alive
AlphaAlive (context) > GammaAlive

GammaAlive

Explanation of gamma_alive

concepts
DeltaAlive ()

Explanation of delta_alive

attrs
fields
fantom theta_foo (atom)

Explanation of theta_foo

fantom theta_bar (boolean)

Explanation of theta_bar

fantom theta_baz (integer)

Explanation of theta_baz

signatures
⨌ zeta_one / 0 (binary)

Explanation of zeta_one

⨌ zeta_two / 1 (float)

Explanation of zeta_two

samples

lib/example/alpha_alive/gamma_alive.ex
defmodule Example.AlphaAlive.GammaAlive do @moduledoc "Explanation of gamma_alive" @doc "Explanation of zeta_one" @spec zeta_one() :: binary def zeta_one() def zeta_one() do end @doc "Explanation of zeta_two" @spec zeta_two() :: float def zeta_two() def zeta_two() do end end 

defmodule Example.AlphaAlive.GammaAlive do
  @moduledoc "Explanation of gamma_alive"
  @doc "Explanation of zeta_one"
  @spec zeta_one() :: binary
  def zeta_one()

  def zeta_one() do
  end

  @doc "Explanation of zeta_two"
  @spec zeta_two() :: float
  def zeta_two()

  def zeta_two() do
  end
end


test/example/alpha_alive/gamma_alive_test.exs
defmodule Example.AlphaAlive.GammaAliveTest do use ExUnit.Case, async: true alias Example.AlphaAlive.GammaAlive describe("zeta_one / 0") do test "general clause" do end end describe("zeta_two / 1") do test "general clause" do end end end 

defmodule Example.AlphaAlive.GammaAliveTest do
  use ExUnit.Case, async: true
  alias Example.AlphaAlive.GammaAlive

  describe("zeta_one / 0") do
    test "general clause" do
    end
  end

  describe("zeta_two / 1") do
    test "general clause" do
    end
  end
end