"""规则候选四类例证与完整只读诊断；不把预览当作规则启用或文学认证。"""

from copy import deepcopy

import pytest

from muse.审校修订.接口 import (
    审校错误,
    核对规则,
    核对规则启用,
    核对规则库,
    诊断文本,
    读取内置规则,
)


@pytest.mark.case_id(
    "NC-w22-228001",
    environment="默认离线",
    given="规则种子候选与四类例证双向对应",
    when="经B06公共用例及真实声明环境执行",
    then=["规则种子候选与四类例证双向对应"],
    contract="docs/系统架构/新版设计/模块设计/B06-审校修订.md",
)
def test_规则种子候选与四类例证双向对应__228001():
    库 = 读取内置规则()
    assert len(库["rules"]) == 26 and len(库["samples"]) == 107
    for r in 库["rules"].values():
        assert r["status"] == "candidate"
        for kind in ("sf", "snf", "boundary", "regression"):
            assert r["samples"][kind]
            for id_ in r["samples"][kind]:
                assert 库["samples"][id_]["type"] == kind
                assert r["id"] in 库["samples"][id_]["rules"]
        with pytest.raises(审校错误, match="B10"):
            核对规则启用(r, 库["samples"], {"self_reported": True})


@pytest.mark.case_id(
    "NC-w22-228002",
    environment="默认离线",
    given="坏规则或例证缺口不能装载",
    when="经B06公共用例及真实声明环境执行",
    then=["坏规则或例证缺口不能装载"],
    contract="docs/系统架构/新版设计/模块设计/B06-审校修订.md",
)
@pytest.mark.parametrize(
    "坏处", ["缺类", "缺样例", "错类", "反向引用", "重复规则", "重复例证", "未知触发器"]
)
def test_坏规则或例证缺口不能装载__228002(坏处):
    库 = deepcopy(读取内置规则())
    r = 库["rules"]["l002"]
    s = 库["samples"]
    if 坏处 == "缺类":
        r["samples"]["regression"] = []
    elif 坏处 == "缺样例":
        r["samples"]["sf"] = ["不存在"]
    elif 坏处 == "错类":
        s[r["samples"]["sf"][0]]["type"] = "snf"
    elif 坏处 == "反向引用":
        s[r["samples"]["sf"][0]]["rules"] = []
    elif 坏处 == "未知触发器":
        r["trigger"]["type"] = "script"
    with pytest.raises(审校错误):
        if 坏处 == "重复规则":
            核对规则库([r, r], list(s.values()))
        elif 坏处 == "重复例证":
            核对规则库([r], list(s.values()) + [next(iter(s.values()))])
        else:
            核对规则(r, s)


@pytest.mark.case_id(
    "NC-w22-228003",
    environment="默认离线",
    given="候选预览全文对白与有意表达不误判",
    when="经B06公共用例及真实声明环境执行",
    then=["候选预览全文对白与有意表达不误判"],
    contract="docs/系统架构/新版设计/模块设计/B06-审校修订.md",
)
def test_候选预览全文对白与有意表达不误判__228003():
    库 = 读取内置规则()
    文本 = "「值得注意的是，这是对白。」" + "雨落下来。" * 9000 + "值得注意的是，这是叙述。"
    assert 诊断文本(文本, work_id="w", 规则库=库)["findings"] == []
    报告 = 诊断文本(文本, work_id="w", 规则库=库, 预览候选=True)
    发现 = [r for r in 报告["findings"] if r["rule_id"] == "l002"]
    assert len(发现) == 1 and 发现[0]["start"] > 40000
    assert 发现[0]["quote"] == 文本[发现[0]["start"] : 发现[0]["end"]]
    assert 发现[0]["carrier"] == "narration" and 发现[0]["decision_proposal"] == "ask"
    assert 报告["coverage"]["deterministic"] == [[0, len(文本)]]
    assert 报告["unreviewed_rules"] and 报告["calibration"] == "uncalibrated"
    保护 = 诊断文本(文本, work_id="w", 规则库=库, 预览候选=True, 保护表达=("值得注意的是",))
    assert (
        next(r for r in 保护["findings"] if r["rule_id"] == "l002")["decision_proposal"] == "retain"
    )


@pytest.mark.case_id(
    "NC-w22-228004",
    environment="默认离线",
    given="空正文或无作品拒绝诊断",
    when="经B06公共用例及真实声明环境执行",
    then=["空正文或无作品拒绝诊断"],
    contract="docs/系统架构/新版设计/模块设计/B06-审校修订.md",
)
@pytest.mark.parametrize("文本,作品", [("", "w"), ("   ", "w"), ("正常文字。", "")])
def test_空正文或无作品拒绝诊断__228004(文本, 作品):
    with pytest.raises(审校错误):
        诊断文本(文本, work_id=作品, 规则库=读取内置规则())


@pytest.mark.case_id(
    "NC-w22-228005",
    environment="默认离线",
    given="指纹覆盖所有内容而非只看版本号",
    when="经B06公共用例及真实声明环境执行",
    then=["指纹覆盖所有内容而非只看版本号"],
    contract="docs/系统架构/新版设计/模块设计/B06-审校修订.md",
)
def test_指纹覆盖所有内容而非只看版本号__228005():
    库 = 读取内置规则()
    r = deepcopy(库)
    r["rules"]["l001"]["fix_hint"] = "新的处置意见"
    with pytest.raises(审校错误, match="指纹"):
        诊断文本("正常文字。", work_id="w", 规则库=r)
    新 = 核对规则库(list(r["rules"].values()), list(r["samples"].values()))
    assert 新["fingerprint"] != 库["fingerprint"]
    报告 = 诊断文本("春天到了。", work_id="w", 规则库=库, 预览候选=True)
    assert 报告["findings"] == [] and 报告["executed_rules"] and not 报告["persisted"]