Base64 to Octal

Converting Base64 data to octal involves the following steps:

1. Decode Base64 to binary: Decode the Base64-encoded string to obtain the binary representation of the data.
2. Convert binary to octal: Convert the binary data into its octal representation.

Here are the uses of Base64 to octal conversion:

• Data representation: Octal representation can be useful for displaying binary data in a more compact form, especially in environments where octal numbers are commonly used.
• Debugging: Octal representation can be helpful in debugging binary data or examining memory dumps in low-level programming environments.
• Data manipulation: Converting Base64 data to octal allows for easier manipulation and analysis of binary data in octal form.

Here are three example inputs and their corresponding outputs:

1. Input: "SGVsbG8gV29ybGQ=" (Base64 representation of "Hello World")

   • Output: "072 145 154 154 157 040 127 157 162 154 144" (Octal representation)

2. Input: "U29ycnksIEkgYW0gYmVlbiBhIGNvbW1vbiBkYXRhIQ==" (Base64 representation of "Sorry, I am been a common data!")

   • Output: "123 157 162 162 171 054 040 111 040 141 155 040 142 145 145 156 040 141 040 143 157 155 155 157 156 040 144 141 164 141 041" (Octal representation)

3. Input: "Q29weXJpZ2h0IEJ5IERldmVsb3Blcg==" (Base64 representation of "CopyRight By Developer")

   • Output: "113 157 160 171 122 151 147 150 164 040 102 171 040 104 145 166 145 154 157 160 145 162" (Octal representation)