static void ProcessRequestHandler <I, O>(GetProcessInstance <I, O> getProcessInstance, object sender, ProcessRequestEventArgs <I, O> args)
{
var process = getProcessInstance();
if (args.Parent != null)
{
ProcessExitCallback forceChildExit = (s, e) => process.ForceExit();
ProcessExitCallback detachChild = (s, e) => {
args.Parent.OnExit -= forceChildExit;
Debug.Log("Detached child: " + process);
};
process.OnExit += detachChild;
args.Parent.OnExit += forceChildExit;
}
if (args.SetChild != null)
{
args.SetChild(process);
}
ProcessExitCallback castCallback = (s, e) => args.Callback(s, (O)e);
process.OnExit += castCallback;
//Debug.Log("Started: " + process);
//process.OnExit += (s, e) => Debug.Log("Ended: " + process);
process.Initialize(args.Data);
}
public static void Raise <T>(this ProcessExitCallback <T> eventHandler, object sender, T args)
{
if (eventHandler != null)
{
var e = eventHandler;
e(sender, args);
}
}
public static void Raise <I, O>(this ProcessExitCallback eventHandler, IProcess <I, O> sender, object args)
{
if (eventHandler != null)
{
var e = eventHandler;
e(sender, args);
}
}
public static IProcess Get <I, O>(this ProcessFactoryRef <I, O> fact, I input, ProcessExitCallback <O> callback, IProcess parent)
{
if (fact == null)
{
Debug.LogError(string.Format("Factory reference has not been intialized. ({0})", fact));
return(null);
}
IProcess <I> process = null;
if (fact == null)
{
Debug.LogWarning(string.Format("Factory instance has not been intialized. Using temporary process. ({0})", fact));
process = new TempProcess <I, O>();
}
else
{
process = fact.Factory.GetInstance(input, parent);
}
if (fact.Factory is IProcessModifier <I> )
{
((IProcessModifier <I>)fact.Factory).ModifyProcess(process);
}
process.Run_Internal(input, callback, parent);
return(process);
//if (process is ISettableParent) {
// ((ISettableParent)process).SetParent(parent);
//}
//ProcessExitCallback castCallback = null;
//if (parent != null) {
// ProcessExitCallback forceChildExit = (s, e) => {
// process.OnExit -= castCallback;
// process.ForceExit();
// };
// ProcessExitCallback detachChild = (s, e) => parent.OnExit -= forceChildExit;
// process.OnExit += detachChild;
// process.OnExit += (s, e) => RemoveAllEvents(process);
// parent.OnExit += forceChildExit;
//}
//if (callback != null) {
// castCallback = (s, e) => callback(s, (O)e);
// process.OnExit += castCallback;
//}
//if (process is IDebugMethods) {
// var methods = ((IDebugMethods)process).GetMethods().ToArray();
// DebugMenuListener.AddContextMethods(methods);
// process.OnExit += (s, e) => DebugMenuListener.RemoveContextMethods(methods);
//}
////CoroutineManager.Instance.WaitAndDo(() =>
//process.Initialize(input);
//return process;
}
public static void Initialize <I, O>(this ITemporaryUI <I, O> ui, I args, EventHandler <EventArgs <O> > callback, IProcess parent)
{
if (ui is Component)
{
if (ui is IHasCanvasBranch)
{
MainCanvas.main.Add(((Component)ui).transform, ((IHasCanvasBranch)ui).Branch);
}
else
{
MainCanvas.main.Add(((Component)ui).transform);
}
}
if (ui is IDebugMethods)
{
var methods = ((IDebugMethods)ui).GetMethods().ToArray();
DebugMenuListener.AddContextMethods(methods);
ui.Complete += (s, e) => DebugMenuListener.RemoveContextMethods(methods);
}
if (callback != null)
{
EventHandler <EventArgs <O> > handler = null;
ProcessExitCallback exitCallback = (s, e) => {
ui.Complete -= handler;
Debug.Log("Detaching UI callback: " + ui + "; " + parent);
};
handler = (s, e) => {
if (parent != null)
{
parent.OnExit -= exitCallback;
}
callback(s, e);
//Debug.Log("Detaching process callback: " + i + "; " + parent);
};
ui.Complete += handler;
if (parent != null)
{
parent.OnExit += exitCallback;
}
}
ui.Initialize(args);
}
