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// Structures are good when grouping small amounts of data using System; // Define a packet structure struct PacketHeader { public uint PackNum; // packet number public ushort PackLen; // length of packet } // Use PacketHeader to create an e-commerce transaction record class Transaction { static uint transacNum = 0; PacketHeader ph; // incorporate PacketHeader into Transaction string accountNum; double amount;

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Thus there are a critical point at x = 0 and inflection points at x = 2/ 3 The figure exhibits the complete graph

public Transaction(string acc, double val) { // create packet header phPackNum = transacNum++; phPackLen = 512; // arbitrary length accountNum = acc; amount = val; } // Simulate a transaction public void sendTransaction() { ConsoleWriteLine("Packet #: " + phPackNum + ", Length: " + phPackLen + ",\n Account #: " + accountNum + ", Amount: {0:C}\n", amount); } } // Demonstrate Packet class PacketDemo { static void Main() { Transaction t = new Transaction("31243", -10012); Transaction t2 = new Transaction("AB4655", 34525); Transaction t3 = new Transaction("8475-09", 980000); tsendTransaction(); t2sendTransaction(); t3sendTransaction(); } }

The output from the program is shown here:

Packet #: 0, Length: 512, Account #: 31243, Amount: ($10012) Packet #: 1, Length: 512, Account #: AB4655, Amount: $34525 Packet #: 2, Length: 512, Account #: 8475-09, Amount: $9,80000

p(t) =

PacketHeader is a good choice for a struct because it contains only a small amount of data and does not use inheritance or even contain methods As a structure, PacketHeader does not incur the additional overhead of a reference, as a class would Thus, any type of transaction record can use PacketHeader without affecting its efficiency As a point of interest, C++ also has structures and uses the struct keyword However, C# and C++ structures are not the same In C++, struct defines a class type Thus, in C++, struct and class are nearly equivalent (The difference has to do with the default access of their members, which is private for class and public for struct) In C#, a struct defines a value type, and a class defines a reference type

After careful review, the bottom line is that the best site choice for our new factory is Georgia To get a fresh view, one of my assistants met with a risk manager with no knowledge of the risks involved in doing business in either Florida or Georgia My analysis used proprietary stochastic simulation techniques, incorporating data collected from numerous sources of government and other public data information as well as data collected from interviews Designing the model required creativity and diligence From among the three nalists Data is tested and proven Objective too Let me answer anticipate questions I think you re going to want to know the answers to

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An enumeration is a set of named integer constants The keyword enum declares an enumerated type The general form for an enumeration is enum name { enumeration list }; Here, the type name of the enumeration is specified by name The enumeration list is a comma-separated list of identifiers Here is an example It defines an enumeration called Apple that enumerates various types of apples:

enum Apple { Jonathan, GoldenDel, RedDel, Winesap, Cortland, McIntosh };

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A key point to understand about an enumeration is that each of the symbols stands for an integer value However, no implicit conversions are defined between an enum type and the built-in integer types, so an explicit cast must be used Also, a cast is required when converting between two enumeration types Since enumerations represent integer values, you can use an enumeration to control a switch statement or as the control variable in a for loop, for example Each enumeration symbol is given a value one greater than the symbol that precedes it By default, the value of the first enumeration symbol is 0 Therefore, in the Apple enumeration, Jonathan is 0, GoldenDel is 1, RedDel is 2, and so on The members of an enumeration are accessed through their type name via the dot operator For example

ConsoleWriteLine(AppleRedDel + " has the value " + (int)AppleRedDel);

As the output shows, when an enumerated value is displayed, its name is used To obtain its integer value, a cast to int must be employed Here is a program that illustrates the Apple enumeration:

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// Demonstrate an enumeration using System; class EnumDemo { enum Apple { Jonathan, GoldenDel, RedDel, Winesap, Cortland, McIntosh }; static void Main() { string[] color = { "Red", "Yellow", "Red", "Red",

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