Python Built in functions in Python
Converting to bytes object.
bytes(object,encoding='utf-8',errors='strict')
object : ( Required ) The object which is to be converted
encoding : ( Optional ) default is 'utf-8'
errors : ( Optional ) what to do if error occurs.
Returns an immutable array of bytes.
The bytes object consist of sequence of integer in the range of 0<=x<=256
Using an integer
my_int=5
my_bytes = bytes(my_int)
print(my_bytes) # b'\x00\x00\x00\x00\x00'
Using string
For string argument, we need to give encoding type.
my_str = "plus2net.com"
my_bytes = bytes(my_str, encoding='utf-8')
print(my_bytes) # b'plus2net.com'
print(type(my_bytes)) # <class 'bytes'>
Using iterable
my_list=[1,2,3,4]
my_bytes=bytes(my_list)
print(my_bytes) # b'\x01\x02\x03\x04'
Using errors
This code will generate UnicodeEncodeError:
my_str="plus2net.cÖm"
my_bytes = bytes(my_str, encoding='ascii',errors='strict')
print(my_bytes)
We can keep errors='ignore' to silent the error and continue execution
my_str="plus2net.cÖm"
my_bytes = bytes(my_str, encoding='ascii',errors='ignore')
print(my_bytes) # b'plus2net.cm'
We can set errors = 'replace'
my_str="plus2net.cÖm"
my_bytes = bytes(my_str, encoding='ascii',errors='replace')
print(my_bytes) # b'plus2net.cm' # b'plus2net.c?m'
using fromhex() method we can use hex value inputs.
mybytes=bytes.fromhex('F1F1')
print(mybytes) # b'\xf1\xf1'
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