public TwoWayResult AcceptChallenge(Guid challengeId)
{
//get the challenge
var match = factory.GetGame().AcceptChallenge(challengeId);
//inform the challenger that the challenge was accepted
string clientId = factory.GetPlayerPresence().GetClientId(match.Item2);
if (!string.IsNullOrWhiteSpace(clientId))
{
//Clients[clientId].challengeAccepted(match.Item1);
//The client accepted the challenge
dynamic call1 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId
};
call1.game.challengeAccepted(match.Item1);
RemoteExecution.ExecuteOnClient(call1);
//Caller.goToGame(match.Item1);
//Tell the caller to go to the match
dynamic call2 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = Context.ConnectionId
};
call2.game.goToGame(match.Item1);
return(new TwoWayResult(call2));
}
else
{
//Caller.otherPlayerNotOnline();
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = Context.ConnectionId
};
call.game.otherPlayerNotOnline();
return(call);
}
}
public void BroadcastExecuteOnClientTest()
{
ClientCall remoteCall = null; // TODO: Initialize to an appropriate value
RemoteExecution.BroadcastExecuteOnClient(remoteCall);
Assert.Inconclusive("A method that does not return a value cannot be verified.");
}
public JsonResult PushVideoFragment()
{
//Get the audio stream and store it on a local collection
MemoryStream ms = new MemoryStream();
Request.Files[0].InputStream.CopyTo(ms);
ms.Position = 0;
string id = Guid.NewGuid().ToString().Replace("-", "");
audios.Add(id, ms);
//store the images locally
var frames = new List <string>();
foreach (string k in Request.Form.Keys)
{
frames.Add(Request.Form[k]);
}
//send the audio to everyone but me
var receivers = RemoteController.Users.Where(u => u != Request.Cookies["videoChatUser"].Value);
foreach (var u in receivers)
{
dynamic call = new ClientCall {
CallerId = Request.Cookies["videoChatUser"].Value, ClientId = u
};
//since we cannot send the audio, we just send the ID of the audio that we just received
call.updateVideoFragment(id, frames, Request.Cookies["videoChatUser"].Value);
RemoteExecution.ExecuteOnClient(call, false);
}
return(Json(new { success = true }));
}
/// <summary>
/// The override does not send anything but makes a client call
/// </summary>
public override void ExecuteResult(ControllerContext context)
{
//make the client call
if (string.IsNullOrEmpty(this.Call.ClientId))
{
RemoteExecution.BroadcastExecuteOnClient(this.Call);
}
else
{
RemoteExecution.ExecuteOnClient(this.Call, false);
//wait until the call has been made so the connection is not trunckated
int len = (int)(string.Concat("data:", this.Call.ToString(), "\n").Length / 20);
while (true)
{
if (SseHelper.ConnectionsMade.Contains(this.Call.ClientId))
{
break;
}
//wait a few miliseconds
Thread.Sleep(len);
}
//send just success
var jsonp = new JavaScriptSerializer().Serialize(new { success = true });
context.HttpContext.Response.ContentType = "application/json";
context.HttpContext.Response.Write(jsonp);
}
}
public void ExecuteOnClientTest()
{
ClientCall remoteCall = null; // TODO: Initialize to an appropriate value
bool raiseEventOnError = false; // TODO: Initialize to an appropriate value
RemoteExecution.ExecuteOnClient(remoteCall, raiseEventOnError);
Assert.Inconclusive("A method that does not return a value cannot be verified.");
}
public static void ReloadUserList()
{
dynamic reload = new ClientCall {
CallerId = string.Empty, ClientId = string.Empty
