Put in expense in Radix-64

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Aug 6th, 2022
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How to put in expense in Radix-64

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hi everyone and welcome into this new video in this video I will show how to implement a b 64 encoder in C this is going to be a continuation of a previous video in which I discussed about B 64 encoding so what weamp;#39;re going to do today instead is to implement an encoder in C A Bas 64 encoder so at the end of the video we will have written this C file so we have a bunch of libraries we have the main functions to encode and decode in B 64 here are the implementation of the functions that we will see and here we have a simple main that wraps over those functions for user interaction so at the end of the day we have a make file we going do make all and itamp;#39;s going to compile notice that the library used are the math library and the readline library so we can do B 64 and here we can say like hello word and here is the B 64 encoded version of the string hello word we can also WR anything please subscribe and here we have the big 64 of that specific text so if you want to cancel

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In some implementations, the padding character is mandatory, while for others it is not used. An exception in which padding characters are required is when multiple Base64 encoded files have been concatenated.
Since Base64 uses 24-bit sequences, padding is needed when the original binary cannot be divided into a 24-bit sequence. You have probably seen this type of padding before represented by printed equal signs (=).
What is Radix 64 Encoding? Radix 64 encoding allows binary data stored in octets (i.e. bytes) to be expressed as printable characters.
Since the last bits cannot form a whole 6-bit string, the Base64 encoding adds padding to these strings until they docHub the appropriate length. And for representation purposes, each 00 padding is represented by an = sign, to instruct the decoder how many bits should be discarded from the end of the string.
Padding is a way to take data that may or may not be a multiple of the block size for a cipher and extend it out so that it is. This is required for many block cipher modes as they require the data to be encrypted to be an exact multiple of the block size.
Base64 is a scheme for converting binary data to printable ASCII characters, namely the upper- and lower-case Roman alphabet characters (AZ, az), the numerals (09), and the + and / symbols, with the = symbol as a special suffix code. The datas original length must be a multiple of eight bits.
Radix-64 (as described for OpenPGP) The checksum is calculated on the input data before encoding; the checksum is then encoded with the same Base64 algorithm and, using an additional = symbol as separator, appended to the encoded output data.
Base64 always encodes data in buckets of four symbols. For every three input bytes (24 bits), four 6-bit characters from the base64 alphabet are used (which also equal 24 bits). If the input data contains less than three bytes, then the missing bits are compensated with the padding character =.

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