i wonder how much it might be.
my guess is 4 for average short function about 20 lines x 80
characters.
i know it is very difficult to come up with some "average c code" and
"average asm code" .... nevertheless someone might have some
experience.
- thanks

ca1 wrote:

> i wonder how much it might be.
> my guess is 4 for average short function about 20 lines x 80
> characters.
> i know it is very difficult to come up with some "average c code" and
> "average asm code" .... nevertheless someone might have some
> experience.
> - thanks

The answer would be different for different pieces of code and for CISC
vs. RISC architectures. Generally the assembler equivalent of a segment
of C code tends to be several times as long in terms of lines. Some
assembler dialects can have multiple instruction mnemonics in a single
line and of course C code can be written in wide ranging manner with
regard to vertical space. Compiler optimisation can dramatically affect
this ratio to IME.

In article <91fd63cd-5556-41d0-b4c5-e72781773b9f@m36g2000hse.googlegroups.com>,
ca1 <xchmelmilos@gmail.com> wrote:
>i wonder how much it might be.
>my guess is 4 for average short function about 20 lines x 80
>characters.
>i know it is very difficult to come up with some "average c code" and
>"average asm code" .... nevertheless someone might have some
>experience.

Completely unscientific experiment with a small number of small programs:
about 6 2/3.

--
"Do not on any account attempt to write on both sides of
the paper at once." -- Walter C. Sellar

It is not a reliable metric. We have examples where several lines
of source yields one instruction and the converse is also true.

w..


ca1 wrote:

> i wonder how much it might be.
> my guess is 4 for average short function about 20 lines x 80
> characters.
> i know it is very difficult to come up with some "average c code" and
> "average asm code" .... nevertheless someone might have some
> experience.
> - thanks