shuiyu67
9badbf30b7
- L1: a, b = ... 解包赋值目标未收集 → xq_r/xq_i 等误报 E002 (xiaoli_chat.py 27 条误报归零) - L3: for-else 的 else 在无 break 时必执行(含 0 次) → 其赋值确定 (renpy gamedir) - L3: try/except/else: else return 终止 → handler 变量确定 (jinja2 asyncsupport); 无 else → handler 变量正常路径不确定保留 (jinja2 debug 真问题) - 新增 6 项回归测试; 78 passed; xiaoli 自测 E002 误报 27→0, Ren'Py E004 194→182
513 lines
20 KiB
Python
513 lines
20 KiB
Python
"""py_detect 本地智能检测插件测试"""
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import importlib.util
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import os
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import sys
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import pytest
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# 项目根目录
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PROJECT_ROOT = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
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PLUGIN_PATH = os.path.join(PROJECT_ROOT, "plugins", "py_detect.py")
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def load_module(name, path):
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spec = importlib.util.spec_from_file_location(name, path)
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mod = importlib.util.module_from_spec(spec)
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spec.loader.exec_module(mod)
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return mod
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@pytest.fixture(scope="module")
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def pd():
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mod = load_module("py_detect", PLUGIN_PATH)
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return mod
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def codes(issues):
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"""提取诊断规则码集合"""
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return {d["code"] for d in issues}
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def code_lines(issues, code):
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"""按规则码提取行号集合"""
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return {d["line"] for d in issues if d["code"] == code}
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# ── 语法层 ──
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class TestSyntax:
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def test_syntax_error(self, pd):
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issues = pd.analyze("def f(:\n pass\n", "bad.py")
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assert "E001" in codes(issues)
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e = [d for d in issues if d["code"] == "E001"][0]
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assert e["line"] >= 1
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def test_unclosed_paren(self, pd):
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issues = pd.analyze("x = (1 + 2\n", "bad.py")
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assert "E001" in codes(issues)
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# ── 语义层 ──
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class TestSemantic:
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def test_undefined_variable(self, pd):
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src = "def f():\n return y\n"
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assert 2 in code_lines(pd.analyze(src, "t.py"), "E002")
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def test_no_undefined_for_local_and_global(self, pd):
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src = "x = 1\ndef f(a):\n b = a + x\n return b\nprint(f(1))\n"
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assert "E002" not in codes(pd.analyze(src, "t.py"))
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def test_undefined_recursion_ok(self, pd):
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src = "def f(n):\n if n <= 1:\n return 1\n return n * f(n - 1)\n"
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assert "E002" not in codes(pd.analyze(src, "t.py"))
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def test_comprehension_and_walrus_ok(self, pd):
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src = "nums = [1, 2, 3]\nsq = [x * x for x in nums]\nif (n := len(nums)) > 2:\n print(n)\n"
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assert "E002" not in codes(pd.analyze(src, "t.py"))
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def test_closure_reads_global_ok(self, pd):
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src = "counter = 0\ndef inc():\n return counter + 1\n"
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assert "E002" not in codes(pd.analyze(src, "t.py"))
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def test_dup_function(self, pd):
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src = "def f():\n pass\ndef f():\n pass\n"
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assert 3 in code_lines(pd.analyze(src, "t.py"), "E003")
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def test_unused_import(self, pd):
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src = "import os\nimport json\nprint(json.dumps(1))\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W001")
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def test_import_used_inside_function(self, pd):
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src = "import os\ndef f():\n return os.path.join('a', 'b')\n"
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assert "W001" not in codes(pd.analyze(src, "t.py"))
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# ── 反模式层 ──
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class TestAntiPatterns:
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def test_mutable_default(self, pd):
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src = "def f(items=[]):\n pass\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W004")
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def test_bare_except(self, pd):
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src = "try:\n x = 1\nexcept:\n pass\n"
