def setUp(self):
super(Test_base, self).setUp()
g = IOGraph()
ions = []
for i in range(5):
io = IOSimple(name="io%d" % i)
i1 = Input(name="i1")
i2 = Input(name="i2")
o1 = Output(name="o1")
o2 = Output(name="o2")
io.inputs = [i1, i2]
io.outputs = [o1, o2]
# io.save()
ion = IONode(io)
ions += [ion]
g.nodes = ions
g.bind(ions[0], "o1", ions[1], "i1")
g.bind(ions[1], "o1", ions[2], "i1")
g.bind(ions[1], "o2", ions[3], "i2")
g.bind(ions[3], "o2", ions[4], "i2")
g.bind(ions[2], "o1", ions[4], "i1")
for ion in ions:
ion.save()
g.save()
self.g = g
self.ions = ions
def setUp(self):
super(Test_base, self).setUp()
g = IOGraph()
ions = []
for i in range(5):
io = IOSimple(name="io%d" % i)
i1 = Input(name="i1")
i2 = Input(name="i2")
o1 = Output(name="o1")
o2 = Output(name="o2")
io.inputs = [i1, i2]
io.outputs = [o1, o2]
#io.save()
ion = IONode(io)
ions += [ion]
g.nodes = ions
g.bind(ions[0], 'o1', ions[1], 'i1')
g.bind(ions[1], 'o1', ions[2], 'i1')
g.bind(ions[1], 'o2', ions[3], 'i2')
g.bind(ions[3], 'o2', ions[4], 'i2')
g.bind(ions[2], 'o1', ions[4], 'i1')
for ion in ions:
ion.save()
g.save()
self.g = g
self.ions = ions
def test_decorator(self):
@iobject
def f(a,b):
return a+b
self.assertEqual(f(2,3),5)
node = IONode(iobject = f)
self.assertEqual(node.run(a=8,b=1)['output'],9)
node.save()
del node
newnode = IONode.find_one()
self.assertEqual(newnode.run(a=3,b=1)['output'],4)
def test_decorator(self):
@iobject
def f(a, b):
return a + b
self.assertEqual(f(2, 3), 5)
node = IONode(iobject=f)
self.assertEqual(node.run(a=8, b=1)['output'], 9)
node.save()
del node
newnode = IONode.find_one()
self.assertEqual(newnode.run(a=3, b=1)['output'], 4)
