, 'subledger': 300, 'difference': 450, 'credit_balances': [], 'open_customers': 2}], ['control 2', {'control': [[32, 250], [32, 400], [5, 100], [31, -80], [1, 100], [1, 400]], 'sub': {'dyna': [[1, -300], [31, -300]], 'bolt': [[1, -80]]}, 'as_of': 31}, {'control': 520, 'subledger': -680, 'difference': 1200, 'credit_balances': ['bolt', 'dyna'], 'open_customers': 2}], ['control 3', {'control': [[10, 100], [5, 250], [5, 400], [11, -80], [1, 400], [9, 400]], 'sub': {'dyna': [[5, 250]]}, 'as_of': 10}, {'control': 1550, 'subledger': 250, 'difference': 1300, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, 250], [1, 400], [31, 100], [31, 400], [30, -80]], 'sub': {'bolt': [[1, -80], [1, -300], [31, -300]], 'acme': [[31, 100], [1, -300]], 'crux': [[1, 100]]}, 'as_of': 31}, {'control': 1070, 'subledger': -780, 'difference': 1850, 'credit_balances': ['acme', 'bolt'], 'open_customers': 3}], ['control 5', {'control': [[5, -80], [1, 250], [20, 100]], 'sub': {'dyna': [[1, 400], [5, -300]], 'crux': [[20, -80], [5, -80]]}, 'as_of': 20}, {'control': 270, 'subledger': -60, 'difference': 330, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[9, 250], [11, 100], [11, -80], [11, 250]], 'sub': {'dyna': [[1, 250], [11, 400], [10, -80]], 'acme': [[11, -300], [1, 400], [1, 400]], 'bolt': [[1, -300]]}, 'as_of': 10}, {'control': 250, 'subledger': 670, 'difference': -420, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[1, -80], [1, 100], [32, 400], [31, 250]], 'sub': {'bolt': [[1, 250]]}, 'as_of': 31}, {'control': 270, 'subledger': 250, 'difference': 20, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[9, 250], [1, 400], [11, 100]], 'sub': {'crux': [[5, -80], [1, 250], [1, 250]]}, 'as_of': 10}, {'control': 650, 'subledger': 420, 'difference': 230, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[21, 250], [1, 400]], 'sub': {'acme': [[5, -300], [5, -80]]}, 'as_of': 20}, {'control': 400, 'subledger': -380, 'difference': 780, 'credit_balances': ['acme'], 'open_customers': 1}], ['control 4', {'control': [[1, -80], [1, 250], [10, 250], [1, 250], [5, 400]], 'sub': {'crux': [[5, -300]]}, 'as_of': 10}, {'control': 1070, 'subledger': -300, 'difference': 1370, 'credit_balances': ['crux'], 'open_customers': 1}], ['control 5', {'control': [[5, 250], [30, 400], [30, -80], [1, -80], [5, 250]], 'sub': {'bolt': [[5, 250]], 'acme': [[1, 250]], 'dyna': [[31, 400]]}, 'as_of': 31}, {'control': 740, 'subledger': 900, 'difference': -160, 'credit_balances': [], 'open_customers': 3}], ['control 6', {'control': [[10, 100], [5, 400], [10, -80], [1, -80]], 'sub': {'bolt': [[1, -80]], 'crux': [[1, 400], [1, -80]]}, 'as_of': 10}, {'control': 340, 'subledger': 240, 'difference': 100, 'credit_balances': ['bolt'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[20, -80], [21, 100]], 'sub': {'dyna': [[1, -80], [20, 250]], 'bolt': [[1, -300], [20, 400], [21, -300]]}, 'as_of': 20}, {'control': -80, 'subledger': 270, 'difference': -350, 'credit_balances': [], 'open_customers': 2}], ['control 1', {'control': [[31, 250], [5, -80], [1, 400], [32, 400], [1, 400]], 'sub': {'crux': [[5, 250], [1, 400]]}, 'as_of': 31}, {'control': 970, 'subledger': 650, 'difference': 320, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[1, 400], [20, -80], [19, 250], [20, 250], [20, 250]], 'sub': {'acme': [[20, -300]], 'dyna': [[20, 100], [5, 400], [5, 400]], 'bolt': [[1, 250]]}, 'as_of': 20}, {'control': 1070, 'subledger': 850, 'difference': 220, 'credit_balances': ['acme'], 'open_customers': 3}], ['control 3', {'control': [[1, 100], [11, 100], [1, 100], [9, 400], [9, 100], [9, 100]], 'sub': {'dyna': [[1, 100], [5, 100]]}, 'as_of': 10}, {'control': 800, 'subledger': 200, 'difference': 600, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, -80], [5, 100], [30, -80], [5, -80]], 'sub': {'dyna': [[1, 250], [31, 250], [5, 400]]}, 'as_of': 31}, {'control': -140, 'subledger': 900, 'difference': -1040, 'credit_balances': [], 'open_customers': 1}], ['control 5', {'control': [[21, -80], [20, 400], [19, 100], [20, 100], [21, 400], [20, 250]], 'sub': {'bolt': [[20, -300], [20, -80], [5, 250]], 'crux': [[5, 100], [20, 100]]}, 'as_of': 20}, {'control': 850, 'subledger': 70, 'difference': 780, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 6', {'control': [[11, 400], [11, -80]], 'sub': {'dyna': [[5, 250]], 