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assert 3 in code_lines(pd.analyze(src, "t.py"), "W002")
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def test_wide_except(self, pd):
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src = "try:\n x = 1\nexcept Exception:\n pass\n"
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assert 3 in code_lines(pd.analyze(src, "t.py"), "W003")
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def test_eq_none(self, pd):
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src = "if x == None:\n pass\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W005")
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def test_mutate_during_iter(self, pd):
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src = "for x in items:\n items.remove(x)\n"
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assert 2 in code_lines(pd.analyze(src, "t.py"), "W006")
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def test_method_missing_self(self, pd):
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src = "class A:\n def f():\n pass\n"
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assert 2 in code_lines(pd.analyze(src, "t.py"), "W007")
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def test_staticmethod_ok(self, pd):
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src = "class A:\n @staticmethod\n def f():\n pass\n"
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assert "W007" not in codes(pd.analyze(src, "t.py"))
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def test_builtin_shadow(self, pd):
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src = "list = [1, 2]\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W008")
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def test_dead_code(self, pd):
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src = "def f():\n return 1\n x = 2\n"
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assert 3 in code_lines(pd.analyze(src, "t.py"), "W009")
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def test_import_star(self, pd):
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src = "from math import *\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W010")
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def test_div_zero(self, pd):
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src = "x = 1 / 0\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "W011")
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def test_type_compare(self, pd):
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src = "if type(x) == int:\n pass\n"
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assert 1 in code_lines(pd.analyze(src, "t.py"), "I001")
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def test_clean_code_no_issues(self, pd):
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src = (
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"import os\n"
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"def add(a, b):\n"
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" return a + b\n"
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"def main():\n"
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" path = os.path.join('x', 'y')\n"
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" items = [1, 2, 3]\n"
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" total = sum(items)\n"
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" return path, add(total, 1)\n"
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"if __name__ == '__main__':\n"
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" main()\n"
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)
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assert pd.analyze(src, "clean.py") == []
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# ── 插件接口 / handle ──
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class TestHandle:
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def test_version(self, pd):
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plugin = pd.Liugin()
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out = plugin.handle("version")
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assert "py_detect" in out and "v1" in out
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def test_rules_list(self, pd):
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plugin = pd.Liugin()
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out = plugin.handle("rules")
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assert "E002" in out and "W004" in out and "I001" in out
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def test_rules_single(self, pd):
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plugin = pd.Liugin()
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out = plugin.handle("rules W004")
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assert "可变默认参数" in out
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def test_rules_unknown(self, pd):
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plugin = pd.Liugin()
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out = plugin.handle("rules ZZZ")
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assert "没有规则" in out
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def test_check_missing_file(self, pd):
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plugin = pd.Liugin()
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out = plugin.handle("check /no/such/file.py")
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assert "文件不存在" in out
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def test_check_dir(self, pd, tmp_path):
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plugin = pd.Liugin()
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out = plugin.handle(f"check {tmp_path}")
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assert "是目录" in out
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def test_check_clean_file(self, pd, tmp_path):
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plugin = pd.Liugin()
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f = tmp_path / "ok.py"
