def serializeTo(self, pasv_msg: 'ser.Component.Builder') -> None:
self._serializeTo(pasv_msg.common)
pasv_msg.init("passive2")
m = pasv_msg.passive2
m.symType = self.sym_type.value
m.bodyType = self.body_type.value
m.pinD = int(self.pin_d)
m.bodyCornerVec = serialize_point2(self.body_corner_vec)
m.pinCornerVec = serialize_point2(self.pin_corner_vec)
def serializeTo(self, cmp_msg):
if self.side == SIDE.Top:
cmp_msg.side = "top"
elif self.side == SIDE.Bottom:
cmp_msg.side = "bottom"
else:
raise NotImplementedError()
cmp_msg.refdes = self.refdes
cmp_msg.partno = self.partno
cmp_msg.center = serialize_point2(self.center)
cmp_msg.theta = float(self.theta)
cmp_msg.sid = self._project.scontext.sid_for(self)
cmp_msg.init("pininfo", len(self.get_pads()))
for n,p in enumerate(self.get_pads()):
k = p.pad_no
t = cmp_msg.pininfo[n]
t.identifier = k
if k in self.name_mapping:
t.name = self.name_mapping[k]
t.net = self._project.scontext.sid_for(self.net_mapping[k])
def _serializeTo(self, cmp_msg: 'ser.Component.Builder') -> None:
if self.side == SIDE.Top:
cmp_msg.side = "top"
elif self.side == SIDE.Bottom:
cmp_msg.side = "bottom"
else:
raise NotImplementedError()
cmp_msg.refdes = self.refdes
cmp_msg.partno = self.partno
cmp_msg.center = serialize_point2(self.center)
cmp_msg.theta = float(self.theta)
cmp_msg.sid = self._project.scontext.sid_for(self)
cmp_msg.init("pininfo", len(self.get_pads()))
for n, p in enumerate(self.get_pads()):
k = p.pad_no
t = cmp_msg.pininfo[n]
t.identifier = k
if k in self.name_mapping:
t.name = self.name_mapping[k]
t.net = self._project.scontext.sid_for(self.net_mapping[k])
def test_point2(self):
# Point2 class is floating (for now), but serialized form is integral units
pt = Point2(54.3, 72.9)
msg = serialize_point2(pt)
pt2 = deserialize_point2(msg)
self.assertAlmostEqual(pt2.x, round(pt.x))
self.assertAlmostEqual(pt2.y, round(pt.y))
def serialize(self) -> ser.Artwork.Builder:
_aw = ser.Artwork.new_message()
_aw.init("vias", len(self.vias))
_aw.init("traces", len(self.traces))
_aw.init("polygons", len(self.polygons))
_aw.init("components", len(self.components))
_aw.init("airwires", len(self.airwires))
# Serialization done here to reduce instance size
for n, i_via in enumerate(self.vias):
v = _aw.vias[n]
v.point = serialize_point2(i_via.pt)
v.r = i_via.r
v.viapairSid = self.__project.scontext.sid_for(i_via.viapair)
v.netSid = self.__project.scontext.sid_for(i_via.net)
#
for n, i_trace in enumerate(self.traces):
t = _aw.traces[n]
t.p0 = serialize_point2(i_trace.p0)
t.p1 = serialize_point2(i_trace.p1)
t.thickness = int(i_trace.thickness)
t.netSid = self.__project.scontext.sid_for(i_trace.net)
t.layerSid = self.__project.scontext.sid_for(i_trace.layer)
for n, i_comp in enumerate(self.components):
t = _aw.components[n]
i_comp._serializeTo(t)
for n, i_poly in enumerate(self.polygons):
p = _aw.polygons[n]
p_repr = i_poly.get_poly_repr()
p.init("exterior", len(p_repr.exterior.coords))
for nn, ii in enumerate(p_repr.exterior.coords):
p.exterior[nn] = serialize_point2(Point2(ii.x, ii.y))
p.init("interiors", len(p_repr.interiors))
for n_interior, interior in enumerate(p_repr.interiors):
p.interiors.init(n_interior, len(interior.coords))
for nn, ii in enumerate(interior.coords):
p.interiors[n_interior][nn] = serialize_point2(
Point2(ii.x, ii.y))
p.layerSid = self.__project.scontext.sid_for(i_poly.layer)
p.netSid = self.__project.scontext.sid_for(i_poly.net)
for n, i_ in enumerate(self.airwires):
t = _aw.airwires[n]
t.p0 = serialize_point2(i_.p0)
t.p1 = serialize_point2(i_.p1)
t.netSid = self.__project.scontext.sid_for(i_.net)
t.p0LayerSid = self.__project.scontext.sid_for(i_.p0_layer)
t.p1LayerSid = self.__project.scontext.sid_for(i_.p1_layer)
return _aw
def serialize(self):
_aw = ser.Artwork.new_message()
_aw.init("vias", len(self.vias))
_aw.init("traces", len(self.traces))
_aw.init("polygons", len(self.polygons))
_aw.init("components", len(self.components))
_aw.init("airwires", len(self.airwires))
# Serialization done here to reduce instance size
for n, i in enumerate(self.vias):
v = _aw.vias[n]
v.point = serialize_point2(i.pt)
v.r = i.r
v.viapairSid = self.__project.scontext.sid_for(i.viapair)
v.netSid = self.__project.scontext.sid_for(i.net)
#
for n, i in enumerate(self.traces):
t = _aw.traces[n]
t.p0 = serialize_point2(i.p0)
t.p1 = serialize_point2(i.p1)
t.thickness = i.thickness
t.netSid = self.__project.scontext.sid_for(i.net)
t.layerSid = self.__project.scontext.sid_for(i.layer)
for n, i in enumerate(self.components):
t = _aw.components[n]
i.serializeTo(t)
for n, i in enumerate(self.polygons):
p = _aw.polygons[n]
p_repr = i.get_poly_repr()
p.init("exterior", len(p_repr.exterior.coords))
for nn, ii in enumerate(p_repr.exterior.coords):
p.exterior[nn] = serialize_point2(Point2(ii))
p.init("interiors", len(p_repr.interiors))
for n_interior, interior in enumerate(p_repr.interiors):
p.interiors.init(n_interior, len(interior.coords))
for nn, ii in enumerate(interior.coords):
p.interiors[n_interior][nn] = serialize_point2(Point2(ii))
p.layerSid = self.__project.scontext.sid_for(i.layer)
p.netSid = self.__project.scontext.sid_for(i.net)
for n, i in enumerate(self.airwires):
t = _aw.airwires[n]
t.p0 = serialize_point2(i.p0)
t.p1 = serialize_point2(i.p1)
t.netSid = self.__project.scontext.sid_for(i.net)
t.p0LayerSid = self.__project.scontext.sid_for(i.p0_layer)
t.p1LayerSid = self.__project.scontext.sid_for(i.p1_layer)
return _aw
def serialize(self):
msg = ser.Keypoint.new_message()
msg.sid = self._project.scontext.sid_for(self)
msg.worldPosition = serialize_point2(self.world_position)
return msg
def serialize(self):
msg = ser.Keypoint.new_message()
msg.sid = self._project.scontext.sid_for(self)
msg.worldPosition = serialize_point2(self.world_position)
return msg