'crux': [[10, -300]]}, 'as_of': 10}, {'control': 0, 'subledger': -50, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[5, 100], [5, 250], [19, -80], [21, 250], [21, 250]], 'sub': {'crux': [[20, -80], [20, -80]], 'acme': [[21, 100]]}, 'as_of': 20}, {'control': 270, 'subledger': -160, 'difference': 430, 'credit_balances': ['crux'], 'open_customers': 1}], ['regression: subledger cutoff, partial-repair probe', {'control': [[11, -80], [10, 400], [11, -80], [1, 100], [9, 100]], 'sub': {'crux': [[5, -300], [1, -300]], 'dyna': [[5, -80]], 'bolt': [[1, -300], [10, -80], [1, 100]], 'acme': [[10, 250], [11, -80]]}, 'as_of': 10}, {'control': 600, 'subledger': -710, 'difference': 1310, 'credit_balances': ['bolt', 'crux', 'dyna'], 'open_customers': 4}], ['control 1', {'control': [[10, -80], [9, 400], [1, 250]], 'sub': {'crux': [[5, 250], [1, 400], [5, 250]], 'acme': [[10, -80]]}, 'as_of': 10}, {'control': 570, 'subledger': 820, 'difference': -250, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 2', {'control': [[1, -80], [5, 100], [20, 400], [19, 250], [1, 250]], 'sub': {'crux': [[20, 250], [20, -80], [20, 250]]}, 'as_of': 20}, {'control': 920, 'subledger': 420, 'difference': 500, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[1, 100], [1, 250], [5, 250], [1, 100], [1, 400], [5, -80]], 'sub': {'bolt': [[10, -80], [10, 400]], 'crux': [[1, 250], [10, 250]]}, 'as_of': 10}, {'control': 1020, 'subledger': 820, 'difference': 200, 'credit_balances': [], 'open_customers': 2}], ['control 4', {'control': [[10, 100], [5, 250], [11, 400], [9, 400]], 'sub': {'bolt': [[1, -80], [5, -300]]}, 'as_of': 10}, {'control': 750, 'subledger': -380, 'difference': 1130, 'credit_balances': ['bolt'], 'open_customers': 1}], ['control 5', {'control': [[5, 400], [11, 100]], 'sub': {'bolt': [[5, 400], [1, -80]], 'acme': [[5, 400], [1, 100], [5, -300]], 'dyna': [[1, 100]]}, 'as_of': 10}, {'control': 400, 'subledger': 620, 'difference': -220, 'credit_balances': [], 'open_customers': 3}]]]\nfor label, args, expected in fixtures[N-1]:\n    try:\n        actual = solve(args)\n    except Exception as exc:\n        actual = 'raised ' + type(exc).__name__\n    check(label, actual, expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"broken":{"sha256":"e6dd92ea9ae7cb5719d29ae15693a914ccaa3702ce450740fcfe1ccfd3b1042d","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    cut = x['as_of']\n    control = sum(a for d, a in x['control'] if d <= cut)\n    per = {}\n    for cust, rows in x['sub'].items():\n        per[cust] = sum(a for d, a in rows)\n    sub_total = sum(per.values())\n    credit = sorted(c for c, v in per.items() if v < 0)\n    return {'control': control, 'subledger': sub_total, 'difference': control - sub_total, 'credit_balances': credit, 'open_customers': sum(1 for v in per.values() if v != 0)}\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[['regression: subledger cutoff', {'control': [[5, 100], [19, -80], [21, -80]], 'sub': {'bolt': [[5, -80], [1, 250], [5, -80]], 'acme': [[21, 100]], 'dyna': [[20, 400], [1, 250], [20, 100]], 'crux': [[20, 400], [5, 100]]}, 'as_of': 20}, {'control': 20, 'subledger': 1340, 'difference': -1320, 'credit_balances': [], 'open_customers': 3}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 100], [21, 250], [19, 400], [5, 100]], 'sub': {'dyna': [[21, -80], [21, 100], [20, 400]], 'acme': [[5, 100], [20, -80], [21, -300]], 'bolt': [[5, -80], [21, -300]]}, 'as_of': 20}, {'control': 600, 'subledger': 340, 'difference': 260, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[21, 400], [5, 250], [19, 250], [20, 400], [19, -80]], 'sub': {'bolt': [[5, 250]]}, 'as_of': 20}, {'control': 820, 'subledger': 250, 'difference': 570, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[20, 250], [21, 100], [1, 400], [5, 100]], 'sub': {'acme': [[20, -300]], 'dyna': [[5, 250], [1, -80]]}, 'as_of': 20}, {'control': 750, 'subledger': -130, 'difference': 880, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 3', {'control': [[32, 100], [30, -80], [5, 100], [5, 100]], 'sub': {'crux': [[5, 100], [1, 250], [1, -300]], 'bolt': [[31, 250], [5, -300]]}, 'as_of': 31}, {'control': 120, 'subledger': 0, 'difference': 120, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 4', {'control': [[32, 400], [32, 250], [31, -80]], 'sub': {'dyna': [[31, 400], [1, -300]], 