lujingze
e18399c022
同步远端 PNL0003 诊断和大采样网格能力，语义合并活动感知的 60 秒真停滞判定与旧后端 15 分钟兼容兜底。 纳管热路径优化、15 单元运行证据、浏览器与 API 报告，并补充北京时间更新日志和遗留问题。
412 lines
15 KiB
Python
412 lines
15 KiB
Python
from __future__ import annotations
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from dataclasses import replace
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from pathlib import Path
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import unittest
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from app.main import compile_reactflow_network, compile_system_xml_network
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from app.simulation.solvers.causal_ir import (
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CausalIROpcode,
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compile_causal_numeric_ir,
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)
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from app.simulation.systems.generic import GenericFluidSystem
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from app.system_xml import validate_system_xml_document
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from tests.test_amesim_mechanical_xml import zero_force_mass_project
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from tests.test_amesim_pnl0001_xml import amesim_pnl0001_project
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from tests.test_amesim_pnvo001_signal_xml import high_pressure_helium_step_project
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from tests.test_generic_system_xml_simulation import chain_project
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TARGET_XML = Path("tests/data/test-mql-8.xml")
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class _SyntheticDirectReaderError(Exception):
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pass
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def _system(project) -> GenericFluidSystem:
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return GenericFluidSystem(compile_reactflow_network(project))
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class CausalNumericIRTests(unittest.TestCase):
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def _assert_direct_reader_exception_is_controlled(
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self,
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exception: Exception,
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) -> None:
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system = _system(amesim_pnl0001_project())
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solver = system.pressure_flow_solver
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compilation = compile_causal_numeric_ir(solver)
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self.assertTrue(compilation.supported, compilation.fallback_reason)
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assert compilation.ir is not None
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ir = compilation.ir
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direct_evaluation = next(
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evaluation
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for stage in ir.program.effort_stages
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for evaluation in stage.evaluations
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if evaluation.opcode is CausalIROpcode.EFFORT_DIRECT_RESIDUAL
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)
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evaluators = list(ir.bindings.evaluators)
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victim = solver.unknowns[-1]
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before = tuple(unknown.read() for unknown in solver.unknowns)
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def failing_reader() -> float:
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victim.write(victim.read() + 123.0)
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raise exception
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evaluators[direct_evaluation.evaluator_slot] = failing_reader
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failing_ir = replace(
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ir,
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bindings=replace(ir.bindings, evaluators=tuple(evaluators)),
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)
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result = failing_ir.execute(
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failing_ir.create_workspace(),
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transactional=True,
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)
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self.assertFalse(result.success)
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self.assertEqual(
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result.fallback_reason,
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f"effortEvaluationFailed:{type(exception).__name__}",
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)
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self.assertTrue(result.rolled_back)
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self.assertEqual(
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tuple(unknown.read() for unknown in solver.unknowns),
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before,
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)
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def test_direct_reader_key_error_returns_controlled_failure(self) -> None:
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self._assert_direct_reader_exception_is_controlled(
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KeyError("synthetic direct-reader key failure")
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)
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def test_direct_reader_custom_exception_returns_controlled_failure(
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self,
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) -> None:
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self._assert_direct_reader_exception_is_controlled(
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_SyntheticDirectReaderError("synthetic direct-reader failure")
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)
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def test_direct_reader_memory_error_remains_fatal(self) -> None:
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system = _system(amesim_pnl0001_project())
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compilation = compile_causal_numeric_ir(system.pressure_flow_solver)
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self.assertTrue(compilation.supported, compilation.fallback_reason)
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assert compilation.ir is not None
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ir = compilation.ir
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direct_evaluation = next(
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evaluation
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for stage in ir.program.effort_stages
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for evaluation in stage.evaluations
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if evaluation.opcode is CausalIROpcode.EFFORT_DIRECT_RESIDUAL
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)
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evaluators = list(ir.bindings.evaluators)
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def failing_reader() -> float:
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raise MemoryError("synthetic direct-reader allocation failure")
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evaluators[direct_evaluation.evaluator_slot] = failing_reader
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failing_ir = replace(
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ir,
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bindings=replace(ir.bindings, evaluators=tuple(evaluators)),
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)
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with self.assertRaisesRegex(MemoryError, "allocation failure"):
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failing_ir.execute(
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failing_ir.create_workspace(),
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transactional=True,
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)
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def test_structure_signature_is_stable_and_excludes_bindings(self) -> None:
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first = compile_causal_numeric_ir(
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_system(zero_force_mass_project()).pressure_flow_solver
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)
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second = compile_causal_numeric_ir(
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_system(zero_force_mass_project()).pressure_flow_solver
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)
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self.assertTrue(first.supported)
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self.assertTrue(second.supported)
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assert first.ir is not None and second.ir is not None
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self.assertEqual(
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first.ir.program.structural_signature,
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second.ir.program.structural_signature,
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)
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self.assertEqual(
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first.ir.program.structural_signature,
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first.ir.program.calculate_structural_signature(),
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)
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self.assertEqual(len(first.ir.program.structural_signature), 64)
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changed_binding = replace(
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first.ir,
