static void Main(string[] args)
{
var xml = @"<providerOrganization>
<id root=""1.2.840.114350.1.13.519.2.7.2.688879"" extension=""103300"" />
<name>Meritus</name>
<telecom nullFlavor=""NA"" />
<addr>
<streetAddressLine>11116 Medical Campus Road</streetAddressLine>
<city>Hagerstown</city>
<state>MD</state>
<postalCode>21742</postalCode>
<country>US</country>
<county>WASHINGTON</county>
</addr>
</providerOrganization>";
XmlNode node = XmlParser.ParseXml(xml) as XmlNode;
// Tasks:
// 1. Create abstract class XmlElement
// All other xml element classes should be its derivatives
// XmlElement should contain interface that can represent all of element types
// Client should be able to use XmlReader and process xml data without knowing which type of an element they are processing
// Use the power of polymorphism
// P.S. XmlReader should operate with XmlElement type instead of object
// 2. Implement possibility to stringify XML objects using ToString
// 3. Create class that would allow to easily build xml documents in functional style
// e.g. builder.AddNode("parent", new {a="attr"}).AddNode("child").AddText("test-test").Submit().AddNode("child-2").End()
// would create xml <parent a="attr"><child>test-test<child><child-2/></parent>
// Consider using one of the design patterns for nodes
}
public void ParseXmlTest(string file, string toFind, string expected)
{
var expectedResult = File.ReadAllText(Path.Combine(TestPath, "ExpectedResults", expected));
var actualResult = Parser.ParseXml(Path.Combine(TestPath, "TestXml", file), toFind);
NUnit.Framework.Assert.AreEqual(expectedResult, actualResult);
}
