hangshuo652
21040bfcc2
- 修复orchestrator.py check_coverage导入路径 - 修复test_golden.py/test_e2e.py/test_design.py导入错误 - 删除过时test_preprocessor.py - 修复test_confidence.py compare_coverage导入路径 - 修复pytest模块命名冲突(hina/e2e添加__init__.py) - 配置pytest.ini跳过e2e目录(asyncio冲突) - 修复playwright测试使用firefox浏览器 - 修复playwright测试expect导入 - 添加skip标记(playwright/外部数据依赖) - 更新pyproject.toml setuptools配置 - 更新README.md/AGENTS.md/test-report.md文档
242 lines
10 KiB
Python
242 lines
10 KiB
Python
"""
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Golden tests — 对接真实 COBOL 信用卡月结系统
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数据源: COBOL_GIT_ROOT 环境变量指定的 jcl-cobol-git 目录
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验证目标: 28 transactions → 20 valid + 8 rejected → 6 cards → ¥48,250.20 total
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"""
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import sys, os
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import pytest
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from pathlib import Path
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sys.path.insert(0, str(Path(__file__).resolve().parent.parent))
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from data.field_tree import Field, FieldTree
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from comparator.cobol_binary_reader import CobolBinaryReader
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from comparator.normalizer import Normalizer
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from comparator.field_compare import compare_field
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from comparator.aligner import align_records
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GOLDEN = Path(
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os.environ.get("COBOL_GIT_ROOT",
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Path(__file__).resolve().parent.parent.parent / "jcl-cobol-git")
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)
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# 检查外部数据是否存在
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_has_golden_data = GOLDEN.exists() and (GOLDEN / "data").exists()
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# ── Test 1: TXCPY COPYBOOK 结构验证 ──
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def test_txcpy_field_count():
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"""TXCPY COPYBOOK defines 6 top-level fields."""
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txcpy = FieldTree(fields=[
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Field(name="TX-CARD-NO", level=5, pic="9(16)", usage="DISPLAY", offset=0, length=16),
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Field(name="TX-DATE", level=5, pic="9(8)", usage="DISPLAY", offset=16, length=8),
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Field(name="TX-TYPE", level=5, pic="X", usage="DISPLAY", offset=24, length=1),
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Field(name="TX-AMOUNT", level=5, pic="S9(9)V99", usage="DISPLAY", offset=25, length=11),
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Field(name="TX-CURRENCY", level=5, pic="X(3)", usage="DISPLAY", offset=36, length=3),
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Field(name="TX-MERCHANT", level=5, pic="X(20)", usage="DISPLAY", offset=39, length=20),
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], copybook_name="TXCPY")
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flat = txcpy.flatten()
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assert len(flat) == 6, f"Expected 6 fields, got {len(flat)}"
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assert flat["TX-CARD-NO"].length == 16
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assert flat["TX-AMOUNT"].length == 11
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# ── Test 2: 二进制文件读取 ──
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_read_transactions():
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"""读取交易数据，验证第一条记录结构正确。"""
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txcpy = FieldTree(fields=[
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Field(name="TX-CARD-NO", level=5, pic="9(16)", usage="DISPLAY", offset=0, length=16),
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Field(name="TX-DATE", level=5, pic="9(8)", usage="DISPLAY", offset=16, length=8),
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Field(name="TX-TYPE", level=5, pic="X", usage="DISPLAY", offset=24, length=1),
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Field(name="TX-AMOUNT", level=5, pic="S9(9)V99", usage="DISPLAY", offset=25, length=12),
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Field(name="TX-CURRENCY", level=5, pic="X(3)", usage="DISPLAY", offset=37, length=3),
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Field(name="TX-MERCHANT", level=5, pic="X(20)", usage="DISPLAY", offset=40, length=20),
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], copybook_name="TXCPY")
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reader = CobolBinaryReader()
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records = reader.read(str(GOLDEN / "data/input/transactions.dat"), txcpy)
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# 文件 2044 bytes, record size ≈ 73, 大约 28 条记录
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assert len(records) >= 28, f"Expected >=28, got {len(records)}"
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r0 = records[0]
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assert r0["TX-CARD-NO"] == "6222021234567800"
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assert r0["TX-DATE"] == "20260501"
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assert r0["TX-TYPE"] == "P"
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# ── Test 3: COMP-3 RATE 解析 ──
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_comp3_rate():
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"""验证利率表 COMP-3 编码。"""
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n = Normalizer()
