python - "keyword cannot be an expression"

The comparison operator is ==, not =:

...aggregate['2'].shift(1) == aggregate['3']), ...
^
^ here

You need a double equals sign:

aggregate['1'] = np.where(np.logical_and(aggregate['Counter'] > 1, aggregate['2'].shift(1) == aggregate['3']), 0, aggregate['2']

Suggestion : 2

The comparison operator is ==, not =:,I know this error message has been discussed anycodings_numpy on here before but I still cannot figure out anycodings_numpy how to make this work. I'm trying to do a anycodings_numpy np.where statement with more than one anycodings_numpy condition. Below is my code. I am getting anycodings_numpy the error message "Keyword can't be an anycodings_numpy expression" and it is highlighting the space anycodings_numpy after "aggregate['Counter'] > 1.,Is there any way in python to create list using key value pairs,Why are these constructs using pre and post-increment undefined behavior?

I know this error message has been discussed anycodings_numpy on here before but I still cannot figure out anycodings_numpy how to make this work. I'm trying to do a anycodings_numpy np.where statement with more than one anycodings_numpy condition. Below is my code. I am getting anycodings_numpy the error message "Keyword can't be an anycodings_numpy expression" and it is highlighting the space anycodings_numpy after "aggregate['Counter'] > 1.

aggregate['1'] = np.where(np.logical_and(aggregate['Counter'] > 1, aggregate['2'].shift(1) = aggregate['3']), 0, aggregate['2'])

The comparison operator is ==, not =:

...aggregate['2'].shift(1) == aggregate['3']), ...
^
^ here

You need a double equals sign:

aggregate['1'] = np.where(np.logical_and(aggregate['Counter'] > 1, aggregate['2'].shift(1) == aggregate['3']), 0, aggregate['2']

Suggestion : 3

Python - "Keyword cannot be an expression",pandas.concat: Cannot handle a non-unique multi-index! Pandas Python,Python pandas cannot read old excel files with some strange encoding and split panes,cannot sum rows that match a regular expression in pandas / python

The comparison operator is ==, not =:

...aggregate['2'].shift(1) == aggregate['3']), ...
^
^ here

You need a double equals sign:

aggregate['1'] = np.where(np.logical_and(aggregate['Counter'] > 1, aggregate['2'].shift(1) == aggregate['3']), 0, aggregate['2']

Suggestion : 4

But the command the start ‘default_radio_station.m3u’ is resulting in 'keyword cannot be an expression. When I run the command below in a SSH session it does work. xbmc-send --action="PlayMedia(/home/osmc/kitchen_extras/default_radio_station.m3u)",On long press: stop playing ‘default_radio_station.m3u’, start playing a shuffled playlist (preferred from Spotify (seems difficult) so to start with it would be nice to play a .m3u file).,On short press: stop what’s playing (both from inside Kodi and Spotify (via http://:4000/api/playback/pause)), start playing ‘default_radio_station.m3u’,Could someone give me a hint in the right direction? If I could get the command on the bottom line working I plan to reuse the restart/shutdown script to get both function ‘1’ and ‘2’.

For ‘1’ I currently have:

import RPi.GPIO as GPIO
import time
import os

#adjust
for where your
switch is connected
buttonPin = 8
GPIO.setmode(GPIO.BCM)
GPIO.setup(buttonPin, GPIO.IN)

while True:
   #assuming the script to call is long enough we can ignore bouncing
if (GPIO.input(buttonPin)):
   #this is the script that will be called(as root)
os.system(xbmc - send--action = "PlayMedia(/home/osmc/kitchen_extras/default_radio_station.m3u)")

The script for the Restart/shutdown button:

#!/bin/python

#This script was authored by AndrewH7 and belongs to him(www.instructables.com / member / AndrewH7)
#You have permission to modify and use this script only
for your own personal usage
#You do not have permission to redistribute this script as your own work
#Use this script at your own risk

import RPi.GPIO as GPIO
import time
import os

gpio_pin_number = 7
#Replace YOUR_CHOSEN_GPIO_NUMBER_HERE with the GPIO pin number you wish to use
#Make sure you know which rapsberry pi revision you are using first
#The line should look something like this e.g.
"gpio_pin_number=7"

