Cost pool allocation entry: remainder tie-break · case 01

"""Failure Map reference implementation. Python standard library only."""
import json

N = 1
observations = []
def solve(x):
    amt = x['amount']
    side_src, side_dst = ('C', 'D') if amt >= 0 else ('D', 'C')
    mag = abs(amt)
    ws = [(c, w) for c, w in x['weights'] if w > 0]
    total = sum(w for _, w in ws)
    base = [mag * w // total for _, w in ws]
    rems = [mag * w % total for _, w in ws]
    left = mag - sum(base)
    order = sorted(range(len(ws)), key=lambda i: (-rems[i], -i))
    for i in order[:left]:
        base[i] += 1
    lines = [[x['source'], side_src, mag]]
    for (c, w), share in zip(ws, base):
        if share:
            lines.append([c, side_dst, share])
    return lines
def check(label, actual, expected):
    observations.append({"check": label, "actual": actual, "expected": expected, "passed": actual == expected})
fixtures = [[['regression: remainder tie-break', {'amount': 7, 'weights': [['fin', 0], ['it', 7], ['hr', 2], ['lab', 3], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['hr', 'D', 1], ['lab', 'D', 1], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 10, 'weights': [['mkt', 1], ['ops', 7], ['lab', 1], ['it', 5], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['ops', 'D', 5], ['lab', 'D', 1], ['it', 'D', 3]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['fin', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 7]]], ['control 2', {'amount': 99999, 'weights': [['hr', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 99999], ['hr', 'D', 99999]]], ['control 3', {'amount': 0, 'weights': [['ops', 3], ['mkt', 7], ['fin', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 4', {'amount': 100, 'weights': [['ops', 5], ['it', 5]], 'source': 'pool'}, [['pool', 'C', 100], ['ops', 'D', 50], ['it', 'D', 50]]], ['control 5', {'amount': 0, 'weights': [['ops', 5], ['hr', 5], ['mkt', 7], ['fin', 3]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': 3, 'weights': [['it', 0], ['hr', 0], ['fin', 2], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 3], ['fin', 'D', 2], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 101, 'weights': [['it', 3], ['mkt', 0], ['lab', 7], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 101], ['it', 'D', 18], ['lab', 'D', 42], ['hr', 'D', 41]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['it', 7], ['ops', 2], ['fin', 2], ['lab', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['ops', 'D', 1], ['fin', 'D', 1], ['lab', 'D', 1]]], ['control 2', {'amount': 0, 'weights': [['it', 3], ['lab', 1], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 3', {'amount': 101, 'weights': [['lab', 7], ['hr', 5]], 'source': 'pool'}, [['pool', 'C', 101], ['lab', 'D', 59], ['hr', 'D', 42]]], ['control 4', {'amount': 10, 'weights': [['lab', 1], ['it', 3], ['hr', 1], ['ops', 7], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 2], ['hr', 'D', 1], ['ops', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 2], ['fin', 1], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 2], ['fin', 'D', 1], ['hr', 'D', 6]]]], [['regression: remainder tie-break', {'amount': 1000, 'weights': [['ops', 7], ['mkt', 5], ['fin', 7]], 'source': 'pool'}, [['pool', 'C', 1000], ['ops', 'D', 369], ['mkt', 'D', 263], ['fin', 'D', 368]]], ['control 1', {'amount': 7, 'weights': [['fin', 1], ['mkt', 5]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 1], ['mkt', 'D', 6]]], ['control 2', {'amount': 7, 'weights': [['it', 0], ['lab', 7], ['mkt', 1], ['hr', 3]], 'source': 'pool'}, [['pool', 'C', 