at := time.Now()
var zero_time time.Time
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
+
store.Add <- &Message{at, id, say}
messages_from_store := make(chan []Message, 1)
store.Get <- &StoreRequest{zero_time, messages_from_store}
t.FailNow()
}
expectMessage(t, &messages[0], at, id, say)
- close(store.Get)
- close(store.Add)
}
func TestFetchBlocksUntilSpeak(t *testing.T) {
at := time.Now()
var zero_time time.Time
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
+
messages_from_store := make(chan []Message, 1)
store.Get <- &StoreRequest{zero_time, messages_from_store}
for start_fetch_wait_count == fetch_wait_count.String() {
t.FailNow()
}
expectMessage(t, &messages[0], at, id, say)
- close(store.Get)
- close(store.Add)
}
func TestMultipleListeners(t *testing.T) {
at := time.Now()
var zero_time time.Time
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
+
const num_clients = 13
var messages_from_store [num_clients]chan []Message
for i := 0; i < num_clients; i++ {
}
expectMessage(t, &messages[0], at, id, say)
}
- close(store.Get)
- close(store.Add)
}
func parseDuration(s string) time.Duration {
at2 := base.Add(parseDuration("-2m"))
at3 := base.Add(parseDuration("-1m"))
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
+
store.Add <- &Message{at1, id1, say1}
store.Add <- &Message{at2, id2, say2}
store.Add <- &Message{at3, id3, say3}
}
expectMessage(t, &messages[0], at2, id2, say2)
expectMessage(t, &messages[1], at3, id3, say3)
- close(store.Get)
- close(store.Add)
}
func TestPrecisePartialRetreive(t *testing.T) {
at3 := base.Add(parseDuration("-1m"))
since := at2
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
+
store.Add <- &Message{at1, id1, say1}
store.Add <- &Message{at2, id2, say2}
store.Add <- &Message{at3, id3, say3}
t.FailNow()
}
expectMessage(t, &messages[0], at3, id3, say3)
- close(store.Get)
- close(store.Add)
}
func TestTypicalFlow(t *testing.T) {
say1 := "The Norwegian Blue prefers kippin' on it's back!"
say2 := "Remarkable bird, innit, squire? Lovely plumage!"
store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
// A waiting zero-time fetch.
var zero_time time.Time
t.FailNow()
}
expectMessage(t, &messages2[0], at2, id2, say2)
+}
+
+func TestExpiryDueToLimit(t *testing.T) {
+ previous_limit := *max_messages
+ defer func() { *max_messages = previous_limit }()
+ *max_messages = 2
+
+ start_speak_count := atoi(speak_count.String())
+ start_drop_count := atoi(drop_due_to_limit_count.String())
+ id1 := "12"
+ id2 := "13"
+ id3 := "14"
+ say1 := "'E's passed on!"
+ say2 := "This parrot is no more!"
+ say3 := "He has ceased to be!"
+ base := time.Now()
+ at1 := base.Add(parseDuration("-3m"))
+ at2 := base.Add(parseDuration("-2m"))
+ at3 := base.Add(parseDuration("-1m"))
+ store := start_store()
+ defer func() {
+ close(store.Get)
+ close(store.Add)
+ }()
- close(store.Get)
- close(store.Add)
+ store.Add <- &Message{at1, id1, say1}
+ store.Add <- &Message{at2, id2, say2}
+ store.Add <- &Message{at3, id3, say3}
+ for atoi(speak_count.String()) != start_speak_count+3 {
+ runtime.Gosched()
+ }
+ if atoi(drop_due_to_limit_count.String()) != start_drop_count+1 {
+ t.Fail()
+ }
+ messages_from_store := make(chan []Message, 1)
+ var zero_time time.Time
+ store.Get <- &StoreRequest{zero_time, messages_from_store}
+ messages := <-messages_from_store
+ if len(messages) != 2 {
+ t.FailNow()
+ }
+ expectMessage(t, &messages[0], at2, id2, say2)
+ expectMessage(t, &messages[1], at3, id3, say3)
}