def test_init(self):
"Check that a ModelCheckRunner instantiates properly"
runner = ModelCheckRunner()
self.assertEqual([], runner.scripts)
self.assertTrue(len(runner._checkers(all=True)) > 0)
for c in runner._checkers:
self.assertTrue(IModelChecker in c._implements)
def testMethod(obj, name):
import pyomo.environ
runner = ModelCheckRunner()
path = os.path.join(exdir, package, "{0}_{1}.py".format(checkerName, key))
runner.run(script = path, checkers = {package:[checkerName]})
checker = runner._checkers()[0]
pc = checker.problemCount
lns = checker.linenos
checker.resetProblemCount()
obj.assertEqual(defs[package][checkerName][key]['problems'], pc)
if 'lines' in defs[package][checkerName][key]:
obj.assertEqual(sorted(lns), sorted(defs[package][checkerName][key]['lines']))
def test_run_iterative(self):
"Check that a runner calls check() on an iterative checker"
for text in self.testScripts:
runner = ModelCheckRunner()
script = ModelScript(text = text)
runner.addScript(script)
runner.run(checkers = {'mock':['MockIterativeDataChecker', 'MockIterativeTreeChecker']})
for klass in [MockIterativeDataChecker, MockIterativeTreeChecker]:
mockChecker = list(filter((lambda c : c.__class__ == klass), runner._checkers()))[0]
self.assertTrue(mockChecker.checkCount >= 1)
mockChecker.resetCount()