Small, C++-based python library to display async animations, counters, and progress bars.

Installation: pip install barkeep

• Display a waiting animation with a message:

  import time
  import barkeep as bk
  
  anim = bk.Animation(message="Working")
  anim.show()
  time.sleep(10)  # do work
  anim.done()

  

• Supports several styles:

  anim = bk.Animation(message="Working", style=bk.Earth)

  

• Display a counter to monitor a numeric variable while waiting:

  c = bk.Counter(message="Reading lines", speed=1.0, speed_unit="line/s")
  c.show()
  for i in range(505):
      time.sleep(0.013)  # read & process line
      c += 1
  c.done()

  

• Display a progress bar to monitor a numeric variable and measure its completion by comparing against a total:

  bar = bk.ProgressBar(message="Reading lines", speed=1.0, speed_unit="line/s", total=505)
  bar.show()
  for i in range(505):
      time.sleep(0.013)  # read & process line
      bar += 1
  bar.done()

  

• Combine diplays using | operator to monitor multiple variables:

  import random
  
  sents = bk.ProgressBar(total=1010, message="Sents")
  toks = bk.Counter(message="Toks", speed_unit="tok/s", speed=1.0)
  bar = sents | toks
  bar.show()
  for i in range(1010):
      # do work
      time.sleep(0.013)
      sents += 1
      toks += 1 + random.randrange(5)
  bar.done()

  

• Use "no tty" mode to, e.g., output to log files:

  bar = bk.ProgressBar(total=401, message="Sents", speed=1.0, interval=1.0, no_tty=True)
  bar.show()
  for i in range(401):
      time.sleep(0.013)
      bar += 1
  bar.done()

  

  no_tty achieves two things:

  • Change the delimiter from \r to \n to avoid wonky looking output in your log files.
  • Change the default interval to a minute to avoid overwhelming logs (in the example above, we set the interval ourselves explicitly).