def test_sorted_query_regression(self):
# Attempt to
p = Project()
l = Layer("t1", (1, 1, 1))
p.stackup.add_layer(l)
cx = Point2(30000, 30000)
ts = []
for i in range(100):
r = 5000 - 40 * i
r1 = 5000 - 40 * (i + 1)
t = math.radians(30 * i)
t1 = math.radians(30 * (i + 1))
v = Point2(math.cos(t) * r, math.sin(t) * r)
v1 = Point2(math.cos(t1) * r1, math.sin(t1) * r1)
t1 = Trace(v + cx, v1 + cx, 100, l)
t1.STUFFED_ID = i
p.artwork.merge_artwork(t1)
ts.append(t1)
t0 = ts[0]
for n, a in enumerate(ts[1:], start=1):
self.assertEqual(t0.net, a.net, "mismatch on %d" % n)
self.assertIsNotNone(t0.net)
p.save('/tmp/wtf.pcbre', False)
def test_sorted_query_regression(self):
# Attempt to
p = Project()
l = Layer("t1", (1,1,1))
p.stackup.add_layer(l)
cx = Point2(30000, 30000)
ts = []
for i in range(100):
r = 5000 - 40 * i
r1 = 5000 - 40 * (i+1)
t = math.radians(30 * i)
t1 = math.radians(30 * (i+1))
v = Point2(math.cos(t) * r, math.sin(t) * r)
v1 = Point2(math.cos(t1) * r1, math.sin(t1) * r1)
t1 = Trace(v + cx, v1 + cx, 100, l)
t1.STUFFED_ID = i
p.artwork.merge_artwork(t1)
ts.append(t1)
t0 = ts[0]
for n, a in enumerate(ts[1:], start=1):
self.assertEqual(t0.net, a.net, "mismatch on %d" % n)
self.assertIsNotNone(t0.net)
p.save('/tmp/wtf.pcbre', False)
def setUp(self):
world = Project()
for i in range(4):
world.stackup.add_layer(Layer("l%d" % i, None))
world.stackup.add_via_pair(
ViaPair(world.stackup.layers[0], world.stackup.layers[1]))
world.stackup.add_via_pair(
ViaPair(world.stackup.layers[2], world.stackup.layers[3]))
world.stackup.add_via_pair(
ViaPair(world.stackup.layers[0], world.stackup.layers[3]))
world.stackup.add_via_pair(
ViaPair(world.stackup.layers[1], world.stackup.layers[2]))
# 0 1 2 3
# 0 x x x
# 1 x x x
# 2 x x x x
# 3 x x x x
n1 = Net()
n2 = Net()
world.nets.add_net(n1)
world.nets.add_net(n2)
self.v1 = Via(Point2(3, 3), world.stackup.via_pairs[0], 2, n1)
world.artwork.add_artwork(self.v1)
self.v2 = Via(Point2(11, 11), world.stackup.via_pairs[1], 2, n2)
world.artwork.add_artwork(self.v2)
self.world = world
def test_save_pin_names_nets(self):
p = Project()
l = Layer("test", [1,1,1])
p.stackup.add_layer(l)
d = DIPComponent(Point2(64, 54), 33.5, SIDE.Top, p, 12, 512, 640, 1111)
d.refdes = "UFOO"
d.partno = "BLAH"
pads = d.get_pads()
pads[0].pad_name = "NAME1"
pads[1].pad_name = "NAME2"
p.artwork.merge_component(d)
p_new = self.__saverestore(p)
self.assertEqual(len(p_new.artwork.components), 1)
c = next(iter(p_new.artwork.components))
self.assertEqual(d.refdes, c.refdes)
self.assertEqual(d.partno, c.partno)
pads_new = c.get_pads()
for p_old, p_new in zip(pads, pads_new):
self.assertEqual(p_old.net.name, p_new.net.name)
self.assertEqual(pads_new[0].pad_name, "NAME1")
self.assertEqual(pads_new[1].pad_name, "NAME2")
def setUp(self):
self.p = Project()
self.l1 = Layer("l1", None)
self.l2 = Layer("l2", None)
self.p.stackup.add_layer(self.l1)
self.p.stackup.add_layer(self.l2)
def test_save_smd(self):
p = Project()
l = Layer("test", [1,1,1])
p.stackup.add_layer(l)
d = SMD4Component(Point2(64, 54), 33.5, SIDE.Top, p,
32, 46,17,55, 801,914,3232, 604, 123, 456, 17)
d.refdes = "UFOO"
p.artwork.merge_component(d)
p_new = self.__saverestore(p)
self.assertEqual(len(p_new.artwork.components), 1)
c = next(iter(p_new.artwork.components))
self.assertEqual(d.side_pins, c.side_pins)
self.assertEqual(d.dim_1_body, c.dim_1_body)
self.assertEqual(d.dim_1_pincenter, c.dim_1_pincenter)
self.assertEqual(d.dim_2_body, c.dim_2_body)
self.assertEqual(d.dim_2_pincenter, c.dim_2_pincenter)
self.assertEqual(d.pin_contact_length, c.pin_contact_length)
self.assertEqual(d.pin_contact_width, c.pin_contact_width)
self.assertEqual(d.pin_spacing, c.pin_spacing)
def __saverestore(self, p):
with TemporaryFile(buffering=0) as fd:
p.save_fd(fd)
fd.seek(0)
p_new = Project.open_fd(fd)
return p_new
def __setup_layers(self, n):
names = ["foo","bar","quux", "sed","a"] + list("abcdefghijklmnop")
p = Project.create()
for i, name in zip(range(n), names):
color = (random.random(), random.random(), random.random())
l0 = Layer(name, color)
p.stackup.add_layer(l0)
return p
def setup2Layer(obj):
obj.p = Project()
obj.top_layer = Layer("top", (1, 0, 0))
obj.bottom_layer = Layer("bottom", (0, 0, 1))
obj.p.stackup.add_layer(obj.top_layer)
obj.p.stackup.add_layer(obj.bottom_layer)
obj.via_pair = ViaPair(obj.top_layer, obj.bottom_layer)
obj.p.stackup.add_via_pair(obj.via_pair)
def setUp(self):
self.p = Project()
self.l1 = Layer("l1", None)
self.l2 = Layer("l2", None)
self.p.stackup.add_layer(self.l1)
self.p.stackup.add_layer(self.l2)
self.ext1 = [Point2(0, 0), Point2(1, 0), Point2(1, 1), Point2(0, 1)]
self.ext2 = [Point2(1, 0), Point2(2, 0), Point2(2, 1), Point2(1, 1)]
self.ext3 = [Point2(2, 0), Point2(3, 0), Point2(3, 1), Point2(2, 1)]
def test_point_insert(self):
p = Project()
l1 = Layer("l1", None)
l2 = Layer("l2", None)
p.stackup.add_layer(l1)
p.stackup.add_layer(l2)
vp = ViaPair(l1, l2)
p.stackup.add_via_pair(vp)
t1 = Trace(Point2(200, 1000), Point2(2000, 1000), 10, l1)
p.artwork.merge_artwork(t1)
t2 = Trace(Point2(400, 0), Point2(400, 2000), 10, l2)
p.artwork.merge_artwork(t2)
# Should be two objects, not connected
self.assertIsNotNone(t1.net)
self.assertIsNotNone(t2.net)
self.assertNotEqual(t1.net, t2.net)
# Add two more traces, make sure they're connected to nets
t3 = Trace(Point2(2000, 1001), Point2(2000, 3000), 10, l1)
p.artwork.merge_artwork(t3)
self.assertEqual(t1.net, t3.net)
t4 = Trace(Point2(401, -1), Point2(-1000, -1000), 10, l2)
p.artwork.merge_artwork(t4)
self.assertEqual(t2.net, t4.net)
# Now put a via between the two
v = Via(Point2(400, 1000), vp, 10)
p.artwork.merge_artwork(v)
# Make sure net is not none
self.assertIsNotNone(v.net)
# Make sure net is all the same
self.assertEqual(v.net, t1.net)
self.assertEqual(v.net, t2.net)
self.assertEqual(v.net, t3.net)
self.assertEqual(v.net, t4.net)
# Should only be one net in the project now, and it should be v.net
self.assertEqual(len(p.nets.nets), 1)
self.assertEqual(p.nets.nets[0], v.net)
