# Copyright 2002-2011 Nick Mathewson. See LICENSE for licensing information.
"""mixminion.testSupport
Shared support code for unit tests, benchmark tests, and integration tests.
"""
import base64
import cStringIO
import os
import stat
import sys
import mixminion.Crypto
import mixminion.Common
from mixminion.Common import waitForChildren, ceilDiv, createPrivateDir, LOG
from mixminion.Config import _parseBoolean, _parseIntervalList, ConfigError
from mixminion.server.Modules import DELIVER_FAIL_NORETRY, DELIVER_FAIL_RETRY,\
DELIVER_OK, DeliveryModule, ImmediateDeliveryQueue, \
SimpleModuleDeliveryQueue, _escapeMessageForEmail
#----------------------------------------------------------------------
# DirectoryStoreModule
class DirectoryStoreModule(DeliveryModule):
"""Delivery module for testing: puts messages in files in a given
directory. Can be configured to use a delivery queue or not.
When this module delivers a message:
If the routing info is 'FAIL!', the message is treated as undeliverable.
If the routing info is 'fail', the message is treated as temporarily
undeliverable (and so will eventually time out).
Otherwise, creates a file in the specified directory, containing
the routing info, a newline, and the message contents.
"""
def __init__(self):
DeliveryModule.__init__(self)
## Fields:
# loc -- The directory to store files in. All filenames are numbers;
# we always put new messages in the smallest number greater than
# all existing numbers.
# next -- the number of the next file.
def getConfigSyntax(self):
return { 'Testing/DirectoryDump':
{ 'Location' : ('REQUIRE', None, None),
'UseQueue': ('REQUIRE', "boolean", None),
'Retry' : ('ALLOW', "intervalList",
"every 1 min for 10 min") } }
def validateConfig(self, config, lines, contents):
# loc = sections['Testing/DirectoryDump'].get('Location')
pass
def getRetrySchedule(self):
return self.retry
def configure(self, config, manager):
self.loc = config['Testing/DirectoryDump'].get('Location')
if not self.loc:
return
self.useQueue = config['Testing/DirectoryDump']['UseQueue']
if not os.path.exists(self.loc):
createPrivateDir(self.loc)
self.next = 1 + max([-1]+[int(f) for f in os.listdir(self.loc)])
self.retry = config['Testing/DirectoryDump']['Retry']
manager.enableModule(self)
def getServerInfoBlock(self):
return ""
def getName(self):
return "Testing_DirectoryDump"
def getExitTypes(self):
return [ 0xFFFE ]
def createDeliveryQueue(self, queueDir):
if self.useQueue:
return SimpleModuleDeliveryQueue(self, queueDir,
retrySchedule=self.retry)
else:
return ImmediateDeliveryQueue(self)
def processMessage(self, packet):
assert packet.getExitType() == 0xFFFE
exitInfo = packet.getAddress()
if exitInfo == 'fail':
return DELIVER_FAIL_RETRY
elif exitInfo == 'FAIL!':
return DELIVER_FAIL_NORETRY
LOG.debug("Delivering test message")
m = _escapeMessageForEmail(packet)
if m is None:
# Ordinarily, we'd drop corrupt messages, but this module is
# meant for debugging.
m = """\
==========CORRUPT OR UNDECODABLE MESSAGE
Decoding handle: %s%s==========MESSAGE ENDS""" % (
base64.encodestring(packet.getTag()),
base64.encodestring(packet.getContents()))
f = open(os.path.join(self.loc, str(self.next)), 'w')
self.next += 1
f.write(m)
f.close()
return DELIVER_OK
#----------------------------------------------------------------------
# mix_mktemp: A secure, paranoid mktemp replacement. (May be overkill
# for testing, but better safe than sorry.)
# Name of our temporary directory: all temporary files go under this
# directory. If None, it hasn't been created yet. If it exists,
# it must be owned by us, mode 700.
_CHECK_MODE = 1
_CHECK_UID = 1
if sys.platform in ('cygwin', 'win32') or os.environ.get("MM_NO_FILE_PARANOIA"):
_CHECK_MODE = _CHECK_UID = 0
_MM_TESTING_TEMPDIR = None
# How many temporary files have we created so far?
_MM_TESTING_TEMPDIR_COUNTER = 0
# Do we nuke the contents of _MM_TESTING_TEMPDIR on exit?
_MM_TESTING_TEMPDIR_REMOVE_ON_EXIT = 1
def mix_mktemp(extra=""):
'''mktemp wrapper. puts all files under a securely mktemped
directory.'''
