iomgaa
21c360bc87
CE-Gate 语义修订获批:块序贯 → 阶梯序前缀逐对序贯。新增 GateSpec/_UnitSlot/ _GateRun 数据结构与 _advance_prefix 纯逻辑(乱序到达下统计严格按预声明阶梯序 消费,INFRA 剔除后重判防 continue 悬置,过线即冻结)。旧块路径共存,Task 6 删。
135 lines
4.9 KiB
Python
135 lines
4.9 KiB
Python
"""连续并发 gate 的前缀消费纯逻辑测试。"""
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from __future__ import annotations
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from app.harness.validate import GateSpec, _advance_prefix, _GateRun
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from core.evolution import GateParams
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from core.types import GeneratedQuestion, QuestionUnit
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def _mk_question(qid: str, task_type: str = "Action Reasoning") -> GeneratedQuestion:
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"""构造最小可用的 single 题（字段以 core.types 真实定义为准，缺省值从简）。"""
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return GeneratedQuestion(
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question_id=qid,
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video_id="v1",
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task_type=task_type,
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question=f"q-{qid}",
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options=("A. x", "B. y"),
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answer="A",
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source_nodes=(),
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difficulty="easy",
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)
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def _mk_unit(qid: str, task_type: str = "Action Reasoning") -> QuestionUnit:
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"""由单条题目构造 single 单元（unit_id 回填为 question_id）。"""
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return QuestionUnit.from_single(_mk_question(qid, task_type))
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def _mk_run(n_units: int) -> _GateRun:
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"""构造含 n_units 个 single 单元的初始 gate 运行时状态。"""
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spec = GateSpec(
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task_type="Action Reasoning",
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target_file="action-reasoning.md",
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candidate_content="cand",
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base_skill_content="base",
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units=[_mk_unit(f"q{i}") for i in range(n_units)],
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gate_run_prefix="r_e1_s0_gate_action-reasoning",
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)
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return _GateRun.from_spec(spec)
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_PARAMS = GateParams(
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e_confirm=20.0,
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e_provisional=3.0,
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w_net_min=2,
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delta_min=0.02,
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lambda_dir=-0.642,
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e_rollback=10.0,
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)
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def test_prefix_blocks_on_unresolved_head() -> None:
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"""阶梯头部单元未配齐时,即使尾部全部配齐也一个都不消费。"""
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run = _mk_run(4)
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for i in (1, 2, 3): # 尾部三个先到
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run.slots[i].base = False
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.n_used == 0 and run.w == 0 and run.verdict is None
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def test_prefix_consumes_in_ladder_order_after_head_arrives() -> None:
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"""头部补齐后一次性顺序消费到最长已配齐前缀。"""
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run = _mk_run(4)
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for i in (0, 1, 2):
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run.slots[i].base = False
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.n_used == 3 and run.w == 3 and run.l == 0
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assert [r["ladder_rank"] for r in run.evidence_rows] == [0, 1, 2]
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def test_freeze_on_terminal_verdict_stops_consumption() -> None:
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"""过线即冻结,后续已配齐单元不再消费。
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数值:W 连胜 L=0 时 E=(2^(W+1)-1)/(W+1),W=6→18.14<20,W=7→31.875≥20,
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故 7 连胜恰好 confirmed 过线(Codex 复核)。
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"""
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run = _mk_run(12)
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for i in range(12):
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run.slots[i].base = False
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.frozen and run.verdict is not None
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assert run.verdict.decision == "accept_confirmed"
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assert run.n_used == 7 # 第 7 个净胜恰好过线,早停不吃满
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def test_tail_infra_reaches_terminal_not_continue() -> None:
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"""尾部全 INFRA:剔除后须重判(n_remaining 归 0 → 题尽第四出口),
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verdict 不得停留在 continue(Codex plan 审 C1 回归锁)。"""
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run = _mk_run(4)
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run.slots[0].base = False
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run.slots[0].cand_per_q = {"q0": True}
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run.slots[1].base = True
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run.slots[1].cand_per_q = {"q1": True}
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for i in (2, 3):
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run.slots[i].base_infra = True
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.verdict is not None and run.verdict.decision != "continue"
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assert run.frozen
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def test_infra_unit_skipped_not_counted() -> None:
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"""INFRA 单元(任一臂)剔除:不入 (W,L)、计入 n_excluded、前缀继续推进。
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注意 futility 出口在小 n_remaining 下很敏感,用 6 单元(首个 INFRA、其余 5 个
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W 翻转)保证消费全程不提前触发 futility:题尽走 accept_provisional 终态。
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"""
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run = _mk_run(6)
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run.slots[0].base_infra = True
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run.slots[0].cand_per_q = {"q0": True}
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for i in range(1, 6):
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run.slots[i].base = False
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.n_excluded == 1 and run.n_used == 5 and run.w == 5 and run.l == 0
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assert run.verdict is not None and run.verdict.decision == "accept_provisional"
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def test_ties_hit_futility_early_and_freeze() -> None:
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"""全打平(无翻转对)时 futility 出口尽早触发并冻结——早停语义(数值:W=L=0
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时乐观 E = E(n_remaining, 0),n 小易 <e_provisional=3)。"""
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run = _mk_run(3)
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for i in range(3):
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run.slots[i].base = True
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run.slots[i].cand_per_q = {f"q{i}": True}
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_advance_prefix(run, _PARAMS)
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assert run.frozen
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# 精确锁定 futility 出口:首个消费后 W=L=0,n_remaining=2,
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# 乐观 E=E(2,0)=(2^3-1)/3=2.33<3 → 立即 reject_futility(Codex 复核)
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assert run.verdict is not None and run.verdict.decision == "reject_futility"
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assert run.n_used == 1 and run.w == 0 and run.l == 0
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