.NET/Java PDF, Tiff, Barcode SDK Library

[XmlAttribute] public string FirstName { get; set; } [XmlIgnore] public string LastName { get; set; } public string EmailAddress { get; set; } // Overrides the Object.ToString() to provide a // string representation of the object properties. public override string ToString() { return string.Format("{0} {1}\nEmail: {2}", FirstName, LastName, EmailAddress); }

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After you create a project file for your Qt project, you need to run QMake to create the appropriate Makefile or project. The easiest way to do this is to type qmake to a command line interface when in the same directory as the project file. It will use the platform defaults to generate a proper Makefile.

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Next, go to the Source view for this form, and find the <atlas:ScriptManager> tag. Enter a new <Services> tag inside this one, and create a ServiceReference instance that points to CarService.asmx. The code to do this should look like this: <atlas:ScriptManager ID="ScriptManager1" runat="server"> <Services> <atlas:ServiceReference Path="CarService.asmx" /> </Services> </atlas:ScriptManager> Finally, you will create the code that invokes the Service proxy and passes it the parameters derived from the text fields on the form. In Design view, double-click the button to wire up the event handler function for it. You will automatically be returned to the Source view and will be inside the Button1_onclick function. Add the following code to this function: function Button1_onclick() { requestValue = CarService.GetCarValue( form1.txtMake.value, form1.txtModel.value, form1.txtYear.value, OnComplete, OnTimeOut); return false; }

// Main program public class Tester { static void Main() { Customer c1 = new Customer { FirstName = "Orlando", LastName = "Gee", EmailAddress = "orlando0@hotmail.com" }; //XmlSerializer serializer = new XmlSerializer(c1.GetType()); XmlSerializer serializer = new XmlSerializer(typeof(Customer)); StringWriter writer = new StringWriter(); serializer.Serialize(writer, c1); string xml = writer.ToString(); Console.WriteLine("Customer in XML:\n{0}\n", xml); Customer c2 = serializer.Deserialize(new StringReader(xml)) as Customer; Console.WriteLine("Customer in Object:\n{0}", c2.ToString()); } Console.ReadKey();

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You can also use QMake to generate a project file for Visual Studio. Simply run qmake -t vcapp to generate such a file (replace vcapp with vclib to build a library project). To generate a project file for Xcode, run qmake -spec macx-xcode. You can also add project file lines to your QMake call. For example, qmake "CONFIG+=console" is equivalent to adding the line CONFIG+=console to your project file. If you choose to create a Makefile using QMake, you can build your project using a simple make command (or nmake if you re using Visual Studio). You can clean up your intermediate files using make clean. The slightly more brutal step is to run make distclean, which cleans up all generated files, including the Makefile. You will have to run QMake again to get a Makefile for make.

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Output: Customer in XML: < xml version="1.0" encoding="utf-16" > <Customer xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" FirstName="Orlando"> <EmailAddress>orlando0@hotmail.com</EmailAddress> </Customer>

The only changes in this example are a couple of XML serialization attributes added in the Customer class:

[XmlAttribute] public string FirstName { get; set; }

There are many reasons why you might want to be able to handle platform specifics when using a platform-neutral toolkit such as Qt. For example, you might want to use different icons on different platforms or have a piece of custom source code that is platform-dependent. QMake makes it easy to build your project in slightly different ways, depending on the platform being used. The different platforms are handled using a concept called scopes. There are lots of scopes supported by Qt, but the most common are these: debug: The project is being built in debug mode. release: The project is being built in release mode. win32: The project is being built in a Windows environment. macx: The project is being built in a Mac OS X environment. unix (including Linux): The project is being built in a Unix environment. You can handle scopes in two different ways. You can use brackets, as shown in the library choosing if-else structure here: win32 { LIBS += -lmywin32lib } else macx { LIBS += -lmymacxlib } else { LIBS += -lmyunixlib } You can combine scopes by using the : operator; for example, macx:debug: ... is equivalent to writing macx { debug { ... } }. The : operator brings an alternate way of specifying scopes. You can set the LIBS variable like this: win32:LIBS += -lmywin32lib macx:LIBS += -lmymacxlib !win32:!macx:LIBS += -lmyunixlib

The first change is to specify that you want to serialize the FirstName property into an attribute of the Customer element by adding the XmlAttributeAttribute to the property: