/* * Copyright (C) 2005-2012 Alfresco Software Limited. * * This file is part of Alfresco * * Alfresco is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * Alfresco 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 for more details. * * You should have received a copy of the GNU Lesser General Public License * along with Alfresco. If not, see . */ package org.alfresco.repo.avm; import java.io.BufferedReader; import java.io.ByteArrayInputStream; import java.io.IOException; import java.io.InputStreamReader; import java.io.PrintStream; import java.io.Serializable; import java.util.ArrayList; import java.util.Collections; import java.util.Date; import java.util.HashMap; import java.util.List; import java.util.Map; import java.util.Set; import java.util.TreeMap; import org.alfresco.config.JNDIConstants; import org.alfresco.model.ContentModel; import org.alfresco.model.WCMModel; import org.alfresco.repo.action.ActionImpl; import org.alfresco.repo.avm.actions.AVMRevertListAction; import org.alfresco.repo.avm.actions.AVMRevertStoreAction; import org.alfresco.repo.avm.actions.AVMRevertToVersionAction; import org.alfresco.repo.avm.actions.AVMUndoSandboxListAction; import org.alfresco.repo.avm.actions.SimpleAVMPromoteAction; import org.alfresco.repo.avm.actions.SimpleAVMSubmitAction; import org.alfresco.repo.avm.util.BulkLoader; import org.alfresco.repo.content.MimetypeMap; import org.alfresco.repo.domain.PropertyValue; import org.alfresco.repo.search.impl.lucene.AbstractLuceneQueryParser; import org.alfresco.repo.security.authentication.AuthenticationUtil; import org.alfresco.repo.transaction.RetryingTransactionHelper; import org.alfresco.repo.transaction.RetryingTransactionHelper.RetryingTransactionCallback; import org.alfresco.service.cmr.avm.AVMBadArgumentException; import org.alfresco.service.cmr.avm.AVMCycleException; import org.alfresco.service.cmr.avm.AVMException; import org.alfresco.service.cmr.avm.AVMExistsException; import org.alfresco.service.cmr.avm.AVMNodeDescriptor; import org.alfresco.service.cmr.avm.AVMNotFoundException; import org.alfresco.service.cmr.avm.AVMService; import org.alfresco.service.cmr.avm.AVMStoreDescriptor; import org.alfresco.service.cmr.avm.LayeringDescriptor; import org.alfresco.service.cmr.avm.VersionDescriptor; import org.alfresco.service.cmr.avmsync.AVMDifference; import org.alfresco.service.cmr.dictionary.DataTypeDefinition; import org.alfresco.service.cmr.model.FileFolderService; import org.alfresco.service.cmr.remote.RepoRemote; import org.alfresco.service.cmr.repository.ContentData; import org.alfresco.service.cmr.repository.ContentWriter; import org.alfresco.service.cmr.repository.CrossRepositoryCopyService; import org.alfresco.service.cmr.repository.NodeRef; import org.alfresco.service.cmr.repository.NodeService; import org.alfresco.service.cmr.repository.StoreRef; import org.alfresco.service.cmr.search.ResultSet; import org.alfresco.service.cmr.search.ResultSetRow; import org.alfresco.service.cmr.search.SearchService; import org.alfresco.service.cmr.security.AccessPermission; import org.alfresco.service.cmr.security.PermissionService; import org.alfresco.service.namespace.NamespaceService; import org.alfresco.service.namespace.QName; import org.alfresco.service.transaction.TransactionService; import org.alfresco.util.GUID; import org.alfresco.util.Pair; import org.alfresco.wcm.sandbox.SandboxConstants; /** * Big test of AVM behavior. * * @author britt */ public class AVMServiceTest extends AVMServiceTestBase { public void testSetup() throws Exception { super.testSetup(); } public void testSetupAndQueriesAgainstBasicTree() throws Exception { setupBasicTree(); runQueriesAgainstBasicTree("main"); } public void testDiffOrder() throws IOException { try { fService.createStore("Bottom"); fService.createStore("Top"); fService.createDirectory("Bottom:/", "www"); fService.createLayeredDirectory("Bottom:/www", "Top:/", "www"); fService.createFile("Bottom:/www", "newInBottom").close(); fService.createSnapshot("Bottom", null, null); fService.createFile("Top:/www", "newInTop").close(); fService.createSnapshot("Top", null, null); fService.createFile("Bottom:/www", "file").close(); fService.createSnapshot("Bottom", null, null); fService.forceCopy("Top:/www/file"); fService.createSnapshot("Top", null, null); fService.forceCopy("Bottom:/www/file"); fService.createSnapshot("Bottom", null, null); List diffs = fSyncService.compare(-1, "Top:/", -1, "Bottom:/", null); assertEquals( 2, diffs.size()); Collections.sort(diffs); AVMDifference last = null; for(AVMDifference current : diffs) { if(last != null) { assert(last.getOrderValue() < current.getOrderValue()); } last = current; } diffs.add(new AVMDifference(1, null, -1, null, 0)); diffs.add(new AVMDifference(1, null, -1, null, 1)); diffs.add(new AVMDifference(1, null, -1, null, 2)); diffs.add(new AVMDifference(1, null, -1, null, 3)); diffs.add(new AVMDifference(1, null, -1, null, 4)); diffs.add(new AVMDifference(1, null, -1, null, 5)); diffs.add(new AVMDifference(1, null, -1, null, 6)); Collections.sort(diffs); last = null; for(AVMDifference current : diffs) { if(last != null) { assert(last.getOrderValue() < current.getOrderValue()); } last = current; } } finally { fService.purgeStore("Bottom"); fService.purgeStore("Top"); } } private enum DiffActionEnum { CREATION, MODIFICATION, DELETION, DELETION_AND_MODIFICATION } /** * Test is related to ALF-4098 * * @throws Exception */ public void testDiffOfNewItems() throws Exception { try { performeDiffTesting(DiffActionEnum.CREATION); } finally { fService.purgeStore("testStore"); fService.purgeStore("submitStore"); } } /** * Test is related to ALF-4098 * * @throws Exception */ public void testDiffOfModifiedItems() throws Exception { try { performeDiffTesting(DiffActionEnum.MODIFICATION); } finally { fService.purgeStore("testStore"); fService.purgeStore("submitStore"); } } /** * Test is related to ALF-4098 * * @throws Exception */ public void testDiffOfDeletedItems() throws Exception { try { performeDiffTesting(DiffActionEnum.DELETION); } finally { fService.purgeStore("testStore"); fService.purgeStore("submitStore"); } } public void testDiffOfDeletedItemsInModifiedDirectory() throws Exception { try { performeDiffTesting(DiffActionEnum.DELETION_AND_MODIFICATION); } finally { fService.purgeStore("testStore"); fService.purgeStore("submitStore"); } } private void performeDiffTesting(DiffActionEnum action) throws IOException { fService.createStore("testStore"); fService.createStore("submitStore"); fService.createDirectory("submitStore:/", "root"); fService.createLayeredDirectory("submitStore:/root", "testStore:/", "root"); fService.createSnapshot("testStore", null, null); fService.createDirectory("testStore:/root", "test"); for (int i = 0; i < 10; i++) { fService.createFile("testStore:/root/test", ("testFileN" + i + ".txt")).close(); } List diffs = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null); if (DiffActionEnum.CREATION != action) { fSyncService.update(diffs, null, true, true, false, true, null, null); fSyncService.flatten("testStore:/root/", "submitStore:/root/"); diffs = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null); } List actual = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null, true); if (DiffActionEnum.CREATION == action) { assertEquals(11, actual.size()); assertEquals(1, diffs.size()); List newDiff = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null, false); assertEquals(diffs.toString(), newDiff.toString()); } else { assertEquals(0, actual.size()); assertEquals(0, diffs.size()); } String parentPath = "testStore:/root/test/"; if (DiffActionEnum.CREATION == action) { fService.createDirectory(parentPath, "inner"); parentPath += "inner/"; } int start = (DiffActionEnum.DELETION == action) ? (1) : (0); int incrementingStep = start + 1; for (int i = start; i < 10; i += incrementingStep) { String name = "testFileN" + i + ".txt"; String path = parentPath + name; switch (action) { case CREATION: { fService.createFile(parentPath, name).close(); break; } case MODIFICATION: { fService.setNodeProperty(path, WCMModel.PROP_REVERTED_ID, new PropertyValue(WCMModel.PROP_REVERTED_ID, null)); break; } default: { fService.removeNode(path); } } } int actualModificationsCount = (DiffActionEnum.DELETION == action) ? (5) : ((DiffActionEnum.CREATION == action) ? (22) : (10)); int diffModificationsCount = (DiffActionEnum.DELETION == action) ? (5) : ((DiffActionEnum.CREATION == action) ? (1) : (10)); actual = fSyncService.compare(-1, "testStore:/root", -1, "submitStore:/root", null, true); diffs = fSyncService.compare(-1, "testStore:/root", -1, "submitStore:/root", null); assertEquals(actualModificationsCount, actual.size()); assertEquals(diffModificationsCount, diffs.size()); if (DiffActionEnum.CREATION != action) { assertDiffsList(AVMDifference.NEWER, diffs); assertEquals(diffs.toString(), actual.toString()); } if (DiffActionEnum.CREATION != action) { if (DiffActionEnum.DELETION == action) { fService.removeNode("testStore:/root/test"); } else { fService.setNodeProperty("testStore:/root/test", WCMModel.PROP_REVERTED_ID, new PropertyValue(WCMModel.PROP_REVERTED_ID, null)); } actual = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null, true); diffs = fSyncService.compare(-1, "testStore:/root/", -1, "submitStore:/root/", null); actualModificationsCount = (DiffActionEnum.DELETION == action) ? (1) : (actualModificationsCount + 1); assertEquals(actualModificationsCount, actual.size()); assertEquals(1, diffs.size()); assertDiffsList(AVMDifference.NEWER, actual); assertDiffsList(AVMDifference.NEWER, diffs); } } private void assertDiffsList(int expectedCode, List actual) { for (AVMDifference diff : actual) { assertNotNull(diff); assertTrue(diff.isValid()); assertEquals(expectedCode, diff.getDifferenceCode()); } } public void test_ETWOTWO_570() throws Exception { // Check that read-write methods are properly intercepted RetryingTransactionCallback readOnlyCallback = new RetryingTransactionCallback() { public Object execute() throws Throwable { fService.createStore("StagingArea" + "-" + getName() + "-" + System.currentTimeMillis()); return null; } }; fTransactionService.getRetryingTransactionHelper().doInTransaction(readOnlyCallback, false, true); } public void test_WCM_949() throws Exception { try { fService.createStore("StagingArea"); fService.createStore("SandBox"); fService.createDirectory("StagingArea:/", "www"); fService.createLayeredDirectory("StagingArea:/www", "SandBox:/", "www"); fService.createDirectory("SandBox:/www", "TestFolder"); fService.createFile("SandBox:/www/TestFolder", "test1").close(); List diffs = fSyncService.compare(-1, "SandBox:/www", -1, "StagingArea:/www", null); assertEquals(1, diffs.size()); assertEquals("[SandBox:/www/TestFolder[-1] > StagingArea:/www/TestFolder[-1]]", diffs.toString()); fSyncService.update(diffs, null, true, true, false, false, "one", "one"); fSyncService.flatten("SandBox:/www", "StagingArea:/www"); StoreRef storeRef = AVMNodeConverter.ToStoreRef("StagingArea"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "@cm\\:name:test1"); assertEquals(1, results.length()); results.close(); fService.removeNode("SandBox:/www/TestFolder"); diffs = fSyncService.compare(-1, "SandBox:/www", -1, "StagingArea:/www", null); assertEquals(1, diffs.size()); assertEquals("[SandBox:/www/TestFolder[-1] > StagingArea:/www/TestFolder[-1]]", diffs.toString()); fSyncService.update(diffs, null, true, true, false, false, "one", "one"); fSyncService.flatten("SandBox:/www", "StagingArea:/www"); results = searchService.query(storeRef, "lucene", "@cm\\:name:test1"); assertEquals(0, results.length()); results.close(); fService.createDirectory("SandBox:/www", "TestFolder"); fService.createFile("SandBox:/www/TestFolder", "test1").close(); diffs = fSyncService.compare(-1, "SandBox:/www", -1, "StagingArea:/www", null); assertEquals(1, diffs.size()); assertEquals("[SandBox:/www/TestFolder[-1] > StagingArea:/www/TestFolder[-1]]", diffs.toString()); fSyncService.update(diffs, null, true, true, false, false, "one", "one"); fSyncService.flatten("SandBox:/www", "StagingArea:/www"); results = searchService.query(storeRef, "lucene", "@cm\\:name:test1"); assertEquals(1, results.length()); results.close(); } finally { fService.purgeStore("StagingArea"); fService.purgeStore("SandBox"); } } public void testPathEncoding() throws Throwable { try { setupBasicTree(); fService.createFile("main:/", "2007").close(); fService.createFile("main:/", "meep meep").close(); fService.createDirectory("main:/", "my space"); fService.createFile("main:/my space", "my file").close(); fService.createDirectory("main:/", "2001"); fService.createFile("main:/2001", "2002").close(); fService.createSnapshot("main", null, null); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "PATH:\"/meep_x0020_meep\""); assertEquals(1, results.length()); System.out.println(results.getNodeRef(0)); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/_x0032_007\""); assertEquals(1, results.length()); System.out.println(results.getNodeRef(0)); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/my_x0020_space/my_x0020_file\""); assertEquals(1, results.length()); System.out.println(results.getNodeRef(0)); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/_x0032_001/_x0032_002\""); assertEquals(1, results.length()); System.out.println(results.getNodeRef(0)); results.close(); } catch (Exception e) { e.printStackTrace(); throw e; } } public void testSpacesInStoreNames() throws Exception { try { fService.createStore("I have spaces"); fService.createFile("I have spaces:/", "in my name.txt").close(); assertNotNull(fService.lookup(-1, "I have spaces:/in my name.txt")); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("I have spaces"); } } public void testHeadPathsInLayers() throws Exception { try { setupBasicTree(); fService.createStore("user"); fService.createLayeredDirectory("main:/a", "user:/", "a"); fService.createStore("sandbox"); fService.createLayeredDirectory("main:/a", "sandbox:/", "a"); fService.createDirectory("user:/a/b", "newdir"); fService.createFile("user:/a/b/newdir", "bibble.txt").close(); List diffs = fSyncService.compare(-1, "user:/a", -1, "sandbox:/a", null); assertEquals(1, diffs.size()); assertEquals("[user:/a/b/newdir[-1] > sandbox:/a/b/newdir[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); AVMNodeDescriptor dir = fService.lookup(-1, "user:/a/b/newdir"); List> paths = fService.getHeadPaths(dir); System.out.println(paths); AVMNodeDescriptor file = fService.lookup(-1, "user:/a/b/newdir/bibble.txt"); paths = fService.getHeadPaths(file); System.out.println(paths); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("user"); fService.purgeStore("sandbox"); } } /** * Test version by date lookup. */ public void testVersionByDate() throws Exception { try { ArrayList times = new ArrayList(); BulkLoader loader = new BulkLoader(); loader.setAvmService(fService); assertEquals(1, fService.getStoreVersions("main").size()); loader.recursiveLoad("source/java/org/alfresco/repo/avm/actions", "main:/"); long time = System.currentTimeMillis(); times.add(time); while(! (System.currentTimeMillis() > time)) { } assertEquals(1, fService.createSnapshot("main", null, null).get("main").intValue()); loader.recursiveLoad("source/java/org/alfresco/repo/avm/ibatis", "main:/"); time = System.currentTimeMillis(); times.add(time); while(! (System.currentTimeMillis() > time)) { } assertEquals(2, fService.createSnapshot("main", null, null).get("main").intValue()); loader.recursiveLoad("source/java/org/alfresco/repo/avm/locking", "main:/"); time = System.currentTimeMillis(); times.add(time); while(! (System.currentTimeMillis() > time)) { } assertEquals(3, fService.createSnapshot("main", null, null).get("main").intValue()); assertEquals(4, fService.getStoreVersions("main").size()); assertEquals(1, fService.getStoreVersions("main", null, new Date(times.get(0))).size()); assertEquals(3, fService.getStoreVersions("main", new Date(times.get(0)), null).size()); assertEquals(2, fService.getStoreVersions("main", new Date(times.get(1)), new Date(System.currentTimeMillis())).size()); // TO assertEquals(1, fService.getStoreVersionsTo("main", 0).size()); assertEquals(0, fService.getStoreVersionsTo("main", 0).get(0).getVersionID()); assertEquals(2, fService.getStoreVersionsTo("main", 1).size()); assertEquals(0, fService.getStoreVersionsTo("main", 1).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsTo("main", 1).get(1).getVersionID()); assertEquals(3, fService.getStoreVersionsTo("main", 2).size()); assertEquals(0, fService.getStoreVersionsTo("main", 2).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsTo("main", 2).get(1).getVersionID()); assertEquals(2, fService.getStoreVersionsTo("main", 2).get(2).getVersionID()); assertEquals(4, fService.getStoreVersionsTo("main", 3).size()); assertEquals(0, fService.getStoreVersionsTo("main", 3).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsTo("main", 3).get(1).getVersionID()); assertEquals(2, fService.getStoreVersionsTo("main", 3).get(2).getVersionID()); assertEquals(3, fService.getStoreVersionsTo("main", 3).get(3).getVersionID()); // FROM assertEquals(4, fService.getStoreVersionsFrom("main", 0).size()); assertEquals(0, fService.getStoreVersionsFrom("main", 0).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsFrom("main", 0).get(1).getVersionID()); assertEquals(2, fService.getStoreVersionsFrom("main", 0).get(2).getVersionID()); assertEquals(3, fService.getStoreVersionsFrom("main", 0).get(3).getVersionID()); assertEquals(3, fService.getStoreVersionsFrom("main", 1).size()); assertEquals(1, fService.getStoreVersionsFrom("main", 1).get(0).getVersionID()); assertEquals(2, fService.getStoreVersionsFrom("main", 1).get(1).getVersionID()); assertEquals(3, fService.getStoreVersionsFrom("main", 1).get(2).getVersionID()); assertEquals(2, fService.getStoreVersionsFrom("main", 2).size()); assertEquals(2, fService.getStoreVersionsFrom("main", 2).get(0).getVersionID()); assertEquals(3, fService.getStoreVersionsFrom("main", 2).get(1).getVersionID()); assertEquals(1, fService.getStoreVersionsFrom("main", 3).size()); assertEquals(3, fService.getStoreVersionsFrom("main", 3).get(0).getVersionID()); assertEquals(0, fService.getStoreVersionsFrom("main", 4).size()); // BETWEEN assertEquals(1, fService.getStoreVersionsBetween("main", 0, 0).size()); assertEquals(0, fService.getStoreVersionsBetween("main", 0, 0).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsBetween("main", 1, 1).size()); assertEquals(1, fService.getStoreVersionsBetween("main", 1, 1).