7], ['lab', 'D', 4], ['mkt', 'D', 1], ['hr', 'D', 2]]], ['control 3', {'amount': 3, 'weights': [['it', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 3]]], ['control 4', {'amount': 10, 'weights': [['ops', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['lab', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['ops', 1], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 2], ['lab', 'D', 8]]], ['control 6', {'amount': 0, 'weights': [['it', 7], ['ops', 7], ['lab', 5], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': -101, 'weights': [['fin', 7], ['mkt', 0], ['hr', 3], ['it', 7], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['fin', 'C', 30], ['hr', 'C', 13], ['it', 'C', 29], ['ops', 'C', 29]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 1000, 'weights': [['fin', 7], ['mkt', 3], ['it', 3], ['lab', 1], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 1000], ['fin', 'D', 438], ['mkt', 'D', 188], ['it', 'D', 187], ['lab', 'D', 62], ['hr', 'D', 125]]], ['control 1', {'amount': -7, 'weights': [['lab', 2], ['ops', 7], ['mkt', 2]], 'source': 'pool'}, [['pool', 'D', 7], ['lab', 'C', 1], ['ops', 'C', 5], ['mkt', 'C', 1]]], ['control 2', {'amount': -101, 'weights': [['it', 5], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['it', 'C', 42], ['ops', 'C', 59]]], ['control 3', {'amount': 100, 'weights': [['it', 7], ['fin', 3], ['mkt', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 100], ['it', 'D', 39], ['fin', 'D', 17], ['mkt', 'D', 39], ['hr', 'D', 5]]], ['control 4', {'amount': 10, 'weights': [['lab', 2], ['it', 5], ['hr', 7], ['mkt', 0], ['ops', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 3], ['hr', 'D', 3], ['ops', 'D', 3]]], ['control 5', {'amount': 3, 'weights': [['it', 3], ['lab', 3], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 1], ['lab', 'D', 1], ['hr', 'D', 1]]]], [['regression: remainder tie-break', {'amount': 101, 'weights': [['fin', 2], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 101], ['fin', 'D', 51], ['hr', 'D', 50]]], ['regression: remainder tie-break, partial-repair probe', {'amount': -101, 'weights': [['ops', 2], ['hr', 2], ['lab', 7], ['it', 1], ['fin', 1]], 'source': 'pool'}, [['pool', 'D', 101], ['ops', 'C', 16], ['hr', 'C', 15], ['lab', 'C', 54], ['it', 'C', 8], ['fin', 'C', 8]]], ['control 1', {'amount': 100, 'weights': [['fin', 2], ['hr', 0], ['it', 0], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 100], ['fin', 'D', 100]]], ['control 2', {'amount': 10, 'weights': [['ops', 3], ['it', 1], ['mkt', 3], ['hr', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['it', 'D', 2], ['mkt', 'D', 4]]], ['control 3', {'amount': -7, 'weights': [['fin', 3], ['mkt', 1]], 'source': 'pool'}, [['pool', 'D', 7], ['fin', 'C', 5], ['mkt', 'C', 2]]], ['control 4', {'amount': 7, 'weights': [['mkt', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 7], ['mkt', 'D', 7]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 7], ['fin', 0], ['ops', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 8], ['ops', 'D', 1]]]]]
for label, args, expected in fixtures[N-1]:
    try:
        actual = solve(args)
    except Exception as exc:
        actual = 'raised ' + type(exc).__name__
    check(label, actual, expected)
print(json.dumps({"observations": observations, "passed": all(x["passed"] for x in observations)}, ensure_ascii=False))
raise SystemExit(0 if all(x["passed"] for x in observations) else 1)

SHA-256 / 0f1dcb374faae944d8ebac2866f494307043bcb4224d6f5f8548c0bb0500456e

"""Failure Map reference implementation. Python standard library only."""