GPIO.setmode(GPIO.BCM)
#Use BCM pin numbering(i.e.the GPIO number, not pin number)
#WARNING: this will change between Pi versions
#Check yours first and adjust accordingly

GPIO.setup(7, GPIO.IN, pull_up_down = GPIO.PUD_UP)
#It 's very important the pin is an input to avoid short-circuits
#The pull - up resistor means the pin is high by
default

button_previous = 1
button_current = 1
brojac = 0
flag_pressed = 0

while True:
   button_current = GPIO.input(7);

flag_pressed = button_previous + button_current

if (not(flag_pressed)):
   brojac += 1
else:
   brojac = 0

if (button_current and(not button_previous)):
   os.system("sudo shutdown -r now")
if ((not flag_pressed) and brojac >= 100):
   os.system("sudo shutdown -h now")
break

button_previous = button_current
time.sleep(0.05)

GPIO.cleanup()
#Revert all GPIO pins to their normal states(i.e.input = safe)

For ‘1’: ‘xbmc-send.stop_play_radio.sh’ with the following content:

#!/bin/bash
(curl http://<IP>:4000/api/playback/pause; xbmc-send --action="PlayMedia(/home/osmc/kitchen_extras/default_radio_station.m3u)")

And for ‘2’: ‘xbmc-send.stop.sh’ with the following content:

#!/bin/bash

xbmc - send--action = "stop"

Now I can almost see the finish line .
I reused the script for the restart/shutdown button, included two parameters which point to the new bash scripts:

script_short_press = "sh ./home/osmc/kitchen_extras/xbmc-send.stop_play_radio.sh"
script_long_press = "sh ./home/osmc/kitchen_extras/xbmc-send.stop.sh"

After some more searching I found the script below and edited it for my usage. The script doesn’t look as neat as the script for the restart/shutdown button but it works .

#!/usr/bin/env python2.7

from time
import sleep
import subprocess
import RPi.GPIO as GPIO

CHANNEL = 11 # GPIO channel 11 is on pin 23 of connector P1
# it will work on any GPIO channel

GPIO.setmode(GPIO.BCM)
GPIO.setup(CHANNEL, GPIO.IN, pull_up_down = GPIO.PUD_UP)
# setup the channel as input with a 50 K Ohm pull up.A push button will ground the pin,
   # creating a falling edge.

def system_action(CHANNEL):
   print('Button press = negative edge detected on channel %s' % CHANNEL)
button_press_timer = 0
while True:
   if (GPIO.input(CHANNEL) == False): #
while button is still pressed down
button_press_timer += 1 # keep counting until button is released
else: # button is released, figure out
for how long
if (button_press_timer > 2): # pressed
for > 2 seconds
print "long press > 2 : ", button_press_timer
# do what you need to do before the command below
   subprocess.call("/home/osmc/kitchen_extras/xbmc-send_stop.sh", shell = True)
elif(button_press_timer > 0): # press
for > 0 < 2 seconds
print "short press > 0 < 2 : ", button_press_timer
# do what you need to do before the command below
   subprocess.call("/home/osmc/kitchen_extras/xbmc-send_stop_play_radio.sh", shell = True)
button_press_timer = 0
sleep(1)

GPIO.add_event_detect(CHANNEL, GPIO.FALLING, callback = system_action, bouncetime = 200)
# setup the thread, detect a falling edge on channel 11 and debounce it with 200 mSec

# assume this is the main code...
   try:
   while True:
   # do whatever
   #
while "waiting"
for falling edge on port 11
sleep(2)

except KeyboardInterrupt:
   GPIO.cleanup() # clean up GPIO on CTRL + C exit
GPIO.cleanup() # clean up GPIO on normal exit