Mercurial > hg > ThermostatQA
view src/org/thermostat/qa2/tests/ShellCommandsTest.java @ 186:7bc828291ea4
Added support for packed thermostat (non-webstorage tests)
Changes:
Makefile:
- introduced new makefile variables THERMOSTAT_HOME_DIR and
THERMOSTAT_OTHER_HOME_DIR - by setting them manually it is possible to test
packed thermostat
src/org/thermostat/qa2/framework/ThermostatQAConfig.java:
- single user is now used for client, agent when mongo storage is configured
(that configured with thermostat-setup)
src/org/thermostat/qa2/framework/utils/ThermostatUtilities.java:
- added support for thermostat-setup (in addition to thermostat-devsetup
which is not present in packed thermostat)
- removed creating new mongo users, which are not needed now
storageconfig/keyrings/Default.keyring
- updated config for gnome keyring
src/org/thermostat/qa2/tests/ShellCommandsTest.java
- test is now using method to get client login instead of field
as required now
src/org/thermostat/qa2/tests/ServicesSmokeTest.java
- added delay after stoping service, before checking port (not related)
author | Zdenek Zambersky <zzambers@redhat.com> |
---|---|
date | Fri, 22 May 2015 01:23:01 +0200 |
parents | 3ec1dcfecb16 |
children | a74aa91ab44c |
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/* ThermostatQA - test framework for Thermostat Monitoring Tool Copyright 2015 Red Hat, Inc. This file is part of ThermostatQA ThermostatQA is distributed under the GNU General Public License, version 2 or any later version (with a special exception described below, commonly known as the "Classpath Exception"). A copy of GNU General Public License (GPL) is included in this distribution, in the file COPYING. Linking ThermostatQA code with other modules is making a combined work based on ThermostatQA. Thus, the terms and conditions of the GPL cover the whole combination. As a special exception, the copyright holders of ThermostatQA give you permission to link this code with independent modules to produce an executable, regardless of the license terms of these independent modules, and to copy and distribute the resulting executable under terms of your choice, provided that you also meet, for each linked independent module, the terms and conditions of the license of that module. An independent module is a module which is not derived from or based on ThermostatQA code. If you modify ThermostatQA, you may extend this exception to your version of the software, but you are not obligated to do so. If you do not wish to do so, delete this exception statement from your version. */ package org.thermostat.qa2.tests; import java.io.File; import java.io.IOException; import java.util.List; import static org.thermostat.qa2.framework.Assert.*; import org.thermostat.qa2.framework.NativeProcess; import org.thermostat.qa2.framework.Shell; import org.thermostat.qa2.framework.ThermostatQAConfig; import org.thermostat.qa2.framework.ThermostatQAConfig.Login; import org.thermostat.qa2.framework.annotations.RunAgent; import org.thermostat.qa2.framework.annotations.RunGnomeKeyring; import org.thermostat.qa2.framework.annotations.RunStorage; import org.thermostat.qa2.framework.annotations.SetupStorage; import org.thermostat.qa2.framework.annotations.Test; import org.thermostat.qa2.framework.utils.CommonUtilities; import org.thermostat.qa2.framework.utils.FileUtilities; import org.thermostat.qa2.framework.utils.ProcessUtilities; import org.thermostat.qa2.framework.utils.ThermostatUtilities; /** * * @author Zdeněk Žamberský */ @SetupStorage(type = "mongo") @RunStorage @RunAgent @RunGnomeKeyring public class ShellCommandsTest { public static String[] findTestSuiteVm() throws Exception { String line = ThermostatUtilities.getRunningVmLine(testRunnerClassName); assertNotNull(line, "there should be testsuite (" + testRunnerClassName + ") vm in list"); String[] lineParts = line.split(" "); return lineParts; } public static String dumpTestSuiteHeap() throws Exception { String[] lineParts = findTestSuiteVm(); String hostId = lineParts[0]; String vmId = lineParts[2]; ThermostatUtilities.dumpHeap(hostId, vmId); String line = ThermostatUtilities.findLastHeapDump(hostId, vmId); assertNotNull(line, "there should be heap dump in db"); lineParts = line.split(" "); String heapId = lineParts[2]; return heapId; } public static String getObjectId(String heapId, String pattern) throws Exception { List<String> lines = ThermostatUtilities.findObjects(heapId, pattern); String line = null; int start = 0; for (String currentLine : lines) { if (currentLine.contains("ID") && currentLine.contains("TYPE")) { break; } ++start; } for (; start < lines.size(); ++start) { String currentLine = lines.get(start); if (currentLine.contains(pattern)) { line = currentLine; break; } } if (line == null) { return null; } String[] lineParts = line.split(" "); String objectId = lineParts[0]; return objectId; } public static void connect(Shell shell) throws IOException { shell.writeln("connect -d " + ThermostatQAConfig.getStroageUrl(false)); Login