update logger to singleton,
improve filehandling and logging format

telegram.error.BadRequest: Can't parse entities: can't find end of the entity starting at byte offset 25

telepot.exception.TelegramError: ("Bad Request: can't parse entities: Can't find end of the entity starting at byte offset 25", 400, {'ok': False, 'error_code': 400, 'description': "Bad Request: can't parse entities: Can't find end of the entity starting at byte offset 25"})

additionally move remain time message from info log level to debug and remove from response to user

If clock 2 or 3 is running, the CPU load of the PI is about 95%.
Investigate and find the reason of that and improve this to reduce CPU load

hello, great project, i would like to try it out, but i have trouble creating the required files for the bot to run ...
could you provide a sample configuration for the secrets and all required files please !

Extract number of LEDs as constant and adapt related functions and classes to enable LED count independent usage of them

settings:

• ledpibot/config/settings.py

  Line 14 in 9e98610

  LED_COUNT = 24 # Number of LED pixels.

clock1:

• ledpibot/functions/clock1.py

  Line 29 in 9e98610

  hour = int(int(now.hour) % 12 * 2)

• ledpibot/functions/clock1.py

  Line 30 in 9e98610

  minute = int(now.minute // 2.5)

• ledpibot/functions/clock1.py

  Line 31 in 9e98610

  second = int(now.second // 2.5)

• ledpibot/functions/clock1.py

  Line 40 in 9e98610

  if hour <= 23:

clock2:

• ledpibot/functions/clock2.py

  Line 31 in 9e98610

  if 12 < minute <= 23:

• ledpibot/functions/clock2.py

  Line 66 in 9e98610

  def _get_pointer(strip):

clock3:

• ledpibot/functions/clock3.py

  Line 30 in 9e98610

  led_for_hour = int(int(now.hour) % 12 * 2)

• ledpibot/functions/clock3.py

  Line 31 in 9e98610

  led_for_minute = int(now.minute // 2.5)

• ledpibot/functions/clock3.py

  Line 32 in 9e98610

  leds_per_2500ms = int(round(now.second / 2.5))

• ledpibot/functions/clock3.py

  Line 89 in 9e98610

  dial = [0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22] # hours

clock4:

• ledpibot/functions/clock4.py

  Line 26 in 9e98610

  strip.setPixelColor((i + start_px) % 24, color)

• ledpibot/functions/clock4.py

  Line 37 in 9e98610

  second_value = int(now.second / 2.5)

• ledpibot/functions/clock4.py

  Line 38 in 9e98610

  minute_value = int(now.minute / 2.5)

• ledpibot/functions/clock4.py

  Line 53 in 9e98610

  strip.setPixelColor((i + start_px) % 24,

clock5:

• ledpibot/functions/clock5.py

  Line 46 in 9e98610

  hour = int(int(now.hour) % 12 * 2)

• ledpibot/functions/clock5.py

  Line 47 in 9e98610

  minute = int(now.minute // 2.5)

• ledpibot/functions/clock5.py

  Line 65 in 9e98610

  if 12 < minute <= 23:

• ledpibot/functions/clock5.py

  Line 72 in 9e98610

  if 12 < minute < strip.numPixels():

• ledpibot/functions/clock5.py

  Line 73 in 9e98610

  if hour <= 23:

advent:

• add comment to use with 24 LEDs only

• ledpibot/functions/advent.py

  Line 23 in 9e98610

additionally implement a documentation about functionalities of this bot

remove in /etc/rc.local
sudo python3 /home/pi/bot.py &
run bot.py at startup to use the systemd files (https://www.dexterindustries.com/howto/run-a-program-on-your-raspberry-pi-at-startup/#systemd)

It should be possible to activate standby by pressing button.
Function should be disabled and default standby time is beginning to count down.
Adapt stop keyboard, countdown and bot functionality accordingly.

Actual: https://github.com/jgarff/rpi_ws281x
Expected: : https://github.com/rpi-ws281x/rpi-ws281x-python
Note: Update color order from GRB to RGB!
Additionally: update documentation!