static void Run_Internal <I, O>(this IProcess <I> process, I input, ProcessExitCallback <O> callback, IProcess parent)
{
if (process is ISettableParent)
{
((ISettableParent)process).SetParent(parent);
}
ProcessExitCallback castCallback = null;
if (parent != null)
{
ProcessExitCallback forceChildExit = (s, e) => {
process.OnExit -= castCallback;
process.ForceExit();
};
ProcessExitCallback detachChild = (s, e) => parent.OnExit -= forceChildExit;
process.OnExit += detachChild;
process.OnExit += (s, e) => RemoveAllEvents(process);
parent.OnExit += forceChildExit;
}
if (callback != null)
{
castCallback = (s, e) => callback(s, (O)e);
process.OnExit += castCallback;
}
if (process is IDebugMethods)
{
var methods = ((IDebugMethods)process).GetMethods().ToArray();
DebugMenuListener.AddContextMethods(methods);
process.OnExit += (s, e) => DebugMenuListener.RemoveContextMethods(methods);
}
process.Initialize(input);
}
public void StartProcess(BenchEnvironment env,
string cwd, string executable, string arguments,
ProcessExitCallback cb, ProcessMonitoring monitoring)
{
if (IsDisposed)
{
throw new ObjectDisposedException(nameof(ConEmuExecutionHost));
}
if (!IsPowerShellExecutionHostRunning)
{
backupHost.StartProcess(env, cwd, executable, arguments, cb, monitoring);
return;
}
var collectOutput = (monitoring & ProcessMonitoring.Output) == ProcessMonitoring.Output;
var response = SendCommand("exec", cwd, executable, arguments);
AsyncManager.StartTask(() =>
{
var exitCode = 999999;
var transcriptPath = default(string);
foreach (var l in response)
{
ParseExitCode(l, ref exitCode);
ParseTranscriptPath(l, ref transcriptPath);
}
var output = default(string);
if (collectOutput && transcriptPath != null && File.Exists(transcriptPath))
{
output = File.ReadAllText(transcriptPath, Encoding.Default);
File.Delete(transcriptPath);
}
var result = new ProcessExecutionResult(exitCode, output);
cb(result);
});
}
/// <summary>
/// Starts a Windows process in an asynchronous fashion.
/// </summary>
/// <param name="env">The environment variables of Bench.</param>
/// <param name="cwd">The working directory, to start the process in.</param>
/// <param name="exe">The path to the executable.</param>
/// <param name="arguments">The string with the command line arguments.</param>
/// <param name="cb">The handler method to call when the execution of the process finishes.</param>
/// <param name="monitoring">A flag to control the level of monitoring.</param>
/// <seealso cref="CommandLine.FormatArgumentList(string[])"/>
public void StartProcess(BenchEnvironment env,
string cwd, string exe, string arguments,
ProcessExitCallback cb, ProcessMonitoring monitoring)
{
if (IsDisposed)
{
throw new ObjectDisposedException(nameof(DefaultExecutionHost));
}
AsyncManager.StartTask(() =>
{
cb(RunProcess(env, cwd, exe, arguments, monitoring));
});
}
public IProcess Get(ProcessExitCallback callback, IProcess parent)
{
return(factoryRef.GetNullOutput(input, callback, parent));
}
public static IProcess GetNested <I, O>(this ProcessFactoryRef <IProcessGetter, O> fact, ProcessFactoryRef <I, O> inner, I input, ProcessExitCallback <O> callback, IProcess parent)
{
return(fact.Get <IProcessGetter, O>(
new ProcessGetter <I, O>(inner, input),
callback,
parent));
}
public static void Run <I, O>(this IProcess <I, O> process, I input, ProcessExitCallback <O> callback, IProcess parent)
{
Run_Internal <I, O>(process, input, callback, parent);
}
public static IProcess GetNullOutput <I, O>(this ProcessFactoryRef <I, O> fact, I input, ProcessExitCallback callback, IProcess parent)
{
return(fact.Get <I, O>(input, (s, e) => callback(s, e), parent));
}
public void BeginInteraction(ProcessExitCallback<object> callback, IProcess parent)
{
SpeechBubbleManager2D.Instance.Add(transform, _phrase.Get());
callback.Raise(null, null);
}
