c3-lang/c3/.ic3_history

Branch - branch -masterconfigurefnfractionsfractions-rebaselinuxratio-rebasekmx/master- tag -v0.1.9v0.1.8v0.1.7v0.1.6v0.1.5v0.1.4v0.1.3v0.1.2v0.1.1v0.1.0v0.1.10

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• Hash : a7227aaa
  Author : Thomas de Grivel
  Date : 2024-05-01T11:09:02
  CI :

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• .ic3_history

• Plop.a
  defmodule Plop do def a = 1 end
  Plop.a
  Plop
  defmodule Plop do def a = 1 end
  Plop.a
  defmodule Plop do def a = 1 end
  Plop.a
  defmodule Plop do defoperator :operator_add :+ cfn Tag "tag_add" (Tag, Tag, Result) 10 :left end
  defmodule Plop do defoperator :operator_add :+ cfn Tag "tag_mul" (Tag, Tag, Result) 10 :left end
  defmodule Plop do
    defoperator :operator_add :+ cfn Tag "tag_mul" (Tag, Tag, Result) 10 :left
    def sq = fn (x) { x + x }
  end
  Plop.sq(4)
  defmodule Plop do defoperator :operator_add :+ cfn Tag "tag_mul" (Tag, Tag, Result) 10 :left end
  defmodule Plop do
    def sq = fn (x) { x + x }
  end
  Plop.sq(4)
  defmodule Plop do def a = 1 end
  Plop.a
  (Sw) 123\
  (Sw) 123
  (Sw) 123/2
  (Sw) 123 / 2
  defmodule Plop do def a = 1 end
  Plop.a
  defmodule Plop do def a = 2 end
  Plop.a
  defmodule Plop do def a = 1; def double = fn (x) { x * 2 } end
  Plop.a
  Plop.double
  Plop.double(21)
  def a = 1
  a
  def double = fn (x) { x * 2 }
  double(42)
  defmodule Tiyon do
    def a = 1
    def double = fn (x) { x * 2 }
    def double_tuple = macro (x) do {x, x} end
    def double_list = macro (x) do [x, x] end
  end
  Tiyon.a
  Tiyon.double(21)
  Tiyon.double_tuple(21)
  Tiyon.double_tuple(21 + 21)
  Tiyon.double_list(21 + 21)
  [42, x] = Tiyon.double_list(21 + 21)
  [42, x] = [42, 42]
  x
  Tiyon.double_list(21 + 21) = [42, y]
  def last = fn (x) do
    [y | _] = List.reverse(x)
    y
  end
  def last = fn (x) do
    [y | _] = List.reverse(x)
    y
  end
  def List.last = fn (x) do
    [y | _] = List.reverse(x)
    y
  end
  List.last([1, 2, 3, 4])
  def List.last = fn (x) do
    [y | z] = List.reverse(x)
    y
  end
  List.last([1, 2, 3, 4])
  [x, y | z] = List.reverse([1, 2, 3])
  x
  y
  z
  [x, y | z] = List.reverse([1, 2, 3, 4])
  x
  y
  z
  if true then true end
  if 42 then true end
  if 0 then true end
  if 0 then true else false end
  List.map
  List.map([1, 2, 3], fn (x) { x * 2 })
  List.reverse
  List.reverse([1, 2, 3])
  List.reverse
  List.reverse([1, 2])
  def a = 1
  a
  module()
  defmodule Plop do
    def m = fn () { module() }
  end
  Plop.m()
  module()
  List.reverse([1, 2, 3])
  List.reverse([1, 2, 3, 4, 5, 6, 7, 8, 9, 10])
  

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