def test_slice():
a = NDArray([])
x = a[0:1]
if DEBUG:
dump(x, filename='slice')
def test_unary_ops():
a = IntNode(1)
x = abs(a)
if DEBUG:
dump(x, filename='unary')
def test_indexing():
a = NDArray([])
x = a[0]
if DEBUG:
dump(x, filename='indexer')
def test_indexing():
a = NDTable([])
x = a[0]
if DEBUG:
dump(x, filename='indexer')
def test_binary_mixed():
a = IntNode(1)
x = a + 2
if DEBUG:
dump(x, filename='binarymixed')
def test_slice():
a = NDTable([])
x = a[0:1]
if DEBUG:
dump(x, filename='slice')
def test_unary_ops():
a = IntNode(1)
x = abs(a)
if DEBUG:
dump(x, filename='unary')
def test_binary_mixed():
a = IntNode(1)
x = a+2
if DEBUG:
dump(x, filename='binarymixed')
def test_binary_ops():
a = IntNode(1)
b = IntNode(2)
x = a + b
if DEBUG:
dump(x, filename='binary')
def test_binary_ops():
a = IntNode(1)
b = IntNode(2)
x = a+b
if DEBUG:
dump(x, filename='binary')
def test_scalars():
a = IntNode(1)
b = IntNode(1)
c = IntNode(2)
x = abs((a + b + c + 3) * 4)
if DEBUG:
dump(x, filename='scalars')
def test_scalars():
a = IntNode(1)
b = IntNode(1)
c = IntNode(2)
x = abs((a + b + c + 3) * 4)
if DEBUG:
dump(x, filename='scalars')
def test_traverse():
e = Node([])
d = Node([])
b = Node([d])
c = Node([e])
a = Node([b, c])
[n for n in traverse(a)]
if DEBUG:
dump(a, filename='walk', tree=True)
def test_walk():
e = Node([])
d = Node([])
b = Node([d])
c = Node([e])
a = Node([b, c])
assert len([n for n in a]) == 4
if DEBUG:
dump(a, filename='walk', tree=True)
def test_traverse():
e = Node([])
d = Node([])
b = Node([d])
c = Node([e])
a = Node([b,c])
[n for n in traverse(a)]
if DEBUG:
dump(a, filename='walk', tree=True)
def test_walk():
e = Node([])
d = Node([])
b = Node([d])
c = Node([e])
a = Node([b,c])
assert len([n for n in a]) == 4
if DEBUG:
dump(a, filename='walk', tree=True)