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f.write_text("x = 1\nprint(x)\n", encoding="utf-8")
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out = plugin.handle(f"check {f}")
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assert "未发现可疑问题" in out
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def test_check_with_issues(self, pd, tmp_path):
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plugin = pd.Liugin()
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f = tmp_path / "bad.py"
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f.write_text("def f(items=[]):\n return items\n", encoding="utf-8")
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out = plugin.handle(f"check {f}")
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assert "[W004]" in out and "可变默认参数" in out
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def test_check_scope_filter(self, pd, tmp_path):
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plugin = pd.Liugin()
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f = tmp_path / "scoped.py"
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f.write_text("y = None\nif y == None:\n pass\nz = 2\n", encoding="utf-8")
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out = plugin.handle(f"check {f} 2")
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assert "[W005]" in out and "未定义变量" not in out
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def test_check_bad_scope(self, pd, tmp_path):
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plugin = pd.Liugin()
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f = tmp_path / "any.py"
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f.write_text("x = 1\n", encoding="utf-8")
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out = plugin.handle(f"check {f} abc")
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assert "范围格式错误" in out
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def test_tool_info(self, pd):
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plugin = pd.Liugin()
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info = plugin.get_tool_info()
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assert info["name"] == "py_detect"
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assert "智能检测" in info["description"]
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assert "check" in info["usage"]
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def test_mcp_definition(self, pd):
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plugin = pd.Liugin()
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mcp = plugin.get_mcp_definition()
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assert mcp["name"] == "py_detect"
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assert "check" in mcp["inputSchema"]["properties"]["operation"]["enum"]
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# ── 算法智能解释 (零 AI 模型, 纯算法动态生成) ──
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class TestSmartExplain:
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def fix_of(self, issues, code):
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for d in issues:
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if d["code"] == code:
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return d.get("fix", "")
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return ""
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def test_spell_suggestion(self, pd):
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# 拼写纠错: 未定义变量 totl → 建议 total
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src = "total = 0\ndef f():\n return totl\n"
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issues = pd.analyze(src, "t.py")
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fix = self.fix_of(issues, "E002")
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assert "total" in fix, fix
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assert "totl" in fix, fix
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def test_mutable_default_dynamic_fix(self, pd):
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src = "def f(items=[]):\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W004")
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assert "def f(items=None)" in fix, fix
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def test_eq_none_dynamic_fix(self, pd):
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src = "if x == None:\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W005")
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assert "x is None" in fix, fix
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def test_ne_none_dynamic_fix(self, pd):
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src = "if x != None:\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W005")
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assert "x is not None" in fix, fix
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def test_mutate_iter_dynamic_fix(self, pd):
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src = "for x in items:\n items.remove(x)\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W006")
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assert "items[:]" in fix, fix
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def test_dup_def_dynamic_line(self, pd):
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src = "def f():\n pass\ndef f():\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "E003")
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assert "第 1 行" in fix, fix
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def test_dead_code_dynamic_line(self, pd):
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src = "def f():\n return 1\n x = 2\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W009")
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assert "第 2 行 return" in fix, fix
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def test_method_self_dynamic(self, pd):
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src = "class A:\n def f():\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "W007")
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assert "self" in fix, fix
