private void PlayerRemote(IntPtr playerpointer, uint eventNameHash, ArgumentsData data)
{
var player = Collections.PlayerCollection[playerpointer];
var arguments = ArgumentConverter.ConvertToObjects(data);
_eventManager.CallAsync(new PlayerRemoteEvent(player, eventNameHash, arguments));
}
public object[] ConvertToObjects(ArgumentsData data)
{
var arguments = new object[data.Length];
for (var i = 0; i < (int)data.Length; i++)
{
var address = data.Arguments + Marshal.SizeOf(typeof(ArgumentData)) * i;
var argument = Marshal.PtrToStructure <ArgumentData>(address);
arguments[i] = ConvertToObject(argument);
}
return(arguments);
}
private void OnPlayerRemoteEvent(IntPtr playerPointer, string eventName, ArgumentsData data)
{
if (_subscriptions.TryGetValue(eventName, out var eventSubscriptions) == false)
{
_plugin.Logger.Warn($"Unregistered remote event '{eventName}'");
return;
}
var player = _plugin.PlayerPool[playerPointer];
var arguments = _plugin.ArgumentConverter.ConvertToObjects(data);
foreach (var subscription in eventSubscriptions)
{
try
{
subscription(this, new PlayerRemoteEventEventArgs(player, eventName, arguments));
}
catch (Exception e)
{
_plugin.Logger.Error($"An error occured during execution of {eventName}", e);
}
}
}
public void ToArguments()
{
var testData = new ArgumentsData[] {
new ArgumentsData()
{
CommandLine = null, Arguments = new string[0]
},
new ArgumentsData()
{
CommandLine = "", Arguments = new string[0]
},
new ArgumentsData()
{
CommandLine = " ", Arguments = new string[0]
},
new ArgumentsData()
{
CommandLine = "-ei:utf-8 -eo:utf-8 -warn:4 /G:jQuery -p -z", Arguments = new string[] { "-ei:utf-8", "-eo:utf-8", "-warn:4", "/G:jQuery", "-p", "-z" }
},
new ArgumentsData()
{
CommandLine = "\"foo bar.js\" -out \"c:\\test folder\\foo bar min.js\" ", Arguments = new string[] { "foo bar.js", "-out", "c:\\test folder\\foo bar min.js" }
},
new ArgumentsData()
{
CommandLine = "foo\"bar\"ack", Arguments = new string[] { "foobarack" }
},
new ArgumentsData()
{
CommandLine = "foo \"\"\"\" bar", Arguments = new string[] { "foo", "\"", "bar" }
},
new ArgumentsData()
{
CommandLine = "now \" is the time \" for", Arguments = new string[] { "now", " is the time ", "for" }
},
new ArgumentsData()
{
CommandLine = "now \" is \"\"the\"\" time \" for", Arguments = new string[] { "now", " is \"the\" time ", "for" }
},
new ArgumentsData()
{
CommandLine = "now \"\" \" is \"\"the\"\" time \" for", Arguments = new string[] { "now", "", " is \"the\" time ", "for" }
},
};
var ndxTest = 0;
foreach (var test in testData)
{
Trace.Write(string.Format("Parsing test {0}, command line: ", ++ndxTest));
Trace.WriteLine(test.CommandLine ?? "<null pointer>");
var argsActual = SwitchParser.ToArguments(test.CommandLine);
var argsExpected = test.Arguments;
// assume succesful unless proven otherwise
var success = true;
Assert.IsTrue(argsActual.Length == argsExpected.Length, "Parsed arguments length {0} not equal to expected arguments length {1}", argsActual.Length, argsExpected.Length);
Trace.WriteLine(string.Format(" {0} arguments", argsActual.Length));
for (var ndxArg = 0; ndxArg < argsActual.Length; ++ndxArg)
{
var theSame = string.CompareOrdinal(argsActual[ndxArg], argsExpected[ndxArg]) == 0;
Trace.WriteLine(string.Format(" {0}: {1} {3} {2}", ndxArg + 1, argsActual[ndxArg], argsExpected[ndxArg], theSame ? "==" : "!="));
success = theSame ? success : false;
}
Assert.IsTrue(success, "TEST {0} FAILED!", ndxTest);
}
}
