5b358d71c1
Replace the monolithic useQueryToolData composable and nested Vue component tree with a modular architecture: useLotResolve, useLotLineage, useLotDetail, and useEquipmentQuery. Introduce ECharts TreeChart (LR orthogonal layout) for lot lineage visualization with multi-select support, subtree expansion, zoom/pan, and serial number normalization. Add unified LineageEngine backend with split descendant traversal and leaf serial number queries. Archive the query-tool-rewrite openspec change and sync delta specs to main. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
245 lines
7.8 KiB
Python
245 lines
7.8 KiB
Python
# -*- coding: utf-8 -*-
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"""Unit tests for LineageEngine."""
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from __future__ import annotations
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from unittest.mock import patch
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import pandas as pd
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from mes_dashboard.services.lineage_engine import LineageEngine
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@patch("mes_dashboard.services.lineage_engine.read_sql_df")
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def test_resolve_split_ancestors_batches_and_enforces_max_depth(mock_read_sql_df):
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cids = [f"C{i:04d}" for i in range(1001)]
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mock_read_sql_df.side_effect = [
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pd.DataFrame(
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[
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{
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"CONTAINERID": "C0000",
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"SPLITFROMID": "P0000",
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"CONTAINERNAME": "LOT-0000",
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"SPLIT_DEPTH": 1,
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},
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{
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"CONTAINERID": "P0000",
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"SPLITFROMID": None,
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"CONTAINERNAME": "LOT-P0000",
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"SPLIT_DEPTH": 2,
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},
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]
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),
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pd.DataFrame(
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[
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{
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"CONTAINERID": "C1000",
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"SPLITFROMID": "P1000",
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"CONTAINERNAME": "LOT-1000",
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"SPLIT_DEPTH": 1,
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},
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{
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"CONTAINERID": "C-TOO-DEEP",
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"SPLITFROMID": "P-TOO-DEEP",
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"CONTAINERNAME": "LOT-DEEP",
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"SPLIT_DEPTH": 21,
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},
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]
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),
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]
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result = LineageEngine.resolve_split_ancestors(cids, {"INIT": "LOT-INIT"})
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assert mock_read_sql_df.call_count == 2
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first_sql, first_params = mock_read_sql_df.call_args_list[0].args
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second_sql, second_params = mock_read_sql_df.call_args_list[1].args
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assert "LEVEL <= 20" in first_sql
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assert "LEVEL <= 20" in second_sql
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assert len(first_params) == 1000
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assert len(second_params) == 1
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assert result["child_to_parent"]["C0000"] == "P0000"
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assert result["child_to_parent"]["C1000"] == "P1000"
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assert "C-TOO-DEEP" not in result["child_to_parent"]
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assert result["cid_to_name"]["C0000"] == "LOT-0000"
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assert result["cid_to_name"]["INIT"] == "LOT-INIT"
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@patch("mes_dashboard.services.lineage_engine.read_sql_df")
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def test_resolve_merge_sources_batches_and_returns_mapping(mock_read_sql_df):
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names = [f"FN{i:04d}" for i in range(1001)]
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mock_read_sql_df.side_effect = [
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pd.DataFrame(
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[
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{"FINISHEDNAME": "FN0000", "SOURCE_CID": "SRC-A"},
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{"FINISHEDNAME": "FN0000", "SOURCE_CID": "SRC-B"},
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]
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),
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pd.DataFrame(
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[
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{"FINISHEDNAME": "FN1000", "SOURCE_CID": "SRC-C"},
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{"FINISHEDNAME": "FN1000", "SOURCE_CID": "SRC-C"},
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{"FINISHEDNAME": None, "SOURCE_CID": "SRC-INVALID"},
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]
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),
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]
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result = LineageEngine.resolve_merge_sources(names)
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assert mock_read_sql_df.call_count == 2
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first_sql, first_params = mock_read_sql_df.call_args_list[0].args
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second_sql, second_params = mock_read_sql_df.call_args_list[1].args
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assert "{{ FINISHED_NAME_FILTER }}" not in first_sql
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assert "{{ FINISHED_NAME_FILTER }}" not in second_sql
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assert len(first_params) == 1000
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assert len(second_params) == 1
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assert result["FN0000"] == ["SRC-A", "SRC-B"]
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assert result["FN1000"] == ["SRC-C"]
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@patch("mes_dashboard.services.lineage_engine.LineageEngine.resolve_merge_sources")
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@patch("mes_dashboard.services.lineage_engine.LineageEngine.resolve_split_ancestors")
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def test_resolve_full_genealogy_combines_split_and_merge(
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mock_resolve_split_ancestors,
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mock_resolve_merge_sources,
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):
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mock_resolve_split_ancestors.side_effect = [
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{
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"child_to_parent": {
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"A": "B",
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"B": "C",
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},
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"cid_to_name": {
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"A": "LOT-A",
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"B": "LOT-B",
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"C": "LOT-C",
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},
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},
