def assertTcxAvgSpeedMatches(workoutSamples, tcx):
actual = tcx[0][0][1][7][0][0].text
_, originalDistanceUnit = tcx_builder.getDistanceMeters(workoutSamples)
expected = str(
tcx_builder.getAverageSpeedMetersPerSecond(workoutSamples,
originalDistanceUnit))
assert actual == expected
def assertTcxMaximumSpeedMatches(workoutSamples, tcx):
actual = tcx[0][0][2][2].text
_, originalDistanceUnit = tcx_builder.getDistanceMeters(workoutSamples)
expected = str(
tcx_builder.getMaxSpeedMetersPerSecond(workoutSamples,
originalDistanceUnit))
assert actual == expected
def test_getDistanceMeters(self, distanceValue, distanceUnit, expectedDistance):
# Setup
workout_samples = self.loadTestData("peloton_workoutsamples_cycling.json")
workout_samples["summaries"][1]["display_unit"] = distanceUnit
workout_samples["summaries"][1]["value"] = distanceValue
distance = workout_samples["summaries"][1]["value"]
expectedDistanceUnit = distanceUnit
# Act
distanceMeters, originalDistanceUnit = tcx_builder.getDistanceMeters(workout_samples)
# Assert
assert distanceMeters == expectedDistance
assert originalDistanceUnit == expectedDistanceUnit