'bolt': [[5, 250], [5, 250], [1, -300]], 'crux': [[31, -300], [1, -80], [31, -300]], 'acme': [[31, 250]]}, 'as_of': 31}, {'control': -80, 'subledger': -130, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 4}], ['control 5', {'control': [[5, 400], [21, 400], [19, -80], [19, 400], [19, 250]], 'sub': {'bolt': [[5, 100]], 'acme': [[1, 250]]}, 'as_of': 20}, {'control': 970, 'subledger': 350, 'difference': 620, 'credit_balances': [], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[1, 400], [11, 250]], 'sub': {'dyna': [[1, 250]], 'crux': [[1, 250], [1, 250], [1, 100]], 'acme': [[10, 250], [1, 250], [11, 250]], 'bolt': [[11, 250], [5, 400]]}, 'as_of': 10}, {'control': 400, 'subledger': 1750, 'difference': -1350, 'credit_balances': [], 'open_customers': 4}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 400], [20, -80], [19, 250]], 'sub': {'acme': [[21, 250]], 'bolt': [[20, 250], [1, -80], [1, -80]], 'dyna': [[21, -80], [20, 100]], 'crux': [[5, 400], [21, 400], [20, -300]]}, 'as_of': 20}, {'control': 570, 'subledger': 290, 'difference': 280, 'credit_balances': [], 'open_customers': 3}], ['control 1', {'control': [[20, 250], [19, 100], [5, 400]], 'sub': {'bolt': [[20, 250]], 'acme': [[1, -300], [1, 100], [1, 250]]}, 'as_of': 20}, {'control': 750, 'subledger': 300, 'difference': 450, 'credit_balances': [], 'open_customers': 2}], ['control 2', {'control': [[32, 250], [32, 400], [5, 100], [31, -80], [1, 100], [1, 400]], 'sub': {'dyna': [[1, -300], [31, -300]], 'bolt': [[1, -80]]}, 'as_of': 31}, {'control': 520, 'subledger': -680, 'difference': 1200, 'credit_balances': ['bolt', 'dyna'], 'open_customers': 2}], ['control 3', {'control': [[10, 100], [5, 250], [5, 400], [11, -80], [1, 400], [9, 400]], 'sub': {'dyna': [[5, 250]]}, 'as_of': 10}, {'control': 1550, 'subledger': 250, 'difference': 1300, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, 250], [1, 400], [31, 100], [31, 400], [30, -80]], 'sub': {'bolt': [[1, -80], [1, -300], [31, -300]], 'acme': [[31, 100], [1, -300]], 'crux': [[1, 100]]}, 'as_of': 31}, {'control': 1070, 'subledger': -780, 'difference': 1850, 'credit_balances': ['acme', 'bolt'], 'open_customers': 3}], ['control 5', {'control': [[5, -80], [1, 250], [20, 100]], 'sub': {'dyna': [[1, 400], [5, -300]], 'crux': [[20, -80], [5, -80]]}, 'as_of': 20}, {'control': 270, 'subledger': -60, 'difference': 330, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[9, 250], [11, 100], [11, -80], [11, 250]], 'sub': {'dyna': [[1, 250], [11, 400], [10, -80]], 'acme': [[11, -300], [1, 400], [1, 400]], 'bolt': [[1, -300]]}, 'as_of': 10}, {'control': 250, 'subledger': 670, 'difference': -420, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[1, -80], [1, 100], [32, 400], [31, 250]], 'sub': {'bolt': [[1, 250]]}, 'as_of': 31}, {'control': 270, 'subledger': 250, 'difference': 20, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[9, 250], [1, 400], [11, 100]], 'sub': {'crux': [[5, -80], [1, 250], [1, 250]]}, 'as_of': 10}, {'control': 650, 'subledger': 420, 'difference': 230, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[21, 250], [1, 400]], 'sub': {'acme': [[5, -300], [5, -80]]}, 'as_of': 20}, {'control': 400, 'subledger': -380, 'difference': 780, 'credit_balances': ['acme'], 'open_customers': 1}], ['control 4', {'control': [[1, -80], [1, 250], [10, 250], [1, 250], [5, 400]], 'sub': {'crux': [[5, -300]]}, 'as_of': 10}, {'control': 1070, 'subledger': -300, 'difference': 1370, 'credit_balances': ['crux'], 'open_customers': 1}], ['control 5', {'control': [[5, 250], [30, 400], [30, -80], [1, -80], [5, 250]], 'sub': {'bolt': [[5, 250]], 'acme': [[1, 250]], 'dyna': [[31, 400]]}, 'as_of': 31}, {'control': 740, 'subledger': 900, 'difference': -160, 'credit_balances': [], 'open_customers': 3}], ['control 6', {'control': [[10, 100], [5, 400], [10, -80], [1, -80]], 'sub': {'bolt': [[1, -80]], 'crux': [[1, 400], [1, -80]]}, 'as_of': 10}, {'control': 340, 'subledger': 240, 'difference': 100, 'credit_balances': ['bolt'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[20, -80], [21, 100]], 'sub': {'dyna': [[1, -80], [20, 250]], 'bolt': [[1, -300], [20, 400], [21, -300]]}, 'as_of': 20}, {'control': -80, 'subledger': 270, 'difference': -350, 'credit_balances': [], 'open_customers': 2}], ['control 1', {'control': [[31, 250], [5, -80], [1, 400], [32, 