How to use run_reboot method in autotest

Best Python code snippet using autotest_python

main.py

Source:main.py

...30    if axis == 1:31        return x, value, coords[2]32    y = (y_bounds[0][1] + 1 if y_bounds[0] else coords[1][0], y_bounds[1][0] - 1 if y_bounds[1] else coords[1][1])33    return x, y, value34def run_reboot(data, show=False):35    reactor = set()36    for state, x, y, z in data:37        for coords in list(reactor):38            new_bounds = []39            for ((c0, c1), (cb0, cb1)) in zip([x, y, z], coords):40                if cb0 < c0 < cb1:41                    if cb0 <= c1 < cb1:42                        new_bounds.append([(cb0, c0 - 1), (c1 + 1, cb1)])43                    else:44                        new_bounds.append([(cb0, c0 - 1), ()])45                elif cb0 == c0:46                    new_bounds.append([(), (c1 + 1, cb1)] if cb1 > c1 else [(), ()])47                elif cb1 == c0:48                    new_bounds.append([(cb0, cb1 - 1), ()])49                elif cb0 <= c1 < cb1:50                    new_bounds.append([(), (c1 + 1, cb1)])51                elif c1 == cb1:52                    new_bounds.append([(), ()])53                elif c0 <= cb0 <= cb1 <= c1:54                    new_bounds.append([(), ()])55            if len(new_bounds) == 3:56                for axis in range(3):57                    end, start = new_bounds[axis]58                    match axis:59                        case 0:60                            if end:61                                reactor.add((end, coords[1], coords[2]))62                            if start:63                                reactor.add((start, coords[1], coords[2]))64                        case 1:65                            if end:66                                reactor.add(get_bounded(coords, axis, end, new_bounds[0]))67                            if start:68                                reactor.add(get_bounded(coords, axis, start, new_bounds[0]))69                        case 2:70                            if end:71                                reactor.add(get_bounded(coords, axis, end, new_bounds[0], new_bounds[1]))72                            if start:73                                reactor.add(get_bounded(coords, axis, start, new_bounds[0], new_bounds[1]))74                reactor.remove(coords)75        if state:76            reactor.add((x, y, z))77        if show:78            viz(reactor)79    return reactor80def filter_50_50_cube(data):81    return ((-50, -50), (-50, -50), (-50, -50)) <= (data[1], data[2], data[3]) <= ((50, 50), (50, 50), (50, 50))82def part1():83    data = load_data()84    data = filter(filter_50_50_cube, data)85    reactor = run_reboot(data)86    print(sum(volume(k) for k in reactor))87def part2():88    data = load_data()89    reactor = run_reboot(data)90    print(sum(volume(k) for k in reactor))91if __name__ == '__main__':92    part1()...

display.py

Source:display.py

1##   For Raspberry Pi ZERO W - 2.2" pi-tft display hat.2##3##   This is a simple python script template that can4##   be set to start program on boot and loops forever.5##6##   Place in /etc/rc.local before exit: 7##		    eg sudo python /home/pi/display.py &8##9##   Currently implements reboot, shutdown, and program10##   start/stop when the respective button is pressed.11##12##   device layout:13##       ______________________14##      | |      ____________  |15##      | | *23 |            | |*1716##      | | *22 |   screen   | |17##      | | *24 |    18x40   | |18##      | | *5  |____________| |*419##      |_|____________________|20from gpiozero import Button     # to access buttons21from time import sleep          # for sleep function22import os                       # for shutdown/kill control23import subprocess               # to run program24import signal                   # to kill program25# might not need these - display backlight26import RPi.GPIO as GPIO27GPIO.setmode(GPIO.BCM)28GPIO.setwarnings(False)29GPIO.setup(27, GPIO.OUT)30## define display button Objects                       31p4_start   = Button(23)32p3_start   = Button(22)33p2_start   = Button(24)34p1_start   = Button(5)35run_reboot = Button(17)36run_halt   = Button(4)37## program/command list - set these.38halt   = "shutdown now -h"39reboot = "reboot now"40p4     = "./home/pi/net_test.sh"41p3     = "pihole -t | awk '{print $5,$7,$8}'  | cut -c -40"42p2     = "/usr/bin/htop"43p1     = "./home/pi/padd_mini.sh"44## if set to True, p1 will start on run45start_on_boot = True46## clear display47def d_refresh():48  for x in range(18):49    print()50## wait for system to fully boot51sleep(2)52## start p1 53if start_on_boot:54  proc = subprocess.Popen(p1, shell=True, preexec_fn=os.setsid)55else:56  proc = None57    58## button input loop59while True:60  if proc is None:61    ## run halt62    if run_halt.is_pressed:63      os.system(halt)64    ## run reboot65    elif run_reboot.is_pressed:66      os.system(reboot)67    ## start p168    elif p1_start.is_pressed:69	  d_refresh()70      proc = subprocess.Popen(p1, shell=True, preexec_fn=os.setsid)71    ## start p272    elif p2_start.is_pressed:73	  d_refresh()74      proc = subprocess.Popen(p2, shell=True, preexec_fn=os.setsid)75    ## start p376    elif p3_start.is_pressed:77	  d_refresh()78      proc = subprocess.Popen(p3, shell=True, preexec_fn=os.setsid)79    ## start p480    elif p4_start.is_pressed:81	  d_refresh()82      proc = subprocess.Popen(p4, shell=True, preexec_fn=os.setsid)83  ## if any button pressed while program running, kill program84  else:85    if run_halt.is_pressed or run_reboot.is_pressed or p1_start.is_pressed or p2_start.is_pressed or p3_start.is_pressed or p4_start.is_pressed:86      os.killpg(proc.pid, signal.SIGTERM)87      proc = None...

reboot.py

Source:reboot.py

...5from ..reboot import run_reboot6reboot = bot.command('reboot', permission=SUPERUSER)7@reboot.handle()8async def first_receive(bot: Bot, event: Event) -> None:...

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