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How to use bring_down method in avocado
Best Python code snippet using avocado_python
automazione_tende.py
Source:automazione_tende.py 
...91 if not self.curtain_east.motor.is_active:92 if steps["east"] is self.n_step_corsa:93 self.curtain_east.open_up()94 elif steps["east"] == 0:95 self.curtain_east.bring_down()96 else:97 self.curtain_east.move(steps["east"])98 if not self.curtain_west.motor.is_active:99 if steps["west"] is self.n_step_corsa:100 self.curtain_west.open_up()101 elif steps["west"] == 0:102 self.curtain_west.bring_down()103 else:104 self.curtain_west.move(steps["west"])105 def calculate_curtains_steps(self):106 """107 Change the height of the curtains108 to based on the given Coordinates109 """110 telescope = self.telescope111 steps = {}112 Logger.getLogger().debug("Telescope status %s", telescope.status)113 # TODO verify tele height:114 # if less than east_min_height e ovest_min_height115 if telescope.status is TelescopeStatus.LOST or telescope.status is TelescopeStatus.ERROR:116 steps["west"] = self.curtain_west.steps()117 steps["east"] = self.curtain_east.steps()118 if telescope.is_below_curtains_area():119 # keep both curtains to 0120 steps["west"] = 0121 steps["east"] = 0122 # else if higher to east_max_height e ovest_max_height123 elif telescope.is_above_curtains_area(self.alt_max_tend_e, self.alt_max_tend_w) or not telescope.is_within_curtains_area():124 # move both curtains max open125 steps["west"] = self.n_step_corsa126 steps["east"] = self.n_step_corsa127 # else if higher to ovest_min_height and Az tele to west128 elif telescope.status == TelescopeStatus.WEST:129 Logger.getLogger().debug("inside west status")130 # move curtain east max open131 steps["east"] = self.n_step_corsa132 # move curtain west to f(Alt telescope - x)133 steps["west"] = round((telescope.coords["alt"]-self.alt_min_tend_w)/self.increm_w)134 # else if higher to ovest_min_height and Az tele to est135 elif telescope.status == TelescopeStatus.EAST:136 Logger.getLogger().debug("inside east status")137 # move curtian west max open138 steps["west"] = self.n_step_corsa139 # if inferior to est_min_height140 # move curtain east to f(Alt tele - x)141 steps["east"] = round((telescope.coords["alt"]-self.alt_min_tend_e)/self.increm_e)142 Logger.getLogger().debug("calculatd curtain steps %s", steps)143 return steps144 def park_curtains(self) -> None:145 """" Bring down both curtains """146 self.curtain_east.bring_down()147 self.curtain_west.bring_down()148 self.crac_status.curtain_east_status = self.curtain_east.read()149 self.crac_status.curtain_east_steps = self.curtain_east.steps()150 self.crac_status.curtain_west_status = self.curtain_west.read()151 self.crac_status.curtain_west_steps = self.curtain_west.steps()152 def motor_stop(self):153 """ Disable motor control """154 self.curtain_east.motor_stop()155 self.curtain_west.motor_stop()156 def is_diff_steps(self, cs: Dict[str, int], ps: Dict[str, int]) -> bool:157 minDiffSteps = Config.getInt("diff_steps", "encoder_step")158 is_east = abs(cs["east"] - ps["east"]) > minDiffSteps159 is_west = abs(cs["west"] - ps["west"]) > minDiffSteps160 return is_east or is_west161 def open_roof(self):162 """ Open the roof and update the roof status in CracStatus object """163 status_roof = self.roof_control.read()164 Logger.getLogger().info("Lo status tetto iniziale: %s ", str(status_roof))165 if status_roof != Status.OPEN:166 self.roof_control.open()167 status_roof = self.roof_control.read()168 Logger.getLogger().debug("Stato tetto finale: %s", str(status_roof))169 self.crac_status.roof_status = status_roof170 def close_roof(self) -> None:171 """ Close the roof and update the roof status in CracStatus object """172 status_roof = self.roof_control.read()173 Logger.getLogger().debug("Stato tetto iniziale: %s", str(status_roof))174 if status_roof != Status.CLOSED:175 self.roof_control.close()176 status_roof = self.roof_control.read()177 Logger.getLogger().debug("Stato tetto finale: %s", str(status_roof))178 self.crac_status.roof_status = status_roof179 def power_on_tele(self):180 """ turn on the power switch and update its status in CracStatus object """181 self.power_tele_control.on()182 self.telescope.sync_time = datetime.datetime.utcnow()183 Logger.getLogger().debug("UTC time di conversione coord per sincronizzazione telescopio %s:", self.telescope.sync_time)184 def power_off_tele(self):185 """ turn off power switch and update its status in CracStatus object """186 self.telescope.nosync()187 self.power_tele_control.off()188 def power_on_ccd(self):189 """ turn on ccd and update its status in CracStatus object """190 self.power_ccd_control.on()191 def power_off_ccd(self):192 """ turn off ccd and update its status in CracStatus object """193 self.power_ccd_control.off()194 def panel_on(self):195 """ turn on panel flat and update its status in CracStatus object """196 self.panel_control.on()197 self.telescope.move_tele(tr=1)198 def panel_off(self):199 """ turn off panel flat and update its status in CracStatus object """200 self.panel_control.off()201 # SYNC SWITCH202 def time_sync(self):203 if self.power_tele_control.read() is ButtonStatus.OFF:204 self.power_on_tele()205 self.telescope.sync()206 def light_on(self):207 """ turn on light on dome and update its status in CracStatus object """208 self.light_control.on()209 def light_off(self):210 """ turn off light on dome and update its status in CracStatus object """211 self.light_control.off()212 def exit_program(self, n: int = 0) -> None:213 """ Shutdown the server """214 Logger.getLogger().info("Uscita dall'applicazione con codice %s", n)215 self.telescope.close_connection()216 self.curtain_east.bring_down()217 self.curtain_west.bring_down()218 self.curtain_east.curtain_closed.wait_for_active()219 self.curtain_west.curtain_closed.wait_for_active()220 self.roof_control.close()221 def exec(self) -> None:222 """ Move the curtains and update the telescope coordinates"""223 steps = self.calculate_curtains_steps()224 Logger.getLogger().debug("calculated steps %s", steps)225 self.crac_status.curtain_east_status = self.curtain_east.read()226 self.crac_status.curtain_east_steps = self.curtain_east.steps()227 self.crac_status.curtain_west_status = self.curtain_west.read()228 self.crac_status.curtain_west_steps = self.curtain_west.steps()229 Logger.getLogger().debug("curtain_east_steps %s", self.curtain_east.steps())230 Logger.getLogger().debug("curtain_east_status %s", self.curtain_east.read())231 Logger.getLogger().debug("curtain_west_steps %s", self.curtain_west.steps())...
