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An integral part of C# programming is the assembly. An assembly is a file (or files) that contains all deployment and version information for a program. Assemblies are fundamental to the .NET environment. They provide mechanisms that support safe component interaction, cross-language interoperability, and versioning. An assembly also defines a scope. An assembly is composed of four sections. The first is the assembly manifest. The manifest contains information about the assembly, itself. This data includes such things as the name of the assembly, its version number, type mapping information, and cultural settings. The second section is type metadata, which is information about the data types used by the program. Among other benefits, type metadata aids in cross-language interoperability. The third part of an assembly is the program code, which is stored in Microsoft Intermediate Language (MSIL) format. The fourth constituent of an assembly is the resources used by the program. Fortunately, when using C#, assemblies are produced automatically, with little or no extra effort on your part. The reason for this is that the exe file created when you compile a C# program is actually an assembly that contains your program s executable code as well as other types of information. Thus, when you compile a C# program, an assembly is automatically produced. There are many other features and topics that relate to assemblies, but a discussion of these is outside the scope of this book. (Assemblies are an integral part of .NET development,
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33.3.6 Routers
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NT1s or CSU/DSUs built into their WAN interfaces. Normally, the terms DTE and DCE are used to describe WAN components, but they are sometimes used to describe LAN connections. For instance, in a LAN connection, a PC, file server, or router is sometimes referred to as a DTE, and a switch, bridge, or hub is called a DCE. Examples of physical layer standards include the following cable types (as well as many, many others): Category 3, 5 and 5E; EIA/TIA 232, 449, and 530; multimode and single-mode fiber (MMF and SMF); and Type 1. Interface connectors include the following: attachment unit interface (AUI), bayonet nut coupling (BNC), DB-9, DB-25, DB-60, RJ-11, RJ-45, and others. An Ethernet hub and a repeater are examples of devices that function at the physical layer.
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11. What IOS command saves the active configuration to NVRAM
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Table 21-4.
NAVIGATION TOOL:
3:
Network performance can be measured by simulating traffic with ATM cell streams containing test data such as sequence numbers and timestamps. These can help create a detailed characterization of the SUT s behavior; the tests can be enhanced by adding background traffic or loading other network ports. The ITU-T currently is specifying a test cell (ITU-T O.191) for precisely this purpose; key issues remain to be resolved, however, including how to realistically model the traffic distributions for the test traffic. In-service testing is used in operational ATM networks to verify operation, gather statistics, and troubleshoot problems. In-service test methods center on monitoring the signals at one or more points around the network, and measuring performance and faults through detecting alarms and errors and decoding traffic. Ideally, in-service testing should be nonintrusive, i.e., test access should be passive, causing no change to the monitored signal. As explained in a later subsection, Test Access, this is not always possible. Intrusive test methods, such as injection of additional test traffic onto a connection, will modify the real traffic profile and could cause resource problems that invalidate the measurements. Other, less intrusive techniques could include measuring the performance of a dedicated test connection that uses the same route and assuming that the performance will be similar; these also might not be accurate, depending on how switches buffer and prioritize different traffic streams. Ideally nonintrusive methods can be used for in-service performance measurement. A key issue here is how to measure delay between two remote points accurately without passing timestamped cells between them.
Now that you know more about classes and their constructors, let s take a closer look at the new operator. As it relates to classes, the new operator has this general form: new class-name(arg-list) Here, class-name is the name of the class that is being instantiated. The class name followed by parentheses specifies the constructor for the class. If a class does not define its own constructor, new will use the default constructor supplied by C#. Thus, new can be used to create an object of any class type. Since memory is finite, it is possible that new will not be able to allocate memory for an object because insufficient memory exists. If this happens, a runtime exception will occur. (You will learn how to handle exceptions in 13.) For the sample programs in this book, you won t need to worry about running out of memory, but you may need to consider this possibility in real-world programs that you write.
EXAMPLE 1.4
In uv = k + I = In U +In v .
12:
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