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ThearchyHelios
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按期累积（新 recipe_accumulate；table_versions 扩展） - 按统计期出的交叉表报表首次导入时默认「按期累积」，由人确认；一期一个构建，两期及以上物化成一份新的 SQLite 快照，不用视图 - 统计期完全相同要勾「替换该期」，部分重叠拒收，中间有空缺要确认；物化前逐期核对库哈希和行号，并集上另加行数守恒、主键唯一、日期落在所属统计期三条核对 - 配方演进分三档：新增列（早期各期为空值）、退役的列和表保留旧值（只在这次才退役时要勾）、不兼容变化只能显式「重新开始累积」 - 快照 id 在累积时含目标配方和模式；同样的输入物化两次库哈希相同，同一文件换名再传直接复用 - 说明按期合并，任何一期没核对过就不写「已核对」；各期维度取值不同、退役列、合计表都有提示，经过数字检查 修复按钮（新 recipe_fixes；执行器给问题带结构化参数） - 加入标签、移除标签、声明为合计行、分段标题改名、编辑恒等式成员、按锚点忽略行/列/区域外文字、声明占位符、声明隐藏行处理、工作表改名 - 服务端算补丁，先预览新旧配方对照、再应用，可以撤销；补丁封闭，不引入正则、自由文本常量和写死坐标；修复进确认清单 - 只改分段标题、新标题仍含原来选的词时沿用已确认的常量，不算破坏性变更；修复后只查改动过的段的认领，没改的关系交给试运行核对 框选转锚点（新 recipe_select） - 网格上框选（鼠标、键盘、区域输入），按八种用途换算成按文字认的锚点，立刻干跑比对；配方里不存坐标，泛化不了时列出原因 - 整张表挪位后同一配方照样认得；框进合计行、夹着小计、表下说明都有明确的处理 确认与对照（recipe_confirm、recipe_diff、新 recipe_compare） - 改配方后确认清单只列有变化的项（同时按本期数据比较），不用每修一次重勾十来项；新旧配方对照界面；按规则重新起草并把名字对齐到现行配方 - 改配方后已体现在配方里的回答保留，矛盾的列出来请人重答 - 「排除的行」写进回执和导入清单：隐藏行、跳过的空行、按配方忽略的行、停止后的文字行、只核对不另存的合计行 版本页（新 source_versions、api/source_versions；前端 VersionsDialog） - 快照与导入记录列表、启用旧版本（可写理由）、查看清单、移除一期、作废接受、清除原件；写操作带界面看到的当前版本，并发改动回 409，不静默丢期 - 除当前版本和被运行引用的版本外，再保留最近 3 个版本供回滚；遮罩列丢失要明确确认 期 1、期 2 遗留 - 重传撞上被改过的构建文件：能用本次上传恢复就隔离旧文件再恢复，否则回 409，不再是 500 - 跳过空行的列表不再把表下隔一行的说明读成数据；不像说明的单格行要人确认；受影响的配方构建换 id - 版本存储加进程级文件锁：第二个进程拿不到锁时不清理、不回收，写操作回 503（部署本来就是单进程）
830 lines
41 KiB
Python
830 lines
41 KiB
Python
"""框选转锚点（recipe_select，WP-2，P3-SPEC 第 4 节）：八种 as 各一例成功，泛化不了的每个 code 各一例；c01 的规则
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等价（框选结果与草稿 canonical 相同）；列表复用起草器（占位符、合并填充、跳过空行）；after_title 跳过含数字的格；
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客户端表名的校验和撞名（含退役名）；重放比对。
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网格用读取层（xlsx_cells.read_grid）从合成夹具读出；干跑用期 2 的执行器。期 2 的执行器不给 RegionMark 填块 id，
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recipe_select 在没有块 id 时退回用起草器的定位函数近似，这里两种都测（块 id 的那一路用手写的 Extraction）。
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"""
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from __future__ import annotations
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import copy
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import datetime as dt
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import io
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import json
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from pathlib import Path
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from typing import Any
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import pytest
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from openpyxl import Workbook, load_workbook
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from app.data import recipe_engine, xlsx_cells, xlsx_scan
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from app.data import recipe_suggest as S
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from app.data.names import collide_key
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from app.data.recipe import apply_patch, recipe_sha256, validate_recipe
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from app.data.recipe_fixes import EditRequestError
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from app.data.recipe_select import replay_compare, selection_edit
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from app.data.recipe_types import (
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EditResult,
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Extraction,
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GridCell,
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Recipe,
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RegionMark,
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Selection,
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)
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from tests.fixtures.xlsx import lab, save
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from tests.fixtures.xlsx.flow import flow_workbook
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FLOW = Recipe.model_validate(json.loads((Path(__file__).parent / "fixtures" / "recipes" / "flow_recipe.json")
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.read_text(encoding="utf-8"))).model_dump(mode="json")
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SEP = dt.date(2026, 9, 1)
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SHEET = "客流汇总"
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class Book:
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"""一份合成文件：原件、扫描、网格、规则草稿（完整形式）和按某份配方的干跑。"""
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def __init__(self, raw: bytes, fn: str, *, max_rows: int = 500):
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self.raw, self.fn = raw, fn
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self.scan = xlsx_scan.scan(raw)
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self.grids = {s.name: xlsx_cells.read_grid(raw, self.scan, s.name, max_rows=max_rows)
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for s in self.scan.sheets if s.state == "visible" and s.nonempty}
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@property
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def grid(self):
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return next(iter(self.grids.values()))
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def draft(self):
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return S.draft(self.scan, self.grids, self.fn,
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validate=lambda r, f, o: validate_recipe(r, facts=f, origin=o), dry_run=self.dry)
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def dry(self, recipe: Any) -> Extraction:
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r = recipe if isinstance(recipe, Recipe) else Recipe.model_validate(recipe)
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return recipe_engine.execute(r, self.raw, self.fn, self.scan, None)
