class TestBestMatch(unittest.TestCase):
def setUp(self):
self.cityM = BestMatch(city_targets)
self.cmdM = BestMatch(command_targets)
self.restoM = BestMatch(resto_targets)
self.simiM = BestMatch(similar_targets)
def test01BasicMatch(self):
print
print "BASIC MATCHING"
print "Find 'join'"
res = self.cmdM.match('join')
self.assertTrue(len(res) == 1 and res[0] == 'join')
print "Find 'j'"
res = self.cmdM.match('j')
self.assertTrue(len(res) == 1 and res[0] == 'join')
print "Find None"
res = self.cmdM.match(None)
self.assertTrue(len(res) == 0)
print "Find ''"
res = self.cmdM.match('')
self.assertTrue(len(res) == 0)
print "Add and find 'help'"
self.cmdM.add_target('help')
res = self.cmdM.match('help')
self.assertTrue(len(res) == 1 and res[0] == 'help')
print "Still find 'join'"
res = self.cmdM.match('j')
self.assertTrue(len(res) == 1 and res[0] == 'join')
print "Add 'later' and find 'later'"
self.cmdM.add_target('later')
res = self.cmdM.match('later')
self.assertTrue(len(res) == 1 and res[0] == 'later')
print "Find 'l' and get 'later' and 'leave'"
res = self.cmdM.match('l')
self.assertTrue(set(res) == set(['later', 'leave']))
def test02ExactMatch(self):
print
print "EXACT MATCHING"
print "Find 'bob'"
res = self.simiM.match('bob')
print res
self.assertTrue(len(res) == 1 and res[0] == 'bob')
def test03UnAnchored(self):
print
print "UNANCHORED SEARCH"
res = self.cityM.match('field', anchored=False)
print "Unanchored search for 'field': %s" % ','.join(res)
self.assertTrue(set(res) == set(['springfield', 'westfield']))
def test04PrefixMatch(self):
print
print "IGNORE PREFIX MATCHING"
res = self.restoM.match('panisse', anchored=True)
print "Unprefixed search for 'panisse': %s" % ','.join(res)
self.assertTrue(len(res) == 0)
print "Add prefix 'chez'"
self.restoM.add_ignore_prefix('Chez')
res = self.restoM.match('panisse', anchored=True)
print "Prefixed search for 'panisse': %s" % ','.join(res)
self.assertTrue(len(res) == 1 and res[0] == 'chez panisse')
res = self.restoM.match('chez', anchored=True)
print "Prefixed search for 'chez': %s" % ','.join(res)
self.assertTrue(set(res) == set(resto_targets[:3]))
print "Add 'hotel' to prefix list"
self.restoM.add_ignore_prefix('hotel')
res = self.restoM.match('lando', anchored=True)
print "Prefixed search for 'lando': %s" % ','.join(res)
self.assertTrue(set(res) == set(['chez lando', 'hotel lando']))
print "Add 'burger' to prefix list"
self.restoM.add_ignore_prefix('burger')
res = self.restoM.match('burger', anchored=True)
print "Prefixed search for 'burger': %s" % ','.join(res)
self.assertTrue(set(res) == set(resto_targets[-3:]))
def test05WithData(self):
print
print "TARGETS WITH DATA"
self.cmdM.targets = zip(command_targets, command_data)
print "Retrieve function for data"
res = self.cmdM.match('j', with_data=True)
self.assertTrue(res[0][1]() == 'join_data')
print "Retrieve string"
res = self.cmdM.match('le', with_data=True)
self.assertTrue(res[0][1] == 'leave_data')
print "Retrieve None"
res = self.cmdM.match('n', with_data=True)
self.assertTrue(res[0][1] is None)
print "Retrieve dict"
res = self.cmdM.match('cr', with_data=True)
self.assertTrue(res[0][1]['key'] == 'value')
def test06AddRemoveTargets(self):
print
print 'Add Buffalo'
self.cityM.add_target('buffalo')
res = self.cityM.match('buf')
self.assertTrue(len(res) == 1 and res[0] == 'buffalo')
res = self.cityM.match('new')
self.assertTrue(set(res) == set(['newton', 'newberry', 'new orleans']))
print 'Remove Buffalo'
self.cityM.remove_target('buffalo')
res = self.cityM.match('buF')
self.assertTrue(len(res) == 0)
print "Add prefix 'new'"
