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* Lesser General Public License for more details.
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package org.jbpm.examples.action;
import org.jbpm.AbstractJbpmTestCase;
import org.jbpm.graph.def.ProcessDefinition;
import org.jbpm.graph.exe.ProcessInstance;
public class ActionTest extends AbstractJbpmTestCase {
// Each test will start with setting the static isExecuted
// member of MyActionHandler to false.
protected void setUp() throws Exception {
super.setUp();
MyActionHandler.isExecuted = false;
}
public void testTransitionAction() {
// The next process is a variant of the hello world process.
// We have added an action on the transition from state s
// to the end-state. The purpose of this test is to show
// how easy it is to integrate java code in a jBPM process.
ProcessDefinition processDefinition = ProcessDefinition.parseXmlString(
"<process-definition>" +
" <start-state>" +
" <transition to='s' />" +
" </start-state>" +
" <state name='s'>" +
" <transition to='end'>" +
" <action class='org.jbpm.examples.action.MyActionHandler' />" +
" </transition>" +
" </state>" +
" <end-state name='end' />" +
"</process-definition>"
);
// Let's start a new execution for the process definition.
ProcessInstance processInstance =
new ProcessInstance(processDefinition);
// The next signal will cause the execution to leave the start
// state and enter the state 's'
processInstance.signal();
// Here we show that MyActionHandler was not yet executed.
assertFalse(MyActionHandler.isExecuted);
// ... and that the the main path of execution is positioned in
// the state 's'
assertSame(processDefinition.getNode("s"),
processInstance.getRootToken().getNode());
// The next signal will trigger the execution of the root
// token. The token will take the transition with the
// action and the action will be executed during the
// call to the signal method.
processInstance.signal();
// Here we can see that MyActionHandler was executed during
// the call to the signal method.
assertTrue(MyActionHandler.isExecuted);
}
public void testNodeActions() {
ProcessDefinition processDefinition = ProcessDefinition.parseXmlString(
"<process-definition>" +
" <start-state>" +
" <transition to='s' />" +
" </start-state>" +
" <state name='s'>" +
" <event type='node-enter'>" +
" <action class='org.jbpm.examples.action.MyActionHandler' />" +
" </event>" +
" <event type='node-leave'>" +
" <action class='org.jbpm.examples.action.MyActionHandler' />" +
" </event>" +
" <transition to='end'/>" +
" </state>" +
" <end-state name='end' />" +
"</process-definition>"
);
ProcessInstance processInstance =
new ProcessInstance(processDefinition);
assertFalse(MyActionHandler.isExecuted);
// The next signal will cause the execution to leave the start
// state and enter the state 's'. So the state 's' is entered
// and hence the action is executed.
processInstance.signal();
assertTrue(MyActionHandler.isExecuted);
// Let's reset the MyActionHandler.isExecuted
MyActionHandler.isExecuted = false;
// The next signal will trigger execution to leave the
// state 's'. So the action will be executed again.
processInstance.signal();
// Voila.
assertTrue(MyActionHandler.isExecuted);
}
}