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{
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"child_to_parent": {
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"M1": "M0",
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},
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"cid_to_name": {
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"M1": "LOT-M1",
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"M0": "LOT-M0",
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},
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},
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]
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mock_resolve_merge_sources.return_value = {"LOT-B": ["M1"]}
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result = LineageEngine.resolve_full_genealogy(["A"], {"A": "LOT-A"})
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assert result["ancestors"] == {"A": {"B", "C", "M1", "M0"}}
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assert result["cid_to_name"]["A"] == "LOT-A"
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assert result["cid_to_name"]["M0"] == "LOT-M0"
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# parent_map should have direct edges only
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pm = result["parent_map"]
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assert pm["A"] == ["B"]
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assert pm["B"] == ["C", "M1"] or set(pm["B"]) == {"C", "M1"}
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assert pm["M1"] == ["M0"]
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# merge_edges: B → M1 (LOT-B matched merge source)
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me = result["merge_edges"]
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assert "M1" in me.get("B", [])
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assert mock_resolve_split_ancestors.call_count == 2
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mock_resolve_merge_sources.assert_called_once()
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@patch("mes_dashboard.services.lineage_engine.read_sql_df")
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def test_split_ancestors_matches_legacy_bfs_for_five_known_lots(mock_read_sql_df):
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parent_by_cid = {
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"L1": "L1P1",
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"L1P1": "L1P2",
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"L2": "L2P1",
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"L3": None,
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"L4": "L4P1",
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"L4P1": "L4P2",
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"L4P2": "L4P3",
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"L5": "L5P1",
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"L5P1": "L5P2",
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"L5P2": "L5P1",
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}
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name_by_cid = {
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"L1": "LOT-1",
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"L1P1": "LOT-1-P1",
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"L1P2": "LOT-1-P2",
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"L2": "LOT-2",
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"L2P1": "LOT-2-P1",
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"L3": "LOT-3",
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"L4": "LOT-4",
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"L4P1": "LOT-4-P1",
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"L4P2": "LOT-4-P2",
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"L4P3": "LOT-4-P3",
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"L5": "LOT-5",
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"L5P1": "LOT-5-P1",
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"L5P2": "LOT-5-P2",
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}
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seed_lots = ["L1", "L2", "L3", "L4", "L5"]
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def _connect_by_rows(start_cids):
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rows = []
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for seed in start_cids:
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current = seed
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depth = 1
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visited = set()
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while current and depth <= 20 and current not in visited:
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visited.add(current)
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rows.append(
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{
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"CONTAINERID": current,
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"SPLITFROMID": parent_by_cid.get(current),
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"CONTAINERNAME": name_by_cid.get(current),
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"SPLIT_DEPTH": depth,
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}
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)
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current = parent_by_cid.get(current)
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depth += 1
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return pd.DataFrame(rows)
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def _mock_read_sql(_sql, params):
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requested = [value for value in params.values()]
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return _connect_by_rows(requested)
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mock_read_sql_df.side_effect = _mock_read_sql
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connect_by_result = LineageEngine.resolve_split_ancestors(seed_lots)
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# Legacy BFS reference implementation from previous mid_section_defect_service.
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legacy_child_to_parent = {}
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legacy_cid_to_name = {}
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frontier = list(seed_lots)
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seen = set(seed_lots)
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rounds = 0
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while frontier:
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rounds += 1
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batch_rows = []
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for cid in frontier:
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batch_rows.append(
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{
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"CONTAINERID": cid,
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"SPLITFROMID": parent_by_cid.get(cid),
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"CONTAINERNAME": name_by_cid.get(cid),
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}
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)
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new_parents = set()
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for row in batch_rows:
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cid = row["CONTAINERID"]
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split_from = row["SPLITFROMID"]
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name = row["CONTAINERNAME"]
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if isinstance(name, str) and name:
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legacy_cid_to_name[cid] = name
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if isinstance(split_from, str) and split_from and split_from != cid:
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legacy_child_to_parent[cid] = split_from
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if split_from not in seen:
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seen.add(split_from)
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new_parents.add(split_from)
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frontier = list(new_parents)
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if rounds > 20:
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break
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assert connect_by_result["child_to_parent"] == legacy_child_to_parent
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assert connect_by_result["cid_to_name"] == legacy_cid_to_name
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