ball.py
Source:ball.py
...88 self.set_xspeed(0)89 if paddle.move_ball == 0 and self.__type != "shooting":90 for i in range(0 , len(brick_level_1)):91 brick_level_1[i].clear_brick(grid)92 brick_level_1[i].bring_down()93 94 for i in range(0 , len(brick_level_2)):95 brick_level_2[i].clear_brick(grid)96 brick_level_2[i].bring_down()97 for i in range(0 , len(brick_level_3)):98 brick_level_3[i].clear_brick(grid)99 brick_level_3[i].bring_down()100 for i in range(0 , len(brick_level_4)):101 brick_level_4[i].clear_brick(grid)102 brick_level_4[i].bring_down()103 104 new_y = self.get_y() + self.get_yspeed()105 new_x = self.get_x() + self.get_xspeed()106 if new_y <= 0:107 self.set_yspeed(-1*self.get_yspeed())108 elif new_y >= HEIGHT-PADDLE_POS_Y and paddle.get_x() <= self.get_x() and paddle.get_x() + paddle.get_length() >= self.get_x() and self.__type == "boss":109 paddle.clear_paddle(grid) 110 paddle.set_x(PADDLE_POS_X) 111 paddle.set_y(PADDLE_POS_Y)112 grid[self.get_y()][self.get_x()] = ' '113 paddle.move_paddle(0 , grid , ball)114 player.set_lives(player.get_lives() - 1)115 for i in powerups[:]:116 if i.get_type() == "expand_paddle":...
mac_changer.py
Source:mac_changer.py
1#mac changer2#changes interface MAC address to any specified3#github.com/the-jcksn4import subprocess5import os6import argparse7import re8def cmdline(command):9 terminal_output = subprocess.getoutput(command)10 return(terminal_output)11def getcurrentmac():12 current_mac = cmdline('ifconfig')13 current_mac = str(current_mac.split(args.interface))14 current_mac = current_mac.split('\\n')15 for line in current_mac:16 if 'ether' in line:17 mac_address = line.split(' ')18 for segment in mac_address:19 if ':' in segment:20 initial_mac = segment21 return(initial_mac)22parser = argparse.ArgumentParser()23parser.add_argument('-i', default='none', dest='interface', help='Provide an interface to change MAC on. <REQUIRED>', type=str)24parser.add_argument('-m', default='none', dest='new_mac', help='Provide the desired MAC address', type=str)25args = parser.parse_args()26if not 'SUDO_UID' in os.environ.keys():27 print('\nThis script requires super user privs (sudo), please come back when the grown-ups say it\'s ok...')28 quit()29if args.interface == 'none':30 print('\nNo interface specified with \'-i\'')31 print('Quitting...')32 quit()33if args.new_mac == 'none':34 print('\nNo desired MAC address specified with \'-m\'')35 print('Quitting...')36 quit()37if not re.match("[0-9a-f]{2}([:])[0-9a-f]{2}(\\1[0-9a-f]{2}){4}$", args.new_mac):38 print('\nInvalid MAC address supplied.')39 print('Please use the format 12:23:ab:cd:45:67')40 quit()41current_mac = cmdline('ifconfig')42current_mac = str(current_mac.split(args.interface))43current_mac = current_mac.split('\\n')44macadd = getcurrentmac()45print('\nCurrent MAC address is : ',macadd)46print('Changing MAC address to : ',args.new_mac)47bring_down = 'sudo ifconfig ' + args.interface + ' down'48bring_up = 'sudo ifconfig ' + args.interface + ' up'49change_mac = 'sudo ifconfig ' + args.interface + ' hw ether ' + args.new_mac50cmdline(bring_down)51cmdline(change_mac)52cmdline(bring_up)53macadd = getcurrentmac()54if macadd == args.new_mac:55 print('\nChange was successful.')56else:...
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