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10个模块实现： - EventBus 统一事件总线(append-only日志+replay) - ToolGateway 专家权限隔离(deny-first+文件缓存) - 错误策略路由(按error_type切换重试序列+import_fixer确定性修复) - CognitiveGate 认知门控(patch行数递减检测边际收益递减) - GraduatedCompactor 3层渐进压缩(70%/85%/95%) - Plan自动触发(hard任务自动生成计划) - Worktree隔离(/multi并行任务文件隔离) - Speculative Prefetch(Locator后台预读文件) - SearchRouter意图感知搜索(arxiv/S2/GitHub/PyPI/Open-Meteo零key) - Wink自修复监控(偏离检测+课程纠正) 搜索层网络保护： - DDG为主SearXNG可选，不自动拉Docker - search_enabled开关，内网用户可完全禁用网络请求 - 所有搜索异常静默处理不阻塞流水线 357/357 tests passing. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
274 lines
10 KiB
Python
274 lines
10 KiB
Python
"""
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Tests for TaskCompiler: lightweight DAG task scheduler.
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Tests serial (dependency chain) and parallel (independent tasks) scenarios.
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Uses mock orchestrator since Ollama may not be running.
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"""
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import time
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from unittest.mock import MagicMock, patch
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import pytest
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from kaiwu.core.task_compiler import TaskCompiler, CycleError
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# ── Fixtures ──
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def _make_mock_orchestrator():
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"""Create a mock orchestrator that returns success with realistic context."""
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orch = MagicMock()
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def mock_run(user_input, gate_result, project_root, on_status=None, no_search=False, skip_checkpoint=False):
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# Simulate some work
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time.sleep(0.05)
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ctx = MagicMock()
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ctx.generator_output = {
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"patches": [{"file": "src/main.py", "original": "old", "modified": "new"}],
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"explanation": f"Completed: {user_input[:30]}",
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}
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ctx.user_input = user_input
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return {
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"success": True,
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"context": ctx,
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"error": None,
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"elapsed": 0.05,
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}
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orch.run = MagicMock(side_effect=mock_run)
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return orch
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def _make_mock_gate():
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"""Create a mock gate that classifies everything as codegen."""
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gate = MagicMock()
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gate.classify = MagicMock(return_value={
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"expert_type": "codegen",
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"task_summary": "test task",
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"difficulty": "easy",
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})
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return gate
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# ── Serial Tests ──
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class TestTaskCompilerSerial:
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"""Serial scenario: refactor → write tests (t2 depends on t1)."""
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def test_serial_execution_order(self):
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"""t2 must execute after t1 completes."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "refactor extract_data into two functions", "depends_on": []},
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{"id": "t2", "input": "write tests for the new functions", "depends_on": ["t1"]},
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]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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assert "t1" in result["results"]
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assert "t2" in result["results"]
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assert result["results"]["t1"]["success"] is True
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assert result["results"]["t2"]["success"] is True
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# Verify t1 was called before t2 (check call order)
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calls = orch.run.call_args_list
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assert len(calls) == 2
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# First call should be t1's input
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assert "refactor" in calls[0].kwargs.get("user_input", calls[0][1]["user_input"] if len(calls[0]) > 1 else calls[0][0][0])
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def test_serial_context_injection(self):
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"""t2 should receive t1's output in its input."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "refactor extract_data", "depends_on": []},
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{"id": "t2", "input": "write tests", "depends_on": ["t1"]},
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]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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# t2's user_input should contain dependency context
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calls = orch.run.call_args_list
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t2_input = calls[1][1]["user_input"] if "user_input" in (calls[1][1] if len(calls[1]) > 1 else {}) else calls[1].kwargs.get("user_input", "")
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assert "前置任务结果" in t2_input
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def test_serial_failure_propagation(self):
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"""If t1 fails, t2 still runs but without dependency context."""