400], [1, 400]], 'sub': {'crux': [[5, 250], [1, 400]]}, 'as_of': 31}, {'control': 970, 'subledger': 650, 'difference': 320, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[1, 400], [20, -80], [19, 250], [20, 250], [20, 250]], 'sub': {'acme': [[20, -300]], 'dyna': [[20, 100], [5, 400], [5, 400]], 'bolt': [[1, 250]]}, 'as_of': 20}, {'control': 1070, 'subledger': 850, 'difference': 220, 'credit_balances': ['acme'], 'open_customers': 3}], ['control 3', {'control': [[1, 100], [11, 100], [1, 100], [9, 400], [9, 100], [9, 100]], 'sub': {'dyna': [[1, 100], [5, 100]]}, 'as_of': 10}, {'control': 800, 'subledger': 200, 'difference': 600, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, -80], [5, 100], [30, -80], [5, -80]], 'sub': {'dyna': [[1, 250], [31, 250], [5, 400]]}, 'as_of': 31}, {'control': -140, 'subledger': 900, 'difference': -1040, 'credit_balances': [], 'open_customers': 1}], ['control 5', {'control': [[21, -80], [20, 400], [19, 100], [20, 100], [21, 400], [20, 250]], 'sub': {'bolt': [[20, -300], [20, -80], [5, 250]], 'crux': [[5, 100], [20, 100]]}, 'as_of': 20}, {'control': 850, 'subledger': 70, 'difference': 780, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 6', {'control': [[11, 400], [11, -80]], 'sub': {'dyna': [[5, 250]], 'crux': [[10, -300]]}, 'as_of': 10}, {'control': 0, 'subledger': -50, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[5, 100], [5, 250], [19, -80], [21, 250], [21, 250]], 'sub': {'crux': [[20, -80], [20, -80]], 'acme': [[21, 100]]}, 'as_of': 20}, {'control': 270, 'subledger': -160, 'difference': 430, 'credit_balances': ['crux'], 'open_customers': 1}], ['regression: subledger cutoff, partial-repair probe', {'control': [[11, -80], [10, 400], [11, -80], [1, 100], [9, 100]], 'sub': {'crux': [[5, -300], [1, -300]], 'dyna': [[5, -80]], 'bolt': [[1, -300], [10, -80], [1, 100]], 'acme': [[10, 250], [11, -80]]}, 'as_of': 10}, {'control': 600, 'subledger': -710, 'difference': 1310, 'credit_balances': ['bolt', 'crux', 'dyna'], 'open_customers': 4}], ['control 1', {'control': [[10, -80], [9, 400], [1, 250]], 'sub': {'crux': [[5, 250], [1, 400], [5, 250]], 'acme': [[10, -80]]}, 'as_of': 10}, {'control': 570, 'subledger': 820, 'difference': -250, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 2', {'control': [[1, -80], [5, 100], [20, 400], [19, 250], [1, 250]], 'sub': {'crux': [[20, 250], [20, -80], [20, 250]]}, 'as_of': 20}, {'control': 920, 'subledger': 420, 'difference': 500, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[1, 100], [1, 250], [5, 250], [1, 100], [1, 400], [5, -80]], 'sub': {'bolt': [[10, -80], [10, 400]], 'crux': [[1, 250], [10, 250]]}, 'as_of': 10}, {'control': 1020, 'subledger': 820, 'difference': 200, 'credit_balances': [], 'open_customers': 2}], ['control 4', {'control': [[10, 100], [5, 250], [11, 400], [9, 400]], 'sub': {'bolt': [[1, -80], [5, -300]]}, 'as_of': 10}, {'control': 750, 'subledger': -380, 'difference': 1130, 'credit_balances': ['bolt'], 'open_customers': 1}], ['control 5', {'control': [[5, 400], [11, 100]], 'sub': {'bolt': [[5, 400], [1, -80]], 'acme': [[5, 400], [1, 100], [5, -300]], 'dyna': [[1, 100]]}, 'as_of': 10}, {'control': 400, 'subledger': 620, 'difference': -220, 'credit_balances': [], 'open_customers': 3}]]]\nfor label, args, expected in fixtures[N-1]:\n    try:\n        actual = solve(args)\n    except Exception as exc:\n        actual = 'raised ' + type(exc).__name__\n    check(label, actual, expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"fixed":{"sha256":"a7dd49e20c6d43fa17338930c3667d8c0854d592a1b07f72ee927207cfd5c055","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(x):\n    cut = x['as_of']\n    control = sum(a for d, a in x['control'] if d <= cut)\n    per = {}\n    for cust, rows in x['sub'].items():\n        per[cust] = sum(a for d, a in rows if d <= cut)\n    sub_total = sum(per.values())\n    credit = sorted(c for c, v in per.items() if v < 0)\n    return {'control': control, 'subledger': sub_total, 'difference': control - sub_total, 'credit_balances': credit, 'open_customers': sum(1 for v in per.values() if v != 0)}\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[['regression: subledger cutoff', {'control': [[5, 100], [19, -80], [21, -80]], 'sub': {'bolt': [[5, -80], [1, 250], [5, -80]], 'acme': [[21, 100]], 'dyna': [[20, 