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def test_type_compare_dynamic(self, pd):
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src = "if type(x) == int:\n pass\n"
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fix = self.fix_of(pd.analyze(src, "t.py"), "I001")
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assert "isinstance(x, int)" in fix, fix
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# ── L2 jedi 语义验证后端 (可选, 无 jedi 自动降级) ──
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class TestJediBackend:
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def test_import_star_false_positive_removed(self, pd):
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pytest.importorskip("jedi")
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# 规则引擎: import * 不收集 sin → 误报 E002; jedi: 能解析 math.sin → 消除
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src = "from math import *\ndef f():\n return sin(3.14)\n"
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codes = {d["code"] for d in pd.analyze(src, "C:/tmp/x.py")}
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assert "E002" not in codes
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assert "W010" in codes # import * 警告保留
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def test_real_undefined_kept_with_jedi(self, pd):
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pytest.importorskip("jedi")
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src = "def f():\n return totally_missing_xyz\n"
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assert "E002" in {d["code"] for d in pd.analyze(src, "C:/tmp/x.py")}
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def test_fallback_without_jedi(self, pd, monkeypatch):
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import sys
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monkeypatch.setitem(sys.modules, "jedi", None) # import jedi 将失败
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src = "from math import *\ndef f():\n return sin(3.14)\n"
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codes = {d["code"] for d in pd.analyze(src, "C:/tmp/x.py")}
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assert "E002" in codes # 无 jedi → 保留规则引擎判定 (行为不变)
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assert "W010" in codes
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def test_cross_file_symbol_no_error(self, pd, tmp_path):
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pytest.importorskip("jedi")
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helper = tmp_path / "helper.py"
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helper.write_text("def helper_func():\n return 1\n", encoding="utf-8")
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main = tmp_path / "main.py"
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src = "from helper import helper_func\ndef f():\n return helper_func()\n"
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issues = pd.analyze(src, str(main))
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assert "E002" not in {d["code"] for d in issues}
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# ── L3 数据流: 部分路径未定义就用 (E004) ──
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class TestDataFlow:
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def test_if_partial_path(self, pd):
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src = "def f(flag):\n if flag:\n result = 1\n return result\n"
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assert 4 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_if_else_both_defined_ok(self, pd):
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src = "def f(flag):\n if flag:\n r = 1\n else:\n r = 2\n return r\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_for_zero_iteration(self, pd):
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src = "def f(items):\n for x in items:\n total = x\n return total\n"
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assert 4 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_for_loop_var_defined_inside(self, pd):
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src = "def f(items):\n total = 0\n for x in items:\n total += x\n return total\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_sequential_ok(self, pd):
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src = "def f():\n result = 1\n return result\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_param_ok(self, pd):
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src = "def f(x):\n return x\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_global_in_function_ok(self, pd):
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src = "g = 1\ndef f():\n return g\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_augassign_before_def(self, pd):
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src = "def f():\n x = x + 1\n return x\n"
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assert 2 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_elif_missing_branch(self, pd):
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src = "def f(a):\n if a > 0:\n v = 1\n elif a < 0:\n v = 2\n return v\n"
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assert 6 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_del_then_use(self, pd):
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src = "def f():\n x = 1\n del x\n return x\n"
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assert 4 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_class_method_path(self, pd):
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src = "class A:\n def m(self, flag):\n if flag:\n r = 1\n return r\n"
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assert 5 in code_lines(pd.analyze(src, "t.py"), "E004")
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def test_e004_dynamic_fix(self, pd):
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src = "def f(flag):\n if flag:\n result = 1\n return result\n"
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issues = pd.analyze(src, "t.py")
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fix = ""
