/************************************************************************* * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. * * Copyright 2008 by Sun Microsystems, Inc. * * OpenOffice.org - a multi-platform office productivity suite * * $RCSfile: RDFRepositoryTest.java,v $ * * $Revision: 1.2 $ * * This file is part of OpenOffice.org. * * OpenOffice.org is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License version 3 * only, as published by the Free Software Foundation. * * OpenOffice.org is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License version 3 for more details * (a copy is included in the LICENSE file that accompanied this code). * * You should have received a copy of the GNU Lesser General Public License * version 3 along with OpenOffice.org. If not, see * * for a copy of the LGPLv3 License. ************************************************************************/ package complex.unoxml; import complexlib.ComplexTestCase; import helper.StreamSimulator; import com.sun.star.uno.UnoRuntime; import com.sun.star.uno.XComponentContext; import com.sun.star.uno.Any; import com.sun.star.lang.XMultiServiceFactory; import com.sun.star.lang.XInitialization; import com.sun.star.lang.XEventListener; import com.sun.star.lang.XServiceInfo; import com.sun.star.lang.IllegalArgumentException; import com.sun.star.lang.WrappedTargetException; import com.sun.star.lang.WrappedTargetRuntimeException; import com.sun.star.beans.XPropertySet; import com.sun.star.beans.PropertyValue; import com.sun.star.beans.StringPair; import com.sun.star.container.XEnumeration; import com.sun.star.container.ElementExistException; import com.sun.star.container.NoSuchElementException; import com.sun.star.io.XInputStream; import com.sun.star.io.XOutputStream; import com.sun.star.text.XTextRange; import com.sun.star.text.XText; import com.sun.star.rdf.*; /** * Test case for service com.sun.star.rdf.Repository * Currently, this service is implemented in * unoxml/source/rdf/librdf_repository.cxx * * @author mst */ public class RDFRepositoryTest extends ComplexTestCase { XComponentContext xContext; String tempDir; XDocumentRepository xRep; XURI foo; XURI bar; XURI baz; XURI uint; XURI rdfslabel; XURI manifest; XURI uuid; XURI base; XBlankNode blank; XLiteral lit; XLiteral litlang; XLiteral littype; String rdfs = "http://www.w3.org/2000/01/rdf-schema#"; public String[] getTestMethodNames () { return new String[] { "check", "checkSPARQL", "checkRDFa" }; } public void before() { try { XMultiServiceFactory xMSF = (XMultiServiceFactory) param.getMSF(); assure("could not create MultiServiceFactory.", xMSF != null); XPropertySet xPropertySet = (XPropertySet) UnoRuntime.queryInterface(XPropertySet.class, xMSF); Object defaultCtx = xPropertySet.getPropertyValue("DefaultContext"); xContext = (XComponentContext) UnoRuntime.queryInterface(XComponentContext.class, defaultCtx); assure("could not get component context.", xContext != null); tempDir = util.utils.getOfficeTemp/*Dir*/(xMSF); log.println("tempdir: " + tempDir); foo = URI.create(xContext, "uri:foo"); assure("foo", null != foo); bar = URI.create(xContext, "uri:bar"); assure("bar", null != bar); baz = URI.create(xContext, "uri:baz"); assure("baz", null != baz); uint = URI.create(xContext, "uri:int"); assure("uint", null != uint); blank = BlankNode.create(xContext, "_:uno"); assure("blank", null != blank); lit = Literal.create(xContext, "i am the literal"); assure("lit", null != lit); litlang = Literal.createWithLanguage(xContext, "i am the literal", "en"); assure("litlang", null != litlang); littype = Literal.createWithType(xContext, "42", uint); assure("littype", null != littype); rdfslabel = URI.create(xContext, rdfs + "label"); assure("rdfslabel", null != rdfslabel); manifest = URI.create(xContext, "manifest:manifest"); //FIXME assure("manifest", null != manifest); uuid = URI.create(xContext, "urn:uuid:224ab023-77b8-4396-a75a-8cecd85b81e3"); assure("uuid", null != uuid); base = URI.create(xContext, "base-uri:"); //FIXME assure("base", null != base); } catch (Exception