On Oct 22, 2008, at 7:31 PM, John Doty wrote:
>
> On Oct 22, 2008, at 10:01 AM, Peter TB Brett wrote:
>
>> On Wednesday 22 October 2008 16:36:47 Frank Miles wrote:
>>> While a geda-newbie, over the years I've developed a set of
>>> programs which
>>> use a (Postgresql-based) database to update an
Thanks to everyone for their ideas for reading and writing component
attributes. Unfortunately this may take some time (being eternally
overloaded and unfamiliar with gaf code), but I have a strong interest in
making something work. What form this takes is still to-be-determined.
Complicating thi
Frank,
First, there is the geda library libgeda. libgeda more or less defines
the internal data structures and many of the methods for controling
these data structures. However, libgeda is somewhat convoluted. It would
be possible to write an application that makes use of libgeda and then
extends
On Oct 22, 2008, at 11:58 AM, al davis wrote:
> On Wednesday 22 October 2008, John Doty wrote:
>> (3) write a gnetlist back end (not as hard as it looks):
>> gnetlist is effectively the tool for libgeda scripting.
>
> sorry he needs to go the other way.
Hmm. Where's the barrier to muckin
On Wednesday 22 October 2008, John Doty wrote:
> (3) write a gnetlist back end (not as hard as it looks):
> gnetlist is effectively the tool for libgeda scripting.
sorry he needs to go the other way.
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On Oct 22, 2008, at 10:01 AM, Peter TB Brett wrote:
> On Wednesday 22 October 2008 16:36:47 Frank Miles wrote:
>> While a geda-newbie, over the years I've developed a set of
>> programs which
>> use a (Postgresql-based) database to update and error check
>> schematics
>> originating in a DOS-
I'd like to second Franks request.
Our company has an established internal parts database (mysql) from
which I'd like to be able to use to stuff attributes with. I've looked
at the raw schematic file format and it appears to be straight forward
(except for auto placement on the schematic of th
On Wednesday 22 October 2008 16:36:47 Frank Miles wrote:
> While a geda-newbie, over the years I've developed a set of programs which
> use a (Postgresql-based) database to update and error check schematics
> originating in a DOS-based OrCAD. I would like to have similar
> capabilities in gschem/p
While a geda-newbie, over the years I've developed a set of programs which
use a (Postgresql-based) database to update and error check schematics
originating
in a DOS-based OrCAD. I would like to have similar capabilities in gschem/pcb.
A key requirement is to be able to read and write component
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