//************************************************************************** // // // National Institute Of Standards and Technology // DTS Version 1.0 // // DOMImplementation Interface // // Written by: Carmelo Montanez // Modified by: Mary Brady // // Ported to System.Xml by: Mizrahi Rafael rafim@mainsoft.com // Mainsoft Corporation (c) 2003-2004 //************************************************************************** using System; using nist_dom; using NUnit.Framework; namespace nist_dom.fundamental { /// /// Summary description for Comment. /// [TestFixture] public class DOMImplementationTest : Assertion { public static int i = 2; /* public testResults[] RunTests() { testResults[] tests = new testResults[] {core0001DI(), core0002DI(), core0003DI(), core0004DI(), core0005DI()}; return tests; } */ //------------------------ test case core-0001DI ------------------------ // // Testing feature - The "feature" parameter in the // "hasFeature(feature,version)" method is the package // name of the feature. Legal values are HTML and XML. // (test for XML, upper case) // // Testing approach - Retrieve the entire DOM document and invoke its // "implementation" attribute. This should create // a DOMImplementation object whose "hasFeature(feature, // version)" method is invoked with feature = "XML". The // method should return a true value. // // Semantic Requirements: 1, 2, 4 // //---------------------------------------------------------------------------- [Test] public void core0001DI() { bool computedValue = false; bool expectedValue = true; System.Xml.XmlDocument testNode = null; testResults results = new testResults("Core0001DI"); results.description = "Check for feature = XML in the \"hasFeature(feature,version)\" method."; // // Retrieve the targeted data and invoke its "hasFeature(feature,version)". // method. // testNode = util.getDOMDocument(); computedValue = testNode.Implementation.HasFeature("XML","1.0"); // // Write out results. // results.expected = expectedValue.ToString(); results.actual = computedValue.ToString(); AssertEquals (results.expected, results.actual); } //------------------------ End test case core-0001DI -------------------------- // //------------------------ test case core-0002DI ------------------------ // // Testing feature - The "feature" parameter in the // "hasFeature(feature,version)" method is the package // name of the feature. Legal values are HTML and XML. // (test for XML, lower case) // // Testing approach - Retrieve the entire DOM document and invoke its // "implementation" attribute. This should create // a DOMImplementation object whose "hasFeature(feature, // version)" method is invoked with feature = "xml". The // method should return a true value. // // Semantic Requirements: 1, 2, 4 // //---------------------------------------------------------------------------- [Test] public void core0002DI() { bool computedValue = false; bool expectedValue = true; System.Xml.XmlDocument testNode = null; testResults results = new testResults("Core0002DI"); results.description = "Check for feature = xml in the \"hasFeature(feature,version)\" method."; // // Retrieve the targeted data and invoke its "hasFeature(feature,version)". // method. // testNode = util.getDOMDocument(); computedValue = testNode.Implementation.HasFeature("xml","1.0"); // // Write out results. // results.expected = expectedValue.ToString(); results.actual = computedValue.ToString(); AssertEquals (results.expected, results.actual); } //------------------------ End test case core-0002DI -------------------------- // //------------------------ test case core-0003DI ------------------------ // // Testing feature - The "feature" parameter in the // "hasFeature(feature,version)" method is the package // name of the feature. Legal values are HTML and XML. // (test for HTML, upper case) // // Testing approach - Retrieve the entire DOM document and invoke its // "implementation" attribute. This should create // a DOMImplementation object whose "hasFeature(feature, // version)" method is invoked with feature = "HTML". The // method should return a true or false value. Since this // is the XML section of the specs, either value for the // HTML feature will be acceptable. // // Semantic Requirements: 1, 2, 4, 5 // //---------------------------------------------------------------------------- [Test] public void core0003DI() { bool computedValue = false; bool expectedValue = false;//(true, false); System.Xml.XmlDocument testNode = null; testResults results = new testResults("Core0003DI"); results.description = "Check for feature = HTML in the \"hasFeature(feature,version)\" method."; // // Retrieve the targeted data and invoke its "hasFeature(feature,version)". // method. // testNode = util.getDOMDocument(); computedValue = testNode.Implementation.HasFeature("HTML","1.0"); // // Write out results. // results.expected = expectedValue.ToString(); results.actual = computedValue.ToString(); AssertEquals (results.expected, results.actual); } //------------------------ End test case core-0003DI -------------------------- // //------------------------ test case core-0004DI ------------------------ // // Testing feature - The "feature" parameter in the // "hasFeature(feature,version)" method is the package // name of the feature. Legal values are HTML and XML. // (test for HTML, lower case) // // Testing approach - Retrieve the entire DOM document and invoke its // "implementation" attribute. This should create // a DOMImplementation object whose "hasFeature(feature, // version)" method is invoked with feature = "html". The // method should return a true or false value. Since this // is the XML section of the specs, either value for the // HTML feature will be acceptable. // // Semantic Requirements: 1, 2, 4, 5 // //---------------------------------------------------------------------------- [Test] public void core0004DI() { bool computedValue = false; bool expectedValue = false;//(true, false); System.Xml.XmlDocument testNode = null; testResults results = new testResults("Core0004DI"); results.description = "Check for feature = html in the \"hasFeature(feature,version)\" method."; // // Retrieve the targeted data and invoke its "hasFeature(feature,version)". // method. // testNode = util.getDOMDocument(); computedValue = testNode.Implementation.HasFeature("html","1.0"); // // Write out results. // results.expected = expectedValue.ToString(); results.actual = computedValue.ToString(); AssertEquals (results.expected, results.actual); } //------------------------ End test case core-0004DI -------------------------- // //------------------------ test case core-0005DI ------------------------ // // Testing feature - if the The "version" parameter is not specified in the // "hasFeature(feature,version)" method then supporting // any version of the feature will cause the method to // return true. // // Testing approach - Retrieve the entire DOM document and invoke its // "implementation" attribute. This should create // a DOMImplementation object whose "hasFeature(feature, // version)" method is invoked with version = "". The // method should return a true value for any supported // version of the feature. // // Semantic Requirements: 3 // //---------------------------------------------------------------------------- [Test] public void core0005DI() { bool computedValue = false; bool expectedValue = true; string NullString = null; System.Xml.XmlDocument testNode = null; testResults results = new testResults("Core0005DI"); results.description = "Check for version not specified in the " + "\"hasFeature(feature,version)\" method."; // // Retrieve the targeted data and invoke its "hasFeature(feature,version)". // method. // testNode = util.getDOMDocument(); computedValue = testNode.Implementation.HasFeature("XML", NullString); // // Write out results. // results.expected = expectedValue.ToString(); results.actual = computedValue.ToString(); AssertEquals (results.expected, results.actual); } //------------------------ End test case core-0005DI -------------------------- } }