e) { report(e); } } public void after() { xRep = null; } public void check() { try { log.println("Creating service Repository..."); //FIXME: ? // xRep = Repository.create(xContext); xRep = (XDocumentRepository) UnoRuntime.queryInterface( XDocumentRepository.class, Repository.create(xContext)); assure("null", null != xRep); log.println("...done"); log.println("Checking that new repository is really empty..."); assure("empty: graphs", 0 == xRep.getGraphNames().length); XEnumeration stmts; stmts = xRep.getStatements(null, null, null); assure("empty: stmts", !stmts.hasMoreElements()); log.println("...done"); log.println("Checking graph creation..."); XNamedGraph xFooGraph = xRep.createGraph(foo); assure("foo graph", null != xFooGraph); try { xRep.createGraph(foo); assure("creating duplicate graph was allowed", false); } catch (ElementExistException e) { // ignore } try { xRep.createGraph(null); assure("invalid graph name was allowed", false); } catch (IllegalArgumentException e) { // ignore } XURI[] names = xRep.getGraphNames(); assure("no foo graph in getGraphNames", 1 == names.length && eq(names[0], foo)); assure("no foo graph", null != xRep.getGraph(foo)); stmts = xFooGraph.getStatements(null, null, null); assure("stmts in foo graph", !stmts.hasMoreElements()); XOutputStream xFooOut = new StreamSimulator(tempDir + "empty.rdf", false, param); xRep.exportGraph(FileFormat.RDF_XML, xFooOut, foo, base); xFooOut.closeOutput(); XInputStream xFooIn = new StreamSimulator(tempDir + "empty.rdf", true, param); xRep.importGraph(FileFormat.RDF_XML, xFooIn, bar, base); assure("no bar graph", null != xRep.getGraph(bar)); log.println("...done"); log.println("Checking graph manipulation..."); XEnumeration xFooEnum; Statement xFoo_FooBarBaz = new Statement(foo, bar, baz, foo); xFooGraph.addStatement(foo, bar, baz); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(foo,bar,baz)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz })); Statement xFoo_FooBarBlank = new Statement(foo, bar, blank, foo); xFooGraph.addStatement(foo, bar, blank); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(foo,bar,blank)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank })); xFooEnum = xRep.getStatements(null, null, null); assure("addStatement(foo,bar,blank) (global)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank })); Statement xFoo_BazBarLit = new Statement(baz, bar, lit, foo); xFooGraph.addStatement(baz, bar, lit); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(baz,bar,lit)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank, xFoo_BazBarLit })); xFooEnum = xFooGraph.getStatements(baz, bar, null); assure("addStatement(baz,bar,lit) (baz,bar)", eq(xFooEnum, new Statement[] { xFoo_BazBarLit })); Statement xFoo_BazBarLitlang = new Statement(baz, bar, litlang, foo); xFooGraph.addStatement(baz, bar, litlang); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(baz,bar,litlang)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank, xFoo_BazBarLit, xFoo_BazBarLitlang })); xFooEnum = xFooGraph.getStatements(null, null, baz); assure("addStatement(baz,bar,litlang) (baz)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz })); Statement xFoo_BazBarLittype = new Statement(baz, bar, littype, foo); xFooGraph.addStatement(baz, bar, littype); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(baz,bar,littype)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank, xFoo_BazBarLit, xFoo_BazBarLitlang, xFoo_BazBarLittype })); xFooGraph.removeStatements(baz, bar, litlang); xFooEnum = xFooGraph.getStatements(null, null, null); assure("removeStatement(baz,bar,litlang)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_FooBarBlank, xFoo_BazBarLit, xFoo_BazBarLittype })); xFooGraph.removeStatements(foo, bar, null); xFooEnum = xFooGraph.getStatements(null, null, null); assure("removeStatement(foo,bar,null)", eq(xFooEnum, new Statement[] { xFoo_BazBarLit, xFoo_BazBarLittype })); xFooGraph.addStatement(foo, bar, baz); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(foo,bar,baz) (re-add)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_BazBarLit, xFoo_BazBarLittype })); xFooGraph.addStatement(foo, bar, baz); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(foo,bar,baz) (duplicate)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_BazBarLit, xFoo_BazBarLittype })); xFooGraph.addStatement(xFooGraph, bar, baz); xFooEnum = xFooGraph.getStatements(null, null, null); assure("addStatement(foo,bar,baz) (triplicate, as graph)", eq(xFooEnum, new Statement[] { xFoo_FooBarBaz, xFoo_BazBarLit, xFoo_BazBarLittype })); log.println("...done"); log.println("Checking graph import/export..."); xFooOut = new StreamSimulator(tempDir + "foo.rdf", false, param); xRep.exportGraph(FileFormat.RDF_XML, xFooOut, foo, base); xFooOut.closeOutput(); xFooIn = new StreamSimulator(tempDir + "foo.rdf", true, param); try { xRep.importGraph(FileFormat.RDF_XML, xFooIn, bar, base); assure("importing existing graph did not fail", false); } catch (ElementExistException e) { // ignore } xFooIn = new StreamSimulator(tempDir + "foo.rdf", true, param); xRep.importGraph(FileFormat.RDF_XML, xFooIn, baz, base); XNamedGraph xBazGraph = xRep.getGraph(baz); assure("no baz graph", null != xBazGraph); Statement xBaz_FooBarBaz = new Statement(foo, bar, baz, baz); Statement xBaz_BazBarLit = new Statement(baz, bar, lit, baz); Statement xBaz_BazBarLittype = new Statement(baz, bar, littype, baz); XEnumeration xBazEnum = xBazGraph.getStatements(null, null, null); assure("importing exported graph", eq(xBazEnum, new Statement[] { xBaz_FooBarBaz, xBaz_BazBarLit, xBaz_BazBarLittype })); log.println("...done"); log.println("Checking graph deletion..."); xFooGraph.clear(); xFooEnum = xFooGraph.getStatements(null, null, null); assure("clear", eq(xFooEnum, new Statement[] { })); xRep.destroyGraph(baz); assure("baz graph zombie", null == xRep.getGraph(baz)); try { xBazGraph.clear(); assure("deleted graph not invalid (clear)", false); } catch (NoSuchElementException e) { // ignore } try { xBazGraph.addStatement(foo, foo, foo); assure("deleted graph not invalid (add)", false); } catch (NoSuchElementException e) { // ignore } try { xBazGraph.removeStatements(null, null, null); assure("deleted graph not invalid (remove)", false); } catch (NoSuchElementException e) { // ignore } try { xBazGraph.getStatements(null, null, null); assure("deleted graph not invalid (get)", false); } catch (NoSuchElementException e) { // ignore } log.println("...done"); } catch (Exception e) { report(e); } } public void checkSPARQL() { try { log.println("Checking SPARQL queries..."); XInputStream xIn = new StreamSimulator( util.utils.getFullTestDocName("example.rdf"), true, param); xRep.importGraph(FileFormat.RDF_XML, xIn, manifest, base); String query; query = "SELECT ?p WHERE { ?p rdf:type pkg:Package . }"; XQuerySelectResult result = xRep.querySelect(mkNss() + query); assure("query: package-id\n" + query, eq(result, new String[] { "p" }, new XNode[][] { { uuid } })); query = "SELECT ?part ?path FROM <" + manifest + "> WHERE { ?pkg rdf:type pkg:Package . ?pkg pkg:hasPart ?part ." + " ?part pkg:path ?path . ?part rdf:type odf:ContentFile. }"; result = xRep.querySelect(mkNss() + query); assure("query: contentfile", eq(result, new String[] { "part", "path" }, new XNode[][] { { BlankNode.create(xContext, "whatever"), Literal.create(xContext, "content.xml") } })); query = "SELECT ?pkg ?path FROM <" + toS(manifest) + "> WHERE { " + "?pkg rdf:type pkg:Package . ?pkg pkg:hasPart ?part . " + "?part pkg:path ?path . ?part rdf:type odf:ContentFile. }"; result = xRep.querySelect(mkNss() + query); assure("query: contentfile\n" + query, eq(result, new String[] { "pkg", "path" }, new XNode[][] { { uuid , Literal.create(xContext, "content.xml") } })); query = "SELECT ?part ?path FROM <" + toS(manifest) + "> WHERE { " + "?pkg rdf:type pkg:Package . ?pkg pkg:hasPart ?part . " + "?part pkg:path ?path . ?part rdf:type odf:StylesFile. }"; result = xRep.querySelect(mkNss() + query); assure("query: stylesfile\n" + query, eq(result, new String[] { "part", "path" }, new XNode[][] { })); query = "SELECT ?part ?path FROM <" + toS(manifest) + "> WHERE { " + "?pkg rdf:type pkg:Package . ?pkg pkg:hasPart ?part . " + "?part pkg:path ?path . ?part rdf:type odf:MetadataFile. }"; result = xRep.querySelect(mkNss() + query); assure("query: metadatafile\n" + query, eq(result, new String[] { "part", "path" }, new XNode[][] { { URI.create(xContext, "http://hospital-employee/doctor"), Literal.create(xContext, "meta/hospital/doctor.rdf") } })); //FIXME redland BUG String uri = "uri:example-element-2"; query = "SELECT ?path ?idref FROM <" + toS(manifest) + "> WHERE { " // + "<" + toS(uuid) + "> rdf:type pkg:Package ; " // + " pkg:hasPart ?part . " + "<" + toS(uuid) + "> pkg:hasPart ?part . " + "?part pkg:path ?path ; " + " rdf:type ?type ; " + " pkg:hasPart <" + uri + "> . " // + "<" + uri + "> rdf:type odf:Element ; " + "<" + uri + "> " + " pkg:idref ?idref . " + " FILTER (?type = odf:ContentFile || ?type = odf:StylesFile)" + " }"; //log.println(query); result = xRep.querySelect(mkNss() + query); assure("query: example-element-2\n" + query, eq(result, new String[] { "path", "idref" }, new XNode[][] { { Literal.create(xContext, "content.xml"), Literal.create(xContext, "ID_B") } })); // CONSTRUCT result triples have no graph! Statement x_PkgFooLit = new Statement(uuid, foo, lit, null); query = "CONSTRUCT { ?pkg <" + toS(foo) + "> \"" + lit.getStringValue() + "\" } FROM <" + toS(manifest) + "> WHERE { ?pkg rdf:type pkg:Package . } "; XEnumeration xResultEnum = xRep.queryConstruct(mkNss() + query); assure("query: construct\n" + query, eq(xResultEnum, new Statement[] { x_PkgFooLit })); query = "ASK { ?pkg rdf:type pkg:Package . }"; boolean bResult = xRep.queryAsk(mkNss() + query); assure("query: ask\n" + query, bResult); log.println("...done"); } catch (Exception e) { report(e); } } public void checkRDFa() { try { log.println("Checking RDFa gunk..."); String content = "behold, for i am the content."; XTextRange xTR = new TestRange(content); XMetadatable xM = (XMetadatable) xTR; Statement[] result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: not empty (initial)", 0 == result.length); try { xRep.setStatementRDFa(foo, new XURI[] {}, xM, "", null); assure("RDFa: set: no predicate", false); } catch (IllegalArgumentException e) { // ignore } try { xRep.setStatementRDFa(foo, new XURI[] {bar}, null, "", null); assure("RDFa: set: null", false); } catch (IllegalArgumentException e) { // ignore } XLiteral trlit = Literal.create(xContext, content); Statement x_FooBarTRLit = new Statement(foo, bar, trlit, null); xRep.setStatementRDFa(foo, new XURI[] { bar }, xM, "", null); result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: without content", 1 == result.length && eq((Statement)result[0], x_FooBarTRLit)); //FIXME: do this? xTR.setString(lit.getStringValue()); /* Statement xFooBarLit = new Statement(foo, bar, lit, null); result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: change", eq((Statement)result.First, xFooBarLit) && null == result.Second); */ Statement x_FooBarLittype = new Statement(foo, bar, littype, null); Statement x_FooLabelLit = new Statement(foo, rdfslabel, lit, null); xRep.setStatementRDFa(foo, new XURI[] { bar }, xM, "42", uint); result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: with content", 2 == result.length && eq((Statement)result[0], x_FooLabelLit) && eq((Statement)result[1], x_FooBarLittype)); //FIXME: do this? xTR.setString(content); /* Statement xFooLabelTRLit = new Statement(foo, rdfslabel, trlit, null); result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: change (label)", eq((Statement)result.First, xFooBarLittype) && eq((Statement)result.Second, xFooLabelTRLit)); */ xRep.removeStatementRDFa((XMetadatable)xTR); result = xRep.getStatementRDFa((XMetadatable)xTR); assure("RDFa: get: not empty (removed)", 0 == result.length); xRep.setStatementRDFa(foo, new XURI[] { foo, bar, baz }, xM, "", null); Statement x_FooFooTRLit = new Statement(foo, foo, trlit, null); Statement x_FooBazTRLit = new Statement(foo, baz, trlit, null); result = xRep.getStatementRDFa((XMetadatable) xTR); assure("RDFa: get: without content (multiple predicates, reinsert)", eq(result, new Statement[] { x_FooFooTRLit, x_FooBarTRLit, x_FooBazTRLit })); xRep.removeStatementRDFa((XMetadatable)xTR); result = xRep.getStatementRDFa((XMetadatable) xTR); assure("RDFa: get: not empty (re-removed)", 0 == result.length); log.println("...done"); } catch (Exception e) { report(e); } } // utilities ------------------------------------------------------------- public void report2(Exception e) { if (e instanceof WrappedTargetException) { log.println("Cause:"); Exception cause = (Exception) (((WrappedTargetException)e).TargetException); log.println(cause.toString()); report2(cause); } else if (e instanceof WrappedTargetRuntimeException) { log.println("Cause:"); Exception cause = (Exception) (((WrappedTargetRuntimeException)e).TargetException); log.println(cause.toString()); report2(cause); } } public void report(Exception e) { log.println("Exception occurred:"); e.printStackTrace((java.io.PrintWriter) log); report2(e); failed(); } public static String toS(XNode n) { if (null == n) return "< null >"; return n.getStringValue(); } static boolean isBlank(XNode i_node) { XBlankNode blank = (XBlankNode) UnoRuntime.queryInterface( XBlankNode.class, i_node); return blank != null; } /* static class Statement implements XStatement { XResource m_Subject; XResource m_Predicate; XNode m_Object; XURI m_Graph; Statement(XResource i_Subject, XResource i_Predicate, XNode i_Object, XURI i_Graph) { m_Subject = i_Subject; m_Predicate = i_Predicate; m_Object = i_Object; m_Graph = i_Graph; } public XResource getSubject() { return m_Subject; } public XResource getPredicate() { return m_Predicate; } public XNode getObject() { return m_Object; } public XURI getGraph() { return m_Graph; } } */ static Statement[] toSeq(XEnumeration i_Enum) throws Exception { java.util.Collection c = new java.util.Vector(); while (i_Enum.hasMoreElements()) { Statement s = (Statement) i_Enum.nextElement(); //log.println("toSeq: " + s.getSubject().getStringValue() + " " + s.getPredicate().getStringValue() + " " + s.getObject().getStringValue() + "."); c.add(s); } // return (Statement[]) c.toArray(); // java sucks Object[] arr = c.toArray(); Statement[] ret = new Statement[arr.length]; for (int i = 0; i < arr.length; ++i) { ret[i] = (Statement) arr[i]; } return ret; } static XNode[][] toSeqs(XEnumeration i_Enum) throws Exception { java.util.Collection c = new java.util.Vector(); while (i_Enum.hasMoreElements()) { XNode[] s = (XNode[]) i_Enum.nextElement(); c.add(s); } // return (XNode[][]) c.toArray(); Object[] arr = c.toArray(); XNode[][] ret = new XNode[arr.length][]; for (int i = 0; i < arr.length; ++i) { ret[i] = (XNode[]) arr[i]; } return ret; } static class BindingComp implements java.util.Comparator { public int compare(Object i_Left, Object i_Right) { XNode[] left = (XNode[]) i_Left; XNode[] right = (XNode[]) i_Right; if (left.length != right.length) throw new RuntimeException(); for (int i = 0; i < left.length; ++i) { int eq = (left[i].getStringValue().compareTo( right[i].getStringValue())); if (eq != 0) return eq; } return 0; } } static class StmtComp implements java.util.Comparator { public int compare(Object i_Left, Object i_Right) { int eq; Statement left = (Statement) i_Left; Statement right = (Statement) i_Right; if ((eq = cmp(left.Graph, right.Graph )) != 0) return eq; if ((eq = cmp(left.Subject, right.Subject )) != 0) return eq; if ((eq = cmp(left.Predicate, right.Predicate)) != 0) return eq; if ((eq = cmp(left.Object, right.Object )) != 0) return eq; return 0; } public int cmp(XNode i_Left, XNode i_Right) { if (isBlank(i_Left)) { return isBlank(i_Right) ? 