};
reload.getUsers();
RemoteExecution.BroadcastExecuteOnClient(reload);
}
public ProcessSharp(System.Diagnostics.Process native,
MemoryType type,
bool initializeRemoteProcedures = false,
Dictionary <string, int> cachedAddresses = null,
params object[] procedureConstructorParams)
: base(native, type)
{
RemoteExecution = new RemoteExecution <TExecDesc>(this, initializeRemoteProcedures, cachedAddresses, procedureConstructorParams);
}
static void Main(string[] args)
{
List <string> listIPAddres = new List <string>();
listIPAddres.Add(IPDesktop);
//listIPAddres.Add(IPLaptop);
foreach (var item in listIPAddres)
{
var abc = RemoteExecution.ExecuteRemoteCommands(item, " netstat.exe -ano");
}
}
public void PlayerReady(Guid matchId, Guid playerId)
{
var m = factory.GetGame(matchId, true);
m.PlayerReady(playerId);
string clientId1 = factory.GetPlayerPresence().GetClientId(playerId);
string clientId2 = factory.GetPlayerPresence().GetClientId(playerId == m.Player1 ? m.Player2 : m.Player1);
//start the match if both are ready
if (m.Player1Ready && m.Player2Ready)
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId1
};
call.game.startMatch();
RemoteExecution.ExecuteOnClient(call);
dynamic call2 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId2
};
call2.game.startMatch();
RemoteExecution.ExecuteOnClient(call2);
//Clients[string.Format("match_", matchId)].startMatch();
}
else
{
//inform the other player that the player is ready
if (RemoteExecution.ClientIsOnLine(clientId2))
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId2
};
//Clients[clientId].otherPlayerIsReady();
call.game.otherPlayerIsReady();
RemoteExecution.ExecuteOnClient(call, false);
}
else //TODO:tell the client that the other player is not online
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId1
};
call.game.otherPlayerNotOnline();
RemoteExecution.ExecuteOnClient(call);
}
}
}
[InlineData(SIGTERM)] // AppDomain.CurrentDomain.ProcessExit
public async Task CancelOnProcessTermination_cancels_on_process_termination(int signo)
{
const string ChildProcessWaiting = "Waiting for the command to be cancelled";
const int CancelledExitCode = 42;
Func <string[], Task <int> > childProgram = (string[] args) =>
{
var command = new Command("the-command");
command.SetHandler(async context =>
{
var cancellationToken = context.GetCancellationToken();
try
{
context.Console.WriteLine(ChildProcessWaiting);
await Task.Delay(int.MaxValue, cancellationToken);
context.ExitCode = 1;
}
catch (OperationCanceledException)
{
// For Process.Exit handling the event must remain blocked as long as the
// command is executed.
// We are currently blocking that event because CancellationTokenSource.Cancel
// is called from the event handler.
// We'll do an async Yield now. This means the Cancel call will return
// and we're no longer actively blocking the event.
// The event handler is responsible to continue blocking until the command
// has finished executing. If it doesn't we won't get the CancelledExitCode.
await Task.Yield();
context.ExitCode = CancelledExitCode;
}
});
return(new CommandLineBuilder(new RootCommand
{
command
})
.CancelOnProcessTermination()
.Build()
.InvokeAsync("the-command"));
};
using RemoteExecution program = RemoteExecutor.Execute(childProgram, psi: new ProcessStartInfo { RedirectStandardOutput = true });
Process process = program.Process;
// Wait for the child to be in the command handler.
