bbrowning

08:41:30,006 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2) Stats for Queue /queues/foo
08:41:30,006 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Paused: false
08:41:30,006 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Temporary: false
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Message Count: 0
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Delivering Count: 0
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Scheduled Count: 0
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Messages Added Since Creation: 6
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Consumer Count: 1
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Expiry Address: jms.queue.ExpiryQueue
08:41:30,007 INFO  [stdout] (JobScheduler$blah-knob.yml_Worker-2)   Dead Letter Address: jms.queue.DLQ

Watson1978

diff --git a/load.c b/load.c
index b070a120ac25cc07bcca478f8b584f885c593566..d53e06ef5e243ac5577756285997e051314248c8 100644
--- a/load.c
+++ b/load.c
@@ -298,6 +298,23 @@ rb_f_require_imp(VALUE obj, SEL sel, VALUE fname)
     return rb_f_require(obj, fname);
 }
 
+VALUE
+rb_f_require_relative(VALUE obj, VALUE fname)

jballanc

# Compare the results running under Ruby 1.9.2 and Ruby 1.9.3
class Foo
  def initialize
    @@value = "Set from Foo initialize"
  end

  def report
    @@value
  end
end

jballanc

# Both examples work under Ruby 1.9.2, but not under Ruby 1.9.3 (and yes, I
# realize both are bad practice anyway...):

# 1.
def test(foo, &block)
end
test 'hello', do; end

# 2.
class Foo; end

gist:1225837

l = ->(a = 'ichi', b = 'ni', c = 'san') { puts "#{a}, #{b}, #{c}" }
p l.arity # => -1 in JRuby, 0 in MRI...no good answer
def l.arity; 3; end # force to "3" so curry delays evaluation
c = l.curry
c.('one').('two').('three') # => one, two, three

ahoward

# following is a little benchmark looking a real world example of inserting a
# bunch of records into pg and mongo using a few methods available in ruby.
# 
# the code inserst a value with a simple uniq contraint and then looks it up.
# 
# this is not meant to be an apples to apples benchmark, rather it's trying to
# see how the various dbs might perform in a real world situation.  i know
# mongo does not fsync to disk.  i know it's not fair using a transaction with
# the rdbms, but these conditions will exist in real world usage and it's that
# which i'm interested in.

alloy

framework 'AppKit'

class Download
  attr_reader :response, :responseBody

  def start(request)
    puts "START!"
    NSURLConnection.connectionWithRequest(request, delegate:self)
  end

0xced

#import <Carbon/Carbon.h>
#import <dlfcn.h>

/*
 * Returns an array of CFDictionaryRef types, each of which contains information about one of the processes.
 * The processes are ordered in front to back, i.e. in the same order they appear when typing command + tab, from left to right.
 * See the ProcessInformationCopyDictionary function documentation for the keys used in the dictionaries.
 * If something goes wrong, then this function returns NULL.
 */
CFArrayRef CopyLaunchedApplicationsInFrontToBackOrder(void)

therealadam

require 'test/unit'
require 'rubygems'
require 'shoulda'
require 'factory_girl'

require 'dm-core'
require 'dm-validations' # Needed for save!

class User