add consistency tests to E2E contribution interface

ippisite/ippidb/tests/tests_contribute_e2e.py

@@ -39,12 +39,10 @@ def compute_ppi_name(entry_data):
         if item["complex_type"] == "Partner"
     ]
     bound_protein_names = [
-        get_uniprot_info(uniprot_id)["short_name"]
-        for uniprot_id in bound_uniprots
+        get_uniprot_info(uniprot_id)["short_name"] for uniprot_id in bound_uniprots
     ]
     partner_protein_names = [
-        get_uniprot_info(uniprot_id)["short_name"]
-        for uniprot_id in partner_uniprots
+        get_uniprot_info(uniprot_id)["short_name"] for uniprot_id in partner_uniprots
     ]
     bound_protein_names.sort()
     partner_protein_names.sort()
@@ -563,10 +561,32 @@ class ContributionE2ETestCase(TestCase):
         bibliography = models.Bibliography.objects.get(
             id_source=entry_data["id_source"].strip()
         )
-        for activity_tests in entry_data["activity_tests"]:
-            for compound_activity_results in activity_tests[
-                "compound_activity_results"
-            ]:
+        for activity_test in entry_data["activity_tests"]:
+            tad_filters = {
+                "test_type": activity_test["test_type"],
+                "test_name": activity_test["test_name"],
+                "protein_bound_construct": activity_test["protein_bound_construct"],
+                "test_modulation_type": activity_test["test_modulation_type"],
+                "nb_active_compounds": activity_test["nb_active_compounds"],
+            }
+            if (
+                "cell_line_name" in activity_test
+                and activity_test["cell_line_name"] != ""
+            ):
+                tad_filters["cell_line__name"] = activity_test["cell_line_name"]
+            for tad in models.TestActivityDescription.objects.all():
+                print(
+                    tad.test_type,
+                    tad.test_name,
+                    tad.protein_bound_construct,
+                    tad.test_modulation_type,
+                    tad.nb_active_compounds,
+                    tad.cell_line,
+                )
+            test_activity_description = models.TestActivityDescription.objects.get(
+                **tad_filters
+            )
+            for compound_activity_results in activity_test["compound_activity_results"]:
                 compound = models.RefCompoundBiblio.objects.get(
                     bibliography=bibliography,
                     compound_name=compound_activity_results["compound_name"],
@@ -575,6 +595,14 @@ class ContributionE2ETestCase(TestCase):
                     activity_type=compound_activity_results["activity_type"],
                     modulation_type=compound_activity_results["modulation_type"],
                     compound=compound,
+                    test_activity_description=test_activity_description,
+                )
+                self.assertEqual(
+                    results.activity_type, compound_activity_results["activity_type"]
+                )
+                self.assertEqual(
+                    results.modulation_type,
+                    compound_activity_results["modulation_type"],
                 )
                 self.assertEqual(
                     Decimal(compound_activity_results["activity"]).quantize(