Basic encryption utilities, for educational purposes mainly, but suitable for small, non-critical production use. Comes with no warranty.

This builds a static and a shared library, so link against fritters or fritters_static, and uses cmake in the process.

• Recommended way (using collector ):

include("collector/collector.cmake")#need to be after project() call

...
collect( "https://github.com/PotatoBite/fritters" "v0.0.1" ${yourTarget} )

...
target_link_libraries(${yourTarget} fritters_static)

• Configure, build and install with cmake. Then be sure that is accessible from your code, ie(using cmake):

...
set (FRITTERS_DIR "C:\\fritters")

...
target_include_directories (${yourTarget} PRIVATE ${FRITTERS_DIR}/include )#add path to headers
target_link_directories (${yourTarget} PRIVATE ${FRITTERS_DIR}/lib)#add path to libs

...
target_link_libraries(${yourTarget} fritters_static)

• Using the source code directly(the .cpp files): Instead of relaying in compiled lib, you can use the folder src directly, and just compile the required file for the algorithm you are going to use, just need to include, fritters/<desired_algorithm>.cpp in one of your implementation files(.cpp, preferably in the main source file with the app entry point) or compile the file along as other source of your program, in the subsequent ones just need the definitions(fritters/<desired_algorithm>.h).

This is a list of the strongest, most production ready implementations, other existing may be in development, or subject to breaking changes:

• RC4 (classic implementation) #include <fritters/RC4.h>:

RC4 cipher("this is the key to use jpiyo874fiuh2in lpY%$^");
std::string message = "string to encrypt or decrypt";
cipher.inplaceCipher(message);
std::cout << message << std::endl;//message encrypted

RC4 decipher("this is the key to use jpiyo874fiuh2in lpY%$^");
decipher.inplaceCipher(message);
std::cout << message << std::endl;//"string to encrypt or decrypt"