def test_printing(self):
import json
encoded = Pool.to_json(self.diagram.pool)
representation = json.loads(encoded)
reconstructed = Pool.from_json(encoded)
re_encoded = Pool.to_json(reconstructed)
new_representation = json.loads(re_encoded)
self.assertEquals(representation, new_representation)
def test_printing(self):
import json
encoded = Pool.to_json(self.diagram.pool)
representation = json.loads(encoded)
reconstructed = Pool.from_json(encoded)
re_encoded = Pool.to_json(reconstructed)
new_representation = json.loads(re_encoded)
self.assertEquals(representation, new_representation)
def setUp(self):
pool_file = "data/test_evaluate_1.txt"
root_id = 1663
with open(pool_file, "r") as stream:
json_input = stream.readline()
exported_pool = Pool.from_json(json_input)
self.diagram1 = exported_pool.diagram(root_id)
self.vars1 = [('r_f0', 0, 1658), ('r_f1', 0, 964), ('c_f0', 0, 1658), ('c_f1', 0, 964)]
def setUp(self):
pool_file = "data/test_evaluate_1.txt"
root_id = 1663
with open(pool_file, "r") as stream:
json_input = stream.readline()
exported_pool = Pool.from_json(json_input)
self.diagram1 = exported_pool.diagram(root_id)
self.vars1 = [('r_f0', 0, 1658), ('r_f1', 0, 964), ('c_f0', 0, 1658),
('c_f1', 0, 964)]