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def full(recipe: dict[str, Any]) -> dict[str, Any]:
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return Recipe.model_validate(recipe).model_dump(mode="json")
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def sha(recipe: dict[str, Any]) -> str:
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return recipe_sha256(Recipe.model_validate(recipe))
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def sel(ref: str, as_: str, sheet: str = SHEET, **options) -> Selection:
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return Selection(sheet, ref, as_, options)
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def codes(res: EditResult) -> list[str]:
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return [p.code for p in res.problems]
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@pytest.fixture(scope="module")
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def c01():
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b = Book(*lab.c01("literal"))
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d = b.draft()
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assert d.complete, d.failures
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work = full(d.recipe)
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return b, work, b.dry(work)
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@pytest.fixture(scope="module")
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def flow_d01():
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return Book(*flow_workbook(SEP, 30, variant="D01"))
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def flow_book(variant: str) -> tuple[Book, Extraction]:
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b = Book(*flow_workbook(SEP, 30, variant=variant))
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return b, b.dry(FLOW)
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# ==========================================================================
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# 列表：c01（4.6 第 1、3 条）
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# ==========================================================================
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def test_c01_box_gives_the_same_recipe_as_the_rule_draft(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:F8", "list", "月报"), extraction=ext)
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assert res.ok, res.problems
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assert res.kind == "selection" and res.key == "list:列表1" and res.block == "列表1"
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# 框换算出的块替换规则草稿的同一个块，工作配方的哈希不变：框选得到的规则和起草器完全一样
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assert res.recipe_sha256_after == sha(work)
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assert res.expected == {"header": "C5:F5", "data": "C6:F8", "total": "C9:F9"}
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assert [(a.kind, a.text) for a in res.anchors] == [
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("header", "地区"), ("header", "产品"), ("header", "销量"), ("header", "金额"), ("total_word", "合计")]
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new = apply_patch(work, res.ops)
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rc = replay_compare(res, b.dry(new))
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assert rc.match and rc.diffs == [] and rc.actual == rc.expected
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def test_c01_shifted_file_replays_with_the_same_table_hashes(c01):
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"""4.6 第 2 条：整张表挪了位置，按框选得到的配方照样认出，表哈希逐一相同（配方里没有坐标）。"""
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:F8", "list", "月报"), extraction=ext)
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new = apply_patch(work, res.ops)
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moved = Book(*lab.c01("literal", shift=(3, 2)))
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ext2 = moved.dry(new)
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assert ext2.ok and [p.code for p in ext2.problems if p.category == "structure"] == []
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assert ext2.table_hashes == b.dry(new).table_hashes
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def test_c01_box_too_short_is_not_anchorable(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:F7", "list", "月报"), extraction=ext)
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assert not res.ok and res.ops == [] and codes(res) == ["selection_bottom_not_anchorable"]
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msg = res.problems[0].message
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assert "第 8 行还有数据" in msg and "第 8 行）" in msg and "下边界按规则推断" in msg
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assert res.problems[0].category == "recipe"
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def test_c01_bottom_auto_infers_the_end(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:F7", "list", "月报", bottom="auto"), extraction=ext)
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assert res.ok and res.expected == {"header": "C5:F5", "data": "C6:F8", "total": "C9:F9"}
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assert res.recipe_sha256_after == sha(work)
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assert any("重放的数据区到第 8 行" in s for s in res.summary)
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rc = replay_compare(res, b.dry(apply_patch(work, res.ops)))
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assert rc.match
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@pytest.mark.parametrize("ref", ["C5:F9", "C5:F10"])
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def test_c01_box_including_the_total_row_reads_it_as_total(c01, ref):
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"""把合计行（和它下面的空行）也框进来：合计行照起草器认作合计行，不当数据行导入（H2：当数据行的话