0 : 1; } else { if (isBlank(i_Right)) { return -1; } else { return toS(i_Left).compareTo(toS(i_Right)); } } } } static boolean eq(Statement i_Left, Statement i_Right) { XURI lG = i_Left.Graph; XURI rG = i_Right.Graph; if (!eq(lG, rG)) { log.println("Graphs differ: " + toS(lG) + " != " + toS(rG)); return false; } if (!eq(i_Left.Subject, i_Right.Subject)) { log.println("Subjects differ: " + i_Left.Subject.getStringValue() + " != " + i_Right.Subject.getStringValue()); return false; } if (!eq(i_Left.Predicate, i_Right.Predicate)) { log.println("Predicates differ: " + i_Left.Predicate.getStringValue() + " != " + i_Right.Predicate.getStringValue()); return false; } if (!eq(i_Left.Object, i_Right.Object)) { log.println("Objects differ: " + i_Left.Object.getStringValue() + " != " + i_Right.Object.getStringValue()); return false; } return true; } static boolean eq(Statement[] i_Result, Statement[] i_Expected) { if (i_Result.length != i_Expected.length) { log.println("eq: different lengths: " + i_Result.length + " " + i_Expected.length); return false; } Statement[] expected = (Statement[]) java.util.Arrays.asList(i_Expected).toArray(); java.util.Arrays.sort(i_Result, new StmtComp()); java.util.Arrays.sort(expected, new StmtComp()); for (int i = 0; i < expected.length; ++i) { if (!eq(i_Result[i], expected[i])) return false; } return true; } static boolean eq(XEnumeration i_Enum, Statement[] i_Expected) throws Exception { Statement[] current = toSeq(i_Enum); return eq(current, i_Expected); } static boolean eq(XNode i_Left, XNode i_Right) { if (i_Left == null) { return (i_Right == null); } else { return (i_Right != null) && (i_Left.getStringValue().equals(i_Right.getStringValue()) // FIXME: hack: blank nodes considered equal || (isBlank(i_Left) && isBlank(i_Right))); } } static boolean eq(XQuerySelectResult i_Result, String[] i_Vars, XNode[][] i_Bindings) throws Exception { String[] vars = (String[]) i_Result.getBindingNames(); XEnumeration iter = (XEnumeration) i_Result; XNode[][] bindings = toSeqs(iter); if (vars.length != i_Vars.length) { log.println("var lengths differ"); return false; } if (bindings.length != i_Bindings.length) { log.println("binding lengths differ: " + i_Bindings.length + " vs " + bindings.length ); return false; } java.util.Arrays.sort(bindings, new BindingComp()); java.util.Arrays.sort(i_Bindings, new BindingComp()); for (int i = 0; i < i_Bindings.length; ++i) { if (i_Bindings[i].length != i_Vars.length) { log.println("TEST ERROR!"); throw new Exception(); } if (bindings[i].length != i_Vars.length) { log.println("binding length and var length differ"); return false; } for (int j = 0; j < i_Vars.length; ++j) { if (!eq(bindings[i][j], i_Bindings[i][j])) { log.println("bindings differ: " + toS(bindings[i][j]) + " != " + toS(i_Bindings[i][j])); return false; } } } for (int i = 0; i < i_Vars.length; ++i) { if (!vars[i].equals(i_Vars[i])) { log.println("variable names differ: " + vars[i] + " != " + i_Vars[i]); return false; } } return true; } static String mkNamespace(String i_prefix, String i_namespace) { return "PREFIX " + i_prefix + ": <" + i_namespace + ">\n"; } static String mkNss() { String namespaces = mkNamespace("rdf", "http://www.w3.org/1999/02/22-rdf-syntax-ns#"); namespaces += mkNamespace("pkg", "http://docs.oasis-open.org/opendocument/meta/package/common#"); namespaces += mkNamespace("odf", "http://docs.oasis-open.org/opendocument/meta/package/odf#"); return namespaces; } class TestRange implements XTextRange, XMetadatable, XServiceInfo { String m_Stream; String m_XmlId; String m_Text; TestRange(String i_Str) { m_Text = i_Str; } public String getStringValue() { return ""; } public String getNamespace() { return ""; } public String getLocalName() { return ""; } public StringPair getMetadataReference() { return new StringPair(m_Stream, m_XmlId); } public void setMetadataReference(StringPair i_Ref) throws IllegalArgumentException { m_Stream = (String)i_Ref.First; m_XmlId = (String)i_Ref.Second; } public void ensureMetadataReference() { m_Stream = "content.xml"; m_XmlId = "42"; } public String getImplementationName() { return null; } public String[] getSupportedServiceNames() { return null; } public boolean supportsService(String i_Svc) { return i_Svc.equals("com.sun.star.text.Paragraph"); } public XText getText() { return null; } public XTextRange getStart() { return null; } public XTextRange getEnd() { return null; } public String getString() { return m_Text; } public void setString(String i_Str) { m_Text = i_Str; } } }