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DESCRIPTION
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DEPENDENCIES
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<boost/utility.hpp>
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SYNOPSIS
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#include <cryptlite/base64.h>
#include <cryptlite/sha1.h>
#include <cryptlite/sha256.h>
#include <cryptlite/hmac.h>
#include <boost/cstdint.hpp>
using namespace cryptlite;
// base64 encoding
std::string b64 = base64::encode_from_string("foobarbuz");
std::vector<boost::uint8_t> decoded_v;
base64::decode(b64, decoded_v);
std::string decoded_str;
base64::decode(b64, decoded_str);
boost::shared_array<boost::uint8_t> arr;
std::size_t len;
boost::tie(arr, len) = base64::decode_to_array(b64);
// sha1 hash
boost::uint8_t sha1digest[sha1::HASH_SIZE];
sha1::hash("foobar", sha1digest);
// hex-formatted sha1 hash
std::string sha1hex = sha1::hash_hex("foobar");
// base64-formatted sha1 hash
std::string sha1base64 = sha1::hash_base64("foobar");
// sha256 hash
boost::uint8_t sha256digest[sha256::HASH_SIZE];
sha256::hash("foobar", sha256digest);
// hex-formatted sha256 hash
std::string sha256hex = sha256::hash_hex("foobar");
// base64-formatted sha256 hash
std::string sha256base64 = sha256::hash_base64("foobar");
// calculate hmac-sha1
boost::uint8_t hmacsha1digest[sha1::HASH_SIZE];
hmac<sha1>::calc("basestring", "key", hmacsha1digest);
// calculate hex-formatted hmac-sha1
std::string hmacsha1hex = hmac<sha1>::calc_hex("basestring", "key");
// calculate hmac-sha256
boost::uint8_t hmacsha256digest[sha256::HASH_SIZE];
hmac<sha256>::calc("basestring", "key", hmacsha256digest);
// calculate hex-formatted hmac-sha256
std::string hmacsha256hex = hmac<sha256>::calc_hex("basestring", "key");
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INSTALL
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This is header-only library.
So, copying include/cryptlite/*.h into your project directory is the easiest way.
or
1. cd build
2. cmake .. -DBUILD_SHARED_LIBS=ON -DCMAKE_BUILD_TYPE=Release
parameters
- BUILD_SHARED_LIBS (ON|OFF)
- CMAKE_BUILD_TYPE (Debug|Release)
- CMAKE_INSTALL_PREFIX (/usr/local)
3. make
4. make test
5. make install
great90/cpp-cryptlite
C++ library that supports base64-encoding, sha1/sha256 hashing, and hmac calculation
C++MIT