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First, you take the number 5 Next, you call the times method, common to all numbers in Ruby Rather than pass data to this method, you pass it more code: the code between do and end The times method then uses the code five times in succession, producing the preceding five lines of output Another way to write this is with curly brackets instead of do and end Although do and end are encouraged for multiple-line code blocks, curly brackets make the code easier to read on a single line Therefore, this code works in exactly the same way: 5times { puts "Test" } You ll be using this style for single lines of code from here on, but will be using do and end for longer blocks of code.

(Min(b1, b2) : Max(e1, e2)), when (i1 merges i2); NULL otherwise (Max(b1, b2) : Min(e1, e2)), when (i1 overlaps i2); NULL otherwise (b1: Min(b2 - 1, e1)), when (b1 < b2) AND (e1 e2); (Max(e2 + 1, b1) : e1), when (b1 b2) AND (e1 > e2); NULL otherwise

IF OBJECT_ID('dbo.Messages') IS NOT NULL DROP TABLE dbo.Messages;

This is a good habit to pick up, as it s the style nearly all professional Ruby developers follow (although there are always exceptions to the rule) In Ruby, one mechanism to create a loop is called an iterator An iterator is something that progresses through a list of items one by one In this case, it loops, or iterates, through five steps, resulting in five lines of Test Other iterators are available for numbers, such as the following: 1upto(5) { ..code to loop here.. } 10downto(5) { ..code to loop here.. } 0step(50, 5) { ..code to loop here.. } The first example counts from 1 up to 5 The second example counts from 10 down to 5 The last example counts up from 0 to 50 in steps of 5, because you re using the step method on the number 0.

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What isn t obvious is how to get hold of the number being iterated upon at each step of the way so that you can do something with it in the looped code What if you wanted to print out the current iteration number How could you develop a counting program with these iterators Thankfully, all of the iterators just explained automatically pass the state of the iteration to the looped code as a parameter, which you can then retrieve into a variable and use, like so: 1upto(5) { |number| puts number }.

For more details about securing your assemblies, please refer to SQL Server Books Online and to the following URL: http://msdn2.microsoft.com/en-us/library/ms345106.aspx . Here s the definition of the GetEnvInfo stored procedure using C# code:

XML is the key element responsible for the greatly improved interoperability of the Microsoft ADO.NET object model when compared to Microsoft ActiveX Data Objects (ADO). In ADO, XML was merely an I/O format (nondefault) used to persist the contents of a disconnected recordset. The participation of XML in the building and in the interworkings of ADO.NET is much deeper. The aspects of ADO.NET in which the interaction and integration with XML is stronger can be summarized in two categories: object serialization and remoting and a dual programming interface. In ADO.NET, you have several options for saving objects to, and restoring objects from, XML documents. In effect, this capability belongs to one object only the DataSet object but it can be extended to other container objects with minimal coding. Saving objects like DataTable and DataView to XML is essentially a special case of the DataSet object serialization. As we saw in 8, ADO.NET and XML classes provide for a unified, intermediate API that is made available to programmers through a dual, synchronized programming interface the XmlDataDocument class. You can access and update data using either the hierarchical node-based approach of XML or the relational approach of columnbased tabular data sets. At any time, you can switch from a DataSet representation of the data to an XML Document Object Model (XML DOM) representation, and vice versa. Data is synchronized, and any change you enter in either model is immediately reflected and visible in the other. In this chapter, we'll explore the XML features built around the DataSet object and other ADO.NET objects for data serialization and deserialization. You'll learn how to persist and restore data contents, how to deal with schema information, and even how schema information is automatically inferred from the XML source.

.method private hidebysig static void { .entrypoint // Code size 58 (0x3a) .maxstack 3 .locals ([0] int32[] arr, [1] int32& pinned element, [2] int32 x, [3] int32 n) Main() cil managed