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsBetween("main", 2, 2).size()); assertEquals(2, fService.getStoreVersionsBetween("main", 2, 2).get(0).getVersionID()); assertEquals(1, fService.getStoreVersionsBetween("main", 3, 3).size()); assertEquals(3, fService.getStoreVersionsBetween("main", 3, 3).get(0).getVersionID()); assertEquals(0, fService.getStoreVersionsBetween("main", 4, 4).size()); assertEquals(2, fService.getStoreVersionsBetween("main", 1, 2).size()); assertEquals(1, fService.getStoreVersionsBetween("main", 1, 2).get(0).getVersionID()); assertEquals(2, fService.getStoreVersionsBetween("main", 1, 2).get(1).getVersionID()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test (node) properties. */ public void testProperties() throws Exception { try { setupBasicTree(); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}SillyProperty") + ":\"Silly\""); assertEquals(0, results.length()); results.close(); QName name = QName.createQName("silly.uri", "SillyProperty"); PropertyValue value = new PropertyValue(DataTypeDefinition.TEXT, "Silly Property Value"); fService.setNodeProperty("main:/a/b/c/foo", name, value); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}SillyProperty") + ":\"Silly\""); assertEquals(1, results.length()); results.close(); PropertyValue returned = fService.getNodeProperty(-1, "main:/a/b/c/foo", name); assertEquals(value.toString(), returned.toString()); Map props = fService.getNodeProperties(-1, "main:/a/b/c/foo"); assertEquals(1, props.size()); assertEquals(value.toString(), props.get(name).toString()); props = new HashMap(); QName n1 = QName.createQName("silly.uri", "Prop1"); PropertyValue p1 = new PropertyValue(DataTypeDefinition.DATETIME, new Date(System.currentTimeMillis())); props.put(n1, p1); QName n2 = QName.createQName("silly.uri", "Prop2"); PropertyValue p2 = new PropertyValue(DataTypeDefinition.TEXT, "A String Property."); props.put(n2, p2); QName n3 = QName.createQName("silly.uri", "Prop3"); PropertyValue p3 = new PropertyValue(DataTypeDefinition.INT, 42); props.put(n3, p3); QName n4 = QName.createQName("silly.uri", "Prop4"); PropertyValue p4 = new PropertyValue(null, new Boolean(false)); props.put(n4, p4); QName n5 = QName.createQName("silly.uri", "Prop5"); List strList = new ArrayList(2); strList.add("hello"); strList.add("world"); PropertyValue p5 = new PropertyValue(DataTypeDefinition.TEXT, (Serializable)strList); props.put(n5, p5); fService.setNodeProperties("main:/a/b/c/bar", props); fService.createSnapshot("main", null, null); props = fService.getNodeProperties(-1, "main:/a/b/c/bar"); assertEquals(5, props.size()); assertEquals(p1.toString(), props.get(n1).toString()); assertEquals(p2.toString(), props.get(n2).toString()); assertEquals(p3.toString(), props.get(n3).toString()); assertEquals(p4.toString(), props.get(n4).toString()); assertEquals(p5.toString(), props.get(n5).toString()); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop1") + ":\"" + props.get(n1).getStringValue() + "\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop2") + ":\"" + props.get(n2).getStringValue() + "\""); assertEquals(1, results.length()); results.close(); props = new HashMap(); n1 = QName.createQName("silly.uri", "Prop1"); p1 = new PropertyValue(DataTypeDefinition.DATETIME, new Date(System.currentTimeMillis())); props.put(n1, p1); n2 = QName.createQName("silly.uri", "Prop2"); p2 = new PropertyValue(DataTypeDefinition.TEXT, "A String Property - updated."); props.put(n2, p2); n3 = QName.createQName("silly.uri", "Prop3"); p3 = new PropertyValue(DataTypeDefinition.INT, -42); props.put(n3, p3); n4 = QName.createQName("silly.uri", "Prop4"); p4 = new PropertyValue(null, new Boolean(true)); props.put(n4, p4); n5 = QName.createQName("silly.uri", "Prop5"); strList = new ArrayList(2); strList.add("goodbye"); strList.add("world"); p5 = new PropertyValue(DataTypeDefinition.TEXT, (Serializable)strList); props.put(n5, p5); fService.setNodeProperties("main:/a/b/c/bar", props); fService.createSnapshot("main", null, null); props = fService.getNodeProperties(-1, "main:/a/b/c/bar"); assertEquals(5, props.size()); assertEquals(p1.toString(), props.get(n1).toString()); assertEquals(p2.toString(), props.get(n2).toString()); assertEquals(p3.toString(), props.get(n3).toString()); assertEquals(p4.toString(), props.get(n4).toString()); assertEquals(p5.toString(), props.get(n5).toString()); fService.deleteNodeProperty("main:/a/b/c/bar", n1); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop1") + ":\"" + props.get(n1).getStringValue() + "\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop2") + ":\"" + props.get(n2).getStringValue() + "\""); assertEquals(1, results.length()); results.close(); props = fService.getNodeProperties(-1, "main:/a/b/c/bar"); assertEquals(4, props.size()); assertEquals(p2.toString(), props.get(n2).toString()); assertEquals(p3.toString(), props.get(n3).toString()); assertEquals(p4.toString(), props.get(n4).toString()); assertEquals(p5.toString(), props.get(n5).toString()); fService.deleteNodeProperties("main:/a/b/c/bar"); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop1") + ":\"" + p1.getStringValue() + "\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop2") + ":\"" + props.get(n2).getStringValue() + "\""); assertEquals(0, results.length()); results.close(); props = fService.getNodeProperties(-1, "main:/a/b/c/bar"); assertEquals(0, props.size()); fService.removeNode("main:/a/b/c/foo"); assertEquals(1, fService.getNodeProperties(-1, "main:/a/b/c/foo").size()); fService.setNodeProperty("main:/a/b/c/foo", QName.createQName("silly.uri", "Prop1"), new PropertyValue(null, 42)); assertEquals(2, fService.getNodeProperties(-1, "main:/a/b/c/foo").size()); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop1") + ":\"" + p1.getStringValue() + "\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@{silly.uri}Prop2") + ":\"" + p2.getStringValue() + "\""); assertEquals(0, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test getStoreVersionRootPaths(). */ public void testGetStoreVersionRootPaths() throws Exception { try { setupBasicTree(); AVMNodeDescriptor desc = fService.lookup(-1, "main:/a/b/c/foo"); List paths = fService.getPathsInStoreVersion(desc, "main", 1); assertEquals(1, paths.size()); assertEquals("main:/a/b/c/foo", paths.get(0)); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createSnapshot("main", null, null); paths = fService.getPathsInStoreVersion(desc, "main", 1); assertEquals(1, paths.size()); assertEquals("main:/a/b/c/foo", paths.get(0)); } catch (Exception e) { e.printStackTrace(); throw e; } } public void testForceCopyDeleted() throws Exception { try { setupBasicTree(); fService.removeNode("main:/a/b/c/foo"); fService.createSnapshot("main", null, null); AVMNodeDescriptor desc = fService.forceCopy("main:/a/b/c/foo"); assertTrue(desc.isDeleted()); } catch (Exception e) { e.printStackTrace(); throw e; } } public void testLayerSnapshots() throws Exception { try { // Layers are not yet indexed setupBasicTree(); assertEquals(1, fService.createSnapshot("main", null, null).get("main").intValue()); runQueriesAgainstBasicTree("main"); fService.createStore("layer"); fService.createLayeredDirectory("main:/a", "layer:/", "a"); fService.createSnapshot("layer", null, null); runQueriesAgainstBasicTree("main"); fService.createFile("main:/a", "Xander").close(); fService.createSnapshot("layer", null, null); assertEquals(2, fService.lookup(2, "layer:/a").getIndirectionVersion()); Map listing =fService.getDirectoryListing(2, "layer:/"); assertEquals(1, listing.size()); assertEquals(2, listing.values().iterator().next().getIndirectionVersion()); assertEquals(fService.lookup(2, "main:/a/Xander").getId(), fService.lookup(2, "layer:/a/Xander").getId()); assertNull(fService.lookup(1, "layer:/a/Xander")); listing = fService.getDirectoryListing(1, "layer:/"); assertEquals(1, listing.size()); assertEquals(1, listing.values().iterator().next().getIndirectionVersion()); assertEquals(-1, fService.lookup(-1, "layer:/a").getIndirectionVersion()); listing = fService.getDirectoryListing(-1, "layer:/"); assertEquals(1, listing.size()); assertEquals(-1, listing.values().iterator().next().getIndirectionVersion()); assertEquals(fService.lookup(-1, "main:/a/Xander").getId(), fService.lookup(-1, "layer:/a/Xander").getId()); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("layer"); } } public void testBranchLayerSnapshot() throws Exception { try { // layers are not yet indexed setupBasicTree(); fService.createStore("layer"); fService.createDirectory("layer:/", "root"); fService.createLayeredDirectory("main:/a", "layer:/root", "layer"); fService.createSnapshot("layer", null, null); fService.createFile("main:/a", "dummy").close(); fService.createFile("layer:/root/layer", "pygmy").close(); fService.createSnapshot("layer", null, null); fService.createStore("branch"); fService.createBranch(1, "layer:/root", "branch:/", "branch"); fService.createSnapshot("branch", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); System.out.println("main 1"); System.out.println(recursiveList("main", 1, true)); System.out.println("branch 1"); System.out.println(recursiveList("branch", 1, true)); assertEquals(fService.lookup(1, "main:/a/b/c/foo").getId(), fService.lookup(1, "branch:/branch/layer/b/c/foo").getId()); System.out.println("main -1"); System.out.println(recursiveList("main", -1, true)); System.out.println("branch -1"); System.out.println(recursiveList("branch", -1, true)); assertEquals(fService.lookup(-1, "main:/a/b/c/foo").getId(), fService.lookup(-1, "branch:/branch/layer/b/c/foo").getId()); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("layer"); fService.purgeStore("branch"); } } /** * Test Deployment. */ /* public void testDeployment() throws Exception { try { final DeploymentService depService = (DeploymentService) fContext.getBean("DeploymentService"); NameMatcher matcher = (NameMatcher) fContext.getBean("globalPathExcluder"); setupBasicTree(); fService.addAspect("main:/a", ContentModel.ASPECT_REFERENCEABLE); fService.addAspect("main:/a/b", ContentModel.ASPECT_REFERENCEABLE); fService.addAspect("main:/a/b/c", ContentModel.ASPECT_REFERENCEABLE); fService.addAspect("main:/a/b/c/foo", ContentModel.ASPECT_REFERENCEABLE); fService.addAspect("main:/a/b/c/bar", ContentModel.ASPECT_REFERENCEABLE); fService.createFile("main:/a/b", "snarl.bak").close(); // TestDeploymentCallback callback = new TestDeploymentCallback(); fService.createStore("target"); DeploymentReport report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); assertNull(fService.lookup(-1, "target:/a/b/snarl.bak")); runQueriesAgainstBasicTreeWithAOnly("target"); System.out.println(report); ActionService actionService = depService.getRemoteActionService("localhost", 50500, "admin", "admin"); Map params = new HashMap(); params.put("property", ContentModel.PROP_ADDRESSEE); params.put("value", "Santa Claus"); assertEquals(fService.lookup(-1, "main:/a/b/c/foo").getGuid(), fService.lookup(-1, "target:/a/b/c/foo").getGuid()); assertEquals(fService.lookup(-1, "main:/a/b/c/bar").getGuid(), fService.lookup(-1, "target:/a/b/c/bar").getGuid()); NodeRef nodeRef = AVMNodeConverter.ToNodeRef(-1, "target:/a/b/c/foo"); Action action = new ActionImpl(nodeRef, "set-property-value", "set-property-value", params); actionService.executeAction(action, nodeRef, false, false); assertEquals("Santa Claus", fService.getNodeProperty(-1, "target:/a/b/c/foo", ContentModel.PROP_ADDRESSEE).getStringValue()); ContentData srcCD = fService.getContentDataForRead(-1, "main:/a/b/c/bar"); ContentData dstCD = fService.getContentDataForRead(-1, "target:/a/b/c/bar"); assertEquals(srcCD.getMimetype(), dstCD.getMimetype()); fService.createFile("main:/a/b", "biz").close(); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, true, null); // Nothing was done runQueriesAgainstBasicTreeWithAOnly("target"); System.out.println(report); System.out.println(recursiveList("target", -1, true)); assertNull(fService.lookup(-1, "target:/a/b/biz")); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); System.out.println(report); runQueriesForCreateAndDeploy("target"); assertEquals(fService.lookup(-1, "main:/a/b/biz").getGuid(), fService.lookup(-1, "target:/a/b/biz").getGuid()); fService.removeNode("main:/a/b/c/foo"); fService.createFile("main:/a/b/c", "Foo").close(); ContentWriter writer = fService.getContentWriter("main:/a/b/c/Foo"); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo"); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); System.out.println(report); assertEquals(DeploymentEvent.Type.UPDATED, report.iterator().next().getType()); fService.removeNode("main:/a/b/c/foo"); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, true, false, null); runQueriesForCreateAndDeploy("target"); System.out.println(report); assertNotNull(fService.lookup(-1, "target:/a/b/c/foo")); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); System.out.println(report); runQueriesForRemoveAndDelpoy("target"); assertNull(fService.lookup(-1, "target:/a/b/c/foo")); fService.removeNode("main:/a/b/c/bar"); fService.createDirectory("main:/a/b/c", "bar"); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); System.out.println(report); runQueriesForRemoveFileAndCreateDirectoryAndDeploy("target"); report = depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target:/a", matcher, false, false, false, null); depService.deployDifference(-1, "main:/a", "localhost", 50500, "admin", "admin", "target2:/wiggly/diggly", matcher, true, false, false, null); System.out.println(report); fService.createStore("source"); RetryingTransactionHelper.RetryingTransactionCallback cb = new RetryingTransactionHelper.RetryingTransactionCallback() { public Object execute() throws Exception { BulkLoader loader = new BulkLoader(); loader.setAvmService(fService); loader.recursiveLoad("source/java/org/alfresco/repo/avm", "source:/"); return null; } }; RetryingTransactionHelper helper = (RetryingTransactionHelper) fContext.getBean("retryingTransactionHelper"); helper.doInTransaction(cb); fService.createStore("dest"); depService.deployDifference(-1, "source:/avm", "localhost", 50500, "admin", "admin", "dest:/avm", null, true, false, false, null); Runnable runner = new Runnable() { public void run() { depService.deployDifference(-1, "source:/avm", "localhost", 50500, "admin", "admin", "dest:/avm", null, true, false, false, null); } }; Thread thread = new Thread(runner); thread.start(); thread.join(); report = depService.deployDifference(-1, "source:/avm", "localhost", 50500, "admin", "admin", "dest:/avm", null, true, false, false, null); System.out.println(report); assertEquals("", report.toString()); } catch (Exception e) { e.printStackTrace(); throw e; } } */ protected void runQueriesForCreateAndDeploy(String store) throws Exception { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(AVMNodeConverter.ToStoreRef(store), true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(2, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":biz"); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(7, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/biz\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } protected void runQueriesForRemoveAndDelpoy(String store) { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(AVMNodeConverter.ToStoreRef(store), true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(1, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":biz"); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(6, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/biz\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } protected void runQueriesForRemoveFileAndCreateDirectoryAndDeploy(String store) { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(AVMNodeConverter.ToStoreRef(store), true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(0, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":biz"); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(6, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/biz\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } /** * Test of GUIDs on AVM Nodes. */ public void testGuids() throws Exception { try { setupBasicTree(); System.out.println(fService.lookup(-1, "main:/a/b/c/foo").getGuid()); String guid = GUID.generate(); fService.setGuid("main:/a/b/c/foo", guid); assertEquals(guid, fService.lookup(-1, "main:/a/b/c/foo").getGuid()); } catch (Exception e) { e.printStackTrace(); throw e; } } /** * Test the revert to version action. */ public void testRevertToVersionAction() throws Exception { try { setupBasicTree(); ContentWriter writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo V1"); fService.createSnapshot("main", "v1", null); writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo V2"); fService.createSnapshot("main", "v2", null); writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo V3"); fService.createSnapshot("main", "v3", null); writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo V4"); fService.createSnapshot("main", "v4", null); writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo V5"); fService.createSnapshot("main", "v5", null); writer = fService.getContentWriter("main:/a/b/c/foo", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); writer.putContent("I am main:/a/b/c/foo HEAD"); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"HEAD\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"V5\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"V2\""); assertEquals(0, results.length()); results.close(); AVMNodeDescriptor desc = fService.lookup(-1, "main:/a/b/c/foo"); List history = fService.getHistory(desc, 100); AVMNodeDescriptor toRevert = history.get(3); final ActionImpl action = new ActionImpl(null, GUID.generate(), AVMRevertToVersionAction.NAME); action.setParameterValue(AVMRevertToVersionAction.TOREVERT, toRevert); final AVMRevertToVersionAction revert = (AVMRevertToVersionAction) fContext.getBean("avm-revert-to-version"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { // note: including implicit snapshot revert.execute(action, AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c/foo")); return null; } }; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); results = searchService.query(storeRef, "lucene", "TEXT:\"HEAD\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"V5\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"V2\""); assertEquals(1, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(); throw e; } } /** * Test version numbering. */ public void testVersionNumbering() throws Exception { try { setupBasicTree(); AVMNodeDescriptor desc = fService.lookup(-1, "main:/a/b/c/foo"); assertEquals(1, desc.getVersionID()); fService.getFileOutputStream("main:/a/b/c/foo").close(); desc = fService.lookup(-1, "main:/a/b/c/foo"); assertEquals(2, desc.getVersionID()); desc = fService.lookup(-1, "main:/a/b"); assertEquals(2, desc.getVersionID()); fService.createSnapshot("main", null, null); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/layer/b/c/bar").close(); desc = fService.lookup(-1, "main:/layer/b/c/bar"); assertEquals(2, desc.getVersionID()); desc = fService.lookup(-1, "main:/layer/b/c"); assertEquals(3, desc.getVersionID()); } catch (Exception e) { e.printStackTrace(); throw e; } } /** * Test relinking of nodes to history. */ public void testHistoryRelink() throws Exception { try { setupBasicTree(); fService.createStore("branch"); fService.createBranch(-1, "main:/a", "branch:/", "a"); fService.removeNode("branch:/a/b/c/foo"); List diffs = fSyncService.compare(-1, "branch:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals(AVMDifference.NEWER, diffs.get(0).getDifferenceCode()); assertEquals("[branch:/a/b/c/foo[-1] > main:/a/b/c/foo[-1]]", diffs.toString()); fService.createFile("branch:/a/b/c", "foo").close(); diffs = fSyncService.compare(-1, "branch:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals(AVMDifference.NEWER, diffs.get(0).getDifferenceCode()); assertEquals("[branch:/a/b/c/foo[-1] > main:/a/b/c/foo[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); fService.removeNode("branch:/a/b/c/bar"); fService.createFile("branch:/a/b/c", "pismo").close(); fService.rename("branch:/a/b/c", "pismo", "branch:/a/b/c", "bar"); diffs = fSyncService.compare(-1, "branch:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals(AVMDifference.NEWER, diffs.get(0).getDifferenceCode()); assertEquals("[branch:/a/b/c/bar[-1] > main:/a/b/c/bar[-1]]", diffs.toString()); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("branch"); } } /** * Test renaming a store. */ public void testRenameStore() throws Exception { try { setupBasicTree(); assertNotNull(fService.lookup(-1, "main:/a/b")); fService.renameStore("main", "foo"); assertNotNull(fService.getStore("foo")); assertNotNull(fService.lookup(-1, "foo:/a/b")); runQueriesAgainstBasicTree("foo"); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("foo"); } } /** * Test copy. */ public void testCopy() throws Exception { try { setupBasicTree(); // Copy a file. fService.copy(-1, "main:/a/b/c/foo", "main:/d", "fooCopy"); AVMNodeDescriptor desc = fService.lookup(-1, "main:/d/fooCopy"); assertTrue(desc.isFile()); fService.createSnapshot("main", null, null); runQueriesAgainstBasicTreePlusFileCopy("main"); // Copy a whole tree fService.copy(-1, "main:/a", "main:/d/e", "aCopy"); desc = fService.lookup(-1, "main:/d/e/aCopy"); assertTrue(desc.isDirectory()); desc = fService.lookup(-1, "main:/a/b/c/bar"); AVMNodeDescriptor desc2 = fService.lookup(-1, "main:/d/e/aCopy/b/c/bar"); assertTrue(desc2.isFile()); assertEquals(desc.getLength(), desc2.getLength()); fService.createSnapshot("main", null, null); runQueriesAgainstBasicTreePlusFileCopyAndDirectoryCopy("main"); // Check that it rejects infinite copies. try { fService.copy(-1, "main:/", "main://d/e", "illegal"); fail(); } catch (AVMException ae) { // This is a success. } StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "@" + AbstractLuceneQueryParser.escape(ContentModel.PROP_NAME.toString()) + ":\"guest\""); assertEquals(0, results.length()); results.close(); CrossRepositoryCopyService copyService = (CrossRepositoryCopyService) fContext.getBean("CrossRepositoryCopyService"); RepoRemote remoteService = (RepoRemote) fContext.getBean("RepoRemoteService"); Pair toCopy = remoteService.lookup(remoteService.getRoot(), "Guest Home"); copyService.copy(toCopy.getFirst(), AVMNodeConverter.ToNodeRef(-1, "main:/"), "Guest Home"); desc = fService.lookup(-1, "main:/Guest Home"); assertTrue(desc.isDirectory()); System.out.println(this.recursiveList("main", -1, true)); fService.createSnapshot("main", null, null); searchService = fIndexerAndSearcher.getSearcher(storeRef, true); results = searchService.query(storeRef, "lucene", "@" + AbstractLuceneQueryParser.escape(ContentModel.PROP_NAME.toString()) + ":\"guest\""); assertEquals(1, results.length()); results.close(); StoreRef spacesStore = new StoreRef("workspace", "SpacesStore"); searchService = fIndexerAndSearcher.getSearcher(spacesStore, true); results = searchService.query(spacesStore, "lucene", "PATH:\"//.\""); int count = results.length(); results.close(); copyService.copy(AVMNodeConverter.ToNodeRef(-1, "main:/a"), toCopy.getFirst(), "a"); Pair theCopy = remoteService.lookup(toCopy.getFirst(), "a"); assertTrue(theCopy.getSecond()); results = searchService.query(spacesStore, "lucene", "PATH:\"//.\""); assertEquals(count + 5, results.length()); results.close(); results = searchService.query(spacesStore, "lucene", "PATH:\"//.\""); assertEquals(count + 5, results.length()); results.close(); results = searchService.query(spacesStore, "lucene", "@cm\\:name:foo"); assertEquals(1, results.length()); results.close(); remoteService.removeNode(theCopy.getFirst()); results = searchService.query(spacesStore, "lucene", "PATH:\"//.\""); assertEquals(count, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(); throw e; } } public void testCopy_ALF_835() throws Exception { try { fService.createStore("mainA"); fService.createDirectory("mainA:/", "a"); fService.createDirectory("mainA:/a", "www"); AVMNodeDescriptor desc = fService.lookup(-1, "mainA:/a/www"); assertTrue(desc.isDirectory()); desc = fService.lookup(-1, "mainA:/a/www/www"); assertNull(desc); // copy empty directory into itself fService.copy(-1, "mainA:/a/www", "mainA:/a/www", "www"); desc = fService.lookup(-1, "mainA:/a/www/www"); assertTrue(desc.isDirectory()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("mainA"); } } protected void runQueriesAgainstBasicTreePlusFileCopy(String store) { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(3, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"fooCopy\""); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(10, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/fooCopy\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(10, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } protected void runQueriesAgainstBasicTreePlusFileCopyAndDirectoryCopy(String store) { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(5, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"fooCopy\""); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(15, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/fooCopy\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/aCopy\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/aCopy/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/aCopy/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/aCopy/b/c/foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/aCopy/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(15, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(14, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } /** * Test cyclic behaviour (when creating layered directories) */ public void testCircularLayering() throws Exception { try { fService.createLayeredDirectory("main:/c", "main:/", "b"); // note: unbacked fService.createLayeredDirectory("main:/b", "main:/", "c"); fail(); } catch (AVMCycleException e) { // expected } try { fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createLayeredDirectory("main:/a", "main:/a/b", "c"); fail(); } catch (AVMCycleException e) { // expected } try { fService.createStore("a"); fService.createStore("b"); fService.createDirectory("a:/", "a"); fService.createDirectory("b:/", "a"); fService.createLayeredDirectory("a:/a/b", "b:/a", "b"); // note: unbacked fService.createLayeredDirectory("b:/a/b", "a:/a", "b"); fail(); } catch (AVMCycleException e) { // expected } finally { fService.purgeStore("a"); fService.purgeStore("b"); } try { fService.createStore("test1"); fService.createStore("test2"); fService.createDirectory("test1:/", "test1folder"); fService.createDirectory("test2:/", "test2folder"); fService.createLayeredDirectory("test2:/test2folder", "test1:/test1folder", "test2"); fService.createLayeredDirectory("test1:/test1folder", "test2:/test2folder", "test1"); fail(); } catch (AVMCycleException e) { // expected } finally { fService.purgeStore("test1"); fService.purgeStore("test2"); } try { fService.createStore("a"); fService.createStore("b"); fService.createStore("c"); fService.createDirectory("a:/", "a"); fService.createDirectory("b:/", "a"); fService.createLayeredDirectory("a:/a/b", "b:/a", "b"); // note: unbacked fService.createDirectory("c:/", "a"); fService.createLayeredDirectory("b:/a/b", "c:/a", "b"); fService.createLayeredDirectory("c:/a/b", "a:/a", "b"); fail(); } catch (AVMCycleException e) { // expected } finally { fService.purgeStore("a"); fService.purgeStore("b"); fService.purgeStore("c"); } try { fService.createStore("a"); fService.createStore("b"); fService.createDirectory("a:/", "a"); fService.createDirectory("a:/a", "b"); fService.createDirectory("b:/", "a"); fService.createLayeredDirectory("a:/a", "b:/a", "b"); fService.createLayeredDirectory("b:/a", "a:/a/b", "c"); fail(); } catch (AVMCycleException e) { // expected } finally { fService.purgeStore("a"); fService.purgeStore("b"); } } /** * Test getting all paths for a node. */ public void testGetPaths() throws Exception { try { setupBasicTree(); fService.createBranch(-1, "main:/a", "main:/", "abranch"); fService.createSnapshot("main", null, null); fService.createBranch(-1, "main:/a/b", "main:/", "bbranch"); List> paths = fService.getPaths(fService.lookup(-1, "main:/a/b/c/foo")); for (Pair path : paths) { System.out.println(path.getFirst() + " " + path.getSecond()); } paths = fService.getHeadPaths(fService.lookup(-1, "main:/a/b/c/foo")); System.out.println("------------------------------"); for (Pair path : paths) { System.out.println(path.getFirst() + " " + path.getSecond()); } paths = fService.getPathsInStoreHead(fService.lookup(-1, "main:/a/b/c/foo"), "main"); System.out.println("------------------------------"); for (Pair path : paths) { System.out.println(path.getFirst() + " " + path.getSecond()); } assertNotNull(fService.getAPath(fService.lookup(-1, "main:/a/b/c/foo"))); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test getIndirection. */ public void testGetIndirection() throws Exception { try { setupBasicTree(); fService.createStore("layer"); fService.createLayeredDirectory("main:/a", "layer:/", "layer"); fService.createFile("layer:/layer/b", "figs").close(); assertEquals("main:/a", fService.getIndirectionPath(-1, "layer:/layer")); assertEquals("main:/a/b", fService.getIndirectionPath(-1, "layer:/layer/b")); assertEquals("main:/a/b/c", fService.getIndirectionPath(-1, "layer:/layer/b/c")); assertEquals("main:/a/b/c/foo", fService.getIndirectionPath(-1, "layer:/layer/b/c/foo")); fService.createLayeredDirectory("main:/d", "layer:/layer/b", "dlayer"); assertEquals("main:/d", fService.getIndirectionPath(-1, "layer:/layer/b/dlayer")); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("layer"); } } /** * Test the revert list action. * * @deprecated */ public void testRevertListAction() throws Exception { try { setupBasicTree(); fService.createStore("area"); fService.createLayeredDirectory("main:/a", "area:/", "a"); fService.getFileOutputStream("area:/a/b/c/foo").close(); List diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/foo[-1] > main:/a/b/c/foo[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); fService.getFileOutputStream("area:/a/b/c/bar").close(); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/bar[-1] > main:/a/b/c/bar[-1]]", diffs.toString()); final ActionImpl action = new ActionImpl(null, GUID.generate(), AVMRevertListAction.NAME); List paths = new ArrayList(); paths.add("area:/a/b"); action.setParameterValue(AVMRevertListAction.PARAM_VERSION, fService.getLatestSnapshotID("area")); action.setParameterValue(AVMRevertListAction.PARAM_NODE_LIST, (Serializable) paths); final AVMRevertListAction revert = (AVMRevertListAction) fContext.getBean("avm-revert-list"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { revert.execute(action, null); return null; } } ; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(0, diffs.size()); System.out.println(recursiveList("area", -1, true)); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("area"); } } /** * Test the revert store action. * * @deprecated see org.alfresco.wcm.actions.WCMSandboxRevertSnapshotAction or org.alfresco.wcm.SandboxService.revertSnapshot */ public void testRevertStoreAction() throws Exception { try { setupBasicTree(); fService.createStore("area"); fService.createLayeredDirectory("main:/a", "area:/", "a"); fService.getFileOutputStream("area:/a/b/c/foo").close(); List diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/foo[-1] > main:/a/b/c/foo[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(0, diffs.size()); fService.getFileOutputStream("area:/a/b/c/bar").close(); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/bar[-1] > main:/a/b/c/bar[-1]]", diffs.toString()); final ActionImpl action = new ActionImpl(null, GUID.generate(), AVMRevertStoreAction.NAME); action.setParameterValue(AVMRevertStoreAction.PARAM_VERSION, fService.getLatestSnapshotID("area")); final AVMRevertStoreAction revert = (AVMRevertStoreAction)fContext.getBean("avm-revert-store"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { revert.execute(action, AVMNodeConverter.ToNodeRef(-1, "area:/")); return null; } }; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(0, diffs.size()); System.out.println(recursiveList("area", -1, true)); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("area"); } } /** * Test the undo list action. * * @deprecated see org.alfresco.wcm.actions.WCMSandboxUndoAction or org.alfresco.wcm.SandboxService.revertList */ public void testUndoListAction() throws Exception { try { setupBasicTree(); fService.createStore("area"); fService.createLayeredDirectory("main:/a", "area:/", "a"); fService.getFileOutputStream("area:/a/b/c/foo").close(); List diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/foo[-1] > main:/a/b/c/foo[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); fService.getFileOutputStream("area:/a/b/c/bar").close(); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(1, diffs.size()); assertEquals("[area:/a/b/c/bar[-1] > main:/a/b/c/bar[-1]]", diffs.toString()); final ActionImpl action = new ActionImpl(null, GUID.generate(), AVMUndoSandboxListAction.NAME); List> versionPaths = new ArrayList>(); versionPaths.add(new Pair(-1, "area:/a/b/c/bar")); action.setParameterValue(AVMUndoSandboxListAction.PARAM_NODE_LIST, (Serializable) versionPaths); final AVMUndoSandboxListAction revert = (AVMUndoSandboxListAction) fContext.getBean("avm-undo-list"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { revert.execute(action, null); return null; } } ; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); diffs = fSyncService.compare(-1, "area:/a", -1, "main:/a", null); assertEquals(0, diffs.size()); System.out.println(recursiveList("area", -1, true)); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(); throw e; } finally { fService.purgeStore("area"); } } /** * Test the promote action. * * @deprecated */ public void testPromoteAction() throws Exception { try { setupBasicTree(); fService.createDirectory("main:/", JNDIConstants.DIR_DEFAULT_WWW); fService.rename("main:/", "a", "main:/" + JNDIConstants.DIR_DEFAULT_WWW, "a"); fService.rename("main:/", "d", "main:/" + JNDIConstants.DIR_DEFAULT_WWW, "d"); fService.createSnapshot("main", null, null); fService.createStore("source"); fService.createLayeredDirectory("main:/" + JNDIConstants.DIR_DEFAULT_WWW, "source:/", JNDIConstants.DIR_DEFAULT_WWW); fService.getFileOutputStream("source:/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b/c/foo").close(); final ActionImpl action = new ActionImpl(AVMNodeConverter.ToNodeRef(-1, "source:/" + JNDIConstants.DIR_DEFAULT_WWW + "/a"), GUID.generate(), SimpleAVMPromoteAction.NAME); action.setParameterValue(SimpleAVMPromoteAction.PARAM_TARGET_STORE, "main"); final SimpleAVMPromoteAction promote = (SimpleAVMPromoteAction) fContext.getBean("simple-avm-promote"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { promote.execute(action, AVMNodeConverter.ToNodeRef(-1, "source:/" + JNDIConstants.DIR_DEFAULT_WWW + "/a")); return null; } } ; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); assertEquals(0, fSyncService.compare(-1, "source:/" + JNDIConstants.DIR_DEFAULT_WWW, -1, "main:/" + JNDIConstants.DIR_DEFAULT_WWW, null).size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("source"); } } /** * Test the SimpleAVMSubmitAction. * * @deprecated see org.alfresco.wcm.actions.WCMSandboxSubmitAction or org.alfesco.wcm.SandboxService.submit */ public void testSubmitAction() throws Exception { // NOTE: it is implied that the sandboxes follow WCM naming conventions final String STAGING = "foo"; final String SANDBOX = "foo--sandbox"; try { fService.createStore(STAGING); fService.createDirectory(STAGING+":/", JNDIConstants.DIR_DEFAULT_WWW); fService.createDirectory(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW, "a"); fService.createDirectory(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a", "b"); fService.createDirectory(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b", "c"); fService.createFile(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b/c", "foo").close(); fService.createFile(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b/c", "bar").close(); fService.createStore(SANDBOX); fService.setStoreProperty(SANDBOX, SandboxConstants.PROP_WEBSITE_NAME, new PropertyValue(null, STAGING)); // note: it is implied that the website name is the same as staging name fService.createLayeredDirectory(STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW, SANDBOX+":/", JNDIConstants.DIR_DEFAULT_WWW); fService.createFile(SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW, "figs").close(); fService.getFileOutputStream(SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b/c/foo").close(); fService.removeNode(SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW + "/a/b/c/bar"); List diffs = fSyncService.compare(-1, SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW, -1, STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW, null); assertEquals(3, diffs.size()); assertEquals("["+SANDBOX+":/www/a/b/c/bar[-1] > "+STAGING+":/www/a/b/c/bar[-1], "+SANDBOX+":/www/a/b/c/foo[-1] > "+STAGING+":/www/a/b/c/foo[-1], "+SANDBOX+":/www/figs[-1] > "+STAGING+":/www/figs[-1]]", diffs.toString()); final SimpleAVMSubmitAction action = (SimpleAVMSubmitAction) fContext.getBean("simple-avm-submit"); class TxnWork implements RetryingTransactionCallback { public Object execute() throws Exception { action.execute(null, AVMNodeConverter.ToNodeRef(-1, SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW)); return null; } }; TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); transactionService.getRetryingTransactionHelper().doInTransaction(new TxnWork()); diffs = fSyncService.compare(-1, SANDBOX+":/" + JNDIConstants.DIR_DEFAULT_WWW, -1, STAGING+":/" + JNDIConstants.DIR_DEFAULT_WWW, null); assertEquals(0, diffs.