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https://github.com/firestar5683/StarPilot.git
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firestar5683
272 lines
12 KiB
Python
272 lines
12 KiB
Python
"""Exercise the actual UI owner with separately delivered hardware/Panda state."""
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from unittest.mock import MagicMock
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from openpilot.cereal.messaging import SubMaster
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from types import SimpleNamespace as NS
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from unittest.mock import patch
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import pytest
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from openpilot.cereal import log
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from openpilot.selfdrive.ui.ui_state import UIState, UIStatus
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from openpilot.starpilot.ui.runtime_snapshot import current_message
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def test_replay_messages_use_clock_sample_after_receipt():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.runtime_snapshot import display_message
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW, SubMasterFake
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ui = MagicMock(spec=UIState)
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ui.sm = SubMasterFake()
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ui.replay_sample = ClockSample(NOW, None, NOW, epoch=1, valid=True)
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ui._projection_params_at = time_now = 0
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ui.replay_clock = MagicMock()
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ui.replay_clock.sample.side_effect = lambda: ClockSample(time_now, None, time_now, epoch=1, valid=True)
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def receive(_):
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nonlocal time_now
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time_now = NOW + 100_000
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ui.sm.put('carControl', NS(latActive=True), age_ns=-100_000)
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ui.sm.update = receive
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UIState.update(ui)
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assert ui.replay_sample.now_ns is not None
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assert display_message(ui.sm, 'carControl', ui.replay_sample.now_ns).latActive
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assert ui.sm.replay_sample is ui.replay_sample
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ui._reset_replay_state.assert_not_called()
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def owner():
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ui = object.__new__(UIState)
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messages = {'deviceState': NS(started=False, chestnutPresent=False),
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'pandaStates': [NS(pandaType=log.PandaState.PandaType.uno, ignitionLine=False, ignitionCan=False)],
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'selfdriveState': NS(enabled=True)}
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ui.sm = MagicMock(spec=SubMaster)
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ui.sm.__getitem__.side_effect = messages.__getitem__
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ui.sm.frame = 10
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ui.sm.updated = {'pandaStates': True, 'wideRoadCameraState': False, 'selfdriveState': False}
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ui.sm.alive = {'pandaStates': True, 'wideRoadCameraState': False}
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ui.sm.valid = {'wideRoadCameraState': False}
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ui.started = ui.ignition = ui._started_prev = ui._engaged_prev = False
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ui.CP = None
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ui.is_body = ui.chestnut_compiled = ui.usb_connected = False
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ui.status = UIStatus.DISENGAGED
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ui.started_frame = 0
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ui.engaged_edges = []
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ui._engaged_transition_callbacks = [lambda: ui.engaged_edges.append((ui.sm.frame, ui.engaged))]
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ui._on_body_changed_callbacks = []
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transitions = []
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ui._offroad_transition_callbacks = [lambda: transitions.append((ui.sm.frame, ui.started))]
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return ui, messages, transitions
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def step(ui, messages, hardware, physical):
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messages['deviceState'].started = hardware
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messages['pandaStates'][0].ignitionLine = physical
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with patch('openpilot.selfdrive.ui.ui_state.gui_app.measure_frame_phase', side_effect=lambda _, fn: fn()):
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ui._update_state()
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ui._update_status()
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ui.sm.frame += 1
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@pytest.mark.parametrize('raw', [(True, False, True), (False, False, True), (True, True, True)])
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def test_raw_ignition_delivery_does_not_reset_hardware_drive(raw):
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ui, messages, transitions = owner()
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for physical in raw:
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step(ui, messages, True, physical)
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assert ui.started and ui.started_frame == 10
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assert ui.ignition == physical
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assert transitions == [(10, True)]
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assert ui.engaged_edges == [(10, True)]
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step(ui, messages, False, True)
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assert not ui.started and ui.ignition
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assert transitions[-1] == (13, False)
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step(ui, messages, False, False)
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assert len(transitions) == 2
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step(ui, messages, True, True)
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assert ui.started_frame == 15
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assert transitions[-1] == (15, True)
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assert ui.engaged_edges == [(10, True), (13, False), (15, True)]
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def test_initial_offroad_publication_and_first_hardware_drive():
