On 5/10/07, Mark Voortman [EMAIL PROTECTED] wrote:
2. Have you considered the GC implications?
There should be no garbage collection. I just load it into memory once and
that's it.
Since chicken uses a (generational) stop-and-copy collector, all data
allocated will be moved from one space
On 5/11/07, felix winkelmann [EMAIL PROTECTED] wrote:
On 5/10/07, Mark Voortman [EMAIL PROTECTED] wrote:
2. Have you considered the GC implications?
There should be no garbage collection. I just load it into memory once and
that's it.
Since chicken uses a (generational) stop-and-copy
Hi guys,
I have an urgent need to create a vector with a capacity of over 100
million elements. However, I get an out of range exception when I call
make-array since the numbers of elements is limited to 16777215. Where can
I increase this limit?
Thanks!
Mark
Mark Voortman scripsit:
I have an urgent need to create a vector with a capacity of over 100
million elements. However, I get an out of range exception when I call
make-array since the numbers of elements is limited to 16777215. Where can
I increase this limit?
The simplest way is to move to
On 5/10/07, Mark Voortman [EMAIL PROTECTED] wrote:
I have an urgent need to create a vector with a capacity of over 100
million elements. However, I get an out of range exception when I call
make-array since the numbers of elements is limited to 16777215.
1. Which is it, vector or array? If
John,
Thanks for your reply. However, according to my calculator 2^30 is
1,073,741,824 which should be more than enough. Where did all the space
go? I also thought about a vector of vectors but I'd like to keep it
simple, if possible. A 64 bit machine is not an option at the moment.
Cheers,
Mark
Hey Zbigniew,
1. Which is it, vector or array? If array, which kind (srfi-25,
array-lib, etc.)
I tried a srfi-25 array with one dimension.
2. Have you considered the GC implications?
There should be no garbage collection. I just load it into memory once and
that's it.
3. Do you need a
Mark,
On May 10, 2007, at 2:19 PM, Mark Voortman wrote:
Where did all the space
go?
Each scheme object has a header word which stores: 1) Various type
tags and 2) the length of the object. So, the extra space went into
type tags---there are 24 bits reserved for the length, and the
Thanks for the info!
Mark,
On May 10, 2007, at 2:19 PM, Mark Voortman wrote:
Where did all the space
go?
Each scheme object has a header word which stores: 1) Various type
tags and 2) the length of the object. So, the extra space went into
type tags---there are 24 bits reserved for
