init.sql

@@ -47,18 +47,4 @@ from (select td_row_n.t, td_row_n.id, td_row_n.geog
 	where td_row_n.row_n = 1) td_end
 
 	on (td_start.id = td_end.id)
-);
-
-create or replace view training_info as
-(select distinct
-        td.t::date,
-        date_trunc('second', training_duration.start_time::time) as start_time,
-        date_trunc('second', training_duration.end_time::time) as end_time,
-        training_duration.duration as duration,
-        round(((t.moving_distance)/1000)::numeric, 2) as distance,
-        round(( (t.moving_distance / 1000) / (select extract(epoch from training_duration.duration)/3600))::numeric, 1) as pace_kmh
-    from training t
-        join training_data td on (t.id = td.training_id)
-        join training_duration on (t.id = training_duration.id)
-order by td.t::date, date_trunc('second', training_duration.start_time::time) asc
 );

stats.py

@@ -3,8 +3,17 @@ from tabulate import tabulate
 
 def print_stats(db: Connection):
     overall_stats = """
-        select *
-            from training_info
+        select distinct
+		        td.t::date,
+		        date_trunc('second', training_duration.start_time::time) as start_time,
+		        date_trunc('second', training_duration.end_time::time) as end_time,
+                training_duration.duration as duration,
+		        round(((t.moving_distance)/1000)::numeric, 2) as distance,
+		        round(( (t.moving_distance / 1000) / (select extract(epoch from training_duration.duration)/3600))::numeric, 1) as pace_kmh
+	        from training t
+		        join training_data td on (t.id = td.training_id)
+		        join training_duration on (t.id = training_duration.id)
+        order by td.t::date, date_trunc('second', training_duration.start_time::time) asc
     """
 
     print(tabulate(list(db.execute(overall_stats)),