Welcome
Please help how to test the following code
if (hazelcastInstance instanceof DummyHazelcastInstance) {
return joinPoint.proceed();
}
I need to test the scenario when the condition is true
In the test class HazelcastInstance was mocked as below
#MockBean(name = "hazelcastClientInstance")
private HazelcastInstance hazelcastInstance;
Related
The method which I wanted to test looks like:
public void method1(String str) {
ParmaObjectRequest request = new ParmaObjectRequest(str);
this.instanceVar.save(request);
}
I wanted to test if this.instanceVar.save is called with an ParmaObjectRequest object with str value using jmockit.
The test case I have written looks like below and I am able to test that my method is called 1 times but not the parameter inside it.
#Test
public void testMethod1() {
new Expectations() {
{
this.instanceVar.save((ParmaObjectRequest) any);
times = 1;
}
};
testObject.method1("dummyString");
}
But I also wanted to test that this.instanceVar.save is called with object containing "dummyString".
In the Expectations block, change "this.instanceVar" to "testObject.instanceVar"
public enum SystemConstants
{
SystemTypeDocument,
ApplicationTypeDocument
}
public interface ISystemBaseObject
{
SystemConstants SystemType();
}
public class ExploreMockExample
{
ISystemBaseObject systemBaseObject;
public ExploreMockExample(ISystemBaseObject systemObject)
{
systemBaseObject = systemObject;
}
public int MethodToBeTested()
{
if (systemBaseObject.SystemType() == SystemConstants.SystemTypeDocument)
{
return 1;
}
else
{
return 2;
}
}
}
Using intellitest along with NUnit3.
When I right click MethodToBeTested, and then select run intellitest, expected outcome is Intellitest test should achieve maximum code coverage and create test case with valid test data to cover both if (systemBaseObject.SystemType() == SystemConstants.SystemTypeDocument) and else branch statement.
Some blogs suggested to create factory for class and create mock object of interface. And use PexChoose static method to allow pex framework to explore code to achieve maximum code coverage.
[PexFactoryMethod(typeof(ExploreMockExample))]
public static ExploreMockExample CreateMock()
{
var mockComosBaseObject = new Mock<ISystemBaseObject>();
mockComosBaseObject.Setup(c =>c.SystemType()).
Returns(PexChoose.EnumValue<SystemConstants>(nameof(SystemConstants)));
return new ExploreMockExample(mockComosBaseObject.Object);
}
With above setup, Intellitest could above to generate only one test case which is covering if statement, if (systemBaseObject.SystemType() == SystemConstants.SystemTypeDocument).
What can be done, to allow intellitest to create test case which will cover else statement having result value as 2.
Create mock implementation for your interface. Like mentioned below,
public class SystemBaseObject : ISystemBaseObject
{
public SystemConstants SystemType()
{
return PexChoose.EnumValue<SystemConstants>("SystemConstants");
}
}
PexChoose will help intellitest to explore code, return value will depend upon uses of SystemConstants in original class.
Then, create factory of ExploreMockExample using SystemBaseObject,
[PexFactoryMethod(typeof(ExploreMockExample))]
public static ExploreMockExample Create()
{
return new ExploreMockExample(new SystemBaseObject());
}
Run Intellitest on actual method MethodToBeTested, Intellitest will create 2 unit test case to cover both if else branch statement.
First test case,
[PexGeneratedBy(typeof(ExploreMockExampleTest))]
public void MethodToBeTested806()
{
ExploreMockExample exploreMockExample;
int i;
exploreMockExample = ExploreMockExampleFactory.Create();
i = this.MethodToBeTested(exploreMockExample);
PexAssert.AreEqual<int>(1, i);
PexAssert.IsNotNull((object)exploreMockExample);
}
Kindly observe PexAssert.AreEqual(1, i), which will cover if branch.
Second test case,
[PexGeneratedBy(typeof(ExploreMockExampleTest))]
public void MethodToBeTested792()
{
ExploreMockExample exploreMockExample;
int i;
exploreMockExample = ExploreMockExampleFactory.Create();
IPexChoiceRecorder choices = PexChoose.Replay.Setup();
choices.NextSegment(1).DefaultSession
.At(0, "SystemConstants", (object)(SystemConstants.ApplicationTypeDocument));
i = this.MethodToBeTested(exploreMockExample);
PexAssert.AreEqual<int>(2, i);
PexAssert.IsNotNull((object)exploreMockExample);
}
Kindly observe PexAssert.AreEqual(2, i), which will cover else branch.
