def test_Detach(self):
brd = self.brd.clone()
(Swoop.From(brd).get_layers().with_name(Swoop.matching("^t")).detach())
self.assertEqual(
Swoop.From(brd).get_layers().count(), 56, "Detach Error")
def test_Detach(self):
brd = self.brd.clone()
(Swoop.From(brd).
get_layers().
with_name(Swoop.matching("^t")).
detach())
self.assertEqual(Swoop.From(brd).
get_layers().
count(), 56, "Detach Error")
def test_Fluent(self):
t = Swoop.From(self.sch)
#print t
#print t.get_libraries()
#print t.get_libraries().get_package("CAPC1608X90_HS")
#print t.get_libraries().get_package("CAPC1608X90_HS").get_drawing_elements(layer="tCream")
self.assertEqual(t.get_libraries().get_package("CAPC1608X90_HS").
get_drawing_elements().with_layer("tCream").count(),
2) #, "Fluent search failure")
self.assertEqual(
t.get_libraries().get_package("CAPC1608X90_HS").
get_drawing_elements().with_layer("tCream").with_type(
Swoop.Polygon).get_vertices().count(), 18,
"Fluent container search failure")
self.assertEqual(
len(t.get_libraries().get_package(
"CAPC1608X90_HS").get_drawing_elements().with_type(
Swoop.Polygon).get_vertices().unpack()), 36,
"Fluent container search failure")
self.assertEqual(
t.get_libraries().get_package(
"CAPC1608X90_HS").get_drawing_elements().with_type(
Swoop.Polygon).get_vertices().count(), 36,
"Fluent container search failure")
self.assertEqual(
t.get_libraries().get_packages().with_name(
"CAPC1608X90_HS").get_name().lower().unpack()[0],
"CAPC1608X90_HS".lower(), "Fluent container search failure")
self.assertEqual(
t.get_libraries().get_packages().with_name(
"CAPC1608X90_HS").get_name().lower().unpack()[0],
"CAPC1608X90_HS".lower(), "Fluent container search failure")
self.assertEqual(
t.get_layers().with_name(
lambda x: re.match("^t", x) is not None).count(), 17,
"Regex filter failure")
self.assertEqual(t.get_layers().get_number().reduce(min), 1,
"From reduction failure")
self.assertEqual(t.get_layers().get_number().reduce(max), 167,
"From reduction failure")
self.assertEqual(
t.get_layers().get_number().map(lambda x: x * 2).reduce(max), 334,
"From map failure")
self.assertEqual(
t.get_layers().get_number().filtered_by(lambda x: (
(x % 2) == 0)).reduce(max), 164, "From filter failure")
s = 0
for i in t.get_layers().get_number():
s += i
self.assertEqual(
t.get_layers().get_number().reduce(lambda x, y: x + y), s,
"iteration failure")
self.assertEqual(sum(t.get_layers().get_number()), s,
"iteration failure")
self.assertEqual(
round(
Swoop.From(
self.brd).get_signals().get_wires().with_layer("Unrouted").
apply(lambda w: math.sqrt(((w.get_x1() - w.get_x2())**2 + (
w.get_y1() - w.get_y2())**2))).reduce(lambda x, y: x + y),
6), round(1751.08121386, 6), "Airwire test error")
self.assertEqual(
Swoop.From(self.brd).get_layers().with_name(
Swoop.matching("^t")).count(), 17, "Regex matching failure")
self.assertEqual(
Swoop.From(self.brd).get_layers().with_name(
Swoop.not_matching("^t")).count(), 56,
"Regex not matching failure")
def test_Fluent(self):
t = Swoop.From(self.sch)
#print t
#print t.get_libraries()
#print t.get_libraries().get_package("CAPC1608X90_HS")
#print t.get_libraries().get_package("CAPC1608X90_HS").get_drawing_elements(layer="tCream")
self.assertEqual(t.
get_libraries().
get_package("CAPC1608X90_HS").
get_drawing_elements().
with_layer("tCream").
count(), 2)#, "Fluent search failure")
self.assertEqual(t.
get_libraries().
get_package("CAPC1608X90_HS").
get_drawing_elements().
with_layer("tCream").
with_type(Swoop.Polygon).
get_vertices().
count(),
18, "Fluent container search failure")
self.assertEqual(len(t.
get_libraries().
get_package("CAPC1608X90_HS").
get_drawing_elements().
with_type(Swoop.Polygon).
get_vertices().
unpack()), 36, "Fluent container search failure")
self.assertEqual(t.
get_libraries().
get_package("CAPC1608X90_HS").
get_drawing_elements().
with_type(Swoop.Polygon).
get_vertices().
count(), 36, "Fluent container search failure")
self.assertEqual(t.get_libraries().
get_packages().
with_name("CAPC1608X90_HS").
get_name().
lower().
unpack()[0], "CAPC1608X90_HS".lower(), "Fluent container search failure")
self.assertEqual(t.get_libraries().
get_packages().
with_name("CAPC1608X90_HS").
get_name().
lower().
unpack()[0], "CAPC1608X90_HS".lower(), "Fluent container search failure")
self.assertEqual(t.
get_layers().
with_name(lambda x: re.match("^t", x) is not None).
count(), 17, "Regex filter failure")
self.assertEqual(t.get_layers().
get_number().
reduce(min),
1, "From reduction failure")
self.assertEqual(t.get_layers().
get_number().
reduce(max), 167, "From reduction failure")
self.assertEqual(t.get_layers().
get_number().
map(lambda x: x*2).
reduce(max), 334, "From map failure")
self.assertEqual(t.get_layers().
get_number().
filtered_by(lambda x: ((x % 2) == 0)).
reduce(max), 164, "From filter failure")
s = 0;
for i in t.get_layers().get_number():
s += i
self.assertEqual(t.get_layers().
get_number().
reduce(lambda x,y:x + y), s, "iteration failure")
self.assertEqual(sum(t.get_layers().
get_number()), s, "iteration failure")
self.assertEqual(round(Swoop.From(self.brd).
get_signals().
get_wires().
with_layer("Unrouted").
apply(lambda w: math.sqrt(((w.get_x1()-w.get_x2())**2 + (w.get_y1()-w.get_y2())**2))).
reduce(lambda x,y:x + y),6), round(1751.08121386,6), "Airwire test error")
self.assertEqual(Swoop.From(self.brd).
get_layers().
with_name(Swoop.matching("^t")).
count(), 17, "Regex matching failure")
self.assertEqual(Swoop.From(self.brd).
get_layers().
with_name(Swoop.not_matching("^t")).
count(),56, "Regex not matching failure")