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SUM(金额) 翻倍，干跑、核对、重放比对都看不出来）。框底多带空行时与框到合计行相同，配方与规则草稿逐字相同。"""
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel(ref, "list", "月报"), extraction=ext)
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assert res.ok, res.problems
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assert res.expected == {"header": "C5:F5", "data": "C6:F8", "total": "C9:F9"}
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assert res.recipe_sha256_after == sha(work)
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assert ("total_word", "合计") in [(a.kind, a.text) for a in res.anchors]
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# 配方为空时同样：框选新建的配方与规则草稿相同
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fresh = selection_edit(None, b.grid, sel(ref, "list", "月报"), extraction=None)
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assert fresh.ok and fresh.recipe_sha256_after == sha(work)
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new = apply_patch(work, res.ops)
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assert replay_compare(res, b.dry(new)).match
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def test_c01_box_down_to_the_notes_reports_the_total_in_the_middle(c01):
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"""框一直拉到下方的备注、制表人行：合计行夹在框中间，无法确定它汇总的是哪几行，报错并建议把下边移到合计行，
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不把合计、备注当数据导入。"""
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:F12", "list", "月报"), extraction=ext)
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assert not res.ok and codes(res) == ["selection_bottom_not_anchorable"]
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msg = res.problems[0].message
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assert "第 9 行像合计行" in msg and "把框的下边移到第 9 行" in msg
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assert res.problems[0].cells == ["月报!C9"]
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def test_box_with_trailing_blank_rows_ends_at_the_last_filled_row():
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"""框底多带了空行、空行下面是备注：下边界看框内最后一个非空行的下一行（空行，遇到空行停止），与框到最后
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一个数据行相同。看框的下一行的话会撞上备注，提示「把框扩大到第 5 行」，等于让人把备注也框进来。"""
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wb = Workbook()
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ws = wb.active
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ws.title = "名单"
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for r, row in enumerate([("地区", "销量"), ("分区甲", 3), ("分区乙", 5), (None, None), ("注：合成备注", None)],
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start=1):
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for c, v in enumerate(row, start=1):
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if v is not None:
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ws.cell(r, c, v)
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b = Book(save(wb), "tail.xlsx")
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tight = selection_edit(None, b.grid, sel("A1:B3", "list", "名单"), extraction=None)
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loose = selection_edit(None, b.grid, sel("A1:B4", "list", "名单"), extraction=None)
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assert tight.ok and loose.ok, loose.problems
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assert loose.expected == tight.expected == {"header": "A1:B1", "data": "A2:B3", "total": None}
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assert loose.recipe_sha256_after == tight.recipe_sha256_after
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assert apply_patch({}, loose.ops)["sheets"][0]["blocks"][0]["rows"] == {"blank_rows": "stop", "total_row": None}
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def _subtotals() -> Book:
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"""列表中间夹着小计：分区甲两行、小计、分区乙两行、合计。"""
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wb = Workbook()
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ws = wb.active
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ws.title = "明细"
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rows = [("地区", "产品", "金额"), ("分区甲", "产品甲", 10), ("分区甲", "产品乙", 20), ("小计", None, 30),
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("分区乙", "产品甲", 5), ("分区乙", "产品乙", 6), ("合计", None, 41)]
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for r, row in enumerate(rows, start=1):
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for c, v in enumerate(row, start=1):
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if v is not None:
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ws.cell(r, c, v)
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return Book(save(wb), "subtotal.xlsx")
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@pytest.mark.parametrize("ref,bottom,where", [
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("A1:C7", "box", "第 4 行像合计行"), # 小计夹在框中间
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("A1:C4", "box", "第 4 行像合计行"), # 框到小计为止：它下面紧接着还有明细，是夹在中间的小计
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("A1:C3", "box", "第 4 行像合计行"), # 框到小计上一行：下一行是小计，同上
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("A1:C3", "auto", "第 4 行像合计行"), # 按规则推断：起草器在这里记失败，框选同样不收
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])
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def test_subtotal_in_the_middle_is_never_imported_as_data(ref, bottom, where):
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b = _subtotals()
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res = selection_edit(None, b.grid, sel(ref, "list", "明细", bottom=bottom), extraction=None)
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assert not res.ok and set(codes(res)) == {"selection_bottom_not_anchorable"}, res.problems
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assert where in res.problems[0].message and "明细!A4" in res.problems[0].cells
