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firefoxhistory.py
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firefoxhistory.py
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# Copyright (C) 2014 Dave Lassalle (@superponible) <dave@superponible.com>
# Donated under Volatility Foundation, Inc. Individual Contributor Licensing Agreement
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or (at
# your option) any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
"""
@author: Dave Lassalle (@superponible)
@license: GNU General Public License 2.0 or later
@contact: dave@superponible.com
"""
# The following links are useful for understanding SQL record format
# - http://www.evolane.com/support/manuals/shared/manuals/tcltk/sqlite/fileformat.html
# - http://forensicsfromthesausagefactory.blogspot.com/2011/04/carving-sqlite-databases-from.html
# - http://forensicsfromthesausagefactory.blogspot.in/2011/05/analysis-of-record-structure-within.html
import volatility.plugins.common as common
import volatility.scan as scan
import volatility.utils as utils
import volatility.addrspace as addrspace
import volatility.debug as debug
import volatility.obj as obj
import binascii
import sqlite_help
import csv
from datetime import datetime
FORWARD = sqlite_help.FORWARD
BACKWARD = sqlite_help.BACKWARD
class FirefoxScanner(scan.BaseScanner):
checks = [ ]
def __init__(self, needles = None):
self.needles = needles
self.checks = [ ("MultiStringFinderCheck", {'needles':needles})]
scan.BaseScanner.__init__(self)
def scan(self, address_space, offset = 0, maxlen = None):
for offset in scan.BaseScanner.scan(self, address_space, offset, maxlen):
yield offset
class FirefoxDownloads(common.AbstractWindowsCommand):
""" Scans for and parses potential Firefox download records -- downloads.sqlite moz_downloads table pre FF26 only"""
def __init__(self, config, *args, **kwargs):
common.AbstractWindowsCommand.__init__(self, config, *args, **kwargs)
def calculate(self):
address_space = utils.load_as(self._config, astype = 'physical')
# definite values in Downloads records
scanner = FirefoxScanner(needles = ['\x06\x06\x08',
'\x06\x06\x09',
])
downloads = {}
for offset in scanner.scan(address_space):
ff_buff = address_space.read(offset-16, 3000)
start = 16
good = False
start -= 1
(tempPath_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
tempPath_length = sqlite_help.varint_to_text_length(tempPath_length)
# work backward from the start of the needle to the first field payload_length
start -= varint_len
(target_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
target_length = sqlite_help.varint_to_text_length(target_length)
start -= varint_len
(source_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
source_length = sqlite_help.varint_to_text_length(source_length)
start -= varint_len
(name_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
name_length = sqlite_help.varint_to_text_length(name_length)
start -= varint_len
(id_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(payload_header_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(row_id, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(payload_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
# jump back to the needle, startTime_length
start = 16
# get all of the single byte lengths around the needle
(startTime_length, startTime) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
(endTime_length, endTime) = sqlite_help.varint_type_to_length(ord(ff_buff[start+1]))
(state_length, state) = sqlite_help.varint_type_to_length(ord(ff_buff[start+2]))
# get the rest of the fields in the row moving forward
start = 19
(referrer_length, varint_len) = sqlite_help.find_varint(ff_buff, start, FORWARD)
referrer_length = sqlite_help.varint_to_text_length(referrer_length)
start += varint_len
(entityID_length, varint_len) = sqlite_help.find_varint(ff_buff, start, FORWARD)
entityID_length = sqlite_help.varint_to_text_length(entityID_length)
start += varint_len
(currBytes_length, currBytes) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
(maxBytes_length, maxBytes) = sqlite_help.varint_type_to_length(ord(ff_buff[start+1]))
start += 2
(mimeType_length, varint_len) = sqlite_help.find_varint(ff_buff, start, FORWARD)
mimeType_length = sqlite_help.varint_to_text_length(mimeType_length)
start += varint_len
(preferredApplication_length, varint_len) = sqlite_help.find_varint(ff_buff, start, FORWARD)
