mirror of
https://github.com/bckelley/tconnectsync.git
synced 2026-08-24 03:34:12 -05:00
James Woglom
f5ef34174f
BOLUS_BG will add BG readings which are associated with boluses on the pump into the Nightscout treatment object. It will determine whether the BG reading was automatically filled via the Dexcom connection on the pump or was manually entered by seeing if the BG reading matches the current CGM reading as known to the pump at that time. Support for this is nearly complete. CGM will add Dexcom CGM readings from the pump to Nightscout as SGV (sensor glucose value) entries. This should only be used in a situation where xDrip is not used and the pump connection to the CGM will be the only source of CGM data to Nightscout. This requires additional testing before it should be considered ready. Both options are hidden behind the ENABLE_TESTING_MODES=true environment variable. Run tconnectsync with this environment variable and BOLUS_BG and CGM will be usable with the --features argument.
51 lines
2.0 KiB
Python
51 lines
2.0 KiB
Python
#!/usr/bin/env python3
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import unittest
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from tconnectsync.sync.cgm import find_event_at, process_cgm_events
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from tconnectsync.parser.tconnect import TConnectEntry
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from ..parser.test_tconnect import TestTConnectEntryReading
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class TestProcessCGMEvents(unittest.TestCase):
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def test_process_cgm_events(self):
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rawReadings = [
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TestTConnectEntryReading.entry1,
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TestTConnectEntryReading.entry2,
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TestTConnectEntryReading.entry3,
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TestTConnectEntryReading.entry4
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]
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self.assertListEqual(
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process_cgm_events(rawReadings),
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[TConnectEntry.parse_reading_entry(r) for r in rawReadings]
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)
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class TestFindEventAt(unittest.TestCase):
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readingData = [
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TConnectEntry.parse_reading_entry(TestTConnectEntryReading.entry1),
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TConnectEntry.parse_reading_entry(TestTConnectEntryReading.entry2),
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TConnectEntry.parse_reading_entry(TestTConnectEntryReading.entry3),
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TConnectEntry.parse_reading_entry(TestTConnectEntryReading.entry4)
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]
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def test_find_event_at_exact(self):
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for r in self.readingData:
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self.assertEqual(find_event_at(self.readingData, r["time"]), r)
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def test_find_event_at_before_not_found(self):
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self.assertEqual(find_event_at(self.readingData, "2021-10-22 10:30:00-04:00"), None)
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def test_find_event_at_large_gap(self):
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self.assertEqual(find_event_at(self.readingData, "2021-10-23 13:30:00-04:00"), self.readingData[0])
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def test_find_event_at_between_close(self):
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self.assertEqual(find_event_at(self.readingData, "2021-10-23 16:17:52-04:00"), self.readingData[1])
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self.assertEqual(find_event_at(self.readingData, "2021-10-23 16:21:52-04:00"), self.readingData[2])
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self.assertEqual(find_event_at(self.readingData, "2021-10-23 16:25:59-04:00"), self.readingData[3])
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def test_find_event_at_most_recent(self):
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self.assertEqual(find_event_at(self.readingData, "2021-10-23 18:00:00-04:00"), self.readingData[3])
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if __name__ == '__main__':
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unittest.main() |