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def test_total_word_in_another_column_is_not_imported_as_data():
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"""合计字样写在第二列（第一列空着）：起草器记失败，框选同样报错，不当明细导入。"""
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wb = Workbook()
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ws = wb.active
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ws.title = "明细"
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for r, row in enumerate([("地区", "产品", "金额"), ("分区甲", "产品甲", 10), ("分区乙", "产品乙", 20),
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(None, "合计", 30)], start=1):
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for c, v in enumerate(row, start=1):
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if v is not None:
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ws.cell(r, c, v)
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b = Book(save(wb), "total_b.xlsx")
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res = selection_edit(None, b.grid, sel("A1:C4", "list", "明细"), extraction=None)
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assert codes(res) == ["selection_bottom_not_anchorable"]
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assert "B 列是合计字样" in res.problems[0].message and res.problems[0].cells == ["明细!B4"]
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def test_c01_box_on_data_row_header_not_text(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C6:F8", "list", "月报"), extraction=ext)
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assert codes(res) == ["selection_header_not_text"]
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def test_c01_box_with_blank_header_column(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:G8", "list", "月报"), extraction=ext)
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assert codes(res) == ["selection_header_blank"] and res.problems[0].cells == ["月报!G5"]
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def test_list_without_recipe_creates_one_by_root_replace(c01):
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"""配方为空（规则起草失败）时用根替换新建配方：框选也是起草失败时不用 AI 的兜底（4.2 第 7 条）。"""
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b, work, _ext = c01
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res = selection_edit(None, b.grid, sel("C5:F8", "list", "月报"), extraction=None)
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assert res.ok and res.ops[0]["op"] == "replace" and res.ops[0]["path"] == ""
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assert res.recipe_sha256_after == sha(work)
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def test_header_duplicate():
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wb = Workbook()
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ws = wb.active
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ws.title = "明细"
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for r, row in enumerate([("地区", "金额", "金 额"), ("分区甲", 1, 2), ("分区乙", 3, 4)], start=1):
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for c, v in enumerate(row, start=1):
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ws.cell(r, c, v)
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b = Book(save(wb), "dup.xlsx")
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res = selection_edit(None, b.grid, sel("A1:C3", "list", "明细"), extraction=None)
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assert codes(res) == ["selection_header_duplicate"]
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def test_extra_columns_next_to_the_box(c01):
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b, work, ext = c01
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res = selection_edit(work, b.grid, sel("C5:E8", "list", "月报"), extraction=ext)
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assert codes(res) == ["selection_extra_columns"]
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assert "「金额」" in res.problems[0].message and "C5:F8" in res.problems[0].message
|
||
assert res.problems[0].cells == ["月报!F5"]
|
||
# 被替换的块上已经按表头忽略了这一列：不算多出的列
|
||
with_ignore = copy.deepcopy(work)
|
||
with_ignore["sheets"][0]["blocks"][0]["ignore_columns"] = [{"header": "金额", "reason": "合成理由"}]
|
||
ok = selection_edit(with_ignore, b.grid, sel("C5:E8", "list", "月报"), extraction=ext)
|
||
assert ok.ok, ok.problems
|
||
|
||
|
||
def test_box_bottom_on_blank_row_stops_there():
|
||
b = _stacked("补充明细")
|
||
res = selection_edit(None, b.grid, sel("A2:B4", "list", "汇总"), extraction=None)
|
||
assert res.ok, res.problems
|
||
blk = apply_patch({}, res.ops)["sheets"][0]["blocks"][0]
|
||
assert blk["rows"] == {"blank_rows": "stop", "total_row": None}
|
||
assert res.expected == {"header": "A2:B2", "data": "A3:B4", "total": None}
|
||
|
||
|
||
def test_list_options_are_validated(c01):
|
||
b, work, ext = c01
|
||
with pytest.raises(EditRequestError) as e:
|
||
selection_edit(work, b.grid, sel("C5:F8", "list", "月报", header_rows=4), extraction=ext)
|
||
assert e.value.code == "edit_invalid"
|
||
with pytest.raises(EditRequestError):
|
||
selection_edit(work, b.grid, sel("C5:F8", "list", "月报", bottom="下面"), extraction=ext)
|
||
|
||
|
||
def test_out_of_grid_on_truncated_grid():
|
||
b = Book(*lab.c01("literal"), max_rows=6)
|
||
assert b.grid.truncated
|
||
res = selection_edit(None, b.grid, sel("C5:F8", "list", "月报"), extraction=None)
|
||
assert codes(res) == ["selection_out_of_grid"]
|
||
auto = selection_edit(None, b.grid, sel("C5:F6", "list", "月报", bottom="auto"), extraction=None)
|
||
assert auto.ok and "数据延续到已读入范围之外，完整范围在试运行时核对" in auto.notes
|
||
|
||
|
||
# ==========================================================================
|
||
# 列表复用起草器：合并表头、占位符、合并填充、跳过空行
|
||
# ==========================================================================
|
||
|
||
|
||
@pytest.mark.parametrize("build,sheet,ref,n", [
|
||
(lambda: lab.c08("gap"), "明细", "A1:C6", 1), # 中间一行空白：blank_rows=skip
|
||
(lambda: lab.c04(), "合并", "A3:F10", 2), # 两行表头、地区纵向合并：merged_data=fill
|
||
])
|
||
def test_list_selection_keeps_draft_settings(build, sheet, ref, n):
|
||
b = Book(*build())
|
||
d = b.draft()
|
||
work = full(d.recipe)
|
||
res = selection_edit(work, b.grid, sel(ref, "list", sheet, header_rows=n), extraction=b.dry(work))
|
||
assert res.ok, res.problems
|
||
assert res.recipe_sha256_after == sha(work), "框选的列表规则与起草器相同"
|
||
blk = apply_patch(work, res.ops)["sheets"][0]["blocks"][0]
|
||
if sheet == "明细":
|
||
assert blk["rows"]["blank_rows"] == "skip"
|
||
assert any("中间的空行跳过" in s for s in res.summary)
|
||
else:
|
||
assert blk["merged_data"] == "fill" and blk["header_rows"] == 2
|
||
|
||
|
||
def test_list_selection_keeps_placeholders():
|
||
wb = Workbook()
|
||
ws = wb.active
|
||
ws.title = "名单"
|
||
for r, row in enumerate([("地区", "销量"), ("分区甲", 3), ("分区乙", "-"), ("分区丙", 7)], start=1):
|
||
for c, v in enumerate(row, start=1):
|
||
ws.cell(r, c, v)
|
||
b = Book(save(wb), "ph.xlsx")
|
||
res = selection_edit(None, b.grid, sel("A1:B4", "list", "名单"), extraction=None)
|
||
assert res.ok
|
||
blk = apply_patch({}, res.ops)["sheets"][0]["blocks"][0]
|
||
assert blk["values"]["placeholders"] == [{"text": "-", "meaning": "无数据"}]
|
||
assert blk["columns"][1]["type"] == "INTEGER"
|
||
|
||
|
||
# ==========================================================================
|
||
# after_title、表名
|
||
# ==========================================================================
|
||
|
||
|
||
def _stacked(title2: str | None) -> Book:
|
||
"""上下两张表头相同的列表：上面一张有标题「销售汇总」，下面一张上方是含年月的说明（和可选的第二行标题）。"""
|
||
wb = Workbook()
|
||
ws = wb.active
|
||
ws.title = "汇总"
|
||
ws["A1"] = "销售汇总"
|
||
rows = [(2, ("地区", "销量")), (3, ("分区甲", 1)), (4, ("分区乙", 2)),
|
||
(8, ("地区", "销量")), (9, ("分区丙", 3)), (10, ("分区丁", 4))]
|
||
for r, row in rows:
|
||
for c, v in enumerate(row, start=1):
|
||
ws.cell(r, c, v)
|
||
ws["A7"] = "2026年9月 补充"
|
||
if title2:
|
||
ws["A6"] = title2
|
||
return Book(save(wb), "stacked.xlsx")
|
||
|
||
|
||
def test_after_title_skips_cells_with_digits():
|
||
b = _stacked("补充明细")
|
||
res = selection_edit(None, b.grid, sel("A8:B10", "list", "汇总"), extraction=None)
|
||
assert res.ok, res.problems
|
||
blk = apply_patch({}, res.ops)["sheets"][0]["blocks"][0]
|
||
assert blk["after_title"] == "补充明细"
|
||
assert ("after_title", "补充明细") in [(a.kind, a.text) for a in res.anchors]
|
||
assert validate_recipe(apply_patch({}, res.ops))[1] == []
|
||
|
||
|
||
def test_after_title_ambiguous_when_only_titles_with_digits():
|
||
b = _stacked(None)
|
||
res = selection_edit(None, b.grid, sel("A8:B10", "list", "汇总"), extraction=None)
|
||
assert codes(res) == ["selection_anchor_ambiguous"]
|
||
assert "含年月或数字" in res.problems[0].message
|
||
|
||
|
||
def test_client_table_name_is_validated_and_checked_for_collisions(c01):
|
||
b, work, ext = c01
|
||
bad = selection_edit(None, b.grid, sel("C5:F8", "list", "月报", table="1号表"), extraction=None)
|
||
assert codes(bad) == ["selection_name_invalid"]
|
||
taken = selection_edit(None, b.grid, sel("C5:F8", "list", "月报", table="旧销售"), extraction=None,
|
||
retired_names={"旧销售": ["销量"]})
|
||
assert codes(taken) == ["selection_name_taken"]
|
||
taken2 = selection_edit(None, b.grid, sel("C5:F8", "list", "月报", table="ＳＡＬＥＳ"), extraction=None,
|
||
retired_names={"sales": []})
|
||
assert codes(taken2) in (["selection_name_invalid"], ["selection_name_taken"])
|
||
ok = selection_edit(work, b.grid, sel("C5:F8", "list", "月报", table="销售月报"), extraction=ext)
|
||
assert ok.ok
|
||
new = apply_patch(work, ok.ops)
|
||
assert [t["name"] for t in new["tables"]] == ["销售月报", "销售月报_表内合计"]
|
||
assert validate_recipe(new)[1] == []
|
||
|
||
|
||
def test_new_column_name_follows_retired_spelling(c01):
|
||
b, work, ext = c01
|
||
res = selection_edit(work, b.grid, sel("C5:F8", "list", "月报"), extraction=ext,
|
||
retired_names={"月报": ["销量"]})
|
||
assert res.ok and res.notes == []
|
||
wb = Workbook()
|
||
ws = wb.active
|
||
ws.title = "表"
|
||
for r, row in enumerate([("地区", "pm2_5"), ("分区甲", 1), ("分区乙", 2)], start=1):
|
||
for c, v in enumerate(row, start=1):
|
||
ws.cell(r, c, v)
|
||
b2 = Book(save(wb), "pm.xlsx")
|
||
first = selection_edit(None, b2.grid, sel("A1:B3", "list", "表", table="监测"), extraction=None)
|
||
rec = full(apply_patch({}, first.ops))
|
||
assert rec["sheets"][0]["blocks"][0]["columns"][1]["name"] == "pm2_5"
|
||
# 当前版本里「监测」表的「PM2_5」已退役：重新框选这张表时，新列沿用退役列的写法（SQLite 列名不分大小写）
|
||
res2 = selection_edit(rec, b2.grid, sel("A1:B3", "list", "表"), extraction=b2.dry(rec),
|
||
retired_names={"监测": ["PM2_5"]})
|
||
assert res2.ok and apply_patch(rec, res2.ops)["sheets"][0]["blocks"][0]["columns"][1]["name"] == "PM2_5"
|
||
assert any("PM2_5" in n for n in res2.notes)
|
||
|
||
|
||
# ==========================================================================
|
||
# 重叠
|
||
# ==========================================================================
|
||
|
||
|
||
def test_overlap_with_two_blocks():
|
||
b = Book(*lab.c08("side"))
|
||
d = b.draft()
|
||
work = full(d.recipe)
|
||
assert len(work["sheets"][0]["blocks"]) == 2
|
||
res = selection_edit(work, b.grid, sel("A1:E3", "list", "并排"), extraction=b.dry(work))
|
||
assert codes(res) == ["selection_overlap"]
|
||
# 只框一张：替换它，沿用块 id
|
||
one = selection_edit(work, b.grid, sel("D1:E3", "list", "并排"), extraction=b.dry(work))
|
||
assert one.ok and one.key == "list:列表2" and one.recipe_sha256_after == sha(work)
|
||
|
||
|
||
def test_non_overlapping_box_adds_a_block(c01):
|
||
b, work, ext = c01
|
||
wb = Workbook()
|
||
ws = wb.active
|
||
ws.title = "月报"
|
||
for r, row in enumerate([("地区", "销量"), ("分区甲", 1), ("分区乙", 2)], start=1):
|
||
for c, v in enumerate(row, start=1):
|
||
ws.cell(r, c, v)
|
||
for r, row in enumerate([("部门", "费用"), ("部门甲", 5), ("部门乙", 7)], start=6):
|
||
for c, v in enumerate(row, start=1):
|
||
ws.cell(r, c, v)
|
||
bk = Book(save(wb), "two.xlsx")
|
||
first = selection_edit(None, bk.grid, sel("A1:B3", "list", "月报"), extraction=None)
|
||
rec = full(apply_patch({}, first.ops))
|
||
second = selection_edit(rec, bk.grid, sel("A6:B8", "list", "月报"), extraction=bk.dry(rec))
