def test_simple_no_buffer(self):
root = Gate(Coordinate([0, 0]), ElectroProperty([10, 0]))
root[1] = Gate(Coordinate([10, 0]), ElectroProperty([0, 5]))
unit_rc = ElectroProperty([1 / Coordinate.scale] * 2)
self.assertEqual(DFS(root, unit_rc, RCAdjustment()).delay()[0], 250)
def test_binary_tree(self):
driver_0 = Gate(Coordinate([0, 0]), ElectroProperty([1, 0]))
buffer_1 = Gate(Coordinate([6, 0]), ElectroProperty([2, 2]))
node_2 = Node(Coordinate([6, 0]))
buffer_3 = Gate(Coordinate([6, 0]), ElectroProperty([5, 5]))
sink_4 = Gate(Coordinate([26, 0]), ElectroProperty([0, 10]))
sink_5 = Gate(Coordinate([16, 0]), ElectroProperty([0, 10]))
node_6 = Node(Coordinate([0, 10]))
sink_7 = Gate(Coordinate([0, 20]), ElectroProperty([0, 5]))
buffer_8 = Gate(Coordinate([0, 10]), ElectroProperty([4, 4]))
sink_9 = Gate(Coordinate([0, 16]), ElectroProperty([0, 10]))
driver_0[1] = buffer_1
buffer_1[2] = node_2
node_2[3] = buffer_3
buffer_3[4] = sink_4
node_2[5] = sink_5
driver_0[6] = node_6
node_6[7] = sink_7
node_6[8] = buffer_8
buffer_8[9] = sink_9
unit_rc = ElectroProperty([1 / Coordinate.scale] * 2)
self.assertEqual(DFS(driver_0, unit_rc, RCAdjustment()).delay()[0], 667)
def test_two_branch_one_buffer(self):
root = Gate(Coordinate([0, 0]), ElectroProperty([10, 0]))
root[1] = Node(Coordinate([5, 0]))
root[1][1] = Gate(Coordinate([5, 0]), ElectroProperty([10, 10]))
root[1][1][1] = Gate(Coordinate([10, 0]), ElectroProperty([0, 5]))
root[1][2] = Gate(Coordinate([10, 5]), ElectroProperty([0, 10]))
unit_rc = ElectroProperty([1 / Coordinate.scale] * 2)
self.assertEqual(DFS(root, unit_rc, RCAdjustment()).delay()[0], 662.5)
def test_complex_case(self):
root = Gate(Coordinate([0, 0]), ElectroProperty([5, 0]))
root[1] = Node(Coordinate([0, 10]))
root[1][1] = Gate(Coordinate([0, 10]), ElectroProperty([10, 10]))
root[1][2] = Gate(Coordinate([0, 50]), ElectroProperty([0, 10]))
root[1][1][1] = Node(Coordinate([0, 40]))
root[1][1][1][1] = Gate(Coordinate([0, 40]), ElectroProperty([5, 5]))
root[1][1][1][2] = Gate(Coordinate([0, 60]), ElectroProperty([0, 5]))
root[1][1][1][1][1] = Gate(Coordinate([0, 50]), ElectroProperty([0, 5]))
unit_rc = ElectroProperty([1 / Coordinate.scale] * 2)
self.assertEqual(DFS(root, unit_rc, RCAdjustment()).delay()[0], 3250)
def setUp(self):
self._adjustment = RCAdjustment()
class RCAdjustmentTest(unittest.TestCase):
def setUp(self):
self._adjustment = RCAdjustment()
def test_single_coord(self):
self._adjustment.set_adjustment(0, CoordSelector.LEFT, 1.234)
self.assertEqual(self._adjustment.get_adjustment(0, CoordSelector.LEFT), 1.234)
self.assertEqual(self._adjustment.get_adjustment(0, CoordSelector.LEFT), 1.234)
self._adjustment.set_adjustment(1, CoordSelector.LEFT, 2.333)
self.assertEqual(self._adjustment.get_adjustment(1, CoordSelector.LEFT), 2.333)
self.assertEqual(self._adjustment.get_adjustment(1, CoordSelector.LEFT), 2.333)
self._adjustment.set_adjustment(1, CoordSelector.RIGHT, 10.234)
self.assertEqual(self._adjustment.get_adjustment(1, CoordSelector.RIGHT), 10.234)
self.assertEqual(self._adjustment.get_adjustment(1, CoordSelector.RIGHT), 10.234)
self._adjustment.set_adjustment(2, CoordSelector.RIGHT, 20.333)
self.assertEqual(self._adjustment.get_adjustment(2, CoordSelector.RIGHT), 20.333)
self.assertEqual(self._adjustment.get_adjustment(2, CoordSelector.RIGHT), 20.333)
def test_str(self):
self._adjustment.set_adjustment(0, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(1, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(2, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(1, CoordSelector.RIGHT, 1.234)
self._adjustment.set_adjustment(2, CoordSelector.RIGHT, 1.234)
self.assertTrue(bool(re.compile(r'X random numbers:\n(\d \d\.\d+\n)+Y random numbers:\n(\d \d\.\d+\n)+').match(
str(self._adjustment))))
def __init__(self, variation_file):
super(VariationParser, self).__init__(variation_file)
self._rc_adjustment = RCAdjustment()
def test_no_buffer(self):
self.assertEqual(DFS(self._root_gate, self._unit_rc, RCAdjustment()).delay()[0], 324.5)
def setUp(self):
self._adjustment = RCAdjustment()
class RCAdjustmentTest(unittest.TestCase):
def setUp(self):
self._adjustment = RCAdjustment()
def test_single_coord(self):
self._adjustment.set_adjustment(0, CoordSelector.LEFT, 1.234)
self.assertEqual(
self._adjustment.get_adjustment(0, CoordSelector.LEFT), 1.234)
self.assertEqual(
self._adjustment.get_adjustment(0, CoordSelector.LEFT), 1.234)
self._adjustment.set_adjustment(1, CoordSelector.LEFT, 2.333)
self.assertEqual(
self._adjustment.get_adjustment(1, CoordSelector.LEFT), 2.333)
self.assertEqual(
self._adjustment.get_adjustment(1, CoordSelector.LEFT), 2.333)
self._adjustment.set_adjustment(1, CoordSelector.RIGHT, 10.234)
self.assertEqual(
self._adjustment.get_adjustment(1, CoordSelector.RIGHT), 10.234)
self.assertEqual(
self._adjustment.get_adjustment(1, CoordSelector.RIGHT), 10.234)
self._adjustment.set_adjustment(2, CoordSelector.RIGHT, 20.333)
self.assertEqual(
self._adjustment.get_adjustment(2, CoordSelector.RIGHT), 20.333)
self.assertEqual(
self._adjustment.get_adjustment(2, CoordSelector.RIGHT), 20.333)
def test_str(self):
self._adjustment.set_adjustment(0, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(1, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(2, CoordSelector.LEFT, 1.234)
self._adjustment.set_adjustment(1, CoordSelector.RIGHT, 1.234)
self._adjustment.set_adjustment(2, CoordSelector.RIGHT, 1.234)
self.assertTrue(
bool(
re.compile(
r'X random numbers:\n(\d \d\.\d+\n)+Y random numbers:\n(\d \d\.\d+\n)+'
).match(str(self._adjustment))))