import json

N = 1
observations = []
def solve(x):
    amt = x['amount']
    side_src, side_dst = ('C', 'D') if amt >= 0 else ('D', 'C')
    mag = abs(amt)
    ws = [(c, w) for c, w in x['weights'] if w > 0]
    total = sum(w for _, w in ws)
    base = [mag * w // total for _, w in ws]
    rems = [mag * w % total for _, w in ws]
    left = mag - sum(base)
    order = sorted(range(len(ws)), key=lambda i: (-rems[i], ws[i][0]))
    for i in order[:left]:
        base[i] += 1
    lines = [[x['source'], side_src, mag]]
    for (c, w), share in zip(ws, base):
        if share:
            lines.append([c, side_dst, share])
    return lines
def check(label, actual, expected):
    observations.append({"check": label, "actual": actual, "expected": expected, "passed": actual == expected})
fixtures = [[['regression: remainder tie-break', {'amount': 7, 'weights': [['fin', 0], ['it', 7], ['hr', 2], ['lab', 3], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['hr', 'D', 1], ['lab', 'D', 1], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 10, 'weights': [['mkt', 1], ['ops', 7], ['lab', 1], ['it', 5], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['ops', 'D', 5], ['lab', 'D', 1], ['it', 'D', 3]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['fin', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 7]]], ['control 2', {'amount': 99999, 'weights': [['hr', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 99999], ['hr', 'D', 99999]]], ['control 3', {'amount': 0, 'weights': [['ops', 3], ['mkt', 7], ['fin', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 4', {'amount': 100, 'weights': [['ops', 5], ['it', 5]], 'source': 'pool'}, [['pool', 'C', 100], ['ops', 'D', 50], ['it', 'D', 50]]], ['control 5', {'amount': 0, 'weights': [['ops', 5], ['hr', 5], ['mkt', 7], ['fin', 3]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': 3, 'weights': [['it', 0], ['hr', 0], ['fin', 2], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 3], ['fin', 'D', 2], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 101, 'weights': [['it', 3], ['mkt', 0], ['lab', 7], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 101], ['it', 'D', 18], ['lab', 'D', 42], ['hr', 'D', 41]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['it', 7], ['ops', 2], ['fin', 2], ['lab', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['ops', 'D', 1], ['fin', 'D', 1], ['lab', 'D', 1]]], ['control 2', {'amount': 0, 'weights': [['it', 3], ['lab', 1], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 3', {'amount': 101, 'weights': [['lab', 7], ['hr', 5]], 'source': 'pool'}, [['pool', 'C', 101], ['lab', 'D', 59], ['hr', 'D', 42]]], ['control 4', {'amount': 10, 'weights': [['lab', 1], ['it', 3], ['hr', 1], ['ops', 7], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 2], ['hr', 'D', 1], ['ops', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 2], ['fin', 1], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 2], ['fin', 'D', 1], ['hr', 'D', 6]]]], [['regression: remainder tie-break', {'amount': 1000, 'weights': [['ops', 7], ['mkt', 5], ['fin', 7]], 'source': 'pool'}, [['pool', 'C', 1000], ['ops', 'D', 369], ['mkt', 'D', 263], ['fin', 'D', 368]]], ['control 1', {'amount': 7, 'weights': [['fin', 1], ['mkt', 5]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 1], ['mkt', 'D', 6]]], ['control 2', {'amount': 7, 'weights': [['it', 0], ['lab', 7], ['mkt', 1], ['hr', 3]], 'source': 'pool'}, [['pool', 'C', 7], ['lab', 'D', 4], ['mkt', 'D', 1], ['hr', 'D', 2]]], ['control 