cwgreene cwgreene

What is your Standard Library Doing?

Pure Assembly
Standard C
1. dynamically linked
2. statically linked
Haskell
1. dynamically
2. static
Rust

What happened to #17 in the constant pool?

Classfile /home/chris/Downloads/jartest/com/google/common/cache/CacheLoader$SupplierToCacheLoader.class
  Last modified Dec 9, 2015; size 1361 bytes
  MD5 checksum 77190ae73fdc93505ceada7d6f86eacd
  Compiled from "CacheLoader.java"
final class com.google.common.cache.CacheLoader$SupplierToCacheLoader<V extends java.lang.Object> extends com.google.common.cache.CacheLoader<java.lang.Object, V> implements java.io.Serializable
  minor version: 0
  major version: 50

Ocaml code:

type bob =
    | Add of int*int
    | Mul of int*int;;
let mulpy v = match v with
    | Add (a, b) -> a + b
    | Mul (a, b) -> a * b;;
print_string (string_of_int (mulpy (Mul (3, 2))));;

	{
	import System.Environment
	}
	%wrapper "basic"
	$digit = 0-9
	$alpha = [a-zA-Z]
	tokens :-
	$white+ ;
	$digit+ {\s -> Int (read s) }
	$alpha+ {\s -> Var s }

	<html>
	<body>
	The Once the script is done, the value z should be the parsed rss feed. You can view it in the console and inspect it.

	Since this involves an XMLHttpRequest, you'll want to run a local server, like
	python -m SimpleHTTPServer
	in the appropriate directory. You may well be able to embed the xml file itself within an html document.
	<script>
	oreq = new XMLHttpRequest();
	p = new DOMParser();

	/* Valid Typescript */
	function f(x) {
	return "hello world";
	}

	/* Invalid Typescript */
	function f(x) {
	if (x < 5)
	return "hello world";
	return 7;

	/* Valid Typescript */
	function f(x) {
	return "hello world";
	}

	/* Invalid Typescript */
	function f(x) {
	if (x < 5)
	return "hello world";
	return 7;

	array([[ 5.98662300e-03, 8.49877967e-37, 1.87665017e-09,
	1.37775569e-09, 6.60619914e-09, 2.27707897e-09,
	2.68214384e-09, 3.49235335e-10, 4.96529481e-07,
	9.94012892e-01],
	[ 5.98662300e-03, 8.49877967e-37, 1.87665017e-09,
	1.37775569e-09, 6.60619914e-09, 2.27707897e-09,
	2.68214384e-09, 3.49235335e-10, 4.96529481e-07,
	9.94012892e-01],
	[ 7.55321756e-02, 8.29070807e-13, 3.42998169e-02,
	7.43584661e-03, 5.24340749e-01, 8.02793447e-03,

	# Initiate our vector
	auto_next = scipy.misc.imread("starting_file_that_is_32x32x3.png")

	# create the thing that pokes in the dx_i direction
	def dxi(i,j,k):
	a = np.zeros(shape=(32,32,3))
	a[i][j][k] = 1
	return a

	# Create an array of all possible directions to poke in

	import sys
	for line in open(sys.argv[1]):
	print line,