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(ns loco.match
  (:require [meander.epsilon :as m :refer [match]]
            [clojure.walk :as walk]))

;;TODO: add this syntax to defun, and improve arglists

(defn guards-to-map
  "transforms a single matching clause (with new :guard syntax) into supported syntax
    e.g.: [sym _] :guard [sym [pred1 pred2]] return"
  ([matcher return] (list matcher return))

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defmodule Ecto.Schema.Includes do
  defmacro include(module) do
    quote do
      Ecto.Schema.__include__(unquote(module), __MODULE__)
    end
  end

  # Copy the field and association definitions from a module
  def __include__(from_module, to_module) do
    __include__(:fields, from_module, to_module)

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      # first_year_maker = fn(path) ->
      #   fn {current_year, acc} = tuple ->
      #     acc_con = Map.get(acc, path)
      #     con = get_in(current_year, path)
      #     year = current_year.year_index

      #     case {con, acc_con} do
      #       {0.0, nil} -> tuple
      #       {nil, nil} -> tuple
      #       {nil, _} -> tuple

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.agignore
.projectile

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[user]
	name = Paul Iannazzo
	email = [email protected]
[core]
	editor = emacsclient -t
	logAllRefUpdates = true
	excludesfile = ~/dot_files/.gitignore
[color]
	ui = auto
[alias]

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mouse_autohide = true
font = monospace 16

## from http://terminal.sexy/
[colors]

# special
foreground      = #c5c8c6
foreground_bold = #c5c8c6
cursor          = #c5c8c6

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# -------------------- transpose --------------------
def transpose(m) do
    attach_row(m, [])
  end

@doc """
  Given a matrix and a result, make the first row into a column,
  attach it to the result, and then recursively attach the
  remaining rows to that new result.

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for f in (find . -type f)                                                                             
   sed -i 's/bad/good/g' $f 
end

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  @doc """
  This preforms an index lookup for data structures (tuple/list/Map)
  """
  def nth(index) do
    fn
      tuple when is_tuple(tuple) ->
        tuple |> elem(index)
      enum ->
        enum |> Enum.at(index)
    end

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  def empty(%MapSet{}), do: MapSet.new()
  def empty(obj) when is_map(obj), do: %{}