def test_does_lib_replicate_exist(self):
"""
Test the function ``does_lib_replicate_exist()`` for correct result when we only care about
whether the library has any replicates, and not any particular one.
"""
lib_accession = "ENCLB690UAL" # has replicate for (1,1).
res = utils.does_lib_replicate_exist(replicates_json=self.replicates_json,
lib_accession=lib_accession)
self.assertEqual(res, ["37b3dabc-bbdc-4832-88a5-78c2a8369942"])
def test_5_does_lib_replicate_exist(self):
"""
Test the function ``does_lib_replicate_exist()`` for the empty result when the library
accession doesn't belong to any of the replicates.
"""
lib_accession = "ENCLB000000" # Doesn't exist.
res = utils.does_lib_replicate_exist(replicates_json=self.replicates_json,
lib_accession=lib_accession)
self.assertEqual(res, [])
def test_3_does_lib_replicate_exist(self):
"""
Test the function ``does_lib_replicate_exist()`` for the empty result when we restrict
the replicates search to a `biological_replicate_number` that does not apply.
"""
lib_accession = "ENCLB690UAL" # has replicate for (1,1).
brn = 2
res = utils.does_lib_replicate_exist(
replicates_json=self.replicates_json,
lib_accession=lib_accession,
biological_replicate_number=brn)
self.assertEqual(res, [])
def test_2_does_lib_replicate_exist(self):
"""
Test the function ``does_lib_replicate_exist()`` for the correct result when we restrict
the replicate search to only those with the specific `biological_replicate_number`.
"""
lib_accession = "ENCLB690UAL" # has replicate for (1,1).
brn = 1
res = utils.does_lib_replicate_exist(
replicates_json=self.replicates_json,
lib_accession=lib_accession,
biological_replicate_number=brn)
self.assertEqual(res, ["37b3dabc-bbdc-4832-88a5-78c2a8369942"])