Structures

Wrapped Date variables which constrain their values to the start of the enclosing interval

Usage example:

     func demo_usingPropertyWrappers(_ date: Date) {
         @WholeHour var ymdHour = date
         @WholeHours var ymdHours = [date, date.addingTimeInterval(100000)]
         @WholeDay var ymDay = date
         @WholeMonth var yMonth = date

         print("date:", date.EEEE_ddMMyyyy_HHmmss)
         print("ymdHour:", ymdHour.EEEE_ddMMyyyy_HHmmss)
         print("ymdHours:", ymdHours.map {$0.EEEE_ddMMyyyy_HHmmss})
         print("ymDay:", ymDay.EEEE_ddMMyyyy_HHmmss)
         print("yMonth:", yMonth.EEEE_ddMMyyyy_HHmmss)
     }

     let date = Date(timeIntervalSinceReferenceDate: 600000083)
     demo_usingPropertyWrappers(date)

Printed output:

     date: Monday 06.01.2020 11:41:23
     ymdHour: Monday 06.01.2020 11:00:00
     ymdHours: ["Monday 06.01.2020 11:00:00", "Tuesday 07.01.2020 15:00:00"]
     ymDay: Monday 06.01.2020 00:00:00
     yMonth: Wednesday 01.01.2020 00:00:00

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@propertyWrapper
public struct WholeMonth

Usage example: see WholeMonth

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@propertyWrapper
public struct WholeDay

Usage example: see WholeMonth

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@propertyWrapper
public struct WholeHour

Usage example: see WholeMonth

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@propertyWrapper
public struct WholeHours

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public struct FileBackedDictionary<T> where T : Decodable, T : Encodable

Usage examples:

Sample usage:

   func demo_TimerDeltaSigma() {
       var tds = TimerDeltaSigma()
       for _ in 0 ..< 10 {
           tds.printElapsedTimes()
       }
       print()
       for _ in 0 ..< 5 {
           tds.printElapsedTimes(.ms)
       }
       print()
       for _ in 0 ..< 5 {
           tds.printElapsedTimes(.s)
       }
       print()
   }
```
Sample  output:

```
    Δ 0.000000, Σ 0.000000 s
    Δ 0.000082, Σ 0.000082 s
    ...
    Δ 0.000022, Σ 0.000260 s
    Δ 0.000021, Σ 0.000281 s

    Δ 0.000, Σ 0.000 s
    ...
    Δ 0.000, Σ 0.000 s

    Δ 0, Σ 0 s
    ...
    Δ 0, Σ 0 s
```

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public struct TimerDeltaSigma

Usage notes: CodableUserDefault vs. PlistUserDefault

PlistUserDefault supports plist-compatible types: Data, String, Number, Date, Array and Dictionary.

CodableUserDefault supports any type conforming to the Codable protocol (which includes plist-compatible types, but also structs and enums conforming to Codable.

Note: PlistUserDefault must be used for settings declared in Settings.bundle/Root.plist (because these are stored in type-specific formats, while CodableUserDefault stores/retrieves all types as Data).

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@propertyWrapper
public struct CodableUserDefault<Key, Value> where Key : RawRepresentable, Value : Decodable, Value : Encodable, Key.RawValue == String

Wrapper PlistUserDefault enables creation of variables of any .plist-compatible type (Data, String, Number, Date, Array and Dictionary)

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@propertyWrapper
public struct PlistUserDefault<Key, Value> where Key : RawRepresentable, Key.RawValue == String