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At this point, I have discussed using LINQ with in-memory data collections and arrays, XML, and DataSets Now, I will move on to what many seem to feel is the most compelling reason to use LINQ, LINQ to SQL I say that because when I look at the MSDN forum for LINQ, the majority of the posts seem to focus on LINQ to SQL I think many developers are overlooking the significance of LINQ as a general purpose query language and the multitude of ways it can be utilized Hopefully, I have convinced you of this already through the previous chapters LINQ to SQL is an application programming interface (API) for working with SQL Server databases In the current world of object-oriented programming languages, there is a mismatch between the programming language and the relational database.

Student[] students new Student { Id new Student { Id new Student { Id new Student { Id }; = = = = = { 1, Name = "Joe Rattz" }, 7, Name = "Anthony Adams" }, 13, Name = "Stacy Sinclair" }, 72, Name = "Dignan Stephens" }

DataTable dt1 = GetDataTable(students); IEnumerable<DataRow> seq1 = dt1.AsEnumerable(); int id; // Using prototype 1.

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When writing an application, we model classes to represent real-world objects such as customers, accounts, policies, and flights We need a way to persist these objects so that when the application is restarted, these objects and their data are not lost However, most production-caliber databases are still relational and store their data as records in tables, not as objects A customer class may contain multiple addresses and phone numbers stored in collections that are child properties of that customer class; once persisted, this data will most likely be stored in multiple tables, such as a customer table, an address table, and a phone table Additionally, the data types supported by the application language differ from the database data types.

id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>(dt1.Columns[0], DataRowVersion.Current)). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 1 is: {0}", id); // Using prototype 2. id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>("Id", DataRowVersion.Current)). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 2 is: {0}", id); // Using prototype 3. id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>(0, DataRowVersion.Current)). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 3 is: {0}", id); // Using prototype 4. id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>(dt1.Columns[0])). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 4 is: {0}", id); // Using prototype 5. id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>("Id")). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 5 is: {0}", id); // Using prototype 6. id = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" select s.Field<int>(0)). Single<int>(); Console.WriteLine("Anthony's Id retrieved with prototype 6 is: {0}", id); We declare the array of students and create a DataTable object from it just like in most examples in this chapter. We obtain a sequence of DataRow objects and work our way through each Field<T> operator prototype using it to obtain the field named Id. Notice that in each query of the Id field, we are also using the Field<T> operator in the Where operator portion of the query. Here are the results:

submit(); } During rendering, after the HTML document has been fully parsed, the browser provides array access to various collections of related HTML elements in the page (for example, images and forms) You can use the documentforms array to access the form being submitted Each form also provides array access to the input fields managed by that form In the JavaScript implementation, you will be using a hidden form field to store the clientId of the selected UIShowItem When the form is submitted, this value will be passed to the server and used during decode to detect which UIShowItem should be expanded, causing its child components to be displayed Potentially, an application developer might be adding more than one HtmlShowOneDeck component to the page, and by giving the hidden form field the same name as the clientId of the HtmlShowOneDeck component, you ensure you expand the correct HtmlShowOneDeck component.

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