Improve async testing

plugwise_usb/nodes/helpers/pulses.py

@@ -468,7 +468,7 @@ def _add_log_record(
             return False
 
         # Drop useless log records when we have at least 4 logs
-        if self.collected_logs > 4 and log_record.timestamp < (
+        if self.collected_logs > 4 and log_record.timestamp <= (
             datetime.now(tz=UTC) - timedelta(hours=MAX_LOG_HOURS)
         ):
             return False

tests/test_usb.py

@@ -939,15 +939,13 @@ async def fake_get_missing_energy_logs(address: int) -> None:
         )
         await stick.disconnect()
 
-    @freeze_time(dt.now())
+    @freeze_time("2025-04-03 22:00:00")
     def test_pulse_collection_consumption(
         self, monkeypatch: pytest.MonkeyPatch
     ) -> None:
         """Testing pulse collection class."""
         monkeypatch.setattr(pw_energy_pulses, "MAX_LOG_HOURS", 24)
-
-        fixed_timestamp_utc = dt.now(UTC)
-        fixed_this_hour = fixed_timestamp_utc.replace(minute=0, second=0, microsecond=0)
+        fixed_this_hour = dt.now(UTC)
 
         # Test consumption logs
         tst_consumption = pw_energy_pulses.PulseCollection(mac="0098765432101234")
@@ -1085,7 +1083,6 @@ def test_pulse_collection_consumption(
 
         assert not tst_consumption.log_rollover
         # add missing logs
-        test_timestamp = fixed_this_hour - td(hours=3)
         tst_consumption.add_log(99, 2, (fixed_this_hour - td(hours=3)), 1000)
         tst_consumption.add_log(99, 1, (fixed_this_hour - td(hours=4)), 1000)
         tst_consumption.add_log(98, 4, (fixed_this_hour - td(hours=5)), 1000)
@@ -1112,31 +1109,42 @@ def test_pulse_collection_consumption(
 
 
         # Test rollover by updating pulses before log record
-        pulse_update_3 = fixed_this_hour + td(hours=0, minutes=0, seconds=30)
+        pulse_update_3 = fixed_this_hour + td(hours=1, minutes=0, seconds=30)
+        test_timestamp = fixed_this_hour + td(hours=1)
         tst_consumption.update_pulse_counter(2500, 0, pulse_update_3)
-        assert not tst_consumption.log_rollover
+        assert tst_consumption.log_rollover
+        # Collected pulses last hour:
         assert tst_consumption.collected_pulses(
             test_timestamp, is_consumption=True
-        ) == (2500 + 1111 + 1000 + 750, pulse_update_3)
-        pulse_update_4 = fixed_this_hour + td(hours=1, minutes=1, seconds=3)
+        ) == (2500, pulse_update_3)
+        # Collected pulses last day:
+        assert tst_consumption.collected_pulses(
+            test_timestamp - td(hours=24), is_consumption=True
+        ) == (2500 + 22861, pulse_update_3)
+        pulse_update_4 = fixed_this_hour + td(hours=1, minutes=1)
         tst_consumption.update_pulse_counter(45, 0, pulse_update_4)
         assert tst_consumption.log_rollover
-        test_timestamp = fixed_this_hour + td(hours=1, minutes=1, seconds=4)
+        # Collected pulses last hour:
         assert tst_consumption.collected_pulses(
             test_timestamp, is_consumption=True
         ) == (45, pulse_update_4)
-        tst_consumption.add_log(100, 2, (fixed_this_hour + td(hours=1, minutes=1, seconds=5)), 2222)
-        assert tst_consumption.log_rollover
+        # Collected pulses last day:
+        assert tst_consumption.collected_pulses(
+            test_timestamp - td(hours=24), is_consumption=True
+        ) == (45 + 22861, pulse_update_4)  
+        # pulse-count of 2500 is ignored, the code does not export this incorrect value
+
+        tst_consumption.add_log(100, 2, (fixed_this_hour + td(hours=1)), 2222)
+        assert not tst_consumption.log_rollover
         # Test collection of the last full hour
         assert tst_consumption.collected_pulses(
             fixed_this_hour, is_consumption=True
         ) == (45 + 2222, pulse_update_4)
         pulse_update_5 = fixed_this_hour + td(hours=1, minutes=1, seconds=18)
-        test_timestamp_2 = fixed_this_hour + td(hours=1, minutes=1, seconds=20)
         tst_consumption.update_pulse_counter(145, 0, pulse_update_5)
         # Test collection of the last new hour
         assert tst_consumption.collected_pulses(
-            test_timestamp_2, is_consumption=True
+            test_timestamp, is_consumption=True
         ) == (145, pulse_update_5)
 
         # Test log rollover by updating log first before updating pulses