extract msatsPerSat

Author: piotr-iohk

Bitkit/Constants/Env.swift

@@ -15,6 +15,7 @@ enum Env {
         static let isE2E = ProcessInfo.processInfo.environment["E2E"] == "true"
     #endif
     static let dustLimit = 547
+    static let msatsPerSat: UInt64 = 1000
 
     #if CHECK_GEOBLOCK
         static let isGeoblockingEnabled = true

Bitkit/ViewModels/AppViewModel.swift

@@ -250,8 +250,8 @@ extension AppViewModel {
         }
 
         var normalizedData = data
-        normalizedData.minSendable = max(1, normalizedData.minSendable / 1000)
-        normalizedData.maxSendable = max(normalizedData.minSendable, normalizedData.maxSendable / 1000)
+        normalizedData.minSendable = max(1, normalizedData.minSendable / Env.msatsPerSat)
+        normalizedData.maxSendable = max(normalizedData.minSendable, normalizedData.maxSendable / Env.msatsPerSat)
 
         // Check if user has enough lightning balance to pay the minimum amount
         let lightningBalance = lightningService.balances?.totalLightningBalanceSats ?? 0
@@ -275,7 +275,7 @@ extension AppViewModel {
             return
         }
 
-        let minMsats = data.minWithdrawable ?? 1000
+        let minMsats = data.minWithdrawable ?? Env.msatsPerSat
         let maxMsats = data.maxWithdrawable
 
         // Check if minWithdrawable > maxWithdrawable
@@ -289,8 +289,8 @@ extension AppViewModel {
         }
 
         var normalizedData = data
-        let minSats = max<UInt64>(1, minMsats / 1000)
-        let maxSats = max(minSats, maxMsats / 1000)
+        let minSats = max<UInt64>(1, minMsats / Env.msatsPerSat)
+        let maxSats = max(minSats, maxMsats / Env.msatsPerSat)
         normalizedData.minWithdrawable = minSats
         normalizedData.maxWithdrawable = maxSats