public void KillAllSpawning()
{
// we check that processes can spawn new processes when being killed, and that we ignore those processes
var mock = new Program.MockAction(p => this.manager.Spawn(null, "killme"));
Program.Process process1 = this.manager.Spawn(null, "killme", mock.Action);
Program.Process process2 = this.manager.Spawn(null, "killme", mock.Action);
this.manager.KillAll("killme");
Assert.IsFalse(process2.Alive);
Assert.IsFalse(process1.Alive);
Assert.AreEqual(2, mock.CallCount);
var processes = new List <string>();
this.manager.Log(s => processes.Add(s));
Assert.AreEqual(2, processes.Count(s => s.Contains("killme")));
// Although ignored at first because spawned during the KillAll call, a subsequent call to KillAll will kill them
this.manager.KillAll("killme");
processes.Clear();
this.manager.Log(s => processes.Add(s));
Assert.AreEqual(0, processes.Count(s => s.Contains("killme")));
}
public void SelfTerminatingProcess()
{
Program.Process process = this.manager.Spawn(p => p.Done());
this.tick();
Assert.IsFalse(process.Alive);
}
public void SelfKillingProcess()
{
Program.Process process = this.manager.Spawn(p => p.Kill());
this.tick();
Assert.IsFalse(process.Alive);
}
public void BeforeEach()
{
this.commandCalls = new List <string>();
this.manager = Program.Process.CreateManager(s => System.Diagnostics.Debug.WriteLine(s));
this.commandLine = new Program.CommandLine("test", null, this.manager);
this.commandLine.RegisterCommand(new Program.Command("cmd", this.command, "", requiredTrigger: Program.CommandTrigger.Cmd));
this.mock = new Program.MockAction();
this.process = this.manager.Spawn(null, "test");
}
public void SelfKillingInCallbackProcess()
{
var mock = new Program.MockAction(p => p.Kill());
Program.Process process = this.manager.Spawn(null, onDone: mock.Action);
process.Kill();
Assert.IsFalse(process.Alive);
}
public void Action(Program.Process p)
{
this.calls.Add(p);
this.action?.Invoke();
}
