errzey

#!/usr/bin/python
from itertools import izip, cycle
import string, sys

def ascii_analysis(data):
    total_len = len(data)
    total_ascii = 0

    for char in data:
        if char in string.ascii_letters or char in ['\r', '\n'] or char in string.digits or char in string.whitespace:

errzey

bpf filter: "ip"
(000) ldh      [12]
(001) jeq      #0x800           jt 2	jf 3
(002) ret      #96
(003) ret      #0


(000) ldh      [12]
  Load half word at packet offset 12
   Offset 12 is the eth type.

errzey

/*
Output is something like:
ellzey@bluedream ~/Code/libtrx/src  ./example
line1:
line2: ALM EBRCS
line3: TGRP        psDr
line4: A2D
line5: ALCO Northwest S
line6: RadioID:  2DF98B

errzey

I wrote this a long time ago as a proof-of-concept for a vaporware project. Recently I have had the need to something which seems easy at a high-level standpoint, but is actually quite hard to implement.

The original purpose for this concept was to easily maintain a strict order of data held within the rows, while still having the option to reorder the rows in an efficient manner (one table, no joins, no special embedded scripts etc).

A little insight into what I was doing: I once worked on a network security team for a tier-1 ISP. A coworker and myself had already written some really nice code to deal with the thousands (yes, thousands) of firewalls we dealt with on a daily basis. We created an API which generated abstracted structures of firewall configurations; by abstracting I mean creating a singular data-structure which represented rules, and rule-sets (a nice side-effect of this method was we could morph one firewall syntax structure to another. E.g., juniper filters -> netscreen rules. Needless to s

errzey

Lets take a look at the vulnerable code:

if (s->servername_done == 0) {
    switch (servname_type) {
        case TLSEXT_NAMETYPE_host_name:
            if (s->session->tlsext_hostname == NULL) {
                if (len > TLSEXT_MAXLEN_host_name ||
                    ((s->session->tlsext_hostname = OPENSSL_malloc(len + 1)) == NULL)) {
 *al = TLS1_AD_UNRECOGNIZED_NAME;

errzey

#!/bin/bash

# determines number of proccessors, splits a large file into sizes that 
# can be consumed by n-1 sort processes (where n is the number of processors)
#
# After the file has been split up properly, it will run a sort on each split
# file in parallel. Once all processes have completed, a merge sort is executed.
#
# mthomas@n2o:~/words [100%] $ du -h big
# 1.7G	big

errzey

#!/usr/bin/env bash                                    
# runs through your ld paths and looks for a symbol    
# passed as the first argument                         
#                                                      
# example:                                             
#                                                      
# $ ./lz.findsymbol.sh xcb_big_requests_id             
#   /usr/lib/x86_64-linux-gnu/libcairo.a               
#   /usr/lib/x86_64-linux-gnu/libxcb.a                 
                                                       

errzey

The sidebar patch is no longer included in the brew recipe, which sucks.

You can grab the newest patches here: http://www.lunar-linux.org/mutt-sidebar/

Here is how to edit brew to apply the patch without errors:

• brew edit mutt
• add option "with-sidebar-patch", "Apply sidebar patch
• add:

errzey

In OSX: cd ~/Library/Application\ Support/Skype/<yourusername>
sqlite3 main.db

CREATE TABLE ILOGURDELETEDMESSAGES (AUTHOR TEXT, MESSAGE TEXT);

CREATE TRIGGER LOLILOGB4UREMOVE AFTER UPDATE On Messages
FOR EACH ROW
WHEN (NEW.body_xml ="")
BEGIN
    INSERT INTO ILOGURDELETEDMESSAGES (AUTHOR, MESSAGE) VALUES (NEW.author, OLD.body_xml);

errzey

#include <liblz.h>
#include <liblz/lzapi.h>
#include <liblz/lz_elf.h>

static int __print_symbol(lz_elf_symbol * symbol, void * args) {
    printf(" Symbol name: %s\n", lz_elf_symbol_get_name(symbol));
    return 0;
}
static int __print_section(lz_elf_section * section, void * arg) {
    printf("Section name : %s\nSections count: %zu\n", lz_elf_section_get_name(section), lz_elf_section_get_nsyms(section));