ykcheungab
433b76e43c
把丢失的 box 录像放回 apps/studio/tests/data/，修掉第 3 节 3–10 号与两处过时测试桩， 注册 timing 标记并让根目录收集零错误；新增 tools/gate.ps1 与可选的 pre-push 钩子。 验证：studio 524 通过 19 跳过、shared 467 通过 18 跳过、ui_check 632 项 0 失败、gate.ps1 退出码 0。 细节见 docs/test-repair-plan.zh.md。
323 lines
14 KiB
Python
323 lines
14 KiB
Python
"""The UI element manifest against a real window, in every view.
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``docs/ui-elements.json`` is the machine-readable half of the layout contract in
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``docs/ui-layout.md``: the prose says who owns the arrangement, the manifest says *which
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elements are supposed to exist*. These tests make that claim falsifiable against a real
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``StudioMainWindow``:
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* every element the view declares exists, is reachable from the window and is the recorded
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Qt class (plus the recorded structural attributes, and the recorded ``objectName``);
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* the view's panes are the ones the manifest says are on screen;
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* the drift report — visible named widgets the manifest accounts for neither as an element
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identity nor as a declared stylesheet token — equals the drift the manifest records;
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* every condition the manifest uses is exercised by some window here, so no element is
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permanently skipped;
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* the transport group the manifest declares is the behaviour of a *live* session: a running
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session keeps the tracker reset available and reads "pause", and a paused session reads
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"resume"; in the replay view the same declared reset is the display reset and says so.
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That is the defect class this artifact exists to prevent — a state assertion
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about widgets passing while the visible result is wrong.
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A deliberate asymmetry: the existence assertions are hard (a missing element fails), while
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the drift report is compared with a record. The manifest is expected to lag the code, and the
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point of the report is to *show* the difference rather than to pretend it does not exist.
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"""
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from __future__ import annotations
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import pytest
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import ui_check
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from orisys_app_shared.i18n import t
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from orisys_studio.ui import elements
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from PySide6.QtWidgets import QApplication
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from _studio_helpers import finish_run, show_window
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VIEWS = ("live", "replay", "calibration")
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SIZE = (1440, 880)
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#: The four windows the conditional elements need. ``box`` needs nothing; the others are the
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#: states a condition names (see ``elements.CONDITIONS``).
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SCENARIOS = {
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"box": {},
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"finger": {"sensor_type": "finger"},
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"video": {"sensor_type": "box", "source_mode": "video"},
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"dialog": {"sensor_type": "box"},
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}
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#: The condition each scenario must satisfy, so a scenario cannot pass by satisfying nothing.
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SCENARIO_CONDITIONS = {
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"box": set(),
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"finger": {"mesh3d_view", "mesh3d_panel"},
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"video": {"video_source"},
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"dialog": {"sensor_dialog_open"},
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}
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def _prepare(scenario: str, window) -> None:
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"""Put a window into the state its scenario names."""
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if scenario == "video":
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window.toolbar.set_video_path("C:/tmp/ui-elements-demo.mp4")
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window._set_source_mode("video")
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elif scenario == "dialog":
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window._open_sensor_dialog()
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QApplication.processEvents()
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def _window(make_window, scenario: str, view: str):
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window = show_window(make_window(**SCENARIOS[scenario]), SIZE)
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window.layout_ctl.apply_preset(view)
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_prepare(scenario, window)
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return window
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def _running_session(make_window):
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"""A window with a live session that has actually started.
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``conftest.running_window`` states the phase directly, which skips the first-frame
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transition (and with it the rail update) that this test is about; this is the same setup
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without the shortcut, so the transport and the reset reach their states through the
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application's own path.
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"""
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window = show_window(make_window(sensor_type="box", source_mode="camera"), SIZE)
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stuck = ui_check._StuckWorker()
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window._ensure_workers = lambda: None
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window._box_worker = stuck
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window._finger_worker = stuck
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window._start_run()
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window._run_timer.stop()
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stuck.emit(ui_check._fake_packet(1))
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window._on_run_tick()
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return window, stuck
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# ------------------------------------------------------------------- the spec itself
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def test_the_manifest_itself_is_sound():
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"""A spec with a duplicated id, a dangling pane or an unknown condition is not a spec."""
