def test_full_translation():
json_data = open("input/test_full.json")
data = json.load(json_data)
xlator = CyclusTranslator(data)
tree = etree.parse("input/test_full.xml")
#print etree.tostring(xlator.translate(), pretty_print = True)
assert_true(compare_nodes(xlator.translate(), tree.getroot(), log = False))
def test_mats_translation():
json_data = open("input/test_mat.json")
data = json.load(json_data)
matls = readMaterials(data["materials"])
tree = etree.parse("input/test_mat.xml")
root = etree.Element("root")
for mat in matls: root.append(mat.node)
assert_true(compare_nodes(root, tree.getroot(), log = False))
def test_fac_translation():
json_data = open("input/test_fac.json")
data = json.load(json_data)
# note that data["recipes"] is an artifact required to print out the xml
# nodes that will be fleshed out in higher-level objects
facs = readFacs(data["facilities"])
tree = etree.parse("input/test_fac.xml")
root = etree.Element("root")
for fac in facs: root.append(fac.node)
assert_true(compare_nodes(root, tree.getroot(), log = False))
def compare(file1, file2):
obs = etree.parse(file1)
exp = etree.parse(file2)
return compare_nodes(obs.getroot(), exp.getroot(), log = False)
