Trio/FreeAPS/Sources/Modules/ISFEditor/ISFEditorProvider.swift

extension ISFEditor {
    final class Provider: BaseProvider, ISFEditorProvider {
        var profile: InsulinSensitivities {
            var retrievedSensitivities = storage.retrieve(OpenAPS.Settings.insulinSensitivities, as: InsulinSensitivities.self)
                ?? InsulinSensitivities(from: OpenAPS.defaults(for: OpenAPS.Settings.insulinSensitivities))
                ?? InsulinSensitivities(
                    units: .mgdL,
                    userPreferredUnits: .mgdL,
                    sensitivities: []
                )

            // migrate existing mmol/L Trio users from mmol/L settings to pure mg/dl settings
            if retrievedSensitivities.units == .mmolL || retrievedSensitivities.userPreferredUnits == .mmolL {
                let convertedSensitivities = retrievedSensitivities.sensitivities.map { isf in
                    InsulinSensitivityEntry(sensitivity: isf.sensitivity.asMgdL, offset: isf.offset, start: isf.start)
                }
                retrievedSensitivities = InsulinSensitivities(
                    units: .mgdL,
                    userPreferredUnits: .mgdL,
                    sensitivities: convertedSensitivities
                )
                saveProfile(retrievedSensitivities)
            }

            return retrievedSensitivities
        }

        func saveProfile(_ profile: InsulinSensitivities) {
            storage.save(profile, as: OpenAPS.Settings.insulinSensitivities)
        }

        var autosense: Autosens {
            storage.retrieve(OpenAPS.Settings.autosense, as: Autosens.self)
                ?? Autosens(from: OpenAPS.defaults(for: OpenAPS.Settings.autosense))
                ?? Autosens(ratio: 1, newisf: nil, timestamp: nil)
        }

        var autotune: Autotune? {
            storage.retrieve(OpenAPS.Settings.autotune, as: Autotune.self)
        }
    }
}