def test_remove_node(self):
hash = HashRing()
hash.add_node('redis1')
self.assertTrue(hash.check_node_in_ring('redis1'))
hash.remove_node('redis1')
self.assertFalse(hash.check_node_in_ring('redis1'))
hash.free()
def test_remove_node(self):
hash = HashRing()
hash.add_node('redis1')
self.assertTrue(hash.check_node_in_ring('redis1'))
hash.remove_node('redis1')
self.assertFalse(hash.check_node_in_ring('redis1'))
hash.free()
def test_find_node(self):
""" Based on hash_ring_test's test """
new_hash = HashRing(["slotA", "slotB"],
num_replicas=8,
hash_fn=HashFunction.SHA1)
keyA = 'keyA'
server = new_hash.find_node(keyA)
self.assertEquals(server, 'slotA')
keyBBBB = 'keyBBBB'
node = new_hash.find_node(keyBBBB)
self.assertEquals(node, 'slotA')
key = 'keyB_'
node = new_hash.find_node(key)
self.assertEquals(node, 'slotB')
new_hash.free()
def test_find_node(self):
""" Based on hash_ring_test's test """
new_hash = HashRing(["slotA", "slotB"], num_replicas = 8, hash_fn = HashFunction.SHA1 )
keyA = 'keyA'
server = new_hash.find_node(keyA)
self.assertEquals(server, 'slotA')
keyBBBB = 'keyBBBB'
node = new_hash.find_node(keyBBBB)
self.assertEquals(node, 'slotA')
key = 'keyB_'
node = new_hash.find_node(key)
self.assertEquals(node, 'slotB')
new_hash.free()
def test_create(self):
new_hash = HashRing(["redis1", "redis2"])
self.assert_(new_hash)
new_hash.free()
def test_find_nodes(self):
""" Based on hash_ring_test's test """
new_hash = HashRing(
["slotA", "slotB"],
num_replicas = 8,
hash_fn = HashFunction.SHA1)
keyA = 'keyA'
keyB = 'keyB*_*_*_'
servers = new_hash.find_nodes(keyA, 3)
self.assertEquals(servers, ['slotA', 'slotB'])
servers = new_hash.find_nodes(keyB, 3)
self.assertEquals(servers, ['slotB', 'slotA'])
new_hash.add_node('slotC')
servers = new_hash.find_nodes(keyA, 3)
self.assertEquals(servers, ['slotC', 'slotA', 'slotB'])
servers = new_hash.find_nodes(keyB, 3)
self.assertEquals(servers, ['slotC', 'slotB', 'slotA'])
servers = new_hash.find_nodes(keyA, 2)
self.assertEquals(servers, ['slotC', 'slotA'])
servers = new_hash.find_nodes(keyB, 2)
self.assertEquals(servers, ['slotC', 'slotB'])
new_hash.free()
def test_create(self):
new_hash = HashRing(["redis1", "redis2"])
self.assert_(new_hash)
new_hash.free()
def test_find_nodes(self):
""" Based on hash_ring_test's test """
new_hash = HashRing(["slotA", "slotB"],
num_replicas=8,
hash_fn=HashFunction.SHA1)
keyA = 'keyA'
keyB = 'keyB*_*_*_'
servers = new_hash.find_nodes(keyA, 3)
self.assertEquals(servers, ['slotA', 'slotB'])
servers = new_hash.find_nodes(keyB, 3)
self.assertEquals(servers, ['slotB', 'slotA'])
new_hash.add_node('slotC')
servers = new_hash.find_nodes(keyA, 3)
self.assertEquals(servers, ['slotC', 'slotA', 'slotB'])
servers = new_hash.find_nodes(keyB, 3)
self.assertEquals(servers, ['slotC', 'slotB', 'slotA'])
servers = new_hash.find_nodes(keyA, 2)
self.assertEquals(servers, ['slotC', 'slotA'])
servers = new_hash.find_nodes(keyB, 2)
self.assertEquals(servers, ['slotC', 'slotB'])
new_hash.free()