def create_implementation(self, lib_name, template_list, change_list, lib_path=''):
"""Create implementation of a design in the CAD database.
Parameters
----------
lib_name : str
implementation library name.
template_list : list
a list of schematic templates to copy to the new library.
change_list :
a list of changes to be performed on each copied templates.
lib_path : str
directory to create the library in. If Empty, use default location.
"""
lib_path = lib_path or self.default_lib_path
tech_lib = self.db_config['schematic']['tech_lib']
if cybagoa is not None and self.db_config['schematic'].get('use_cybagoa', False):
cds_lib_path = os.environ.get('CDS_LIB_PATH', './cds.lib')
sch_name = 'schematic'
sym_name = 'symbol'
encoding = get_encoding()
# release write locks
cell_view_list = []
for _, _, cell_name in template_list:
cell_view_list.append((cell_name, sch_name))
cell_view_list.append((cell_name, sym_name))
self.release_write_locks(lib_name, cell_view_list)
# create library in case it doesn't exist
self.create_library(lib_name, lib_path)
# write schematic
with cybagoa.PyOASchematicWriter(cds_lib_path, lib_name, encoding) as writer:
for temp_info, change_info in zip(template_list, change_list):
sch_cell = cybagoa.PySchCell(temp_info[0], temp_info[1], temp_info[2], encoding)
for old_pin, new_pin in change_info['pin_map']:
sch_cell.rename_pin(old_pin, new_pin)
for inst_name, rinst_list in change_info['inst_list']:
sch_cell.add_inst(inst_name, lib_name, rinst_list)
writer.add_sch_cell(sch_cell)
writer.create_schematics(sch_name, sym_name)
copy = 'nil'
else:
copy = "'t"
in_files = {'template_list': template_list,
'change_list': change_list}
sympin = to_skill_list_str(self.db_config['schematic']['sympin'])
ipin = to_skill_list_str(self.db_config['schematic']['ipin'])
opin = to_skill_list_str(self.db_config['schematic']['opin'])
iopin = to_skill_list_str(self.db_config['schematic']['iopin'])
simulators = to_skill_list_str(self.db_config['schematic']['simulators'])
cmd = ('create_concrete_schematic( "%s" "%s" "%s" {template_list} '
'{change_list} %s %s %s %s %s %s)' % (lib_name, tech_lib, lib_path,
sympin, ipin, opin, iopin, simulators, copy))
return self._eval_skill(cmd, input_files=in_files)
def create_implementation(self,
lib_name,
template_list,
change_list,
lib_path=''):
# type: (str, Sequence[Any], Sequence[Any], str) -> None
lib_path = lib_path or self.default_lib_path
tech_lib = self.db_config['schematic']['tech_lib']
if cybagoa is not None and self.db_config['schematic'].get(
'use_cybagoa', False):
cds_lib_path = os.environ.get('CDS_LIB_PATH', './cds.lib')
sch_name = 'schematic'
sym_name = 'symbol'
encoding = get_encoding()
# release write locks
cell_view_list = []
for _, _, cell_name in template_list:
cell_view_list.append((cell_name, sch_name))
cell_view_list.append((cell_name, sym_name))
self.release_write_locks(lib_name, cell_view_list)
# create library in case it doesn't exist
self.create_library(lib_name, lib_path)
# write schematic
with cybagoa.PyOASchematicWriter(cds_lib_path, lib_name,
encoding) as writer:
for temp_info, change_info in zip(template_list, change_list):
sch_cell = cybagoa.PySchCell(temp_info[0], temp_info[1],
temp_info[2], encoding)
for old_pin, new_pin in change_info['pin_map']:
sch_cell.rename_pin(old_pin, new_pin)
for inst_name, rinst_list in change_info['inst_list']:
sch_cell.add_inst(inst_name, lib_name, rinst_list)
writer.add_sch_cell(sch_cell)
writer.create_schematics(sch_name, sym_name)
copy = 'nil'
else:
copy = "'t"
in_files = {'template_list': template_list, 'change_list': change_list}
sympin = to_skill_list_str(self.db_config['schematic']['sympin'])
ipin = to_skill_list_str(self.db_config['schematic']['ipin'])
opin = to_skill_list_str(self.db_config['schematic']['opin'])
iopin = to_skill_list_str(self.db_config['schematic']['iopin'])
simulators = to_skill_list_str(
self.db_config['schematic']['simulators'])
cmd = ('create_concrete_schematic( "%s" "%s" "%s" {template_list} '
'{change_list} %s %s %s %s %s %s)' %
(lib_name, tech_lib, lib_path, sympin, ipin, opin, iopin,
simulators, copy))
self._eval_skill(cmd, input_files=in_files)