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With this feature, you can now control both the ServerSocket associated with an exported remote object and the Socket which a client will use to access that remote object You can vary this per server if necessary For instance, you might use some secure authenticating protocol to obtain the initial remote reference, and then "trust" everybody who has obtained such a reference using standard sockets to communicate with further remote servers If you create an embedded RMI registry, you can specify its socket factories as well The server controls the client's socket factory It does this by specifying the client socket factory when exporting itself The client socket factory is returned to the client as part of the remote stub for the remote object In other words, the client socket factory specified by the server is automatically downloaded to all clients of that server The socket factory facility is provided by the constructors and exportObject methods for the UnicastRemoteObject and Activatable classes which take RMIClientSocketFactory and RMIServerSocketFactory arguments

int distance = 'f' 'c'; SystemConsoleWriteLine(distance);

add(String) Adds the argument to the end of the receiver s list addModifyListener(ModifyListener) Adds the listener to the collection of listeners that will be notified when the receiver s text is modified by sending it one of the messages defined in the ModifyListener interface addSelectionListener(SelectionListener) Adds the listener to the collection of listeners that will be notified when the receiver s selection changes by sending it one of the messages defined in the SelectionListener interface clearSelection() Sets the selection in the receiver s text field to an

OUTPUT 35:

copy() Copies the selected text cut() Cuts the selected text deselect(int) Deselects the item at the given zero-relative index in the receiver s list deselectAll() Deselects all selected items in the receiver s list

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The floating-point types, float and double, have some special characteristics, such as the way they handle precision This section looks at some specific examples, as well as some unique floating-point type characteristics A float, with seven digits of precision, can hold the value 1,234,567 and the value 01234567 However, if you add these two floats together, the result will be rounded to 1234567, because the decimal portion of the number is past the seven significant digits that a float can hold This type of rounding can become significant, especially with repeated calculations or checks for equality (see the upcoming Advanced Topic, Unexpected Inequality with Floating-Point Types) Note that inaccuracies can occur with a simple assignment, such as double number = 1406F Since the double can hold a more accurate value than the float can store, the C# compiler will actually evaluate this expression to double number = 140600006103516; 140600006103516 is 1406 as a float, but not quite 1406 when represented as a double

ADVANCED TOPIC Unexpected Inequality with Floating-Point Types The inaccuracies of floats can be very disconcerting when comparing values for equality, since they can unexpectedly be unequal Consider Listing 37

getSelectionIndex() Returns the zero-relative index of the item that is currently selected in the receiver s list, or -1 if no item is selected getText() Returns a string containing a copy of the contents of the receiver s text field indexOf(String) Searches the receiver s list starting at the first item (index 0) until an item is found that is equal to the argument and returns the index of that item paste() Pastes text from the clipboard remove(int) Removes the item from the receiver s list at the given

Server socket factory classes must implement the interface javarmiserverRMIServerSocketFactory and therefore must provide an implementation of its createServerSocket method The simplest possible server socket factory class is shown in Example 111

decimal decimalNumber = 42M; double doubleNumber1 = 01F * 42F; double doubleNumber2 = 01D * 42D; float floatNumber = 01F * 42F; TraceAssert(decimalNumber != (decimal)doubleNumber1); // Displays: 42 != 420000006258488 SystemConsoleWriteLine( "{0} != {1}", decimalNumber, (decimal)doubleNumber1);

remove(String) Searches the receiver s list starting at the first item until an item is found that is equal to the argument and removes that item from the list removeAll() Removes all the items from the receiver s list select(int) Selects the item at the given zero-relative index in the

TraceAssert((double)decimalNumber != doubleNumber1); // Displays: 42 != 420000006258488 SystemConsoleWriteLine( "{0} != {1}", (double)decimalNumber, doubleNumber1); TraceAssert((float)decimalNumber != floatNumber); // Displays: (float)42M != 42F SystemConsoleWriteLine( "(float){0}M != {1}F", (float)decimalNumber, floatNumber); TraceAssert(doubleNumber1 != (double)floatNumber); // Displays: 420000006258488 != 420000028610229 SystemConsoleWriteLine( "{0} != {1}", doubleNumber1, (double)floatNumber); TraceAssert(doubleNumber1 != doubleNumber2); // Displays: 420000006258488 != 42 SystemConsoleWriteLine( "{0} != {1}", doubleNumber1, doubleNumber2); TraceAssert(floatNumber != doubleNumber2); // Displays: 42F != 42D SystemConsoleWriteLine( "{0}F != {1}D", floatNumber, doubleNumber2); TraceAssert((double)42F != 42D); // Display: 419999980926514 != 42 SystemConsoleWriteLine( "{0} != {1}", (double)42F, 42D); TraceAssert(42F != 42D); // Display: 42F != 42D SystemConsoleWriteLine( "{0}F != {1}D", 42F, 42D);

setTextLimit(int) Sets the maximum number of characters that the receiver s text field is capable of holding to be the argument

OUTPUT 36:

Useful creation styles include:

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