klaeufer

class RootPlan extends Plan {
  val logger = Logger(classOf[RootPlan])
  val creationDate = new java.util.Date 
  val eTag = hashCode.toString

  val Head = Ok ~> Vary("Accept-Charset", "Accept-Encoding", "Accept-Language", "Accept")

  val Caching = 
    CacheControl("max-age=3600") ~> 
    LastModified(DateUtils.formatDate(creationDate)) ~> 

klaeufer

struct ListNode { value, next };
var n;
var h;
var s;
n = new ListNode;
h = n;
n.value = 2;
n.next = new ListNode;
n = n.next;
n.value = 3;

klaeufer

struct StudentCourseRecord { firstExamScore, secondExamScore, totalScore };
struct StudentSemesterRecord { course1, course2 };
var q;
var r;
r = new StudentSemesterRecord;
r.course1 = new StudentCourseRecord;
r.course1.firstExamScore = 25;
r.course1.secondExamScore = 35;
r.course1.totalScore = r.course1.firstExamScore + r.course1.secondExamScore;
r.course2 = r.course1;

klaeufer

var x;
var y;
var r;
x = 2;
y = 3;
while (y) {
  r = r + x,
  y = y - 1
};

klaeufer

struct ListNode { value, next };
n = new ListNode;
n.value = 5;
n.next = 0;
{ n.value = 7, n }.next = 12;

klaeufer

# general
*~
*.log
tmp
dump

# Eclipse
.settings
.cache
.project

klaeufer

# Makefile for F# lexing and parsing example from
# http://en.wikibooks.org/wiki/F_Sharp_Programming/Lexing_and_Parsing
# Sources available at https://github.com/obeleh/FsYacc-Example
#
# http://laufer.cs.luc.edu/teaching/372
#
# Prerequisites
# make
# http://fsharppowerpack.codeplex.com/ for fslex, fsyacc
# http://fsxplat.codeplex.com/ for fsharpc (and fsharpi)

klaeufer

open System   
open Sql   
 
let x = "   
    SELECT x, y, z   
    FROM t1   
    LEFT JOIN t2   
    INNER JOIN t3 ON t3.ID = t2.ID   
    WHERE x = 50 AND y = 20   
    ORDER BY x ASC, y DESC, z   

klaeufer

// a CPU-intensive task
def isPrime(i: Long): Boolean = {
  if (i == 2) return true
  if (i < 2 || i % 2 == 0) return false
  var k = 3L
  val half = i / 2
  while (k <= half) {
    if (i % k == 0) return false
    k += 2
  }

klaeufer

def p(s: String) = 
  for (i <- 1 to 10) { 
    Thread.sleep(500)
    println(i + ": " + s) 
  } 

// running two tasks sequentially
// about 20 seconds by design
val t0 = System.currentTimeMillis
p("a")