def test_coercions(self):
f, graph = make_graph()
coercions.run(f)
ops = [(op.opcode, op.type) for op in f.ops][:-1]
expected = [('convert', dshape("10, float64")),
('kernel', dshape("10, float64")),
('convert', dshape("10, complex[float64]")),
('kernel', dshape("10, complex[float64]"))]
self.assertEqual(ops, expected)
def test_coercions(self):
f, graph = make_graph()
coercions.run(f)
ops = [(op.opcode, op.type) for op in f.ops][:-1]
expected = [('convert', dshape("10 * float64")),
('kernel', dshape("10 * float64")),
('convert', dshape("10 * complex[float64]")),
('kernel', dshape("10 * complex[float64]"))]
self.assertEqual(ops, expected)
def test_ir(self):
f, graph = make_graph()
# Structure
self.assertEqual(len(f.blocks), 1)
self.assertTrue(f.startblock.is_terminated())
# Types
got = [op.type for op in f.ops][:-1]
expected = [dshape("10 * float64"), dshape("10 * complex[float64]")]
self.assertEqual(got, expected)
def test_ir(self):
f, graph = make_graph()
# Structure
self.assertEqual(len(f.blocks), 1)
self.assertTrue(f.startblock.is_terminated())
# Types
got = [op.type for op in f.ops][:-1]
expected = [dshape("10, float64"), dshape("10, complex[float64]")]
self.assertEqual(got, expected)
