On 27 June 2011 15:38, Peter Brett wrote:
> Merge branch 'peter-b/guile-scheme-api'.
Well done, Peter, I know this was a mammoth effort. I'm looking
forward to working with the new API functions.
Cheers
Gareth
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> > However, I strongly recommend that you only use attribute names that
> > match:
>
> Confinement to ascii chars prevents proper spelling of non-english
> words. What is the rationale to this restriction? IIRC, the glibc
> string operations are TTF8 aware. Rather than restrict the input to
> a
commit 23181c3de91dc22ab40d6a7080e3b094bd4ca0ac
Merge: c4ca820 242562c
Author: Peter TB Brett
Date: Mon Jun 27 15:24:08 2011 +0100
Merge branch 'peter-b/guile-scheme-api'.
Thanks to the following people who provided useful input that helped
with the development of these change
Peter Brett wrote:
> However, I strongly recommend that you only use attribute names that
> match:
>
> ^[a-z][a-z0-9_-\.]*$
Ouch.
Every string in the user interface should potentially be subject to
localization. Every input field should accept local characters.
Since attributes can be introd
On Sat, 2011-06-25 at 07:45 +0100, Peter TB Brett wrote:
> On Friday 24 June 2011 22:44:29 Peter TB Brett wrote:
> > Hi folks,
> >
> > I've now written the documentation for the Scheme API so far (in
> > TexInfo, simply because that was the quickest way to get it done and
> > looking nice). I've
> 1) are there any restrictions on the characters in attribute
>names and values (other than no "=" in the name) ?
The implementation of the "attribute name, value" parser
is in the function around line 357 of
"./libgeda/src/o_attrib.c" file:
357 gboolean
358 o_attrib_string_get_name_value
[Re-sending to list, since there's been additional interest.]
Gareth Edwards writes:
> Hi there, I'm still intermittently working on a parser in Python for
> the gEDA/gaf file format and I have a couple of questions that I hope
> the list can answer.
>
> 1) are there any restrictions on the chara
The most recent circuit you posted is not the same as your original
and as Gene pointed out, you have now made a series resonant circuit
between the 220nF cap and the 200uH primary inductance.
In the simulation, the source resistance is zero, the ESR of the cap
is zero and there is only 0.25R seri
This questions intereresting for me too, so it would be nice if
somebody of Guru could comment them :)
Hi there,
I'm still intermittently working on a parser in Python for the
gEDA/gaf file format and I have a couple of questions that I hope
the
list can answer.
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