import pytest import time import wasp import apps.testapp import apps.settings def step(): wasp.system._tick() wasp.machine.deepsleep() time.sleep(0.1) wasp.system.step = step wasp.watch.touch.press = wasp.watch.touch.i2c.sim.press wasp.watch.touch.swipe = wasp.watch.touch.i2c.sim.swipe wasp.system.secondary_init() wasp.system.apps = {} for app in wasp.system.quick_ring + wasp.system.launcher_ring: wasp.system.apps[app.NAME] = app @pytest.fixture def system(): system = wasp.system if system.app != system.quick_ring[0]: system.switch(system.quick_ring[0]) system.step() return system def test_step(system): system.step() def test_quick_ring(system): names = [ x.NAME for x in system.quick_ring ] assert('Clock' in names) assert('Steps' in names) assert('Stopclock' in names) assert('Heart' in names) def test_launcher_ring(system): names = [ x.NAME for x in system.launcher_ring ] assert('Settings' in names) assert('Software' in names) @pytest.mark.parametrize("name", ('Steps', 'Stopclock', 'Heart', 'Settings', 'Software')) def test_app(system, name): system.switch(system.apps[name]) for i in range(4): system.step() system.switch(system.quick_ring[0]) def test_constructor(system, constructor): # Special case for the notification app if 'NotificationApp' in str(constructor): wasp.system.notify(wasp.watch.rtc.get_uptime_ms(), { "src":"testcase", "title":"A test", "body":"This is a long message containingaverylongwordthatdoesnotfit and lots of other contents as well." }) try: system.switch(constructor()) system.step() system.step() wasp.watch.touch.press(120, 120) system.step() system.step() system.switch(system.quick_ring[0]) except FileNotFoundError: # Some apps intend to generate exceptions during the constructor # if they don't have required files available if 'HaikuApp' not in str(constructor): raise def test_stopwatch(system): system.switch(system.apps['Stopclock']) system.step() wasp.watch.button.value(0) system.step() assert(system.app._timer._started_at > 0) wasp.watch.button.value(1) system.step() system.step() system.step() wasp.watch.button.value(0) system.step() assert(system.app._timer._started_at == 0) wasp.watch.button.value(1) system.step() def test_selftests(system): """Walk though each screen in the Self Test. This is a simple "does it crash" test and the only thing we do to stimulate the app is press in the centre of the screen. For most of the tests that will do something useful! For example it will run the benchmark for every one of the benchmark tests. """ system.switch(apps.testapp.TestApp()) system.step() start_point = system.app.test for i in range(len(system.app.tests)): wasp.watch.touch.press(120, 120) system.step() wasp.watch.touch.swipe('down') system.step() assert(start_point == system.app.test) def test_selftest_crash(system): system.switch(apps.testapp.TestApp()) system.step() def select(name): for i in range(len(system.app.tests)): if system.app.test == name: break wasp.watch.touch.swipe('down') system.step() assert system.app.test == name select('Crash') wasp.watch.button.value(0) with pytest.raises(Exception): system.step() # Get back to a safe state for the next test! try: wasp.watch.button.value(1) system.step() except: pass system.step() def test_settings(system): """Walk though each screen in the setting application. This is a simple "does it crash" test and the only thing we do to stimulate the app is press in the centre of the screen. """ system.switch(apps.settings.SettingsApp()) system.step() start_point = system.app._current_setting for i in range(len(system.app._settings)): wasp.watch.touch.press(120, 120) system.step() wasp.watch.touch.swipe('down') system.step() assert(start_point == system.app._current_setting)