Nested Classes
Modifier and Type	Class	Description
`static interface`	`SimProcessUtil.SimAction`
`static interface`	`SimProcessUtil.SimCallable<R>`
`static interface`	`SimProcessUtil.SimRunnable`	Same as Java's `Runnable`, except that it can throw the marker Exception `SimProcess.MightBlock`.

All Methods Static Methods Concrete Methods
Modifier and Type	Method	Description
`static void`	`continueWith(Thread executor)`
`static Thread`	`currentExecutor()`
`static int`	`numThreadsCreated()`
`static void`	`pauseExecuting(Thread executor)`
`static SimProcessUtil.SimAction`	`simAction(SimProcessUtil.SimRunnable r)`
`static SimProcessUtil.SimAction`	`simActionFromRunnable(Runnable r)`
`static <R> SimProcessUtil.SimCallable<R>`	`simCallable(SimProcessUtil.SimAction r)`
`static <R> SimProcessUtil.SimCallable<R>`	`simCallable(SimProcessUtil.SimRunnable r)`
`static <R> SimProcessUtil.SimCallable<R>`	`simCallable(Callable<R> c)`
`static void`	`startExecuting(Runnable r)`

public static void pauseExecuting(Thread executor)

public static void continueWith(Thread executor)

public static void startExecuting(Runnable r)

public static Thread currentExecutor()

public static <R> SimProcessUtil.SimCallable<R> simCallable(SimProcessUtil.SimRunnable r)

public static <R> SimProcessUtil.SimCallable<R> simCallable(SimProcessUtil.SimAction r)

public static <R> SimProcessUtil.SimCallable<R> simCallable(Callable<R> c)

public static SimProcessUtil.SimAction simAction(SimProcessUtil.SimRunnable r)

public static SimProcessUtil.SimAction simActionFromRunnable(Runnable r)

Class SimProcessUtil