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<rating>B</rating> </user_tuple> <user_tuple> <userid>U02</userid> <name>Mary Doe</name> <rating>A</rating> </user_tuple> <user_tuple> <userid>U03</userid> <name>Dee Linquent</name> <rating>D</rating> </user_tuple> <user_tuple> <userid>U04</userid> <name>Roger Smith</name> <rating>C</rating> </user_tuple> <user_tuple> <userid>U05</userid> <name>Jack Sprat</name> <rating>B</rating> </user_tuple> <user_tuple> <userid>U06</userid> <name>Rip Van Winkle</name> <rating>B</rating> </user_tuple> </users>"); XDocument items = XDocument.Parse( @"<items> <item_tuple> <itemno>1001</itemno> <description>Red Bicycle</description> <offered_by>U01</offered_by> <start_date>1999-01-05</start_date> <end_date>1999-01-20</end_date> <reserve_price>40</reserve_price> </item_tuple> <item_tuple> <itemno>1002</itemno> <description>Motorcycle</description> <offered_by>U02</offered_by> <start_date>1999-02-11</start_date> <end_date>1999-03-15</end_date> <reserve_price>500</reserve_price> </item_tuple>

2 For my example of the second prototype, shown in Listing 5-54, I will just call the Min operator on my standard presidents array. This should return the element with the lowest value, alphabetically speaking.

The ToDictionary operator creates a Dictionary of type <K, T>, or perhaps <K, E> if the prototype has the elementSelector argument, from an input sequence of type T, where K is the type of the key and T is the type of the stored values. Or if the Dictionary is of type <K, E>, the type of stored values are of type E, which is different from the type of elements in the sequence, which is type T.

At the end of the 1970s and beginning of the 1980s, a fundamental shift occurred from large and centralized computers to personal computers (PCs), which moved the power of control from a few to many (anyone with a PC). Though most of the applications released during this period were more powerful than anything so far developed, they were developed and designed

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N ote If you are unfamiliar with the C# Dictionary collection class, it allows elements to be stored that can be retrieved with a key. Each key must be unique, and only one element can be stored for a single key. You index into the Dictionary using the key to retrieve the stored element for that key.

Listing 5-54. An Example of the Second Min Prototype string[] presidents = { "Adams", "Arthur", "Buchanan", "Bush", "Carter", "Cleveland", "Clinton", "Coolidge", "Eisenhower", "Fillmore", "Ford", "Garfield", "Grant", "Harding", "Harrison", "Hayes", "Hoover", "Jackson", "Jefferson", "Johnson", "Kennedy", "Lincoln", "Madison", "McKinley", "Monroe", "Nixon", "Pierce", "Polk", "Reagan", "Roosevelt", "Taft", "Taylor", "Truman", "Tyler", "Van Buren", "Washington", "Wilson"}; string minName = presidents.Min(); Console.WriteLine(minName); This example provides the following results:

public static Dictionary<K, T> ToDictionary<T, K>( this IEnumerable<T> source, Func<T, K> keySelector); In this prototype, a Dictionary of type <K, T> is created and returned by enumerating the input sequence named source. The keySelector method delegate is called to extract the key value from each input element, and that key is the element s key into the Dictionary. This version of the operator results in elements in the Dictionary being the same type as the elements in the input sequence. Since this prototype prevents the specification of an IEqualityComparer<K> object, this version of ToDictionary defaults to the EqualityComparer<K>.Default equality comparison object. The second ToDictionary prototype is similar to the first, except it provides the ability to specify an IEqualityComparer<K> equality comparison object. Here is the second prototype:

While this may be the same output that calling the First operator would provide, this is only because the presidents array is already sequenced alphabetically. Had the array been in some other order, or disordered, the results would have still been Adams. For the example of the third prototype of the Min operator, I use my common Actor class to find the earliest actor birth year by calling the Min operator on the birth year. Listing 5-55 is the code calling the Min operator. Listing 5-55. An Example of the Third Min Prototype int oldestActorAge = Actor.GetActors().Min(a => a.birthYear); Console.WriteLine(oldestActorAge); And the birth year of the actor with the most plastic surgery, I mean, the earliest birth year is the following:

public static Dictionary<K, T> ToDictionary<T, K>( this IEnumerable<T> source,

for single-user tasks and lacked collaboration over common data; at this point, no central databases or email systems existed. Applications deployed or installed this way are referred to as one-tier applications. From a maintenance point of view, this one-tier solution is an application that resides on an individual s machine and that controls interaction with business logic. These one-tier applications all integrate three application layers (presentation, business logic, and data), making it hard to maintain and almost impossible to share and scale information.

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