/** Console logout */
protected void logout(final HttpServletRequest request, final HttpServletResponse response)
throws ServletException, IOException {
final HttpSession session = request.getSession();
final PlatformSession platformSession =
(PlatformSession) session.getAttribute(PlatformLoginServlet.PLATFORMSESSION);
if (platformSession != null) {
try {
final PlatformLoginAPI platformLoginAPI = PlatformAPIAccessor.getPlatformLoginAPI();
platformLoginAPI.logout(platformSession);
} catch (final BonitaException e) {
if (LOGGER.isLoggable(Level.SEVERE)) {
LOGGER.log(Level.SEVERE, "Error while performing the logout", e);
}
}
}
session.removeAttribute(PlatformLoginServlet.PLATFORMSESSION);
session.invalidate();
final String redirectAfterLoginStr =
request.getParameter(AuthenticationManager.REDIRECT_AFTER_LOGIN_PARAM_NAME);
// Do not modify this condition: the redirection should happen unless there is redirect=false in
// the URL
if (!Boolean.FALSE.toString().equals(redirectAfterLoginStr)) {
response.sendRedirect(PLATFORM_LOGIN_PAGE);
}
}
public PlatformAPI getPlatformAPI() {
if (this.platformAPI == null) {
PlatformLoginAPI platformLoginAPI;
try {
platformLoginAPI = PlatformAPIAccessor.getPlatformLoginAPI();
final PlatformSession platformSession =
platformLoginAPI.login(PLATFORM_ADMIN, PLATFORM_PASSWORD);
this.platformAPI = PlatformAPIAccessor.getPlatformAPI(platformSession);
} catch (final BonitaHomeNotSetException e) {
throw new TestToolkitException("Bonita home isn't set", e);
} catch (final ServerAPIException e) {
throw new TestToolkitException("Failed to call server API", e);
} catch (final UnknownAPITypeException e) {
throw new TestToolkitException("Invalid session to create tenant", e);
} catch (final PlatformLoginException e) {
throw new TestToolkitException("Invalid session to create tenant", e);
} catch (final InvalidSessionException e) {
throw new TestToolkitException("Invalid session to create tenant", e);
}
}
return this.platformAPI;
}
@Cover(
classes = PlatformAPI.class,
concept = BPMNConcept.NONE,
keywords = {"Platform"},
story = "The platform version must be the same than the project version.",
jira = "")
@Test
public void getPlatformVersion() throws BonitaException, IOException {
logoutOnTenant();
final PlatformSession platformSession = loginOnPlatform();
final PlatformAPI platformAPI = PlatformAPIAccessor.getPlatformAPI(platformSession);
final Platform platform = platformAPI.getPlatform();
logoutOnPlatform(platformSession);
loginOnDefaultTenantWith(USERNAME, PASSWORD);
final String platformVersionToTest = getBonitaVersion();
assertNotNull("can't find the platform", platform);
assertEquals("platformAdmin", platform.getCreatedBy());
assertEquals(platformVersionToTest, platform.getVersion());
assertEquals(platformVersionToTest, platform.getInitialVersion());
}
@Test
@Cover(
classes = {},
concept = BPMNConcept.ACTIVITIES,
jira = "ENGINE-469",
keywords = {"node", "restart", "transition", "flownode"},
story = "elements must be restarted when they were not completed when the node was shut down")
public void restartHandlerTests() throws Exception {
/*
* process with blocking connector
*/
final ProcessDefinitionBuilder builder1 =
new ProcessDefinitionBuilder().createNewInstance("p1", "1.0");
builder1.addActor(ACTOR_NAME);
builder1.addUserTask("step1", ACTOR_NAME);
builder1
.addAutomaticTask("step2")
.addConnector("myConnector", "blocking-connector", "1.0", ConnectorEvent.ON_ENTER);
builder1.addTransition("step1", "step2");
builder1.addUserTask("ustep2", ACTOR_NAME);
builder1.addTransition("step2", "ustep2");
final BusinessArchive businessArchive =
new BusinessArchiveBuilder()
.createNewBusinessArchive()
.setProcessDefinition(builder1.done())
