mjul

First, generate a set of SSH keys in the local directory (./ec2key_rsa) to use for the experiment with the ssh-keygen command:

pallet-hadoop-example$ ssh-keygen
Generating public/private rsa key pair.
Enter file in which to save the key (/Users/mjul/.ssh/id_rsa): ./ec2key_rsa
Enter passphrase (empty for no passphrase): 
Enter same passphrase again: 
Your identification has been saved in ./ec2key_rsa.
Your public key has been saved in ./ec2key_rsa.pub.

mjul

(defn start [config] 
  (pallet.core/converge
    (pallet.core/group-spec "mygroup"
     :count 1
     :node-spec (pallet.core/node-spec 
                     :image {:os-family :ubuntu} 
                     :location {:location-id "eu-west-1"}))  ;; :location-id is the name of the AWS Region
    :compute config))

mjul

<?xml version="1.0" encoding="utf-8"?>

<configuration>
  <configSections>
    <section name="specFlow" type="TechTalk.SpecFlow.Configuration.ConfigurationSectionHandler, TechTalk.SpecFlow" />
  </configSections>

  <specFlow>
    <language feature="da-DK" tool="" />
  </specFlow>

mjul

  <PropertyGroup>

    <WcfSvcHost>$(MSBuildProjectDirectory)\Build\WcfServiceHost\wcfsvchost.exe</WcfSvcHost>

    <AsyncStartWcfServiceHostCode>
      <![CDATA[
        Public Shared Function ScriptMain() as String
            Dim p As New Process
            Dim pi As New ProcessStartInfo
            pi.arguments = "/service:App\MyApp.Server.Services\bin\Debug\MyApp.Server.Services.dll /config:App\MyApp.Server.Services\bin\Debug\MyApp.Server.Services.dll.config"

mjul

# You can use indentation to make tree data more readable in tables
# The step defs use the ids to link up the data, and trims 
# the indentation / underscores which is just there to 
# visualize the tree structure

	Given the following org units
		| id  | parent | name                  |
		| 1   |        | Corporate             |
		| 11  | 1      | __ Danish Subsidiary  |
		| 12  | 1      | __ Partner Company    |

mjul

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using Microsoft.VisualStudio.TestTools.UnitTesting;

namespace $namespace$
{
	[TestClass]
	public class $class_under_test$

mjul

(ns apiclient.websocket
  (:import (java.net URL)
           (java.util Properties)
           (javax.naming Context InitialContext)
           (javax.jms BytesMessage Connection ConnectionFactory Destination
                      ExceptionListener JMSException
                      Message MessageConsumer MessageListener MessageProducer
                      Session TextMessage Topic TopicSubscriber)
           (com.kaazing.gateway.jms.client.stomp StompInitialContextFactory
                                                 GenericBaseMessage GenericBaseMessageImpl

mjul

;; Customize scatter plot to have single-pixel points 
(let [sp (scatter-plot (range 10) (range 10))
      r (-> sp .getXYPlot .getRenderer)] 
  (.setSeriesShape r 0 (java.awt.Rectangle. 0 0 1 1)) 
  (view sp))

mjul

;; From Incanter Charts - neat way to do named parameters with defaults in Clojure:

([chart & options]
   (let [{:keys [width dash series dataset] 
	  :or {width 1.0 dash 1.0 series 0 dataset 0}} (apply hash-map options)

mjul

(ns storm-tutorial.CustomSerializer
  (:import [backtype.storm StormSubmitter LocalCluster]
           [backtype.storm.serialization ISerialization]
           [java.io DataInputStream DataOutputStream]
           [org.joda.time DateTime])
  (:use [backtype.storm clojure config]
        [clj-time.core :only (date-time now)]
        [clj-time.format :only (formatters parse unparse)])
  (:gen-class
   :implements [backtype.storm.serialization.ISerialization]))