/**
* @class illumina::interop::model::metrics::extraction_metric
* @test Confirm version 2 of the metric can be written to and read from a stream
* @test Confirm version 2 of the metric matches known binary file
*/
TYPED_TEST(extraction_metrics_test, test_read_write)
{
EXPECT_EQ(TypeParam::actual_metric_set.version(), TypeParam::VERSION);
EXPECT_EQ(TypeParam::actual_metric_set.size(), TypeParam::expected_metric_set.size());
EXPECT_EQ(TypeParam::actual_metric_set.max_cycle(), TypeParam::expected_metric_set.max_cycle());
for(typename TypeParam::const_iterator itExpected=TypeParam::expected_metric_set.begin(), itActual = TypeParam::actual_metric_set.begin();
itExpected != TypeParam::expected_metric_set.end() && itActual != TypeParam::actual_metric_set.end();
itExpected++,itActual++)
{
EXPECT_EQ(itExpected->lane(), itActual->lane());
EXPECT_EQ(itExpected->tile(), itActual->tile());
EXPECT_EQ(itExpected->cycle(), itActual->cycle());
EXPECT_EQ(itExpected->dateTime(), itActual->dateTime());
std::time_t t = static_cast<std::time_t>(itActual->dateTime());
std::tm* tm = std::localtime(&t);
EXPECT_NE(tm, static_cast<std::tm*>(0));
for(size_t i=0;i<extraction_metric::MAX_CHANNELS;i++)
{
EXPECT_EQ(itExpected->max_intensity(i), itActual->max_intensity(i));
EXPECT_NEAR(itExpected->focusScore(i), itActual->focusScore(i), 1e-7);
}
}
}
/**
* @class illumina::interop::model::metrics::corrected_intensity_metric
* @test Confirm version 2 of the metric can be written to and read from a stream
* @test Confirm version 3 of the metric can be written to and read from a stream
* @test Confirm version 2 of the metric matches known binary file
* @test Confirm version 3 of the metric matches known binary file
*/
TYPED_TEST(corrected_intensity_metrics_test, test_read_write)
{
EXPECT_EQ(TypeParam::actual_metric_set.version(), TypeParam::VERSION);
EXPECT_EQ(TypeParam::actual_metrics.size(), TypeParam::expected_metrics.size());
EXPECT_EQ(TypeParam::actual_metric_set.max_cycle(), TypeParam::expected_metric_set.max_cycle());
for(typename TypeParam::const_iterator itExpected=TypeParam::expected_metrics.begin(), itActual = TypeParam::actual_metrics.begin();
itExpected != TypeParam::expected_metrics.end() && itActual != TypeParam::actual_metrics.end();
itExpected++,itActual++)
{
EXPECT_EQ(itExpected->lane(), itActual->lane());
EXPECT_EQ(itExpected->tile(), itActual->tile());
EXPECT_EQ(itExpected->cycle(), itActual->cycle());
if(TypeParam::VERSION < 3)
{
EXPECT_EQ(itExpected->averageCycleIntensity(), itActual->averageCycleIntensity());
}
if(TypeParam::VERSION == 2)
{
if (!std::isnan(itExpected->signalToNoise()) || !std::isnan(itActual->signalToNoise()))
EXPECT_NEAR(itExpected->signalToNoise(), itActual->signalToNoise(), 1e-7f);
}
for(ptrdiff_t i=-1;i<constants::NUM_OF_BASES;i++)
EXPECT_EQ(itExpected->calledCounts(i), itActual->calledCounts(i));
for(size_t i=0;i<constants::NUM_OF_BASES;i++)
{
EXPECT_EQ(itExpected->correctedIntCalled(i), itActual->correctedIntCalled(i));
if(TypeParam::VERSION < 3) {
EXPECT_EQ(itExpected->correctedIntAll(i), itActual->correctedIntAll(i));
}
}
}
}
/**
* @class illumina::interop::model::metrics::error_metric
* @test Confirm version 3 of the metric can be written to and read from a stream
* @test Confirm version 3 of the metric matches known binary file
*/
TYPED_TEST(error_metrics_test, test_read_write)
{
EXPECT_EQ(TypeParam::actual_metric_set.version(), TypeParam::VERSION);
EXPECT_EQ(TypeParam::actual_metric_set.size(), TypeParam::expected_metric_set.size());
EXPECT_EQ(TypeParam::actual_metric_set.max_cycle(), TypeParam::expected_metric_set.max_cycle());
for(typename TypeParam::const_iterator itExpected=TypeParam::expected_metric_set.begin(), itActual = TypeParam::actual_metric_set.begin();
itExpected != TypeParam::expected_metric_set.end() && itActual != TypeParam::actual_metric_set.end();
itExpected++,itActual++)
{
EXPECT_EQ(itExpected->lane(), itActual->lane());
EXPECT_EQ(itExpected->tile(), itActual->tile());
EXPECT_EQ(itExpected->cycle(), itActual->cycle());
EXPECT_EQ(itExpected->mismatch_count(), itActual->mismatch_count());
EXPECT_NEAR(itExpected->errorRate(), itActual->errorRate(), 1e-7f);
for(ptrdiff_t i=0;i<static_cast<ptrdiff_t>(itExpected->mismatch_count());i++)
EXPECT_EQ(itExpected->mismatch_cluster_count(i), itActual->mismatch_cluster_count(i));
}
}