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manifest = elements.manifest()
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assert manifest.version == 1, "the manifest states a schema version"
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assert manifest.scope == "apps/studio"
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assert manifest.path.is_file(), manifest.path
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assert manifest.problems() == [], manifest.problems()
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assert manifest.regions(), "no regions declared"
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assert manifest.panes, "no panes declared"
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assert manifest.style_tokens(), (
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"the stylesheet vocabulary is what the audit subtracts"
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)
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for view in VIEWS:
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assert manifest.regions(view), f"{view} has no regions"
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assert manifest.panes_for(view), f"{view} has no panes"
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assert manifest.elements_for(view), f"{view} has no elements"
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assert manifest.view_spec(view).purpose, f"{view} has no stated purpose"
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by_name = manifest.by_object_name()
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assert by_name, "no element records a stable objectName"
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assert all(items for items in by_name.values())
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assert len(manifest.by_id()) == len(manifest.all_elements())
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def test_every_declared_condition_is_used_and_reaches_a_window(make_window):
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"""Conditions are the escape hatch for lazily-built elements, so prove each one opens.
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A manifest with a condition no window ever satisfies is a manifest that quietly checks
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less than it appears to, and a condition the loader declares but the manifest never uses
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is vocabulary that can rot.
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"""
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manifest = elements.manifest()
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used = {
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element.condition for element in manifest.all_elements() if element.condition
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}
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assert used <= set(elements.CONDITIONS), "undeclared condition in the manifest"
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assert used == set(elements.CONDITIONS), (
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f"unused conditions in the loader: {sorted(set(elements.CONDITIONS) - used)}"
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)
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exercised: set[str] = set()
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for scenario, expected in SCENARIO_CONDITIONS.items():
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window = _window(make_window, scenario, "live")
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result = elements.validate(window, "live")
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assert result.ok, f"{scenario}:\n{result.summary()}"
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held = {
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name
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for name in elements.CONDITIONS
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if elements.condition_holds(window, name)
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}
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assert held == expected, f"{scenario}: satisfied {sorted(held)}"
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exercised |= held
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window.close()
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window.deleteLater()
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assert exercised == set(elements.CONDITIONS), (
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f"no window satisfies {sorted(set(elements.CONDITIONS) - exercised)}"
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)
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# -------------------------------------------------------------- the elements themselves
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@pytest.mark.parametrize("view", VIEWS)
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def test_every_element_of_the_view_exists_is_reachable_and_is_the_recorded_class(
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make_window, view
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):
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window = _window(make_window, "box", view)
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try:
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absent = elements.missing(window, view)
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assert absent == [], [element.key for element in absent]
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assert elements.wrong_class(window, view) == []
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result = elements.validate(window, view)
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assert result.wrong_attrs == (), result.summary()
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assert result.pane_visibility == (), result.summary()
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# Nothing is silently skipped: the checked and the skipped elements are the manifest's
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assert result.checked + len(result.skipped) == len(
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elements.manifest().elements_for(view)
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)
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finally:
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window.close()
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@pytest.mark.parametrize("view", VIEWS)
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def test_the_named_widget_audit_matches_the_manifest(make_window, view):
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"""The drift report is compared with the recorded drift, in both directions.
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A new named widget changes the report and fails here until the manifest accounts for it
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(as an element, or as a declared stylesheet token); a recorded name that disappears from
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the window fails too. The report is deliberately not part of the existence test above.
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"""
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window = _window(make_window, "box", view)
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try:
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manifest = elements.manifest()
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on_screen = elements.visible_named_widgets(window)
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assert on_screen, "the audit would be vacuous: no visible named widget at all"
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audit = elements.unlisted_named_widgets(window, view)
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recorded = list(manifest.view_spec(view).unlisted_named_widgets)
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assert audit == recorded, (
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f"{view}: named widgets the manifest does not account for: "
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f"new={sorted(set(audit) - set(recorded))}, "
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f"recorded but gone={sorted(set(recorded) - set(audit))}"
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)
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result = elements.validate(window, view)
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assert result.new_unlisted == () and result.stale_unlisted == ()
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assert result.drift is False
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finally:
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window.close()
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# ------------------------------------------------------------------- the views' panes
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@pytest.mark.parametrize("view", VIEWS)
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def test_the_panes_on_screen_are_the_views_own(make_window, view):
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"""The view entry's primary/companion lists are the arrangement *and* what is visible."""
