Please use http://rt.cpan.org/Public/Dist/Display.html?Name=Parse-GEDA-Gschem
to report bugs about Parse::GEDA::Gschem.
Thanks,
_jP
On Nov 8, 2008, at 8:55 AM, fricker wrote:
http://search.cpan.org/dist/Parse-GEDA-Gschem/
Parse::GEDA::Gschem version 1.00
NAME
Parse::GEDA::Gschem -
BTW: the demo_geda-usch.pl included in Parse::GEDA::Gschem allows you
to update net cross page references attributes.
_jP
$./demo_geda-usch.pl -H
Usage: ./demo_geda-usch.pl [-hH] schematicFile1 schematicFile2 ...
-hHelp; this message
-HExtended help
-v...v
http://search.cpan.org/dist/Parse-GEDA-Gschem/
Parse::GEDA::Gschem version 1.00
NAME
Parse::GEDA::Gschem - gEDA/gaf gschem schematic file parser
DESCRIPTION
Collection of routines used to parse and write back schematic
files of the
format specified by gEDA gschem schematic
On 21 avr. 08, at 02:53, Peter Clifton wrote:
On Mon, 2008-04-21 at 00:05 +0200, fricker wrote:
Hi all,
Is there a Perl interface to gschem I could use to:
- parse a given set of schematic (or symbol) pages and get a data
structure of the full (flat) design
- write back schematic (or
On Mon, 2008-04-21 at 10:22 +0200, fricker wrote:
On 21 avr. 08, at 02:53, Peter Clifton wrote:
[...]
Reading you it seems to me that the gschem file format changes less
often than a potential API in libgeda. I should therefore keep such
parser/writer completely independent from libgeda
On 21 avr. 08, at 11:39, Peter Clifton wrote:
On 21 avr. 08, at 10:22, fricker wrote:
What I need to achieve all of this is a Perl module that offers:
- readFiles([EMAIL PROTECTED]) that returns a reference to an array of hashes
(file names are pushed into the data structure)
-
On Mon, 2008-04-21 at 13:03 +0200, fricker wrote:
On 21 avr. 08, at 11:39, Peter Clifton wrote:
On 21 avr. 08, at 10:22, fricker wrote:
What I need to achieve all of this is a Perl module that offers:
- readFiles([EMAIL PROTECTED]) that returns a reference to an array of
hashes
On Mon, 2008-04-21 at 00:05 +0200, fricker wrote:
Hi all,
Is there a Perl interface to gschem I could use to:
- parse a given set of schematic (or symbol) pages and get a data
structure of the full (flat) design
- write back schematic (or symbol) pages given the same and modified
data
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