def test_splitting_of_one_forked_non_const(self):
"""One of forked outputs of a non-constant node is splitted."""
s1 = StateSaver(int)
s2 = StateSaver(int)
with DeltaGraph() as graph:
val = return_12_non_const()
val_x = val.x
s1.save(val_x)
s2.save_and_exit(val_x)
rt = DeltaPySimulator(graph)
rt.run()
self.assertEqual(s2.saved, [1])
def setUp(self):
r"""Build the graph
```
/ saver1
/
placeholder -- saver2
\
\ saver3
```
"""
with DeltaGraph() as my_graph:
saver1 = StateSaver(bool)
saver2 = StateSaver(bool)
saver3 = StateSaver(bool)
val = placeholder_node_factory()
saver1.save(val)
saver2.save(val)
saver3.save(val)
def true() -> bool:
return True
val.specify_by_func(true)
self.graph = my_graph
self.savers = [saver1, saver2, saver3]
def test_serialise_state_saver(self):
"""Serialise a state saver and load it in a new instance."""
saver = StateSaver(t=int, verbose=True)
with DeltaGraph():
saver_node = saver.save(return_2_const())
saver_body = saver_node.body.as_serialised
python_string = textwrap.dedent(f"""
import dill
saver_body = dill.loads({saver_body})
saver_body.eval(5)
""")
p = subprocess.run([r"python"],
input=str.encode(python_string),
stdout=subprocess.PIPE,
check=False)
output = p.stdout.decode()
self.assertEqual(output, "saving 5\n")
def setUp(self):
r"""Build the graph
```
/ saver1
/
return_1 -- saver2
\
\ saver3
```
"""
with DeltaGraph() as my_graph:
saver1 = StateSaver(int)
saver2 = StateSaver(int)
saver3 = StateSaver(int)
val = return_1()
saver1.save(val)
saver2.save(val)
saver3.save(val)
self.graph = my_graph
self.savers = [saver1, saver2, saver3]