trait MockitoStubs extends MocksCreation with MockitoStubsLowerImplicits
This trait provides functionalities to declare stub values on method calls.
Usage:
mockedList.get(0) returns "one" mockedList.get(0) returns ("one", "two") mockedList.get(0) throws new Exception("unexpected") mockedList.get(0) answers ( i => "value " + i.toString ) mockedList.get(any) responds { case i: Int => (i + 1).toString }
It is also possible to chain stubs like this:
mockedList.get(0) returns "one" thenReturns "two" mockedList.get(0) returns "one" thenThrows new Exception("unexpected now")
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- class AStubber[T] extends AnyRef
provide stub chain methods.
- class AnOngoingStubbing[T] extends AnyRef
provide stub chain methods.
- class MockAnswer[T] extends Answer[T]
This class is an implementation of the Answer interface allowing to pass functions as an answer.
This class is an implementation of the Answer interface allowing to pass functions as an answer.
It does a bit of work for the client:
// if the method has one parameter and the function also, the parameter is passed mock.get(0) answers ( i => i.toString )
// if the method has one parameter and the function has two, the mock is passed as the second argument mock.get(0) answers { (i, mock) => i.toString + " for mock " + mock.toString }
Similarly a mocked method with no parameters can use a function with one parameter. In that case, the mock will be passed mock.size answers { mock => mock.hashCode }
In any other cases, if f is a function of 1 parameter, the array of the method parameters will be passed and if the function has 2 parameters, the second one will be the mock.
- class MockAnswer2[T] extends Answer[T]
in this case we suppose that the second expected parameter is the mock instance
- class MockAnswer3[T] extends Answer[T]
in this case we the function expects all the arguments from the invocation
- class Stubbed[T] extends AnyRef
This class provide stub methods like returns, throws and answers.
This class provide stub methods like returns, throws and answers. Internally it calls Mockito.when(mock call).thenReturn(returnValue)
- case class MockProperty[T](p: Property[T] = Property[T]()) extends Product with Serializable
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- implicit def aStubber(stub: => Stubber): AStubber[Nothing]
- returns
an object allowing the chaining of returned values on doNothing calls.
- implicit def anOngoingStubbing[T](stub: => OngoingStubbing[T]): AnOngoingStubbing[T]
- returns
an object allowing the chaining of stub values.
- implicit def anyToMockProperty[T](t: => T): MockProperty[T]
this implicit helps with defining optional values for mockito settings
this implicit helps with defining optional values for mockito settings
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- final def asInstanceOf[T0]: T0
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- def classesOf[T1, T2, T3, T4, T5](implicit arg0: ClassTag[T1], arg1: ClassTag[T2], arg2: ClassTag[T3], arg3: ClassTag[T4], arg4: ClassTag[T5]): Seq[Class[_ >: _$1 with _$1 with _$1 with _$1 with _$1]] forSome {type _$1, type _$1, type _$1, type _$1, type _$1}
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- def classesOf[T1, T2, T3, T4](implicit arg0: ClassTag[T1], arg1: ClassTag[T2], arg2: ClassTag[T3], arg3: ClassTag[T4]): Seq[Class[_ >: _$1 with _$1 with _$1 with _$1]] forSome {type _$1, type _$1, type _$1, type _$1}
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- def classesOf[T1, T2, T3](implicit arg0: ClassTag[T1], arg1: ClassTag[T2], arg2: ClassTag[T3]): Seq[Class[_ >: _$1 with _$1 with _$1]] forSome {type _$1, type _$1, type _$1}
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- def classesOf[T1, T2](implicit arg0: ClassTag[T1], arg1: ClassTag[T2]): Seq[Class[_ >: _$1 with _$1]] forSome {type _$1, type _$1}
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- @throws(classOf[java.lang.CloneNotSupportedException]) @native() @IntrinsicCandidate()
- def doAnswer[T](f: (Any) => T): Stubber
delegate to MockitoMocker doAnswer with a MockAnswer object using the function f.
- final def eq(arg0: AnyRef): Boolean
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- def equals(arg0: AnyRef): Boolean
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- final def getClass(): Class[_ <: AnyRef]
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- def hashCode(): Int
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- def ignoreStubs(mocks: AnyRef*): IgnoreStubs
ignore stubbed methods when verifying that a mock has no more interactions
ignore stubbed methods when verifying that a mock has no more interactions
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- def mock[T](settings: MockSettings)(implicit arg0: ClassTag[T]): T
create a mock object with some specific settings: val m = mock[java.util.List[String]](settings)
create a mock object with some specific settings: val m = mock[java.util.List[String]](settings)
- Definition Classes
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- def mock[T](implicit arg0: ClassTag[T]): T
create a mock object: val m = mock[java.util.List[String]]
create a mock object: val m = mock[java.util.List[String]]
- Definition Classes
- MocksCreation
- def mockAs[T](name: String)(implicit arg0: ClassTag[T]): T
create a mock object with a name: val m = mockAs[java.util.List[String]]("name")
create a mock object with a name: val m = mockAs[java.util.List[String]]("name")
- Definition Classes
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- implicit def mocked[T](t: => T)(implicit arg0: ClassTag[T]): Mocked[T]
implicit allowing to define the mock settings with a nice syntax:
implicit allowing to define the mock settings with a nice syntax:
- named mock: val m = mock[java.util.List[String]].as("name")
- smart mock: val m = mock[java.util.List[String]].smart
- other settings: val m = mock[java.util.List[String]]. settings(name = "list", defaultReturn = 10, extraInterfaces = classesOf[Cloneable, Serializable])
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- final def notify(): Unit
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- final def notifyAll(): Unit
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- implicit def ongoingStubbing[M](stubbing: => OngoingStubbing[_]): M
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- def smartMock[T](implicit arg0: ClassTag[T]): T
create a mock object with smart return values: val m = smartMock[java.util.List[String]]
create a mock object with smart return values: val m = smartMock[java.util.List[String]]
This is the equivalent of Mockito.mock(List.class, SMART_NULLVALUES) but testing shows that it is not working well with Scala.
- Definition Classes
- MocksCreation
- def spy[T](m: T): T
create a spy on an object.
create a spy on an object.
A spy is a real object but can still have some of its methods stubbed. However the syntax for stubbing a spy is a bit different than with a mock:
val s = spy(new LinkedList[String]) doReturn("one").when(s).get(0) // instead of s.get(0) returns "one" which would throw an exception
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- final def synchronized[T0](arg0: => T0): T0
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- implicit def theStubbed[T](c: T): Stubbed[T]
- returns
an object supporting the stub methods.
- def toString(): String
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- final def wait(arg0: Long, arg1: Int): Unit
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- @throws(classOf[java.lang.InterruptedException])
- final def wait(arg0: Long): Unit
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- final def wait(): Unit
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