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for d in issues:
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if d["code"] == "E004":
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fix = d.get("fix", "")
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assert "result = None" in fix, fix
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def test_no_duplicate_diagnostics(self, pd):
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"""L1+L3 合并不得产生重复诊断 (回归: 曾因 extend 两次全部重复)"""
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src = ("import os\n"
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"from math import *\n"
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"def f(flag):\n"
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" if flag:\n"
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" r = build()\n"
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" return r\n")
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issues = pd.analyze(src, "t.py")
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keys = [(d["code"], d["line"], d["col"]) for d in issues]
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assert len(keys) == len(set(keys)), f"存在重复诊断: {keys}"
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# ── L3 误报回归 (真实项目扫描发现, 曾 422 条误报) ──
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def test_with_as_var_ok(self, pd):
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src = "def f():\n with open('x') as fh:\n return fh.read()\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_comprehension_var_ok(self, pd):
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src = "def f(items):\n return [x * 2 for x in items]\n"
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_nested_comprehension_ok(self, pd):
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src = ("def f(rows):\n"
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" names = ', '.join(t.get('name', '') for t in rows)\n"
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" return names\n")
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assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
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def test_lambda_param_ok(self, pd):
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src = "def f(issues):\n return sorted(issues, key=lambda d: d['x'])\n"
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_except_handler_var_ok(self, pd):
|
|
src = ("def f():\n"
|
|
" try:\n"
|
|
" risky()\n"
|
|
" except ValueError as e:\n"
|
|
" return str(e)\n")
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_return_in_else_terminates(self, pd):
|
|
"""else 分支 return 终止 → elif 分支流出时变量确定 (send_image 场景)"""
|
|
src = ("def f(args):\n"
|
|
" if isinstance(args, str):\n"
|
|
" p = 1\n"
|
|
" elif isinstance(args, dict):\n"
|
|
" p = 2\n"
|
|
" else:\n"
|
|
" return None\n"
|
|
" return p\n")
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_return_in_else_both_terminate(self, pd):
|
|
src = ("def f(x):\n"
|
|
" if x:\n"
|
|
" return 1\n"
|
|
" else:\n"
|
|
" return 2\n")
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
# ── 真实项目扫描发现的回归 (元组解包 / for-else) ──
|
|
def test_tuple_unpack_no_undefined(self, pd):
|
|
"""a, b = ... 解包赋值不得误报 E002 (xiaoli_chat.py RoPE 场景)"""
|
|
src = ("def f(x):\n"
|
|
" r, i = x.float().unbind(-1)\n"
|
|
" return r * i\n")
|
|
assert "E002" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_for_else_fallback(self, pd):
|
|
"""for-else: else 在无 break 时必执行(含 0 次) → 变量确定 (renpy gamedir 场景)"""
|
|
src = ("def f(cands):\n"
|
|
" for g in cands:\n"
|
|
" if g:\n"
|
|
" break\n"
|
|
" else:\n"
|
|
" g = 'default'\n"
|
|
" return g\n")
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_for_else_break_keeps_checking(self, pd):
|
|
"""循环体内赋值 + 无 orelse → 仍报 (0 次循环风险保留)"""
|
|
src = "def f(items):\n for x in items:\n total = x\n return total\n"
|
|
assert 4 in code_lines(pd.analyze(src, "t.py"), "E004")
|
|
|
|
def test_try_else_return_handler_ok(self, pd):
|
|
"""except 赋值 + else return 终止 → 仅异常路径流出, 变量确定 (jinja2 asyncsupport)"""
|
|
src = ("def g():\n"
|
|
" try:\n"
|
|
" work()\n"
|
|
" except ValueError:\n"
|
|
" exc = sys.exc_info()\n"
|
|
" else:\n"
|
|
" return\n"
|
|
" return handle(exc)\n")
|
|
assert "E004" not in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
def test_try_handler_real_undefined_kept(self, pd):
|
|
"""无 else: handler 变量在正常路径不确定 → 保留 E004 (jinja2 debug 真问题)"""
|
|
src = ("def d(code, gl, lo):\n"
|
|
" try:\n"
|
|
" exec(code, gl, lo)\n"
|
|
" except ValueError:\n"
|
|
" exc = sys.exc_info()\n"
|
|
" tb = exc[2].tb_next\n"
|
|
" return exc[:2] + (tb,)\n")
|
|
assert "E004" in {d["code"] for d in pd.analyze(src, "t.py")}
|
|
|
|
|
|
# ── code_editor 写文件后自动检测集成 ──
|
|
class TestAutoDetectIntegration:
|
|
"""AI 用 code_editor 改完 .py 文件后，系统自动跑 py_detect"""
|
|
|
|
@pytest.fixture
|
|
def editor(self):
|
|
mod = load_module("code_editor", os.path.join(PROJECT_ROOT, "plugins", "code_editor.py"))
|
|
cls = getattr(mod, "Liugin", None) or getattr(mod, "Plugin", None)
|
|
return cls()
|
|
|
|
def test_write_dirty_py_auto_detects(self, editor, tmp_path):
|
|
f = tmp_path / "bad.py"
|
|
out = editor.handle(f"write {f} def f(items=[]):\n return missing_var\n")
|
|
assert "[py_detect]" in out, out
|
|
assert "[W004]" in out and "[E002]" in out, out
|
|
|
|
def test_write_clean_py_silent(self, editor, tmp_path):
|
|
f = tmp_path / "ok.py"
|
|
out = editor.handle(f"write {f} x = 1\nprint(x)\n")
|
|
assert "[py_detect]" not in out, out
|
|
|
|
def test_edit_py_auto_detects(self, editor, tmp_path):
|
|
f = tmp_path / "edit.py"
|
|
f.write_text("y = 1\nif y == 1:\n print('a')\n", encoding="utf-8")
|
|
# 编辑引入 == None 反模式
|
|
out = editor.handle(f"edit {f} y == 1 <<<>>> y == None")
|
|
assert "[py_detect]" in out and "[W005]" in out, out
|
|
|
|
def test_create_py_auto_detects(self, editor, tmp_path):
|
|
f = tmp_path / "new.py"
|
|
out = editor.handle(f"create {f} import os")
|
|
assert "[py_detect]" in out and "[W001]" in out, out # import os 未使用
|
|
|
|
def test_non_py_no_detect(self, editor, tmp_path):
|
|
f = tmp_path / "data.txt"
|
|
out = editor.handle(f"write {f} hello world")
|
|
assert "[py_detect]" not in out, out
|