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Since DB plans can become underfunded, that is, where assets are less than liabilities, Congress recognized the need for an insurance program to cover this contingency similar to the Federal Deposit Insurance Corporation (FDIC) for banks. It set up the Pension Benefit Guaranty Corporation (PBGC) to insure most DB plans. DB plans pay an annual premium into a fund that is based both on the number of participants as well as the level of funding in the plan. Plans in poor financial condition, that is, underfunded, pay a higher premium, and vice versa. The recent bankruptcies in the airline, automotive, and steel industries have put the PBGC system under tremendous strain. Currently, the PBGC itself has a deficit of over $20 billion. Serious concerns about this deficit has prompted Congress to consider raising premiums. However, the entire system itself may be in jeopardy as more and more DB plans terminate, reducing premium income and leaving the poorly funded plans all alone.

The fact that build takes a progress monitor indicates thatbuild() is a long-running operation For operations that take a while to complete it is good UI practice to

0 d 1

Before taking care of showing progress, let's look at IProgressMonitor The IProgressMonitor argument is a collecting parameter An operation calls it to inform the user about progress Here is the IProgressMonitor interface:

1 > 0

In this model, two observations taken more than 1 distance apart are uncorrelated. r Power Exponential:

DB plans define the benefits paid using a formula, typically in one of three ways: 1. Formula based on compensation and service (most common). Example: Annual benefit paid will be equal to 1% of annual pay times years of service up to a maximum of 30 years. Formulas based on service only (common with hourly/union workforce). Example: Annual benefit paid will be equal to $200 per year of service up to a maximum of 30 years.

public interface IProgressMonitor { public void beginTask(String name, int totalWork); public void worked(int work); public void done (); public boolean isCanceled(); } With beginTask() the operation gives its name and the total number of expected units of work An operation calls worked() when some amount of work is completed Calling done() indicates that the operation is complete To find out whether a user has requested a cancellation, the operation should call isCanceled() frequently If the user requests a cancellation, the operation should be terminated by throwing an exception The exception can be either an InterruptedException or an OperationCanceledException We prefer InterruptedException because wherever possible you want to reuse existing exception types rather than introduce your own (OperationCanceledException is still supported for backwards compatibility) This is the snippet you will find in many Eclipse operations:

PE K (d) = e( d/ 1 ) ;

if (monitorisCanceled()) throw new InterruptedException(); Now that we know how progress is reported by an operation we can look into presenting this progress information The consumer of the progress information is an IRunnableContext Whereas IProgressMonitor is from the headless (UI-independent) core layer, IRunnableContext is defined in the UI layer It has a single method to run an operation The IRunnableContext is responsible for showing a progress indicator and a cancel button Browsing the type hierarchy for IRunnableContext shows us that there is more than one implementation, as shown in Figure 222

1 > 0, 2 (0, 2]

For 2 = 1 the model becomes exponential, while for 2 = 2 it becomes squared exponential. r Rational Quadratic: K (d) = r Mat rn: e