400], [1, 250], [20, 100]], 'crux': [[20, 400], [5, 100]]}, 'as_of': 20}, {'control': 20, 'subledger': 1340, 'difference': -1320, 'credit_balances': [], 'open_customers': 3}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 100], [21, 250], [19, 400], [5, 100]], 'sub': {'dyna': [[21, -80], [21, 100], [20, 400]], 'acme': [[5, 100], [20, -80], [21, -300]], 'bolt': [[5, -80], [21, -300]]}, 'as_of': 20}, {'control': 600, 'subledger': 340, 'difference': 260, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[21, 400], [5, 250], [19, 250], [20, 400], [19, -80]], 'sub': {'bolt': [[5, 250]]}, 'as_of': 20}, {'control': 820, 'subledger': 250, 'difference': 570, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[20, 250], [21, 100], [1, 400], [5, 100]], 'sub': {'acme': [[20, -300]], 'dyna': [[5, 250], [1, -80]]}, 'as_of': 20}, {'control': 750, 'subledger': -130, 'difference': 880, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 3', {'control': [[32, 100], [30, -80], [5, 100], [5, 100]], 'sub': {'crux': [[5, 100], [1, 250], [1, -300]], 'bolt': [[31, 250], [5, -300]]}, 'as_of': 31}, {'control': 120, 'subledger': 0, 'difference': 120, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 4', {'control': [[32, 400], [32, 250], [31, -80]], 'sub': {'dyna': [[31, 400], [1, -300]], 'bolt': [[5, 250], [5, 250], [1, -300]], 'crux': [[31, -300], [1, -80], [31, -300]], 'acme': [[31, 250]]}, 'as_of': 31}, {'control': -80, 'subledger': -130, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 4}], ['control 5', {'control': [[5, 400], [21, 400], [19, -80], [19, 400], [19, 250]], 'sub': {'bolt': [[5, 100]], 'acme': [[1, 250]]}, 'as_of': 20}, {'control': 970, 'subledger': 350, 'difference': 620, 'credit_balances': [], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[1, 400], [11, 250]], 'sub': {'dyna': [[1, 250]], 'crux': [[1, 250], [1, 250], [1, 100]], 'acme': [[10, 250], [1, 250], [11, 250]], 'bolt': [[11, 250], [5, 400]]}, 'as_of': 10}, {'control': 400, 'subledger': 1750, 'difference': -1350, 'credit_balances': [], 'open_customers': 4}], ['regression: subledger cutoff, partial-repair probe', {'control': [[5, 400], [20, -80], [19, 250]], 'sub': {'acme': [[21, 250]], 'bolt': [[20, 250], [1, -80], [1, -80]], 'dyna': [[21, -80], [20, 100]], 'crux': [[5, 400], [21, 400], [20, -300]]}, 'as_of': 20}, {'control': 570, 'subledger': 290, 'difference': 280, 'credit_balances': [], 'open_customers': 3}], ['control 1', {'control': [[20, 250], [19, 100], [5, 400]], 'sub': {'bolt': [[20, 250]], 'acme': [[1, -300], [1, 100], [1, 250]]}, 'as_of': 20}, {'control': 750, 'subledger': 300, 'difference': 450, 'credit_balances': [], 'open_customers': 2}], ['control 2', {'control': [[32, 250], [32, 400], [5, 100], [31, -80], [1, 100], [1, 400]], 'sub': {'dyna': [[1, -300], [31, -300]], 'bolt': [[1, -80]]}, 'as_of': 31}, {'control': 520, 'subledger': -680, 'difference': 1200, 'credit_balances': ['bolt', 'dyna'], 'open_customers': 2}], ['control 3', {'control': [[10, 100], [5, 250], [5, 400], [11, -80], [1, 400], [9, 400]], 'sub': {'dyna': [[5, 250]]}, 'as_of': 10}, {'control': 1550, 'subledger': 250, 'difference': 1300, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, 250], [1, 400], [31, 100], [31, 400], [30, -80]], 'sub': {'bolt': [[1, -80], [1, -300], [31, -300]], 'acme': [[31, 100], [1, -300]], 'crux': [[1, 100]]}, 'as_of': 31}, {'control': 1070, 'subledger': -780, 'difference': 1850, 'credit_balances': ['acme', 'bolt'], 'open_customers': 3}], ['control 5', {'control': [[5, -80], [1, 250], [20, 100]], 'sub': {'dyna': [[1, 400], [5, -300]], 'crux': [[20, -80], [5, -80]]}, 'as_of': 20}, {'control': 270, 'subledger': -60, 'difference': 330, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[9, 250], [11, 100], [11, -80], [11, 250]], 'sub': {'dyna': [[1, 250], [11, 400], [10, -80]], 'acme': [[11, -300], [1, 400], [1, 400]], 'bolt': [[1, -300]]}, 'as_of': 10}, {'control': 250, 'subledger': 670, 'difference': -420, 'credit_balances': ['bolt'], 'open_customers': 3}], ['control 1', {'control': [[1, -80], [1, 100], [32, 400], [31, 250]], 'sub': {'bolt': [[1, 250]]}, 'as_of': 31}, {'control': 270, 'subledger': 250, 'difference': 20, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[9, 250], [1, 400], [11, 100]], 'sub': {'crux': [[5, -80], [1, 250], [1, 250]]}, 'as_of': 10}, {'control': 