global _MM_TESTING_TEMPDIR
global _MM_TESTING_TEMPDIR_COUNTER
if _MM_TESTING_TEMPDIR is None:
# We haven't configured our temporary directory yet.
import tempfile
# If tempfile.mkdtemp exists, use it. This avoids warnings, and
# is harder for people to exploit.
if hasattr(tempfile, 'mkdtemp'):
try:
temp = tempfile.mkdtemp()
except OSError, e:
print "mkdtemp failure: %s" % e
sys.exit(1)
else:
# Otherwise, pick a dirname, make sure it doesn't exist, and try to
# create it.
temp = tempfile.mktemp()
if os.path.exists(temp):
print "I think somebody's trying to exploit mktemp."
sys.exit(1)
try:
os.mkdir(temp, 0700)
except OSError, e:
print "Something's up with mktemp: %s" % e
sys.exit(1)
# The directory must exist....
if not os.path.exists(temp):
print "Couldn't create temp dir %r" %temp
sys.exit(1)
st = os.stat(temp)
# And be writeable only by us...
if _CHECK_MODE and st[stat.ST_MODE] & 077:
print "Couldn't make temp dir %r with secure permissions" %temp
sys.exit(1)
# And be owned by us...
if _CHECK_UID and st[stat.ST_UID] != os.getuid():
print "The wrong user owns temp dir %r"%temp
sys.exit(1)
_MM_TESTING_TEMPDIR = temp
if _MM_TESTING_TEMPDIR_REMOVE_ON_EXIT:
import atexit
atexit.register(deltree, temp)
# So now we have a temporary directory; return the name of a new
# file there.
_MM_TESTING_TEMPDIR_COUNTER += 1
return os.path.join(_MM_TESTING_TEMPDIR,
"tmp%05d%s" % (_MM_TESTING_TEMPDIR_COUNTER,extra))
_WAIT_FOR_KIDS = 1
def deltree(*dirs):
"""Delete each one of a list of directories, along with all of its
contents."""
global _WAIT_FOR_KIDS
#print "deltree(%r)"%dirs
if _WAIT_FOR_KIDS:
print "Waiting for shred processes to finish."
waitForChildren()
_WAIT_FOR_KIDS = 0
for d in dirs:
#print "Considering",d
if os.path.isdir(d):
#print "deleting from %s: %s" % (d, os.listdir(d))
for fn in os.listdir(d):
loc = os.path.join(d,fn)
if os.path.isdir(loc):
#print "deleting (I)",loc
deltree(loc)
else:
#print "unlinking (I)",loc
os.unlink(loc)
#ld = os.listdir(d)
#if ld: print "remaining in %s: %s" % (d, ld)
if os.listdir(d):
print "os.listdir(%r)==(%r)"%(d,os.listdir(d))
os.rmdir(d)
elif os.path.exists(d):
#print "Unlinking", d
os.unlink(d)
else:
pass #print "DNE", d
#----------------------------------------------------------------------
# suspendLog
def suspendLog(severity=None):
"""Temporarily suppress logging output"""
log = LOG
if hasattr(log, '_storedHandlers'):
resumeLog()
buf = cStringIO.StringIO()
h = mixminion.Common._ConsoleLogHandler(buf)
log._storedHandlers = log.handlers
log._storedSeverity = log.severity
log._testBuf = buf
log.handlers = []
if severity is not None:
log.setMinSeverity(severity)
log.addHandler(h)
def resumeLog():
"""Resume logging output. Return all new log messages since the last
suspend."""
log = LOG
if not hasattr(log, '_storedHandlers'):
return None
buf = log._testBuf
del log._testBuf
log.handlers = log._storedHandlers
del log._storedHandlers
log.setMinSeverity(log._storedSeverity)
del log._storedSeverity
return buf.getvalue()
#----------------------------------------------------------------------
# Facilities to temporarily replace attributes and functions for testing
# List of object, attribute, old-value for all replaced attributes.
_REPLACED_OBJECT_STACK = []
def replaceAttribute(object, attribute, value):
"""Temporarily replace <object.attribute> with value. When
undoReplacedAttributes() is called, the old value is restored."""
if hasattr(object, attribute):
tup = (object, attribute, getattr(object, attribute))
else:
tup = (object, attribute)
_REPLACED_OBJECT_STACK.append(tup)
setattr(object, attribute, value)
# List of (fnname, args, kwargs) for all the replaced functions that
# have been called.
_CALL_LOG = []
class _ReplacementFunc:
"""Helper object: callable stub that logs its invocations to _CALL_LOG
and delegates to an internal function."""
def __init__(self, name, fn=None):
self.name = name
self.fn = fn
def __call__(self, *args, **kwargs):
_CALL_LOG.append((self.name, args, kwargs))
if self.fn:
return self.fn(*args, **kwargs)
else:
return None
def replaceFunction(object, attribute, fn=None):
"""Temporarily replace the function or method <object.attribute>.
