How to use wait_down method in autotest

Best Python code snippet using autotest_python

watchdog_tester.py

Source:watchdog_tester.py

...44                     self._client.hostname, self._hw_interval)45        # machine should became unpingable after lockup46        # ...give 5 seconds slack...47        wait_down = self._hw_interval + 548        if not self._client.wait_down(timeout=wait_down):49            raise error.TestError('machine should be unpingable '50                                  'within %d seconds' % wait_down)51        # make sure the machine comes back,52        # DHCP can take up to 45 seconds in odd cases.53        if not self._client.wait_up(timeout=timeout):54            raise error.TestError('machine did not reboot/ping within '55                                  '%d seconds of HW reset' % timeout)56    def __exit__(self, exception, value, traceback):...

db.py

Source:db.py

1from dataclasses import dataclass2from random import choices, randint3from string import ascii_letters, digits4from typing import Optional5from uuid import UUID, uuid46def randword():7    return "".join(choices(ascii_letters, k=randint(12, 18)))8@dataclass9class Route:10    id: UUID11    number: str12    stops: list["Stop"]13    def __lt__(self, other):14        return len(self.number) < len(other.number) or self.number < other.number15@dataclass16class Stop:17    id: UUID18    name: str19    wait_down: int = 020    wait_up: int = 021    bus_down: Optional[str] = None22    bus_up: Optional[str] = None23    @property24    def time(self):25        bus_down = self.bus_down or "âââ"26        bus_up = self.bus_up or "âââ"27        return (28            f"{bus_down}  â  {self.wait_down: >2}  |  {self.wait_up: >2}  â  {bus_up}"29        )30routes: list[Route] = []31for i in range(60):32    number = str(randint(1, 99))33    if i == 0:34        number = str(41)35    if any(map(lambda route: route.number == number, routes)):36        continue37    stops: list[Stop] = []38    for _ in range(randint(20, 30)):39        prev_down = stops[-1].wait_down if stops else 040        prev_up = stops[-1].wait_up if stops else 041        if delta_up := randint(0, 6):42            up = prev_up + delta_up43            bus_up = None44        else:45            up = 046            bus_up = "".join(choices(digits, k=3))47        if (delta_down := randint(1, 6)) > prev_down:48            down = randint(15, 60)49            if stops:50                stops[-1].bus_down = "".join(choices(digits, k=3))51        else:52            down = prev_down - delta_down53        stop = Stop(uuid4(), randword(), down, up, bus_up=bus_up)54        stops.append(stop)55    routes.append(Route(uuid4(), number=number, stops=stops))56routes.sort()57def get_route(id: str) -> Route:58    for route in routes:59        if str(route.id) == id:60            return route...

RedWhiteBlueSnoring.py

Source:RedWhiteBlueSnoring.py

1# Carl Ferkinhoff2# starting from from adafruit example3# https://learn.adafruit.com/welcome-to-circuitpython/creating-and-editing-code4#5import time6from adafruit_circuitplayground import cp7# set up the (red) LED8#cp.pixels.brightness = 0.19#cp.pixels.fill((50,50,50))10 11while True:12    length = 15 #sets the length of the snore13    j=014    wait_down = .0115    wait_up = .0116    while (j<length):17        cp.pixels[0]=(150-j, 0, 0)18        cp.pixels[9]=(150-j, 0, 0)19        cp.pixels[1]=(0, 0,15-j)20        cp.pixels[8]=(0, 0,15-j)21        cp.pixels[2]=(15-j,15-j,15-j)22        cp.pixels[7]=(15-j,15-j,15-j)23        cp.pixels[3]=(0, 0,15-j)24        cp.pixels[6]=(0, 0,15-j)25        cp.pixels[4]=(150-j, 0, 0)26        cp.pixels[5]=(150-j, 0, 0)27        j = j+128        time.sleep(wait_down)29    time.sleep(.01)30    while (j>0):31        cp.pixels[0]=(50-j, 0, 0)32        cp.pixels[9]=(50-j, 0, 0)33        cp.pixels[1]=(0, 0,255-j)34        cp.pixels[8]=(0, 0,255-j)35        cp.pixels[2]=(15-j,15-j,15-j)36        cp.pixels[7]=(15-j,15-j,15-j)37        cp.pixels[3]=(0, 0,255-j)38        cp.pixels[6]=(0, 0,255-j)39        cp.pixels[4]=(50-j, 0, 0)40        cp.pixels[5]=(50-j, 0, 0)41        j = j-1...

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