Up tile db

sen2chain/geo_utils.py

@@ -247,7 +247,7 @@ def fill_fields(
         for field in field_names[7:]:
             indice_count += tile_counts[tile_name][field.split("_")[0]]
         if indice_count:
-            if datetime.datetime.now() - last_date_all_indices >= datetime.timedelta(5):
+            if datetime.datetime.now() - last_date_all_indices >= datetime.timedelta(6):
                 feat.SetField("color", colors[1])
             else:
                 feat.SetField("color", colors[2])
@@ -307,18 +307,24 @@ def full_db_2_shp(
     total_index = list(set(total_index))
     tile_count = {}
     for key in total_index:
-        tile_count[key] = {
-            "l1c": len(
-                [k.name for k in lib._l1c_path.glob(key + "/*.SAFE")]
-            ),
-            "l2a": len(
-                [k.name for k in lib._l2a_path.glob(key + "/*.SAFE")]
-            )}
+        logger.info(
+            "Searching Tile {} {}/{}".format(
+                key,
+                total_index.index(key)+1,
+                len(total_index), 
+            )
+        )    
+        n_l1c = len([k.name for k in lib._l1c_path.glob(key + "/*.SAFE")])
+        logger.info("L1C products: {}".format(n_l1c))
+        n_l2a = len([k.name for k in lib._l2a_path.glob(key + "/*.SAFE")])
+        logger.info("L2A products: {}".format(n_l2a))
+        tile_count[key] = {"l1c": n_l1c, "l2a": n_l2a}
         for i in lib.indices:
             pattern = ("{}/{}/S2*_MSI*_N*_R*_T*/*" + cm_string + ".jp2").format(i, key)
             tile_count[key][i] = len(
                 [k.name for k in lib._indices_path.glob(pattern)]
             )
+            logger.info("{} products: {}".format(i, tile_count[key][i]))            
     
     # Couche complète
     query_str = "or ".join(