🚀 go-pugleaf

Due to the large amount of e-mail I received I have decided to post
my toolkit to the sources archive.  I must say I was surprised by
the number of responses; when I first posted to see how many were
interested (about 6 or 7 months ago) I got almost no response (only
2 or 3 replies) so I scrapped the project, resurrecting it only a
short while ago when I needed some of the routines for something
else.

I also received a couple of responses saying they thought my toolkit
was too trivial and should contain things like AVL and B+ trees.  To
these people I say that you are correct and that it should (and 
likely will some day) but I decided to post what I have already
completed so that others can use it and perhaps weed out any bugs
that I have missed.

If you have routines that you would like to see in such a toolkit
please let me know and I may include them in a future release.  In
addition, if you have code which you have written but do not want
to go to the trouble of putting it in a package to make available
to others, I would be interested in including relevant stuff in
a future version of this toolkit.

As I mentioned yesterday, my next version of the toolkit will
contain a linear algebra package.  I have received a few responses
as to what people would like to see in it and I would like to
receive more ideas.

Thanks for all your replies.

Steven W. Klassen                       +-----------------------------+
Computer Science Major                  | Support the poor...buy fur! |
University of Waterloo                  +-----------------------------+