teliosdev

// AffectedArc07's T-comm script
underline = 0; // Prefab Variable
bold = 0; // Prefab Variable
cardcolor = "ffffff"; // Prefab Variable
color = "000000"; // Prefab Variable
def doAsdafagus(theText,from,to) // Defines the function
{
    newText = replace(theText, " " + from + "ä", " " + to);
    newText = replace(newText, "ä" + from + " ", to + " ");
    newText = replace(newText, " " + from + " ", " " + to + " ");

teliosdev

AllCops:
  TargetRubyVersion: 2.3

Metrics/LineLength:
  Enabled: false
Metrics/MethodLength:
  Max: 15
Metrics/BlockLength:
  Exclude:
    - 'spec/*.rb'

teliosdev

{
  "configuration": {
     "require": [
      { "header": "stdlib.h" },
      { "header": "stdint.h" },
      { "header": "stdio.h" }
    ]
  }
}

teliosdev

%grammar.type "ruby"
%require "~> 0.1"

%token IDENT
%token NUM
%token PLUS "+"
%token MINUS "-"
%token DIVIDE "/"
%token MULTIPLY "*"
%token EQUALS "="

teliosdev

require "strscan"

class Lexer
  def initialize(input)
    @input = input
    @scanner = StringScanner.new(input)
    @line = 1
  end
  
  def lex

teliosdev

module Liquidscript
  class Parser
    module PredictMatch
      
      # Makes a prediction based on a set of actions.  If the peek token
      # doesn't have an action, it will try the special action `:_`, and
      # then give up.  If it finds a corresponding action either time, it
      # will run the action.
      #
      # @param actions [Hash<Symbol => Symbol>]

teliosdev

module Liquidscript
  module AST
    class Node
      
      class << self
        
        # Define a child node for this node.  It accepts a name.
        #
        # @param name [Symbol] the name of the child.
        # @return [void]

teliosdev

post_comments = Hash.new

def find_comments_for(post_id)
  post_commends.fetch(post_id) do
    post_comments[post_id] = fetch_comments(post_id)
  end
end

def fetch_comments(post_id)
  # ...

teliosdev

require 'hashie'

puts "The hashie version is: #{Hashie::VERSION}"

teliosdev

class Test
  include Streamable
  
  def output(thing)
    p thing
  end
end

Test.new.stream ["hello"], :output