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window = _window(make_window, "finger", view)
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try:
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spec = elements.manifest().view_spec(view)
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visible = {
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pane.id
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for pane in elements.manifest().panes
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if (widget := elements.resolve(window, pane.element)) is not None
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and widget.isVisible()
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}
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assert visible == set(spec.panes), (
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f"{view}: on screen {sorted(visible)} != declared {sorted(spec.panes)}"
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)
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finally:
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window.close()
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# --------------------------------------------------------------- the transport contract
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def test_the_transport_group_matches_the_live_session_states(make_window):
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"""The defect class: a view switch silently taking the session's reset away.
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The manifest declares the rail's transport group (``transport``, ``stop``, ``reset``,
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``record``); this drives the real session and reads those elements back, so the states
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the group was fixed to produce are the states the manifest names.
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"""
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manifest = elements.manifest()
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by_id = manifest.by_id()
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group = ("transport", "stop", "reset", "record")
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assert set(group) <= set(by_id), (
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"the manifest no longer declares the transport group"
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)
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assert {by_id[name].group for name in group} == {"rail"}, (
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"the transport group left the rail"
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)
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window, stuck = _running_session(make_window)
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try:
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transport = elements.resolve(window, by_id["transport"])
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reset = elements.resolve(window, by_id["reset"])
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stop = elements.resolve(window, by_id["stop"])
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assert transport is window.toolbar.btn_run
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assert reset is window.toolbar.btn_reset
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assert window._session_phase == "running", window._session_phase
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# A running session: the transport reads pause and the reset is available —
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# and it says which of the two things it acts on (the sensor tracker).
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assert transport.isChecked(), (
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"a running session must show the transport engaged"
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)
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assert transport.text() == t("toolbar.pause"), transport.text()
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assert reset.isEnabled(), "a running session must offer the tracker reset"
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assert window.toolbar.reset_target() == "sensor", (
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"the live view's reset is the sensor tracker's"
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)
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assert reset.text() == t("toolbar.reset_sensor"), reset.text()
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assert reset.toolTip() == t("toolbar.reset_sensor_tip"), reset.toolTip()
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assert stop.isEnabled(), "a running session must offer stop"
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# Paused: the transport reads resume, and the device action stays available.
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transport.setChecked(False)
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assert window._display_paused is True, "unchecking the transport did not pause"
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assert transport.text() == t("toolbar.resume_label"), transport.text()
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assert reset.isEnabled(), (
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"pausing took the tracker reset away: the device is still open"
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)
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# The view switch that used to disable it: the session is unchanged throughout.
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window.brand_bar.btn_calibration.click()
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QApplication.processEvents()
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assert window.layout_ctl.view_preset == "calibration"
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assert reset.isEnabled(), "the calibration view disabled a live session's reset"
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assert transport.text() == t("toolbar.resume_label"), (
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"the view switch changed what the transport says about the session"
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)
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window.brand_bar.btn_live.click()
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QApplication.processEvents()
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assert reset.isEnabled(), "the return to the live view lost the session's reset"
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# Resuming: back to the acquiring state.
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transport.setChecked(True)
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assert window._display_paused is False
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assert transport.text() == t("toolbar.pause"), transport.text()
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finally:
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finish_run(window, stuck)
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window.close()
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def test_the_transport_of_the_replay_view_is_not_the_device_reset(make_window):
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"""The same controls, the other view: an idle transport, and a reset that resets the display.
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The manifest declares one ``reset`` element for both views, so this is where the
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claim that it means *one* thing per view is checked: in the replay view it is the
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display reset (named as such, and there is no device for it to touch), not a
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disabled control and not a tracker zero.
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"""
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window = _window(make_window, "box", "replay")
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try:
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by_id = elements.manifest().by_id()
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transport = elements.resolve(window, by_id["transport"])
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reset = elements.resolve(window, by_id["reset"])
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assert not transport.isChecked()
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assert transport.text() == t("toolbar.playback"), transport.text()
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assert window.toolbar.reset_target() == "display", (
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"the replay view's reset is the display's: this view owns no device"
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)
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assert reset.isEnabled(), (
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"the display reset is available in the replay view (the reported defect)"
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)
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assert reset.text() == t("toolbar.reset_display"), reset.text()
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assert reset.toolTip() == t("toolbar.reset_display_tip"), reset.toolTip()
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assert window.act_reset.text() == t("menu.reset_display"), (
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"Ctrl+R is the same control on a second surface and must be named the same way"
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)
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finally:
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window.close()
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