larsr

import ctypes

class Tspi:
    def __init__(self):
        self.hContext = ctypes.c_uint32(0)
        self.tspi = ctypes.CDLL('libtspi.so.1')
        e = self.tspi.Tspi_Context_Create(ctypes.pointer(self.hContext))
        assert e==0,'Error: %x' % e
    def err(self,e):

larsr

SEP=03248902398402398402390239402
awk < $0 '/^'$SEP'/{f=substr($0,length("'$SEP'")+2);} f && !/^'$SEP'/{print $0 > f}'; exit $?

03248902398402398402390239402-file_one.txt
this is
file one
03248902398402398402390239402-file_two.txt
and this
is file
number two

larsr

/dts-v1/;

/ {
  description = "Chrome OS kernel image with one or more FDT blobs";
  #address-cells = <1>;
  
  images {
    kernel@1 {
      data = /incbin/("/home/larsr/build/arch/arm/boot/zImage");
      type = "kernel_noload";

larsr

def quicksort(l):
	work = [(0,len(l)-1)]
	while work:
		(left,right) = work.pop()
		if right < left: 
			continue
		i_piv = left
		piv = l[i_piv]
		l0,r0 = left, right
		while left<right:

larsr

# sudoku-starter-kit, lars.rasmusson@gmail.com, 2013-04-30
game = '.8...6...|32.9.47..|.4...7.6.|93..1....|......8.9|8..2.....|...4..17.|.7...89..|..4......'
def rc(r,c): return (r-1)*9+(c-1)
def init_sud(sud):
    v=[]
    for c in sud:
        if c in "123456789": v.append([int(c)])
        elif c in ".": v.append(range(1,10))
    assert(len(v)==81)
    return v

larsr

import BeautifulSoup
import urllib2

def word(w):
  return  BeautifulSoup.BeautifulSoup(urllib2.urlopen("http://thesaurus.com/browse/"+w).read())

def synonym(w):
  w = word(w)
  return w.find('table', {"class":'the_content'}).find('td',text=lambda t:'Synonym' in t).parent.parent.text

larsr

# compute the square root of x

def sqr(x):
	prec = 1
	z = 2
	while z < x:
		prec = prec + 1
		z = z * 4
	# Here x <= (2**prec)**2
	a = 0

larsr

moves = """
1	14	76
2	15	77
3	16	78
4	17	74
5	18	75
6	19	71
7	20	72
8	21	73
9	22	69

larsr

import mmap
import posix_ipc
import os
import sys

def create_shared_mem(sm_name, size):
    sm = posix_ipc.SharedMemory(sm_name, flags=posix_ipc.O_CREX, size=size)
    return mmap.mmap(sm.fd, sm.size)

def open_shared_mem(sm_name):

larsr

class term(object):
    def __init__(self,**args):
        for k in self.vals:
            self.__setattr__(k,args[k])
    def __str__(self):
        return self.__class__.__name__+"("+(", ".join([k+'='+str(self.__getattribute__(k)) for k in self.vals]))+")"

class const(term):      vals = ['val']
class add(term):        vals = ['e1', 'e2']
class let(term):        vals = ['name','exp', 'body']