Replace – unsupported characters are replaced with “?”
![ascii utf 8 converter ascii utf 8 converter](http://sebsauvage.net/comprendre/ascii/ascii_u004c.gif)
Ignore – unsupported characters are skipped Strict – used by default, will raise a UnicodeError when checking for a character that is not supported by this encoding Any encoding can be used in the encoding scheme: ASCII, UTF-8 (used by default), UTF-16, latin-1, etc. The built-in function encode() is applied to a Unicode string and produces a string of bytes in the output, used in two arguments: the input string encoding scheme and an error handler. Perhaps the most common method to accomplish this task uses the encoding function to perform the conversion and does not use one additional reference to a specific library, this function calls it directly. Unlike the following method, the bytes() function does not apply any encoding by default, but requires it to be explicitly specified and otherwise raises the TypeError: string argument without an encoding. >print(bytes(A, 'utf-8'), type(bytes(A, 'utf-8')))Ī literal b appeared – a sign that it is a string of bytes. Let’s see how it works and immediately check the data type: A = 'Hello'
![ascii utf 8 converter ascii utf 8 converter](https://blog.adacor.com/wp-content/uploads/2014/05/ascii-tabelle.jpg)
This function internally points to the CPython library, which performs an encoding function to convert the string to the specified encoding. Method 1 Built-in function bytes()Ī string can be converted to bytes using the bytes() generic function. Let’s take a look at how this can be accomplished. Method 1 Built-in function encode() and decode()Ĭonverting Unicode strings to bytes is quite common these days because it is necessary to convert strings to bytes to process files or machine learning.