def gen_vendor_mapfile(vendor_obj, maxage=-1):
"""
:type vendor_obj: sourcing.vendors.VendorBase
"""
if isinstance(vendor_obj, int):
vendor_obj = vendor_list[vendor_obj]
if 'electronics' == vendor_obj.pclass:
logger.info('Generating electronics mapfile for ' + vendor_obj.name)
symlib = gsymlib.gen_symlib()
symlib.sort(key=lambda x: x.ident)
idents = []
for symbol in symlib:
if symbol.ident.strip() != "":
idents.append(symbol.ident)
gen_mapfile(vendor_obj, idents, maxage)
logger.info("Done Generating Electronics Vendor Map : " +
vendor_obj.name)
elif 'electronics_pcb' == vendor_obj.pclass:
logger.info('Generating PCB mapfile for ' + vendor_obj.name)
pcblib = projects.pcbs
idents = []
for pcb, folder in iteritems(pcblib):
idents.append(pcb)
gen_mapfile(vendor_obj, idents, maxage)
logger.info("Done Generating PCB Vendor Map File : " + vendor_obj.name)
else:
logger.warning('Vendor pclass is not recognized. Not generating map.')
return
def gen_vendor_mapfile(vendor_obj):
"""
:type vendor_obj: sourcing.vendors.VendorBase
"""
if isinstance(vendor_obj, int):
vendor_obj = vendor_list[vendor_obj]
if 'electronics' == vendor_obj.pclass:
logger.info('Generating electronics mapfile for ' + vendor_obj.name)
symlib = gsymlib.gen_symlib()
symlib.sort(key=lambda x: x.ident)
idents = []
for symbol in symlib:
if symbol.ident.strip() != "":
idents.append(symbol.ident)
gen_mapfile(vendor_obj, idents)
logger.info("Done Generating Electronics Vendor Map : " +
vendor_obj.name)
elif 'electronics_pcb' == vendor_obj.pclass:
logger.info('Generating PCB mapfile for ' + vendor_obj.name)
pcblib = projects.pcbs
idents = []
for pcb, folder in iteritems(pcblib):
idents.append(pcb)
gen_mapfile(vendor_obj, idents)
logger.info("Done Generating PCB Vendor Map File : " + vendor_obj.name)
else:
logger.warning('Vendor pclass is not recognized. Not generating map.')
return
def generate_gsymlib():
"""
Profiles gsymlib generation.
When the ``gsymlib`` module is loaded, it automatically generates the gEDA symbol
library from the library on the filesystem. This function profiles the generation of
the symlib.
:download:`Raw execution profile <../../../profiling/gedaif/gsymlib/gsymlib.profile>`
:download:`SVG of execution profile <../../../profiling/gedaif/gsymlib/gsymlib.profile.svg>`
.. rubric:: Execution Profile
.. image:: ../../../profiling/gedaif/gsymlib/gsymlib.profile.svg
.. rubric:: pstats Output
.. literalinclude:: ../../../profiling/gedaif/gsymlib/gsymlib.profile.stats
"""
symlib = gsymlib.gen_symlib()
def generate_gsymlib():
"""
Profiles gsymlib generation.
When the ``gsymlib`` module is loaded, it automatically generates the gEDA symbol
library from the library on the filesystem. This function profiles the generation of
the symlib.
:download:`Raw execution profile <../../../profiling/gedaif/gsymlib/gsymlib.profile>`
:download:`SVG of execution profile <../../../profiling/gedaif/gsymlib/gsymlib.profile.svg>`
.. rubric:: Execution Profile
.. image:: ../../../profiling/gedaif/gsymlib/gsymlib.profile.svg
.. rubric:: pstats Output
.. literalinclude:: ../../../profiling/gedaif/gsymlib/gsymlib.profile.stats
"""
symlib = gsymlib.gen_symlib()
