def add_logical_component_to_deviceset(self, cpt, lib, deviceset):
""" Add the openjson component to the eagle library and deviceset objects
as a logical device with gates. """
symbol_names = set() # set of names used for eaglexml symbols
gate_names = set() # set of names used for eaglemxl gates
for symindex, symbol in enumerate(cpt.symbols):
for bodyindex, body in enumerate(symbol.bodies):
index = (symindex * len(symbol.bodies)) + bodyindex
symname = cpt.attributes.get('eaglexml_symbol_%d' % index,
'symbol_%d' % len(lib.symbols.symbol))
if symname not in symbol_names:
lib.symbols.symbol.append(
self.make_eagle_symbol_for_openjson_body(symname, body))
symbol_names.add(symname)
gatename = cpt.attributes.get('eaglexml_gate_%d' % bodyindex,
'G$%d' % bodyindex)
if gatename not in gate_names:
deviceset.gates.gate.append(
G.gate(name=gatename, symbol=symname, x="0", y="0"))
gate_names.add(gatename)
self.body2gate[body] = gatename
for pin in body.pins:
self.cptpin2gate[cpt.name, pin.pin_number] = gatename
def add_logical_component_to_deviceset(self, cpt_name, cpt, lib,
deviceset):
""" Add the openjson component to the eagle library and deviceset objects
as a logical device with gates. """
# set of names used for eaglexml symbols
symbol_names = set([s.name for s in lib.symbols.symbol])
gate_names = set() # set of names used for eaglemxl gates
self.cpt2pinnames[cpt_name] = []
for symindex, symbol in enumerate(cpt.symbols):
for bodyindex, body in enumerate(symbol.bodies):
index = (symindex * len(symbol.bodies)) + bodyindex
symname = cpt.attributes.get(
'eaglexml_symbol_%d' % index,
'symbol_%d' % len(lib.symbols.symbol))
for pin in body.pins:
if pin.label is not None:
pin_name = pin.label.text
else:
pin_name = pin.pin_number
if pin_name in self.cpt2pinnames[cpt_name]:
self.pinnum2name[(
cpt_name, pin.pin_number)] = pin_name + ' ' + str(
self.cpt2pinnames[cpt_name].count(pin_name) +
1)
else:
self.pinnum2name[(cpt_name, pin.pin_number)] = pin_name
self.cpt2pinnames[cpt_name].append(pin_name)
if symname not in symbol_names:
lib.symbols.symbol.append(
self.make_eagle_symbol_for_openjson_body(
symname, body, cpt_name))
symbol_names.add(symname)
gatename = cpt.attributes.get('eaglexml_gate_%d' % bodyindex,
'G$%d' % bodyindex)
if gatename not in gate_names:
deviceset.gates.gate.append(
G.gate(name=gatename, symbol=symname, x="0", y="0"))
gate_names.add(gatename)
self.body2gate[body] = gatename
for pin in body.pins:
self.cptpin2gate[cpt_name, pin.pin_number] = gatename
def add_logical_component_to_deviceset(self, cpt_name, cpt, lib, deviceset):
""" Add the openjson component to the eagle library and deviceset objects
as a logical device with gates. """
# set of names used for eaglexml symbols
symbol_names = set([s.name for s in lib.symbols.symbol])
gate_names = set() # set of names used for eaglemxl gates
self.cpt2pinnames[cpt_name] = []
for symindex, symbol in enumerate(cpt.symbols):
for bodyindex, body in enumerate(symbol.bodies):
index = (symindex * len(symbol.bodies)) + bodyindex
symname = cpt.attributes.get('eaglexml_symbol_%d' % index,
'symbol_%d' % len(lib.symbols.symbol))
for pin in body.pins:
if pin.label is not None:
pin_name = pin.label.text
else:
pin_name = pin.pin_number
if pin_name in self.cpt2pinnames[cpt_name]:
self.pinnum2name[(cpt_name, pin.pin_number)] = pin_name + ' ' + str(self.cpt2pinnames[cpt_name].count(pin_name) + 1)
else:
self.pinnum2name[(cpt_name, pin.pin_number)] = pin_name
self.cpt2pinnames[cpt_name].append(pin_name)
if symname not in symbol_names:
lib.symbols.symbol.append(
self.make_eagle_symbol_for_openjson_body(symname, body, cpt_name))
symbol_names.add(symname)
gatename = cpt.attributes.get('eaglexml_gate_%d' % bodyindex,
'G$%d' % bodyindex)
if gatename not in gate_names:
deviceset.gates.gate.append(
G.gate(name=gatename, symbol=symname, x="0", y="0"))
gate_names.add(gatename)
self.body2gate[body] = gatename
for pin in body.pins:
self.cptpin2gate[cpt_name, pin.pin_number] = gatename
