Array

Returns the data at the given index in the requested type if the conversion is possible.

Supported types are:

• Double
• Float
• Int
• Int64
• Bool
• String
• NSNumber

You can call this method without parameters if the return type can be inferred:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anInt: Int? = dataItems.get(index: 0)

Alternatively the type must be specified as a parameter:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anInt = dataItems.get(index: 0, as: Int.self)

Every numeric type (Int, Int64, Float, Double, NSNumber) can be used interchangeably and the conversion will be made following NSNumber conversion methods.

 let nsNumber = NSNumber(1.5)
 let dataItems: [DataItem] = [DataItem(value: nsNumber)]
 let aDouble: Double? = dataItems.get(index: 0) // Double(1.5)
 let anInt: Int? = dataItems.get(index: 0) // Int(1)

Returns the value as an Array of DataItem if the underlying value is an Array.

Returns the value as a Dictionary of DataItem if the underlying value is a Dictionary.

Returns the value at the given index as an Array of the (optional) given type.

This method will follow the same principles of the get<T: DataInput>(index:as:) counterpart, but applies them on the individual Array elements.

Supported types are:

• Double
• Float
• Int
• Int64
• Bool
• String
• NSNumber

You can call this method without parameters if the return type can be inferred:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anIntArray: [Int?]? = dataItems.getArray(index: 0)

Alternatively the type must be specified as a parameter:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anIntArray = dataItems.getArray(index: 0, of: Int.self)

Every numeric type (Int, Int64, Float, Double, NSNumber) can be used interchangeably and the conversion will be made following NSNumber conversion methods.

 let nsNumber = NSNumber(1.5)
 let dataItems: [DataItem] = [DataItem(value: nsNumber)]
 let aDoubleArray = dataItems.getArray(index: 0, of: Double.self) // [Double(1.5)]
 let anIntArray = dataItems.getArray(index: 0, of: Int.self) // [Int(1)]

Returns the value at the given index as an Dictionary of the (optional) given type.

This method will follow the same principles of the get<T: DataInput>(index:as:) counterpart, but applies them on the individual Dictionary elements.

Supported types are:

• Double
• Float
• Int
• Int64
• Bool
• String
• NSNumber

You can call this method without parameters if the return type can be inferred:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anIntDictionary: [String: Int?]? = dataItems.getDictionary(index: 0)

Alternatively the type must be specified as a parameter:

 let dataItems: [DataItem] = [DataItem(value: 1.5)]
 let anIntDictionary = dataItems.getDictionary(index: 0, of: Int.self)

Every numeric type (Int, Int64, Float, Double, NSNumber) can be used interchangeably and the conversion will be made following NSNumber conversion methods.

 let nsNumber = NSNumber(1.5)
 let dataItems: [DataItem] = [DataItem(value: nsNumber)]
 let aDoubleDictionary = dataItems.getDictionary(index: 0, of: Double.self) // ["someKey": Double(1.5)]
 let anIntDictionary = dataItems.getDictionary(index: 0, of: Int.self) // ["someKey": Int(1)]

Extracts a nested DataItem according to the given JSONArrayPath.

This is equivalent to getDataItem(index:), except it can search for nested values inside dictionaries and arrays by using a JSONArrayPath.

If any component of the JSONArrayPath is not found in this array or its nested objects and arrays, or if it is of the wrong type, nil will be returned.

As an example, in the following snippet:

 let array = [
     DataItem(converting: [
       "property": [
          "item"
       ]
     ])
 ])
 let result = array.extractDataItem(path: JSONPath[0]["property"][0])

The result would be a DataItem containing the string “item”.