self.cityM.add_ignore_prefix('new')
res = self.cityM.match('ton')
self.assertTrue(len(res) == 1 and res[0] == 'newton')
print "Remove prefix 'new'"
self.cityM.remove_ignore_prefix('new')
res = self.cityM.match('ton')
self.assertTrue(len(res) == 0)
print "Add target with data. (buffalo, rocks)"
self.cityM.add_target(('buffalo', 'rocks'))
res = self.cityM.match('BuF', with_data=True)
self.assertTrue(len(res) == 1 and res[0] == ('buffalo', 'rocks'))
def test07Aliases(self):
print
print "Add 'boston' with aliases 'the hub', 'beantown'"
self.cityM.add_target(['boston', 'the hub', 'beantown'])
print "Search for Beantown"
res = self.cityM.match('beanTown')
print res
self.assertTrue(len(res) == 1 and res[0] == 'boston')
print "Search for Boston"
res = self.cityM.match('boston')
self.assertTrue(len(res) == 1 and res[0] == 'boston')
print "Add 'redsox country' as alias"
self.cityM.add_alias_for_target('boston', 'redsox country')
res = self.cityM.match('redsox')
self.assertTrue(len(res) == 1 and res[0] == 'boston')
print "Remove 'beantown'"
self.cityM.remove_alias_for_target('boston', 'beantown')
res = self.cityM.match('beantown')
self.assertTrue(len(res) == 0)
print "Test get aliases"
self.assertTrue(
set(self.cityM.get_aliases_for_target('boston')) == set(
['redsox country', 'the hub']))
class TestBestMatch(unittest.TestCase):
def setUp(self):
self.cityM=BestMatch(city_targets)
self.cmdM=BestMatch(command_targets)
self.restoM=BestMatch(resto_targets)
self.simiM=BestMatch(similar_targets)
def test01BasicMatch(self):
print
print "BASIC MATCHING"
print "Find 'join'"
res=self.cmdM.match('join')
self.assertTrue(len(res)==1 and res[0]=='join')
print "Find 'j'"
res=self.cmdM.match('j')
self.assertTrue(len(res)==1 and res[0]=='join')
print "Find None"
res=self.cmdM.match(None)
self.assertTrue(len(res)==0)
print "Find ''"
res=self.cmdM.match('')
self.assertTrue(len(res)==0)
print "Add and find 'help'"
self.cmdM.add_target('help')
res=self.cmdM.match('help')
self.assertTrue(len(res)==1 and res[0]=='help')
print "Still find 'join'"
res=self.cmdM.match('j')
self.assertTrue(len(res)==1 and res[0]=='join')
print "Add 'later' and find 'later'"
self.cmdM.add_target('later')
res=self.cmdM.match('later')
self.assertTrue(len(res)==1 and res[0]=='later')
print "Find 'l' and get 'later' and 'leave'"
res=self.cmdM.match('l')
self.assertTrue(set(res)==set(['later','leave']))
def test02ExactMatch(self):
print
print "EXACT MATCHING"
print "Find 'bob'"
res=self.simiM.match('bob')
print res
self.assertTrue(len(res)==1 and res[0]=='bob')
def test03UnAnchored(self):
print
print "UNANCHORED SEARCH"
res=self.cityM.match('field',anchored=False)
print "Unanchored search for 'field': %s" % ','.join(res)
self.assertTrue(set(res)==set(['springfield','westfield']))
def test04PrefixMatch(self):
print
print "IGNORE PREFIX MATCHING"
res=self.restoM.match('panisse',anchored=True)
print "Unprefixed search for 'panisse': %s" % ','.join(res)
self.assertTrue(len(res)==0)
print "Add prefix 'chez'"
self.restoM.add_ignore_prefix('Chez')
res=self.restoM.match('panisse',anchored=True)
print "Prefixed search for 'panisse': %s" % ','.join(res)
self.assertTrue(len(res)==1 and res[0]=='chez panisse')
res=self.restoM.match('chez',anchored=True)
print "Prefixed search for 'chez': %s" % ','.join(res)
self.assertTrue(set(res)==set(resto_targets[:3]))
print "Add 'hotel' to prefix list"
self.restoM.add_ignore_prefix('hotel')
res=self.restoM.match('lando',anchored=True)
print "Prefixed search for 'lando': %s" % ','.join(res)
self.assertTrue(set(res)==set(['chez lando','hotel lando']))
print "Add 'burger' to prefix list"
