Ceasar

"""
there is no way good way to make this append() function, which is unfortuante because we want the two lines in it to be atomic.
"""

def _lex(line):
    tokens = []
    token = ""
    whitespace = {' '}
    escape_chars = {'\\'}
    escape = False

Ceasar

_ = require "lodash"

memoize = (f) ->
  cache = {}
  memoizer = ->
    args = Array.prototype.slice.call(arguments)
    if _.has(cache, args) then cache[args] else cache[args] = f.apply this, args
  return memoizer

fib = (n) ->

Ceasar

"""
fab -H [hostname] [command]
"""
from fabric.api import run


HOME = '/Users/ceasarbautista'


def authorize():

Ceasar

import sys
import time

from sh import networksetup

DEVICE = 'en0'
NETWORK = u'AirPennNet'
NETWORK = u'Lovers&Madmen'

Ceasar

"""
Palantir interview question.

The goal is to, given an elevation map of some land, print out a
list of basin sizes in descending order, where a basin is a set of
cells of land that all drain to a common point. One cell drains to
another if among the first cell and its neighbors (i.e. cells adjacent,
horizonatlly, vertically or diagonally) the second cell has the lowest
elevation.

Ceasar

import Text.ParserCombinators.Parsec
import System.Environment



data LispVal = Atom String
              -- | List [LispVal]
              -- | DottedList [LispVal] LispVal
              | Number Integer
              | String String

Ceasar

> import Data.Set as S
> import Data.Map as M
> import Data.Maybe
> import Control.Monad (liftM, liftM2)

> import Test.QuickCheck

A statement is a sentence that is determinately true of determinately false independently of the circumstances in which it is used.

> data Proposition = Implies Proposition Proposition

Ceasar

import timeit


setup = """
def primes(n):
    '''Get all primes up to n.'''
    if n < 2:
        return []
    nums = range(n)
    sieve = set(xrange(2, n))

Ceasar

module Chess where

import Data.Map as M

import Test.HUnit
import Test.QuickCheck


type Pos = (Int, Int)
data Color = White | Black

Ceasar

'''A module for converting xml into json.'''

import json

from lxml import etree

def xml_to_json(xml_input, json_output):
    '''Converts an xml file to json.'''
    dict_to_json(etree_to_dict(xml_to_etree(xml_input), True), json_output)