3', {'amount': 3, 'weights': [['it', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 3]]], ['control 4', {'amount': 10, 'weights': [['ops', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['lab', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['ops', 1], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 2], ['lab', 'D', 8]]], ['control 6', {'amount': 0, 'weights': [['it', 7], ['ops', 7], ['lab', 5], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': -101, 'weights': [['fin', 7], ['mkt', 0], ['hr', 3], ['it', 7], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['fin', 'C', 30], ['hr', 'C', 13], ['it', 'C', 29], ['ops', 'C', 29]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 1000, 'weights': [['fin', 7], ['mkt', 3], ['it', 3], ['lab', 1], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 1000], ['fin', 'D', 438], ['mkt', 'D', 188], ['it', 'D', 187], ['lab', 'D', 62], ['hr', 'D', 125]]], ['control 1', {'amount': -7, 'weights': [['lab', 2], ['ops', 7], ['mkt', 2]], 'source': 'pool'}, [['pool', 'D', 7], ['lab', 'C', 1], ['ops', 'C', 5], ['mkt', 'C', 1]]], ['control 2', {'amount': -101, 'weights': [['it', 5], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['it', 'C', 42], ['ops', 'C', 59]]], ['control 3', {'amount': 100, 'weights': [['it', 7], ['fin', 3], ['mkt', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 100], ['it', 'D', 39], ['fin', 'D', 17], ['mkt', 'D', 39], ['hr', 'D', 5]]], ['control 4', {'amount': 10, 'weights': [['lab', 2], ['it', 5], ['hr', 7], ['mkt', 0], ['ops', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 3], ['hr', 'D', 3], ['ops', 'D', 3]]], ['control 5', {'amount': 3, 'weights': [['it', 3], ['lab', 3], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 1], ['lab', 'D', 1], ['hr', 'D', 1]]]], [['regression: remainder tie-break', {'amount': 101, 'weights': [['fin', 2], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 101], ['fin', 'D', 51], ['hr', 'D', 50]]], ['regression: remainder tie-break, partial-repair probe', {'amount': -101, 'weights': [['ops', 2], ['hr', 2], ['lab', 7], ['it', 1], ['fin', 1]], 'source': 'pool'}, [['pool', 'D', 101], ['ops', 'C', 16], ['hr', 'C', 15], ['lab', 'C', 54], ['it', 'C', 8], ['fin', 'C', 8]]], ['control 1', {'amount': 100, 'weights': [['fin', 2], ['hr', 0], ['it', 0], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 100], ['fin', 'D', 100]]], ['control 2', {'amount': 10, 'weights': [['ops', 3], ['it', 1], ['mkt', 3], ['hr', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['it', 'D', 2], ['mkt', 'D', 4]]], ['control 3', {'amount': -7, 'weights': [['fin', 3], ['mkt', 1]], 'source': 'pool'}, [['pool', 'D', 7], ['fin', 'C', 5], ['mkt', 'C', 2]]], ['control 4', {'amount': 7, 'weights': [['mkt', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 7], ['mkt', 'D', 7]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 7], ['fin', 0], ['ops', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 8], ['ops', 'D', 1]]]]]
for label, args, expected in fixtures[N-1]:
    try:
        actual = solve(args)
    except Exception as exc:
        actual = 'raised ' + type(exc).__name__
    check(label, actual, expected)
print(json.dumps({"observations": observations, "passed": all(x["passed"] for x in observations)}, ensure_ascii=False))
raise SystemExit(0 if all(x["passed"] for x in observations) else 1)

SHA-256 / da15b119b9e905b71b1caee209a0e9af91a0787ac597784a7077c03b511107e7

"""Failure Map reference implementation. Python standard library only."""
