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This is a C++ implementation of the SHA-3 family of hash functions, based on the documentation found at http://nvlpubs.nist.gov/nistpubs/FIPS/NIST.FIPS.202.pdf Download binaries at: http://www.danielhorne.co.uk/Projects/SHA-3/SHA3.html Usage: sha3sum [command]* file* where command is an optional parameter that can set either the algorithm, as there is a slight difference between the bare keccak function and the SHA-3 variant. Algorithm -a=s : Set algorithm to SHA-3 (default). -a=k : Set algotithm to Keccak. -a=h : Set algorithm to SHAKE Size -w=224 : Set width to 224 bits. -w=256 : Set width to 256 bits. -w=384 : Set width to 384 bits. -w=512 : Set width to 512 bits (default). Digest size (SHAKE) -d=number : Set the SHAKE digest size. Should be less than or equal to the hash size. Should be multiple of 8 Only relevant for SHAKE - For SHA-3 and keccak, digest size is equal to sponge size. Output format -o=b : Base 64 encoded. -o=h : hexadecimal (default) Any number of files can be specified. Files will be processed with the most recently specified options - for example: sha3sum test.txt -a=k -w=384 test.txt -a=s -w=256 text.txt will hash "test.txt" three times - First with 512-bit SHA-3, then with 384-bit keccak, then finally with 256-bit SHA-3. The intent with this implementation is to make a performant implementation in pure C++, following modern idioms: Favouring inline functions over macros, leaning on the compiler's optimiser instead of resorting to inline assembly, for example. ToDo: - Add command option to set the chunk size for reading. - Attempt formal proof of important aspects of this implementation. Bugs: - Any bugs, please either add them to the github repo (https://github.com/DuSTman31/SHA-3/issues), or e-mail me at [email protected] (remove "-"s). - Will document the design and verification on www.danielhorne.co.uk when I get round to it.
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C++ implementation of SHA-3 hash.
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