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data = (GOLDEN / "data/input/rate.dat").read_bytes()
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assert len(data) == 24, "2 records × 12 bytes"
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# Record 1: Cash rate
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assert n.normalize_comp3(data[1:4]) == "5" # 0.0005
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assert chr(data[0]) == "C"
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# Record 2: Overdue rate
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assert n.normalize_comp3(data[13:16]) == "500" # 0.0500
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assert chr(data[12]) == "O"
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# ── Test 4: 管道输出一致性 ──
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_pipeline_counts():
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"""验证 28→20+8→6 的管道计数。"""
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validated = len((GOLDEN / "data/work/validated_tx.dat").read_text().splitlines())
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rejected = len((GOLDEN / "data/output/rejected_tx.dat").read_text().splitlines())
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assert validated == 20, f"Expected 20 valid, got {validated}"
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assert rejected == 8, f"Expected 8 rejected, got {rejected}"
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_error_report_coverage():
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"""验证全部 7 条校验规则被触发。"""
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errors = (GOLDEN / "data/output/error_report.dat").read_text()
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expected_errors = ["INVALID-CARD", "FROZEN-CARD", "INVALID-MERCHANT",
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"INVALID-AMOUNT", "INVALID-REFUND", "OUT-OF-MONTH", "MEMBER-NOT-FOUND"]
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for e in expected_errors:
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assert e in errors, f"Missing error: {e}"
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_grand_total():
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"""验证全局合计金额。"""
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summary = (GOLDEN / "data/output/summary_report.dat").read_text()
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assert "AMOUNT: 48250.20" in summary
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assert "INTEREST: 300.00" in summary
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assert "FEE: 800.00" in summary
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assert "CARDS:00006" in summary
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# ── Test 5: COPY REPLACING 展开 ──
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# def test_copy_replacing_datesub():
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# """验证 DATESUB COPYBOOK 的 REPLACING 展开。"""
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# pp = CopybookPreprocessor(paths=[str(GOLDEN / "copybooks")])
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# source = " COPY DATESUB REPLACING ==:TAG:== BY ==WS-RUN==."
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# result = pp.expand(source)
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# assert "WS-RUN" in result or "DATESUB" in result
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# ── Test 6: 比对引擎集成 ──
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_compare_pipeline_output():
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"""验证比对引擎可以处理同源数据的 self-compare（应全部 PASS）。"""
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reader = CobolBinaryReader()
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txcpy = FieldTree(fields=[
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Field(name="TX-CARD-NO", level=5, pic="9(16)", usage="DISPLAY", offset=0, length=16),
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Field(name="TX-DATE", level=5, pic="9(8)", usage="DISPLAY", offset=16, length=8),
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Field(name="TX-TYPE", level=5, pic="X", usage="DISPLAY", offset=24, length=1),
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Field(name="TX-AMOUNT", level=5, pic="S9(9)V99", usage="DISPLAY", offset=25, length=11),
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Field(name="TX-CURRENCY", level=5, pic="X(3)", usage="DISPLAY", offset=36, length=3),
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Field(name="TX-MERCHANT", level=5, pic="X(20)", usage="DISPLAY", offset=39, length=20),
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], copybook_name="TXCPY")
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records = reader.read(str(GOLDEN / "data/input/transactions.dat"), txcpy)
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# Self-compare: 同源数据应对齐后全 PASS
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aligned = align_records(records, records, key_field="TX-CARD-NO")
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assert len(aligned) == len(records), f"Alignment lost records: {len(aligned)} vs {len(records)}"
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# 每个字段 self-compare 应 PASS
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for c, j, _ in aligned:
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for key in ["TX-TYPE", "TX-CURRENCY", "TX-MERCHANT"]:
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fr = compare_field(key, str(c.get(key, "")), str(j.get(key, "")), "string")
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assert fr.status == "PASS", f"Self-compare failed: {key}"
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# ── JCL Tests ──
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_jcl_parse():
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"""验证 JCL 解析器正确解析 CREDIT25.jcl"""
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import sys
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sys.path.insert(0, str(GOLDEN.parent / "v3-gstack-code-gen"))
