json v1.0.3 JSON.Encoder protocol View Source

Defines the protocol required for converting Elixir types into JSON and inferring their json types.

Link to this section Summary

Types

t()

Functions

encode(term)

Returns a JSON string representation of the Elixir term

typeof(term)

Returns an atom that reprsents the JSON type for the term

Link to this section Types

Link to this type t() View Source

t() :: term()

Link to this section Functions

Link to this function encode(term) View Source

encode(term()) :: {atom(), bitstring()}

Returns a JSON string representation of the Elixir term

Examples

iex> JSON.Encoder.encode({1, :two, "three"})
{:ok, "[1,\"two\",\"three\"]"}

iex> JSON.Encoder.encode([result: "this will be a elixir result"])
{:ok, "{\"result\":\"this will be a elixir result\"}"}

iex> JSON.Encoder.encode(%{a: 1, b: 2})
{:ok, "{\"a\":1,\"b\":2}"}

Link to this function typeof(term) View Source

typeof(term()) :: atom()

Returns an atom that reprsents the JSON type for the term

Examples

iex> JSON.Encoder.typeof(3)
:number

iex> JSON.Encoder.typeof({1, :two, "three"})
:array

iex> JSON.Encoder.typeof([foo: "this will be a elixir result"])
:object

iex> JSON.Encoder.typeof([result: "this will be a elixir result"])
:object

iex> JSON.Encoder.typeof(["this will be a elixir result"])
:array

iex> JSON.Encoder.typeof([foo: "bar"])
:object