@Test
public void testValidateContext() {
processDefinitionName = "process1";
expect(processFactory.createProcessModel(processName, processDefinitionName, contextParameters))
.andReturn(mockProcessModel);
expect(processDefinitionFactory.getProcessDefinition(processDefinitionName))
.andReturn(mockProcessDefinition);
final Map params = new HashMap<String, ContextParameterDeclaration>();
final Map nodes = new HashMap<String, Node>();
final Node node =
new Node() {
@Override
public void trigger(final BusinessProcessModel process) {
// null
}
@Override
public String execute(final BusinessProcessModel process)
throws RetryLaterException, NodeExecutionException {
return "OK";
}
@Override
public String getId() {
return "NodeId";
}
};
nodes.put("NodeId", node);
mockProcessDefinition =
new ProcessDefinition(
processDefinitionName,
node,
null,
nodes,
params,
"de.hybris.processengine.model.BusinessProcessModel") {
// null
};
final DefaultBusinessProcessService defaultService = new DefaultBusinessProcessService();
try {
defaultService.validateContext(mockProcessModel, mockProcessDefinition);
} catch (final UnsatisfiedContextParameterException exception) {
fail("validateContext throws " + exception.toString());
}
}
/** Test of correct use of startProcess */
@Test(expected = UnsatisfiedContextParameterException.class)
public void testStartProcessValidationException() {
expect(processFactory.createProcessModel(processName, processDefinitionName, contextParameters))
.andReturn(mockProcessModel);
expect(processDefinitionFactory.getProcessDefinition(processDefinitionName))
.andReturn(mockProcessDefinition);
replay(processFactory, processDefinitionFactory);
final DefaultBusinessProcessService defaultService =
new DefaultBusinessProcessService() {
@Override
protected void validateContext(
final BusinessProcessModel processModel, final ProcessDefinition processDefinition) {
assertEquals(
"mockProcessModel not equals to processModel", mockProcessModel, processModel);
assertEquals(
"mockProcessDefinition not equals to processDefinition",
mockProcessDefinition,
processDefinition);
throw new UnsatisfiedContextParameterException();
}
};
defaultService.setProcessFactory(processFactory);
defaultService.setProcessDefinitionFactory(processDefinitionFactory);
defaultService.setModelService(modelService);
defaultService.setTransactionTemplate(transactionTemplate);
defaultService.startProcess(processName, processDefinitionName, contextParameters);
verify(processFactory, processDefinitionFactory);
}
/** Test of correct use of startProcess */
@Test
public void testStartProcess() {
expect(processFactory.createProcessModel(processName, processDefinitionName, contextParameters))
.andReturn(mockProcessModel);
expect(processDefinitionFactory.getProcessDefinition(processDefinitionName))
.andReturn(mockProcessDefinition);
modelService.save(mockProcessModel);
mockProcessDefinition.start(mockProcessModel);
replay(processFactory, processDefinitionFactory, modelService);
final DefaultBusinessProcessService defaultService =
new DefaultBusinessProcessService() {
@Override
protected void validateContext(
final BusinessProcessModel processModel, final ProcessDefinition processDefinition) {
assertEquals(
"mockProcessModel not equals to processModel", mockProcessModel, processModel);
assertEquals(
"mockProcessDefinition not equals to processDefinition",
mockProcessDefinition,
processDefinition);
}
};
defaultService.setProcessFactory(processFactory);
defaultService.setProcessDefinitionFactory(processDefinitionFactory);
defaultService.setModelService(modelService);
defaultService.setTransactionTemplate(transactionTemplate);
defaultService.startProcess(processName, processDefinitionName, contextParameters);
verify(processFactory, processDefinitionFactory, modelService);
assertEquals(
"mockProcessModel.getState() not in RUNNING state",
ProcessState.RUNNING,
mockProcessModel.getState());
}