Traced

A view that wraps around another, collecting a log or trace of events while delegating its actual event-handling to the wrapped view. Provides additional methods for accessing such traces: trace, simulateAndGet, and startAndGet. A few examples of using these methods are given below.

simulate 500 clock ticks on the trace-collecing view and print the trace of clock ticks accompanied by descriptions of the view’äs model.

for (traceItem, traceEvent) <- myTracedView.simulateAndGet(500) do
   println(traceEvent + ": " + traceItem)

Or, equivalently:

myTracedView.simulate(500)
 for (traceItem, traceEvent) <- myTracedView.trace do
   println(traceEvent + ": " + traceItem)

Alternatively, start the trace-collecting view and run it interactively until it is done or a tick limit is reached. Then print the trace of ticks and GUI events accompanied with descriptions of the view’s model.

val futureTrace = myTracedView.startAndGet(tickLimit=100) recover {
   case Aborted(message, partialTrace) => partialTrace
 }
 for trace <- futureTrace; (traceItem, traceEvent) <- trace do
   println(traceEvent + ": " + traceItem)

Contains publishers for various mouse events. They are separated for efficiency reasons.

Sets a new tick rate for the view, replacing any previously set by the constructor or this method.

Installed reaction won't receive events from the given publisher anylonger.

Compares the receiver object (this) with the argument object (that) for equivalence.

Any implementation of this method should be an equivalence relation:

• It is reflexive: for any instance x of type Any, x.equals(x) should return true.
• It is symmetric: for any instances x and y of type Any, x.equals(y) should return true if and only if y.equals(x) returns true.
• It is transitive: for any instances x, y, and z of type Any if x.equals(y) returns true and y.equals(z) returns true, then x.equals(z) should return true.

If you override this method, you should verify that your implementation remains an equivalence relation. Additionally, when overriding this method it is usually necessary to override hashCode to ensure that objects which are "equal" (o1.equals(o2) returns true) hash to the same scala.Int. (o1.hashCode.equals(o2.hashCode)).

Calculate a hash code value for the object.

The default hashing algorithm is platform dependent.

Note that it is allowed for two objects to have identical hash codes (o1.hashCode.equals(o2.hashCode)) yet not be equal (o1.equals(o2) returns false). A degenerate implementation could always return 0. However, it is required that if two objects are equal (o1.equals(o2) returns true) that they have identical hash codes (o1.hashCode.equals(o2.hashCode)). Therefore, when overriding this method, be sure to verify that the behavior is consistent with the equals method.

Determines if the given state is a “done state” for the view. This implementation delegates to the underlying View that is being traced.

Indicates whether the view is paused. This implementation delegates to the underlying View that is being traced.

Listen to the given publisher as long as deafTo isn't called for them.

Returns a Pic that graphically represents the current state of the view’s model object. This implementation delegates to the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Causes an additional effect when the view is stopped (with stop()). This implementation delegates to the underlying View that is being traced. In addition, if the traced view had been started with startAndGet and reaches its tick limit before being done, this method causes the returned future to complete with a failure.

Handles a clock tick and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a clock tick and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Handles a GUI event and adds it to the view’s trace. Delegates the actual event-handling to the corresponding method on the underlying View that is being traced.

Renders the view as a Java AWT BufferedImage onto the component.

Notify all registered reactions.

Programmatically requests an update to the graphics of the view (even though no clock tick or triggering GUI event occurred).

Runs the view as if by calling start except that it runs “headless”, without expectation of being visible in a GUI and independently of a real-time clock. A number of simulated clock ticks are immediately sent to the view; this continues until either the view determines it is done or a predetermined maximum number of ticks has been reached.

Simulates this trace-generating view with simulate and returns the resulting trace. This is equivalent to calling first simulate, then trace. See also startAndGet.

Determines whether the view should play a sound, given a state of its model. This implementation delegates to the underlying underlying View that is being traced.

Starts the view: loads the model into the component and starts the clock. Cf. simulate.

Starts this trace-generating view with start and returns a Future that evaluates to the resulting trace. The Future succeeds when the view is done; if the view isn’t done after a given number of clock ticks, the Future fails with TraceAborted, producing a partial trace. See also simulateAndGet.

Stops the view: stops the clock and stops listening to events. A stopped view cannot be restarted.

Returns a brief textual description of the view.

Returns a trace of the events processed by this view. The trace comes in a collection of pairs, each of which is composed of a TraceData value that describes at the time of the event and a TraceEvent value that describes the event itself.

Returns a View that stores a trace of the ticks and GUI events that its event handlers process. This parameterless method stores, at each event, the (immutable) state of the View’s model. This is equivalent to calling tracedWith and passing in identity.

Returns a View that stores a pictorial trace of the ticks and GUI events that the View’s event handlers process. This is equivalent to calling tracedWith and passing in the View’s makePic method.

Returns a view that collects of the ticks and GUI events that the View’s event handlers process, using the given function to generate that trace. That trace-collecting view, which an instance of the Traced subclass, delegates the actual event handling to this original view but provides an additional interface for tracing.

Used by certain layout managers, e.g., BoxLayout or OverlayLayout to align components relative to each other.

The underlying Swing peer.

All reactions of this reactor.