Examples of com.volantis.testtools.mock.EventEffect

com.volantis.testtools.mock.EventEffect
An enumeration of the possible effects that an event will have if processed by an expectation.

{@link #WOULD_FAIL}

The event would cause the expectation to fail.

{@link #WOULD_SATISFY}

The event did not match any expectations but would satisfy the expectation. This would only happen if for example an expectation was optional. In that case any event other than one that matched would satisfy the expectation.

{@link #MATCHED_EXPECTATION}

The event matched an expectation.


        // Assess the effect of the event.
        StringWriter out = new StringWriter();
        Report report = new ReportImpl(out);


        EventEffect effect = checkExpectations(ExpectationState.CURRENT, event, report);
        if (effect == EventEffect.WOULD_FAIL
                || effect == EventEffect.WOULD_SATISFY) {


            String reason = out.getBuffer().toString();
            StringBuffer message = new StringBuffer();

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    public SatisfactionLevel checkSatisfactionLevel(Report report) {
        if (isCompletelySatisfied(ExpectationState.CURRENT)) {
            return SatisfactionLevel.COMPLETE;
        }


        EventEffect eventEffect = checkExpectations(
                ExpectationState.CURRENT, VerifyEvent.INSTANCE, report);
        return (eventEffect == EventEffect.WOULD_SATISFY)
                ? SatisfactionLevel.PARTIAL : SatisfactionLevel.UNSATISFIED;
    }

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        // It should be partially satisfied without any events.
        repeating.verify();


        // See what effect processing the event will have.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);
        assertSame("Event does not satisfy expectation",
                   EventEffect.WOULD_SATISFY, effect);
    }

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        repeating.verify();
        assertFalse("Completely satisfied", repeating.isCompletelySatisfied(ExpectationState.CURRENT));


        // The unhandled event should cause the repeating expectation to be
        // satisfied but not consume the event.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);
        assertSame("Event does not satisfy expectation",
                   EventEffect.WOULD_SATISFY, effect);
    }

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        // Make sure that it is not partially satisfied.
        assertFalse("Partially satisfied", repeating.isSatisfied(report));


        // The unhandled event should cause the repeating expectation to fail.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);


        assertSame("Event does not fail expectation",
                   EventEffect.WOULD_FAIL, effect);
    }

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        repeating.verify();
        assertFalse("Completely satisfied", repeating.isCompletelySatisfied(ExpectationState.CURRENT));


        // The unhandled event should cause the repeating expectation to be
        // satisfied but not consume the event.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);
        assertSame("Event does not satisfy expectation",
                   EventEffect.WOULD_SATISFY, effect);
    }

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            // Worked.
        }


        // The unhandled event should cause the repeating expectation to be
        // satisfied but not consume the event.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);
        assertSame("Event does not satisfy expectation",
                   EventEffect.WOULD_SATISFY, effect);
    }

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            // Worked.
        }


        // The unhandled event should cause the repeating expectation to be
        // satisfied but not consume the event.
        EventEffect effect = repeating.checkExpectations(
                ExpectationState.CURRENT, new TestEvent("B"), report);
        assertSame("Event does not satisfy expectation",
                   EventEffect.WOULD_SATISFY, effect);
    }

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    public void testAssessInitialState() {
        set.checkExpectations(ExpectationState.CURRENT, new TestEvent("B"), report);
        set.checkExpectations(ExpectationState.CURRENT, new TestEvent("A"), report);
        set.checkExpectations(ExpectationState.CURRENT, new TestEvent("C"), report);


        EventEffect effect
                = set.checkExpectations(ExpectationState.INITIAL,
                                   new TestEvent("A"), report);
        assertSame("Unexpected event effect assessment",
                   EventEffect.MATCHED_EXPECTATION, effect);
    }

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        //   Test Expectations
        // =====================================================================


        RepeatingExpectation expectation = new RepeatingExpectation(
                1, Integer.MAX_VALUE, expectationMock);
        EventEffect effect;


        // Try one, this should cause the repeating expectation to be partially
        // satisfied.
        effect = expectation.checkExpectations(ExpectationState.CURRENT,
                                               eventMock, report);

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Related Classes of com.volantis.testtools.mock.EventEffect

com.volantis.testtools.mock.impl.AbstractCompositeExpectationContainer

com.volantis.testtools.mock.impl.AbstractExpectation

com.volantis.testtools.mock.impl.bootstrap.BootstrapRepeatingTestCase

com.volantis.testtools.mock.impl.ExpectationSequence

com.volantis.testtools.mock.impl.ExpectationSet

com.volantis.testtools.mock.impl.ExpectationSetTestCase

com.volantis.testtools.mock.impl.RepeatingExpectation

com.volantis.testtools.mock.impl.RepeatingExpectationTestCase

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