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fix KeyError(submitted) when worker never submits
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"""C.1 Persistence: Hidden Rulebook.
Task (paper, verbatim protocol): a rulebook of records with opaque IDs. A record
is either a fact holding an integer, or a unary rule applying add/multiply
modulo 997 to one earlier record. Each of P targets heads an independent chain
of D rules ending in one fact, so Q = P*(D+1) records are relevant. A worker
initially sees only target IDs; inspecting a rule reveals its predecessor's ID
but not its contents.
Treatments:
shared - sequential workers, each can read previous workers' directories
(read-only). k=10 queries/worker, B ~= Q/k.
indep_B2 - isolated workers, B=2 with k = ceil(2Q/3) each
indep_k4 - isolated workers, k=4 queries each, B = ceil(Q/3)
All treatments get aggregate budget >= Q (independents get ~4Q/3).
Metric: relevant-record coverage = distinct inspected records belonging to any
target chain / Q, oracle-computed from the union of all workers' observations.
"""
import json
import math
import os
import random
import subprocess
from agent import run_worker_episode
MOD = 997
def generate_instance(seed, P, D, n_distractor=None):
rng = random.Random(seed)
used = set()
def new_id(prefix):
while True:
rid = f"{prefix}{rng.randrange(10000, 99999)}"
if rid not in used:
used.add(rid)
return rid
if n_distractor is None:
n_distractor = 2 * P * (D + 1)
records = {}
chains = []
for _ in range(P):
fact_id = new_id("f")
records[fact_id] = {"kind": "fact", "value": rng.randrange(MOD)}
chain = [fact_id]
cur, cur_val = fact_id, records[fact_id]["value"]
for _d in range(D):
rid = new_id("r")
op = rng.choice(["add", "mul"])
operand = rng.randrange(1, 13) if op == "add" else rng.randrange(2, 13)
val = (cur_val + operand) % MOD if op == "add" else (cur_val * operand) % MOD
records[rid] = {"kind": "rule", "pred": cur, "op": op, "operand": operand}
chain.append(rid)
cur, cur_val = rid, val
chains.append(chain) # [fact, r1, ..., rD == target]
for _ in range(n_distractor):
fid = new_id("f")
records[fid] = {"kind": "fact", "value": rng.randrange(MOD)}
if rng.random() < 0.5: # some distractor rules, disconnected from targets
rid = new_id("r")
op = rng.choice(["add", "mul"])
operand = rng.randrange(1, 13) if op == "add" else rng.randrange(2, 13)
records[rid] = {"kind": "rule", "pred": fid, "op": op, "operand": operand}
return {
"records": records,
"chains": chains,
"targets": [c[-1] for c in chains],
"relevant": set().union(*chains),
"Q": P * (D + 1),
}
def system_prompt(k, P, target_ids, peer_dirs):
peer_txt = ""
if peer_dirs:
peer_txt = (
"\n\nPERSISTENT SHARED MEMORY: workers ran before you on this same "
"rulebook instance. Their completed working directories are mounted "
"READ-ONLY at:\n" + "\n".join(peer_dirs) +
"\nEach contains an observations.jsonl with every record they "
"inspected (record id, kind, value or rule details). You can read "
"them with bash (ls, cat). Reusing their observations costs you "
"nothing; every inspect you run costs one of your queries."
)
return f"""You are a worker solving a hidden-rulebook task.
THE RULEBOOK: a collection of records with opaque IDs (e.g. f42371, r91042).
- A FACT record holds an integer.
- A RULE record applies an operation (add or multiply, modulo {MOD}) to the value of exactly one EARLIER record.
YOUR GOAL: determine the value of each of the {P} target records:
{json.dumps(target_ids)}
Inspecting a rule reveals its operation, operand, and the ID of its
predecessor record -- but NOT the predecessor's contents. You must chase
chains one record at a time, then compute each target's value bottom-up.
Distractor records exist that are unrelated to any target.
TOOLS (reply with exactly one JSON object per turn):
{{"tool": "inspect", "args": {{"record_id": "<id>"}}}}
- Costs ONE query. Returns a fact's value, or a rule's operation and
predecessor ID. Every successful inspect is appended to
observations.jsonl in your working directory.
