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At a slightly lower level, there s the topic of programming languages; a language can be seen as simply a tool of designing. The effects particular languages have on the design are obviously important to consider, especially in choosing which language to use. The most significant issue related to function orientation is binding. C++ has mostly static binding. The pro to this is that C++ does most of its memory-map construction at compile time, so it is faster at execution. The cons are that it requires heavy recompiling, it does not have (execution-time) object analysis features, and it is not extensible by the user. Java and Objective C have mostly dynamic binding, and Smalltalk has only dynamic binding. The con is that they do most of their memory-map construction at execution time, so they are slower. The pros are that they do not require heavy recompiling, they do have object analysis features, and they are extensible by the user (including by other systems the ultimate in software reuse).

To discover when a table-resorting operation happens, attach a RowSorterListener to RowSorter Tip

Note The using statement is different than the using directives. The using directives are covered in

10.

At a much higher level, it can be seen that a network of function sets actually has an embedded structure, which includes levels, but not an overall hierarchy. While an applicationoriented view of a system is a breakdown of its objectives, which is an obvious structure, a function-oriented view of the same system is a breakdown of its functionality a structure of types of function sets. These types are defined by each set s role in an interaction mechanism and, moreover, by its role in potential applications. The more meaningful roles are architectural aspects (or concerns). A network can be seen to be most simply a virtual hierarchy, meaning that it s basically a hierarchy with loose connections, providing options.

Filtering of table rows is done with the help of the abstract RowFilter class. You typically don t create your own subclasses of this, but instead use one of its six static methods to get a sufficient filter: andFilter(Iterable< extends RowFilter< super M, super I>> filters) dateFilter(RowFilter.ComparisonType type, Date date, int... indices) notFilter(RowFilter<M,I> filter) numberFilter(RowFilter.ComparisonType type, Number number, int... indices) orFilter(Iterable< extends RowFilter< super M, super I>> filters) regexFilter(String regex, int... indices) The andFilter(), orFilter(), and notFilter() methods are themselves only for combining with other RowFilter instances. Want to check for a date greater than December 25, 2000, and a number less than 25 You ll need to combine the date filter and number filter with the help of the andFilter() method. It s that simple. RowFilter.ComparisonType allows you to check for equality, inequality, before, and after type comparisons. The date or number provided fills in the other side of the equation. What the last indices argument buys you is the ability to limit the search to only the set of columns specified. Specifying no indices means everything will be searched. Probably the most interesting of all the filters is the regular expression filter, or regex filter for short. This allows you to limit the visible view of the table model to those that match the specified regular expression (for instance, only those rows with a T in them). Figure 4-21 shows what happens after a table is filtered. The source listing follows in Listing 4-9.

The using statement helps reduce the potential problem of an unexpected runtime error by neatly packaging the use of a resource. There are two forms of the using statement. The first form is the following, and is illustrated in Figure 9-11. The code between the parentheses allocates the resource. Statement is the code that uses the resource. The using statement implicitly generates the code to dispose of the resource. using ( ResourceType Identifier = Expression ) Statement Allocates resource Uses resource Unexpected runtime errors are called exceptions, and are covered in 11. The standard way of handling the possibility of exceptions is to place the code that might cause an exception in a try block, and place any code that must be executed, whether or not there is an exception, into a finally block. This form of the using statement does exactly that. It performs the following: Allocates the resource Places Statement in a try block Creates a call to the resource s Dispose method and places it in a finally block.