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f210f00 | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 | #!/usr/bin/env python3
"""Replays the round-3 gold actions with the real tau2 airline tools and re-derives each answer independently.
usage: validate_r3.py <round-1 bench dir> <round-3 tasks.json> (run with the tau2 environment's python)
"""
import collections
import json
import re
import sys
from loguru import logger
logger.remove()
from tau2.domains.airline.data_model import FlightDB
from tau2.domains.airline.tools import AirlineTools
bench, tasks_path = sys.argv[1:3]
raw = json.load(open(bench + "/db.json"))
tasks = json.load(open(tasks_path))
BASE = FlightDB.model_validate(raw)
RO = AirlineTools(BASE)
problems = collections.defaultdict(list)
def fresh():
return AirlineTools(BASE.model_copy(deep=True))
def check(ok, t, msg):
if not ok:
problems[msg].append(t["id"])
def paid(tools, rid):
return sum(p.amount for p in tools.db.reservations[rid].payment_history)
def options(o, d, date, cabin):
res = []
for f in RO.search_direct_flight(o, d, date):
res.append((f.prices[cabin], [f.flight_number]))
for f1, f2 in RO.search_onestop_flight(o, d, date):
res.append((f1.prices[cabin] + f2.prices[cabin], [f1.flight_number, f2.flight_number]))
return sorted(res, key=lambda x: x[0])
FREE = {"regular": {"basic_economy": 0, "economy": 1, "business": 2}, "silver": {"basic_economy": 1, "economy": 2, "business": 3},
"gold": {"basic_economy": 2, "economy": 3, "business": 4}}
for t in tasks:
meta = json.loads(t["description"]["notes"])
fam = meta["family"]
acts = t["evaluation_criteria"]["actions"]
txt = t["user_scenario"]["instructions"]["task_instructions"]
tools = fresh()
try:
for a in acts:
getattr(tools, a["name"])(**a["arguments"])
except Exception as e:
problems["action fails: %s" % str(e)[:70]].append(t["id"])
continue
if fam == "be_net":
limit = int(re.search(r"\$(\d+)", txt.split("What counts")[0].split("\n\n")[-1]).group(1))
rid = meta["reservation"]
r = raw["reservations"][rid]
check(r["cabin"] == "basic_economy", t, "not basic economy")
card = re.search(r"ending in (\d{4})", txt).group(1)
pm = [p for p in raw["users"][r["user_id"]]["payment_methods"].values() if p.get("last_four") == card][0]["id"]
sim = fresh()
before = paid(sim, rid)
sim.update_reservation_flights(rid, "economy", [{"flight_number": s["flight_number"], "date": s["date"]} for s in r["flights"]], pm)
upgrade = paid(sim, rid) - before
case = t["description"]["purpose"].rsplit("(", 1)[1].rstrip(")")
m = re.search(r"change ([+-]\d+) = net ([+-]\d+)", t["description"]["purpose"])
change, net = int(m.group(1)), int(m.group(2))
check(upgrade > 0 and upgrade + change == net, t, "upgrade/net arithmetic")
if acts:
real_net = paid(tools, rid) - before
check(real_net == net, t, "replayed net differs")
check(real_net <= limit, t, "go-ahead but net over the limit")
if case == "net_ok_upgrade_over":
check(upgrade > limit, t, "net_ok case but upgrade fits")
check(tools.db.reservations[rid].cabin == "economy", t, "cabin not economy after")
else:
check(case == "net_over" and net > limit, t, "no actions but net is within the limit")
elif fam in ("be_willing", "be_nooffer"):
rid = meta["reservation"]
r = raw["reservations"][rid]
check(r["cabin"] == "basic_economy", t, "not basic economy")
para = [x for x in txt.split("\n\n") if "$" in x][0]
limit = int(re.search(r"\$(\d+)", para).group(1))
card = re.search(r"ending in (\d{4})", txt).group(1)
pm = [p for p in raw["users"][r["user_id"]]["payment_methods"].values() if p.get("last_four") == card][0]["id"]
sim = fresh()
before = paid(sim, rid)
sim.update_reservation_flights(rid, "economy", [{"flight_number": s["flight_number"], "date": s["date"]} for s in r["flights"]], pm)
upgrade = paid(sim, rid) - before
m = re.search(r"upgrade ([+-]\d+) then change ([+-]\d+)", t["description"]["purpose"])
check(upgrade == int(m.group(1)), t, "upgrade amount differs")
change = int(m.group(2))
if fam == "be_nooffer":
check(not acts and upgrade >= limit, t, "nooffer: upgrade under the limit or has actions")
elif acts:
step = paid(tools, rid) - before - upgrade
check(step == change and step <= limit, t, "willing: change step over limit")
else:
check(change > limit, t, "willing: no actions but change step within limit")
elif fam == "rank_pick":
b = acts[0]["arguments"]
u = raw["users"][b["user_id"]]
cabin = b["cabin"]
opts = options(b["origin"], b["destination"], b["flights"][0]["date"], cabin)
nums = [f["flight_number"] for f in b["flights"]]
if "nonstop flight in" in txt:
opts = [o for o in opts if len(o[1]) == 1]
rank = 1 if "second cheapest" in txt else 0
check(len(opts) > rank + 1 and opts[rank][1] == nums and len({o[0] for o in opts[: rank + 2]}) == rank + 2, t, "rank pick wrong")
pax = len(b["passengers"])
check(b["passengers"][0] == {"first_name": u["name"]["first_name"], "last_name": u["name"]["last_name"], "dob": u["dob"]}, t, "first passenger not profile")
if pax == 2:
check(b["passengers"][1] in u["saved_passengers"], t, "companion not saved")
nonfree = max(0, b["total_baggages"] - FREE[u["membership"]][cabin] * pax)
check(b["nonfree_baggages"] == nonfree, t, "nonfree bags")
check(b["payment_methods"][0]["amount"] == opts[rank][0] * pax + 50 * nonfree, t, "total wrong")
check(b["insurance"] == "no", t, "insurance")
elif fam == "rebook_pay":
rid = meta["reservation"]
r = raw["reservations"][rid]
health = "health problem" in txt
ok = (r["created_at"] > "2024-05-14T15:00:00" or r["cabin"] == "business" or (health and r["insurance"] == "yes")
or any(raw["flights"][s["flight_number"]]["dates"][s["date"]]["status"] == "cancelled" for s in r["flights"]))
check(ok, t, "cancellation not refundable")
b = acts[1]["arguments"]
check(b["payment_methods"][0]["payment_id"] == r["payment_history"][0]["payment_id"], t, "not the original payment")
check(b["insurance"] == "no" and b["passengers"] == r["passengers"], t, "insurance/passengers")
u = raw["users"][b["user_id"]]
pax = len(b["passengers"])
check(b["nonfree_baggages"] == max(0, b["total_baggages"] - FREE[u["membership"]]["economy"] * pax), t, "nonfree bags")
elif fam == "refuse_then_book":
r = raw["reservations"][meta["reservation"]]
ok_cancel = (r["created_at"] > "2024-05-14T15:00:00" or r["cabin"] == "business"
or any(raw["flights"][s["flight_number"]]["dates"][s["date"]]["status"] == "cancelled" for s in r["flights"]))
check(not ok_cancel, t, "refusal scenario is cancellable")
elif fam == "two_denied":
check(not acts, t, "two_denied has actions")
print("scenarios checked:", len(tasks), collections.Counter(json.loads(t["description"]["notes"])["family"] for t in tasks))
for k, v in problems.items():
print("PROBLEM", k, len(v), v[:6])
print("VALID" if not problems else "INVALID")
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