def testTwoRules(self):
rules = [('aap (.*)', '%s'), ('noot (.*)', '%s')]
normalize = Normalize(rules)
r1 = normalize.process('aap noot mies')
self.assertEquals('noot mies', r1)
r2 = normalize.process('noot aap boom')
self.assertEquals('aap boom', r2)
def testTwoRules(self):
rules = [('aap (.*)', '%s'), ('noot (.*)', '%s')]
normalize = Normalize(rules)
r1 = normalize.process('aap noot mies')
self.assertEqual('noot mies', r1)
r2 = normalize.process('noot aap boom')
self.assertEqual('aap boom', r2)
def testRuleWithCustomProcessing(self):
class Lower:
def __init__(self, string):
self.string = string
def __mod__(self, values):
return self.string % tuple(value.lower() for value in values)
rules = [('b(OO)m', Lower('%s'))]
normalize = Normalize(rules)
r1 = normalize.process('bOOm')
self.assertEquals('oo', r1)
def testRuleWithCustomProcessing(self):
class Lower:
def __init__(self, string):
self.string = string
def __mod__(self, values):
return self.string % tuple(value.lower() for value in values)
rules = [('b(OO)m', Lower('%s'))]
normalize = Normalize(rules)
r1 = normalize.process('bOOm')
self.assertEqual('oo', r1)
def testNoMatchResult(self):
normalize = Normalize([('(aap)', '%s')], noMatchResult=None)
self.assertEquals(None, normalize.process('noot'))
self.assertEquals('vuur', normalize.process('noot', noMatchResult='vuur'))
def testValueIfNoMatch(self):
normalize = Normalize([('(aap)', '%s')])
self.assertEquals('noot', normalize.process('noot'))
self.assertEquals(None, normalize.process('noot', noMatchResult=None))
def testRuleWithPostProcessing(self):
rules = [('b(OO)m v(uu)r v(.*)s', '%s %s %s', (str.lower, str.upper, str.strip))]
normalize = Normalize(rules)
r1 = normalize.process('bOOm vuur v ii s')
self.assertEquals('oo UU ii', r1)
def testNormalizeOneRule(self):
rules = [(r'(\d{2,4}-\d{2}-\d{2}) (\d{2}:\d{2})', '%sT%s')]
normalize = Normalize(rules)
result = normalize.process('2006-11-28 19:00')
self.assertEquals('2006-11-28T19:00', result)
def testNoMatchResult(self):
normalize = Normalize([('(aap)', '%s')], noMatchResult=None)
self.assertEqual(None, normalize.process('noot'))
self.assertEqual('vuur', normalize.process('noot',
noMatchResult='vuur'))
def testValueIfNoMatch(self):
normalize = Normalize([('(aap)', '%s')])
self.assertEqual('noot', normalize.process('noot'))
self.assertEqual(None, normalize.process('noot', noMatchResult=None))
def testRuleWithPostProcessing(self):
rules = [('b(OO)m v(uu)r v(.*)s', '%s %s %s', (str.lower, str.upper,
str.strip))]
normalize = Normalize(rules)
r1 = normalize.process('bOOm vuur v ii s')
self.assertEqual('oo UU ii', r1)
def testNormalizeOneRule(self):
rules = [(r'(\d{2,4}-\d{2}-\d{2}) (\d{2}:\d{2})', '%sT%s')]
normalize = Normalize(rules)
result = normalize.process('2006-11-28 19:00')
self.assertEqual('2006-11-28T19:00', result)
