c# code 39 reader

c# code 39 reader

c# code 39 reader

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S te fan Tur als ki is a nice chap who is capable of performing both magic and trivial things, with a little help from code, libraries, tools, APIs, servers, and the like. Wearing many hats, he is experienced in most phases of the software life cycle. Stefan is especially skilled in business analysis, design, implementation, testing, QA, and small, agile teams management. His area of interest is quite wide and could be summarized as emerging technologies, with a recent focus on RIA (Silverlight, AIR), cloud computing, functional programming, and software engineering principles. Before he realized that he enjoys criticizing other people s work more than his own, Stefan published several technical articles, mainly about .NET technology, SOA, software engineering, and mobile development. For last ten or more years he has built solutions ranging from Perl scripts, through mid-size websites, to distributed C++ or highly scalable .NET & COM+ enterprise class systems. Developing software for embedded or mobile devices and playing with Python web frameworks, F#, Closures, Azure (or EC2, depending on the weather) in his spare time, he earns a living optimizing Oracle and SQL Server-based systems, maintaining ancient code and recently building on top of Microsoft Office SharePoint Server and Dynamics CRM. Feel free to contact him at stefan.turalski at gmail.com, especially if you need an inquisitive technical reviewer.

The following markup includes a GroupBox that encloses an image and two buttons and gives the group the title Grouped Things. This markup produces the left window in Figure 6-17. <GroupBox Header="Grouped Things" Margin="5"> <StackPanel> <Image Margin="3" HorizontalAlignment="Left" Height="50" Source="Images/AL.jpg"> </Image> <Button Margin="3">Btn 1</Button> <Button Margin="3">Btn 2</Button> </StackPanel> </GroupBox>

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The IEnumerator<T> interface uses generics to return an actual derived type, rather than a reference to an object. The IEnumerator<T> interface derives from two other interfaces: the nongeneric IEnumerator interface and the IDisposable interface. It must therefore implement their members. You ve already seen the nongeneric IEnumerator interface and its three members. The IDisposable interface has a single, void, parameterless method called Dispose, which can be used to free unmanaged resources being held by the class. (The Dispose method was described in 6.) The IEnumerator<T> interface itself has a single property, Current, which returns an instance of type T or derived from T rather than a reference of type object. Since both IEnumerator<T> and IEnumerator have a member named Current, you should explicitly implement the IEnumerator version and implement the generic version in the class itself, as shown in Figure 20-6. Figure 20-6 illustrates the implementation of the interface.

A book like this would not be possible without the assistance of many different people. I would particularly like to thank the following: Simon Pease, for his assistance, encouragement, and development of initial concept Mike Ormond and Eric Nelson at Microsoft, for their assistance and contributions Stefan Turalski, for his excellent technical review skills, assistance, encouragement, and late night discussions! Matt Moodie and Anita Castro, for their editing skills and minimizing my crimes against grammar (and, yes, I did notice the removal of some of my jokes!) Matt Lacey, for reviewing my early drafts, and everyone at DevEvening.co.uk, for proving my wife wrong yes, people do want to talk about programming at the pub (but we all knew that beer, food, and programming was a good combination) John Sanderson, Bruce Richards, Chris Canning, and Pat Simons I learned a lot from working with you guys.

The declaration of the class implementing the interface should look something like the pattern in the following code, where T is the type returned by the enumerator: using System.Collections; using System.Collections.Generic; class MyGenEnumerator: IEnumerator< T > { public T Current { get { } } Explicit implementation object IEnumerator.Current { get { ... } } public bool MoveNext() { ... } public void Reset() public void Dispose() ... } { ... } { ... }

Transparent code is safe and verifiable code such as string and math functions that will not do anything bad to users systems. Transparent code has the rights to call other transparent code and safe critical code. It might not call critical code.

Figure 6-17. GroupBoxes with different Header content type The following markup moves the Image from being enclosed by the GroupBox to being the Header, as shown in the right window in Figure 6-17. <GroupBox Margin="5"> <GroupBox.Header> <Image Margin="3" HorizontalAlignment="Left" Height="50" Source="Images/AL.jpg"> </Image> </GroupBox.Header> <StackPanel> <Button Margin="3">Btn 1</Button> <Button Margin="3">Btn 2</Button> </StackPanel> </GroupBox>

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