public void TestSubCommandWorksCorrectlyInModel(bool autoExecute, string bla, int i, int n)
{
var lock1 = new ManualResetEventSlim();
var lock2 = new ManualResetEventSlim();
var containerResolver = new CustomInstantiator(lock1, lock2, autoExecute, bla, i, n);
var parser = new CommandLineParser <MainModel>(containerResolver);
var result = parser.Parse(new[] { "main", "-b", bla, "sub", "-i", i.ToString(), "-n", n.ToString() });
result.AssertNoErrors();
if (!autoExecute)
{
Assert.All(result.CommandResults.Select(r => r.Executed), Assert.False);
result.ExecuteCommands();
}
Assert.True(lock1.Wait(1000), "MainCommand didn't execute in time.");
Assert.True(lock2.Wait(1000), "SubCommand didn't execute in time.");
Assert.All(result.CommandResults.Select(r => r.Executed), Assert.True);
}
public void TestSubCommandWorksCorrectlyInModel(bool autoExecute)
{
var lock1 = new ManualResetEventSlim();
var lock2 = new ManualResetEventSlim();
var containerResolver = new CustomInstantiator(lock1, lock2, autoExecute);
var parser = new CommandLineParser <MainModel>(containerResolver);
var result = parser.Parse(new[] { "main", "-b", "something", "sub", "-i", "15", "-n", "-1" });
result.AssertNoErrors();
if (!autoExecute)
{
result.ExecuteCommands();
}
Assert.True(lock1.Wait(1000), "MainCommand didn't execute in time.");
Assert.True(lock2.Wait(1000), "SubCommand didn't execute in time.");
}
