def test_summarize_empty(self):
records = []
expected_summary = {}
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize_empty(self):
records = []
expected_summary = {}
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize(self):
records = [dict(metric_code=MetricCodes.CLUSTER_DENSITY, metric_value=3.0)]
expected_summary = dict(cluster_density=3.0)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize(self):
records = [dict(metric_code=MetricCodes.CLUSTER_DENSITY,
metric_value=3.0)]
expected_summary = dict(cluster_density=3.0)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize_passing_clusters(self):
records = [
dict(metric_code=MetricCodes.CLUSTER_COUNT, metric_value=100.0),
dict(metric_code=MetricCodes.CLUSTER_COUNT_PASSING_FILTERS, metric_value=50.0),
]
expected_summary = dict(pass_rate=0.5)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize_skips_other_codes(self):
records = [
dict(metric_code=MetricCodes.CLUSTER_DENSITY, metric_value=3.0),
dict(metric_code=MetricCodes.CLUSTER_DENSITY_PASSING_FILTERS, metric_value=4.0),
]
expected_summary = dict(cluster_density=3.0)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize_passing_clusters(self):
records = [dict(metric_code=MetricCodes.CLUSTER_COUNT,
metric_value=100.0),
dict(metric_code=MetricCodes.CLUSTER_COUNT_PASSING_FILTERS,
metric_value=50.0)]
expected_summary = dict(pass_rate=0.5)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
def test_summarize_skips_other_codes(self):
records = [dict(metric_code=MetricCodes.CLUSTER_DENSITY,
metric_value=3.0),
dict(metric_code=MetricCodes.CLUSTER_DENSITY_PASSING_FILTERS,
metric_value=4.0)]
expected_summary = dict(cluster_density=3.0)
summary = {}
summarize_tile_records(records, summary)
self.assertEqual(expected_summary, summary)
