bientôt a alpha

studenteval/models.py

@@ -143,6 +143,8 @@ class cl_Student_eval(models.Model):
         if sStudent is None:
             sStudent = self.sStudent
 
+        print(f"get_all_evals_for_student launched ! {sStudent}")
+
         self.a_evals = []
         evals = cl_Student_eval.objects.filter(sStudent=sStudent).order_by('sRef')
         for eval in evals:
@@ -152,29 +154,42 @@ class cl_Student_eval(models.Model):
        #print(self.a_evals)
         return self.a_evals
 
-    @admin.display(description="Présence d'évaluation mirroir", boolean=True)
+    @admin.display(description="Mirroir ?", boolean=True)
     def get_mirrored(self):
         self.get_all_evals_for_student()
         self.get_mirror_eval(self.a_evals)
         return self.mirrored
 
     def get_eval_type(self):
-        return EVAL_TYPE[int(self.nEval_Type)-1][1]
-
-    def get_inter_nature(self):
-        return INTER_NATURE[int(self.nInter_Nature)-1][1]
+        if isinstance(self.nEval_Type, int):
+            return EVAL_TYPE[int(self.nEval_Type) - 1][1]
+        return "Unknown"
 
     def get_inter_complexity(self):
-        return INTER_COMPLEXITY[int(self.nInter_Nature)-1][1]
+        if isinstance(self.nInter_Nature, int):
+            return INTER_COMPLEXITY[int(self.nInter_Nature) - 1][1]
+        return "Unknown"
 
     def get_inter_priority(self):
-        return INTER_PRIORITY[int(self.nInter_Priority)-1][1]
+        if isinstance(self.nInter_Priority, int):
+            return INTER_PRIORITY[int(self.nInter_Priority) - 1][1]
+        return "Unknown"
 
     def get_eval_mode(self):
-        return EVAL_MODE[int(self.nEval_Mode)-1][1]
+        if isinstance(self.nEval_Mode, int):
+            return EVAL_MODE[int(self.nEval_Mode) - 1][1]
+        return "Unknown"
 
     def get_student_role(self):
-        return STUDENT_ROLE[int(self.nStudent_Role)-1][1]
+        if isinstance(self.nStudent_Role, int):
+            return STUDENT_ROLE[int(self.nStudent_Role) - 1][1]
+        return "Unknown"
+
+    def get_inter_nature(self):
+        if isinstance(self.nInter_Nature,int):
+            return INTER_NATURE[int(self.nInter_Nature)-1][1]
+        return "Uncknow"
+
 
 
 
@@ -212,6 +227,9 @@ def import_data_csv():
                 value = line[key]
                 if key == "dtDate":
                     value = datetime.strptime(value, "%d.%m.%Y").date()
+                elif key == "sStudent":
+                    temp_obj = cl_Student_eval(
+
                 setattr(new_eval, key,value)
 
             new_eval.save()