November 2014
S M T W T F S
« Oct    
 1
2345678
9101112131415
16171819202122
23242526272829
30  

Recent Posts

Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and DecreaseKeyModifier 6.0.0.1

DiceLock cipher architecure presents multiple possible configurations, for this reason DiceLock implementation verification has been splitted into different sets.

This verification set selection is based on DiceLock main class options, DiceLockIndexed, DiceLockDigested, DiceLockIVIndexed, DiceLockIVDigested, DiceLockXTSIndexed and DiceLockXTSDigested for Windows and for Linux all of them.

This DiceLock architecture verification is performed with fixed test vector files which are grouped based on the particular C++ test driver program being used.

All these test vectors are used with DiceLock cipher architecture to verify compatibility, and they can be used to port DiceLock-x 9.0.0.1 for Linux to any other language (C, Java, Basic, etc) or operating system (OSX, iOS, Android, AIX, 64 bit systems or others) and to verify backward compatibility of any further development carried out in the future.

In this post we show the key elements to verify DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and DecreaseKeyModifier 6.0.0.1 making use of CheckDiceLockIVDigested-CBC-x C++ test driver program and the proper test vector files.

These elements can be found at:
DiceLock-x 9.0.0.1 C++ clases
CheckDiceLockIVDigested-CBC-x test vector files
DiceLock-x 9.0.0.1 C++ source code links

Click here if you want to read more on … Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and DecreaseKeyModifier 6.0.0.1

Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and IncreaseKeyModifier 6.0.0.1

DiceLock cipher architecure presents multiple possible configurations, for this reason DiceLock implementation verification has been splitted into different sets.

This verification set selection is based on DiceLock main class options, DiceLockIndexed, DiceLockDigested, DiceLockIVIndexed, DiceLockIVDigested, DiceLockXTSIndexed and DiceLockXTSDigested for Windows and for Linux all of them.

This DiceLock architecture verification is performed with fixed test vector files which are grouped based on the particular C++ test driver program being used.

All these test vectors are used with DiceLock cipher architecture to verify compatibility, and they can be used to port DiceLock-x 9.0.0.1 for Linux to any other language (C, Java, Basic, etc) or operating system (OSX, iOS, Android, AIX, 64 bit systems or others) and to verify backward compatibility of any further development carried out in the future.

In this post we show the key elements to verify DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and IncreaseKeyModifier 6.0.0.1 making use of CheckDiceLockIVDigested-CBC-x C++ test driver program and the proper test vector files.

These elements can be found at:
DiceLock-x 9.0.0.1 C++ clases
CheckDiceLockIVDigested-CBC-x test vector files
DiceLock-x 9.0.0.1 C++ source code links

Click here if you want to read more on … Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 256 and IncreaseKeyModifier 6.0.0.1

Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and DecreaseKeyModifier 6.0.0.1

DiceLock cipher architecure presents multiple possible configurations, for this reason DiceLock implementation verification has been splitted into different sets.

This verification set selection is based on DiceLock main class options, DiceLockIndexed, DiceLockDigested, DiceLockIVIndexed, DiceLockIVDigested, DiceLockXTSIndexed and DiceLockXTSDigested for Windows and for Linux all of them.

This DiceLock architecture verification is performed with fixed test vector files which are grouped based on the particular C++ test driver program being used.

All these test vectors are used with DiceLock cipher architecture to verify compatibility, and they can be used to port DiceLock-x 9.0.0.1 for Linux to any other language (C, Java, Basic, etc) or operating system (OSX, iOS, Android, AIX, 64 bit systems or others) and to verify backward compatibility of any further development carried out in the future.

In this post we show the key elements to verify DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and DecreaseKeyModifier 6.0.0.1 making use of CheckDiceLockIVDigested-CBC-x C++ test driver program and the proper test vector files.

These elements can be found at:
DiceLock-x 9.0.0.1 C++ clases
CheckDiceLockIVDigested-CBC-x test vector files
DiceLock-x 9.0.0.1 C++ source code links

Click here if you want to read more on … Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and DecreaseKeyModifier 6.0.0.1

Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and IncreaseKeyModifier 6.0.0.1

DiceLock cipher architecure presents multiple possible configurations, for this reason DiceLock implementation verification has been splitted into different sets.

This verification set selection is based on DiceLock main class options, DiceLockIndexed, DiceLockDigested, DiceLockIVIndexed, DiceLockIVDigested, DiceLockXTSIndexed and DiceLockXTSDigested for Windows and for Linux all of them.

This DiceLock architecture verification is performed with fixed test vector files which are grouped based on the particular C++ test driver program being used.

All these test vectors are used with DiceLock cipher architecture to verify compatibility, and they can be used to port DiceLock-x 9.0.0.1 for Linux to any other language (C, Java, Basic, etc) or operating system (OSX, iOS, Android, AIX, 64 bit systems or others) and to verify backward compatibility of any further development carried out in the future.

In this post we show the key elements to verify DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and IncreaseKeyModifier 6.0.0.1 making use of CheckDiceLockIVDigested-CBC-x C++ test driver program and the proper test vector files.

These elements can be found at:
DiceLock-x 9.0.0.1 C++ clases
CheckDiceLockIVDigested-CBC-x test vector files
DiceLock-x 9.0.0.1 C++ source code links

Click here if you want to read more on … Linux C++ test driver program, CheckDiceLockIVDigested-CBC-x, and test vector files to verify DiceLock 9.0.0.1 architecture: DiceLockIVDigested, cipher-block chaining CBC, Camellia 192 and IncreaseKeyModifier 6.0.0.1