def test_node_tostore():
gp, args = create_problem_node(nargs=4)
Add.nargs = 4
n = Add(list(range(len(args))), ytr=gp._ytr, mask=gp._mask)
n.position = 10
assert n.eval(args)
n1 = n.tostore()
assert n1.nargs == n.nargs
assert n1.position == n.position
assert np.all(n1.weight == n.weight)
assert n1.hy is None
def test_node_tostore():
gp, args = create_problem_node(nargs=4)
Add.nargs = 4
n = Add(list(range(len(args))), ytr=gp._ytr, mask=gp._mask)
n.position = 10
assert n.eval(args)
n1 = n.tostore()
assert n1.nargs == n.nargs
assert n1.position == n.position
assert np.all(n1.weight == n.weight)
assert n1.hy is None
def test_node_pickle():
import pickle
import tempfile
gp, args = create_problem_node()
n = Add(list(range(len(args))), ytr=gp._ytr, mask=gp._mask)
n.position = 10
assert n.eval(args)
with tempfile.TemporaryFile('w+b') as io:
pickle.dump(n, io)
io.seek(0)
n1 = pickle.load(io)
assert n1._mask.SSE(n._mask) == 0
def test_node_pickle():
import pickle
import tempfile
gp, args = create_problem_node()
n = Add(list(range(len(args))), ytr=gp._ytr, mask=gp._mask)
n.position = 10
assert n.eval(args)
with tempfile.TemporaryFile('w+b') as io:
pickle.dump(n, io)
io.seek(0)
n1 = pickle.load(io)
assert n1._mask.SSE(n._mask) == 0
