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The scanf( ) function supports a general-purpose format specifier called a scanset A scanset defines a set of characters When scanf( ) processes the scanset, it will input characters as long as those characters are part of the set defined by the scanset The characters read will be assigned to the character array that is pointed to by the scanset s corresponding argument You define a scanset by putting the characters to scan for inside square brackets The beginning square bracket must be prefixed by a percent sign For example, the following scanset tells scanf( ) to read only the characters X, Y, and Z

It s a simple example, but suppose we want to hook up the About box on our application. There s no ApplicationCommands.About, but there is an ApplicationCommands. Help, which we can use. Let s add an About menu item on the Help menu in the wiki, setting its command to ApplicationCommands.Help.

%[XYZ]

7

When you use a scanset, scanf( ) continues to read characters and put them into the corresponding character array until it encounters a character that is not in the scanset Upon return from scanf( ), this array will contain a null-terminated string that consists of the characters that have been read To see how this works, try this program:

10.4.1 Handling a built-in command To handle the command, we have to create a binding to that command. In a UI class (anything derived from UIElement or ContentElement), it s easy to do this via XAML. For example, if we want to handle the command in our main window, we could add the binding shown in listing 10.1.

#include <stdioh> int main(void) { int i; char str[80], str2[80]; scanf("%d%[abcdefg]%s", &i, str, str2); printf("%d %s %s", i, str, str2); return 0; }

Enter 123abcdtye followed by ENTER The program will then display 123 abcd tye Because the t is not part of the scanset, scanf( ) stops reading characters into str when it encounters the t The remaining characters are put into str2 You can specify a range inside a scanset using a hyphen For example, this tells scanf( ) to accept the characters A through Z

Figure 71 Standard EPON deployment with various scenarios of FTTx solution: FTTB, FTTC, FTTH, and mixed FTTH

<Window.CommandBindings> <CommandBinding Command="ApplicationCommands.Help" Executed="HelpExecuted"/> </Window.CommandBindings>

%[A-Z]

asin( ), atan( ), atan2( ), cos( ), sin( ), sinh( ), cosh( ), tanh( )

The Command is the command we want to handle, and the Executed attribute points to the handler in our code, which looks like this:

double tanh(double arg) long double tanhl(long double arg)

typically termed backbone while ONUs typically aggregate traffic streams from individual subscribers and prepare them for transmission toward the OLT ONUs additionally employ packet-prioritization mechanisms or scheduling, enabling full QoS support and enforcement of service-level agreements (SLAs) between the Internet service provider (ISP) and the end subscribers The OLT typically employs complex mechanisms responsible for bandwidth allocation in the shared upstream channel as well as a number of agents dealing with registration of new subscriber units in the network, ranging, link control, and so on Several multipoint topologies have been suggested for the access network, including tree, tree-and-branch, ring, or bus (see Figure 72 ) Use of 1 2 optical tap couplers and 1 N optical splitters allows for virtually any deployment architecture, thus making EPONs a very flexible architecture capable of meeting any requirements in terms of providing connectivity for end subscribers

The prototype for tanh( ) is in <mathh> The tanh( ) function returns the hyperbolic tangent of arg tanhl( ) is the long double version of this function

This program prints the hyperbolic tangent, in one-tenth increments, of the values 1 through 1:

private void HelpExecuted(object sender, ExecutedRoutedEventArgs e) { MessageBox.Show("Welcome to WikiInAction"); }

In the downstream direction, Ethernet packets broadcast by the OLT pass through a 1 N PSC or a PSC cascade to reach the ONUs Each ONU receives a copy of every downstream data packet The number of connected ONUs can typically vary between 4 and 64, limited by the available optical power budget The downstream channel properties in this PON system make it a shared-medium network: packets broadcast by the OLT are selectively extracted by the destination ONU, which applies simple packet-filtering rules based on MAC and LLID addresses (see IEEE 8023ah, Clause 64 [7] for details) The downstream channel operation is best depicted in Figure 73, where packets destined to different end subscribers are filtered out by the ONUs from the broadcast downstream data flow