def test_detect_mifare_absent(self): """Test that an absent card results in a None response. Either this test or the "present" test above will pass, but never both. """ import nxppy self.assertIsNone(nxppy.read_mifare(), "Card UID is not None")
def test_detect_mifare_present(self): """Test that we can read the UID from a present Mifare card. Either this test or the "absent" test below will pass, but never both. """ import nxppy self.assertIsInstance(nxppy.read_mifare(), str, "Card UID is not a string")
def ReadCard(self): id=nxppy.read_mifare() m = nxppy.Mifare() if id == None: return None else: if id not in self.people.keys(): print "new ID :", id name=raw_input('Please enter your name:') self.people[id]={"name":name,"achievements":[]} else: for aid in self.achievements.keys(): if int(aid) not in self.people[id]['achievements']: if self.achievements[aid]['question']==None: self.people[id]['achievements'].append(aid) print "Achievement unlocked!" else: print "Achievement available: answer the following question to win "+self.achievements[aid]["Description"]+":" print self.achievements[aid]['question'] ans=[] for a in range(len(self.achievements[aid]['answers'])): answer=raw_input('Enter answer:') ans.append(answer) correct=0 for an in range(len(ans)): found=False for answ in self.achievements[aid]['answers']: if answ==ans[an]: found=True break if not found: print "answer "+ans[an]+" incorrect!" else: correct+=1 if correct == len(self.achievements[aid]['answers']): print "achievement unlocked!" self.people[id]['achievements'].append(aid) self.SavePeople() return self.people[id]