650, 'subledger': 420, 'difference': 230, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[21, 250], [1, 400]], 'sub': {'acme': [[5, -300], [5, -80]]}, 'as_of': 20}, {'control': 400, 'subledger': -380, 'difference': 780, 'credit_balances': ['acme'], 'open_customers': 1}], ['control 4', {'control': [[1, -80], [1, 250], [10, 250], [1, 250], [5, 400]], 'sub': {'crux': [[5, -300]]}, 'as_of': 10}, {'control': 1070, 'subledger': -300, 'difference': 1370, 'credit_balances': ['crux'], 'open_customers': 1}], ['control 5', {'control': [[5, 250], [30, 400], [30, -80], [1, -80], [5, 250]], 'sub': {'bolt': [[5, 250]], 'acme': [[1, 250]], 'dyna': [[31, 400]]}, 'as_of': 31}, {'control': 740, 'subledger': 900, 'difference': -160, 'credit_balances': [], 'open_customers': 3}], ['control 6', {'control': [[10, 100], [5, 400], [10, -80], [1, -80]], 'sub': {'bolt': [[1, -80]], 'crux': [[1, 400], [1, -80]]}, 'as_of': 10}, {'control': 340, 'subledger': 240, 'difference': 100, 'credit_balances': ['bolt'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[20, -80], [21, 100]], 'sub': {'dyna': [[1, -80], [20, 250]], 'bolt': [[1, -300], [20, 400], [21, -300]]}, 'as_of': 20}, {'control': -80, 'subledger': 270, 'difference': -350, 'credit_balances': [], 'open_customers': 2}], ['control 1', {'control': [[31, 250], [5, -80], [1, 400], [32, 400], [1, 400]], 'sub': {'crux': [[5, 250], [1, 400]]}, 'as_of': 31}, {'control': 970, 'subledger': 650, 'difference': 320, 'credit_balances': [], 'open_customers': 1}], ['control 2', {'control': [[1, 400], [20, -80], [19, 250], [20, 250], [20, 250]], 'sub': {'acme': [[20, -300]], 'dyna': [[20, 100], [5, 400], [5, 400]], 'bolt': [[1, 250]]}, 'as_of': 20}, {'control': 1070, 'subledger': 850, 'difference': 220, 'credit_balances': ['acme'], 'open_customers': 3}], ['control 3', {'control': [[1, 100], [11, 100], [1, 100], [9, 400], [9, 100], [9, 100]], 'sub': {'dyna': [[1, 100], [5, 100]]}, 'as_of': 10}, {'control': 800, 'subledger': 200, 'difference': 600, 'credit_balances': [], 'open_customers': 1}], ['control 4', {'control': [[31, -80], [5, 100], [30, -80], [5, -80]], 'sub': {'dyna': [[1, 250], [31, 250], [5, 400]]}, 'as_of': 31}, {'control': -140, 'subledger': 900, 'difference': -1040, 'credit_balances': [], 'open_customers': 1}], ['control 5', {'control': [[21, -80], [20, 400], [19, 100], [20, 100], [21, 400], [20, 250]], 'sub': {'bolt': [[20, -300], [20, -80], [5, 250]], 'crux': [[5, 100], [20, 100]]}, 'as_of': 20}, {'control': 850, 'subledger': 70, 'difference': 780, 'credit_balances': ['bolt'], 'open_customers': 2}], ['control 6', {'control': [[11, 400], [11, -80]], 'sub': {'dyna': [[5, 250]], 'crux': [[10, -300]]}, 'as_of': 10}, {'control': 0, 'subledger': -50, 'difference': 50, 'credit_balances': ['crux'], 'open_customers': 2}]], [['regression: subledger cutoff', {'control': [[5, 100], [5, 250], [19, -80], [21, 250], [21, 250]], 'sub': {'crux': [[20, -80], [20, -80]], 'acme': [[21, 100]]}, 'as_of': 20}, {'control': 270, 'subledger': -160, 'difference': 430, 'credit_balances': ['crux'], 'open_customers': 1}], ['regression: subledger cutoff, partial-repair probe', {'control': [[11, -80], [10, 400], [11, -80], [1, 100], [9, 100]], 'sub': {'crux': [[5, -300], [1, -300]], 'dyna': [[5, -80]], 'bolt': [[1, -300], [10, -80], [1, 100]], 'acme': [[10, 250], [11, -80]]}, 'as_of': 10}, {'control': 600, 'subledger': -710, 'difference': 1310, 'credit_balances': ['bolt', 'crux', 'dyna'], 'open_customers': 4}], ['control 1', {'control': [[10, -80], [9, 400], [1, 250]], 'sub': {'crux': [[5, 250], [1, 400], [5, 250]], 'acme': [[10, -80]]}, 'as_of': 10}, {'control': 570, 'subledger': 820, 'difference': -250, 'credit_balances': ['acme'], 'open_customers': 2}], ['control 2', {'control': [[1, -80], [5, 100], [20, 400], [19, 250], [1, 250]], 'sub': {'crux': [[20, 250], [20, -80], [20, 250]]}, 'as_of': 20}, {'control': 920, 'subledger': 420, 'difference': 500, 'credit_balances': [], 'open_customers': 1}], ['control 3', {'control': [[1, 100], [1, 250], [5, 250], [1, 100], [1, 400], [5, -80]], 'sub': {'bolt': [[10, -80], [10, 400]], 'crux': [[1, 250], [10, 250]]}, 'as_of': 10}, {'control': 1020, 'subledger': 820, 'difference': 200, 'credit_balances': [], 'open_customers': 2}], ['control 4', {'control': [[10, 100], [5, 250], [11, 400], [9, 400]], 'sub': {'bolt': [[1, -80], [5, -300]]}, 'as_of': 10}, {'control': 750, 'subledger': -380, 'difference': 1130, 'credit_balances': ['bolt'], 'open_customers': 1}], ['control 5', {'control': [[5, 400], [11, 100]], 'sub': {'bolt': [[5, 400], [1, -80]], 'acme': [[5, 400], [1, 100], [5, -300]], 'dyna': [[1, 100]]}, 'as_of': 10}, {'control': 400, 'subledger': 620, 'difference': -220, 'credit_balances': [], 'open_customers': 3}]]]\nfor label, args, expected in fixtures[N-1]:\n    try:\n        actual = solve(args)\n    except Exception as exc:\n        actual = 'raised ' + type(exc).