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To understand how join works, let s walk through each line in the query The query begins in the normal fashion with this from clause:

This clause specifies that item is the range variable for the data source specified by items The items array contains objects of type Item, which encapsulate a name and a number for an inventory item Next comes the join clause shown here:

This clause specifies that entry is the range variable for the statusList data source The statusList array contains objects of type InStockStatus, which link an item number with its status Thus, items and statusList have a property in common: the item number This is used by the on/equals portion of the join clause to describe the correlation Thus, join matches items from the two data sources when their item numbers are equal Finally, the select clause returns a Temp object that contains an item s name along with its in-stock status:

x 2 dx = F ( 2) F ( 0) =

19:

select new Temp(itemName, entryInStock);

Therefore, the sequence obtained by the query consists of Temp objects Although the preceding example is fairly straightforward, join supports substantially more sophisticated operations For example, you can use into with join to create a group join, which creates a result that consists of an element from the first sequence and a group of all matching elements from the second sequence (You ll see an example of this a bit later in this chapter) In general, the time and effort needed to fully master join is well worth the investment because it gives you the ability to reorganize data at runtime This is a powerful capability This capability is made even more powerful by the use of anonymous types, described in the next section

// Construct array given its size public FailSoftArray(int size) { a = new int[size]; Length = size; } // An auto-implemented, read-only Length property public int Length { get; private set; } // An auto-implemented, read-only Error property public bool Error { get; private set; } // This is the indexer for FailSoftArray public int this[int index] { // This is the get accessor get { if(ok(index)) { Error = false; return a[index]; } else { Error = true; return 0; } } // This is the set accessor set { if(ok(index)) { a[index] = value; Error = false; } else Error = true; } } // Return true if index is within bounds private bool ok(int index) { if(index >= 0 & index < Length) return true; return false; } } // Demonstrate the improved fail-soft array class FinalFSDemo { static void Main() { FailSoftArray fs = new FailSoftArray(5); // Use Error property for(int i=0; i < fsLength + 1; i++) { fs[i] = i*10;

03 8 23 = 3 3 3

Part I:

The rst tool in writing for response is knowing exactly what you want your readers to do as a result of reading your material Determining an action objective makes writing easier and more straightforward Keeping the end result in your mind as you write enables you to aim for it When you know where you re heading, you re more likely to get there Let s say, for example, that your boss has asked you to organize the summer picnic You ve selected the venue and need to announce it You

if(fsError) ConsoleWriteLine("Error with index " + i); } } }

This version of FailSoftArray works the same as the previous version, but it does not contain the explicitly declared backing fields Here are some restrictions that apply to using access modifiers with accessors First, only the set or get accessor can be modified, not both Furthermore, the access modifier must be more restrictive than the access level of the property or indexer Finally, an access modifier cannot be used when declaring an accessor within an interface or when implementing an accessor specified by an interface (Interfaces are described in 12)

In this example, f ( x) = ex cos 2x + x 3 4x An antiderivative for f is F ( x) = ex ( 1/2) sin 2x + x 4 /4 2x 2 Therefore