.addConnectorImplementation(
new BarResource(
"blocking-connector.impl",
BuildTestUtil.buildConnectorImplementationFile(
"blocking-connector",
"1.0",
"blocking-connector-impl",
"1.0",
BlockingConnector.class.getName())))
.done();
final ProcessDefinition p1 = deployAndEnableProcessWithActor(businessArchive, ACTOR_NAME, john);
/*
* process with blocking operation (executing work)
*/
final ProcessDefinitionBuilder builder2 =
new ProcessDefinitionBuilder().createNewInstance("p2", "1.0");
final String blockingGroovyScript1 =
"org.bonitasoft.engine.test.BPMLocalIT.tryAcquireSemaphore1();\nreturn \"done\";";
builder2.addActor(ACTOR_NAME);
builder2.addShortTextData("data", null);
builder2.addUserTask("step1", ACTOR_NAME);
builder2
.addAutomaticTask("step2")
.addOperation(
new OperationBuilder()
.createSetDataOperation(
"data",
new ExpressionBuilder()
.createGroovyScriptExpression(
"blockingGroovyScript1",
blockingGroovyScript1,
String.class.getName())));
builder2.addTransition("step1", "step2");
builder2.addUserTask("ustep2", ACTOR_NAME);
builder2.addTransition("step2", "ustep2");
final ProcessDefinition p2 = deployAndEnableProcessWithActor(builder2.done(), ACTOR_NAME, john);
/*
* process with blocking transition (notify work)
*/
final ProcessDefinitionBuilder builder3 =
new ProcessDefinitionBuilder().createNewInstance("p3", "1.0");
final String blockingGroovyScript2 =
"org.bonitasoft.engine.test.BPMLocalIT.tryAcquireSemaphore2();\nreturn true;";
builder3.addActor(ACTOR_NAME);
builder3.addUserTask("step1", ACTOR_NAME);
builder3.addAutomaticTask("step2");
builder3.addTransition(
"step1",
"step2",
new ExpressionBuilder()
.createGroovyScriptExpression(
"blockingGroovyScript2", blockingGroovyScript2, Boolean.class.getName()));
builder3.addUserTask("ustep2", ACTOR_NAME);
builder3.addTransition("step2", "ustep2");
final ProcessDefinition p3 = deployAndEnableProcessWithActor(builder3.done(), ACTOR_NAME, john);
// Block all 3 tasks
BlockingConnector.semaphore.acquire();
semaphore1.acquire();
semaphore2.acquire();
System.out.println("Start the process");
final ProcessInstance pi1 = getProcessAPI().startProcess(p1.getId());
final ProcessInstance pi2 = getProcessAPI().startProcess(p2.getId());
final ProcessInstance pi3 = getProcessAPI().startProcess(p3.getId());
waitForUserTaskAndExecuteIt(pi1, "step1", john);
waitForUserTaskAndExecuteIt(pi2, "step1", john);
waitForUserTaskAndExecuteIt(pi3, "step1", john);
System.out.println("executed step1");
logoutOnTenant();
final PlatformSession loginPlatform = loginOnPlatform();
final PlatformAPI platformAPI = PlatformAPIAccessor.getPlatformAPI(loginPlatform);
// stop node and in the same time release the semaphores to unlock works
final Thread thread =
new Thread(
new Runnable() {
@Override
public void run() {
try {
Thread.sleep(200);
} catch (final InterruptedException e) {
e.printStackTrace();
}
System.out.println("release semaphores");
BlockingConnector.semaphore.release();
semaphore1.release();
semaphore2.release();
System.out.println("released semaphores");
}
});
System.out.println("stop node");
thread.start();
platformAPI.stopNode();
System.out.println("node stopped");
// release them (work will fail, node is stopped)
thread.join(1000);
Thread.sleep(50);
System.out.println("start node");
platformAPI.startNode();
System.out.println("node started");
logoutOnPlatform(loginPlatform);
loginOnDefaultTenantWithDefaultTechnicalUser();
// during stop node some flow node can be put in failed state
retryFailedFlowNodes();
// check we have all task ready
waitForPendingTasks(john.getId(), 3);
disableAndDeleteProcess(p1.getId());
disableAndDeleteProcess(p2.getId());
disableAndDeleteProcess(p3.getId());
}