__name__\n    check(label, actual, expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"}},"limitations":"A deterministic bounded teaching model with stipulated toy bookkeeping rules stated in the contract; amounts are integer cents; it makes no claim of conformance to any accounting standard or product. This reproducer isolates one failure mechanism. Results cover the supplied fixtures. Variants within a family share a test contract and should remain grouped when constructing evaluation splits. Related mechanisms with a shared evaluation_group must also remain together; these controlled models are not independent production incidents.","method":"Deterministic executable model with adversarial boundary fixtures.","provenance":{"created_by":"Failure Map","dependencies":"Python standard library","family":"w2-double-entry-ledger-accounting-subledger-control-tieout-subledger-cutoff","generated_at":"2026-09-29T14:46:24.860920+00:00","license":"CC0-1.0","python":"3.12.14","seed":1,"split":"open-access"},"relevance":"Ledger software must keep debits equal to credits and apply normal-balance, period and cutoff rules exactly; small sign or boundary slips silently misstate financial statements.","repair":"Apply the as-of cutoff to subledger rows.","root_cause":"The subledger sum ignores the as-of date.","sha256":"1ba880603d2267d3a4373c90b4fa90c5791ec725c82bd3bb36345e783703b3e3","title":"Receivables subledger tie-out: subledger cutoff · case 01","variant":1,"variant_policy":"Five numbered records share a model and may reuse boundary fixtures.","verification":{"attempt":{"elapsed_ms":45.076,"exit_code":1,"observations":[{"actual":{"control":20,"credit_balances":[],"difference":-1320,"open_customers":3,"subledger":1340},"check":"regression: subledger cutoff","expected":{"control":20,"credit_balances":[],"difference":-1320,"open_customers":3,"subledger":1340},"passed":true},{"actual":{"control":600,"credit_balances":["acme","bolt"],"difference":940,"open_customers":3,"subledger":-340},"check":"regression: subledger cutoff, partial-repair probe","expected":{"control":600,"credit_balances":["bolt"],"difference":260,"open_customers":3,"subledger":340},"passed":false},{"actual":{"control":820,"credit_balances":[],"difference":570,"open_customers":1,"subledger":250},"check":"control 1","expected":{"control":820,"credit_balances":[],"difference":570,"open_customers":1,"subledger":250},"passed":true},{"actual":{"control":750,"credit_balances":["acme"],"difference":880,"open_customers":2,"subledger":-130},"check":"control 2","expected":{"control":750,"credit_balances":["acme"],"difference":880,"open_customers":2,"subledger":-130},"passed":true},{"actual":{"control":120,"credit_balances":["bolt"],"difference":120,"open_customers":2,"subledger":0},"check":"control 3","expected":{"control":120,"credit_balances":["bolt"],"difference":120,"open_customers":2,"subledger":0},"passed":true},{"actual":{"control":-80,"credit_balances":["crux"],"difference":50,"open_customers":4,"subledger":-130},"check":"control 4","expected":{"control":-80,"credit_balances":["crux"],"difference":50,"open_customers":4,"subledger":-130},"passed":true},{"actual":{"control":970,"credit_balances":[],"difference":620,"open_customers":2,"subledger":350},"check":"control 5","expected":{"control":970,"credit_balances":[],"difference":620,"open_customers":2,"subledger":350},"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"regression: subledger cutoff\", \"actual\": {\"control\": 20, \"subledger\": 1340, \"difference\": -1320, \"credit_balances\": [], \"open_customers\": 3}, \"expected\": {\"control\": 20, \"subledger\": 1340, \"difference\": -1320, \"credit_balances\": [], \"open_customers\": 3}, \"passed\": true}, {\"check\": \"regression: