def test_pcb_get_pad(self):
pcb = kc('newboard board')
# pcb = BOARD()
module = kc('MODULE swap newadd')
#MODULE board list copy pcbnew list swap list 3 pick callargs 1 pick 1 pick list Add callargs pop swap pop swap pop delist
# module = MODULE(pcb)
# pcb.Add(module)
pad = kc('D_PAD swap newadd')
#pad = D_PAD(module)
#kc('list list Add callargs pop pop')
#module.Add(pad)
# newboard board MODULE swap newadd delist D_PAD swap newadd delist
try:
pad.SetShape(PAD_SHAPE_OVAL) # 5.x nightly
except:
pad.SetShape(PAD_OVAL) # 4.0.7
pad.SetSize(wxSizeMM(2.0, 3.0))
pad.SetPosition(wxPointMM(0, 0))
# easy case
p1 = pcb.GetPad(wxPointMM(0, 0))
# top side
p2 = pcb.GetPad(wxPointMM(0.9, 0.0))
# bottom side
p3 = pcb.GetPad(wxPointMM(0, 1.4))
# TODO: get pad == p1 evaluated as true instead
# of relying in the internal C++ object pointer
self.assertEqual(pad.this, p1.this)
self.assertEqual(pad.this, p2.this)
self.assertEqual(pad.this, p3.this)
def test_pcb_layer_name_set_get(self):
pcb = kc(
'newboard board list 31 int list %s list append list SetLayerName callargs board'
% BACK_COPPER)
# pcb = BOARD()
# pcb.SetLayerName(31, BACK_COPPER)
self.assertEqual(pcb.GetLayerName(31), BACK_COPPER)
def test_pcb_module_references(self):
self.assertTrue(
kc('Q1,R4,Q3,Q2,Q5,Q4,Q7,Q6,Q8,U1,U3,U2,R7,C12,C11,C10,C14,R16,'
'R17,R14,R15,R12,R13,R10,R11,R3,R18,R19,C9,C8,U4,C3,C2,C1,C7,'
'C6,C5,C4,P2,P3,R6,P1,P6,P4,P5,R28,R8,R9,R23,RV1,R27,R26,R5,R25,'
'R24,RV2,R20,R22,D8,D9,D6,D7,D4,D5,D2,D3,R21,D1 '
'split iset list referencetext iset ='))
def setUp(self):
file = os.path.join(
KICAD_INSTALL,
r'share\kicad\demos\complex_hierarchy\complex_hierarchy.kicad_pcb')
self.pcb = kc('clear pcbnew list "%s" list list LoadBoard callargs '
'delist Board spush board' % file)
#self.pcb = LoadBoard("data/complex_hierarchy.kicad_pcb")
self.TITLE = "Test Board"
self.COMMENT1 = "For load/save test"
self.FILENAME = tempfile.mktemp() + ".kicad_pcb"
def test_pcb_layer_id_get(self):
# pcb = BOARD()
pcb = kc('newboard board')
b_cu_id = kc('%s layernums delist' % B_CU)
#b_cu_id = pcb.GetLayerID(B_CU)
#pcb.SetLayerName(b_cu_id, NEW_NAME)
kc('%d,%s' % (b_cu_id, NEW_NAME))
kc('board list swap int list SetLayerName callargs pop')
# ensure we can get the ID for the new name
self.assertEqual(pcb.GetLayerID(NEW_NAME), b_cu_id)
# ensure we can get to the ID via the STD name too
self.assertEqual(pcb.GetLayerID(B_CU), b_cu_id)
def test_pcb_bounding_box(self):
kc(':persist newboard "Elements Create a new empty board and make it the current board." pcbnew list BOARD call delist Board spush ;'
)
pcb = kc('clear newboard board')
track = kc('clear 0.5 mm t param F.Cu l param 10,10,20,30 mm '
'drawpoly delist delist')
wval, hval = kc(
'list GetClearance call '
'copy append copy 30,-10,0.5 mm append sum swap '
'20,-10,0.5 mm append sum',
returnval=-1)
# float is because integer doesn't compare to float in assertAlmostEqual----+
# ilist is to create a list from the wxRect---------------------------+ |
# copy is to keep bb reference in memory----------v v v
height, width = kc(
'board list ComputeBoundingBox call GetSize call delist ilist float'
)
#height, width = bounding_box.GetSize()
self.assertAlmostEqual(ToMM(height), ToMM(hval), 2)
self.assertAlmostEqual(ToMM(width), ToMM(wval), 2)
# pcb = BOARD()
# track = TRACK(pcb)
# pcb.Add(track)
# track.SetStartEnd(wxPointMM(10.0, 10.0),
# wxPointMM(20.0, 30.0))
# track.SetStart(wxPointMM(10.0, 10.0))
# track.SetEnd (wxPointMM(20.0, 30.0))
# track.SetWidth(FromMM(0.5))
#!!! THIS FAILS? == 0.0 x 0.0 ??
height, width = ToMM(pcb.ComputeBoundingBox().GetSize())
# bounding_box = pcb.ComputeBoundingBox()
# height, width = ToMM(bounding_box.GetSize())
clearance = ToMM(track.GetClearance() * 2)
self.assertAlmostEqual(width, (30 - 10) + 0.5 + clearance, 2)
self.assertAlmostEqual(height, (20 - 10) + 0.5 + clearance, 2)
def test_pcb_get_track_count(self):
# :persist newboard "Elements Create a new empty board and make it the current board." pcbnew list BOARD call delist Board spush ;
# : newtrack "Elements Create bare, undefined track on current board" pcbnew list board list list TRACK callargs board list swap list Add callargs ;
# new board
pcb = kc('clear pcbnew list BOARD call delist Board spush board')
num = kc('list GetNumSegmTrack call delist')
self.assertEqual(num, 0)
# Creates a new track
kc('clear pcbnew list board list list TRACK callargs')
# Adds track to Board
kc('Board scopy list swap list Add callargs')
# Obtain the number of tracks on this board
num = kc('board list GetNumSegmTrack call delist')
self.assertEqual(num, 1)
#kc(':persist newadd "Elements [TYPE PARENT] Add create a element of TYPE (TRACK, PAD) and add it to the PARENT." pcbnew list swap board list list swap stack')
# Creates a new track
# Adds track to Board
kc('clear pcbnew list board list list TRACK callargs')
kc('board list swap list Add callargs')
num = kc('board list GetNumSegmTrack call delist')
self.assertEqual(num, 2)
def test_pcb_find_module(self):
reference = kc(
'board list P1 list list FindModule callargs GetReference call delist'
)
self.assertEqual(reference, 'P1')
def test_pcb_netcount(self):
#self.assertTrue(kc('board list GetNetCount call 51 int = delist')[-1])
self.assertEqual(kc('board list GetNetCount call delist'), 53)
def test_pcb_modules(self):
#self.assertEqual(len(modules), 72)
self.assertTrue(kc('clear modules ilist len list 68 int = delist'))
def test_pcb_track_count(self):
# self.assertEqual(len(tracks),361)
#self.assertTrue(kc('clear tracks ilist len list 360 int = delist')[-1])
self.assertEqual(kc('clear tracks ilist len'), 360)
def setUp(self):
file = os.path.join(
KICAD_INSTALL,
r'share\kicad\demos\complex_hierarchy\complex_hierarchy.kicad_pcb')
self.pcb = kc('clear pcbnew list "%s" list list LoadBoard callargs '
'delist Board spush Board scopy' % file)
def tearDown(self):
kc('Board spop clear')
