jbr

Some caveats about this method:

• The "call" in the name of _tco_ is a lie. It's tail recursion, not tail call optimization. I'll update the name if I include this in sibilant.
• It drops some boilerplate (the _tco_ function) at the top, which is something I don't feel too good about.
• It only works from a tail position — if you don't return (recur ...), it does nothing.

It can be enabled either globally:

(enable-tco)

(defun infinite-loop () (recur)) ;=> infinite loop, no stack

jbr

# I've been forgetting this long enough it's time to declare a memory
# failure and make the code adapt to my stupidity.  I mean, why can't
# they all be plural *OR* singular?

namespace :test do
  task :integrations => :integration
  task :functional   => :functionals
  task :unit         => :units
end

jbr

; A monad comprehension is a syntactic construct that translates
; synchronous-looking code into a callback-based implementation.  Monads
; are a very general abstraction - which means that monad comprehensions
; have more expressive power than other sync-to-async code
; transformations.

; Here is an example that uses jQuery's $.get method to fetch resources:

(def post-with-author (id)
  (for

jbr

Jacob Rothstein has invited you to open a free Gmail account. The invitation
will expire in three weeks and can only be used to set up one account.

To accept this invitation and register for your account, visit
http://gmail.google.com/gmail/a-c811c932a5-60d08b256e-a0346e3ae6

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your new @gmail.com address so you can stay in touch with Gmail!

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jbr

Keybase proof

I hereby claim:

• I am jbr on github.
• I am jbr (https://keybase.io/jbr) on keybase.
• I have a public key ASBMUsjB3R8xKqlQ9-uqmVLnQPg9si550quYQU4GRXY4ago

To claim this, I am signing this object:

jbr

function project {
  PROJECT_BASE=~/code
  PROJECT_FILE=.jbr
  if [ "$1" ]; then
    PROJECT=$PROJECT_BASE/$1
    if [ -d $PROJECT ]; then
      touch $PROJECT_BASE/$1
    elif [ $1 = "-" ]; then
      project `ls -t1 $PROJECT_BASE|head -n2|tail -n1`
    elif [ $1 = "list" ]; then

jbr

class A
  def method_from_a() :from_a end
end

class B < A
  def method_from_b() :from_b end
end

module M
  def method_from_m() :from_m end

jbr

function isType (type) {
  return function (arg) {
    return typeof(arg) === type;
  };
}

function instanceOf (clazz) {
  return function (arg) {
    return arg instanceof clazz;
  };

jbr

require 'mocha/api'
t = Tempfile.new %w[ temp .file ]

## show that another method on a tempfile can successfully be stubbed
t.stubs(:closed?).returns :something_it_would_not_normally_return
t.closed? #=> :something_it_would_not_normally_return

## show that an imaginary method on a tempfile can successfully be stubbed
t.stubs(:wiggly?).returns :yes_of_course
t.wiggly? #=> :yes_of_course

jbr

-- Crash Report log information --------------------------------------------
   See Crash Report log file under the one of following:
     * ~/Library/Logs/CrashReporter
     * /Library/Logs/CrashReporter
     * ~/Library/Logs/DiagnosticReports
     * /Library/Logs/DiagnosticReports
   for more details.

-- Control frame information -----------------------------------------------
c:0035 p:---- s:0133 e:000132 CFUNC  :inspect