def test_3_order_cmplx(self):
od = OrderedDict()
no = 10
keys = [ 'key number %d' % i for i in range(no) ]
vals = [ 'value number %d' % i for i in range(no) ]
for i in range(no):
od[keys[i]] = vals[i]
keys.reverse()
self._compareOrder(od, keys)
# Move around different elements
for i in [ 0, int((no - 1) / 2), no - 1]:
od.to_head(keys[i])
keys = [ keys[i] ] + keys[:i] + keys[i + 1:]
self._compareOrder(od, keys)
od.to_tail(keys[i])
keys = keys[:i] + keys[i + 1:] + [ keys[i] ]
self._compareOrder(od, keys)
remove = keys[i]
del od[remove]
keys = keys[:i] + keys[i + 1:]
self._compareOrder(od, keys)
od[remove] = 'something new'
keys.insert(0, remove)
self._compareOrder(od, keys)
def test_2_order_simple(self):
od = OrderedDict()
key1 = 'key1'
val1 = 'val1'
key2 = 'key2'
val2 = 'val2'
od[key1] = val1
od[key2] = val2
self.assertEqual(od.get_first(), val2)
self.assertEquals(od.get_last(), val1)
od[key1] = val1
self.assertEqual(od.get_first(), val2)
self.assertEquals(od.get_last(), val1)
od.to_tail(key1)
self.assertEqual(od.get_first(), val2)
self.assertEquals(od.get_last(), val1)
od.to_head(key1)
self.assertEqual(od.get_first(), val1)
self.assertEquals(od.get_last(), val2)
