func TestMessagesMovedToAnotherQueue(t *testing.T) {
Convey("Elements should move from one queue to the other when number of pop attempts exceeded", t, func() {
log.InitLogging()
log.SetLevel(1)
db.SetDatabase(NewInMemDBService())
fsl := NewFakeSvcLoader()
q1 := CreateTestQueueWithName(fsl, "q1")
failQueue := CreateTestQueueWithName(fsl, "fq")
p := &PQueueParams{
MsgTTL: int64Ptr(10000),
MaxMsgSize: int64Ptr(256000),
MaxMsgsInQueue: int64Ptr(100000),
DeliveryDelay: int64Ptr(0),
PopCountLimit: int64Ptr(2),
PopLockTimeout: int64Ptr(1000),
FailQueue: "fq",
}
q1.SetParams(p)
q1.StartUpdate()
failQueue.StartUpdate()
defer q1.Close()
defer failQueue.Close()
Convey("Two elements should be moved to another queue", func() {
VerifyOkResponse(q1.Push("d1", "p", 10000, 0, 11))
VerifyOkResponse(q1.Push("d2", "p", 10000, 0, 11))
VerifyServiceSize(q1, 2)
VerifyItemsRespSize(q1.Pop(100, 0, 10, true), 2)
q1.checkTimeouts(utils.Uts() + 10000)
VerifyServiceSize(q1, 2)
VerifyItemsRespSize(q1.Pop(100, 0, 10, true), 2)
q1.checkTimeouts(utils.Uts() + 10000)
VerifyServiceSize(q1, 0)
// Need to wait while message transferring is happening.
for i := 0; i < 10000; i++ {
time.Sleep(time.Microsecond * 1)
if failQueue.Info().Size == 2 {
break
}
}
VerifyServiceSize(failQueue, 2)
})
})
}
func CreateNewQueueTestContext() (*PQContext, *TestResponseWriter) {
log.InitLogging()
log.SetLevel(1)
db.SetDatabase(NewInMemDBService())
return CreateQueueTestContext()
}
func CreateNewTestQueue() *PQueue {
log.InitLogging()
log.SetLevel(1)
db.SetDatabase(NewInMemDBService())
return CreateTestQueue()
}