Descriptions and Syntax Corrections #141

- Updated Switch Descriptions and Alkaline syntax

Loop/Managers/DeviceDataManager.swift

@@ -370,7 +370,7 @@ final class DeviceDataManager: CarbStoreDelegate, CarbStoreSyncDelegate, DoseSto
         }
     }
 
-    /// NonMySentry Battery Calculation for Alkline and Lithuim  #141
+    /// NonMySentry Battery Calculation for Alkaline and Lithuim  #141
     ///
     /// - parameter currVoltage: Current Voltage Reading from Pump
     ///
@@ -387,7 +387,7 @@ final class DeviceDataManager: CarbStoreDelegate, CarbStoreSyncDelegate, DoseSto
             maxVoltage = 1.58
             batteryNotification = 0.12
         }else{
-            // if Alkline (default) set min and max linear voltages
+            // if Alkaline (default) set min and max linear voltages
             minVoltage = 1.26
             maxVoltage = 1.58
             batteryNotification = 0.19
@@ -737,8 +737,8 @@ final class DeviceDataManager: CarbStoreDelegate, CarbStoreSyncDelegate, DoseSto
         }
     }
 
-    /// The Default battery chemistry is Alkline
-    var batteryChemistry = UserDefaults.standard.batteryChemistry ?? .alkline {
+    /// The Default battery chemistry is Alkaline
+    var batteryChemistry = UserDefaults.standard.batteryChemistry ?? .alkaline {
         didSet {
             UserDefaults.standard.batteryChemistry = batteryChemistry
         }

Loop/Models/BatteryChemistryType.swift

@@ -9,13 +9,13 @@
 import Foundation
 
 enum BatteryChemistryType: Int, CustomStringConvertible {
-    case alkline = 0
+    case alkaline = 0
     case lithium
 
     var description: String {
         switch self {
-        case .alkline:
-            return NSLocalizedString("Alkline", comment: "Describing the battery chemistry as Alkline")
+        case .alkaline:
+            return NSLocalizedString("Alkaline", comment: "Describing the battery chemistry as Alkaline")
         case .lithium:
             return NSLocalizedString("Lithium", comment: "Describing the battery chemistry as Lithium")
         }

Loop/View Controllers/BatteryTypeSelectionTableViewController.swift

@@ -79,7 +79,7 @@ extension BatteryTypeSelectionTableViewController {
 
         vc.selectedIndex = value.rawValue
         vc.options = (0..<2).flatMap({ BatteryChemistryType(rawValue: $0) }).map { String(describing: $0) }
-        vc.contextHelp = NSLocalizedString("Alkline and Lithium batteries decay at differing rates.  Alkline tend to have a linear voltage drop over time where as lithium cell batteries tend to maintain voltage until the end of thier lifespan.  This results in a rapid drop in voltage giving little warning to the user that the battery's life is at an end.  Under typical useage in an insulin pump using Loop alkline batteries last approximately 4 to 5 days in a non MySentry compatible pump.  Lithium batteries can last between 7 and 8 days.  This selection will use different battery voltage decay rates for each of the battery chemistry types and alert the user when a battery is approximately 8 to 10 hours from failure", comment: "Instructions on selecting battery chemistry type")
+        vc.contextHelp = NSLocalizedString("Alkaline and Lithium batteries decay at differing rates.  Alkaline tend to have a linear voltage drop over time whereas lithium cell batteries tend to maintain voltage until the end of their lifespan.  Under normal usage in a Non-MySentry compatible Minimed (x22/x15) insulin pump running Loop, Alkaline batteries last approximately 4 to 5 days.  Lithium batteries last between 7 and 8 days. This selection will use different battery voltage decay rates for each of the battery chemistry types and alert the user when a battery is approximately 8 to 10 hours from failure.", comment: "Instructions on selecting battery chemistry type")
 
         return vc
     }