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diff --git a/crystalize.py b/crystalize.py
index 8f85408..d53a4ac 100755
--- a/crystalize.py
+++ b/crystalize.py
@@ -76,7 +76,7 @@ code = []
 
 keywords = 'alias and begin break case class def defined do else elsif end ensure false for if in module next nil not or redo rescue retry return self super then true undef unless until when while yield BEGIN END'.split()
 
-lib_name = 'Lib'
+lib_name = 'PCRE'

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Examples of libraries generated by crystalize.py

• PCRE
• Chipmunk

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lib CP
  fun message = "cpMessage"(condition : UInt8*, file : UInt8*, line : Int32, is_error : Int32, is_hard_error : Int32, message : UInt8*, ...) : Void

  alias Float = Float64

  alias HashValue = LibC::SizeT

  alias CollisionID = UInt32

  alias Bool = UInt8

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#!/usr/bin/python3
import subprocess
import re

#repl = {6:2, 7:2} # Mouse buttons to be replaced
repl = {6:8, 7:9} # Mouse buttons to be replaced

out = subprocess.check_output(['xinput', 'list'])
for s in out.decode('utf-8').lower().split('\n'):
    try:

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%if False:
  print(5)
  print("a")
print("lol")
for i in range(10):
  %if True:
    print(6)
    print(8)

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import dbus
bus = dbus.SessionBus()
proxy = bus.get_object("org.freedesktop.Notifications", "/org/freedesktop/Notifications")
proxy.Notify("app", dbus.UInt32(0), "", "title", "body", dbus.Array([], signature="s"), dbus.Dictionary({}, signature="sv"), 1000)

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# Generator functions in Python give out results one by one, and you can iterate over them in a for-loop
def tokens_generator():
    yield "{"
    yield "Hash"
    yield "("
    yield "Int32"
    yield ","
    yield "Array"
    yield "("
    yield "Int32"

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#include <vector>
#include <cmath>

#include <SFML/Graphics.hpp>

#include "roundendedline.hpp"


int main() {
    sf::Vector2f cross[][2] = {

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• Array
• Deque (circular buffer)
• crystalline Deque (linked list)

crystal run --release bm.cr

class	unshift pop unshift	push shift push	push pop	unshift shift	each	insert length/8	insert length*3/5
array	1.405377	0.685335	0.015142	7.018896	0.000162	0.222118	0.101504
deque	0.000901	0.000897	0.021794	0.019965	0.000303	0.151282	0.301467

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module Indexable(T)
  def threadpool_map(workers : Int = 8, chunk_size : Int? = nil, &func : T -> R) forall T, R
    mutex = Thread::Mutex.new
    cs = chunk_size || (self.size**0.5).ceil.to_i
    Array(R).build(self.size) do |result|
      index = 0
      threads = Array.new(workers) {
        Thread.new do
          a = b = 0
          loop do