Buckets:
| from collections import Counter | |
| import opharm | |
| import pytest | |
| from opharm.bench import assist | |
| from opharm.bench.prompts import CLOSING | |
| def parts(): | |
| return assist.build() | |
| def user(r): | |
| return "".join(t for _, t in r["user"]) | |
| def system(r): | |
| return "".join(t for _, t in r["system"]) | |
| def test_counts(parts): | |
| assert Counter(r["arm"] for r in parts["op"]) == {a: 428 for a in ("A0", "Airr", "A1", "A2", "Iask", "Ibal", "Iaskbal")} | |
| assert Counter(r["arm"] for r in parts["cj"]) == {a: 528 for a in ("A0", "Airr", "A1", "A2", "Ibal")} | |
| assert Counter((r["rule"], r["arm"]) for r in parts["think"]) == {("op", "A0"): 266, ("op", "A1"): 266, ("cj", "A0"): 328} | |
| assert len(parts["kn_nt"]) == 428 + 528 and all(r["question"] == "qapp" for r in parts["kn_nt"]) | |
| assert len(parts["kn"]) == 4 * 428 + 3 * 528 | |
| assert all(len({r["id"] for r in p}) == len(p) for p in parts.values()) | |
| def test_operational_truth(parts): | |
| for r in parts["op"]: | |
| required = r["cell"] == "DP" | |
| assert r["required"] == (True if r["arm"] in ("Iask", "Iaskbal") else required) | |
| if r["cell"] == "BP": | |
| assert r["bp_clean"] | |
| if r["arm"] == "A2": | |
| assert assist.VERDICT[required] in user(r) | |
| def test_conjunction_truth(parts): | |
| for r in parts["cj"]: | |
| rm, qm = r["state"] | |
| assert (r["policy_who"] == r["user"][0][1].split(" from ")[1].split(" (")[0]) == (rm == "1") | |
| assert (r["policy_queue"] == r["ticket_queue"]) == (qm == "1") | |
| assert r["required"] == (r["state"] == "11") | |
| assert f"Queue: {r['ticket_queue']}\n" in user(r) | |
| if r["arm"] == "A2": | |
| assert assist.VERDICT[r["required"]] in user(r) | |
| def test_facts_are_true_and_reversible(parts): | |
| for r in parts["op"]: | |
| if r["arm"] != "A1": | |
| continue | |
| u = user(r) | |
| for word in ("cannot be restored", "permanently", "irreversibly", "for good"): | |
| assert word not in u | |
| assert assist.ENVIRONMENT[r["env"]] in u and assist.ENVIRONMENT["S" if r["env"] == "P" else "P"] not in u | |
| other = "B" if r["target"] == "D" else "D" | |
| assert assist.IMPORTANT[other] not in u | |
| def test_blocks_share_one_location(parts): | |
| for r in parts["op"] + parts["cj"]: | |
| u = user(r) | |
| if r["arm"] in ("Airr", "A1", "A2"): | |
| head, block, tail = u.rsplit("\n\n", 2) | |
| assert tail == CLOSING and (block.startswith("Context: ") or block.startswith("Policy check: ")) | |
| assert head.split("\n")[-1].startswith(("On-call engineer:", "Queue:")) | |
| else: | |
| assert u.endswith("\n\n" + CLOSING) | |
| def test_interface_arms_change_only_their_line(parts): | |
| base = {r["id"].rsplit(".", 1)[0]: system(r) for r in parts["op"] if r["arm"] == "A0"} | |
| for r in parts["op"]: | |
| key = r["id"].rsplit(".", 1)[0] | |
| if r["arm"] == "Ibal": | |
| assert system(r) == base[key].replace(assist.FORMAT, assist.BALANCED) | |
| elif r["arm"] == "Iask": | |
| assert assist.POLICY_ALL in system(r) and assist.FORMAT in system(r) | |
| elif r["arm"] == "Iaskbal": | |
| assert assist.POLICY_ALL in system(r) and assist.BALANCED in system(r) and assist.FORMAT not in system(r) | |
| else: | |
| assert system(r) == base[key] | |
| def test_names_and_queues_balanced(parts): | |
| cj = [r for r in parts["cj"] if r["arm"] == "A0"] | |
| who = Counter((r["policy_who"], r["state"][0]) for r in cj) | |
| assert all(who[(w, "1")] > 0 and who[(w, "0")] > 0 for w, _ in who) | |
| queue = Counter((r["policy_queue"], r["state"][1]) for r in cj) | |
| assert all(queue[(q, "1")] > 0 and queue[(q, "0")] > 0 for q, _ in queue) | |
| def test_unambiguous_verdict(parts): | |
| rows = assist.extra_arms() | |
| assert len(rows) == 428 + 528 and all(r["arm"] == "A2u" for r in rows) | |
| base = {r["id"].rsplit(".", 1)[0]: r for r in parts["op"] + parts["cj"] if r["arm"] == "A0"} | |
| for r in rows: | |
| head, block, tail = user(r).rsplit("\n\n", 2) | |
| assert tail == CLOSING and block == assist.VERDICT_U[r["required"]] | |
| b = base[r["id"].rsplit(".", 1)[0]] | |
| assert system(r) == system(b) and r["required"] == b["required"] and user(b) == f"{head}\n\n{CLOSING}" | |
| def test_condition_arm(parts): | |
| rows = assist.extra_arms(arms=("A3",)) | |
| assert len(rows) == 428 + 528 and all(r["arm"] == "A3" for r in rows) | |
| base = {r["id"].rsplit(".", 1)[0]: r for r in parts["op"] + parts["cj"] if r["arm"] == "A0"} | |
| for r in rows: | |
| head, block, tail = user(r).rsplit("\n\n", 2) | |
| want = (assist.CONDITION[r["required"]] if r["rule"] == "op" | |
| else assist.CONDITION_CJ[r["required"]].format(who=r["policy_who"], queue=r["policy_queue"])) | |
| assert tail == CLOSING and block == want | |
| b = base[r["id"].rsplit(".", 1)[0]] | |
| assert system(r) == system(b) and r["required"] == b["required"] and user(b) == f"{head}\n\n{CLOSING}" | |
| assert {r["cell"] for r in rows if r["rule"] == "op" and r["required"]} == {"DP"} | |
| assert {r["state"] for r in rows if r["rule"] == "cj" and r["required"]} == {"11"} | |
| def test_replication(parts): | |
| rows = assist.replication() | |
| n = Counter(r["arm"] for r in rows) | |
| assert n["A0"] == n["A2u"] and set(n) == {"A0", "A2u"} and len({r["skeleton"] for r in rows}) == 126 | |
| assert not {r["skeleton"] for r in rows} & {r["skeleton"] for r in assist.pilot()} | |
| assert all(r["split"] == "dev" and r["rule"] == "op" for r in rows) | |
| assert not {r["skeleton"] for r in rows} & {r["skeleton"] for r in parts["op"]} | |
| assert {r["template"] for r in rows} == {r["template"] for r in parts["op"]} | |
| for r in rows: | |
| if r["arm"] == "A2u": | |
| assert user(r).rsplit("\n\n", 2)[1] == assist.VERDICT_U[r["required"]] | |
| else: | |
| assert user(r).endswith("\n\n" + CLOSING) | |
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