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bindings=replace(
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first.ir.bindings,
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evaluators=tuple(
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(lambda evaluate=evaluate: evaluate())
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for evaluate in first.ir.bindings.evaluators
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),
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),
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)
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self.assertEqual(
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changed_binding.program.structural_signature,
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first.ir.program.structural_signature,
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)
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def test_reference_interpreter_matches_existing_object_plan_bitwise(self) -> None:
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system = _system(high_pressure_helium_step_project())
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state = system.initial_state_vector()
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system.rhs(0.041, state)
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solver = system.pressure_flow_solver
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compilation = compile_causal_numeric_ir(solver)
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self.assertTrue(compilation.supported, compilation.fallback_reason)
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assert compilation.ir is not None
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before = tuple(unknown.read() for unknown in solver.unknowns)
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self.assertTrue(solver._execute_causal_effort_plan(("p",)))
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for unknown in solver._explicit_flow_unknowns_by_variables[
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frozenset(("f", "m_flow"))
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]:
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unknown.write(0.0)
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expected_flow_stages: list[tuple[float, ...]] = []
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for stage in solver._explicit_flow_plan:
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values = solver._evaluate_explicit_flow_stage(stage)
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expected_flow_stages.append(values)
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for assignment, value in zip(stage.assignments, values):
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assignment.unknown.write(value)
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expected = tuple(unknown.read() for unknown in solver.unknowns)
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for unknown, value in zip(solver.unknowns, before):
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unknown.write(value)
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workspace = compilation.ir.create_workspace()
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observed: list[tuple[str, int, tuple[int, ...], tuple[float, ...]]] = []
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result = compilation.ir.execute(
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workspace,
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stage_observer=lambda phase, index, slots, values: observed.append(
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(phase, index, slots, values)
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),
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)
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actual = tuple(unknown.read() for unknown in solver.unknowns)
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self.assertTrue(result.success, result.fallback_reason)
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self.assertEqual(actual, expected)
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self.assertEqual(
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result.effort_assignment_count,
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len(compilation.ir.program.effort_stages[0].operations),
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)
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self.assertEqual(
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result.flow_assignment_count,
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compilation.ir.program.flow_assignment_count,
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)
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self.assertEqual(observed[0][0], "effort:p")
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self.assertEqual(
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sum(item[0] == "flow" for item in observed),
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len(compilation.ir.program.flow_stages),
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)
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self.assertEqual(
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tuple(item[3] for item in observed if item[0] == "flow"),
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tuple(expected_flow_stages),
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)
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def test_workspace_is_reused_and_normal_execution_does_not_snapshot(self) -> None:
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system = _system(zero_force_mass_project())
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system.rhs(0.0, system.initial_state_vector())
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compilation = compile_causal_numeric_ir(system.pressure_flow_solver)
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assert compilation.ir is not None
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workspace = compilation.ir.create_workspace()
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array_ids = (
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id(workspace.canonical_values),
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id(workspace.effort_residuals),
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id(workspace.flow_values),
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id(workspace.transaction_values),
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)
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workspace.transaction_values.fill(float("nan"))
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first = compilation.ir.execute(workspace)
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second = compilation.ir.execute(workspace)
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self.assertTrue(first.success)
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self.assertTrue(second.success)
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self.assertEqual(
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array_ids,
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(
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id(workspace.canonical_values),
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id(workspace.effort_residuals),
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id(workspace.flow_values),
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id(workspace.transaction_values),
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),
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)
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self.assertTrue(
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all(value != value for value in workspace.transaction_values)
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)
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def test_transactional_audit_rolls_back_partial_flow_failure(self) -> None:
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system = _system(zero_force_mass_project())
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system.rhs(0.0, system.initial_state_vector())
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solver = system.pressure_flow_solver
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compilation = compile_causal_numeric_ir(solver)
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assert compilation.ir is not None
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ir = compilation.ir
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before = tuple(unknown.read() for unknown in solver.unknowns)
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operation = ir.program.flow_stages[0].operations[0]
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evaluators = list(ir.bindings.evaluators)
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original = evaluators[operation.evaluator_slot]
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if operation.opcode is CausalIROpcode.FLOW_DIRECT:
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evaluators[operation.evaluator_slot] = lambda: float("nan")
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else:
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equation_index = operation.equation_indices[0]
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def one_nonfinite_component():
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values = list(original())
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values[equation_index] = float("nan")
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return tuple(values)
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evaluators[operation.evaluator_slot] = one_nonfinite_component
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failing_ir = replace(
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ir,
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bindings=replace(ir.bindings, evaluators=tuple(evaluators)),
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)
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result = failing_ir.execute(
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failing_ir.create_workspace(),
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transactional=True,
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)