login = ThermostatQAConfig.getClientLogin(); shell.writeln(login.getUsername()); shell.writeln(login.getPassword()); } public static final String testRunnerClassName = "org.thermostat.qa2.framework.TestRunner"; public static final String thisClass = "org.thermostat.qa2.tests.ShellCommandsTest"; public static final String infiniteLoopClass = thisClass + "$InfiniteLoop"; public static final String searchedClass1Name = thisClass + "$SearchedClass1"; public static final String searchedClass2Name = thisClass + "$SearchedClass2"; @Test public void connect() throws Exception { Shell shell = ProcessUtilities.createThermostatShell(); shell.setStdOutMode(NativeProcess.MODE_LOG_AND_BUFFER); shell.start(); connect(shell); shell.writeln("exit"); shell.waitFor(); List<String> lines = shell.getStdoutLines(); assertContainsPattern(lines, "Thermostat + > exit"); } @Test public void disconnect() throws Exception { Shell shell = ProcessUtilities.createThermostatShell(); shell.setStdOutMode(NativeProcess.MODE_LOG_AND_BUFFER); shell.start(); connect(shell); shell.writeln("disconnect"); shell.writeln("exit"); shell.waitFor(); List<String> lines = shell.getStdoutLines(); assertContainsPattern(lines, "Thermostat - > exit"); } @Test public void killVm() throws Exception { String line = ThermostatUtilities.getRunningVmLine(thisClass); assertNull(line, infiniteLoopClass + " should not be in vm list"); NativeProcess process = new NativeProcess("java", "-cp", "bin/classes", infiniteLoopClass); try { process.start(); CommonUtilities.sleep(2000); line = ThermostatUtilities.getRunningVmLine(infiniteLoopClass); assertNotNull(line, infiniteLoopClass + " should be in vm list"); String[] lineParts = line.split(" "); String hostId = lineParts[0]; String vmId = lineParts[2]; ThermostatUtilities.killVm(hostId, vmId); CommonUtilities.sleep(2000); line = ThermostatUtilities.getRunningVmLine(infiniteLoopClass); assertNull(line, infiniteLoopClass + " should not be in vm list"); } finally { process.destroy(); process.waitForRaw(); } } @Test public void saveHeapDumpToFile() throws Exception { String file = FileUtilities.getUniqueTempFile("heapDump"); String heapId = dumpTestSuiteHeap(); ThermostatUtilities.saveHeapDumpToFile(heapId, file); assertTrue(new File(file).exists(), "heap dump file (" + file + ") should exist"); FileUtilities.removeFile(file); } @Test public void listVms() throws Exception { findTestSuiteVm(); } @Test public void dumpHeap() throws Exception { dumpTestSuiteHeap(); } @Test public void findObjects() throws Exception { String heapId = dumpTestSuiteHeap(); String line = getObjectId(heapId, searchedClass1Name); assertNull(line, "Instance of class " + searchedClass1Name + " should not be in heap"); SearchedClass1 toSearch = new SearchedClass1(); heapId = dumpTestSuiteHeap(); line = getObjectId(heapId, searchedClass1Name); assertNotNull(line, "Instance of class " + searchedClass1Name + " should be in heap"); } @Test public void showHistogram() throws Exception { String heapId = dumpTestSuiteHeap(); List<String> lines = ThermostatUtilities.showHistogram(heapId); assertNotContainsPattern(lines, searchedClass1Name); SearchedClass1 toSearch = new SearchedClass1(); heapId = dumpTestSuiteHeap(); lines = ThermostatUtilities.showHistogram(heapId); assertContainsPattern(lines, searchedClass1Name); } @Test public void findRoot() throws Exception { SearchedClass1 toSearch = new SearchedClass1(); toSearch.ref = new SearchedClass2(); String heapId = dumpTestSuiteHeap(); List<String> lines = ThermostatUtilities.showHistogram(heapId); assertContainsPattern(lines, searchedClass1Name); assertContainsPattern(lines, searchedClass2Name); String line = getObjectId(heapId, searchedClass1Name); assertNotNull(line, "Instance of class " + searchedClass1Name + " should be in heap"); String[] lineParts = line.split(" "); String objectId1 = lineParts[0]; line = getObjectId(heapId, searchedClass2Name); assertNotNull(line, "Instance of class " + searchedClass2Name + " should be in heap"); lineParts = line.split(" "); String objectId2 = lineParts[0]; lines = ThermostatUtilities.findRoot(heapId, objectId2); assertContainsPattern(lines, "field ref in " + searchedClass1Name + "@" + objectId1 + " -> " + searchedClass2Name + "@" + objectId2); } @Test public void gc() throws Exception { SearchedClass1 toSearch = new SearchedClass1(); String heapId = dumpTestSuiteHeap(); // find object instead? List<String> lines = ThermostatUtilities.showHistogram(heapId); assertContainsPattern(lines, searchedClass1Name); toSearch = null; String[] lineParts = findTestSuiteVm(); String vmId = lineParts[2]; lines = ThermostatUtilities.gc(vmId); assertContainsPattern(lines, "GC Successful"); heapId = dumpTestSuiteHeap(); lines = ThermostatUtilities.showHistogram(heapId); assertNotContainsPattern(lines, searchedClass1Name); } public static class SearchedClass1 { SearchedClass2 ref; } public static class SearchedClass2 { } public static class InfiniteLoop { public static void main(String[] args) { for (;;) { } } } }