package test; import java.io.ByteArrayInputStream; import java.io.IOException; import java.io.InputStream; import javax.xml.transform.TransformerException; import org.w3c.dom.Element; import at.gv.egovernment.moa.util.Constants; import at.gv.egovernment.moa.util.DOMUtils; import at.gv.egovernment.moa.util.FileUtils; import at.gv.egovernment.moa.util.StreamUtils; import at.gv.egovernment.moa.util.XPathUtils; import iaik.ixsil.algorithms.Transform; import iaik.ixsil.algorithms.TransformImplExclusiveCanonicalXML; import iaik.ixsil.exceptions.AlgorithmException; import iaik.ixsil.exceptions.InitException; import iaik.ixsil.exceptions.URIException; import iaik.ixsil.init.IXSILInit; import iaik.ixsil.util.URI; import test.at.gv.egovernment.moa.MOATestCase; /* * @author Paul Ivancsics * @version $Id$ */ public class MOAIDTestCase extends MOATestCase implements Constants { public static final String XML_DECL = "<?xml version=\"1.0\" encoding=\"UTF-8\" ?>"; protected static final String nl = "\n"; public MOAIDTestCase(String name) { super(name); } protected void initIxsil() throws InitException, URIException { IXSILInit.init(new URI("init/properties/init.properties")); // Switch on debug information IXSILInit.setPrintDebugLog(true); } //STRING <==> STRING protected void assertXmlEquals(String xml1, String xml2) throws AlgorithmException, IOException, InitException, URIException{ initIxsil(); String canXml1 = canonicalTransform(xml1); String canXml2 = canonicalTransform(xml2); assertEquals(canXml1, canXml2); } // ELEMENT <==> ELEMENT protected void assertXmlEquals(Element xml1, Element xml2) throws AlgorithmException, IOException, InitException , URIException, TransformerException{ initIxsil(); assertEquals(canonicalTransform(DOMUtils.serializeNode(xml1)),canonicalTransform(DOMUtils.serializeNode(xml2))); } // INPUTSTREAM <==> INPUTSTREAM protected void assertXmlEquals(InputStream xml1, InputStream xml2) throws AlgorithmException, IOException, InitException , URIException{ initIxsil(); assertEquals(canonicalTransform(xml1),canonicalTransform(xml2)); } // ELEMENT <==> STRING protected void assertXmlEquals(Element xml1, String xml2) throws AlgorithmException, IOException, InitException , URIException, TransformerException { initIxsil(); assertEquals(canonicalTransform(xml1),canonicalTransform(xml2)); } // ELEMENT <==> INPUTSTREAM protected void assertXmlEquals(Element xml1, InputStream xml2) throws AlgorithmException, IOException, InitException , URIException, TransformerException{ initIxsil(); assertEquals(canonicalTransform(xml1),canonicalTransform(xml2)); } // STRING <==> INPUTSTREAM protected void assertXmlEquals(String xml1, InputStream xml2) throws AlgorithmException, IOException, InitException , URIException{ initIxsil(); assertEquals(canonicalTransform(xml1),canonicalTransform(xml2)); } /** * Method canonicalTransform. * @param input as STRING * @return String */ protected String canonicalTransform(String input) throws AlgorithmException, IOException { Transform tr = new TransformImplExclusiveCanonicalXML(); InputStream s = new ByteArrayInputStream(input.getBytes("UTF-8")); tr.setInput(s, null); ByteArrayInputStream transResult = (ByteArrayInputStream) tr.transform(); return killWhiteSpace(readString(transResult)); } /** * Method canonicalTransform. * @param input as Element * @return String */ protected String canonicalTransform(Element input) throws AlgorithmException, IOException { Transform tr = new TransformImplExclusiveCanonicalXML(); tr.setInput(XPathUtils.selectNodeList(input, XPathUtils.ALL_NODES_XPATH), null); ByteArrayInputStream transResult = (ByteArrayInputStream) tr.transform(); return killWhiteSpace(readString(transResult)); } /** * Method canonicalTransform. * @param input as InputStream * @return String */ protected String canonicalTransform(InputStream input) throws AlgorithmException, IOException { Transform tr = new TransformImplExclusiveCanonicalXML(); tr.setInput(input, null); ByteArrayInputStream transResult = (ByteArrayInputStream) tr.transform(); return killWhiteSpace(readString(transResult)); } public static String killWhiteSpace(String input) { int start=0; int ende; String result; String middle; result = input; do { start = result.indexOf(">", start); ende = result.indexOf("<", start); middle = result.substring(start+1,ende).trim(); result = result.substring(0,start+1) +middle + result.substring(ende,result.length()); start++; } while (result.indexOf("<", ende + 1)>0); return result; } /** * Method killExclusive.: The values startsWith and endsWith will be included into the answer. * @param input * @param startsWith * @param endsWith * @param newValue * @return String */ public static String killExclusive(String input, String startsWith, String endsWith, String newValue) { int start=0; int ende; String result; result = input; do { start = result.indexOf(startsWith, start) + startsWith.length(); ende = result.indexOf(endsWith, start); result = result.substring(0,start) + newValue + result.substring(ende,result.length()); start++; } while (result.indexOf(startsWith, ende + 1)>0); return result; } /** * Method killInclusive. : The values startsWith and endsWith will NOT be included into the answer. * @param input * @param startsWith * @param endsWith * @param newValue * @return String */ public static String killInclusive(String input, String startsWith, String endsWith, String newValue) { int start=0; int ende; String result; result = input; do { start = result.indexOf(startsWith, start) + startsWith.length(); ende = result.indexOf(endsWith, start); result = result.substring(0,start - startsWith.length() ) + newValue + result.substring(ende + endsWith.length(),result.length()); start++; } while (result.indexOf(startsWith, ende + 1)>0); return result; } protected String readFile(String filename) throws IOException { return readFile(filename, "UTF-8"); } protected String readFile(String filename, String encoding) throws IOException { return FileUtils.readFile(filename, encoding); } protected String readString(InputStream input) throws IOException { return StreamUtils.readStream(input, "UTF-8"); } }