If <fn> is provided, replace it with fn; otherwise, the new
function will just return None. All invocations of the new
function will logged, and retrievable by getReplacedFunctionCallLog()"""
replaceAttribute(object, attribute, _ReplacementFunc(attribute, fn))
def getReplacedFunctionCallLog():
"""Return a list of (functionname, args, kwargs)"""
return _CALL_LOG
def clearReplacedFunctionCallLog():
"""Clear all entries from the replaced function call log"""
del _CALL_LOG[:]
def undoReplacedAttributes():
"""Undo all replaceAttribute and replaceFunction calls in effect."""
# Remember to traverse _REPLACED_OBJECT_STACK in reverse, so that
# "replace(a,b,c1); replace(a,b,c2)" is properly undone.
r = _REPLACED_OBJECT_STACK[:]
r.reverse()
del _REPLACED_OBJECT_STACK[:]
for item in r:
if len(item) == 2:
o,a = item
delattr(o,a)
else:
o,a,v = item
setattr(o,a,v)
#----------------------------------------------------------------------
# Test vectors.
class CyclicRNG(mixminion.Crypto.RNG):
def __init__(self):
mixminion.Crypto.RNG.__init__(self,4096)
self.idx = 0
self.pattern = "".join(map(chr,range(256)))
def _prng(self,n):
reps = ceilDiv(n+self.idx,256)
r = (self.pattern*reps)[self.idx:self.idx+n]
self.idx = (self.idx+n) % 256
assert len(r) == n
return r
def unHexStr(s):
assert s[0] == '['
assert s[-1] == ']'
r = []
for i in xrange(1,len(s)-1,3):
r.append(chr(int(s[i:i+2],16)))
assert s[i+2] in ' ]'
return "".join(r)
def unHexNum(s):
assert s[0] == '['
assert s[-1] == ']'
r = [ ]
for i in xrange(1,len(s)-1,3):
r.append(s[i:i+2])
assert s[i+2] in ' ]'
return long("".join(r), 16)
def hexStr(s):
r = []
for c in s:
r.append("%02X"%ord(c))
return "[%s]"%(" ".join(r))
def hexNum(n):
hn = "%X"%n
if len(hn)%2 == 1:
hn = "0"+hn
r = []
for i in xrange(0,len(hn),2):
r.append(hn[i:i+2])
return "[%s]"%(" ".join(r))
def tvRSA():
print "======================================== RSA"
pk1 = TEST_KEYS_2048[0]
print "Example 2048-bit Key K"
n,e = pk1.get_public_key()
n2,e2,d,p,q = pk1.get_private_key()
print " exponent =",hexNum(e)
print " modulus =",hexNum(n)
print " Private key (P)=",hexNum(p)
print " Private key (Q)=",hexNum(q)
print " Private key (D)=",hexNum(d)
print " PK_Encode(K) =",hexStr(pk1.encode_key(1))
print " Fingerprint =",mixminion.Crypto.pk_fingerprint(pk1)
print
ms = CyclicRNG().getBytes(20)
print "OAEP Padding/PKCS encoding example: (Using MGF SEED %s)"%hexStr(ms)
s = "Hello world"
print " original string M:",hexStr(s)
assert pk1.get_modulus_bytes() == 256
enc = mixminion.Crypto._add_oaep_padding(s,
mixminion.Crypto.OAEP_PARAMETER,256,CyclicRNG())
print " Padded string (2048 bits):",hexStr(enc)
pkenc = pk1.crypt(enc,1,1)
print
print " PK_Encrypt(K,M):",hexStr(pkenc)
assert mixminion.Crypto.pk_decrypt(pkenc,pk1) == s
def tvAES():
import mixminion._minionlib as _ml
print "======================================== AES"
print "Single block encryption"
k = unHexStr("[00 11 22 33 44 55 66 77 88 99 AA BB CC DD EE FF]")
b = "MixminionTypeIII"
print " Key:",hexStr(k)
print " Plaintext block:",hexStr(b)
eb = _ml.aes128_block_crypt(_ml.aes_key(k),b,1)
db = _ml.aes128_block_crypt(_ml.aes_key(k),b,0)
print " Encrypted block:",hexStr(eb)
print " Decrypted block:",hexStr(db)
print
print "Counter mode encryption:"
k = unHexStr("[02 13 24 35 46 57 68 79 8A 9B AC BD CE DF E0 F1]")
print " Key:",hexStr(k)
print " Keystream[0x00000...0x0003F]:",hexStr(mixminion.Crypto.prng(k,64))
print " Keystream[0x002C0...0x002FF]:",hexStr(mixminion.Crypto.prng(k,64,0x2c0))
print " Keystream[0xF0000...0xF003F]:",hexStr(mixminion.Crypto.prng(k,64,0xF0000))
txt = "Hello world!"