preferredApplication_length = sqlite_help.varint_to_text_length(preferredApplication_length)
start += varint_len
(preferredAction_length, preferredAction) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
(autoResume_length, autoResume) = sqlite_help.varint_type_to_length(ord(ff_buff[start+1]))
start += 2
name = ff_buff[start:start+name_length]
start += name_length
source = ff_buff[start:start+source_length]
start += source_length
target = ff_buff[start:start+target_length]
start += target_length
tempPath = ff_buff[start:start+tempPath_length]
start += tempPath_length
# do some checks on the startTime/endTime to make sure they are valid
startTime = ff_buff[start:start+startTime_length]
startTime = sqlite_help.sql_unpack(startTime)
if startTime > 0 and startTime:
startTime = sqlite_help.get_nixtime_from_msec(startTime)
if type(startTime) is not datetime:
continue
start += startTime_length
endTime = ff_buff[start:start+endTime_length]
endTime = sqlite_help.sql_unpack(endTime)
if endTime > 0 and startTime:
endTime = sqlite_help.get_nixtime_from_msec(endTime)
if type(endTime) is not datetime:
continue
start += endTime_length
# if both dates are 1970, it's probably a bad record and not very useful, so skip
# if only 1 is 1970, print it because it may be an old record with one valid date
if startTime.year == 1970 and endTime.year == 1970:
continue
if state_length > 0:
state = sqlite_help.sql_unpack(ff_buff[start:start+state_length])
start += state_length
referrer = ff_buff[start:start+referrer_length]
start += referrer_length
entityID = ff_buff[start:start+entityID_length]
start += entityID_length
currBytes = ff_buff[start:start+currBytes_length]
currBytes = sqlite_help.sql_unpack(currBytes)
# skip if negative or greater than 1TB
if currBytes < 0 or currBytes > 1000000000000:
continue
start += currBytes_length
maxBytes = ff_buff[start:start+maxBytes_length]
maxBytes = sqlite_help.sql_unpack(maxBytes)
# skip if negative or greater than 1TB
if maxBytes < 0 or maxBytes > 1000000000000:
continue
start += maxBytes_length
mimeType = ff_buff[start:start+mimeType_length]
start += mimeType_length
preferredApplication = ff_buff[start:start+preferredApplication_length]
start += preferredApplication_length
# these fields can have a value 0x8 or 0x9 in the length field
# in that case, the "data" portion is not there, and the value is impled
# to be 0 or 1, respectively
if preferredAction_length > 0:
preferredAction = ff_buff[start:start+preferredAction_length]
preferredAction = sqlite_help.sql_unpack(preferredAction)
start += preferredAction_length
if autoResume_length > 0:
autoResume = ff_buff[start:start+autoResume_length]
autoResume = sqlite_help.sql_unpack(autoResume)
start += autoResume_length
# add all the fields to a tuple so we only print a unique record once
downloads_tuple = (row_id, name, source, target, tempPath, startTime, endTime, state, referrer, entityID, currBytes, maxBytes, mimeType, preferredApplication, preferredAction, autoResume)
if not downloads.get(downloads_tuple):
downloads[downloads_tuple] = downloads.get(downloads_tuple, 0) + 1
yield downloads_tuple
def render_text(self, outfd, data):
self.table_header(outfd, [("Row Id", "6"), ("Name", "32"), ("Source", "80"), ("Target", "60"), ("Temp Path", "32"), ("Start Time", "26"), ("End Time", "26"), ("State", "5"), ("Referrer", "60"), ("Entity ID", "9"), ("Current Bytes", "12"), ("Max Bytes", "12"), ("MIME Type", "20"), ("Prefer App", "16"), ("Prefer Action", "13"), ("Auto Resume", "11")])
for row_id, name, source, target, tempPath, startTime, endTime, state, referrer, entityID, currBytes, maxBytes, mimeType, preferredApplication, preferredAction, autoResume in data:
self.table_row(outfd, row_id, name, source, target, tempPath, str(startTime), str(endTime), state, referrer, entityID, currBytes, maxBytes, mimeType, preferredApplication, preferredAction, autoResume)
def render_csv(self, outfd, data):
outfd.write('"id","name","source","target","temp_path","start_time","end_time","state","referrer","entity_id","current_bytes","max_bytes","mime_type","prefer_app","prefer_action","auto_resume"\n')
for d in data:
csv.writer(outfd,quoting=csv.QUOTE_ALL).writerow(d)
def render_body(self, outfd, data):
for row_id, name, source, target, tempPath, startTime, endTime, state, referrer, entityID, currBytes, maxBytes, mimeType, preferredApplication, preferredAction, autoResume in data:
start = sqlite_help.unix_time(startTime)
end = sqlite_help.unix_time(endTime)
