public async Task Intents_ValidateEnablerOrder()
{
IntentRecognizerMiddleware m = new IntentRecognizerMiddleware();
string shouldRun = "first";
/*
* Filters are required to run in reverse order. This code validates that by registering 3 filters and
* running a simple state machine across them.
*/
m.OnEnabled(async(context) =>
{
Assert.IsTrue(shouldRun == "first", "1st enabler did not run first.");
shouldRun = "second";
return(true);
});
m.OnEnabled(async(context) =>
{
Assert.IsTrue(shouldRun == "second", "2nd enabler did not run second");
shouldRun = "third";
return(true);
});
m.OnEnabled(async(context) =>
{
Assert.IsTrue(shouldRun == "third", "3rd enabler did not run last");
shouldRun = "done";
return(true);
});
TurnContext bc = TestUtilities.CreateEmptyContext();
shouldRun = "first";
var resultingIntents = await m.Recognize(bc);
Assert.IsTrue(shouldRun == "done", "Final recognizer did not run");
}
public async Task Intents_DisableIntent()
{
string targetName = Guid.NewGuid().ToString();
IntentRecognizerMiddleware m = new IntentRecognizerMiddleware();
m.OnRecognize(async(context) =>
{
return(new List <Intent>
{
new Intent()
{
Name = targetName
},
});
});
bool enabled = false;
m.OnEnabled(async(context) =>
{
return(enabled);
});
TurnContext bc = TestUtilities.CreateEmptyContext();
// Test that the Intent comes back when the OnEnabled method returns true
enabled = true;
var resultingIntents = await m.Recognize(bc);
Assert.IsTrue(resultingIntents.Count == 1, "Expected exactly 1 intent");
Assert.IsTrue(resultingIntents.First().Name == targetName, $"Unexpected Intent Name. Expected {targetName}");
// Test that NO Intent comes back when the OnEnabled method returns false
enabled = false;
var resultingIntents2 = await m.Recognize(bc);
Assert.IsTrue(resultingIntents2.Count == 0, "Expected exactly 0 intent");
}