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When you write programs, your functions will be of three types The first type is simply computational These functions are specifically designed to perform operations on their arguments and return a value based on that operation A computational function is a pure function Examples are the standard library functions sqrt( ) and sin( ), which compute the square root and sine of their arguments The second type of function manipulates information and returns a value that simply indicates the success or failure of that manipulation An example is the library function fwrite( ), which writes information to a disk file If the write operation is successful, fwrite( ) returns the number of items successfully written If an error occurs, fwrite( ) returns a number that is not equal to the number of items it was requested to write The last type of function has no explicit return value In essence, the function is strictly procedural and produces no value An example is srand( ), which initializes the random number generator function rand( ) Sometimes, functions that really don t produce an interesting result often return something anyway For example, printf( ) returns the number of characters written Yet, it is unusual to find a program that actually checks this In other words, although all functions, except those of type void, return values, you don t have to use the return value for anything A common question concerning function return values is, Don t I have to assign this value to some variable since a value is being returned The answer is no If there is no assignment specified, the return value is simply discarded Consider the following program, which uses mul( ):

At the data-link layer, performance monitoring is limited across a physical link This section briefly introduces some of the key OAM standards and highlights their essential characteristics IEEE 8021ag Connectivity Fault Management (CFM) The IEEE 8021ag is expected to be ratified in 2007 and enables Service Providers to manage individual EVCs, representing specific Ethernet services Such management will be on an end-to-end basis across the network(s) over which the service is delivered As such, this would require all the underlying equipment involved (and belonging to one or more operators) to also support the IEEE 8021ag standard The IEEE 8021ag is closely aligned with the work on fault management from the Y1731 standard The IEEE 8021ag separates the Service Provider network the one delivering the end-user service into maintenance domains, which are each essentially managed/ administered independently These domains are typically hierarchical and encompass the three distinct entities that are involved in delivering a service: the customers using the service, the Service Provider delivering the service, and the operators whose networks may be used to deliver the service Such a framework is useful in quickly homing in on and resolving an issue The IEEE 8021ag uses normal Ethernet frames to communicate between the different devices, with the only distinction being the use of a special Ethernet MAC address identifying it as an 8021ag message There are fours categories of messages that are employed to troubleshoot and manage Ethernets:

#include <stdioh> int mul(int a, int b);

4:

<Window.Resources> <SolidColorBrush x:Key="myBrush" Color="Red" /> <Style x:Key="CalcButtonStyle" TargetType="Button"> <Setter Property="Margin" Value="5"/> <Setter Property="BorderBrush" Value="{DynamicResource myBrush}"/> </Style> </Window.Resources>

int main(void) { int x, y, z; x = 10; y = 20; z = mul(x, y); printf("%d", mul(x, y)); mul(x, y); return 0; } int mul(int a, int b) { return a*b; }

Continuity check messages (CCMs) These are I am alive heartbeat messages that are issued periodically to identify any loss of service between two (equipment/devices) endpoints or intermediate points Any erratic behavior in these messages could enable preemptively addressing any emerging issues Link trace messages These messages are used by a Service Provider to track a specific path between two pieces of equipment/devices traversing through the intervening devices This hop-by-hop approach is useful in identifying whether a data path exists or not Loopback messages These allow a Service Provider to validate connectivity (either on a service or a circuit basis) to a particular maintenance point to

/* 1 */ /* 2 */ /* 3 */

The x:Key is the name of the style. This is how we ll reference the style later. All styles (like all resources) have to have a name, although, as you ll see later, there are situations where the name (or the key) is implied. The TargetType is the type of control you want the style to apply to. You don t have to specify the target type, but if you don t, you have to provide more information for the setters. For example, we re setting the Margin property. Because TargetType is set to Button, this is effectively setting the Button.Margin property. If we hadn t specified a target type, then we d have had to fully qualify the setter s property:

In line 1, the return value of mul( ) is assigned to z In line 2, the return value is not actually assigned, but it is used by the printf( ) function Finally, in line 3, the return value is lost because it is neither assigned to another variable nor used as part of an expression

The main( ) function returns an integer to the calling process, which is generally the operating system Returning a value from main( ) is the equivalent of calling exit( ) with the same value A return value of 0 indicates that the program terminated normally All other values indicate that some error occurred with the exiting program