/**
* Test that when sampled values increase, the run errors out as expected.
*
* @expectedException \DrupalReleaseDate\MonteCarlo\IncreasingException
*
* Since all iterations will fail, the first run after the threshold is met
* will cause the run to fail.
*
* @expectedExceptionMessage Run aborted after iteration 11
*
* @covers \DrupalReleaseDate\MonteCarlo
* @uses \DrupalReleaseDate\EstimateDistribution
* @uses \DrupalReleaseDate\MonteCarlo\IncreasingException<extended>
* @uses \DrupalReleaseDate\NumberGenerator\Cyclic<extended>
* @uses \DrupalReleaseDate\Sampling\Sample
* @uses \DrupalReleaseDate\Sampling\SampleSet
* @uses \DrupalReleaseDate\Sampling\SampleSetRandomSampleSelector
*/
function testIncreasingAverageRun()
{
$sampleset = new SampleSet();
$sampleset->insert(new Sample(10, 10));
$sampleset->insert(new Sample(20, 11));
$sampleset->insert(new Sample(30, 12));
$sampleset->insert(new Sample(40, 13));
$randomGenerator = new CyclicGenerator(1, $sampleset->length() - 1);
$sampleSelector = new SampleSetRandomSampleSelector($sampleset, $randomGenerator);
$montecarlo = new MonteCarlo($sampleSelector);
$average = $montecarlo->runAverage(100);
}
