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// Demonstrate a simple group join using System; using SystemLinq; // This class links the name of a transport, such as Train, // with its general classification, such as land, sea, or air class Transport { public string Name { get; set; } public string How { get; set; } public Transport(string n, string h) { Name = n; How = h; } } class GroupJoinDemo { static void Main() { // An array of transport classifications string[] travelTypes = { "Air", "Sea", "Land" }; // An array of transports Transport[] transports = { new Transport("Bicycle", "Land"), new Transport("Balloon", "Air"), new Transport("Boat", "Sea"), new Transport("Jet", "Air"), new Transport("Canoe", "Sea"), new Transport("Biplane", "Air"), new Transport("Car", "Land"), new Transport("Cargo Ship", "Sea"), new Transport("Train", "Land") }; // Create a query that uses a group join to produce // a list of item names and IDs organized by category var byHow = from how in travelTypes join trans in transports on how equals transHow into lst select new { How = how, Tlist = lst };

19:

= f (x) As h 0, the approximation in the last display becomes nearer and nearer to equality So we find that lim

// Execute the query and display the results foreach(var t in byHow) { ConsoleWriteLine("{0} transportation includes:", tHow);

foreach(var m in tTlist) ConsoleWriteLine(" " + mName); ConsoleWriteLine(); } } }

The output is shown here:

I want to inform employees about the date of the summer picnic Why do I care if they re informed Because I want employees to RSVP regarding the summer picnic by the fteenth of the month

But this just says that F (x) = f (x) What is the practical significance of this calculation Suppose that we wish to calculate the area under the curve f , above the x-axis, and between x = a and x = b Obviously this area is F (b) F (a) See Figure 410 But we also b know that that area is a f (x) dx We conclude therefore that

Air transportation includes: Balloon Jet Biplane Sea transportation includes: Boat Canoe Cargo Ship Land transportation includes: Bicycle Car Train

The key part of the program is, of course, the query, which is shown here:

var byHow = from how in travelTypes join trans in transports on how equals transHow into lst select new { How = how, Tlist = lst };

Here is how it works The from statement uses how to range over the travelTypes array Recall that travelTypes contains an array of the general travel classifications: air, land, and sea The join clause joins each travel type with those transports that use that type For example, the type Land is joined with Bicycle, Car, and Train However, because of the into clause, for each travel type, the join produces a list of the transports that use that travel type This list is represented by lst Finally, select returns an anonymous type that encapsulates each value of how (the travel type) with a list of transports This is why the two foreach loops shown here are needed to display the results of the query:

f (x) dx = F (b) F (a)

foreach(var t in byHow) { ConsoleWriteLine("{0} transportation includes:", tHow); foreach(var m in tTlist) ConsoleWriteLine(" " + mName); ConsoleWriteLine(); }

Part I:

The outer loop obtains an object that contains the name of the travel type and the list of the transports for that type The inner loop displays the individual transports

y = f (x)

The query syntax described by the preceding sections is the way you will probably write most queries in C# It is convenient, powerful, and compact It is, however, not the only way to write a query The other way is to use the query methods These methods can be called on any enumerable object, such as an array

If you send your boss an E-mail updating him (or her) that you ve scheduled a meeting for next Tuesday, you may think your objective is to update him on the progress you ve made But to update is a passive objective Convert it into an action objective by asking yourself, Why do I care if he is updated Your answer may be: