public static Aapt2Daemon GetInstance(IBuildEngine4 engine, string aapt2, int numberOfInstances, int initalNumberOfDaemons, bool registerInDomain = false)
{
var area = registerInDomain ? RegisteredTaskObjectLifetime.AppDomain : RegisteredTaskObjectLifetime.Build;
var daemon = engine.GetRegisteredTaskObjectAssemblyLocal <Aapt2Daemon> (RegisterTaskObjectKey, area);
if (daemon == null)
{
daemon = new Aapt2Daemon(aapt2, numberOfInstances, initalNumberOfDaemons);
engine.RegisterTaskObjectAssemblyLocal(RegisterTaskObjectKey, daemon, area, allowEarlyCollection: false);
}
return(daemon);
}
public static Aapt2Daemon GetInstance(IBuildEngine4 engine, string aapt2, int numberOfInstances, int initalNumberOfDaemons, bool registerInDomain = false)
{
var area = registerInDomain ? RegisteredTaskObjectLifetime.AppDomain : RegisteredTaskObjectLifetime.Build;
Aapt2Daemon daemon = (Aapt2Daemon)engine.GetRegisteredTaskObject(typeof(Aapt2Daemon).FullName, area);
if (daemon == null)
{
daemon = new Aapt2Daemon(aapt2, numberOfInstances, initalNumberOfDaemons);
engine.RegisterTaskObject(typeof(Aapt2Daemon).FullName, daemon, area, allowEarlyCollection: false);
}
return(daemon);
}
public override bool Execute()
{
// Must register on the UI thread!
// We don't want to use up ALL the available cores especially when
// running in the IDE. So lets cap it at DefaultMaxAapt2Daemons (6).
int maxInstances = Math.Min(Math.Max(1, ProcessorCount - 1), DefaultMaxAapt2Daemons);
if (DaemonMaxInstanceCount == 0)
{
DaemonMaxInstanceCount = maxInstances;
}
else
{
DaemonMaxInstanceCount = Math.Min(DaemonMaxInstanceCount, maxInstances);
}
daemon = Aapt2Daemon.GetInstance(BuildEngine4, GenerateFullPathToTool(),
DaemonMaxInstanceCount, GetRequiredDaemonInstances(), registerInDomain: DaemonKeepInDomain);
return(base.Execute());
}
