def testRunRulesTransition3MinOK(self):
ver = Verification("test/transition3OK.IN.xml")
tree = ver.run(report = False, bad = True)
xsd.assertValid(tree)
self.assertEquals(etree.tostring(objectify.fromstring(open("test/transition3OK.OUT.MIN.xml").read()), pretty_print = True), ver.getXML())
def testRunRulesMoleculeCH4MinOK(self):
ver = Verification("test/moleculeCH4.IN.xml")
#printRules(ver.rules)
tree = ver.run(bad = True)
xsd.assertValid(tree)
#Need test RuleT03
self.assertEquals(etree.tostring(objectify.fromstring(open("test/moleculeCH4.OUT.MIN.xml").read()), pretty_print = True), ver.getXML())
def testRunRulesTransition3MaxOK(self):
rulesParser = RulesParser()
rulesParser.useRules = {Rule("atomRuleT01", None), Rule("atomRuleT02", None)}
ver = Verification("test/transition3OK.IN.xml", rulesParser.getRules())
tree = ver.run(report = True, bad = None)
xsd.assertValid(tree)
self.assertEquals(etree.tostring(objectify.fromstring(open("test/transition3OK.OUT.MAX.xml").read()), pretty_print = True), ver.getXML())
def testRunRulesMoleculeCO2MinOK(self):
#rules = RulesParser().getRules(only={"ltcsRuleS04":{}})
rules = None
ver = Verification("test/moleculeCO2.IN.xml", rules = rules)
#printRules(ver.rules)
tree = ver.run(report = False, bad = True)
xsd.assertValid(tree)
self.assertEquals(etree.tostring(objectify.fromstring(open("test/moleculeCO2.OUT.MIN.xml").read()), pretty_print = True), ver.getXML())