public async Task State_in_transition_result_is_changed()
{
var given = new Given_Automatonymous_Process(m => m.MakingCoffee);
await given.Process.Transit(given.State, new CoffeMadeEvent(Guid.NewGuid().ToString(), Guid.NewGuid().ToString()));
Assert.Equal(nameof(SoftwareProgrammingProcess.Coding), given.State.CurrentStateName);
}
public async Task State_is_changed_on_using_non_generic_transit_method()
{
var given = new Given_Automatonymous_Process(m => m.MakingCoffee);
object msg = new CoffeMadeEvent(Guid.NewGuid().ToString(), Guid.NewGuid().ToString());
await given.Process.Transit(given.State, msg);
Assert.Equal(nameof(SoftwareProgrammingProcess.Coding), given.State.CurrentStateName);
}
public async Task Process_state_is_changed_after_transition_by_event_data()
{
var given = new Given_Automatonymous_Process(m => m.Coding);
var subscriptionExpiredEvent = new GotTiredEvent(Guid.NewGuid().ToString());
await given.Process.Transit(given.State, subscriptionExpiredEvent);
Assert.Equal(subscriptionExpiredEvent.SourceId, given.State.PersonId);
}
public async Task Commands_are_produced()
{
var given = new Given_Automatonymous_Process(m => m.Coding);
var subscriptionExpiredEvent = new GotTiredEvent(Guid.NewGuid().ToString());
var commands = await given.Process.Transit(given.State, subscriptionExpiredEvent);
Assert.NotEmpty(commands);
}
public Given_AutomatonymousProcess_When_invalid_Transitions(ITestOutputHelper output)
{
_given = new Given_Automatonymous_Process(m => m.Sleeping);
}