Using PexChoose.Replay.Setup() it will return IPexChoiceRecorder, and it will make choice about to have SystemConstants.ApplicationTypeDocument as argument value to cover else block.
I need help with Arquillian test.
Add code example of situation.
This code is working ok in real environment. Only in test case made with arquillian the result is not expected
The code:
#Stateless
public class CustomerResourceImpl implements CustomerResource{
#Override
public Response findOne(String id) {
String res = "Un cliente";
return Response.ok(res).build();
}
}
#Path("customer")
#Produces(MediaType.APPLICATION_JSON)
public interface CustomerResource {
#GET
#Path("/findOne")
public javax.ws.rs.core.Response findOne(#QueryParam("id") String id);
}
And this test case
#RunWith(Arquillian.class)
public class CustomerResourceTest {
#Deployment (testable = false)
public static Archive createTestArchive() {
return ShrinkWrap
..... (mas)
.addAsWebInfResource(EmptyAsset.INSTANCE, "beans.xml");
}
#ArquillianResource
private URL deploymentURL;
#Test
#RunAsClient
public void findOne(#ArquillianResteasyResource CustomerResource resource) throws Exception {
final Response response = resource.findOne("1");
System.out.println(response.getEntity()); // IS NULL ??
System.out.println(response.getStatus()); // 200 OK
assertNotNull(response);
}
}
The problem is that response.getEntity() is always NULL . Why? The status response OK = 200 , it is OK. This service run ok in jboss 7.2 with Java 8.
Thanks!
The reason is #Deployment (testable = false)
#Deployment says:
testable = Defines if this deployment should be wrapped up based on the protocol so the testcase can be executed incontainer.
So false means it will not be deployed in the container, and therefore will be null when your tests run inside the container.
I recommend using #Deployment with not parameters passed in rather than setting testable = true
I just solved this today after a days of fiddling. I think I pasted the #Deployment (testable = false) code from examples on the internet that I didn't understand hoping to get something working.
I'm trying to test the following class (I've left out the implementation)
public class UTRI implements UTR {
public void runAsUser(String userId, Runnable r);
}
This is the way I would use it:
UTRI.runAsUser("User1", new Runnable () {
private void run() {
//do whatever needs to be done here.
}
});
The problem is, I don't know how to use EasyMock to test functions that return void. That and I'm also not too familiar with testing in general (right out of school!). Can someone help explain to me what I need to do to approach this? I was thinking about making the UTRI a mock and doing expectlastcall after that, but realistically, not sure.
public class UTRITest {
UTRI utri = new UTRI();
#Test
public void testRunAsUser() {
// Create Mocks
Runnable mockRunnable = EasyMock.createMock(Runnable.class);
// Set Expectations
**mockRunnable.run();
EasyMock.expectLastCall().once();**
EasyMock.replay(mockRunnable);
// Call the method under test
utri.runAsUser("RAMBO", **mockRunnable**);
// Verify if run was called on Runnable!!
EasyMock.verify(mockRunnable);
}
}
The following TestNG (6.3) test case generates the error "Invalid context for the recording of expectations"
#Listeners({ Initializer.class })
public final class ClassUnderTestTest {
private ClassUnderTest cut;
#SuppressWarnings("unused")
#BeforeMethod
private void initialise() {
cut = new ClassUnderTest();
}
#Test
public void doSomething() {
new Expectations() {
MockedClass tmc;
{
tmc.doMethod("Hello"); result = "Hello";
}
};
String result = cut.doSomething();
assertEquals(result, "Hello");
}
}
The class under test is below.
public class ClassUnderTest {
MockedClass service = new MockedClass();
MockedInterface ifce = new MockedInterfaceImpl();
public String doSomething() {
return (String) service.doMethod("Hello");
}
public String doSomethingElse() {
return (String) ifce.testMethod("Hello again");
}
}
I am making the assumption that because I am using the #Listeners annotation that I do not require the javaagent command line argument. This assumption may be wrong....
Can anyone point out what I have missed?
The JMockit-TestNG Initializer must run once for the whole test run, so using #Listeners on individual test classes won't work.
Instead, simply upgrade to JMockit 0.999.11, which works transparently with TestNG 6.2+, without any need to specify a listener or the -javaagent parameter (unless running on JDK 1.5).