def Respond(self):
subject = "Re: %s" % (self.subject,)
from_ = sysrandom.choice(self.members)
para = sysrandom.choice(PARAGRAPHS)
body = "Dear %s:\n\n%s\n\n-- %s\n" % (self.initiator.split("@")[0],
para, from_.split("@")[0])
headers = {
"In-Reply-To": self._message_id,
"References": self._message_id,
}
SendMail(body, from_, subject, self._recipient, headers)
def _make_match_string_from_pattern(parsetree, makebad=False, groups=None):
collect = []
if groups is None:
groups = {}
for op, val in parsetree:
if op is sre_constants.LITERAL:
if makebad:
collect.append(chr((val ^ 4) & 0xFF)) # flip bit 4
if random.randint(0, 9) == 0:
makebad = False # don't error everything
else:
collect.append(chr(val))
elif op is sre_constants.CATEGORY:
collect.append(get_substitute(val, makebad))
elif op is sre_constants.IN:
if val[0][0] is sre_constants.CATEGORY:
collect.append(
_make_match_string_from_pattern(val, False, groups))
else:
collect.append(chr(random.choice(val)[1]))
elif op is sre_constants.BRANCH:
collect.append(
_make_match_string_from_pattern(val[1][random.randint(0, 1)],
False, groups))
elif op is sre_constants.SUBPATTERN:
string = _make_match_string_from_pattern(val[1], False, groups)
groups[val[0]] = string
collect.append(string)
elif op is sre_constants.MAX_REPEAT or op is sre_constants.MIN_REPEAT:
for i in xrange(random.randint(val[0], min(val[1], 10))):
collect.append(
_make_match_string_from_pattern(val[2], False, groups))
elif op is sre_constants.ANY:
collect.append(random.choice(ANYCHAR))
elif op is sre_constants.GROUPREF:
collect.append(groups[val])
elif op is sre_constants.AT:
pass # ignore anchors
else:
raise UnhandledOpError("Unhandled RE op: %r" % (op, ))
if makebad: # in case it didn't get done yet.
collect.insert(random.randrange(0, len(collect)),
random.choice(ascii.printable))
return "".join(collect)
def __init__(self, number, delay, recipient=DEFAULTACCOUNT, senders=None):
topic = words.get_random_word()
question = sysrandom.choice(["Concerning", "A question about",
"Tell me about", "What about", "Information regarding",
"A declaration about", "Help me with"])
self.subject = "[mail-list] %s %r." % (question, topic)
self.members = senders or DEFAULT_SENDERS
self._recipient = recipient
self._number = int(number)
self._delay = float(delay)
def _make_match_string_from_pattern(parsetree, makebad=False, groups=None):
collect = []
if groups is None:
groups = {}
for op, val in parsetree:
if op is sre_constants.LITERAL:
if makebad:
collect.append(chr((val ^ 4) & 0xFF)) # flip bit 4
if random.randint(0,9) == 0:
makebad = False # don't error everything
else:
collect.append(chr(val))
elif op is sre_constants.CATEGORY:
collect.append(get_substitute(val, makebad))
elif op is sre_constants.IN:
if val[0][0] is sre_constants.CATEGORY:
collect.append(_make_match_string_from_pattern(val, False, groups))
else:
collect.append(chr(random.choice(val)[1]))
elif op is sre_constants.BRANCH:
collect.append(_make_match_string_from_pattern(val[1][random.randint(0,1)], False, groups))
elif op is sre_constants.SUBPATTERN:
string = _make_match_string_from_pattern(val[1], False, groups)
groups[val[0]] = string
collect.append(string)
elif op is sre_constants.MAX_REPEAT or op is sre_constants.MIN_REPEAT:
for i in xrange(random.randint(val[0], min(val[1], 10))):
collect.append(_make_match_string_from_pattern(val[2], False, groups))
elif op is sre_constants.ANY:
collect.append(random.choice(ANYCHAR))
elif op is sre_constants.GROUPREF:
collect.append(groups[val])
elif op is sre_constants.AT:
pass # ignore anchors
else:
raise UnhandledOpError("Unhandled RE op: %r" % (op,))
if makebad: # in case it didn't get done yet.
collect.insert(random.randrange(0, len(collect)), random.choice(ascii.printable))
return "".join(collect)
def Initiate(self):
self.initiator = From = sysrandom.choice(self.members)
body = sysrandom.choice(PARAGRAPHS) + "\n\n-- %s\n" % (From.split("@")[0],)
self._message_id = SendMail(body, From, self.subject, self._recipient)
def get_substitute(category, inverse):
if inverse:
return random.choice(CATEGORY_SUBS_INVERTED[category])
else:
return random.choice(CATEGORY_SUBS[category])
def get_salt(n):
return "".join([sysrandom.choice(SALTCHARS) for i in range(n)])
def get_substitute(category, inverse):
if inverse:
return random.choice(CATEGORY_SUBS_INVERTED[category])
else:
return random.choice(CATEGORY_SUBS[category])
