def test_array2(self):
top = set_as_top(Assembly())
top.add('c1', ArrSimple())
top.add('c3', ArrSimple())
top.driver.workflow.add(['c1','c3'])
top.connect('c1.aout[1]', 'c3.ain[2]')
expected = set(['c1', 'c1.aout', 'c1.aout[1]',
'c3', 'c3.ain', 'c3.ain[2]', 'c3.aout'])
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
self.assertEqual(top.c1.is_valid(), False)
self.assertEqual(top.c3.is_valid(), False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
top.c1.ain = [55.,44.,33.]
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
self.assertEqual(top.c3.ain[2], 88.)
def test_array2(self):
top = set_as_top(Assembly())
top.add('c1', ArrSimple())
top.add('c3', ArrSimple())
top.driver.workflow.add(['c1', 'c3'])
top.connect('c1.aout[1]', 'c3.ain[2]')
expected = set([
'c1', 'c1.aout', 'c1.aout[1]', 'c3', 'c3.ain', 'c3.ain[2]',
'c3.aout'
])
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
self.assertEqual(top.c1.is_valid(), False)
self.assertEqual(top.c3.is_valid(), False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
top.c1.ain = [55., 44., 33.]
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
self.assertEqual(top.c3.ain[2], 88.)
def test_array3(self):
top = set_as_top(Assembly())
top.add('c1', ArrSimple())
top.add('sub', Assembly())
top.sub.add('c2', ArrSimple())
top.sub.create_passthrough('c2.ain')
top.sub.create_passthrough('c2.aout')
top.add('c3', ArrSimple())
top.driver.workflow.add(['c1', 'sub', 'c3'])
top.sub.driver.workflow.add('c2')
top.connect('c1.aout[1]', 'sub.ain[1]')
top.connect('sub.aout[1]', 'c3.ain[1]')
expected = set([
'c1', 'c1.aout', 'c1.aout[1]', 'c3', 'c3.ain', 'c3.ain[1]',
'c3.aout', 'sub', 'sub.ain', 'sub.ain[1]', 'sub.aout',
'sub.aout[1]'
])
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
subexpected = set(
['c2', 'c2.ain', 'ain[1]', 'c2.aout', 'aout[1]', 'ain', 'aout'])
for v in subexpected:
self.assertEqual(top.sub._depgraph.node[v]['valid'], False)
self.assertEqual(top.c1.is_valid(), False)
self.assertEqual(top.c3.is_valid(), False)
self.assertEqual(top.sub.is_valid(), False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
top.c1.ain = [55., 44., 33.]
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
self.assertEqual(top.sub.ain[1], 88.)
self.assertEqual(top.sub.aout[1], 176.)
self.assertEqual(top.c3.ain[1], 176.)
def test_array3(self):
top = set_as_top(Assembly())
top.add('c1', ArrSimple())
top.add('sub',Assembly())
top.sub.add('c2',ArrSimple())
top.sub.create_passthrough('c2.ain')
top.sub.create_passthrough('c2.aout')
top.add('c3', ArrSimple())
top.driver.workflow.add(['c1','sub', 'c3'])
top.sub.driver.workflow.add('c2')
top.connect('c1.aout[1]', 'sub.ain[1]')
top.connect('sub.aout[1]', 'c3.ain[1]')
expected = set(['c1', 'c1.aout', 'c1.aout[1]',
'c3', 'c3.ain', 'c3.ain[1]', 'c3.aout',
'sub', 'sub.ain', 'sub.ain[1]', 'sub.aout', 'sub.aout[1]'])
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
subexpected = set(['c2','c2.ain','ain[1]','c2.aout','aout[1]','ain','aout'])
for v in subexpected:
self.assertEqual(top.sub._depgraph.node[v]['valid'], False)
self.assertEqual(top.c1.is_valid(), False)
self.assertEqual(top.c3.is_valid(), False)
self.assertEqual(top.sub.is_valid(), False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
top.c1.ain = [55.,44.,33.]
for v in expected:
self.assertEqual(top._depgraph.node[v]['valid'], False)
top.run()
self.assertEqual(get_valids(top._depgraph, False), [])
self.assertEqual(top.sub.ain[1], 88.)
self.assertEqual(top.sub.aout[1], 176.)
self.assertEqual(top.c3.ain[1], 176.)
