There are two ways to translate:
Provide collation as a dictionary
Options :
string.translate (mapping)
mapping - a dictionary having mapping between two characters.
Returns: Returns modified string where each character is mapped to its corresponding character according to the provided mapping table.
| # Python3 demo code
# translations without
# maketrans ()
# specifying the display
# using ASCII table = { 119 : 103 , 121 : 102 , 117 : None }
# target string trg = "weeksyourweeks"
# Printing the original line print ( "The string before translating is:" , end = "") print (trg)
# using translate () to translate. print ( "The string after translating is:" , end = "") print ( trg.translate (table)) |
Output:
The string before translating is: weeksyourweeks The string after translating is: pythonengineering
Another example:
| # Python 3 program to show it works
# from translate () method
# specifying the display
# using ASCII translation = { 103 : None , 101 : None , 101 : None } string = "geeks" print ( " Original string: " , string)
# line feed print ( "Translated string:" , string.translate (translation)) |
Exit:
Original string: geeks Translated string: ks
Provide mapping using | # Python 3 program to show work
# from the translate () method
# First line firstString = "gef"
# Second line secondString = "eks"
# Third line thirdString = "ge"
# Original string string = "geeks" print ( " Original string: " , string) translation = string.maketrans (firstString, secondString, thirdString)
# Translated string print ( "Translated string: " , string.translate ( translation)) |
Exit:
Original string: geeks Translated string: ks
Output:
Original string: geeks Translated string: ks