import json

N = 1
observations = []
def solve(x):
    amt = x['amount']
    side_src, side_dst = ('C', 'D') if amt >= 0 else ('D', 'C')
    mag = abs(amt)
    ws = [(c, w) for c, w in x['weights'] if w > 0]
    total = sum(w for _, w in ws)
    base = [mag * w // total for _, w in ws]
    rems = [mag * w % total for _, w in ws]
    left = mag - sum(base)
    order = sorted(range(len(ws)), key=lambda i: (-rems[i], i))
    for i in order[:left]:
        base[i] += 1
    lines = [[x['source'], side_src, mag]]
    for (c, w), share in zip(ws, base):
        if share:
            lines.append([c, side_dst, share])
    return lines
def check(label, actual, expected):
    observations.append({"check": label, "actual": actual, "expected": expected, "passed": actual == expected})
fixtures = [[['regression: remainder tie-break', {'amount': 7, 'weights': [['fin', 0], ['it', 7], ['hr', 2], ['lab', 3], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['hr', 'D', 1], ['lab', 'D', 1], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 10, 'weights': [['mkt', 1], ['ops', 7], ['lab', 1], ['it', 5], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['ops', 'D', 5], ['lab', 'D', 1], ['it', 'D', 3]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['fin', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 7]]], ['control 2', {'amount': 99999, 'weights': [['hr', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 99999], ['hr', 'D', 99999]]], ['control 3', {'amount': 0, 'weights': [['ops', 3], ['mkt', 7], ['fin', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 4', {'amount': 100, 'weights': [['ops', 5], ['it', 5]], 'source': 'pool'}, [['pool', 'C', 100], ['ops', 'D', 50], ['it', 'D', 50]]], ['control 5', {'amount': 0, 'weights': [['ops', 5], ['hr', 5], ['mkt', 7], ['fin', 3]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': 3, 'weights': [['it', 0], ['hr', 0], ['fin', 2], ['ops', 2]], 'source': 'pool'}, [['pool', 'C', 3], ['fin', 'D', 2], ['ops', 'D', 1]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 101, 'weights': [['it', 3], ['mkt', 0], ['lab', 7], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 101], ['it', 'D', 18], ['lab', 'D', 42], ['hr', 'D', 41]]], ['control 1', {'amount': 7, 'weights': [['mkt', 0], ['it', 7], ['ops', 2], ['fin', 2], ['lab', 1]], 'source': 'pool'}, [['pool', 'C', 7], ['it', 'D', 4], ['ops', 'D', 1], ['fin', 'D', 1], ['lab', 'D', 1]]], ['control 2', {'amount': 0, 'weights': [['it', 3], ['lab', 1], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 0]]], ['control 3', {'amount': 101, 'weights': [['lab', 7], ['hr', 5]], 'source': 'pool'}, [['pool', 'C', 101], ['lab', 'D', 59], ['hr', 'D', 42]]], ['control 4', {'amount': 10, 'weights': [['lab', 1], ['it', 3], ['hr', 1], ['ops', 7], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 2], ['hr', 'D', 1], ['ops', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 2], ['fin', 1], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 2], ['fin', 'D', 1], ['hr', 'D', 6]]]], [['regression: remainder tie-break', {'amount': 1000, 'weights': [['ops', 7], ['mkt', 5], ['fin', 7]], 'source': 'pool'}, [['pool', 'C', 1000], ['ops', 'D', 369], ['mkt', 'D', 263], ['fin', 'D', 368]]], ['control 1', {'amount': 7, 'weights': [['fin', 1], ['mkt', 5]], 'source': 'pool'}, [['pool', 'C', 7], ['fin', 'D', 1], ['mkt', 'D', 6]]], ['control 2', {'amount': 7, 'weights': [['it', 0], ['lab', 7], ['mkt', 1], ['hr', 3]], 'source': 'pool'}, [['pool', 'C', 7], ['lab', 'D', 4], ['mkt', 'D', 1], ['hr', 'D', 2]]], ['control 3', {'amount': 