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore(STAGING); fService.purgeStore(SANDBOX); } } /** * Test one argument remove. */ public void testOneArgRemove() throws Exception { try { setupBasicTree(); fService.removeNode("main:/a/b/c/foo/"); fService.removeNode("main:/d"); fService.createSnapshot("main", null, null); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(1, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(0, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); if (results.length() == 7) { for (ResultSetRow row : results) { System.out.println(row.getNodeRef()); } } assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + "main"); assertEquals(5, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); try { fService.removeNode("main://"); fail(); } catch (AVMException e) { // Do nothing. } } catch (Exception e) { e.printStackTrace(System.err); } } /** * Test that non head version sources are update correctly. */ public void testVersionUpdate() throws Exception { //String LOAD_DIR1 = "config/alfresco/bootstrap"; //String LOAD_DIR2 = "config/alfresco/extension"; String LOAD_DIR1 = "source/java/org/alfresco/repo/avm/actions"; String LOAD_DIR2 = "source/java/org/alfresco/repo/avm/ibatis"; String[] split1 = LOAD_DIR1.split("/"); String DIR1 = split1[split1.length-1]; String[] split2 = LOAD_DIR2.split("/"); String DIR2 = split2[split2.length-1]; try { BulkLoader loader = new BulkLoader(); loader.setAvmService(fService); fService.createStore("source"); fService.createStore("dest"); loader.recursiveLoad(LOAD_DIR1, "source:/"); int version1 = fService.createSnapshot("source", null, null).get("source"); loader.recursiveLoad(LOAD_DIR2, "source:/"); int version2 = fService.createSnapshot("source", null, null).get("source"); List diffs = fSyncService.compare(version1, "source:/", -1, "dest:/", null); fService.createSnapshot("dest", null, null); assertEquals(1, diffs.size()); assertEquals("[source:/"+DIR1+"[1] > dest:/"+DIR1+"[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); diffs = fSyncService.compare(version1, "source:/", -1, "dest:/", null); assertEquals(0, diffs.size()); diffs = fSyncService.compare(version2, "source:/", -1, "dest:/", null); assertEquals(1, diffs.size()); assertEquals("[source:/"+DIR2+"[2] > dest:/"+DIR2+"[-1]]", diffs.toString()); fSyncService.update(diffs, null, false, false, false, false, null, null); fService.createSnapshot("dest", null, null); diffs = fSyncService.compare(version2, "source:/", -1, "dest:/", null); assertEquals(0, diffs.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("source"); fService.purgeStore("dest"); } } /** * Test that branching forces a snapshot on the source repository. */ public void testBranchSnapshot() throws Exception { try { setupBasicTree(); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.createBranch(-1, "main:/a", "main:/", "abranch"); assertEquals(fService.lookup(-1, "main:/a/b/c/foo").getId(), fService.lookup(-1, "main:/abranch/b/c/foo").getId()); fService.getFileOutputStream("main:/a/b/c/foo").close(); assertTrue(fService.lookup(-1, "main:/a/b/c/foo").getId() != fService.lookup(-1, "main:/abranch/b/c/foo").getId()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test of Descriptor indirection field. */ public void testDescriptorIndirection() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createFile("main:/layer/b/c", "bambino").close(); AVMNodeDescriptor desc = fService.lookup(-1, "main:/layer"); assertEquals("main:/a", desc.getIndirection()); Map list = fService.getDirectoryListing(-1, "main:/"); assertEquals("main:/a", list.get("layer").getIndirection()); desc = fService.lookup(-1, "main:/layer/b"); assertEquals("main:/a/b", desc.getIndirection()); list = fService.getDirectoryListing(-1, "main:/layer"); assertEquals("main:/a/b", list.get("b").getIndirection()); list = fService.getDirectoryListingDirect(-1, "main:/layer"); assertEquals("main:/a/b", list.get("b").getIndirection()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test link AVMService call. */ public void testLink() throws Exception { try { setupBasicTree(); // Just try linking /a/b/c/foo into /a/b fService.link("main:/a/b", "foo", fService.lookup(-1, "main:/a/b/c/foo")); assertEquals(fService.lookup(-1, "main:/a/b/c/foo").getId(), fService.lookup(-1, "main:/a/b/foo").getId()); // Try linking /a/b/c/bar to /a/b/foo. It should fail. System.out.println(recursiveList("main", -1, true)); try { fService.link("main:/a/b", "foo", fService.lookup(-1, "main:/a/b/c/bar")); fail(); } catch (AVMExistsException e) { // Do nothing. It's OK. } // Delete /a/b/foo, and link /a/b/c/foo into /a/b. This checks that // a deleted node is no impediment. fService.removeNode("main:/a/b", "foo"); fService.link("main:/a/b", "foo", fService.lookup(-1, "main:/a/b/c/foo")); assertEquals(fService.lookup(-1, "main:/a/b/c/foo").getId(), fService.lookup(-1, "main:/a/b/foo").getId()); // Delete /a/b/foo again in prep for layer tests. fService.removeNode("main:/a/b", "foo"); System.out.println(recursiveList("main", -1, true)); fService.createSnapshot("main", null, null); // Create a layer do a link from /layer/b/c/bar to /layer/b fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.link("main:/layer/b", "bar", fService.lookup(-1, "main:/layer/b/c/bar")); assertEquals(fService.lookup(-1, "main:/layer/b/c/bar").getId(), fService.lookup(-1, "main:/layer/b/bar").getId()); System.out.println(recursiveList("main", -1, true)); // Now link /layer/b/c/foo into /layer/b. fService.link("main:/layer/b", "foo", fService.lookup(-1, "main:/layer/b/c/foo")); assertEquals(fService.lookup(-1, "main:/layer/b/c/foo").getId(), fService.lookup(-1, "main:/layer/b/foo").getId()); // Make sure that the underlying layer is not mucked up. assertTrue(fService.lookup(-1, "main:/a/b/foo", true).isDeleted()); System.out.println(recursiveList("main", -1, true)); // Try to link /layer/b/c/bar to /layer/b/c. It should fail. try { fService.link("main:/layer/b", "bar", fService.lookup(-1, "main:/layer/b/c/bar")); fail(); } catch (AVMExistsException e) { // Do nothing. } // Try to link /layer/b to /frinx. It should fail. try { fService.link("main:/", "frinx", fService.lookup(-1, "main:/layer/b")); fail(); } catch (AVMBadArgumentException ba) { // Do nothing. } // Delete /layer/b/bar and redo. It should work. fService.removeNode("main:/layer/b", "bar"); fService.link("main:/layer/b", "bar", fService.lookup(-1, "main:/layer/b/c/bar")); assertEquals(fService.lookup(-1, "main:/layer/b/c/bar").getId(), fService.lookup(-1, "main:/layer/b/bar").getId()); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test goofy paths. */ public void testGoofyPaths() throws Exception { try { setupBasicTree(); fService.getFileInputStream(-1, "main://a/b/c/foo").close(); fService.getDirectoryListing(-1, "main:/a/"); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test getting deleted names. */ public void testGetDeleted() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); List deleted = fService.getDeleted(-1, "main:/layer/b/c"); assertEquals(0, deleted.size()); fService.removeNode("main:/a/b/c", "foo"); fService.createSnapshot("main", null, null); deleted = fService.getDeleted(-1, "main:/a/b/c"); assertEquals(0, deleted.size()); fService.removeNode("main:/layer/b/c", "bar"); fService.createSnapshot("main", null, null); deleted = fService.getDeleted(-1, "main:/layer/b/c"); assertEquals(1, deleted.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test directly contained listing. */ public void testListingDirect() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); Map listing = fService.getDirectoryListingDirect(-1, "main:/layer"); assertEquals(0, listing.size()); listing = fService.getDirectoryListingDirect(-1, "main:/layer/b"); assertEquals(0, listing.size()); fService.createFile("main:/layer/b/c", "sigmoid").close(); fService.createSnapshot("main", null, null); listing = fService.getDirectoryListingDirect(-1, "main:/layer"); assertEquals(1, listing.size()); fService.createFile("main:/layer", "lepton").close(); fService.createSnapshot("main", null, null); listing = fService.getDirectoryListingDirect(-1, "main:/layer"); assertEquals(2, listing.size()); listing = fService.getDirectoryListingDirect(-1, "main:/layer/b/c"); assertEquals(1, listing.size()); listing = fService.getDirectoryListingDirect(-1, "main:/a/b/c"); assertEquals(2, listing.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test layering info. */ public void testLayeringInfo() throws Exception { try { setupBasicTree(); fService.createStore("layer"); fService.createLayeredDirectory("main:/a", "layer:/", "alayer"); fService.createSnapshot("layer", null, null); LayeringDescriptor info = fService.getLayeringInfo(-1, "layer:/alayer"); assertFalse(info.isBackground()); assertEquals("layer", info.getPathAVMStore().getName()); assertEquals("layer", info.getNativeAVMStore().getName()); info = fService.getLayeringInfo(-1, "layer:/alayer/b/c"); assertTrue(info.isBackground()); assertEquals("layer", info.getPathAVMStore().getName()); assertEquals("main", info.getNativeAVMStore().getName()); fService.createFile("layer:/alayer/b", "figs").close(); fService.createSnapshot("layer", null, null); info = fService.getLayeringInfo(-1, "layer:/alayer/b/figs"); assertFalse(info.isBackground()); assertEquals("layer", info.getPathAVMStore().getName()); assertEquals("layer", info.getNativeAVMStore().getName()); info = fService.getLayeringInfo(-1, "layer:/alayer/b/c"); assertTrue(info.isBackground()); assertEquals("layer", info.getPathAVMStore().getName()); assertEquals("main", info.getNativeAVMStore().getName()); fService.createLayeredDirectory("layer:/alayer/b", "layer:/", "blayer"); fService.createSnapshot("layer", null, null); System.err.println(recursiveList("main", -1, true)); System.err.println(recursiveList("layer", -1, true)); info = fService.getLayeringInfo(-1, "layer:/blayer/c"); assertEquals("main", info.getNativeAVMStore().getName()); info = fService.getLayeringInfo(-1, "layer:/blayer/figs"); assertEquals("layer", info.getNativeAVMStore().getName()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("layer"); } } /** * Another test of renaming in a layer. */ public void testRenameLayer2() throws Exception { try { TreeMap history = new TreeMap(); // Set up a basic hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a", "c"); fService.createFile("main:/a/b", "foo", new ByteArrayInputStream("I am foo.".getBytes())); fService.createFile("main:/a/c", "bar", new ByteArrayInputStream("I am bar.".getBytes())); fService.createSnapshot("main", null, null); // History is unchanged. checkHistory(history, "main"); // Make a layer to a. fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History is unchanged. checkHistory(history, "main"); // /a and /layer should have identical contents. assertEquals(recursiveContents("main:/a", -1, true), recursiveContents("main:/layer", -1, true)); // Now rename /layer/c/bar to /layer/b/bar fService.rename("main:/layer/c", "bar", "main:/layer/b", "bar"); fService.createSnapshot("main", null, null); // History is unchanged. checkHistory(history, "main"); // /layer/c should be empty. Map listing = fService.getDirectoryListing(-1, "main:/layer/c"); assertEquals(0, listing.size()); // /layer/b should contain fao and bar listing = fService.getDirectoryListing(-1, "main:/layer/b"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("foo", list.get(1)); // /a/b should contain foo. listing = fService.getDirectoryListing(-1, "main:/a/b"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("foo", list.get(0)); // /a/c should contain bar. listing = fService.getDirectoryListing(-1, "main:/a/c"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); // Now make a file in /a/b fService.createFile("main:/a/b", "baz").close(); fService.createSnapshot("main", null, null); // History is unchanged. checkHistory(history, "main"); // /a/b should contain baz and foo. listing = fService.getDirectoryListing(-1, "main:/a/b"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("foo", list.get(1)); // /layer/b should contain foo, bar, and baz. listing = fService.getDirectoryListing(-1, "main:/layer/b"); System.out.println(recursiveList("main", -1, true)); assertEquals(3, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("baz", list.get(1)); assertEquals("foo", list.get(2)); // Remove baz from /layer/b fService.removeNode("main:/layer/b", "baz"); fService.createSnapshot("main", null, null); // History is unchanged. checkHistory(history, "main"); System.out.println(recursiveList("main", -1, true)); // /layer/b should have bar and foo. listing = fService.getDirectoryListing(-1, "main:/layer/b"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("foo", list.get(1)); // /a/b should contain baz and foo as before. listing = fService.getDirectoryListing(-1, "main:/a/b"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("foo", list.get(1)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Yet another test around rename in layers. */ public void testRenameLayer3() throws Exception { try { TreeMap history = new TreeMap(); // Set up a handy hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createFile("main:/a/b", "foo").close(); fService.createFile("main:/a/b", "bar").close(); fService.createDirectory("main:/", "c"); fService.createDirectory("main:/c", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer over /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Move /c/d to /layer fService.rename("main:/c", "d", "main:/layer", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Now make a file in /layer/d fService.createFile("main:/layer/d", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make /a/d/figs and see the wackiness. fService.createDirectory("main:/a", "d"); fService.createFile("main:/a/d", "figs").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/d should no contain baz and figs. Map listing = fService.getDirectoryListing(-1, "main:/layer/d"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("figs", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test the uncover operation. */ public void testUncover() throws Exception { try { TreeMap history = new TreeMap(); // Set up a handy hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a/", "b"); fService.createFile("main:/a/b", "foo").close(); fService.createFile("main:/a/b", "bar").close(); fService.createDirectory("main:/", "c"); fService.createDirectory("main:/c", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer over /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Move /c/d to /layer fService.rename("main:/c", "d", "main:/layer", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a file in /layer/d fService.createFile("main:/layer/d", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make /a/d/figs and see the wackiness. fService.createDirectory("main:/a", "d"); fService.createFile("main:/a/d", "figs").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/d should now contain baz and figs. Map listing = fService.getDirectoryListing(-1, "main:/layer/d"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("figs", list.get(1)); // Rename /layer/d to /layer/e and uncover /layer/d System.out.println(recursiveContents("main:/", -1, true)); fService.rename("main:/layer", "d", "main:/layer", "e"); fService.uncover("main:/layer", "d"); fService.createSnapshot("main", null, null); System.out.println(recursiveContents("main:/", -1, true)); // History unchanged. checkHistory(history, "main"); // /layer/d contains figs. listing = fService.getDirectoryListing(-1, "main:/layer/d"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("figs", list.get(0)); // /layer/e contains baz and figs. listing = fService.getDirectoryListing(-1, "main:/layer/e"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("figs", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Another test of renaming in a layer. */ public void testRenameLayer4() throws Exception { try { TreeMap history = new TreeMap(); // Set up a handy hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createFile("main:/a/b", "foo").close(); fService.createFile("main:/a/b", "bar").close(); fService.createDirectory("main:/", "c"); fService.createDirectory("main:/c", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer over /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Move /layer/b to /b fService.rename("main:/layer", "b", "main:/", "b"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Add something to /a/b and it should show up in /b. fService.createFile("main:/a/b", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /b should have foo and bar and baz. Map listing = fService.getDirectoryListing(-1, "main:/b"); assertEquals(3, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("baz", list.get(1)); assertEquals("foo", list.get(2)); // Add something to /a and it will show up in /layer. fService.createFile("main:/a", "figs").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer should have figs in it. listing = fService.getDirectoryListing(-1, "main:/layer"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("figs", list.get(0)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test branching within branches. */ public void testBranchesInBranches() throws Exception { try { TreeMap history = new TreeMap(); // Set up a hierarchy. setupBasicTree(); // History unchanged. checkHistory(history, "main"); // Make a branch from /a fService.createBranch(-1, "main:/a", "main:/", "abranch"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a branch in something that has been branched. fService.createBranch(-1, "main:/a/b", "main:/a", "bbranch"); fService.createSnapshot("main", null, null); // History unchanged checkHistory(history, "main"); // Everything under /abranch should be identical in this version // and the previous. int version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/abranch", version - 1, true), recursiveContents("main:/abranch", version - 2, true)); // Make a branch within a branch. fService.createBranch(-1, "main:/abranch/b/c", "main:/abranch/b", "cbranch"); fService.createSnapshot("main", null, null); // History unchanged checkHistory(history, "main"); // Everything under /a should be unchanged between this version and the last. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/a", version - 1, true), recursiveContents("main:/a", version - 2, true)); // Make a branch to something outside of a branch inside a branch. fService.createBranch(-1, "main:/d", "main:/abranch", "dbranch"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make something ind /abranch/dbranch. fService.createFile("main:/abranch/dbranch/e/f", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // d should not have changed since the previous version. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/d", version - 1, true), recursiveContents("main:/d", version - 2, true)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test layers inside of layers. */ public void testLayersInLayers() throws Exception { try { TreeMap history = new TreeMap(); setupBasicTree(); // History unchanged. checkHistory(history, "main"); // Create a layer to /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer inside of a layer pointing to d. fService.createLayeredDirectory("main:/d", "main:/layer", "under"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create a file in /layer/under/e/f. fService.createFile("main:/layer/under/e/f", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create a file in /d/e. fService.createFile("main:/d/e", "bow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/under/e should contain bow and f. Map listing = fService.getDirectoryListing(-1, "main:/layer/under/e"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("bow", list.get(0)); assertEquals("f", list.get(1)); // Put a new set of dirs in to be made into a layering under d. fService.createDirectory("main:/", "g"); fService.createDirectory("main:/g", "h"); fService.createDirectory("main:/g/h", "i"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer in /d to /g. fService.createLayeredDirectory("main:/g", "main:/d", "gover"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /d/gover should be identical to /layer/under/gover assertEquals(recursiveContents("main:/d/gover", -1, true), recursiveContents("main:/layer/under/gover", -1, true)); // Create a file in /layer/under/gover/h/i fService.createFile("main:/layer/under/gover/h/i", "moo").