def test_02():
n1 = FunctionNode('node1')
n2 = FunctionNode('node2')
n1._add_output('o1')
n1._add_output('o2')
n2._add_input('i1')
n2._add_input('i2')
n2._add_output('o1')
n1 >> n2
def test_03():
n1 = FunctionNode('node1')
n2 = FunctionNode('node2')
out = n1._add_output('o1')
n2._add_input('i1')
n2._add_output('o1')
out >> n2
def test_06():
n1 = FunctionNode('node1')
n2 = FunctionNode('node2')
out1 = n1._add_output('o1')
out2 = n1._add_output('o2')
_, final = n2._add_pair('i1', 'o1')
n2._add_input('i2')
(out1, out2) >> n2
def test_04():
n1 = FunctionNode('node1')
n2 = FunctionNode('node2')
out = n1._add_output('o1')
n2._add_pair('i1', 'o1')
final = out >> n2
def __init__(self, name):
FunctionNode.__init__(self, name)
self._missing_input_handler = MissingInputAddOne(output_fmt='result')
def __init__(self, name, array):
FunctionNode.__init__(self, name)
self._add_output('array')
self.outputs.array.data = N.asanyarray(array)