# Ok, now remove the via from the artwork.
# via should then have no net, and the traces on each layer should split off
p.artwork.remove_artwork(v)
# We should now have two nets on separate layers
self.assertEqual(len(p.nets.nets), 2)
self.assertEqual(t1.net, t3.net)
self.assertEqual(t2.net, t4.net)
self.assertNotEqual(t1.net, t2.net)
def setUp(self):
self.p = p = Project()
l = Layer("foo", [])
p.stackup.add_layer(l)
self.l1 = Trace(Point2(-5, 0), Point2(-1, 0), thickness=1, layer=l)
self.l2 = Trace(Point2(1, 0), Point2(5, 0), thickness=1, layer=l)
p.artwork.merge_artwork(self.l1)
p.artwork.merge_artwork(self.l2)
self.assertIsNotNone(self.l1.net)
self.assertIsNotNone(self.l2.net)
self.assertNotEqual(self.l1.net, self.l2.net)
class Dummy(Component):
pass
cmp = Dummy(Point2(0,0), 0, SIDE.Top, side_layer_oracle=p)
self.pad = Pad(cmp, 0, Point2(0, 0), 0, 3, 3, th_diam=1)
def setUp(self):
self.p = Project.create()
l1 = Layer(name="Top", color=(0, 0, 0))
l2 = Layer(name="Bot", color=(0, 0, 1))
vp = ViaPair(l1, l2)
self.net0 = Net()
self.net1 = Net()
self.v1 = Via(Point2(0, 0), r=1, viapair=vp, net=self.net0)
self.v2 = Via(Point2(0, 0), r=1, viapair=vp, net=self.net1)
self.p.stackup.add_layer(l1)
self.p.stackup.add_layer(l2)
self.p.stackup.add_via_pair(vp)
self.p.nets.add_net(self.net0)
self.p.nets.add_net(self.net1)
self.p.artwork.add_artwork(self.v1)
self.p.artwork.add_artwork(self.v2)
def test_save_dip(self):
p = Project()
l = Layer("test", [1,1,1])
p.stackup.add_layer(l)
d = DIPComponent(Point2(64, 54), 33.5, SIDE.Top, p, 12, 512, 640, 1111)
d.refdes = "UFOO"
p.artwork.merge_component(d)
p_new = self.__saverestore(p)
self.assertEqual(len(p_new.artwork.components), 1)
c = next(iter(p_new.artwork.components))
self.assertIsInstance(c, DIPComponent)
self.assertEqual(d.body_length(), c.body_length())
self.assertEqual(d.body_width(), c.body_width())
self.assertEqual(d.pin_count, c.pin_count)
self.assertEqual(d.pin_space, c.pin_space)
self.assertEqual(d.pin_width, c.pin_width)
self.assertEqual(d.pad_size, c.pad_size)
self.assertEqual(d.theta, c.theta)
self.assertEqual(d.refdes, c.refdes)
def setUp(self):
self.p = Project.create()
l1 = Layer(name="Top", color=(0,0,0))
l2 = Layer(name="Bot", color=(0,0,1))
vp = ViaPair(l1,l2)
self.net0 = Net()
self.net1 = Net()
self.v1 = Via(Point2(0, 0), r=1, viapair=vp, net=self.net0)
self.v2 = Via(Point2(0, 0), r=1, viapair=vp, net=self.net1)
self.p.stackup.add_layer(l1)
self.p.stackup.add_layer(l2)
self.p.stackup.add_via_pair(vp)
self.p.nets.add_net(self.net0)
self.p.nets.add_net(self.net1)
self.p.artwork.add_artwork(self.v1)
self.p.artwork.add_artwork(self.v2)
def test_fixup_broken_nets(self):
p = Project()
l = Layer("t1", (1, 1, 1))
p.stackup.add_layer(l)
n1 = p.nets.new()
n2 = p.nets.new()
n3 = p.nets.new()
# T1 and T2 should be joined
# T2 and T3 should be split
# T4 should stay the same
t1 = Trace(Point2(0, 0), Point2(100, 100), 10, l, n1)
t2 = Trace(Point2(200, 200), Point2(100, 100), 10, l, n2)
t3 = Trace(Point2(400, 400), Point2(500, 500), 10, l, n2)
t4 = Trace(Point2(600, 600), Point2(700, 700), 10, l, n3)
p.artwork.add_artwork(t1)
p.artwork.add_artwork(t2)
p.artwork.add_artwork(t3)
p.artwork.add_artwork(t4)
self.assertNotEqual(t1.net, t2.net)
p.artwork.rebuild_connectivity()
self.assertEqual(t1.net, t2.net)
self.assertNotEqual(t2.net, t3.net)
self.assertEqual(t4.net, n3)
# And all objects must have nets
self.assertIsNotNone(t1.net)
self.assertIsNotNone(t2.net)
self.assertIsNotNone(t3.net)
self.assertIsNotNone(t4.net)
def test_basic_save_restore(self):
p = Project.create()
p_new = self.__saverestore(p)
def setUp(self):
self.p = Project.create()
def setUp(self):
self.p = Project.create()
