You can do it using Bash2Py.

Also, you can try using the docker image

Courtesy: Bash to Python

So the below code is actually the complete script for conversion.

#! /usr/bin/env python
from __future__ import print_function

import sys,os

class Bash2Py(object):
  __slots__ = ["val"]
  def __init__(self, value=''):
    self.val = value
  def setValue(self, value=None):
    self.val = value
    return value

def GetVariable(name, local=locals()):
  if name in local:
    return local[name]
  if name in globals():
    return globals()[name]
  return None

def Make(name, local=locals()):
  ret = GetVariable(name, local)
  if ret is None:
    ret = Bash2Py(0)
    globals()[name] = ret
  return ret

def Array(value):
  if isinstance(value, list):
    return value
  if isinstance(value, basestring):
    return value.strip().split(' ')
  return [ value ]

class Expand(object):
  @staticmethod
  def at():
    if (len(sys.argv) < 2):
      return []
    return  sys.argv[1:]
  @staticmethod
  def star(in_quotes):
    if (in_quotes):
      if (len(sys.argv) < 2):
        return ""
      return " ".join(sys.argv[1:])
    return Expand.at()
  @staticmethod

  def hash():
    return  len(sys.argv)-1

if (Expand.hash() < 1 ):
    print("Usage: "+__file__+" file ...")
    exit(1)

print(__file__+" counts the lines of code")

l=Bash2Py(0)

for Make("f").val in Expand.star(0):
    Make("l").setValue(os.popen("wc -l "+str(f.val)+" | sed \"s/^\\([0-9]*\\).*$/\\1/\"").read().rstrip("\n"))
    print(str(f.val)+": "+str(l.val))

The guts of the code is in the for loop at the bottom.

bash2py does some safe conversion and wrapping of the bash script into some methods such as ‘Make’, ‘Array’ et al that we can get rid of with a little work.

By replacing:

• Bash2Py(0) with 0
• Make(“f”).val with f and Make(“l”) with l etc
• f.val with f and l.val with l etc