_asm

i want to know how to get addresses for games like CF and stuff.

A little over 200. Your not gonna learn them in 4 hours. Though really you only need to know about 50 common instructions.

If ur looking for an address u should have said that in the first place. depending on the address it takes different techniques to find. What are u looking for. Go ahead and get frustrated. It won't help ur situation. What's the rush? take ur time.

like address of players and stuff like that

If your looking for a player pointer start off by looking for values you think the player pointer would hold, such as x,y,z coordinates, health, weapons carried etc. I would use player coords since they are easy to change. moves up and down to search for changes in your y axis, then try searching for references of the address of the ycoord you just found. Naturally if the ycoord is in your player structure it will be accessed from an offset from an address. This address is most likely the object pointer.

When a structure is created all of its Data members are accessed by offsets from the objects (struct, class, whatever u wanna call it... I used the word object because technically classes are just the blueprint for objects while objects are like the actual realization of that blueprint in memory). But digress... so you need to find what offset was used to access your players ycoord. Then you simply subtract that offset from ur ycoord address to find the player pointer. (player object, beginning of the struct, watever u wanna call it)

Ok, so just to be clear, i need to learn MASM for putting asm in c++ programs? Not x86 Asm?

x86 is the instruction set ( processor ), MASM is syntax.

You can program using the x86 instruction set using NASM,FASM,TASM and MASM.

so i can write asm codes in c++? with the masm syntax?

Well I'm not too sure, but, I think inline assembly is only accepted by Microsoft C++ compiler, since it's microsoft's I'm going to assume that you have to use Microsoft's syntax in the inline assembly portion. So yes, Microsoft's Macro assembler syntax is the way to go.

Going to bed now, bye. |:

Well, can somebody guide me to a good "microsoft inline asm"? I would appreciate it. thanks.