The ASCII values of the characters P, y, t, h, o, n are 15, 50, 45, 33, 40, 39 respectively. Let's see how it works by converting the string "Python" to a Base64 string. Using a base64 encoding table, assign the respective base64 character for each decimal value.Convert the 6-bit binary groups to their respective decimal values.Convert the 8-bit chunks into chunks of 6 bits by simply re-grouping the digits. Calculate the 8-bit binary equivalent of the ASCII values.Take the ASCII value of each character in the string.If we were to Base64 encode a string we would follow these steps: We will illustrate how Base64 encoding works by converting text data, as it's more standard than the various binary formats to choose from. Now that we know what Base64 encoding and how it is represented on a computer, let's look deeper into how it works. Note: This is not an encryption algorithm, and should not be used for security purposes. When the computer converts Base64 characters to binary, each Base64 character represents 6 bits of information.
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