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /d should be unchanged before this version and the last // and /g should be unchanged between this version and the last. int version = fService.getNextVersionID("main"); // TODO Need an equivalent test that won't mind the version number change // assertEquals(recursiveContents("main:/d", version - 1, true), // recursiveContents("main:/d", version - 2, true)); // assertEquals(recursiveContents("main:/g", version - 1, true), // recursiveContents("main:/g", version - 2, true)); // Add a file through /d/gover/h/i fService.createFile("main:/d/gover/h/i", "cow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /g should not have changed since its last version. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/g", version - 1, true), recursiveContents("main:/g", version - 2, true)); // /layer/under/gover/h/i shows both moo and cow. listing = fService.getDirectoryListing(-1, "main:/layer/under/gover/h/i"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("cow", list.get(0)); assertEquals("moo", list.get(1)); // Rename /layer/under/gover to /layer/b/gover and see what happens. fService.rename("main:/layer/under", "gover", "main:/layer/b", "gover"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // moo should be in /layer/b/gover/h/i listing = fService.getDirectoryListing(-1, "main:/layer/b/gover/h/i"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("moo", list.get(0)); // Add a new file to /layer/b/gover/h/i fService.createFile("main:/layer/b/gover/h/i", "oink").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/gover/h/i should contain moo, oink. listing = fService.getDirectoryListing(-1, "main:/layer/b/gover/h/i"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("moo", list.get(0)); assertEquals("oink", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test behavior when one branches a layer. */ public void testLayerAndBranch() throws Exception { try { TreeMap history = new TreeMap(); // Create a basic tree. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/a/b/c", "foo").close(); fService.createFile("main:/a/b/c", "bar").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create a layer over /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /a and /layer should have identical contents. assertEquals(recursiveContents("main:/a", -1, true), recursiveContents("main:/layer", -1, true)); // Make a modification in /layer fService.createFile("main:/layer/b", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Branch off layer. fService.createBranch(-1, "main:/layer", "main:/", "branch"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b and /branch/b should have identical contents. assertEquals(recursiveContents("main:/layer/b", -1, true), recursiveContents("main:/branch/b", -1, true)); // Create /branch/b/c/foo fService.createFile("main:/branch/b/c", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer should not have changed. int version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/layer", version - 1, true), recursiveContents("main:/layer", version - 2, true)); // Change something in /layer fService.createFile("main:/layer/b/c", "fig").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /branch should not have changed. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/branch", version - 1, true), recursiveContents("main:/branch", version - 2, true)); // Create another layer on /a fService.createLayeredDirectory("main:/a", "main:/", "layer2"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Branch from /layer2/b. fService.createBranch(-1, "main:/layer2/b", "main:/", "branch2"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create something in the branch. fService.createFile("main:/branch2", "goofy").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer2 should be unchanged. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/layer2", version - 1, true), recursiveContents("main:/layer2", version - 2, true)); // Remove something from /layer2 fService.removeNode("main:/layer2/b/c", "foo"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /branch2 is unchanged. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/branch2", version - 1, true), recursiveContents("main:/branch2", version - 2, true)); // /a is unchanged. assertEquals(recursiveContents("main:/a", version - 1, true), recursiveContents("main:/a", version - 2, true)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test scenario in which something is renamed from inside one independent layer to another. */ public void testRenameLayerToLayer() throws Exception { try { TreeMap history = new TreeMap(); // Set up two trees fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/a/b/c", "foo").close(); fService.createFile("main:/a/b/c", "bar").close(); fService.createDirectory("main:/", "d"); fService.createDirectory("main:/d", "e"); fService.createDirectory("main:/d/e", "f"); fService.createFile("main:/d/e/f", "moo").close(); fService.createFile("main:/d/e/f", "cow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a layer to /a and a layer to /d fService.createLayeredDirectory("main:/a", "main:/", "la"); fService.createLayeredDirectory("main:/d", "main:/", "ld"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Move /la/b/c to /ld/e/c. fService.rename("main:/la/b", "c", "main:/ld/e", "c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create file /ld/e/c/baz. fService.createFile("main:/ld/e/c", "baz").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Here's the thing we'd like to assert. assertEquals("main:/a/b/c", fService.lookup(-1, "main:/ld/e/c").getIndirection()); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test Nothing. Just make sure set up works. */ public void testNothing() throws Exception { } /** * Test making a simple directory. */ public void testCreateDirectory() throws Exception { try { fService.createDirectory("main:/", "testdir"); fService.createSnapshot("main", null, null); assertEquals(AVMNodeType.PLAIN_DIRECTORY, fService.lookup(-1, "main:/").getType()); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "@cm\\:name:testdir"); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(2, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test creating a file. */ public void testCreateFile() throws Exception { try { testCreateDirectory(); fService.createFile("main:/testdir", "testfile").close(); fService.createFile("main:/", "testfile2").close(); fService.createSnapshot("main", null, null); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "@cm\\:name:testfile"); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "@cm\\:name:testfile2"); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"This is testdir/testfile\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"This is testfile2\""); assertEquals(0, results.length()); results.close(); ContentWriter writer = fService.getContentWriter("main:/testdir/testfile", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); PrintStream out = new PrintStream(writer.getContentOutputStream()); out.println("This is testdir/testfile"); out.close(); out = new PrintStream(fService.getFileOutputStream("main:/testfile2")); writer = fService.getContentWriter("main:/testfile2", true); writer.setEncoding("UTF-8"); writer.setMimetype(MimetypeMap.MIMETYPE_TEXT_PLAIN); out = new PrintStream(writer.getContentOutputStream()); out.println("This is testfile2"); out.close(); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", "TEXT:\"This is testdir/testfile\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "TEXT:\"This is testfile2\""); assertEquals(1, results.length()); results.close(); List versions = fService.getStoreVersions("main"); for (VersionDescriptor version : versions) { System.out.println("V:" + version.getVersionID()); System.out.println(recursiveList("main", version.getVersionID(), true)); } BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/testdir/testfile"))); String line = reader.readLine(); assertEquals("This is testdir/testfile", line); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/testfile2"))); line = reader.readLine(); assertEquals("This is testfile2", line); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test creating a branch. */ public void testCreateBranch() throws Exception { try { setupBasicTree(); fService.createBranch(-1, "main:/a", "main:/d/e", "abranch"); fService.createSnapshot("main", null, null); List versions = fService.getStoreVersions("main"); for (VersionDescriptor version : versions) { System.out.println("V:" + version.getVersionID()); System.out.println(recursiveList("main", version.getVersionID(), true)); } String original = recursiveList("main:/a", -1, 0, true); original = original.substring(original.indexOf('\n')); String branch = recursiveList("main:/d/e/abranch", -1, 0, true); branch = branch.substring(branch.indexOf('\n')); assertEquals(original, branch); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test creating a layer. */ public void testCreateLayer() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/d/e", "alayer"); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); assertEquals("main:/a", fService.getIndirectionPath(-1, "main:/d/e/alayer")); assertEquals(recursiveContents("main:/a", -1, true), recursiveContents("main:/d/e/alayer", -1, true)); PrintStream out = new PrintStream(fService.getFileOutputStream("main:/d/e/alayer/b/c/foo")); out.println("I am main:/d/e/alayer/b/c/foo"); out.close(); fService.createSnapshot("main", null, null); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/a/b/c/foo"))); String line = reader.readLine(); reader.close(); assertEquals("I am main:/a/b/c/foo", line); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test creating a layered file. */ public void testLayeredFile1() throws Exception { try { setupBasicTree(); fService.createLayeredFile("main:/a/b/c/foo", "main:/d", "lfoo"); assertTrue(fService.lookup(-1, "main:/d/lfoo").isLayeredFile()); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); assertEquals("main:/a/b/c/foo", fService.lookup(-1, "main:/d/lfoo").getIndirection()); assertTrue(fService.lookup(-1, "main:/d/lfoo").isLayeredFile()); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/d/lfoo"))); String line = reader.readLine(); reader.close(); assertEquals("I am main:/a/b/c/foo", line); PrintStream out = new PrintStream(fService.getFileOutputStream("main:/d/lfoo")); out.println("I am main:/d/lfoo"); out.close(); assertFalse(fService.lookup(-1, "main:/d/lfoo").isLayeredFile()); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/a/b/c/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/a/b/c/foo", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/d/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/d/lfoo", line); assertFalse(fService.lookup(-1, "main:/d/lfoo").isLayeredFile()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } public void testLayeredFile2() throws Exception { try { AVMNodeDescriptor desc = fService.lookup(-1, "main:/foo"); assertNull(desc); try { fService.getFileOutputStream("main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } // create plain file fService.createFile("main:/", "foo").close(); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); String line = reader.readLine(); reader.close(); assertNull(line); PrintStream out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V1a"); out.close(); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V1b"); out.close(); out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V1c"); out.close(); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V1c", line); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V2a"); out.close(); assertEquals(2, fService.lookup(-1, "main:/foo").getVersionID()); out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V2b"); out.close(); assertEquals(2, fService.lookup(-1, "main:/foo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(2, fService.lookup(-1, "main:/foo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V2b", line); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V3"); out.close(); assertEquals(3, fService.lookup(-1, "main:/foo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(3, fService.lookup(-1, "main:/foo").getVersionID()); try { fService.createLayeredFile("main:/foo", "main:/", "foo"); fail("Unexpected"); } catch (AVMExistsException ee) { // expected } // create layered file fService.createLayeredFile("main:/foo", "main:/", "lfoo"); assertEquals(3, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); assertTrue(fService.lookup(-1, "main:/lfoo").isLayeredFile()); assertEquals("main:/foo", fService.lookup(-1, "main:/lfoo").getIndirection()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V3", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V3", line); fService.createSnapshot("main", null, null); assertEquals(3, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V3", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V3", line); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V4"); out.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V4", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V4", line); assertEquals(4, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(4, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(2, fService.lookup(-1, "main:/lfoo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V4", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V4", line); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V5a"); out.close(); out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V5b"); out.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V5b", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V5b", line); assertEquals(5, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(2, fService.lookup(-1, "main:/lfoo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(5, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(3, fService.lookup(-1, "main:/lfoo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V5b", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V5b", line); // update plain file out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V6"); out.close(); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(3, fService.lookup(-1, "main:/lfoo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(4, fService.lookup(-1, "main:/lfoo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V6", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V6", line); // update layered file out = new PrintStream(fService.getFileOutputStream("main:/lfoo")); out.println("I am main:/lfoo V1"); out.close(); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(5, fService.lookup(-1, "main:/lfoo").getVersionID()); assertFalse(fService.lookup(-1, "main:/lfoo").isLayeredFile()); fService.createSnapshot("main", null, null); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(5, fService.lookup(-1, "main:/lfoo").getVersionID()); assertFalse(fService.lookup(-1, "main:/lfoo").isLayeredFile()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V6", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/lfoo V1", line); // update layered file out = new PrintStream(fService.getFileOutputStream("main:/lfoo")); out.println("I am main:/lfoo V2"); out.close(); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(6, fService.lookup(-1, "main:/lfoo").getVersionID()); assertFalse(fService.lookup(-1, "main:/lfoo").isLayeredFile()); fService.createSnapshot("main", null, null); assertEquals(6, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(6, fService.lookup(-1, "main:/lfoo").getVersionID()); assertFalse(fService.lookup(-1, "main:/lfoo").isLayeredFile()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V6", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/lfoo V2", line); // remove plain file fService.removeNode("main:/foo"); desc = fService.lookup(-1, "main:/foo"); assertNull(desc); try { fService.getFileOutputStream("main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } fService.createSnapshot("main", null, null); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/lfoo V2", line); assertEquals(6, fService.lookup(-1, "main:/lfoo").getVersionID()); // remove layered file fService.removeNode("main:/lfoo"); desc = fService.lookup(-1, "main:/lfoo"); assertNull(desc); try { fService.getFileOutputStream("main:/lfoo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/lfoo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } fService.createSnapshot("main", null, null); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } public void testLayeredFile3() throws Exception { try { AVMNodeDescriptor desc = fService.lookup(-1, "main:/foo"); assertNull(desc); try { fService.getFileOutputStream("main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } // create layered file (pointing nowhere) fService.createLayeredFile("main:/foo", "main:/", "lfoo"); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); fService.createSnapshot("main", null, null); try { fService.getFileOutputStream("main:/lfoo"); fail("Unexpected"); } catch (AVMException e) { // TODO - review } try { fService.getFileInputStream(-1, "main:/lfoo"); fail("Unexpected"); } catch (AVMException e) { // TODO - review } // create plain file fService.createFile("main:/", "foo").close(); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); String line = reader.readLine(); reader.close(); assertNull(line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertNull(line); // update plain file PrintStream out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.println("I am main:/foo V1"); out.