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orch = MagicMock()
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call_count = [0]
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def mock_run(**kwargs):
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call_count[0] += 1
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if call_count[0] == 1:
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# t1 fails
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ctx = MagicMock()
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ctx.generator_output = None
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return {"success": False, "context": ctx, "error": "failed", "elapsed": 0.1}
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else:
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# t2 succeeds
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ctx = MagicMock()
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ctx.generator_output = {"patches": [], "explanation": "done"}
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return {"success": True, "context": ctx, "error": None, "elapsed": 0.1}
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orch.run = MagicMock(side_effect=mock_run)
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "task1", "depends_on": []},
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{"id": "t2", "input": "task2", "depends_on": ["t1"]},
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]
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result = compiler.compile_and_run(tasks)
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# Overall should be False because t1 failed
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assert result["success"] is False
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assert result["results"]["t1"]["success"] is False
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assert result["results"]["t2"]["success"] is True
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# ── Parallel Tests ──
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class TestTaskCompilerParallel:
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"""Parallel scenario: 3 independent tasks run concurrently."""
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def test_parallel_all_succeed(self):
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"""Three independent tasks should all succeed."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "add comments to function_a", "depends_on": []},
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{"id": "t2", "input": "add comments to function_b", "depends_on": []},
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{"id": "t3", "input": "add comments to function_c", "depends_on": []},
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]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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assert len(result["results"]) == 3
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for tid in ["t1", "t2", "t3"]:
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assert result["results"][tid]["success"] is True
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def test_parallel_faster_than_serial(self):
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"""Parallel execution should be faster than serial (3 * 50ms > total)."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "task a", "depends_on": []},
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{"id": "t2", "input": "task b", "depends_on": []},
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{"id": "t3", "input": "task c", "depends_on": []},
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]
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result = compiler.compile_and_run(tasks)
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# Each task takes ~50ms. Serial would be ~150ms. Parallel should be faster.
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assert result["elapsed"] < 0.25, f"Parallel took {result['elapsed']}s, expected < 0.25s"
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def test_parallel_with_expert_type_override(self):
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"""Tasks with explicit expert_type should skip gate classification."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "add docstring", "expert_type": "doc", "depends_on": []},
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{"id": "t2", "input": "fix bug", "expert_type": "locator_repair", "depends_on": []},
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]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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# Gate should NOT have been called (expert_type was pre-specified)
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gate.classify.assert_not_called()
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# ── Validation Tests ──
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class TestTaskCompilerValidation:
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"""Edge cases and error handling."""
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def test_empty_task_list(self):
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"""Empty task list should return immediately."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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result = compiler.compile_and_run([])
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assert result["success"] is True
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assert result["results"] == {}
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def test_single_task(self):
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"""Single task with no dependencies."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [{"id": "only", "input": "do something", "depends_on": []}]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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assert "only" in result["results"]
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def test_missing_dependency_raises(self):
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"""Referencing a non-existent dependency should raise ValueError."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "task", "depends_on": ["nonexistent"]},
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]
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with pytest.raises(ValueError, match="does not exist"):
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compiler.compile_and_run(tasks)
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def test_cycle_detection(self):
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"""Circular dependencies should raise CycleError."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "task1", "depends_on": ["t2"]},
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{"id": "t2", "input": "task2", "depends_on": ["t1"]},
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]
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with pytest.raises(CycleError):
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compiler.compile_and_run(tasks)
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def test_gate_auto_classify(self):
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"""Tasks without expert_type should use gate.classify()."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [{"id": "t1", "input": "fix the bug in login", "depends_on": []}]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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gate.classify.assert_called_once()
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def test_diamond_dependency(self):
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"""Diamond DAG: t1 → t2, t1 → t3, t2+t3 → t4."""
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orch = _make_mock_orchestrator()
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gate = _make_mock_gate()
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compiler = TaskCompiler(orchestrator=orch, gate=gate, project_root="/tmp/test")
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tasks = [
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{"id": "t1", "input": "setup", "depends_on": []},
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{"id": "t2", "input": "branch a", "depends_on": ["t1"]},
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{"id": "t3", "input": "branch b", "depends_on": ["t1"]},
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{"id": "t4", "input": "merge", "depends_on": ["t2", "t3"]},
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]
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result = compiler.compile_and_run(tasks)
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assert result["success"] is True
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assert len(result["results"]) == 4
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