def _wrap_drawsegment(instance):
obj_shape = instance.GetShape()
if obj_shape is pcbnew.S_SEGMENT:
return kicad.new(Segment, instance)
if obj_shape is pcbnew.S_CIRCLE:
return kicad.new(Circle, instance)
if obj_shape is pcbnew.S_ARC:
return kicad.new(Arc, instance)
def wrap(instance):
"""Wraps a wxPoint object from pcbnew and returns a Point one.
This function should not be generally used, but it's provided as
a helper when migrating old API code.
:param instance: input wxPoint to wrap.
:type instance: wxPoint
:return: Point
"""
wrapped_point = kicad.new(Point, instance)
wrapped_point._class = Point
return wrapped_point
def wrap(instance):
"""Wraps a wxPoint object from pcbnew and returns a Point one.
This function should not be generally used, but it's provided as
a helper when migrating old API code.
:param instance: input wxPoint to wrap.
:type instance: wxPoint
:return: Point
"""
wrapped_point = kicad.new(Point, instance)
wrapped_point._class = Point
return wrapped_point
def _wrap_drawsegment(instance):
obj_shape = instance.GetShape()
if obj_shape is pcbnew.S_SEGMENT:
return kicad.new(Segment, instance)
if obj_shape is pcbnew.S_CIRCLE:
return kicad.new(Circle, instance)
if obj_shape is pcbnew.S_ARC:
return kicad.new(Arc, instance)
if obj_shape is pcbnew.S_POLYGON:
return kicad.new(Polygon, instance)
# Time to fail
layer = instance.GetLayer()
layer_str = pcbnew.BOARD_GetStandardLayerName(layer)
unsupported = ['S_CURVE', 'S_RECT', 'S_LAST']
for unsup in unsupported:
if obj_shape is getattr(pcbnew, unsup):
raise TypeError('Unsupported shape type: pcbnew.{} on layer {}.'.format(unsup, layer_str))
raise TypeError('Unrecognized shape type on layer {}'.format(layer_str))
def wrap(instance):
"""Wraps a C++ api TRACK object, and returns a `Track`."""
return kicad.new(Zone, instance)
def wrap(instance):
"""Wraps a C++ api PAD object, and returns a `Pad`."""
return kicad.new(Pad, instance)
def wrap(instance):
"""Takes a wxSize instance and returns a Size class."""
wrapped_size = kicad.new(Size, instance)
wrapped_size._class = Size
return wrapped_size
def wrap(instance):
if type(instance) is pcbnew.MODULE:
return kicad.new(Module, instance)
def wrap(instance):
if type(instance) is pcbnew.TEXTE_MODULE:
return kicad.new(ModuleLabel, instance)
def wrap(instance):
"""Wraps a C++ api TRACK object, and returns a `Track`."""
return kicad.new(Track, instance)
def wrap(instance):
if type(instance) is pcbnew.DRAWSEGMENT:
return Drawing._wrap_drawsegment(instance)
elif type(instance) is pcbnew.TEXTE_PCB:
return kicad.new(TextPCB, instance)
def wrap(instance):
return kicad.new(Net, instance)
def wrap(instance):
"""Wraps a C++/old api BOARD object, and returns a Board."""
return kicad.new(Board, instance)
def wrap(instance):
"""Wraps a C++ api PAD object, and returns a `Pad`."""
return kicad.new(Pad, instance)
def wrap(instance):
"""Wraps a C++/old api BOARD object, and returns a Board."""
return kicad.new(Board, instance)
def wrap(instance):
"""Wraps a C++/old api LSET object, and returns a LayerSet."""
return kicad.new(LayerSet, instance)
def wrap(instance):
"""Wraps a C++/old api LSET object, and returns a LayerSet."""
return kicad.new(LayerSet, instance)
def wrap(instance):
"""Takes a wxSize instance and returns a Size class."""
wrapped_size = kicad.new(Size, instance)
wrapped_size._class = Size
return wrapped_size
def wrap(instance):
wrapped_bbox = kicad.new(BoundingBox, instance)
wrapped_bbox._class = BoundingBox
return wrapped_bbox
def wrap(instance):
if type(instance) is pcbnew.TEXTE_MODULE:
return kicad.new(ModuleLabel, instance)
def wrap(instance):
"""Wraps a C++ api VIA object, and returns a `Via`."""
return kicad.new(Via, instance)
def wrap(instance):
if type(instance) is pcbnew.MODULE:
return kicad.new(Module, instance)
