> -----Original Message-----
> From: Smelly Pooh [mailto:plop at redbrick.dcu.ie]
> Sent: 01 September 2000 13:09
> To: ilug at linux.ie
> > > C and C++ are very powerful and can give much greater performance and
> > > scalability on _large_ systems, but they come at the price of making
> > > it easy to mess up big time.
> > I agree. In general the more flexible something is, necessarily
> > the more complex it is. In other words there is no free lunch.
>> Not necessarily, look at the RISC vs. CISC debates, even in language terms
> the most simplistic are the most flexible. Scheme is a good example, good
> for all levels of programming, scripting and embedding, extendable via
> written macros to include object orientation, loop structures, exception
> handling and so on, with a more complex language aforementioned
> might already be there, but it'd be a lot harder to adapt the language to
> ideas as readily as with a simple language like Scheme.
This is not what I meant by flexible.
> I'll concede that you might be using the word flexibility to describe such
> things as being able to handle memory yourself, access low level stuff
> kernel APIs or inline assembly and so forth, although I consider that
> not flexibility.
Yep, that's what I mean. Yes control is a better word.
Lower levels give you more control for creating the logic
to manipulate bits (of data), which is all you're doing
at the end of the day.
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