[OT] any good online doc for the details of compiling "hello, world"?

[Aioanei Rares]

Robert P. J. Day wrote:
> On Fri, 30 Oct 2009, Bryn M. Reeves wrote:
>
>   
>> On Fri, 2009-10-30 at 02:36 -0400, Robert P. J. Day wrote:
>>     
>>> not really a fedora question, but i'm interested in a step-by-step
>>> description of what happens when one compiles and runs "hello,
>>> world". it's sort of a fedora question since i want to relate
>>> those steps to the essential fedora packages and where they come
>>> into play (gcc, cpp, glibc-devel, libgcc, and so on), related to
>>> things like crtbegin, crtend, etc.  i'm thinking you get the idea.
>>>       
>> Maybe not exactly what you're looking for but I read this book a few
>> years ago:
>>
>> http://savannah.nongnu.org/projects/pgubook/
>>
>> It's now available under the GNU FDL (although I think a print
>> edition is still available). It covers basic programming using
>> assembler and picks apart classic examples like "Hello World" at the
>> instruction level.
>>     
>
>   that doesn't go as deep as i'd like.  actually, after i thought
> about it a bit longer, i realized that i'd like a document that gets
> into the details of gcc debugging and optimization in the sense of
> actually *explaining* it.  it's one thing to read the gcc manual to
> see what options are available, but it's quite another to truly
> understand what they all represent.
>
>   does such a document exist?
>
> rday
> --
>
> ========================================================================
> Robert P. J. Day                               Waterloo, Ontario, CANADA
>
>             Linux Consulting, Training and Kernel Pedantry.
>
> Web page:                                          http://crashcourse.ca
> Twitter:                                       http://twitter.com/rpjday
> ========================================================================
>
>   
Perhaps an ASM book covering the essentials will help for starters; 
then, books on compilers and how they work aren't hard to find on the 'net.