|
||
assert second.ok and second.ops[0] == {"op": "add", "path": "/sheets/0/blocks/-", "value": second.ops[0]["value"]}
|
||
new = apply_patch(rec, second.ops)
|
||
assert [blk["id"] for blk in new["sheets"][0]["blocks"]] == ["列表1", "列表2"]
|
||
assert validate_recipe(new)[1] == []
|
||
|
||
|
||
# ==========================================================================
|
||
# 交叉表（整块）
|
||
# ==========================================================================
|
||
|
||
|
||
def test_crosstab_from_rule_draft(flow_d01):
|
||
b = flow_d01
|
||
res = selection_edit(None, b.grid, sel("C5:H12", "crosstab"), extraction=None, draft_fn=b.draft)
|
||
assert res.ok, res.problems
|
||
assert res.expected == {"axis": "C4:AF4", "labels": "B5:B30", "values": "C5:AF30"}
|
||
assert res.anchors[0].kind == "axis"
|
||
new = apply_patch({}, res.ops)
|
||
assert validate_recipe(new)[1] == []
|
||
rc = replay_compare(res, b.dry(new))
|
||
assert rc.match, rc.diffs
|
||
# 已有交叉表：框在它上面替换它。起草器的名字按来源对齐到现行配方，版式没变时就是原来的配方
|
||
rep = selection_edit(FLOW, b.grid, sel("C5:H12", "crosstab"), extraction=b.dry(FLOW), draft_fn=b.draft)
|
||
assert rep.ok and rep.key == "crosstab:交叉表"
|
||
assert rep.recipe_sha256_after == sha(FLOW)
|
||
# 现行配方里另有一条关系占了 R2：起草的关系与它重号时顺延
|
||
extra = copy.deepcopy(FLOW)
|
||
extra["relations"][1]["id"] = "R5"
|
||
rep2 = selection_edit(extra, b.grid, sel("C5:H12", "crosstab"), extraction=b.dry(extra), draft_fn=b.draft)
|
||
new2 = apply_patch(extra, rep2.ops)
|
||
assert validate_recipe(new2)[1] == [] and len(new2["sheets"][0]["blocks"]) == 1
|
||
assert sorted(r["id"] for r in new2["relations"]) == ["R1", "R5"]
|
||
|
||
|
||
def test_crosstab_on_new_sheet_renumbers_clashing_relations(flow_d01):
|
||
b = flow_d01
|
||
other = copy.deepcopy(FLOW)
|
||
other["sheets"][0]["match"]["name"] = "另一张表"
|
||
other["sheets"][0]["id"] = "s9"
|
||
res = selection_edit(other, b.grid, sel("C5:H12", "crosstab"), extraction=None, draft_fn=b.draft)
|
||
assert res.ok, res.problems
|
||
new = apply_patch(other, res.ops)
|
||
assert [s["id"] for s in new["sheets"]] == ["s9", "s2"]
|
||
assert [r["id"] for r in new["relations"]] == ["R1", "R2", "R3", "R4"]
|
||
names = [t["name"] for t in new["tables"]]
|
||
assert len({collide_key(n) for n in names}) == len(names), names
|
||
assert validate_recipe(new)[1] == []
|
||
|
||
|
||
def test_selection_options_text_never_enters_the_patch(c01):
|
||
b, work, ext = c01
|
||
res = selection_edit(work, b.grid, sel("C5:F8", "list", "月报", note="随便写的说明", segment="恶意"),
|
||
extraction=ext)
|
||
assert res.ok and "随便写的说明" not in json.dumps(res.ops, ensure_ascii=False)
|
||
|
||
|
||
def test_crosstab_needs_enough_overlap(flow_d01):
|
||
b = flow_d01
|
||
res = selection_edit(None, b.grid, sel("AG40:AH45", "crosstab"), extraction=None, draft_fn=b.draft)
|
||
assert codes(res) == ["selection_no_crosstab"]
|
||
lst = Book(*lab.c01("literal"))
|
||
res2 = selection_edit(None, lst.grid, sel("C5:F8", "crosstab", "月报"), extraction=None, draft_fn=lst.draft)
|
||
assert codes(res2) == ["selection_no_crosstab"]
|
||
|
||
|
||
# ==========================================================================
|
||
# 分段、合计行、分段标题
|
||
# ==========================================================================
|
||
|
||
|
||
def test_segment_measures_on_unclaimed_rows():
|
||
b, ext = flow_book("D21")
|
||
res = selection_edit(FLOW, b.grid, sel("B32:AF32", "segment", role="measures", table="补录"), extraction=ext)
|
||
assert res.ok, res.problems
|
||
assert res.key == "segment:补录" and res.expected["labels"] == "B32"
|
||
new = apply_patch(FLOW, res.ops)
|
||
seg = new["sheets"][0]["blocks"][0]["segments"][-1]
|
||
assert seg["role"] == "measures" and seg["locate"]["by"] == "labels" and seg["labels"]["expect"] == ["补录（人次）"]
|
||
assert seg["measures"] == {"补录（人次）": "补录"}
|
||
assert new["tables"][-1] == {"name": "补录", "grain": ["日期"], "kind": "data", "units": {"补录": "人次"}, "note": ""}
|
||
assert validate_recipe(new)[1] == []
|
||
rc = replay_compare(res, b.dry(new))
|
||
assert rc.match, rc.diffs
|
||
|
||
|
||
def test_segment_problems(flow_d01):
|
||
b, ext = flow_book("D21")
|
||
with pytest.raises(EditRequestError):
|
||
selection_edit(FLOW, b.grid, sel("B32:AF32", "segment"), extraction=ext)
|
||
assert codes(selection_edit(FLOW, b.grid, sel("C32:AF32", "segment", role="measures"), extraction=ext)) == [
|
||
"selection_not_in_block"]
|
||
assert codes(selection_edit(FLOW, b.grid, sel("B31:AF32", "segment", role="measures"), extraction=ext)) == [
|
||
"selection_label_blank"]
|
||
assert codes(selection_edit(FLOW, b.grid, sel("B6:AF7", "segment", role="measures"), extraction=ext)) == [
|
||
"selection_overlap"]
|
||
taken = selection_edit(FLOW, b.grid, sel("B32:AF32", "segment", role="measures", table="日客流"), extraction=ext)
|
||
assert codes(taken) == ["selection_name_taken"]
|
||
|
||
|
||
def _early_grid(b: Book, title: str = "早间时段客流（人次）", labels: tuple[str, ...] = ("5-6", "6-7")):
|
||
"""D21 的网格上，第 32 行改成分段标题、下面两行是新的时段（框选为维度分段用）。"""
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(32, 2)] = GridCell(title)
|
||
for c in range(3, 5):
|
||
grid.cells.pop((32, c), None)
|
||
for k, h in enumerate(labels):
|
||
grid.cells[(33 + k, 2)] = GridCell(h)
|
||
for c in range(3, 33):
|
||
grid.cells[(33 + k, c)] = GridCell(10 + c)
|
||
grid.__dict__.pop("_rows", None)
|
||
return grid
|
||
|
||
|
||
def test_segment_dimension_with_section_title_joins_the_matching_table():
|
||
"""起草器第 5 条：解析器相同（hour_range）、标签不相交、单位相同的维度分段写进同一张表「时段客流」，常量列
|
||
「时段类别」照第 8b 条取分段标题的候选词「早间」，与「日间」「夜间」不同。不新建表。"""
|
||
b, ext = flow_book("D21")
|
||
grid = _early_grid(b)
|
||
res = selection_edit(FLOW, grid, sel("B33:AF34", "segment", role="dimension"), extraction=ext)
|
||
assert res.ok, res.problems
|
||
assert len(res.ops) == 1, "并入已有的表，不新增表定义"
|
||
seg = res.ops[0]["value"]
|
||
assert seg == {"id": "早间", "role": "dimension", "table": "时段客流",
|
||
"locate": {"by": "section_title", "title": "早间时段客流（人次）", "segment": None},
|
||
"labels": {"expect": ["5-6", "6-7"]},
