qr code generator c#

generate qr code using asp.net c#

qr code generator with logo c#

qrcodeencoder c#

zxing qr code generator example c#

c# zxing qr code generator,
create qr code c#,

qr code c# windows phone,
qr code generator c# dll free,
qr code generator c# codeproject,
how to generate qr code in c# web application,
c# net qr code generator,
qr code c# example,
qr code zxing c#,
qr code c# open source,
qr code windows phone 8.1 c#,
qr code generator c# code project,
qr code generator c# example,
zxing qr code example c#,
qr code c# sample,
qr code c# source,
c# qr code generator free,
qr code c# windows phone,
c# qr code generator,
qr code with c#,

itextsharp qr code c#,
zxing c# create qr code,
zxing c# qr code example,
qr code library c# download,
qr code c# open source,
qr code c# source,
c# qr codes,
qrcodeencoder c#,
zxing qr code c# example,
com.google.zxing.qrcode c#,
qr code zxing c#,
itextsharp qr code c#,
qr code generator c# codeproject,
c# qr code generator,
qr code c#.net generator sdk,
qr code windows phone 8.1 c#,
generate qr code c# .net,
zxing c# qr code example,
qr code c# tutorial,
qr code windows phone 8.1 c#,
qr code c# library open source,
qr code in c#,
c# qr code,
create qr code in c#,
c# qr code generator open source,
qr code using c#,
how to generate qr code in c# windows application,
zxing generate qr code example c#,
qr code generator in c# asp.net,
how to generate qr code in c# web application,
qr code asp.net c#,
qr code generator c# open source,
qr code c# wpf,
qr code c# .net,
zxing c# qr code example,
create a qr code using c# and asp.net,
qr code windows phone 8.1 c#,
qr code c# asp.net,
qr code c# asp.net,
generate qr code c# free,
c# qr code with logo,
zxing c# qr code sample,
qr code c# tutorial,
zxing generate qr code example c#,
qr code generator api c#,
generate qr code using asp.net c#,
how to generate qr code in c# windows application,
thoughtworks qrcode dll c#,
c# qr code encoder,

In 4, you learned about object initialization syntax, which allows you to set properties on a new variable at the time of construction. Closely related to this is collection initialization syntax. This C# language feature makes it possible to populate many containers (such as ArrayList or List<T>) with items by using syntax similar to what you use to populate a basic array.

Note Doxygen is a PHP-friendly documentation generator. It extracts PHP comments from the code and generates human-friendly documentation. For more information, visit www.doxygen.org.

Note You can only apply collection initialization syntax to classes that support an Add() method, which is formalized by the ICollection<T>/ICollection interfaces.

Consider the following examples: // Init a standard array. int[] myArrayOfInts = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 }; // Init a generic List<> of ints. List<int> myGenericList = new List<int> { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 }; // Init an ArrayList with numerical data. ArrayList myList = new ArrayList { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 }; If your container is managing a collection of classes or a structure, you can blend object initialization syntax with collection initialization syntax to yield some functional code. You might recall the Point class from 5, which defined two properties named X and Y. If you wish to build a generic List<T> of Point objects, you can write the following: List<Point> myListOfPoints = new List<Point> { new Point { X = 2, Y = 2 }, new Point { X = 3, Y = 3 }, new Point(PointColor.BloodRed){ X = 4, Y = 4 } }; foreach (var pt in myListOfPoints) { Console.WriteLine(pt); } Again, the benefit of this syntax is that you save yourself numerous keystrokes. While the nested curly brackets can become difficult to read if you don t mind your formatting, imagine the amount of code that would be required to fill the following List<T> of Rectangles if you did not have collection initialization syntax (you might recall from 4 that you created a Rectangle class that contained two properties encapsulating Point objects): List<Rectangle> myListOfRects = new List<Rectangle>

When documenting a function, the documentation block must immediately precede the function it documents, with no intervening blank lines. Drupal understands the Doxygen constructs in the following list; although I ll cover the most common ones, please refer to the Doxygen site for more information on how to use them: @mainpage @file @defgroup @ingroup @addtogroup (as a synonym of @ingroup) @param @return @link @see @{ @}

public Motorcycle(string name) : this(0, name) {} // This is the 'master' constructor that does all the real work. public Motorcycle(int intensity, string name) { if (intensity > 10) { intensity = 10; } driverIntensity = intensity; driverName = name; } ... } Understand that using the this keyword to chain constructor calls is never mandatory. However, when you make use of this technique, you do tend to end up with a more maintainable and concise class definition. Again, using this technique you can simplify your programming tasks, as the real work is delegated to a single constructor (typically the constructor that has the most parameters), while the other constructors simply pass the buck.

On a final note, do know that once a constructor passes arguments to the designated master constructor (and that constructor has processed the data), the constructor invoked originally by the caller will finish executing any remaining code statements. To clarify, update each of the constructors of the Motorcycle class with a fitting call to Console.WriteLine(): class Motorcycle { public int driverIntensity; public string driverName; // Constructor chaining. public Motorcycle() { Console.WriteLine("In default ctor"); } public Motorcycle(int intensity) : this(intensity, "") { Console.WriteLine("In ctor taking an int"); } public Motorcycle(string name) : this(0, name) { Console.WriteLine("In ctor taking a string"); }