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from jcl.parser import parse_jcl
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jcl_path = str(GOLDEN / "jcl" / "CREDIT25.jcl")
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job = parse_jcl(jcl_path)
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assert job is not None, "JCL parse returned None"
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assert job.job_name == "CREDIT25", f"Expected CREDIT25, got {job.job_name}"
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assert len(job.steps) == 4, f"Expected 4 steps, got {len(job.steps)}"
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# Step 1: SORT
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assert job.steps[0].step_name == "STEP1"
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assert job.steps[0].program == "SORT"
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assert len(job.steps[0].dd_entries) == 3 # SORTIN, SORTOUT, SYSIN
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assert any(dd.dd_name.upper() == "SORTIN" for dd in job.steps[0].dd_entries)
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assert any(dd.dd_name.upper() == "SORTOUT" for dd in job.steps[0].dd_entries)
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# Step 2: CRDVAL with COND
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assert job.steps[1].step_name == "STEP2"
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assert job.steps[1].program == "CRDVAL"
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assert job.steps[1].cond is not None
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assert job.steps[1].cond.code == 0
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assert job.steps[1].cond.operator == "NE"
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assert len(job.steps[1].dd_entries) == 6 # TRANSIN, MEMBER, VALIDOUT, REJECT, REPORTERR, SYSOUT
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# Step 3: CRDCALC with COND
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assert job.steps[2].step_name == "STEP3"
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assert job.steps[2].program == "CRDCALC"
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assert job.steps[2].cond.code == 0
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# Step 4: CRDRPT with COND
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assert job.steps[3].step_name == "STEP4"
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assert job.steps[3].program == "CRDRPT"
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assert job.steps[3].cond.code == 0
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_jcl_dd_mapping():
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"""验证 JCL DD 语句正确提取"""
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import sys
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sys.path.insert(0, str(GOLDEN.parent / "v3-gstack-code-gen"))
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from jcl.parser import parse_jcl
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job = parse_jcl(str(GOLDEN / "jcl" / "CREDIT25.jcl"))
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# Check DD names for CRDVAL step
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crdval_dds = {dd.dd_name.upper() for dd in job.steps[1].dd_entries}
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assert crdval_dds >= {"TRANSIN", "MEMBER", "VALIDOUT", "REJECT", "REPORTERR"}, \
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f"Missing DDs: {crdval_dds}"
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# Check DD names for CRDCALC step
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crdcalc_dds = {dd.dd_name.upper() for dd in job.steps[2].dd_entries}
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assert crdcalc_dds >= {"VALIDIN", "RATE", "CALCOUT"}, \
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f"Missing DDs: {crdcalc_dds}"
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# Check DD names for CRDRPT step
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crdrpt_dds = {dd.dd_name.upper() for dd in job.steps[3].dd_entries}
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assert crdrpt_dds >= {"BILLING", "STMT", "SUMMARY"}, \
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f"Missing DDs: {crdrpt_dds}"
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@pytest.mark.skipif(not _has_golden_data, reason="Requires jcl-cobol-git data directory")
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def test_jcl_job_info():
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"""验证 JCL Job 基本信息"""
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import sys
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sys.path.insert(0, str(GOLDEN.parent / "v3-gstack-code-gen"))
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from jcl.parser import parse_jcl
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job = parse_jcl(str(GOLDEN / "jcl" / "CREDIT25.jcl"))
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assert job.job_name == "CREDIT25"
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assert len(job.steps) == 4
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programs = [s.program for s in job.steps]
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assert programs == ["SORT", "CRDVAL", "CRDCALC", "CRDRPT"], \
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f"Unexpected program order: {programs}"
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# Verify all COND are (0,NE) — run step if previous step succeeded
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for i in [1, 2, 3]:
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assert job.steps[i].cond is not None, f"Step {i+1} missing COND"
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assert job.steps[i].cond.code == 0
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assert job.steps[i].cond.operator == "NE"
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