def testAddRules(self):
rulesParser = RulesParser()
# 2.6 set([]) ; 2.7 {}
rulesParser.addRules = set([
Rule(NODEID, "abs(nltcs:J + nltcs:Ka) <= 11"),
Rule(NODEID, "abs(nltcs:Ka + nltcs:v1) <= pow(nltcs:v2, nltcs:Kc)")
])
queryfunc.rules = rulesParser.getRules()
self.request.REQUEST = self.queryDict
content = views.sync(self.request).content
objTree = objectify.fromstring(content)
verificationXSD.assertValid(objTree)
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule',
namespaces={"xsams": XSAMS_NS})
self.assertEquals(5, len(numberElements))
numberElements = objTree.xpath(
'//xsams:NumberOfVerificationByRule[@name = "' + NODEID +
'RuleS01" or @name = "' + NODEID + 'RuleS02"]',
namespaces={"xsams": XSAMS_NS})
self.assertEquals(2, len(numberElements))
for numberElement in numberElements:
self.assertEquals("1", numberElement.attrib["correct"])
self.assertEquals("2", numberElement.attrib["incorrect"])
def testDelRules(self):
rulesParser = RulesParser()
rulesParser.delRules = set([Rule("nltcsRuleS01", None), Rule("nltcsRuleT02", None)])
queryfunc.rules = rulesParser.getRules()
self.request.REQUEST = self.queryDict
content = views.sync(self.request).content
objTree = objectify.fromstring(content)
verificationXSD.assertValid(objTree)
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule', namespaces={"xsams":XSAMS_NS})
self.assertEquals(1, len(numberElements))
def testUseOnlyRules(self):
rulesParser = RulesParser()
rulesParser.useRules = {Rule("nltcsRuleT02", None), Rule(NODEID, "abs(nltcs:J + nltcs:Ka) <= 11")}
queryfunc.rules = rulesParser.getRules()
self.request.REQUEST = self.queryDict
content = views.sync(self.request).content
objTree = objectify.fromstring(content)
verificationXSD.assertValid(objTree)
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule', namespaces={"xsams":XSAMS_NS})
self.assertEquals(2, len(numberElements))
def testDelRules(self):
rulesParser = RulesParser()
rulesParser.delRules = set(
[Rule("nltcsRuleS01", None),
Rule("nltcsRuleT02", None)])
queryfunc.rules = rulesParser.getRules()
self.request.REQUEST = self.queryDict
content = views.sync(self.request).content
objTree = objectify.fromstring(content)
verificationXSD.assertValid(objTree)
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule',
namespaces={"xsams": XSAMS_NS})
self.assertEquals(1, len(numberElements))
def testAddRules(self):
rulesParser = RulesParser()
rulesParser.addRules = {Rule(NODEID, "abs(nltcs:J + nltcs:Ka) <= 11"), Rule(NODEID, "abs(nltcs:Ka + nltcs:v1) <= pow(nltcs:v2, nltcs:Kc)")}
queryfunc.rules = rulesParser.getRules()
self.request.REQUEST = self.queryDict
content = views.sync(self.request).content
objTree = objectify.fromstring(content)
verificationXSD.assertValid(objTree)
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule', namespaces={"xsams":XSAMS_NS})
self.assertEquals(5, len(numberElements))
numberElements = objTree.xpath('//xsams:NumberOfVerificationByRule[@name = "' + NODEID + 'RuleS01" or @name = "' + NODEID + 'RuleS02"]', namespaces={"xsams":XSAMS_NS})
self.assertEquals(2, len(numberElements))
for numberElement in numberElements:
self.assertEquals("1", numberElement.attrib["correct"])
self.assertEquals("2", numberElement.attrib["incorrect"])