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V1", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V1", line); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(1, fService.lookup(-1, "main:/lfoo").getVersionID()); fService.createSnapshot("main", null, null); assertEquals(1, fService.lookup(-1, "main:/foo").getVersionID()); assertEquals(2, fService.lookup(-1, "main:/lfoo").getVersionID()); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V1", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/lfoo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/foo V1", line); // remove plain file fService.removeNode( "main:/foo"); desc = fService.lookup(-1, "main:/foo"); assertNull(desc); try { fService.getFileOutputStream("main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/foo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } assertEquals(2, fService.lookup(-1, "main:/lfoo").getVersionID()); try { fService.getFileInputStream(-1, "main:/lfoo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } fService.createSnapshot("main", null, null); assertEquals(3, fService.lookup(-1, "main:/lfoo").getVersionID()); try { fService.getFileInputStream(-1, "main:/lfoo"); fail("Unexpected"); } catch (AVMNotFoundException nfe) { // expected } assertTrue(fService.lookup(-1, "main:/lfoo").isLayeredFile()); assertFalse(fService.lookup(-1, "main:/lfoo").isPlainFile()); try { fService.getFileOutputStream("main:/lfoo"); fail(); } catch (AVMException e) { // TODO - review } // remove layered file fService.removeNode("main:/lfoo"); fService.createSnapshot("main", null, null); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } public void testLayeredFile4() throws Exception { try { fService.createStore("mainA"); fService.createStore("mainB"); fService.createStore("mainB--layer"); fService.createDirectory("mainA:/", "a"); fService.createDirectory("mainB:/", "a"); fService.createLayeredDirectory("mainB:/a", "mainB--layer:/", "a"); // note: unlike WCM, edit staging directly (ie. don't bother with mainA--layer for now) fService.createFile("mainA:/a", "foo").close(); PrintStream out = new PrintStream(fService.getFileOutputStream("mainA:/a/foo")); out.println("I am mainA:/a/foo"); out.close(); fService.createSnapshot("mainA", null, null); // note: WCM does not expose layered file (between web project staging sandboxes) fService.createLayeredFile("mainA:/a/foo", "mainB:/a", "foo"); AVMNodeDescriptor foo = fService.lookup(-1, "mainB--layer:/a/foo"); assertEquals(1, foo.getVersionID()); assertTrue(foo.isLayeredFile()); ContentData cData = fService.getContentDataForRead(foo); assertNotNull(cData); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "mainB--layer:/a/foo"))); String line = reader.readLine(); reader.close(); assertEquals("I am mainA:/a/foo", line); foo = fService.lookup(-1, "mainB:/a/foo"); assertEquals(1, foo.getVersionID()); assertTrue(foo.isLayeredFile()); cData = fService.getContentDataForRead(foo); assertNotNull(cData); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "mainB:/a/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am mainA:/a/foo", line); foo = fService.lookup(-1, "mainA:/a/foo"); assertEquals(1, foo.getVersionID()); assertTrue(foo.isPlainFile()); cData = fService.getContentDataForRead(foo); assertNotNull(cData); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "mainA:/a/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am mainA:/a/foo", line); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("mainA"); fService.purgeStore("mainB"); fService.purgeStore("mainB--layer"); } } /** * Test rename. */ public void testRename() throws Exception { try { setupBasicTree(); // -ve test try { // note: without trailing "/" fService.rename("main:/a", "b", "main:/a/b", "b"); fail("Renaming folder into itself should cause cycle exception"); } catch (AVMCycleException ace) { // ignore - expected } // -ve test try { // note: with trailing "/" fService.rename("main:/a/", "b", "main:/a/b/", "b"); fail("Renaming folder into itself should cause cycle exception"); } catch (AVMCycleException ace) { // ignore - expected } // -ve test try { fService.rename("main:/", "a", "main:/a/b", "c"); fail("Renaming folder tree into itself should cause cycle exception"); } catch (AVMCycleException ace) { // ignore - expected } fService.rename("main:/a", "b", "main:/d/e", "brenamed"); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); assertEquals(recursiveContents("main:/a/b", 1, true), recursiveContents("main:/d/e/brenamed", 2, true)); // Test inedx update StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); // Text index SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(2, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(1, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":main"); assertEquals(9, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/brenamed\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/brenamed/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/brenamed/c/foo\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/brenamed/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(8, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test remove. */ public void testRemove() throws Exception { try { setupBasicTree(); TreeMap history = new TreeMap(); checkHistory(history, "main"); System.out.println(history.get(0)); fService.removeNode("main:/a/b/c", "foo"); fService.createSnapshot("main", null, null); checkHistory(history, "main"); System.out.println(history.get(1)); Map l = fService.getDirectoryListing(-1, "main:/a/b/c"); assertEquals(1, l.size()); fService.removeNode("main:/d", "e"); fService.createSnapshot("main", null, null); checkHistory(history, "main"); System.out.println(history.get(2)); l = fService.getDirectoryListing(-1, "main:/d"); assertEquals(0, l.size()); // Text index StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "TEXT:\"I am main\""); assertEquals(1, results.length()); results.close(); // Basic properties // Note "a" is a stop word and therefore not findable ... results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":\"foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NAME) + ":foo"); assertEquals(0, results.length()); results.close(); // TODO: Fix auth in AVMDiskDriver and more?? results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + "main"); assertEquals(6, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/foo\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c/bar\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(5, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(4, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test branching from one AVMStore to another. */ public void testBranchAcross() throws Exception { try { setupBasicTree(); fService.createStore("second"); List repos = fService.getStores(); assertTrue(checkStoreExists("main", repos)); assertTrue(checkStoreExists("second", repos)); fService.createBranch(-1, "main:/", "second:/", "main"); fService.createSnapshot("second", null, null); System.out.println(recursiveList("second", -1, true)); assertEquals(recursiveContents("main:/", -1, true), recursiveContents("second:/main", -1, true)); // Now make sure nothing happens to the branched from place, // if the branch is modified. PrintStream out = new PrintStream(fService.getFileOutputStream("second:/main/a/b/c/foo")); out.println("I am second:/main/a/b/c/foo"); out.close(); fService.createSnapshot("second", null, null); System.out.println(recursiveList("second", -1, true)); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/a/b/c/foo"))); String line = reader.readLine(); reader.close(); assertEquals("I am main:/a/b/c/foo", line); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("second"); } } private boolean checkStoreExists(String storeName, List stores) { for (AVMStoreDescriptor store : stores) { if (store.getName().equals(storeName)) { return true; } } return false; } /** * Test creating a layer across AVMStores. */ public void testLayerAcross() throws Exception { try { setupBasicTree(); fService.createStore("second"); fService.createLayeredDirectory("main:/", "second:/", "main"); fService.createSnapshot("second", null, null); System.out.println(recursiveList("second", -1, true)); assertEquals(recursiveContents("main:/", -1, true), recursiveContents("second:/main", -1, true)); // Now make sure that a copy on write will occur and // that the underlying stuff doesn't get changed. PrintStream out = new PrintStream(fService.getFileOutputStream("second:/main/a/b/c/foo")); out.println("I am second:/main/a/b/c/foo"); out.close(); fService.createSnapshot("second", null, null); System.out.println(recursiveList("second", -1, true)); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "second:/main/a/b/c/foo"))); String line = reader.readLine(); reader.close(); assertEquals("I am second:/main/a/b/c/foo", line); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/a/b/c/foo"))); line = reader.readLine(); reader.close(); assertEquals("I am main:/a/b/c/foo", line); fService.purgeStore("second"); fService.purgeVersion(1, "main"); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test rename across AVMStores. */ public void testRenameAcross() throws Exception { try { setupBasicTree(); fService.createStore("second"); fService.rename("main:/a/b", "c", "second:/", "cmoved"); ArrayList toSnapshot = new ArrayList(); toSnapshot.add("main"); toSnapshot.add("second"); System.out.println(recursiveList("main", -1, true)); System.out.println(recursiveList("second", -1, true)); // Check that the moved thing has identical contents to the thing it // was moved from. assertEquals(recursiveContents("main:/a/b/c", 1, true), recursiveContents("second:/cmoved", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("second"); } } /** * Test COW in various circumstances. */ public void testDeepCOW() throws Exception { try { // Makes a layer on top of a layer on top of a plain directory. // Assures that the correct layers are copied when files // are added in the two layers. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createSnapshot("main", null, null); Map listing = fService.getDirectoryListing(-1, "main:/a"); assertEquals(1, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("b", list.get(0)); fService.createLayeredDirectory("main:/a", "main:/", "c"); fService.createLayeredDirectory("main:/c", "main:/", "d"); fService.createFile("main:/d/b", "foo.txt").close(); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); listing = fService.getDirectoryListing(-1, "main:/d/b"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("foo.txt", list.get(0)); fService.createFile("main:/c/b", "bar.txt").close(); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); listing = fService.getDirectoryListing(-1, "main:/c/b"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar.txt", list.get(0)); listing = fService.getDirectoryListing(-1, "main:/d/b"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar.txt", list.get(0)); assertEquals("foo.txt", list.get(1)); AVMNodeDescriptor[] arrayListing = fService.getDirectoryListingArray(-1, "main:/d/b", false); assertEquals("bar.txt", arrayListing[0].getName()); assertEquals("foo.txt", arrayListing[1].getName()); fService.rename("main:/", "c", "main:/", "e"); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); listing = fService.getDirectoryListing(-1, "main:/d/b"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("foo.txt", list.get(0)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test branching and layering interaction. */ public void testBranchAndLayer() throws Exception { try { // Create a simple directory hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createFile("main:/a/b", "c.txt").close(); fService.createFile("main:/a/b", "d.txt").close(); fService.createFile("main:/a", "e.txt").close(); fService.createSnapshot("main", null, null); // Make a branch off of a. fService.createBranch(-1, "main:/a", "main:/", "branch"); fService.createSnapshot("main", null, null); // The branch should contain exactly the same things as the thing // it branched from. assertEquals(recursiveContents("main:/a", -1, true), recursiveContents("main:/branch", -1, true)); // Make a layer pointing to /branch/b fService.createLayeredDirectory("main:/branch/b", "main:/", "layer"); fService.createSnapshot("main", null, null); // The new layer should contain exactly the same things as the thing it is layered to. assertEquals(recursiveContents("main:/branch/b", -1, true), recursiveContents("main:/layer", -1, true)); // Make a modification in /a/b, the original branch. PrintStream out = new PrintStream(fService.getFileOutputStream("main:/a/b/c.txt")); out.println("I am c, modified in main:/a/b."); out.close(); fService.createSnapshot("main", null, null); // The layer should still have identical content to /branch/b. assertEquals(recursiveContents("main:/branch/b", -1, true), recursiveContents("main:/layer", -1, true)); // But the layer won't have contents identical to /a/b's assertFalse(recursiveContents("main:/a/b", -1, true).equals(recursiveContents("main:/layer", -1, true))); // Make a modification in /branch/b out = new PrintStream(fService.getFileOutputStream("main:/branch/b/d.txt")); out.println("I am d, modified in main:/branch/b"); out.close(); fService.createSnapshot("main", null, null); // The layer contents should be identical to the latest contents of /branch/b. assertEquals(recursiveContents("main:/branch/b", -1, true), recursiveContents("main:/layer", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test basic Layering. */ public void testLayering() throws Exception { try { // Make some directories; fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createDirectory("main:/a/b/c", "d"); fService.createSnapshot("main", null, null); // Now make some layers. Three to be precise. fService.createLayeredDirectory("main:/a", "main:/", "e"); fService.createLayeredDirectory("main:/e", "main:/", "f"); fService.createLayeredDirectory("main:/f", "main:/", "g"); fService.createSnapshot("main", null, null); // e, f, g should all have the same contents as a. String a = recursiveContents("main:/a", -1, true); String e = recursiveContents("main:/e", -1, true); String f = recursiveContents("main:/f", -1, true); String g = recursiveContents("main:/g", -1, true); assertEquals(a, e); assertEquals(a, f); assertEquals(a, g); // Now make a file in /g/b/c/d and /f/b/c/d fService.createFile("main:/g/b/c/d", "foo").close(); fService.createFile("main:/f/b/c/d", "bar").close(); fService.createSnapshot("main", null, null); // /g/b/c/d should contain foo and bar. Map listing = fService.getDirectoryListing(-1, "main:/g/b/c/d"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("foo", list.get(1)); // /f/b/c/d should contain just bar. listing = fService.getDirectoryListing(-1, "main:/f/b/c/d"); assertEquals(1, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); // Now do something in the bottom layer. fService.createFile("main:/a/b/c", "baz").close(); fService.createSnapshot("main", null, null); // /e/b/c should contain baz and d listing = fService.getDirectoryListing(-1, "main:/e/b/c"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("d", list.get(1)); // Now add something in the e layer. fService.createFile("main:/e/b/c/d", "bing").close(); fService.createSnapshot("main", null, null); // /f/b/c/d should now contain bar and bing. listing = fService.getDirectoryListing(-1, "main:/f/b/c/d"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("bing", list.get(1)); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test rename within a layer. */ public void testRenameInLayer() throws Exception { try { // Setup a base hierarchy. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createDirectory("main:/a", "d"); fService.createSnapshot("main", null, null); // Now make a layer to a. fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // /layer should have the same contents as /a at this point. assertEquals(recursiveContents("main:/a", -1, true), recursiveContents("main:/layer", -1, true)); // Now we will rename /layer/d to /layer/moved fService.rename("main:/layer", "d", "main:/layer", "moved"); fService.createSnapshot("main", null, null); // /layer should contain b and moved Map listing = fService.getDirectoryListing(-1, "main:/layer"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("b", list.get(0)); assertEquals("moved", list.get(1)); // Now rename moved back to d. fService.rename("main:/layer", "moved", "main:/layer", "d"); fService.createSnapshot("main", null, null); // /layer should contain b and d. listing = fService.getDirectoryListing(-1, "main:/layer"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("b", list.get(0)); assertEquals("d", list.get(1)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test behavior of multiply layers not in register. */ public void testMultiLayerUnregistered() throws Exception { try { TreeMap history = new TreeMap(); setupBasicTree(); // History unchanged. checkHistory(history, "main"); // Create layered directory /d/e/f/ to /a fService.createLayeredDirectory("main:/a", "main:/d/e/f", "l0"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create layered directory /d/l1 to /d/e/f. fService.createLayeredDirectory("main:/d/e/f", "main:/d", "l1"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create layered directory /l2 to /d fService.createLayeredDirectory("main:/d", "main:/", "l2"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create /l2/l1/l0/a/foo. fService.createFile("main:/l2/l1/l0/b", "foo").