Awasunu

Pre Built Interpreter

line = 0

system("clear")

puts "Awasunu 0.0.1 ( main ) [ crystal ] on linux"

loop do
  print " >>> "; keyword = gets
  
  if    keyword == "encrire"
    print "..."; token_set = gets.not_nil!.chomp
    
    system("./bin/encrire/encrire '#{token_set}'")
  elsif keyword == "parle grammaire"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/lists/parle_grammaire '#{token_set[0]}' '#{token_set[1]}' '#{token_set[2]}'")
  elsif keyword ==   "baguette"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/baguette '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword ==      "coupe"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/coupe '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword ==     "cuicre"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/cuicre '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword == "guillotine"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/guillotine '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword ==  "livretude"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/livretude '#{token_set[0]}' '#{token_set[1]}' '#{token_set[2]}' '#{token_set[3]}' '#{token_set[4]}'")
  elsif keyword ==      "mange"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/mange '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword ==    "parlons"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/parlons '#{token_set[0]}' '#{token_set[1]}' '#{token_set[2]}' '#{token_set[3]}' '#{token_set[4]}' '#{token_set[5]}'")
  elsif keyword == "tete de crescent"
    print "..."; token_set = gets.not_nil!.chomp.split(" ")

    system("./bin/vos/tete_de_crescent '#{token_set[0]}' '#{token_set[1]}'")
  elsif keyword ==        "cls"
    system("clear")
  elsif keyword ==       "exit"
    abort
  else
    puts "\nErno Unrecognized keyword"
  end
  
  line = line + 1
end

Orchestrated Meta-Compiler

./auto_parser 3 :baguette "def baguette(verb, subject)
  v = verb
  s = subject
  
  %Q(Baguette #{verb} #{subject}.)
end

print %Q(BIANCA: )
puts baguette(ARGV[0], ARGV[1])" :tete_de_crescent "def tete_de_crescent(verb, subject)
  v = verb
  s = subject

  %Q(Tete Du Crescent #{verb} #{subject}.)
end

print %Q(BIANCA: )
puts tete_de_crescent(ARGV[0], ARGV[1])" :kosan "bot_name = %Q(BIANCA) 
    
sore_kosan = Proc(Float64, Float64, String).new { | x, probability |
  x > probability ? %Q(#{bot_name}: #{x} has reached the highest limit in probability.) : %Q(#{bot_name}: #{x} has not reached the highest limit in probability.)
}

shikashi_kosan = Proc(Float64, Float64, String).new { | x, probability |
  x < probability ? %Q(#{bot_name}: #{x} has reached the lowest limit in probability.) : %Q(#{bot_name}: #{x} has not reached the lowest limit in probability.)
}

matawa_kosan = Proc(Float64, Float64, Float64, String).new { | x, first_probability, second_probability |
  x > first_probability && x < second_probability ? %Q(#{bot_name}: #{x} is floating around medium probability.) : (#{bot_name}: #{x} is not floating around medium probability.)
}
      
puts sore_kosan.call(ARGV[0].to_f, ARGV[1].to_f)
puts shikashi_kosan.call(ARGV[2].to_f, ARGV[3].to_f)
puts matawa_kosan.call(ARGV[4].to_f, ARGV[5].to_f, ARGV[6].to_f)"