public static void setPriority0(java.lang.Thread @this, int priority)
{
var pr = (priority - 1) / 2;
var priorities = new[] { ThreadPriority.Lowest, ThreadPriority.BelowNormal, ThreadPriority.Normal, ThreadPriority.AboveNormal, ThreadPriority.Highest };
GetData(@this).ClrThread.Priority = priorities[pr];
}
public static int countStackFrames(java.lang.Thread @this)
{
if (_nativeData[@this]?.ClrThread == Thread.CurrentThread)
{
return(new StackTrace(1).FrameCount);
}
return(GetData(@this).ClrThread.IsAlive ? 13 : 0); // TODO implement real logic
}
private static Data GetData(java.lang.Thread @this)
{
if (_nativeData[@this] != null)
{
return(_nativeData[@this]);
}
var data = new Data
{
JavaThread = @this,
Run = _run[@this]
};
data.ClrThread = new Thread(data.Start);
_nativeData[@this] = data;
return(data);
}
public static void setNativeName(java.lang.Thread @this, string name)
{
GetData(@this).ClrThread.Name = name;
}
public static void interrupt0(java.lang.Thread @this)
{
GetData(@this).ClrThread.Interrupt();
}
public static void resume0(java.lang.Thread @this)
{
GetData(@this).ClrThread.Resume();
}
public static void suspend0(java.lang.Thread @this)
{
GetData(@this).ClrThread.Suspend();
}
public static void stop0(java.lang.Thread @this, object param)
{
GetData(@this).ClrThread.Abort(param);
}
public static void start0(java.lang.Thread @this)
{
GetData(@this).ClrThread.Start();
}
public static bool isAlive(java.lang.Thread @this)
{
return(GetData(@this).ClrThread.IsAlive);
}
public static bool isInterrupted(java.lang.Thread @this, bool clearInterrupt)
{
return(false);
}
