I'm very happy to announce the release of UnivDisasm. A powerful x86 disassembler and opcodes analyzer. The idea started when I was learning Intel AVX512 instructions set .And I realized that I need a powerful x86 disassembler to decode AVX512 opcodes. Unfortunately a few libraries was available and in the most case they give a wrong memory size or wrong instructions length (they were buggy),not mentioning that all was coded using c programming language .So in the summer of 2014,I started implementing zDisAsmLibrary project, However things get dirty and I got a buggy disassembler library too. It was good for legacy x86 instructions but not for AVX, so I dropped the project and started with a new one hopping that will be much better. I spent mostly all the time between the summer of 2014 and this one collecting and reading available resources till I decided to start the real coding staff (this Mai). I know you may get bored when you are reading this story…Ok, I will stop!

I'm very happy to announce the  release of UnivDisasm. A powerful x86 disassembler and opcodes analyzer. The idea started when I was learning Intel AVX512 instructions set .And I realized that I need a powerful x86 disassembler to decode AVX512 opcodes. Unfortunately a few libraries was available and in the most case they give a wrong memory size or wrong instructions length (they were buggy),not mentioning that all was coded using c programming language .So in the summer of 2014,I started implementing zDisAsmLibrary project, However things get dirty and I got a buggy  disassembler library too. It was good for legacy x86 instructions but not for AVX, so I dropped the project and started with a new one hopping that will be much better. I spent mostly all the time between the summer of 2014 and this one collecting and reading available resources till I decided to start the real coding staff (this Mai). I know you may get bored when you are reading this story…Ok, I will stop!
Here is some features of UnivDisasm:
-x86 and x86-64 support.
-Support mostly all instructions found in Intel and AMD documentation, including:
*FPU,MMX,SSE,SSE2,SSE3,SSSE3,SSE4.1,SSE4.2,SSE5,3DNOW,AVX,AVX2 ,FMA,FMA4.
*AES, MPX, F16C, TSX, VME, BMI, BMI2 …
*AVX512F, AVX512BW, AVX512CD, AVX512DQ, AVX512ER, AVX512PF, AVX512VBMI, AVX512IFMA.
-Support decoding the following encoding:
*REX, DREX, VEX, EVEX, XOP.
-Support for Intel new syntax enhancement:
*Masking, Zeroing, Rounding, Broadcasting …
-Customized:
UnivDisasm has an open architecture allowing for easy to extend for others syntax. You can have your own assembler syntax with less code writing! 
-Support for VSIB memory addressing.
-Support Compressed displacement called disp8*N.
-Safe:
*Thread safe: You don’t need to worry when working with multi threads. 
*Disasm safe: UnivDisasm provides errors detecting and safe bytes reading mechanisms.
-Analyzer:
UnivDisasm comes with a powerful code analyzer: detecting for errors, warnings, wrong prefixes use, wrong memory address …
There are many others features such as Flags and instructions categories grouping … that I am not going to talk about.
Please do me a favor and don’t ask me for Delphi versions support that don’t have record helper feature. And please be patient for the documentations (I am so tired that I may die if I write another single line).

Last words, I ‘like to give a thanks to Christian Ludloff and to the NASM team for their great x86 resources. And a thanks to the Perl community for their awesome scripting that made my life easier.

https://github.com/MahdiSafsafi/UnivDisasm