self.restoM.add_ignore_prefix('burger')
res=self.restoM.match('burger',anchored=True)
print "Prefixed search for 'burger': %s" % ','.join(res)
self.assertTrue(set(res)==set(resto_targets[-3:]))
def test05WithData(self):
print
print "TARGETS WITH DATA"
self.cmdM.targets=zip(command_targets,command_data)
print "Retrieve function for data"
res=self.cmdM.match('j',with_data=True)
self.assertTrue(res[0][1]()=='join_data')
print "Retrieve string"
res=self.cmdM.match('le',with_data=True)
self.assertTrue(res[0][1]=='leave_data')
print "Retrieve None"
res=self.cmdM.match('n',with_data=True)
self.assertTrue(res[0][1] is None)
print "Retrieve dict"
res=self.cmdM.match('cr',with_data=True)
self.assertTrue(res[0][1]['key']=='value')
def test06AddRemoveTargets(self):
print
print 'Add Buffalo'
self.cityM.add_target('buffalo')
res = self.cityM.match('buf')
self.assertTrue(len(res)==1 and res[0]=='buffalo')
res = self.cityM.match('new')
self.assertTrue(set(res)==set(['newton','newberry','new orleans']))
print 'Remove Buffalo'
self.cityM.remove_target('buffalo')
res = self.cityM.match('buF')
self.assertTrue(len(res)==0)
print "Add prefix 'new'"
self.cityM.add_ignore_prefix('new')
res = self.cityM.match('ton')
self.assertTrue(len(res)==1 and res[0]=='newton')
print "Remove prefix 'new'"
self.cityM.remove_ignore_prefix('new')
res = self.cityM.match('ton')
self.assertTrue(len(res)==0)
print "Add target with data. (buffalo, rocks)"
self.cityM.add_target(('buffalo','rocks'))
res = self.cityM.match('BuF',with_data=True)
self.assertTrue(len(res)==1 and res[0]==('buffalo','rocks'))
def test07Aliases(self):
print
print "Add 'boston' with aliases 'the hub', 'beantown'"
self.cityM.add_target(['boston', 'the hub', 'beantown'])
print "Search for Beantown"
res = self.cityM.match('beanTown')
print res
self.assertTrue(len(res)==1 and res[0]=='boston')
print "Search for Boston"
res = self.cityM.match('boston')
self.assertTrue(len(res)==1 and res[0]=='boston')
print "Add 'redsox country' as alias"
self.cityM.add_alias_for_target('boston', 'redsox country')
res = self.cityM.match('redsox')
self.assertTrue(len(res)==1 and res[0]=='boston')
print "Remove 'beantown'"
self.cityM.remove_alias_for_target('boston', 'beantown')
res = self.cityM.match('beantown')
self.assertTrue(len(res)==0)
print "Test get aliases"
self.assertTrue(set(self.cityM.get_aliases_for_target('boston'))==
set(['redsox country', 'the hub']))
def test08Spaces(self):
class data():
pass
print "Add 'spaceyname ' to check for correct treatment of spacey behaviour"
matcher = BestMatch(targets=[('spaceyname ', data())])
print "Search for spaceyname"
res = matcher.match('spaceyname ')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')
res = matcher.match('spaceyname')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')
print "Add 'spaceyname ' with aliases 'alias1 ', ' alias2', ' alias3 '"
matcher = BestMatch(targets=[['spaceyname ', 'alias1 ',' alias2', ' alias3 ']])
print "Search for spaceyname"
res = matcher.match('spaceyname ')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')
print "Search for alias3"
res = matcher.match(' alias3 ')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')
res = matcher.match('alias3')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')
print "Add 'spaceyname ' with aliases 'alias1 ', ' alias2', ' alias3 '"
matcher = BestMatch(targets=[(['spaceyname ', 'alias1 ',' alias2', ' alias3 '],data())])
print "Search for spaceyname"
res = matcher.match('spaceyname')
print res
print "solution is '%s'" % res[0]
self.assertTrue(len(res)==1 and res[0]=='spaceyname')