download = source + " -> " + target + " (" + str(maxBytes) + " bytes)"
download = download.replace("|", "-")
d = (0, "[FIREFOXDOWNLOADS] " + download, 0, "---------------", 0, 0, 0, 0, end, 0, start)
csv.writer(outfd,delimiter="|",quoting=csv.QUOTE_NONE,escapechar="\\").writerow(d)
class FirefoxCookies(common.AbstractWindowsCommand):
""" Scans for and parses potential Firefox cookies (cookies.sqlite moz_cookies table"""
def __init__(self, config, *args, **kwargs):
common.AbstractWindowsCommand.__init__(self, config, *args, **kwargs)
def calculate(self):
address_space = utils.load_as(self._config, astype = 'physical')
# definite values in Cookie records
scanner = FirefoxScanner(needles = ['\x04\x06\x06\x08',
'\x04\x06\x06\x09',
'\x05\x06\x06\x08',
'\x05\x06\x06\x09',
])
cookies = {}
for offset in scanner.scan(address_space):
ff_buff = address_space.read(offset-16, 4200)
start = 16
if (ord(ff_buff[start+4]) in (8,9)):
good = False
# start before the needle match and work backwards to the first record payload length
start -= 1
(path_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
path_length = sqlite_help.varint_to_text_length(path_length)
start -= varint_len
(host_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
host_length = sqlite_help.varint_to_text_length(host_length)
start -= varint_len
(value_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
value_length = sqlite_help.varint_to_text_length(value_length)
start -= varint_len
(name_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
name_length = sqlite_help.varint_to_text_length(name_length)
start -= varint_len
# newer versions add appId and inBrowserElement, they are INTEGER type
# so if they exist, they will both have length values less than 12
inBrowserElement_length = 0
inBrowserElement = "n/a"
appId_length = 0
appId = "n/a"
# if they don't exist, the previous value is a var int and could be something
# like 0x81 0x10, so wee need to check both bytes
if 0 < ord(ff_buff[start]) < 12 and 0 < ord(ff_buff[start-1]) < 12:
(inBrowserElement_length, inBrowserElement) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
(appId_length, appId) = sqlite_help.varint_type_to_length(ord(ff_buff[start-1]))
start -= 2
(baseDomain_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
baseDomain_length = sqlite_help.varint_to_text_length(baseDomain_length)
start -= varint_len
(cookie_id_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(payload_header_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(row_id, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
start -= varint_len
(payload_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
# start of record reached, so jump back to the needle, then work forward
start = 16
(expiry_length, expiry) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
(lastAccessed_length, lastAccessed) = sqlite_help.varint_type_to_length(ord(ff_buff[start+1]))
(creationTime_length, creationTime) = sqlite_help.varint_type_to_length(ord(ff_buff[start+2]))
(isSecure_length, isSecure) = sqlite_help.varint_type_to_length(ord(ff_buff[start+3]))
(isHttpOnly_length, isHttpOnly) = sqlite_help.varint_type_to_length(ord(ff_buff[start+4]))
start += 5
cookie_id = ff_buff[start:start+cookie_id_length]
cookie_id = sqlite_help.sql_unpack(cookie_id)
baseDomain = ff_buff[start:start+baseDomain_length]
start += baseDomain_length
# if the length is > 0, it will need to be set
# if it == 0, it was already set in the call earlier
# otherwise, the value should be "n/a" from initialization because it's an older version
if inBrowserElement_length > 0:
inBrowserElement = ff_buff[start:start+inBrowserElement_length]
inBrowserElement = sqlite_help.sql_unpack(inBrowserElement)
start += inBrowserElement_length
if appId_length > 0:
appID = ff_buff[start:start+appId_length]
appId = sqlite_help.sql_unpack(appId)
start += appId_length
name = ff_buff[start:start+name_length]
start += name_length
value = ff_buff[start:start+value_length]
start += value_length
host = ff_buff[start:start+host_length]
start += host_length
path = ff_buff[start:start+path_length]
start += path_length
# get the 3 time fields and do a check that a valid date is returned
expiry = ff_buff[start:start+expiry_length]
expiry = sqlite_help.sql_unpack(expiry)
if expiry > 0 and expiry:
expiry = sqlite_help.get_nixtime_from_sec(expiry)
if type(expiry) is not datetime:
continue
start += expiry_length
lastAccessed = ff_buff[start:start+lastAccessed_length]
