Re: no constants please
Richard Kelsey
(04 Jan 2004 18:11 UTC)
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Re: no constants please
felix
(04 Jan 2004 19:25 UTC)
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Re: no constants please
Richard Kelsey
(04 Jan 2004 20:08 UTC)
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Re: no constants please
Tom Lord
(04 Jan 2004 21:13 UTC)
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Re: no constants please
Tom Lord
(04 Jan 2004 21:43 UTC)
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Re: no constants please
Richard Kelsey
(04 Jan 2004 22:59 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 00:50 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 01:19 UTC)
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Re: no constants please
Richard Kelsey
(05 Jan 2004 11:42 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 16:26 UTC)
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Re: no constants please
Richard Kelsey
(05 Jan 2004 17:49 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 18:24 UTC)
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Re: no constants please Michael Sperber (05 Jan 2004 18:48 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 22:00 UTC)
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Re: no constants please
Michael Sperber
(06 Jan 2004 07:42 UTC)
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I don't believe in "(may GC)"
Tom Lord
(05 Jan 2004 00:55 UTC)
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Re: I don't believe in "(may GC)"
Richard Kelsey
(05 Jan 2004 12:07 UTC)
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Re: I don't believe in "(may GC)"
Shiro Kawai
(05 Jan 2004 12:45 UTC)
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Re: I don't believe in "(may GC)"
bear
(05 Jan 2004 18:16 UTC)
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Re: I don't believe in "(may GC)"
Tom Lord
(05 Jan 2004 16:35 UTC)
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Re: I don't believe in "(may GC)"
bear
(05 Jan 2004 17:54 UTC)
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Re: I don't believe in "(may GC)"
tb@xxxxxx
(06 Jan 2004 01:39 UTC)
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Re: I don't believe in "(may GC)"
Michael Sperber
(06 Jan 2004 07:39 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 01:05 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 01:12 UTC)
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Re: no constants please
Richard Kelsey
(05 Jan 2004 12:17 UTC)
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Re: no constants please
Tom Lord
(05 Jan 2004 17:40 UTC)
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Re: no constants please
Michael Sperber
(05 Jan 2004 19:03 UTC)
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Re: no constants please
tb@xxxxxx
(06 Jan 2004 01:37 UTC)
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Re: no constants please
Richard Kelsey
(06 Jan 2004 02:15 UTC)
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Re: no constants please
Tom Lord
(06 Jan 2004 02:29 UTC)
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Re: no constants please
tb@xxxxxx
(06 Jan 2004 02:31 UTC)
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Re: no constants please
Richard Kelsey
(06 Jan 2004 03:10 UTC)
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Re: no constants please
tb@xxxxxx
(06 Jan 2004 03:14 UTC)
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Re: no constants please
Tom Lord
(06 Jan 2004 04:06 UTC)
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>>>>> "Tom" == Tom Lord <xxxxxx@emf.net> writes: Tom> If the root set is large, certainly it should be traced in several Tom> steps, using barriers to preserve its invariants. Is there a practical example of a system that does this? It seems very difficult to do, even absent an FFI to C, as your typical root set---the current continuation---changes *all the time*. (I'm really curious. I could never wrap my mind around this.) In 1997, I developed the prototype for this FFI concurrently with hooking RScheme's incremental collector into Scheme 48, so there's some evidence that the FFI works with incremental collection in principle. Tom> Absent any further guidance from the FFI spec, I would expect some Tom> programs to register a very large number of locations -- and worse, Tom> locations scattered widely in memory -- using Tom> SCHEME_GC_PROTECT_GLOBAL. (Why wouldn't I, in a printed circuit board Tom> CAD program, GCPROtect a field of every C structure representing an Tom> edge in a netlist graph?) Because of what you just said? :-) -- Cheers =8-} Mike Friede, Völkerverständigung und überhaupt blabla