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /l2/l1/l0 should now point at /d/l1/l0 assertEquals("main:/d/l1/l0", fService.lookup(-1, "main:/l2/l1/l0").getIndirection()); // /l2/l1/l0/b should now point at /d/l1/l0/b assertEquals("main:/d/l1/l0/b", fService.lookup(-1, "main:/l2/l1/l0/b").getIndirection()); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test makePrimary. */ public void testMakePrimary() throws Exception { try { TreeMap history = new TreeMap(); setupBasicTree(); // History unchanged. checkHistory(history, "main"); // Make a layer to /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make /layer/b/c primary. fService.makePrimary("main:/layer/b/c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Rename /layer/b/c to /layer/c fService.rename("main:/layer/b", "c", "main:/layer", "c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /a/b/c should have identical contents to /layer/c assertEquals(recursiveContents("main:/a/b/c", -1, true), recursiveContents("main:/layer/c", -1, true)); // Create /layer2 to /a. fService.createLayeredDirectory("main:/a", "main:/", "layer2"); // Make a file down in /layer2/b/c fService.createFile("main:/layer2/b/c", "baz").close(); // make /layer2/b/c primary. fService.makePrimary("main:/layer2/b/c"); // Rename /layer2/b/c to /layer2/c fService.rename("main:/layer2/b", "c", "main:/layer2", "c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer2/c should contain foo bar and baz. Map listing = fService.getDirectoryListing(-1, "main:/layer2/c"); assertEquals(3, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("bar", list.get(0)); assertEquals("baz", list.get(1)); assertEquals("foo", list.get(2)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test retargeting a directory. */ public void testRetarget() throws Exception { try { TreeMap history = new TreeMap(); setupBasicTree(); // History unchanged. checkHistory(history, "main"); // Make a layer to /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Retarget /layer/b/c to /d. fService.retargetLayeredDirectory("main:/layer/b/c", "main:/d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/c should contain e. Map listing = fService.getDirectoryListing(-1, "main:/layer/b/c"); assertEquals(1, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("e", list.get(0)); // Rename /layer/b/c to /layer/c fService.rename("main:/layer/b", "c", "main:/layer", "c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /d should have identical contents to /layer/c assertEquals(recursiveContents("main:/d", -1, true), recursiveContents("main:/layer/c", -1, true)); // Create /layer2 to /a. fService.createLayeredDirectory("main:/a", "main:/", "layer2"); // Make a file down in /layer2/b/c fService.createFile("main:/layer2/b/c", "baz").close(); // make /layer2/b/c primary. fService.retargetLayeredDirectory("main:/layer2/b/c", "main:/d"); // Rename /layer2/b/c to /layer2/c fService.rename("main:/layer2/b", "c", "main:/layer2", "c"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer2/c should have baz and e in it. listing = fService.getDirectoryListing(-1, "main:/layer2/c"); assertEquals(2, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("baz", list.get(0)); assertEquals("e", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test rename between branches. */ public void testRenameBranchToBranch() throws Exception { try { TreeMap history = new TreeMap(); // Set up two trees fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/a/b/c", "foo").close(); fService.createFile("main:/a/b/c", "bar").close(); fService.createDirectory("main:/", "d"); fService.createDirectory("main:/d", "e"); fService.createDirectory("main:/d/e", "f"); fService.createFile("main:/d/e/f", "moo").close(); fService.createFile("main:/d/e/f", "cow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make branches. fService.createBranch(-1, "main:/a/b", "main:/", "abranch"); fService.createBranch(-1, "main:/d/e", "main:/", "dbranch"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Move /abranch/c/foo /dbranch/foo fService.rename("main:/abranch/c", "foo", "main:/dbranch", "foo"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Confirm that /a and /d are unchanged. int version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/a", version - 1, true), recursiveContents("main:/a", version - 2, true)); assertEquals(recursiveContents("main:/d", version - 1, true), recursiveContents("main:/d", version - 2, true)); // Move /dbranch/f to /abranch/c/f fService.rename("main:/dbranch", "f", "main:/abranch/c", "f"); fService.createSnapshot("main", null, null); // Confirm that /a and /d are unchanged. version = fService.getNextVersionID("main"); assertEquals(recursiveContents("main:/a", version - 1, true), recursiveContents("main:/a", version - 2, true)); assertEquals(recursiveContents("main:/d", version - 1, true), recursiveContents("main:/d", version - 2, true)); // History unchanged. checkHistory(history, "main"); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test a branch being created in a layer. */ public void testBranchIntoLayer() throws Exception { try { TreeMap history = new TreeMap(); // Set up two trees fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/a/b/c", "foo").close(); fService.createFile("main:/a/b/c", "bar").close(); fService.createDirectory("main:/", "d"); fService.createDirectory("main:/d", "e"); fService.createDirectory("main:/d/e", "f"); fService.createFile("main:/d/e/f", "moo").close(); fService.createFile("main:/d/e/f", "cow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create a layer to /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Now create a branch from /d in /layer/a/b. fService.createBranch(-1, "main:/d", "main:/layer/b", "branch"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Now modify /layer/b/branch/e/f/moo. PrintStream out = new PrintStream(fService.getFileOutputStream("main:/layer/b/branch/e/f/moo")); out.println("moo modified."); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/branch/e/f should contain moo and cow. Map listing = fService.getDirectoryListing(-1, "main:/layer/b/branch/e/f"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("cow", list.get(0)); assertEquals("moo", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test renaming into a layer. */ public void testRenameIntoLayer() throws Exception { try { TreeMap history = new TreeMap(); // Set up two trees fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/a/b/c", "foo").close(); fService.createFile("main:/a/b/c", "bar").close(); fService.createDirectory("main:/", "d"); fService.createDirectory("main:/d", "e"); fService.createDirectory("main:/d/e", "f"); fService.createFile("main:/d/e/f", "moo").close(); fService.createFile("main:/d/e/f", "cow").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Create a layer to /a fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Now rename /d into /layer/a/b. fService.rename("main:/", "d", "main:/layer/b", "d"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Now modify /layer/b/branch/e/f/moo. PrintStream out = new PrintStream(fService.getFileOutputStream("main:/layer/b/d/e/f/moo")); out.println("moo modified."); out.close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/branch/e/f should contain moo and cow. Map listing = fService.getDirectoryListing(-1, "main:/layer/b/d/e/f"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("cow", list.get(0)); assertEquals("moo", list.get(1)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test proper indirection behavior. */ public void testIndirectionBehavior() throws Exception { try { TreeMap history = new TreeMap(); // Setup the stage. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createDirectory("main:/a/b/c", "d"); fService.createDirectory("main:/a/b/c/d", "e"); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); fService.createDirectory("main:/", "f"); fService.createDirectory("main:/f", "g"); fService.createDirectory("main:/f/g", "h"); fService.createLayeredDirectory("main:/f", "main:/", "flayer"); fService.createLayeredDirectory("main:/flayer", "main:/layer/b/c", "fover"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); fService.createDirectory("main:/", "i"); fService.createDirectory("main:/i", "j"); fService.createDirectory("main:/i/j", "k"); fService.createLayeredDirectory("main:/i", "main:/f/g/h", "iover"); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); fService.createFile("main:/layer/b/c/fover/g/h/iover/j/k", "foo").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // Make a file in /i/j/k fService.createFile("main:/i/j/k", "pismo").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/c/fover/g/h/iover/j/k should contain pismo and foo. Map listing = fService.getDirectoryListing(-1, "main:/layer/b/c/fover/g/h/iover/j/k"); assertEquals(2, listing.size()); List list = new ArrayList(listing.keySet()); assertEquals("foo", list.get(0)); assertEquals("pismo", list.get(1)); // Make a file in /flayer/g/h/iover/j/k fService.createFile("main:/flayer/g/h/iover/j/k", "zuma").close(); fService.createSnapshot("main", null, null); // History unchanged. checkHistory(history, "main"); // /layer/b/c/fover/g/h/iover/j/k should contain foo, pismo, and zuma. listing = fService.getDirectoryListing(-1, "main:/layer/b/c/fover/g/h/iover/j/k"); assertEquals(3, listing.size()); list = new ArrayList(listing.keySet()); assertEquals("foo", list.get(0)); assertEquals("pismo", list.get(1)); assertEquals("zuma", list.get(2)); for (String val : history.values()) { System.out.println(val); } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test reading of versioned content via a layer. */ public void testVersionedRead() throws Exception { try { PrintStream out = new PrintStream(fService.createFile("main:/", "foo")); out.print("version1"); out.close(); fService.createLayeredFile("main:/foo", "main:/", "afoo"); fService.createSnapshot("main", null, null); assertEquals(8, fService.lookup(-1, "main:/foo").getLength()); out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.print("version2"); out.close(); fService.createSnapshot("main", null, null); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(1, "main:/afoo"))); assertEquals("version1", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(2, "main:/afoo"))); assertEquals("version2", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/afoo"))); assertEquals("version2", reader.readLine()); reader.close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } public void testVersionedRead2() throws Exception { try { assertNull(fService.lookup(-1, "main:/foo")); assertNull(fService.lookup(-1, "main:/afoo")); try { fService.getFileInputStream(-1, "main:/afoo"); fail(); } catch (AVMNotFoundException nfe) { // expected } PrintStream out = new PrintStream(fService.createFile("main:/", "foo")); out.print("version1"); out.close(); BufferedReader reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/foo"))); assertEquals("version1", reader.readLine()); reader.close(); fService.createLayeredFile("main:/foo", "main:/", "afoo"); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(-1, "main:/afoo"))); assertEquals("version1", reader.readLine()); reader.close(); fService.createSnapshot("main", null, null); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(1, "main:/foo"))); assertEquals("version1", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(1, "main:/afoo"))); assertEquals("version1", reader.readLine()); reader.close(); assertEquals(8, fService.lookup(-1, "main:/foo").getLength()); out = new PrintStream(fService.getFileOutputStream("main:/foo")); out.print("version2"); out.close(); fService.createSnapshot("main", null, null); fService.createSnapshot("main", null, null); fService.removeNode("main:/foo"); fService.createSnapshot("main", null, null); // check versions of the plain file (main:/foo) try { fService.getFileInputStream(0, "main:/foo"); fail(); } catch (AVMNotFoundException nfe) { // expected } reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(1, "main:/foo"))); assertEquals("version1", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(2, "main:/foo"))); assertEquals("version2", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(3, "main:/foo"))); assertEquals("version2", reader.readLine()); reader.close(); try { fService.getFileInputStream(4, "main:/foo"); fail(); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/foo"); fail(); } catch (AVMNotFoundException nfe) { // expected } // check versions of the layered file (main:/afoo) try { fService.getFileInputStream(0, "main:/afoo"); fail(); } catch (AVMNotFoundException nfe) { // expected } reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(1, "main:/afoo"))); assertEquals("version1", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(2, "main:/afoo"))); assertEquals("version2", reader.readLine()); reader.close(); reader = new BufferedReader(new InputStreamReader(fService.getFileInputStream(3, "main:/afoo"))); assertEquals("version2", reader.readLine()); reader.close(); try { fService.getFileInputStream(4, "main:/afoo"); fail(); } catch (AVMNotFoundException nfe) { // expected } try { fService.getFileInputStream(-1, "main:/afoo"); fail(); } catch (AVMNotFoundException nfe) { // expected } } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test rename of an overlayed directory contained in an overlayed directory. */ public void testRenameLayerInLayer() throws Exception { try { // Make some directories. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createSnapshot("main", null, null); // Make a layer to /a. fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); // Force a copy on write in the layer. fService.createFile("main:/layer/b/c", "foo").close(); fService.createSnapshot("main", null, null); assertEquals("main:/a/b/c", fService.lookup(-1, "main:/layer/b/c").getIndirection()); // Now rename. fService.rename("main:/layer/b", "c", "main:/layer/b", "d"); fService.createSnapshot("main", null, null); assertEquals("main:/a/b/d", fService.lookup(-1, "main:/layer/b/d").getIndirection()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Yet another rename from layer to layer test. */ public void testAnotherRename() throws Exception { try { // Make two directory trees. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createDirectory("main:/", "d"); fService.createDirectory("main:/d", "e"); fService.createDirectory("main:/d/e", "f"); fService.createSnapshot("main", null, null); runQueriesForInitialRenameStructure("main"); // Make a layer over each. fService.createLayeredDirectory("main:/a", "main:/", "la"); fService.createLayeredDirectory("main:/d", "main:/", "ld"); fService.createSnapshot("main", null, null); // TODO: Sort out paths to layers .... // runQueriesForInitialRenameStructureAndInitialLayers("main"); // rename from down in one layer to another. fService.rename("main:/ld/e", "f", "main:/la/b", "f"); fService.createSnapshot("main", null, null); AVMNodeDescriptor desc = fService.lookup(-1, "main:/la/b/f"); assertTrue(desc.isPrimary()); assertEquals("main:/d/e/f", desc.getIndirection()); // Now rename in in the layer. fService.rename("main:/la/b", "f", "main:/la/b/c", "f"); fService.createSnapshot("main", null, null); desc = fService.lookup(-1, "main:/la/b/c/f"); assertTrue(desc.isPrimary()); assertEquals("main:/d/e/f", desc.getIndirection()); // Now create a directory in the layered f. fService.createDirectory("main:/la/b/c/f", "dir"); fService.createSnapshot("main", null, null); desc = fService.lookup(-1, "main:/la/b/c/f/dir"); assertFalse(desc.isPrimary()); assertEquals("main:/d/e/f/dir", desc.getIndirection()); // Now rename that and see where it points. fService.rename("main:/la/b/c/f", "dir", "main:/la/b", "dir"); fService.createSnapshot("main", null, null); desc = fService.lookup(-1, "main:/la/b/dir"); assertFalse(desc.isPrimary()); assertEquals("main:/a/b/dir", desc.getIndirection()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } protected void runQueriesForInitialRenameStructure(String store) throws Exception { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); SearchService searchService = fIndexerAndSearcher.getSearcher(AVMNodeConverter.ToStoreRef(store), true); // Note "a" is a stop word and therefore not findable ... ResultSet results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(7, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } protected void runQueriesForInitialRenameStructureAndInitialLayers(String store) { StoreRef storeRef = AVMNodeConverter.ToStoreRef(store); SearchService searchService = fIndexerAndSearcher.getSearcher(AVMNodeConverter.ToStoreRef(store), true); // Note "a" is a stop word and therefore not findable ... ResultSet results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_CREATOR) + ":admin"); assertEquals(9, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_MODIFIER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_OWNER) + ":admin"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_NODE_UUID) + ":unknown"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_PROTOCOL) + ":avm"); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", AbstractLuceneQueryParser.escape("@" + ContentModel.PROP_STORE_IDENTIFIER) + ":" + store); assertEquals(7, results.length()); results.close(); // Basic paths results = searchService.query(storeRef, "lucene", "PATH:\"/\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/b/c\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/d/e/f\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//.\""); assertEquals(7, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//*\""); assertEquals(6, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//.\""); assertEquals(3, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a//*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/a/*\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"//c/*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*\""); assertEquals(2, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "PATH:\"/*/*/*/*/*\""); assertEquals(0, results.length()); results.close(); } /** * Test rename behavior of an overlayed file withing a layer. */ public void testFileRenameLayer() throws Exception { try { // Make a set of directories. fService.createDirectory("main:/", "a"); fService.createDirectory("main:/a", "b"); fService.createDirectory("main:/a/b", "c"); fService.createFile("main:/", "foo").close(); fService.createSnapshot("main", null, null); // Make a layer. fService.createLayeredDirectory("main:/a", "main:/", "la"); fService.createSnapshot("main", null, null); // Make a layered file. fService.createLayeredFile("main:/foo", "main:/la/b", "foo"); fService.createSnapshot("main", null, null); AVMNodeDescriptor desc = fService.lookup(-1, "main:/la/b/foo"); assertEquals("main:/foo", desc.getIndirection()); // Now rename it. It should still point at the same place. fService.rename("main:/la/b", "foo", "main:/la", "foo"); fService.createSnapshot("main", null, null); desc = fService.lookup(-1, "main:/la/foo"); assertEquals("main:/foo", desc.getIndirection()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * The random access. */ /* * public void testRandomAccess() { try { setupBasicTree(); RandomAccessFile file = fService.getRandomAccess(1, * "main:/a/b/c/foo", "r"); byte [] buff = new byte[256]; assertTrue(file.read(buff) >= 20); file.close(); file = * fService.getRandomAccess(-1, "main:/a/b/c/bar", "rw"); for (int i = 0; i < 256; i++) { buff[i] = (byte)i; } * file.write(buff); file.close(); fService.createSnapshot("main", null, null); } catch (Exception e) { * e.printStackTrace(System.err); throw e; } } */ /** * Test COW during long operations. */ public void testCOWLongOps() throws Exception { try { setupBasicTree(); // Create a layer to a. fService.createLayeredDirectory("main:/a", "main:/d/e/f", "layer"); // Create a layer to /d fService.createLayeredDirectory("main:/d", "main:/", "l2"); // Force a copy on write on l2 fService.createFile("main:/l2", "baz").close(); // Force a copy on write on /d/e/f/layer/b/c fService.createFile("main:/d/e/f/layer/b/c", "fink").close(); // Create /l2/e/f/layer/b/c/nottle fService.createFile("main:/l2/e/f/layer/b/c", "nottle").close(); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); assertFalse(fService.lookup(-1, "main:/d/e/f/layer/b/c").getId() == fService.lookup(-1, "main:/l2/e/f/layer/b/c").getId()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test new lookup methods. */ public void testLookup() throws Exception { try { setupBasicTree(); AVMNodeDescriptor desc = fService.getStoreRoot(-1, "main"); assertNotNull(desc); System.out.println(desc.toString()); AVMNodeDescriptor child = fService.lookup(desc, "a"); assertNotNull(child); System.out.println(child.toString()); child = fService.lookup(child, "b"); assertNotNull(child); System.out.println(child.toString()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test AVMStore functions. */ public void testAVMStore() throws Exception { try { // First check that we get the right error when we try to create an // AVMStore that exists. try { fService.createStore("main"); fail(); } catch (AVMExistsException ae) { // Do nothing. } // Now make sure getRepository() works. AVMStoreDescriptor desc = fService.getStore("main"); assertNotNull(desc); System.out.println(desc); fService.purgeStore("main"); assertNull(fService.getStore("main")); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test opacity and manipulations. */ public void testOpacity() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/", "layer"); fService.createSnapshot("main", null, null); fService.createFile("main:/layer/b/c", "baz").close(); fService.createFile("main:/layer/b/c", "fig").close(); fService.createSnapshot("main", null, null); Map listing = fService.getDirectoryListing(-1, "main:/layer/b/c"); assertEquals(4, listing.size()); System.out.println(recursiveList("main", -1, true)); // Setting