3, 'weights': [['it', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 3]]], ['control 4', {'amount': 10, 'weights': [['ops', 3], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['lab', 'D', 6]]], ['control 5', {'amount': 10, 'weights': [['ops', 1], ['lab', 5]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 2], ['lab', 'D', 8]]], ['control 6', {'amount': 0, 'weights': [['it', 7], ['ops', 7], ['lab', 5], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 0]]]], [['regression: remainder tie-break', {'amount': -101, 'weights': [['fin', 7], ['mkt', 0], ['hr', 3], ['it', 7], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['fin', 'C', 30], ['hr', 'C', 13], ['it', 'C', 29], ['ops', 'C', 29]]], ['regression: remainder tie-break, partial-repair probe', {'amount': 1000, 'weights': [['fin', 7], ['mkt', 3], ['it', 3], ['lab', 1], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 1000], ['fin', 'D', 438], ['mkt', 'D', 188], ['it', 'D', 187], ['lab', 'D', 62], ['hr', 'D', 125]]], ['control 1', {'amount': -7, 'weights': [['lab', 2], ['ops', 7], ['mkt', 2]], 'source': 'pool'}, [['pool', 'D', 7], ['lab', 'C', 1], ['ops', 'C', 5], ['mkt', 'C', 1]]], ['control 2', {'amount': -101, 'weights': [['it', 5], ['ops', 7]], 'source': 'pool'}, [['pool', 'D', 101], ['it', 'C', 42], ['ops', 'C', 59]]], ['control 3', {'amount': 100, 'weights': [['it', 7], ['fin', 3], ['mkt', 7], ['hr', 1]], 'source': 'pool'}, [['pool', 'C', 100], ['it', 'D', 39], ['fin', 'D', 17], ['mkt', 'D', 39], ['hr', 'D', 5]]], ['control 4', {'amount': 10, 'weights': [['lab', 2], ['it', 5], ['hr', 7], ['mkt', 0], ['ops', 7]], 'source': 'pool'}, [['pool', 'C', 10], ['lab', 'D', 1], ['it', 'D', 3], ['hr', 'D', 3], ['ops', 'D', 3]]], ['control 5', {'amount': 3, 'weights': [['it', 3], ['lab', 3], ['hr', 7]], 'source': 'pool'}, [['pool', 'C', 3], ['it', 'D', 1], ['lab', 'D', 1], ['hr', 'D', 1]]]], [['regression: remainder tie-break', {'amount': 101, 'weights': [['fin', 2], ['hr', 2]], 'source': 'pool'}, [['pool', 'C', 101], ['fin', 'D', 51], ['hr', 'D', 50]]], ['regression: remainder tie-break, partial-repair probe', {'amount': -101, 'weights': [['ops', 2], ['hr', 2], ['lab', 7], ['it', 1], ['fin', 1]], 'source': 'pool'}, [['pool', 'D', 101], ['ops', 'C', 16], ['hr', 'C', 15], ['lab', 'C', 54], ['it', 'C', 8], ['fin', 'C', 8]]], ['control 1', {'amount': 100, 'weights': [['fin', 2], ['hr', 0], ['it', 0], ['mkt', 0]], 'source': 'pool'}, [['pool', 'C', 100], ['fin', 'D', 100]]], ['control 2', {'amount': 10, 'weights': [['ops', 3], ['it', 1], ['mkt', 3], ['hr', 0]], 'source': 'pool'}, [['pool', 'C', 10], ['ops', 'D', 4], ['it', 'D', 2], ['mkt', 'D', 4]]], ['control 3', {'amount': -7, 'weights': [['fin', 3], ['mkt', 1]], 'source': 'pool'}, [['pool', 'D', 7], ['fin', 'C', 5], ['mkt', 'C', 2]]], ['control 4', {'amount': 7, 'weights': [['mkt', 1], ['it', 0]], 'source': 'pool'}, [['pool', 'C', 7], ['mkt', 'D', 7]]], ['control 5', {'amount': 10, 'weights': [['mkt', 1], ['it', 7], ['fin', 0], ['ops', 1]], 'source': 'pool'}, [['pool', 'C', 10], ['mkt', 'D', 1], ['it', 'D', 8], ['ops', 'D', 1]]]]]
for label, args, expected in fixtures[N-1]:
    try:
        actual = solve(args)
    except Exception as exc:
        actual = 'raised ' + type(exc).__name__
    check(label, actual, expected)
print(json.dumps({"observations": observations, "passed": all(x["passed"] for x in observations)}, ensure_ascii=False))
raise SystemExit(0 if all(x["passed"] for x in observations) else 1)

SHA-256 / b080019e34c3561c0d45d44f7efa3bb1c8c02d7168c106252368bd196c9f4350