subledger cutoff, partial-repair probe\", \"actual\": {\"control\": 600, \"subledger\": -340, \"difference\": 940, \"credit_balances\": [\"acme\", \"bolt\"], \"open_customers\": 3}, \"expected\": {\"control\": 600, \"subledger\": 340, \"difference\": 260, \"credit_balances\": [\"bolt\"], \"open_customers\": 3}, \"passed\": false}, {\"check\": \"control 1\", \"actual\": {\"control\": 820, \"subledger\": 250, \"difference\": 570, \"credit_balances\": [], \"open_customers\": 1}, \"expected\": {\"control\": 820, \"subledger\": 250, \"difference\": 570, \"credit_balances\": [], \"open_customers\": 1}, \"passed\": true}, {\"check\": \"control 2\", \"actual\": {\"control\": 750, \"subledger\": -130, \"difference\": 880, \"credit_balances\": [\"acme\"], \"open_customers\": 2}, \"expected\": {\"control\": 750, \"subledger\": -130, \"difference\": 880, \"credit_balances\": [\"acme\"], \"open_customers\": 2}, \"passed\": true}, {\"check\": \"control 3\", \"actual\": {\"control\": 120, \"subledger\": 0, \"difference\": 120, \"credit_balances\": [\"bolt\"], \"open_customers\": 2}, \"expected\": {\"control\": 120, \"subledger\": 0, \"difference\": 120, \"credit_balances\": [\"bolt\"], \"open_customers\": 2}, \"passed\": true}, {\"check\": \"control 4\", \"actual\": {\"control\": -80, \"subledger\": -130, \"difference\": 50, \"credit_balances\": [\"crux\"], \"open_customers\": 4}, \"expected\": {\"control\": -80, \"subledger\": -130, \"difference\": 50, \"credit_balances\": [\"crux\"], \"open_customers\": 4}, \"passed\": true}, {\"check\": \"control 5\", \"actual\": {\"control\": 970, \"subledger\": 350, \"difference\": 620, \"credit_balances\": [], \"open_customers\": 2}, \"expected\": {\"control\": 970, \"subledger\": 350, \"difference\": 620, \"credit_balances\": [], \"open_customers\": 2}, \"passed\": true}], \"passed\": false}\n"},"broken":{"elapsed_ms":41.638,"exit_code":1,"observations":[{"actual":{"control":20,"credit_balances":[],"difference":-1420,"open_customers":4,"subledger":1440},"check":"regression: subledger cutoff","expected":{"control":20,"credit_balances":[],"difference":-1320,"open_customers":3,"subledger":1340},"passed":false},{"actual":{"control":600,"credit_balances":["acme","bolt"],"difference":840,"open_customers":3,"subledger":-240},"check":"regression: subledger cutoff, partial-repair probe","expected":{"control":600,"credit_balances":["bolt"],"difference":260,"open_customers":3,"subledger":340},"passed":false},{"actual":{"control":820,"credit_balances":[],"difference":570,"open_customers":1,"subledger":250},"check":"control 1","expected":{"control":820,"credit_balances":[],"difference":570,"open_customers":1,"subledger":250},"passed":true},{"actual":{"control":750,"credit_balances":["acme"],"difference":880,"open_customers":2,"subledger":-130},"check":"control 2","expected":{"control":750,"credit_balances":["acme"],"difference":880,"open_customers":2,"subledger":-130},"passed":true},{"actual":{"control":120,"credit_balances":["bolt"],"difference":120,"open_customers":2,"subledger":0},"check":"control 3","expected":{"control":120,"credit_balances":["bolt"],"difference":120,"open_customers":2,"subledger":0},"passed":true},{"actual":{"control":-80,"credit_balances":["crux"],"difference":50,"open_customers":4,"subledger":-130},"check":"control 4","expected":{"control":-80,"credit_balances":["crux"],"difference":50,"open_customers":4,"subledger":-130},"passed":true},{"actual":{"control":970,"credit_balances":[],"difference":620,"open_customers":2,"subledger":350},"check":"control 5","expected":{"control":970,"credit_balances":[],"difference":620,"open_customers":2,"subledger":350},"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"regression: subledger cutoff\", \"actual\": {\"control\": 20, \"subledger\": 1440, \"difference\": -1420, \"credit_balances\": [], \"open_customers\": 4}, \"expected\": {\"control\": 20, \"subledger\": 1340, \"difference\": -1320, \"credit_balances\": [], \"open_customers\": 3}, \"passed\": false}, {\"check\": \"regression: subledger cutoff, partial-repair probe\", \"actual\": {\"control\": 600, \"subledger\": -240, \"difference\": 840, \"credit_balances\": [\"acme\", \"bolt\"], \"open_customers\": 3}, \"expected\": {\"control\": 600, \"subledger\": 340, 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