|
||
"dim": {"name": "时段", "parser": "hour_range", "derive": {"起始小时": "start", "结束小时": "end"}},
|
||
"value": "客流", "const": {"时段类别": {"pick": "早间"}}, "stop_parser": None}
|
||
assert res.ops[0]["path"] == "/sheets/0/blocks/0/segments/4", "插在已有分段之后"
|
||
assert res.expected["title"] == "B32" and res.notes == []
|
||
assert any("并入表「时段客流」" in x for x in res.summary) and any("「时段类别」取「早间」" in x for x in res.summary)
|
||
assert validate_recipe(apply_patch(FLOW, res.ops))[1] == []
|
||
|
||
|
||
def test_segment_dimension_merged_replays_on_the_file():
|
||
"""并入「时段客流」后按真文件干跑：新时段的 60 行写进同一张表，没有问题，重放比对一致。"""
|
||
raw, fn = flow_workbook(SEP, 30, variant="D21")
|
||
wb = load_workbook(io.BytesIO(raw), data_only=True)
|
||
ws = wb.active
|
||
ws.cell(32, 2).value = "早间时段客流（人次）"
|
||
for c in range(3, 33):
|
||
ws.cell(32, c).value = None
|
||
for k, h in enumerate(("5-6", "6-7")):
|
||
ws.cell(33 + k, 2).value = h
|
||
for c in range(3, 33):
|
||
ws.cell(33 + k, c).value = 10 + c + k
|
||
b = Book(save(wb), fn)
|
||
res = selection_edit(FLOW, b.grid, sel("B33:AF34", "segment", role="dimension"), extraction=b.dry(FLOW))
|
||
assert res.ok and res.ops[0]["value"]["table"] == "时段客流"
|
||
new = apply_patch(FLOW, res.ops)
|
||
ext = b.dry(new)
|
||
assert ext.ok and ext.problems == []
|
||
assert ext.expected_rows["时段客流"] == b.dry(FLOW).expected_rows["时段客流"] + 60
|
||
assert replay_compare(res, ext).match
|
||
|
||
|
||
def test_segment_dimension_new_table_says_why_it_was_not_merged():
|
||
"""有同类的表却并不进去时新建表，并在说明里写明没有并入、为什么：客户端指定了新表名；那张表的分段没有常量列
|
||
（并入要给现有分段加列）；分段标题里选不出与已有取值不同的词。标签和已有分段重叠的不算同类，不提。"""
|
||
b, ext = flow_book("D21")
|
||
named = selection_edit(FLOW, _early_grid(b), sel("B33:AF34", "segment", role="dimension", table="早间客流"),
|
||
extraction=ext)
|
||
assert named.ok and named.ops[1]["value"]["name"] == "早间客流"
|
||
assert named.notes == ["按指定的表名新建了表，没有并入同类的表「时段客流」"]
|
||
# 那张表只有一个分段、没有常量列
|
||
single = copy.deepcopy(FLOW)
|
||
segs = single["sheets"][0]["blocks"][0]["segments"]
|
||
segs[1]["const"] = {}
|
||
del segs[2:]
|
||
alone = selection_edit(single, _early_grid(b), sel("B33:AF34", "segment", role="dimension"), extraction=ext)
|
||
assert alone.ok and alone.ops[0]["value"]["table"] == "早间时段客流"
|
||
assert "没有并入同类的表「时段客流」" in alone.notes[0] and "没有用来区分分段的常量列" in alone.notes[0]
|
||
# 标题里能区分的词与已有取值相同
|
||
same = selection_edit(FLOW, _early_grid(b, title="日间时段客流（人次）"),
|
||
sel("B33:AF34", "segment", role="dimension"), extraction=ext)
|
||
assert same.ok and same.ops[0]["value"]["table"] != "时段客流"
|
||
assert "分段标题里没有能与已有分段区分的词" in same.notes[0]
|
||
# 标签与日间重叠：不是同类，新建表、不提并入
|
||
overlap = selection_edit(FLOW, _early_grid(b, labels=("7-8", "8-9")), sel("B33:AF34", "segment", role="dimension"),
|
||
extraction=ext)
|
||
assert overlap.ok and overlap.ops[0]["value"]["table"] == "早间时段客流" and overlap.notes == []
|
||
|
||
|
||
def test_segment_dimension_text_label_too_long():
|
||
b, ext = flow_book("D21")
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(32, 2)] = GridCell("补" * 41)
|
||
grid.__dict__.pop("_rows", None)
|
||
res = selection_edit(FLOW, grid, sel("B32:AF32", "segment", role="dimension"), extraction=ext)
|
||
assert codes(res) == ["selection_label_unparsed"]
|
||
|
||
|
||
def test_derived_d18():
|
||
b, ext = flow_book("D18")
|
||
res = selection_edit(FLOW, b.grid, sel("B21:AF21", "derived", keep=True), extraction=ext)
|
||
assert res.ok and res.key == "derived:日间合计"
|
||
new = apply_patch(FLOW, res.ops)
|
||
assert validate_recipe(new, base=FLOW)[1] == []
|
||
ext2 = b.dry(new)
|
||
assert ext2.ok
|
||
assert replay_compare(res, ext2).match
|
||
|
||
|
||
def test_derived_problems():
|
||
b, ext = flow_book("D18")
|
||
assert codes(selection_edit(FLOW, b.grid, sel("B11:AF11", "derived"), extraction=ext)) == ["selection_label_unparsed"]
|
||
b2, ext2 = flow_book("D21")
|
||
res = selection_edit(FLOW, b2.grid, sel("B32:AF32", "derived"), extraction=ext2)
|
||
assert codes(res) == ["selection_label_unparsed"]
|
||
grid = copy.deepcopy(b2.grid)
|
||
grid.cells[(32, 2)] = GridCell("7-12 时合计")
|
||
grid.__dict__.pop("_rows", None)
|
||
assert codes(selection_edit(FLOW, grid, sel("B32:AF32", "derived"), extraction=ext2)) == [
|
||
"selection_not_after_segment"]
|
||
|
||
|
||
def test_section_title_d09_keeps_const():
|
||
b, ext = flow_book("D09")
|
||
res = selection_edit(FLOW, b.grid, sel("B9", "section_title", segment="日间"), extraction=ext)
|
||
assert res.ok and res.key == "section_title:日间" and res.breaking is False
|
||
assert res.ops == [{"op": "replace", "path": "/sheets/0/blocks/0/segments/1/locate",
|
||
"value": {"by": "section_title", "title": "日间分时段客流（人次）", "segment": None}}]
|
||
new = apply_patch(FLOW, res.ops)
|
||
assert validate_recipe(new, base=FLOW)[1] == []
|
||
assert b.dry(new).ok
|
||
|
||
|
||
def test_section_title_does_not_guess_a_new_word_when_old_pick_is_gone():
|
||
"""新标题里没有原来的常量取值：常量列整列换成哪个词只能由人选（4.1「不猜」）。框选不替人挑第一个候选词，
|
||
报 selection_label_unparsed，指到修复按钮（它把候选词逐个列成选项）和配方面板。"""
|
||
b, ext = flow_book("D09")
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(9, 2)] = GridCell("白天时段客流（人次）")
|
||
grid.__dict__.pop("_rows", None)
|
||
res = selection_edit(FLOW, grid, sel("B9", "section_title", segment="日间"), extraction=ext)
|
||
assert not res.ok and res.ops == [] and codes(res) == ["selection_label_unparsed"]
|
||
msg = res.problems[0].message
|
||
assert "常量列「时段类别」现在取「日间」" in msg and "修复按钮" in msg and "配方面板" in msg
|
||
assert res.problems[0].cells == [f"{SHEET}!B9"]
|
||
with pytest.raises(EditRequestError):
|
||
selection_edit(FLOW, grid, sel("B9", "section_title", segment="夜间合计"), extraction=ext)
|
||
assert codes(selection_edit(FLOW, grid, sel("B9:B10", "section_title", segment="日间"), extraction=ext)) == [
|
||
"selection_not_in_block"]
|
||
|
||
|
||
# ==========================================================================
|
||
# 忽略
|
||
# ==========================================================================
|
||
|
||
|
||
def test_ignore_rows_d21():
|
||
b, ext = flow_book("D21")
