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markovian-rsa-mlx/tests/test_orchestrator_t2.py
2026-05-10 03:12:43 +02:00

55 lines
2.3 KiB
Python

from unittest.mock import MagicMock
from markovian_rsa_mlx.batching import GenerationResult
from markovian_rsa_mlx.config import RSAConfig
from markovian_rsa_mlx.orchestrator import MarkovianRSAOrchestrator
def _tok(eos_id=999):
t = MagicMock()
t.encode.side_effect = lambda s: [ord(c) for c in s][:32] or [1]
t.decode.side_effect = lambda ids: "".join(chr(min(i, 122)) for i in ids if 32 <= i <= 122)
t.eos_token_id = eos_id
t.all_special_ids = [eos_id]
t.apply_chat_template.side_effect = lambda messages, **kw: \
" ".join(m["content"] for m in messages).encode()
return t
def _gen(model, tokenizer, prompt_token_ids, *, max_tokens, seed, temperature, top_p, top_k):
text = f"r-trace-{seed}"
ids = [ord(c) for c in text]
return GenerationResult(token_ids=ids, text=text, generated_tokens=len(ids),
finish_reason="eos", elapsed_s=0.01)
def test_t2_two_rounds_aggregation_sees_K_tails(tmp_path):
cfg = RSAConfig(rounds=2, parallel=2, aggregation_subsample=2,
chunk_tokens=64, tail_tokens=4, serial=True, seed=7)
orch = MarkovianRSAOrchestrator(
model=MagicMock(), tokenizer=_tok(),
model_id="m", quantization="bf16",
single_generate=_gen, batch_generate=None,
)
audit = tmp_path / "audit.jsonl"
text, result = orch.solve("Solve this", config=cfg, return_audit=True, audit_path=audit)
assert len(result.rounds) == 2
assert len(result.rounds[1].traces) == 2
# round 1 traces have parent links
assert all(t.parent_trace_ids for t in result.rounds[1].traces)
def test_deterministic_seeds_are_stable(tmp_path):
cfg = RSAConfig(rounds=2, parallel=2, aggregation_subsample=2,
chunk_tokens=8, tail_tokens=2, serial=True, seed=42)
orch = MarkovianRSAOrchestrator(
model=MagicMock(), tokenizer=_tok(),
model_id="m", quantization="bf16",
single_generate=_gen, batch_generate=None,
)
_, r1 = orch.solve("Q", config=cfg, return_audit=True, audit_path=tmp_path / "a.jsonl")
_, r2 = orch.solve("Q", config=cfg, return_audit=True, audit_path=tmp_path / "b.jsonl")
seeds_1 = [t.seed for r in r1.rounds for t in r.traces]
seeds_2 = [t.seed for r in r2.rounds for t in r.traces]
assert seeds_1 == seeds_2