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ui, messages, transitions = owner()
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ui.sm.frame = 1
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step(ui, messages, False, False)
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step(ui, messages, False, False)
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assert transitions == [(1, False)]
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step(ui, messages, True, False)
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assert transitions[-1] == (3, True)
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assert ui.started_frame == 3 and not ui.ignition
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def test_started_presentation_does_not_replace_existing_message_freshness():
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ui, messages, _ = owner()
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step(ui, messages, True, False)
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assert ui.started and not ui.ignition
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ui.sm.seen = {'selfdriveState': True}
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ui.sm.alive = {'selfdriveState': True}
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ui.sm.valid = {'selfdriveState': True}
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ui.sm.recv_frame = {'selfdriveState': 9}
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ui.sm.logMonoTime = {'selfdriveState': 10_000_000_000}
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ui.sm.recv_time = {'selfdriveState': 10.0}
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assert current_message(ui.sm, 'selfdriveState', 10_000_000_000, after_frame=ui.started_frame) is None
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ui.sm.recv_frame['selfdriveState'] = 11
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assert current_message(ui.sm, 'selfdriveState', 10_000_000_000, after_frame=ui.started_frame) is messages['selfdriveState']
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assert current_message(ui.sm, 'selfdriveState', 20_000_000_000, after_frame=ui.started_frame) is None
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def replay_owner(sample):
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import SubMasterFake
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ui = object.__new__(UIState)
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vars(ui)['sm'] = SubMasterFake()
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ui.sm.sock = {name: object() for name in ('carControl', 'carState', 'selfdriveState')}
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ui.sm.static_freq_services = set(ui.sm.sock)
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ui.sm.data = ui.sm.messages
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for name in ui.sm.sock:
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ui.sm.put(name, NS(latActive=True, enabled=True), age_ns=0)
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ui._replay_state_epoch = 1
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ui.replay_sample = sample
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ui.replay_clock = MagicMock()
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ui._projection_params_at = 0
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for name in ('_update_state', '_update_status', 'update_params', '_update_chestnut_state'):
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setattr(ui, name, MagicMock())
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return ui
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def test_epoch_reset_precedes_paused_primer_and_never_drains_socket():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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from openpilot.starpilot.ui.runtime_snapshot import display_message
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sample = ClockSample(NOW, None, NOW, epoch=2, paused=True, valid=True)
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ui = replay_owner(ClockSample(NOW, None, NOW, epoch=1, valid=True))
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ui.replay_clock.sample.return_value = sample
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def receive(_):
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assert not ui.sm.seen['carControl']
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assert not ui.sm['carControl'].latActive
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ui.sm.frame += 1
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ui.sm.put('carControl', NS(latActive=True), frame=ui.sm.frame)
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ui.sm.update = receive
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with patch('openpilot.selfdrive.ui.ui_state.messaging.drain_sock_raw') as drain:
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ui.update()
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drain.assert_not_called()
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assert display_message(ui.sm, 'carControl', NOW, after_frame=ui.started_frame).latActive
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assert ui.sm.alive['carControl']
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def test_straddled_epoch_withholds_frame_but_retains_new_paused_primer():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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from openpilot.starpilot.ui.runtime_snapshot import display_message
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old = ClockSample(NOW + 1_000_000, None, NOW, epoch=1, valid=True)
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new = ClockSample(NOW, None, NOW + 1_000_000, epoch=2, paused=True, valid=True)
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ui = replay_owner(old)
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ui.replay_clock.sample.side_effect = [old, new, new, new]
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def receive(_):
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ui.sm.frame += 1
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ui.sm.updated = dict.fromkeys(ui.sm.sock, False)
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if ui.sm.frame == 4:
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ui.sm.put('carControl', NS(latActive=True), frame=ui.sm.frame)
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ui.sm.put('carState', NS(vEgo=30), age_ns=-1, frame=ui.sm.frame)
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ui.sm.update = receive
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ui.update()
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assert not ui.replay_sample.valid
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assert display_message(ui.sm, 'carControl', NOW) is None
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assert ui.sm.seen['carControl']
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assert not ui.sm.seen['selfdriveState'] # old/unupdated cached service
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assert not ui.sm.seen['carState'] # future stamp from the old timeline
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ui.update()
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assert ui.replay_sample.valid
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assert display_message(ui.sm, 'carControl', NOW).latActive
