func TestQos(t *testing.T) {
highWater := 16
lowWater := 4
callEnterHighWatertimes := 0
callEnterLowWatertimes := 0
qos := tunnel.NewQos(highWater, lowWater, func() {
callEnterHighWatertimes += 1
}, func() {
callEnterLowWatertimes += 1
})
qos.SetWater(highWater)
qos.SetWater(lowWater)
if callEnterHighWatertimes != 1 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterHighWatertimes, 1)
}
if callEnterLowWatertimes != 1 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterLowWatertimes, 1)
}
qos.SetWater(lowWater)
qos.SetWater(highWater)
qos.SetWater(highWater - 1)
qos.SetWater(lowWater)
if callEnterHighWatertimes != 2 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterHighWatertimes, 2)
}
if callEnterLowWatertimes != 2 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterLowWatertimes, 2)
}
}
func TestQosRemote(t *testing.T) {
highWater := 16
lowWater := 4
callEnterHighWatertimes := 0
callEnterLowWatertimes := 0
qos := tunnel.NewQos(highWater, lowWater, func() {
callEnterHighWatertimes += 1
}, func() {
callEnterLowWatertimes += 1
})
qos.Balance()
qos.SetRemoteFlag(true)
go qos.SetRemoteFlag(false)
qos.Balance()
qos.SetRemoteFlag(true)
go qos.Close()
qos.Balance()
if callEnterHighWatertimes != 0 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterHighWatertimes, 0)
}
if callEnterLowWatertimes != 0 {
t.Errorf("unexpected call enter low times:%d(%d)", callEnterLowWatertimes, 0)
}
}
