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| [2 earlier articles] |
| Re: Help on code generation and register allocation kym@ukato.freeshell.org (russell kym horsell) (2006-02-11) |
| Re: Help on code generation and register allocation avayvod@gmail.com (Whywhat) (2006-02-11) |
| Re: Help on code generation and register allocation u.hobelmann@web.de (Ulrich Hobelmann) (2006-02-12) |
| Re: Help on code generation and register allocation avayvod@gmail.com (Whywhat) (2006-02-14) |
| Re: Help on code generation and register allocation u.hobelmann@web.de (Ulrich Hobelmann) (2006-02-14) |
| Re: Help on code generation and register allocation torbenm@app-5.diku.dk (2006-02-17) |
| Re: Help on code generation and register allocation boldyrev@cgitftp.uiggm.nsc.ru (Ivan Boldyrev) (2006-02-17) |
| Re: Help on code generation and register allocation fw@deneb.enyo.de (Florian Weimer) (2006-02-17) |
| Re: Help on code generation and register allocation Forum.Thomas.Krause@gmx.de (Thomas Krause) (2006-02-20) |
| From: | Ivan Boldyrev <boldyrev@cgitftp.uiggm.nsc.ru> |
| Newsgroups: | comp.compilers |
| Date: | 17 Feb 2006 00:10:05 -0500 |
| Organization: | this field is intentionally left blank |
| References: | 06-02-055 06-02-072 06-02-088 06-02-096 |
| Keywords: | optimize |
| Posted-Date: | 17 Feb 2006 00:10:05 EST |
On 9385 day of my life avayvod@gmail.com wrote:
> I always considered tail recursion elimination to be a
> target-independent optimization process. So what does it have to deal
> with register allocator and processor architecture?
Tail recursion elimination (function calls itself in tail call
position) can be target-independed optimization, but tail call
elimination (function calls some other function in tail call position)
depends on low-level details as Ulrich explained.
--
Ivan Boldyrev
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