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self.assertFalse(result.success)
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self.assertEqual(result.fallback_reason, "nonFiniteFlowAssignment")
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self.assertTrue(result.rolled_back)
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self.assertEqual(
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tuple(unknown.read() for unknown in solver.unknowns),
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before,
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)
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def test_unsupported_plan_returns_existing_proof_reason(self) -> None:
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solver = _system(chain_project()).pressure_flow_solver
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compilation = compile_causal_numeric_ir(solver)
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self.assertFalse(compilation.supported)
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self.assertIsNone(compilation.ir)
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self.assertEqual(
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compilation.fallback_reason,
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solver._causal_fast_path_fallback_reason,
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)
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class TargetCausalNumericIRStructureTests(unittest.TestCase):
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@classmethod
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def setUpClass(cls) -> None:
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report = validate_system_xml_document(TARGET_XML.read_bytes())
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assert report.valid and report.document is not None
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cls.system = GenericFluidSystem(
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compile_system_xml_network(report.document)
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)
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cls.compilation = compile_causal_numeric_ir(
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cls.system.pressure_flow_solver
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)
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def test_target_has_expected_canonical_and_compatibility_coordinates(
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self,
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) -> None:
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self.assertTrue(
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self.compilation.supported,
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self.compilation.fallback_reason,
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)
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assert self.compilation.ir is not None
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program = self.compilation.ir.program
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self.assertEqual(len(program.compatibility_slots), 776)
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self.assertEqual(len(program.canonical_slots), 452)
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self.assertEqual(program.effort_group_count, 116)
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self.assertEqual(program.flow_assignment_count, 336)
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self.assertEqual(program.effort_scatter_count, 440)
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self.assertEqual(program.eliminated_effort_replica_count, 324)
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self.assertEqual(
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tuple(slot.slot for slot in program.canonical_slots),
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tuple(range(452)),
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)
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def test_target_batches_efforts_and_preserves_flow_stage_layout(self) -> None:
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assert self.compilation.ir is not None
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program = self.compilation.ir.program
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pressure_stage = next(
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stage for stage in program.effort_stages if stage.variable == "p"
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)
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self.assertEqual(len(pressure_stage.operations), 76)
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self.assertEqual(len(pressure_stage.evaluations), 40)
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self.assertEqual(
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sum(
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evaluation.opcode is CausalIROpcode.EFFORT_DIRECT_RESIDUAL
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for evaluation in pressure_stage.evaluations
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),
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20,
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)
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self.assertEqual(
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sum(
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evaluation.opcode
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is CausalIROpcode.EFFORT_COMPONENT_RESIDUAL
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for evaluation in pressure_stage.evaluations
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),
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20,
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)
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self.assertEqual(
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self.system.pressure_flow_solver.causal_execution_diagnostics()[
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"directEffortAnchorCount"
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],
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20,
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)
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self.assertEqual(
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[len(stage.target_slots) for stage in program.flow_stages],
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[114, 134, 49, 33, 5, 1],
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)
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def test_target_preserves_exact_direct_sum_assignment_counts(self) -> None:
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solver = self.system.pressure_flow_solver
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self.assertEqual(
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solver.causal_execution_diagnostics()[
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"directSumFlowAssignmentCount"
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],
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38,
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)
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component_equation_ids = frozenset(
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equation.id
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for evaluation in solver._component_equation_plan
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for equation in evaluation.templates
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)
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secondary = (
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self.system._thermofluid_closure_plan.secondary_block_solvers[0]
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)
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secondary_direct_count = sum(
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assignment.evaluate is not None
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and assignment.equation_id in component_equation_ids
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for stage in secondary._selected_explicit_flow_plan
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for assignment in stage.assignments
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)
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self.assertEqual(secondary_direct_count, 36)
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def test_target_reference_execution_matches_all_compatibility_slots(self) -> None:
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assert self.compilation.ir is not None
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solver = self.system.pressure_flow_solver
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self.system.rhs(0.0, self.system.initial_state_vector())
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before = tuple(unknown.read() for unknown in solver.unknowns)
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self.assertTrue(solver._execute_causal_effort_plan(("p",)))
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self.assertIsNone(solver._execute_compiled_causal_flow_plan())
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expected = tuple(unknown.read() for unknown in solver.unknowns)
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for unknown, value in zip(solver.unknowns, before):
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unknown.write(value)
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result = self.compilation.ir.execute(
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self.compilation.ir.create_workspace()
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)
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self.assertTrue(result.success, result.fallback_reason)
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self.assertEqual(
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tuple(unknown.read() for unknown in solver.unknowns),
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expected,
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)
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if __name__ == "__main__":
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unittest.main()
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