lastAccessed = sqlite_help.sql_unpack(lastAccessed)
if lastAccessed > 0 and lastAccessed:
lastAccessed = sqlite_help.get_nixtime_from_msec(lastAccessed)
if type(lastAccessed) is not datetime:
continue
start += lastAccessed_length
creationTime = ff_buff[start:start+creationTime_length]
creationTime = sqlite_help.sql_unpack(creationTime)
if creationTime > 0 and creationTime:
creationTime = sqlite_help.get_nixtime_from_msec(creationTime)
if type(creationTime) is not datetime:
continue
start += creationTime_length
# if all 3 dates are 1970, it's likely a garbage record, so skip
# if any of them are real dates, it could be an old or partially overwritten record, so print
if expiry.year == 1970 and lastAccessed.year == 1970 and creationTime.year ==1970:
continue
if isSecure_length > 0:
isSecure = ff_buff[start:start+isSecure_length]
isSecure = sqlite_help.sql_unpack(isSecure)
start += isSecure_length
if isHttpOnly_length > 0:
isHttpOnly = ff_buff[start:start+isHttpOnly_length]
isHttpOnly = sqlite_help.sql_unpack(isHttpOnly)
start += isHttpOnly_length
# add all fields to the tuple so we only print unique records once
cookie_tuple = (row_id, baseDomain, appId, inBrowserElement, name, value, host, path, expiry, lastAccessed, creationTime, isSecure, isHttpOnly)
if not cookies.get(cookie_tuple):
cookies[cookie_tuple] = cookies.get(cookie_tuple, 0) + 1
yield cookie_tuple
def render_text(self, outfd, data):
self.table_header(outfd, [("Row ID", "6"), ("Base Domain", "28"), ("App Id","6"), ("InBrowserElement", "16"), ("Name", "24"), ("Value", "32"), ("Host", "32"), ("Path", "32"), ("Expiry", "20"), ("Last Accessed", "26"), ("Creation Time", "26"), ("Secure", "6"), ("HttpOnly", "6")])
for row_id, baseDomain, appId, inBrowserElement, name, value, host, path, expiry, lastAccessed, creationTime, isSecure, isHttpOnly in data:
self.table_row(outfd, row_id, baseDomain, appId, inBrowserElement, name, value, host, path, str(expiry), str(lastAccessed), str(creationTime), isSecure, isHttpOnly)
def render_csv(self, outfd, data):
outfd.write('"id","base_domain","app_id","inbrowserelement","name","value","host","path","expiry","last_accessed","creation_time","secure","httponly"\n')
for d in data:
csv.writer(outfd,quoting=csv.QUOTE_ALL).writerow(d)
def render_body(self, outfd, data):
for row_id, baseDomain, appId, inBrowserElement, name, value, host, path, expiry, lastAccessed, creationTime, isSecure, isHttpOnly in data:
start = sqlite_help.unix_time(creationTime)
end = sqlite_help.unix_time(lastAccessed)
cookie = host + " " + path + " " + name + " = " + value
cookie = cookie.replace("|", "-")
d = (0, "[FIREFOXCOOKIES] " + cookie, 0, "---------------", 0, 0, 0, 0, end, 0, start)
csv.writer(outfd,delimiter="|",quoting=csv.QUOTE_NONE,escapechar="\\").writerow(d)
class FirefoxHistory(common.AbstractWindowsCommand):
""" Scans for and parses potential Firefox url history (places.sqlite moz_places table)"""
def __init__(self, config, *args, **kwargs):
common.AbstractWindowsCommand.__init__(self, config, *args, **kwargs)
def calculate(self):
address_space = utils.load_as(self._config, astype = 'physical')
# definite values in History records
scanner = FirefoxScanner(needles = ['\x06\x25',
'\x00\x25',
])
urls = {}
for offset in scanner.scan(address_space):
ff_buff = address_space.read(offset-21, 3000)
start = 21
# new field foreign_count added around Firefox v34
foreign_count_length = 0
foreign_count = "N/A"
# start before the needle match and work backwards
if ord(ff_buff[start-1]) in (1, 2, 8, 9):
start -= 1
(frecency_length, frecency) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
else:
continue
if ord(ff_buff[start-1]) in (0, 1, 8, 9):
start -= 1
(favicon_id_length, favicon_id) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
else:
continue
if ord(ff_buff[start-1]) not in (8, 9):
continue
start -= 1
(typed_length, typed) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
if ord(ff_buff[start-1]) not in (8, 9):
continue
start -= 1
(hidden_length, hidden) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
if ord(ff_buff[start-1]) in (1, 8, 9):
start -= 1
(visit_count_length, visit_count) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
else:
continue
start -= 1
(rev_host_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
rev_host_length = sqlite_help.varint_to_text_length(rev_host_length)
start -= varint_len
(title_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