the opacity of layer to true will make no difference to what we see through // main:/layer/b/c. fService.setOpacity("main:/layer", true); fService.createSnapshot("main", null, null); assertTrue(fService.lookup(-1, "main:/layer").getOpacity()); assertEquals(4, fService.getDirectoryListing(-1, "main:/layer/b/c").size()); System.out.println(recursiveList("main", -1, true)); // If main:/layer/b/c is opaque, however, we'll only see two items in it. fService.setOpacity("main:/layer", false); fService.setOpacity("main:/layer/b/c", true); fService.createSnapshot("main", null, null); assertFalse(fService.lookup(-1, "main:/layer").getOpacity()); assertTrue(fService.lookup(-1, "main:/layer/b/c").getOpacity()); assertEquals(2, fService.getDirectoryListing(-1, "main:/layer/b/c").size()); System.out.println(recursiveList("main", -1, true)); // Gratuitous test of retarget. fService.retargetLayeredDirectory("main:/layer", "main:/d"); fService.setOpacity("main:/layer/b/c", false); fService.createSnapshot("main", null, null); assertFalse(fService.lookup(-1, "main:/layer/b/c").getOpacity()); assertEquals(2, fService.getDirectoryListing(-1, "main:/layer/b/c").size()); // This is just testing that opacity setting works on latent // layered directories. fService.setOpacity("main:/layer/e/f", true); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test common ancestor. */ public void testCommonAncestor() throws Exception { try { setupBasicTree(); fService.createBranch(-1, "main:/a", "main:/", "branch"); fService.createSnapshot("main", null, null); AVMNodeDescriptor ancestor = fService.lookup(-1, "main:/a/b/c/foo"); fService.getFileOutputStream("main:/a/b/c/foo").close(); fService.getFileOutputStream("main:/branch/b/c/foo").close(); fService.createSnapshot("main", null, null); AVMNodeDescriptor main = fService.lookup(-1, "main:/a/b/c/foo"); AVMNodeDescriptor branch = fService.lookup(-1, "main:/branch/b/c/foo"); AVMNodeDescriptor ca = fService.getCommonAncestor(main, branch); assertEquals(ancestor, ca); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test properties on stores. */ public void testStoreProperties() throws Exception { try { Map props = fService.getStoreProperties("main"); assertEquals(2, props.size()); assertEquals(AuthenticationUtil.getAdminUserName(), props.get(ContentModel.PROP_CREATOR).getStringValue()); assertNotNull(props.get(ContentModel.PROP_CREATED)); System.out.println(props.toString()); QName name = QName.createQName("silly.uri", "SillyProperty"); PropertyValue value = new PropertyValue(DataTypeDefinition.TEXT, "Silly Property Value"); fService.setStoreProperty("main", name, value); PropertyValue found = fService.getStoreProperty("main", name); assertEquals(value.toString(), found.toString()); props = fService.getStoreProperties("main"); assertEquals(3, props.size()); props = new HashMap(5); QName n1 = QName.createQName("silly.uri", "Prop1"); PropertyValue p1 = new PropertyValue(null, new Date(System.currentTimeMillis())); props.put(n1, p1); QName n2 = QName.createQName("silly.uri", "Prop2"); PropertyValue p2 = new PropertyValue(null, "A String Property."); props.put(n2, p2); QName n3 = QName.createQName("silly.uri", "Prop3"); PropertyValue p3 = new PropertyValue(null, 42); props.put(n3, p3); QName n4 = QName.createQName("silly.uri", "Prop4"); PropertyValue p4 = new PropertyValue(null, new Boolean(false)); props.put(n4, p4); QName n5 = QName.createQName("silly.uri", "Prop5"); List strList = new ArrayList(2); strList.add("hello"); strList.add("world"); PropertyValue p5 = new PropertyValue(DataTypeDefinition.TEXT, (Serializable)strList); props.put(n5, p5); fService.setStoreProperties("main", props); props = fService.getStoreProperties("main"); System.out.println(props.toString()); assertEquals(8, props.size()); assertEquals(p1.toString(), props.get(n1).toString()); assertEquals(p2.toString(), props.get(n2).toString()); assertEquals(p3.toString(), props.get(n3).toString()); assertEquals(p4.toString(), props.get(n4).toString()); assertEquals(p5.toString(), props.get(n5).toString()); props = new HashMap(5); n1 = QName.createQName("silly.uri", "Prop1"); p1 = new PropertyValue(null, new Date(System.currentTimeMillis())); props.put(n1, p1); n2 = QName.createQName("silly.uri", "Prop2"); p2 = new PropertyValue(null, "A String Property - updated."); props.put(n2, p2); n3 = QName.createQName("silly.uri", "Prop3"); p3 = new PropertyValue(null, -42); props.put(n3, p3); n4 = QName.createQName("silly.uri", "Prop4"); p4 = new PropertyValue(null, new Boolean(true)); props.put(n4, p4); n5 = QName.createQName("silly.uri", "Prop5"); strList = new ArrayList(2); strList.add("goodbye"); strList.add("world"); p5 = new PropertyValue(DataTypeDefinition.TEXT, (Serializable)strList); props.put(n5, p5); fService.setStoreProperties("main", props); props = fService.getStoreProperties("main"); System.out.println(props.toString()); assertEquals(8, props.size()); assertEquals(p1.toString(), props.get(n1).toString()); assertEquals(p2.toString(), props.get(n2).toString()); assertEquals(p3.toString(), props.get(n3).toString()); assertEquals(p4.toString(), props.get(n4).toString()); assertEquals(p5.toString(), props.get(n5).toString()); fService.deleteStoreProperty("main", name); props = fService.getStoreProperties("main"); assertEquals(7, props.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test Aspect Name storage. */ public void testAspectNames() throws Exception { try { setupBasicTree(); StoreRef storeRef = AVMNodeConverter.ToStoreRef("main"); SearchService searchService = fIndexerAndSearcher.getSearcher(storeRef, true); ResultSet results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_TITLED.toString() + "\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_AUDITABLE.toString() + "\""); assertEquals(0, results.length()); results.close(); fService.addAspect("main:/a/b/c/foo", ContentModel.ASPECT_TITLED); fService.addAspect("main:/a/b/c/foo", ContentModel.ASPECT_AUDITABLE); Map properties = new HashMap(); properties.put(ContentModel.PROP_ACCESSED, new PropertyValue(DataTypeDefinition.DATETIME, new Date(System.currentTimeMillis()))); properties.put(ContentModel.PROP_CREATED, new PropertyValue(DataTypeDefinition.DATETIME, new Date(System.currentTimeMillis()))); properties.put(ContentModel.PROP_MODIFIED, new PropertyValue(DataTypeDefinition.DATETIME, new Date(System.currentTimeMillis()))); properties.put(ContentModel.PROP_CREATOR, new PropertyValue(DataTypeDefinition.TEXT, "Giles")); properties.put(ContentModel.PROP_MODIFIER, new PropertyValue(DataTypeDefinition.TEXT, "Quentin")); fService.setNodeProperties("main:/a/b/c/foo", properties); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_TITLED.toString() + "\""); assertEquals(1, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_AUDITABLE.toString() + "\""); assertEquals(1, results.length()); results.close(); fService.removeNode("main:/a/b/c/bar"); fService.addAspect("main:/a/b/c/bar", ContentModel.ASPECT_TITLED); Set names = fService.getAspects(-1, "main:/a/b/c/foo"); assertEquals(2, names.size()); assertTrue(fService.hasAspect(-1, "main:/a/b/c/foo", ContentModel.ASPECT_TITLED)); assertFalse(fService.hasAspect(-1, "main:/a/b/c/foo", ContentModel.ASPECT_AUTHOR)); assertTrue(fService.hasAspect(-1, "main:/a/b/c/foo", ContentModel.ASPECT_TITLED)); fService.removeAspect("main:/a/b/c/foo", ContentModel.ASPECT_TITLED); fService.createSnapshot("main", null, null); results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_TITLED.toString() + "\""); assertEquals(0, results.length()); results.close(); results = searchService.query(storeRef, "lucene", "ASPECT:\"" + ContentModel.ASPECT_AUDITABLE.toString() + "\""); assertEquals(1, results.length()); results.close(); fService.getFileOutputStream("main:/a/b/c/foo").close(); assertFalse(fService.hasAspect(-1, "main:/a/b/c/foo", ContentModel.ASPECT_TITLED)); assertTrue(fService.hasAspect(-1, "main:/a/b/c/foo", ContentModel.ASPECT_AUDITABLE)); Map props = fService.getNodeProperties(-1, "main:/a/b/c/foo"); assertEquals(5, props.size()); fService.removeAspect("main:/a/b/c/foo", ContentModel.ASPECT_AUDITABLE); props = fService.getNodeProperties(-1, "main:/a/b/c/foo"); assertEquals(0, props.size()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test case insensitivity. */ public void testCaseInsensitive() throws Exception { String storeName = "caseIn"; String storeNameUpper = storeName.toUpperCase(); String storeNameLower = storeName.toLowerCase(); try { fService.createStore(storeName); try { fService.createStore(storeNameUpper); fail(); } catch (AVMExistsException e) { // Do nothing. } AVMStoreDescriptor storeDesc1 = fService.getStore(storeNameUpper); assertNotNull(storeDesc1); assertEquals(storeName, storeDesc1.getName()); AVMStoreDescriptor storeDesc2 = fService.getStore(storeNameLower); assertNotNull(storeDesc2); assertEquals(storeName, storeDesc2.getName()); assertEquals(storeDesc1, storeDesc2); // same id fService.createDirectory(storeName+":/", "a"); fService.createDirectory(storeName+":/a", "B"); fService.createDirectory(storeName+":/a/B", "c"); fService.createFile(storeName+":/a/B/c", "Foo").close(); AVMNodeDescriptor desc1 = fService.lookup(-1, storeNameUpper+":/A/B/C/FOO"); assertNotNull(desc1); assertEquals(storeName+":/a/B/c/Foo", desc1.getPath()); try { fService.createFile(storeName+":/a/B/c", "FoO").close(); fail(); } catch (AVMExistsException e) { // Do nothing. } AVMNodeDescriptor desc2 = fService.lookup(-1, storeNameLower+":/a/b/c/foo"); assertNotNull(desc2); assertEquals(storeName+":/a/B/c/Foo", desc2.getPath()); assertEquals(desc1, desc2); // same id desc1 = fService.lookup(-1, storeNameUpper+":/A/B/C"); assertNotNull(desc1); assertEquals(storeName+":/a/B/c", desc1.getPath()); try { fService.createFile(storeName+":/a/b", "C").close(); fail(); } catch (AVMExistsException e) { // Do nothing. } desc2 = fService.lookup(-1, storeNameLower+":/a/b/c"); assertNotNull(desc2); assertEquals(storeName+":/a/B/c", desc2.getPath()); assertEquals(desc1, desc2); // same id } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore(storeName); } } /** * Test ACLs. */ public void testACLs() throws Exception { try { setupBasicTree(); PermissionService perm = (PermissionService) fContext.getBean("PermissionService"); // AuthenticationService ac = (AuthenticationService)fContext.getBean("AuthenticationService"); // ac.authenticate("admin", "admin".toCharArray()); perm.setPermission(AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c/foo"), PermissionService.ADMINISTRATOR_AUTHORITY, PermissionService.ALL_PERMISSIONS, true); fService.createSnapshot("main", null, null); fService.getFileOutputStream("main:/a/b/c/foo").close(); Set perms = perm.getPermissions(AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c/foo")); for (AccessPermission permission : perms) { System.out.println(permission); } assertTrue(perms.size() > 0); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test FileFolderService with AVM. */ public void testFileFolderService() throws Exception { try { setupBasicTree(); FileFolderService ffs = (FileFolderService) fContext.getBean("FileFolderService"); // AuthenticationComponent ac = (AuthenticationComponent)fContext.getBean("authenticationComponent"); // ac.authenticate("admin", "admin".toCharArray()); assertTrue(ffs.create(AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c/"), "banana", WCMModel.TYPE_AVM_PLAIN_CONTENT) != null); assertTrue(ffs.create(AVMNodeConverter.ToNodeRef(-1, "main://"), "banana", WCMModel.TYPE_AVM_PLAIN_CONTENT) != null); assertTrue(ffs.create(AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c"), "apples", WCMModel.TYPE_AVM_PLAIN_FOLDER) != null); NodeService ns = (NodeService) fContext.getBean("NodeService"); Map properties = new HashMap(); properties.put(WCMModel.PROP_AVM_DIR_INDIRECTION, AVMNodeConverter.ToNodeRef(-1, "main:/a")); assertTrue(ns.createNode(AVMNodeConverter.ToNodeRef(-1, "main:/"), ContentModel.ASSOC_CONTAINS, QName.createQName(NamespaceService.APP_MODEL_1_0_URI, "layer"), WCMModel.TYPE_AVM_LAYERED_FOLDER, properties) != null); assertTrue(ns.getProperty(AVMNodeConverter.ToNodeRef(-1, "main:/layer"), WCMModel.PROP_AVM_DIR_INDIRECTION) != null); properties.clear(); properties.put(WCMModel.PROP_AVM_FILE_INDIRECTION, AVMNodeConverter.ToNodeRef(-1, "main:/a/b/c/foo")); assertTrue(ns.createNode(AVMNodeConverter.ToNodeRef(-1, "main:/"), ContentModel.ASSOC_CONTAINS, QName.createQName(NamespaceService.APP_MODEL_1_0_URI, "foo"), WCMModel.TYPE_AVM_LAYERED_CONTENT, properties) != null); assertTrue(ns.getProperty(AVMNodeConverter.ToNodeRef(-1, "main:/foo"), WCMModel.PROP_AVM_FILE_INDIRECTION) != null); fService.createSnapshot("main", null, null); System.out.println(recursiveList("main", -1, true)); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test overwriting without snapshots in between. */ public void testOverwrite() throws Exception { try { setupBasicTree(); class TxnCallback implements RetryingTransactionHelper.RetryingTransactionCallback { public Object execute() throws Exception { try { AVMService service = (AVMService) fContext.getBean("avmService"); service.createLayeredDirectory("main:/a", "main:/", "layer"); // Modify something in an ordinary directory 3 times. service.getFileOutputStream("main:/a/b/c/foo").close(); service.getFileOutputStream("main:/a/b/c/foo").close(); service.getFileOutputStream("main:/a/b/c/foo").close(); service.createFile("main:/a/b/c", "pint").close(); service.createFile("main:/a/b/c", "quart").close(); // Modify another file in the same directory. service.getFileOutputStream("main:/a/b/c/bar").close(); service.getFileOutputStream("main:/a/b/c/bar").close(); service.lookup(-1, "main:/a/b/c"); service.createFile("main:/a/b/c", "figment").close(); // Repeat in a layer. service.getFileOutputStream("main:/layer/b/c/foo").close(); service.getFileOutputStream("main:/layer/b/c/foo").close(); service.getFileOutputStream("main:/layer/b/c/foo").close(); service.createFile("main:/layer/b/c", "gallon").close(); service.createFile("main:/layer/b/c", "dram").close(); service.getFileOutputStream("main:/layer/b/c/bar").close(); service.getFileOutputStream("main:/layer/b/c/bar").close(); try { service.lookup(-1, "main:/a/b/c/froo"); } catch (AVMException ae) { // Do nothing. } service.createDirectory("main:/a/b/c", "froo"); service.createFile("main:/a/b/c/froo", "franistan").close(); try { service.lookup(-1, "main:/layer/b/c/groo"); } catch (AVMException ae) { // Do nothing. } service.createDirectory("main:/layer/b/c", "groo"); service.createFile("main:/layer/b/c/groo", "granistan").close(); return null; } catch (IOException e) { e.printStackTrace(); throw e; } } } TransactionService transactionService = (TransactionService) fContext.getBean("transactionService"); RetryingTransactionHelper helper = transactionService.getRetryingTransactionHelper(); helper.doInTransaction(new TxnCallback(), false); assertNotNull(fService.lookup(-1, "main:/layer/b/c/groo")); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test creating a file over a ghost. */ public void testCreateOverDeleted() throws Exception { try { setupBasicTree(); fService.removeNode("main:/a/b/c", "foo"); fService.createFile("main:/a/b/c", "foo").close(); } catch (Exception e) { e.printStackTrace(System.err); throw e; } } /** * Test lookup and listing of deleted files. */ public void testDeleted() throws Exception { try { setupBasicTree(); fService.createLayeredDirectory("main:/a", "main:/", "layer"); // Delete something in regular directory. fService.removeNode("main:/a/b/c", "foo"); AVMNodeDescriptor desc = fService.lookup(-1, "main:/a/b/c/foo", true); assertTrue(desc.isDeleted()); assertTrue(desc.isDeletedFile()); Map listing = fService.getDirectoryListing(-1, "main:/a/b/c", true); assertEquals(2, listing.size()); assertTrue(listing.get("foo").isDeleted()); AVMNodeDescriptor dir = fService.lookup(-1, "main:/a/b/c", true); desc = fService.lookup(dir, "foo", true); assertTrue(desc.isDeleted()); listing = fService.getDirectoryListing(dir, true); assertEquals(2, listing.size()); assertTrue(listing.get("foo").isDeleted()); desc = fService.lookup(-1, "main:/layer/b/c/foo", true); assertTrue(desc.isDeleted()); listing = fService.getDirectoryListing(-1, "main:/layer/b/c", true); assertEquals(2, listing.size()); assertTrue(listing.get("foo").isDeleted()); dir = fService.lookup(-1, "main:/layer/b/c", true); listing = fService.getDirectoryListing(dir, true); assertEquals(2, listing.size()); assertTrue(listing.get("foo").isDeleted()); // Delete something in a layer. fService.removeNode("main:/layer/b/c", "bar"); desc = fService.lookup(-1, "main:/layer/b/c/bar", true); assertTrue(desc.isDeleted()); assertTrue(desc.isDeletedFile()); listing = fService.getDirectoryListing(-1, "main:/layer/b/c", true); assertEquals(2, listing.size()); assertTrue(listing.get("foo").isDeleted()); assertTrue(listing.get("bar").isDeleted()); listing = fService.getDirectoryListingDirect(-1, "main:/layer/b/c", true); assertEquals(1, listing.size()); assertTrue(listing.get("bar").isDeleted()); dir = fService.lookup(-1, "main:/layer/b/c", true); desc = fService.lookup(dir, "bar", true); assertTrue(desc.isDeleted()); } catch (Exception e) { e.printStackTrace(System.err); } } /** * Test Store property querying. */ public void testStorePropertyQuerying() throws Exception { try { fService.setStoreProperty("main", QName.createQName(null, SandboxConstants.PROP_DNS+"alice--preview"), new PropertyValue(null, "alice-preview")); fService.setStoreProperty("main", QName.createQName("", ".other.property"), new PropertyValue(null, "other value")); Map result = fService.queryStorePropertyKey("main", QName.createQName("", SandboxConstants.PROP_DNS+"%")); assertEquals(1, result.size()); fService.createStore("second"); fService.setStoreProperty("second", QName.createQName("", SandboxConstants.PROP_DNS+"alice"), new PropertyValue(null, "alice-space")); Map> matches = fService.queryStoresPropertyKeys(QName.createQName("", SandboxConstants.PROP_DNS+"%")); assertEquals(1, matches.get("main").size()); assertEquals(1, matches.get("second").size()); assertEquals("alice-preview", matches.get("main").get(QName.createQName(null, SandboxConstants.PROP_DNS+"alice--preview")).getStringValue()); assertEquals("alice-space", matches.get("second").get(QName.createQName(null, SandboxConstants.PROP_DNS+"alice")).getStringValue()); fService.createStore("third"); fService.setStoreProperty("third", QName.createQName("", SandboxConstants.PROP_DNS+"someUPPERcase"), new PropertyValue(null, "someUPPERcase-space")); matches = fService.queryStoresPropertyKeys(QName.createQName("", SandboxConstants.PROP_DNS+"someuppercase%")); assertNotNull(matches.get("third")); assertEquals(1, matches.get("third").size()); assertEquals("someUPPERcase-space", matches.get("third").get(QName.createQName(null, SandboxConstants.PROP_DNS+"someUPPERcase")).getStringValue()); } catch (Exception e) { e.printStackTrace(System.err); throw e; } finally { fService.purgeStore("second"); fService.purgeStore("third"); } } }