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phelix加密算法源代码,是一个开源的加密算法

                ECRYPT  
File Name       Requirement     Description
====================================================================
coversheet.txt      A           ECRYPT Cover Sheet
IPstatement.txt     D           Intellectual Property Statement

phelix.ps           B           Postscript form of the Phelix paper
phelix.pdf          B           PDF form of the Phelix paper
phelix.tex          B           LaTeX source for Phelix paper
ntfbox.mp           B           Metapost source for figures for phelix.tex
phelix.mp           B           Metapost source for figures for phelix.tex
phelix.1            B           EPS figure (from phelix.mp)
phelix.2            B           EPS figure (from phelix.mp)
phelix.bbl          B           Bibliography source for phelix.tex
llncs.cls           B           LaTeX document class definition

makefile            C           makefile for various flavors of Phelix
ecrypt-config.h     C           ECRYPT header file (unmodified)
ecrypt-machine.h    C           ECRYPT header file (unmodified)
ecrypt-portable.h   C           ECRYPT header file (unmodified)
ecrypt-sync-ae.h    C           ECRYPT header file (modified for Phelix)
phelix.h            C           Phelix definitions
phelixKAT.h         C           Phelix KAT vectors
platform.h          C           Phelix portable definitions (non-ECRYPT)
phelix.c            C           Phelix portable implementation (ANSI C)
testPhelix.c        C           Phelix test module (ANSI C)
ecrypt-test.c       C           ECRYPT test module
strucmac.inc        C           Structured programming macros for x86 ASM
phelix86.asm        C           Phelix optimized x86 ASM implementation
phelix86.obj        C           Phelix optimized x86 ASM object file
phelix86.S          C           Phelix optimized x86 ASM implementation (gnu assembler)
strucmac.S          C           Structured programming macros for x86 ASM (gnu assembler)

testPhelix.exe      C           Phelix test program (Windows console app).
                                Performs validity (KAT, self-consistency) checks
                                and measures speed of C and ASM implementations