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assert ui.sm.alive['carControl'] # the paused primer remains logically current
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def test_straddle_during_seeking_requests_one_renderer_reprime():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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old = ClockSample(NOW, None, NOW, epoch=1, valid=True)
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seeking = ClockSample(None, None, NOW, epoch=2, paused=True, valid=False)
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ui = replay_owner(old)
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ui.replay_clock.sample.side_effect = [old, seeking]
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ui.sm.update = lambda _: None
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ui.update()
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assert ui.replay_needs_reprime
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assert not any(ui.sm.seen.values())
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assert not ui.replay_sample.valid
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def test_missing_clock_heartbeat_does_not_discard_same_epoch_paused_data():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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paused = ClockSample(NOW, None, NOW, epoch=1, paused=True, valid=True)
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missing = ClockSample(None, None, NOW + 1_000_000_000)
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ui = replay_owner(paused)
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ui.replay_clock.sample.side_effect = [missing, missing, paused, paused]
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ui.sm.update = lambda _: None
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ui.update()
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assert not ui.sm.alive['carControl']
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assert ui.sm.seen['carControl']
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ui.update()
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assert ui.sm.alive['carControl']
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assert ui.sm['carControl'].latActive
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def test_paused_primer_is_eligible_in_same_started_receive():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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ui, messages, _ = owner()
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ui.replay_clock = MagicMock()
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ui.replay_sample = ClockSample(NOW, None, NOW, epoch=1, paused=True, valid=True)
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messages['deviceState'].started = True
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messages['selfdriveState'].state = log.SelfdriveState.OpenpilotState.enabled
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messages['selfdriveState'].personality = 'standard'
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ui.sm.updated['selfdriveState'] = True
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ui.sm.valid['selfdriveState'] = ui.sm.alive['selfdriveState'] = True
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ui.sm.recv_frame = {'selfdriveState': 10}
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ui.sm.logMonoTime = {'selfdriveState': NOW}
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ui.sm.recv_time = {'selfdriveState': NOW / 1e9}
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ui.sm.replay_sample = ui.replay_sample
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with patch('openpilot.selfdrive.ui.ui_state.gui_app.measure_frame_phase', side_effect=lambda _, fn: fn()):
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ui._update_state()
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ui._update_status()
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assert ui.started_frame == 9
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assert ui.status == UIStatus.ENGAGED
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assert current_message(ui.sm, 'selfdriveState', NOW, after_frame=ui.started_frame).enabled
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def test_replay_boot_time_camera_primer_retention_and_freshness():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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from openpilot.starpilot.ui.runtime_snapshot import display_message
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sample = ClockSample(NOW, NOW + 2_000_000_000, NOW, epoch=2, paused=True, valid=True)
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ui = replay_owner(sample)
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ui.sm.sock['cabinCameraState'] = object()
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ui.sm.static_freq_services.add('cabinCameraState')
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ui.sm.put('cabinCameraState', NS(frameId=42))
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assert sample.boot_ns is not None
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ui.sm.logMonoTime['cabinCameraState'] = sample.boot_ns - 1_000_000
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ui.sm.replay_sample = sample
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ui._update_replay_alive(sample)
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assert ui.sm.alive['cabinCameraState']
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ui._reset_replay_state(retain_sample=sample)
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assert ui.sm.seen['cabinCameraState']
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assert display_message(ui.sm, 'cabinCameraState', NOW).frameId == 42
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ui.sm.replay_sample = ClockSample(NOW, None, NOW, epoch=2, paused=True, valid=True)
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assert display_message(ui.sm, 'cabinCameraState', NOW) is None
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def test_replay_python_gps_timestamp_uses_mono_domain():
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from openpilot.tools.replay.display_clock import ClockSample
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from openpilot.starpilot.ui.tests.test_runtime_snapshot import NOW
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sample = ClockSample(NOW, NOW + 100_000_000_000, NOW, epoch=1, valid=True)
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ui = replay_owner(sample)
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ui.sm.sock['gpsLocationExternal'] = object()
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ui.sm.static_freq_services.add('gpsLocationExternal')
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ui.sm.put('gpsLocationExternal', NS(latitude=1))
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ui._update_replay_alive(sample)
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assert ui.sm.alive['gpsLocationExternal']
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ui.sm.logMonoTime['gpsLocationExternal'] = NOW + 1_000_000
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ui._update_replay_alive(sample)
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assert not ui.sm.alive['gpsLocationExternal']
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