|
||
res = selection_edit(FLOW, b.grid, sel("B32:D32", "ignore_rows", reason="补录行不导入"), extraction=ext)
|
||
assert res.ok and res.key == "ignore_rows:交叉表"
|
||
assert res.ops == [{"op": "add", "path": "/sheets/0/blocks/0/ignore_rows/-",
|
||
"value": {"label": "补录（人次）", "reason": "补录行不导入"}}]
|
||
assert validate_recipe(apply_patch(FLOW, res.ops))[1] == []
|
||
with pytest.raises(EditRequestError) as e:
|
||
selection_edit(FLOW, b.grid, sel("B32:D32", "ignore_rows"), extraction=ext)
|
||
assert e.value.code == "reason_required"
|
||
|
||
|
||
def test_ignore_rows_with_digits():
|
||
b, ext = flow_book("D21")
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(32, 2)] = GridCell("注：9月补录")
|
||
grid.__dict__.pop("_rows", None)
|
||
res = selection_edit(FLOW, grid, sel("B32:D32", "ignore_rows", reason="x"), extraction=ext)
|
||
assert codes(res) == ["selection_anchor_has_digits"]
|
||
|
||
|
||
def test_ignore_columns_d16():
|
||
b, ext = flow_book("D16")
|
||
res = selection_edit(FLOW, b.grid, sel("AG4:AG30", "ignore_columns", reason="右侧合计列"), extraction=ext)
|
||
assert res.ok and res.key == "ignore_columns:交叉表"
|
||
assert res.ops == [{"op": "add", "path": "/sheets/0/blocks/0/ignore_columns/-",
|
||
"value": {"header": "合计", "reason": "右侧合计列"}}]
|
||
assert validate_recipe(apply_patch(FLOW, res.ops))[1] == []
|
||
assert codes(selection_edit(FLOW, b.grid, sel("AE4:AE9", "ignore_columns", reason="x"), extraction=ext)) == [
|
||
"selection_not_in_block"]
|
||
|
||
|
||
def test_ignore_columns_header_problems():
|
||
b, ext = flow_book("D16")
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(4, 34)] = GridCell(123)
|
||
grid.cells[(4, 35)] = GridCell("第2组合计")
|
||
grid.__dict__.pop("_rows", None)
|
||
assert codes(selection_edit(FLOW, grid, sel("AH4", "ignore_columns", reason="x"), extraction=ext)) == [
|
||
"selection_header_not_text"]
|
||
assert codes(selection_edit(FLOW, grid, sel("AI4", "ignore_columns", reason="x"), extraction=ext)) == [
|
||
"selection_anchor_has_digits"]
|
||
assert codes(selection_edit(FLOW, grid, sel("AJ4", "ignore_columns", reason="x"), extraction=ext)) == [
|
||
"selection_header_blank"]
|
||
|
||
|
||
def test_ignore_outside():
|
||
b, ext = flow_book("D01")
|
||
grid = copy.deepcopy(b.grid)
|
||
grid.cells[(33, 2)] = GridCell("补录说明")
|
||
grid.cells[(33, 3)] = GridCell(123)
|
||
grid.cells[(34, 3)] = GridCell(456)
|
||
grid.cells[(35, 2)] = GridCell("9月补录")
|
||
grid.cells[(35, 3)] = GridCell(789)
|
||
grid.__dict__.pop("_rows", None)
|
||
res = selection_edit(FLOW, grid, sel("B33:C33", "ignore_outside", reason="说明行"), extraction=ext)
|
||
assert res.ok and res.key == "ignore_outside:s1"
|
||
assert res.ops == [{"op": "add", "path": "/sheets/0/ignore_outside/-",
|
||
"value": {"anchor": "补录说明", "reason": "说明行"}}]
|
||
assert validate_recipe(apply_patch(FLOW, res.ops))[1] == []
|
||
assert codes(selection_edit(FLOW, grid, sel("B34:C34", "ignore_outside", reason="x"), extraction=ext)) == [
|
||
"selection_no_anchor"]
|
||
assert codes(selection_edit(FLOW, grid, sel("B35:C35", "ignore_outside", reason="x"), extraction=ext)) == [
|
||
"selection_anchor_has_digits"]
|
||
|
||
|
||
def test_selection_on_sheet_without_blocks():
|
||
b, _ext = flow_book("D21")
|
||
res = selection_edit(None, b.grid, sel("B32:D32", "ignore_rows", reason="x"), extraction=None)
|
||
assert codes(res) == ["selection_not_in_block"]
|
||
|
||
|
||
# ==========================================================================
|
||
# 重放比对（4.5）
|
||
# ==========================================================================
|
||
|
||
|
||
def _edit(key: str, expected: dict, block: str | None = "列表1") -> EditResult:
|
||
return EditResult(ok=True, kind="selection", key=key, title="", summary=[], ops=[], anchors=[], notes=[],
|
||
problems=[], expected=expected, block=block)
|
||
|
||
|
||
def test_replay_compare_reports_extra_rows_in_words():
|
||
ext = Extraction(ok=True, regions=[
|
||
RegionMark("月报", "col_header", "C5:F5", "列表1"), RegionMark("月报", "value", "C6:F10", "列表1"),
|
||
RegionMark("月报", "value", "H6:I20", "列表2"), RegionMark("月报", "outside_text", "C1:C3", None)])
|
||
rc = replay_compare(_edit("list:列表1", {"header": "C5:F5", "data": "C6:F8", "total": None}), ext)
|
||
assert not rc.match and rc.actual == {"header": "C5:F5", "data": "C6:F10", "total": None}
|
||
assert rc.diffs == ["重放的数据区到第 10 行，比框多 2 行（第 9–10 行）"]
|
||
|
||
|
||
def test_replay_compare_missing_total_and_window():
|
||
ext = Extraction(ok=True, regions=[
|
||
RegionMark("月报", "col_header", "C5:F5", "列表1"), RegionMark("月报", "value", "C6:F900", "列表1")])
|
||
rc = replay_compare(_edit("list:列表1", {"header": "C5:F5", "data": "C6:F900", "total": "C901:F901"}), ext,
|
||
window_rows=500)
|
||
# 部分干跑：期望和实际都裁到前 500 行再比，窗口外的合计行不算缺
|
||
assert rc.match and rc.window_rows == 500 and rc.expected["data"] == "C6:F500"
|
||
rc2 = replay_compare(_edit("list:列表1", {"header": "C5:F5", "data": "C6:F900", "total": "C901:F901"}), ext)
|
||
assert not rc2.match and "重放时没有认出合计行（框里是 C901:F901）" in rc2.diffs
|
||
|
||
|
||
def test_replay_compare_partial_kinds_check_coverage():
|
||
ext = Extraction(ok=True, regions=[RegionMark(SHEET, "ignored", "B32:D32", "交叉表"),
|
||
RegionMark(SHEET, "row_label", "B5:B30", "交叉表")])
|
||
ok = replay_compare(_edit("ignore_rows:交叉表", {"ignored": "B32"}, "交叉表"), ext)
|
||
assert ok.match and ok.actual == {"ignored": "B32:D32"}
|
||
bad = replay_compare(_edit("ignore_rows:交叉表", {"ignored": "B33"}, "交叉表"), ext)
|
||
assert not bad.match and bad.diffs
|
||
|
||
|
||
def test_edit_result_keys_do_not_leak_coordinates_into_recipe(c01):
|
||
"""坐标不进配方：换算出的补丁里没有任何 A1 写法（表头上方的标题、锚点都是文字）。"""
|
||
import re
|
||
b, work, ext = c01
|
||
res = selection_edit(work, b.grid, sel("C5:F8", "list", "月报"), extraction=ext)
|
||
blob = json.dumps(res.ops, ensure_ascii=False)
|
||
assert not re.search(r"(?<![A-Za-z])[A-Z]{1,3}[0-9]{1,5}(?![0-9])", blob.replace("agentlab-recipe/2", ""))
|
||
assert collide_key("月报") in {collide_key(t["name"]) for t in apply_patch(work, res.ops)["tables"]}
|