public void FallBackToDefaultConfigurationGracefully()
{
var config = new AnalyticsConfig("");
Assert.AreEqual(config.GetCategory("c", "t"),
DefaultEventCategory);
Assert.True(config.IsEnabled("c", "t"));
}
public void HandleConfigPrecedenceRulesCorrectly()
{
var config = new AnalyticsConfig(_configString);
// d.e should route to *.* as there is no match
Assert.False(config.IsEnabled("d", "e"));
Assert.AreEqual(DefaultEventCategory, config.GetCategory("d", "e"));
// d.a should route to *.a as there is not a better match
Assert.True(config.IsEnabled("d", "a"));
Assert.AreEqual("function", config.GetCategory("d", "a"));
// b.d should route to b.* as there is not a better match
Assert.True(config.IsEnabled("b", "d"));
Assert.AreEqual("function-2", config.GetCategory("b", "d"));
// b.a should route to b.* as a match on class is preferred on a match on type (i.e. b.* > *.a)
Assert.True(config.IsEnabled("b", "a"));
Assert.AreEqual("function-2", config.GetCategory("b", "a"));
// b.c should route to b.c as it is an exact match
Assert.True(config.IsEnabled("b", "c"));
Assert.AreEqual("function-3", config.GetCategory("b", "c"));
}
/// <summary>
/// Queues an event for sending. If the queue was full, returns a task corresponding to sending the data to
/// the endpoint.
/// </summary>
public async Task SendAsync <T>(string eventClass, string eventType, Dictionary <string, T> eventAttributes, string playerId = null)
{
if (!_config.IsEnabled(eventClass, eventType))
{
return;
}
// Get previous event ID after an atomic increment
var eventId = Interlocked.Increment(ref _eventId) - 1;
var postParams = PostParams(eventClass, eventType, eventAttributes, eventId, playerId);
var uri = RequestUri(eventClass, eventType);
_queuedRequests.Enqueue(new QueuedRequest(uri, JsonConvert.SerializeObject(postParams)));
if (IsQueueFull)
{
await DispatchEventQueue();
}
}