func TestHandoffPut(t *testing.T) {
config := Config{HandoffInterval: time.Millisecond * 10}
client := &FakeTransferrer{map[string][]*data.Data{}, false}
h := NewHintedHandoff(config, client)
h.Put(data.New("foo", "bar"), "n1")
h.Put(data.New("food", "bar"), "n1")
h.Put(data.New("foo", "baz"), "n1")
h.Put(data.New("food", "bar"), "n2")
h.Put(data.New("foo", "baz"), "n2")
// Client initially fails. Wait for it to recover and check hints are
// still sent.
time.Sleep(config.HandoffInterval * 2)
client.status = true
time.Sleep(config.HandoffInterval * 2)
if len(client.sent["n1"]) != 3 {
t.Errorf("Should have sent one item, but sent %d", len(client.sent["n1"]))
}
if len(client.sent["n2"]) != 2 {
t.Errorf("Should have sent one item, but sent %d", len(client.sent["n1"]))
}
}
// Put finds the key on the correct node in the cluster, sets
// the value and returns a status bool.
// If the key is owned by current node then it coordinates the operation.
// Otherwise it sends the coordination request to the correct node.
func (t *Toystore) Put(key string, value interface{}) (ok bool) {
address := t.Ring.Find(key)
if t.isCoordinator(address) {
ok = t.CoordinatePut(data.New(key, value))
} else {
t.log.Printf("Forwarding PUT request to coordinator %s for %s", address, value)
ok = t.client.CoordinatePut(address, data.New(key, value))
}
return
}
func TestMemoryStore(t *testing.T) {
res := New()
res.Put(data.New("foo", "bar"))
str, success := res.Get("foo")
if !success {
t.Error("Test Memory Store unsuccessful.")
}
Equal(t, str.Value.(string), "bar")
}
