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// Demonstrate a static class using System; static class NumericFn { // Return the reciprocal of a value static public double Reciprocal(double num) { return 1/num; } // Return the fractional part of a value static public double FracPart(double num) { return num - (int) num; } // Return true if num is even static public bool IsEven(double num) { return (num % 2) == 0 true : false; } // Return true if num is odd static public bool IsOdd(double num) { return !IsEven(num); } } class StaticClassDemo { static void Main() { ConsoleWriteLine("Reciprocal of 5 is " + NumericFnReciprocal(50)); ConsoleWriteLine("Fractional part of 4234 is " + NumericFnFracPart(4234)); if(NumericFnIsEven(10)) ConsoleWriteLine("10 is even"); if(NumericFnIsOdd(5)) ConsoleWriteLine("5 is odd"); // The following attempt to create an instance of // NumericFn will cause an error

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Optical node A P/S Optical node D Branch D P/S Old trunk route Headend P/S Old trunk route Optical node B

Part I:

// } }

NumericFn ob = new NumericFn(); // Wrong!

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Notice that the last line in the program is commented-out Because NumericFn is a static class, any attempt to create an object will result in a compile-time error It would also be an error to attempt to give NumericFn a non-static member One last point: Although a static class cannot have an instance constructor, it can have a static constructor

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# allows you to define the meaning of an operator relative to a class that you create This process is called operator overloading By overloading an operator, you expand its usage to your class The effects of the operator are completely under your control and may differ from class to class For example, a class that defines a linked list might use the + operator to add an object to the list A class that implements a stack might use the + to push an object onto the stack Another class might use the + operator in an entirely different way When an operator is overloaded, none of its original meaning is lost It is simply that a new operation, relative to a specific class, is added Therefore, overloading the + to handle a linked list, for example, does not cause its meaning relative to integers (that is, addition) to be changed A principal advantage of operator overloading is that it allows you to seamlessly integrate a new class type into your programming environment This type extensibility is an important part of the power of an object-oriented language such as C# Once operators are defined for a class, you can operate on objects of that class using the normal C# expression syntax You can even use an object in expressions involving other types of data Operator overloading is one of C# s most powerful features

power is spread over the whole band When a laser transmitter transmits 16, 6-MHz channels over one ber, the power is spread over about a 100MHz band (6 16 = 96) This will result in a higher receive power per channel The network branches, as shown in Figure 4-17, indicate the optical paths that may actually consist of one or more bers, each carrying a group of television channels These groups of channels will be recombined at the optical receivers It should be apparent that the addition of node-connecting bers will result in redundant optical paths at each node Such alternate optical signal routing is shown in Figure 4-18 Signal source switching at each optical node can be controlled by a computer at the hub/headend or by a simple loss-of-signal switch 4211 The development of system node locations is important in restructuring the network for system upgrades and increasing signal reliability Alternate ber-optic routing can result in each node s capability to maintain a reliable, nearly fail-safe system It is imperative that each node be powered by a standby or uninterruptible power system (UPS) Failure of individual coaxial cable distribution ampli ers will cause only a small number of subscribers to lose service When the calls come in reporting an outage at a node, the area and the device location often can be determined quickly Thus, the outage can be corrected in short order System distribution nodes are another name for a sub-hub, where signals from the main source or headend are supplied by an optical- ber system

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