print " Example text M:",hexStr(txt)
print " Encrypt(K,M):",hexStr(mixminion.Crypto.ctr_crypt(txt,k))
def tvLIONESS():
print "======================================== LIONESS"
print "SPRP_Encrypt:"
ks = mixminion.Crypto.Keyset("basic key")
k1,k2,k3,k4=ks.getLionessKeys("A")
print " Base key K:",hexStr(k1)
print " K2:",hexStr(k2)
print " K3:",hexStr(k3)
print " K4:",hexStr(k4)
txt = "I never believe in code until it's running, and I never believe in the next release until it's out."
print
print " Example text M:",hexStr(txt)
print " SPRP_Encrypt(K,M):",hexStr(mixminion.Crypto.lioness_encrypt(
txt,(k1,k2,k3,k4)))
print " SPRP_Decrypt(K,M):",hexStr(mixminion.Crypto.lioness_decrypt(
txt,(k1,k2,k3,k4)))
def testVectors(name,args):
assert hexStr("ABCDEFGHI") == "[41 42 43 44 45 46 47 48 49]"
assert hexNum(10000) == '[27 10]'
assert hexNum(100000) == '[01 86 A0]'
assert hexNum(1000000000L) == '[3B 9A CA 00]'
assert unHexStr(hexStr("ABCDEFGHI")) == "ABCDEFGHI"
assert unHexNum(hexNum(10000)) in (10000, 10000L)
assert unHexNum(hexNum(100000)) in (100000,100000L)
assert unHexNum(hexNum(1000000000L)) == 1000000000L
tvRSA()
tvAES()
tvLIONESS()
#----------------------------------------------------------------------
# Long keypairs: stored here to avoid regenerating them every time we need
# to run tests. (We can't use 1024-bit keys, since they're not long enough
# to use as identity keys.)
TEST_KEYS_2048 = [
"""\
MIIEowIBAAKCAQEA0aBBHqAyfoAweyq5NGozHezVut12lGHeKrfmnax9AVPMfueqskqcKsjMe3Rz
NhDukD3ebYKPLKMnVDM+noVyHSawnzIc+1+wq1LFP5TJiPkPdodKq/SNlz363kkluLwhoWdn/16k
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"""\
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"""\
MIIEpQIBAAKCAQEA68uqw2Ao12QPktY9pf9VSHMfJ8jKBGG4eG+HPmaBifc6+kAZWA7jeOwMTnbS
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qDVW03gO4AvOD9Ix5gdebdq8le0xfMUzDvAIG1ypM+oMdZ122bI/rsOpLkZ4EtmixFxJbpk=""",
"""\
MIIEowIBAAKCAQEAs1+yp3NsF9qTybuupbt3cyBD+rEWUB+c3veK+TLTTu/hKrULCg6AaCXObv49
45xca0FxXc1/hbr7JinarjngmXj8Slr7UlTkbYKar9aGo3oMkMzbamQC4hBlp0fvH95f+A4M0iyM
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"""\
MIIEpgIBAAKCAQEArnEcMtv09DktcSvk7t+RQMJqwAShxLPUfdMLsixahN1UU1VNIBY5sLBbKinS
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"""\
MIIEowIBAAKCAQEA0XrUDXtebDNoCNiqAUY3wizHGPmKeuMUduYeIpA+26OIT9Ougne7RYmJ6uQz
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Ymi6HkoIxiR2jmr56kDPeInqk6AB4vhqSn9PtLGtQyXp+0dkfeiE5qz36QX/EQTPULcd""",
]
TEST_KEYS_2048 = [
mixminion.Crypto.pk_decode_private_key(base64.decodestring(s))
for s in TEST_KEYS_2048 ]
del s
