def facetizeWire(wire):
if wire.get_curve() == 0:
return [wire]
points = getFacetsForWire(wire)
wires = []
for i in range(0, len(points) - 1):
wires.append(Swoop.Wire().set_points(
points[i].x, points[i].y, points[i + 1].x,
points[i + 1].y).set_layer(wire.get_layer()).set_width(
wire.get_width()))
return wires
def do_check(self):
for library in self.lbrs:
if isinstance(library, Swoop.LibraryFile):
name = library.get_filename()
library = library.get_library()
else:
name = library.get_name()
if name in (self.options.get("skipped_lbrs") or []):
return
with NestedError(self.errors, name):
self.info("Examined {}".format(name))
fix = self.fix
if fix:
for t in Swoop.From(library).get_devicesets().get_devices(
).get_technologies():
for attr in self.required_deviceset_attributes:
if not t.get_attribute(
attr) or not t.get_attribute(
attr).get_value():
t.add_attribute(Swoop.Attribute().set_name(
attr).set_value("Unknown"))
for p in library.get_packages():
if not Swoop.From(
p).get_drawing_elements().without_type(
Swoop.Hole).with_layer("tKeepout").count():
p.add_drawing_element(
Swoop.Wire().set_x1(0).set_y1(0).set_x2(0).
set_y2(0).set_width(1).set_layer("tKeepout"))
for s in Swoop.From(library).get_symbols():
self.check_symbol(s,
checker_options.power_and_ground_names)
for p in Swoop.From(library).get_packages():
self.check_package(p)
for ds in Swoop.From(library).get_devicesets():
self.check_deviceset(
ds, checker_options.power_and_ground_names)
