MASM

How would I calculate the first 12 values in the Fibonacci number sequence and be able to place it in EAX reg. and display calling DumpRegs? Using Indirect addressing I know I need a for loop here but I'm not sure how to even go about this. Any help or tips are appreciated. INCLUDE Irvine32.inc ; (insert symbol definitions here) .data ; (insert variables here) Fibonacci BYTE 1, 1, 10 DUP (?) .code main PROC ; (insert executable instructions here) ; (This below will show hexa contents of string.) mov esi, OFFSET Fibonacci ; offset the variables mov ebx,1 ; byte format mov ecx, SIZEOF Fibonacci

I have done ARM assembly programming and I would like to learn the Intel Assembler. I keep hearing all these different F/M/N/ASMs mentioned- but I am unsure how they related to what I wish to achieve? Could somebody please help me identify what I would need to learn how to program low level on the Intel architecture? I dont quite understand how the "different Assemblers" correlate, even more so with x86, IA64, AMD64/x86-64 etc? If it is of any help, I am most comfortable with Eclipse and Visual Studio 08/10 IDEs. MASM (Microsoft Assembler) is the popular assembler for Windows. MASM is for 16

What should I choose NASM or MASM for learning assembly. I want to learn assembly, motivation being Reverse Engineering. So that when I disassemble some executable, I can understand the code by looking at disassembled code. Update: I think I dint make my self clear.. I understand those are assemblers, but to understand the output of a disassembler I need to know assembly and that's the reason I'm asking where to start(with MASM or NASM) Assuming you want to learn how to do reverse-engineering on Windows , here's how. The Linux Way is very different (although eventually you get to more or less

can you please help me to convert floating-point number to IEEE 754 using assembly i have this number -1.75 and i know it equla to -1.11000000000000000000000 E+0 on IEEE754 but i dont know how to do the convert in assembly Did you mean something like this: ; Conversion of an ASCII-coded decimal rational number (DecStr) ; to an ASCII-coded decimal binary number (BinStr) as 32-bit single (IEEE 754) include \masm32\include\masm32rt.inc ; MASM32 headers, mainly for printf .data DecStr db "-1.75",0 BinStr db 40 dup (0) result REAL4 ? number dd 0 frac dd 0 divisor dd 1 .code main PROC mov edi,

I m having a problem with my loop, the code contained in it is long and it gives me error jump destination too far : by 3 byte(s) . When ı remove: mov edx,offset str1 call writestring this part below the main PROC, it doesnt give an error. But ı need this string user enters a negative number to give a message. How can ı? INCLUDE Irvine32.inc .data money dword 200,100,50,20,10,5,1 str1 byte "Enter the amounts for each value of money : ",0 str2 byte "The sum of your moneys are:",0 total dword 0 buffer dword 1000 dup(0),0 str3 byte "Do not enter neg number ",0 .code main PROC mov edx,offset str1