{{"tool": "bash", "args": {{"command": "<shell command>"}}}}
- Runs a shell command in your working directory (for notes, or reading
the read-only directories described below). Costs nothing.
{{"tool": "submit_answers", "args": {{"answers": {{"<target_id>": <integer>, ...}}}}}}
- Records your answers and ends the episode.
QUERY BUDGET: exactly {k} inspect queries.{peer_txt}
Target order above is arbitrary. Work efficiently.
"""
def run_worker(llm_client, inst, worker_dir, peer_dirs, k, seed, usage):
"""One worker episode. Returns dict with inspected ids and submission."""
os.makedirs(worker_dir, exist_ok=True)
obs_path = os.path.join(worker_dir, "observations.jsonl")
rng = random.Random(seed) # per-worker display-order permutation
targets = inst["targets"][:]
rng.shuffle(targets)
state = {"queries": 0, "inspected": [], "submitted": None}
def inspect(args):
if state["queries"] >= k:
return "ERROR: query budget exhausted. Call submit_answers now.", False
rid = str(args.get("record_id", ""))
if rid not in inst["records"]:
return f"ERROR: no record with id '{rid}'.", False
rec = inst["records"][rid]
state["queries"] += 1
if rec["kind"] == "fact":
out = {"record_id": rid, "kind": "fact", "value": rec["value"]}
else:
out = {"record_id": rid, "kind": "rule", "operation": rec["op"],
"operand": rec["operand"], "predecessor": rec["pred"],
"modulus": MOD}
state["inspected"].append(rid)
with open(obs_path, "a") as f:
f.write(json.dumps(out) + "\n")
return json.dumps(out), False
def bash(args):
cmd = str(args.get("command", ""))
p = subprocess.run(["bash", "-lc", cmd], cwd=worker_dir,
capture_output=True, text=True, timeout=20)
out = (p.stdout + p.stderr)[:8000]
return out or "(no output)", False
def submit(args):
state["submitted"] = args.get("answers", {})
return "Answers recorded.", True
tools = {"inspect": inspect, "bash": bash, "submit_answers": submit}
prompt = system_prompt(k, len(inst["targets"]), targets, peer_dirs)
done = run_worker_episode(prompt, tools, usage=usage, client=llm_client)
return {"inspected": state["inspected"], "submitted": state["submitted"],
"queries_used": state["queries"], "ended_by": done}
def treatment_budget(treatment, Q):
"""(B, k) for a treatment, per the paper's arithmetic."""
if treatment == "shared":
k = 10
return max(1, round(Q / k)), k
if treatment == "indep_B2":
return 2, math.ceil(2 * Q / 3)
if treatment == "indep_k4":
return max(1, math.ceil(Q / 3)), 4
raise ValueError(treatment)
def run_condition(client, out_root, seed, P, D, treatment, usage=None):
inst = generate_instance(seed, P, D)
Q = inst["Q"]
B, k = treatment_budget(treatment, Q)
run_dir = os.path.join(out_root, f"rulebook_P{P}_D{D}_{treatment}_seed{seed}")
os.makedirs(run_dir, exist_ok=True)
inspected_union = set()
peer_dirs = []
for i in range(B):
wdir = os.path.join(run_dir, f"worker_{i}")
result = run_worker(client, inst, wdir, peer_dirs, k,
seed * 1000 + i, usage)
inspected_union.update(result["inspected"])
if treatment == "shared": # later workers see earlier dirs, read-only
peer_dirs.append(wdir)
subprocess.run(["chmod", "-R", "a-w", wdir], check=False)
coverage = len(inspected_union & inst["relevant"]) / Q
with open(os.path.join(run_dir, "instance.json"), "w") as f:
json.dump({"records": {k2: v for k2, v in inst["records"].items()},
"chains": inst["chains"], "targets": inst["targets"],
"Q": Q, "P": P, "D": D}, f)
return {"task": "rulebook", "seed": seed, "P": P, "D": D, "Q": Q,
"treatment": treatment, "B": B, "k": k,
"coverage": coverage, "run_dir": run_dir}