title_length = sqlite_help.varint_to_text_length(title_length)
start -= varint_len
(url_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
url_length = sqlite_help.varint_to_text_length(url_length)
start -= varint_len
url_id_length = ord(ff_buff[start])
start -= 1
payload_header_length = ord(ff_buff[start])
payload_header_end = start + payload_header_length
start -= 1
(row_id, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
# can't have a negative row_id (index)
if row_id < 0:
continue
start -= varint_len
if start < 0:
continue
(payload_length, varint_len) = sqlite_help.find_varint(ff_buff, start, BACKWARD)
# payload_length should be much longer than this, but this is a safe minimum
if payload_length < 6:
continue
# go back to the needle match and start processing forward
(last_visit_date_length, last_visit_date) = sqlite_help.varint_type_to_length(ord(ff_buff[21]))
(guid_length, varint_len) = sqlite_help.find_varint(ff_buff, 22, FORWARD)
guid_length = sqlite_help.varint_to_text_length(guid_length)
start = 22 + varint_len
# Firefox added a "foreign_count" field that needs to be handled
if start != payload_header_end:
(foreign_count_length, foreign_count) = sqlite_help.varint_type_to_length(ord(ff_buff[start]))
start += 1
url_id = sqlite_help.sql_unpack(ff_buff[start:start+url_id_length])
start += url_id_length
url = ff_buff[start:start+url_length]
start += url_length
title = ff_buff[start:start+title_length]
start += title_length
rev_host = ff_buff[start:start+rev_host_length]
start += rev_host_length
if visit_count_length > 0:
visit_count = sqlite_help.sql_unpack(ff_buff[start:start+visit_count_length])
start += visit_count_length
if hidden_length > 0:
hidden = sqlite_help.sql_unpack(ff_buff[start:start+hidden_length])
start += hidden_length
if typed_length > 0:
typed = sqlite_help.sql_unpack(ff_buff[start:start+typed_length])
start += typed_length
favicon_id = ""
if favicon_id_length > 0:
favicon_id = sqlite_help.sql_unpack(ff_buff[start:start+favicon_id_length])
start += favicon_id_length
if frecency_length > 0:
frecency = sqlite_help.sql_unpack(ff_buff[start:start+frecency_length])
# extract the time, unpack it to an integer, convert microseconds to string
start += frecency_length
last_visit_date = ff_buff[start:start+last_visit_date_length]
last_visit_date = sqlite_help.sql_unpack(last_visit_date)
if last_visit_date_length == 8 and last_visit_date < 0:
continue
if last_visit_date > 1 and last_visit_date:
last_visit_date = sqlite_help.get_nixtime_from_msec(last_visit_date)
if last_visit_date_length == 8 and type(last_visit_date) is datetime and last_visit_date.year == 1970:
continue
start += last_visit_date_length
guid = ff_buff[start:start+guid_length]
start += guid_length
if foreign_count_length > 0:
foreign_count = sqlite_help.sql_unpack(ff_buff[start:start+foreign_count_length])
start += foreign_count_length
# save the values as a tuple in a dictionary so we only print one unique row
url_tuple = (row_id, url, title, rev_host, visit_count, hidden, typed, favicon_id, frecency, last_visit_date, guid, foreign_count)
if not urls.get(url_tuple):
urls[url_tuple] = urls.get(url_tuple, 0) + 1
yield url_tuple
def render_text(self, outfd, data):
self.table_header(outfd, [("ID", "6"), ("URL", "80"), ("Title", "80"), ("Rev Host", "32"), ("Visits", "6"), ("Hidden", "6"), ("Typed", "5"), ("Favicon ID", "10"), ("Frecency", "8"), ("Last Visit Date", "26"), ("GUID", "12"),("FOREIGN COUNT","13")])
for row_id, url, title, rev_host, visit_count, hidden, typed, favicon_id, frecency, last_visit_date, guid, foreign_count in data:
self.table_row(outfd, row_id, url, title, rev_host, visit_count, hidden, typed, favicon_id, frecency, str(last_visit_date), guid, foreign_count)
def render_csv(self, outfd, data):
outfd.write('"id","url","title","rev_host","visit_count","hidden","typed","favicon_id","frecency","last_visit_date","guid","foreign_count"\n')
for d in data:
csv.writer(outfd,quoting=csv.QUOTE_ALL).writerow(d)
def render_body(self, outfd, data):
for row_id, url, title, rev_host, visit_count, hidden, typed, favicon_id, frecency, last_visit_date, guid in data:
if type(last_visit_date) is str:
end = 0
else:
end = sqlite_help.unix_time(last_visit_date)
history = url + " -- " + title
history = history.replace("|", "-")
d = (0, "[FIREFOXHISTORY] " + history, 0, "---------------", 0, 0, 0, 0, end, 0, 0)
csv.writer(outfd,delimiter="|",quoting=csv.QUOTE_NONE,escapechar="\\").writerow(d)