string childState = await process.StandardOutput.ReadLineAsync();
childState.Should().Be(ChildProcessWaiting);
// Request termination
kill(process.Id, signo).Should().Be(0);
// Verify the process terminates timely
bool processExited = process.WaitForExit(10000);
if (!processExited)
{
process.Kill();
process.WaitForExit();
}
processExited.Should().Be(true);
// Verify the process exit code
process.ExitCode.Should().Be(CancelledExitCode);
}
public void PlayerAttack(Guid matchId, Guid playerId, int row, int col)
{
var m = factory.GetGame(matchId, true);
string clientId = factory.GetPlayerPresence().GetClientId(m.Player1 == playerId ? m.Player2 : m.Player1);
var result = m.PlayerAttack(new Position {
Row = row, Column = col
}, playerId);
if (result.Command == Command.GameAction && result.Action == GameAction.ShotMade)
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = Context.ConnectionId
};
call.game.sucessfulAttack(row, col);
RemoteExecution.ExecuteOnClient(call);
dynamic call2 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId
};
call2.game.takeDamage(new Damage {
UnitId = result.UnitId, HealthAfterAttack = result.HealthAfterAttack
});
RemoteExecution.ExecuteOnClient(call2);
//Caller.sucessfulAttack(row, col);
//Clients[clientId].takeDamage(new Damage { UnitId = result.UnitId, HealthAfterAttack = result.HealthAfterAttack });
}
else if (result.Command == Command.GameAction && result.Action == GameAction.ShotMissed)
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = Context.ConnectionId
};
call.game.attackMissed(row, col);
RemoteExecution.ExecuteOnClient(call);
dynamic call2 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId
};
call2.game.shotMissed();
RemoteExecution.ExecuteOnClient(call2);
//Caller.attackMissed(row, col);
//Clients[clientId].shotMissed();
}
else if (result.Command == Command.EndGame)
{
dynamic call = new ClientCall {
CallerId = Context.ConnectionId, ClientId = Context.ConnectionId
};
call.game.endMatch(result.Winner);
RemoteExecution.ExecuteOnClient(call);
dynamic call2 = new ClientCall {
CallerId = Context.ConnectionId, ClientId = clientId
};
call2.game.endMatch(result.Winner);
RemoteExecution.ExecuteOnClient(call2);
//Clients[string.Format("match_", matchId)].endMatch(result.Winner);
}
}
public void RemoteExecutionConstructorTest()
{
RemoteExecution target = new RemoteExecution();
Assert.Inconclusive("TODO: Implement code to verify target");
}
public async Task CancelOnProcessTermination_provides_CancellationToken_that_signals_termination_when_null_timeout_is_specified(int signo)
{
const string ChildProcessWaiting = "Waiting for the command to be cancelled";
const int CancelledExitCode = 42;
Func <string[], Task <int> > childProgram = (string[] args) =>
{
var command = new Command("the-command");
command.SetHandler(async context =>
{
var cancellationToken = context.GetCancellationToken();
try
{
context.Console.WriteLine(ChildProcessWaiting);
await Task.Delay(int.MaxValue, cancellationToken);
context.ExitCode = 1;
}
catch (OperationCanceledException)
{
// For Process.Exit handling the event must remain blocked as long as the
// command is executed.
// We are currently blocking that event because CancellationTokenSource.Cancel
// is called from the event handler.
// We'll do an async Yield now. This means the Cancel call will return
// and we're no longer actively blocking the event.
// The event handler is responsible to continue blocking until the command
// has finished executing. If it doesn't we won't get the CancelledExitCode.
await Task.Yield();
// Exit code gets set here - but then execution continues and is let run till code voluntarily returns
// hence exit code gets overwritten below
context.ExitCode = 123;
}
// This is an example of bad pattern and reason why we need a timeout on termination processing
await Task.Delay(TimeSpan.FromMilliseconds(200));
context.ExitCode = CancelledExitCode;
});
return(new CommandLineBuilder(new RootCommand
{
command
})
// Unfortunately we cannot use test parameter here - RemoteExecutor currently doesn't capture the closure
.CancelOnProcessTermination(null)
.Build()
.InvokeAsync("the-command"));
};
using RemoteExecution program = RemoteExecutor.Execute(childProgram, psi: new ProcessStartInfo { RedirectStandardOutput = true });
Process process = program.Process;
// Wait for the child to be in the command handler.
string childState = await process.StandardOutput.ReadLineAsync();
childState.Should().Be(ChildProcessWaiting);
// Request termination
kill(process.Id, signo).Should().Be(0);
// Verify the process terminates timely
bool processExited = process.WaitForExit(10000);
if (!processExited)
{
process.Kill();
process.WaitForExit();
}
processExited.Should().Be(true);
// Verify the process exit code
process.ExitCode.Should().Be(CancelledExitCode);
}