def genpass(pattern=r'[\w]{32}'):
"""generates a password with random chararcters
"""
try:
return rstr.xeger(pattern)
except re.error as e:
raise ValueError(str(e))
def get_all_urls(urllist, depth=0, prefix='', result=None):
if result is None:
result = []
for entry in urllist:
url = prefix + entry.regex.pattern.strip('^$')
if hasattr(entry, 'url_patterns'):
get_all_urls(entry.url_patterns, depth + 1,
prefix=url,
result=result)
else:
if not url.startswith('/'):
url = '/' + url
# Значения и с вложенными скобками "(/(\w+)/)", и без
regexp = '((\([^\(\)]*?)?' \
'\([^\(\)]+\)' \
'(?(2)[^\(\)]*\)|))'
# открывающая скобка и текст без скобок
# значение в скобках. Например (?P<pk>\d+)
# если есть первая открывающая скобка, нужно взять строку до закрывающей
fres = re.findall(regexp, url)
for fr in fres:
fr = fr[0]
value_for_replace = '123'
if (re.findall('>(.+?)\)', fr) and
not set(re.findall('>(.+?)\)', fr)).intersection(['.*', '\d+', '.+', '[^/.]+'])):
value_for_replace = rstr.xeger(fr)
url = url.replace(fr, value_for_replace)
result.append(url)
result.sort()
return result
def get_all_urls(urllist, depth=0, prefix="", result=None):
if result is None:
result = []
for entry in urllist:
url = prefix + entry.regex.pattern.strip("^$")
if hasattr(entry, "url_patterns"):
get_all_urls(entry.url_patterns, depth + 1, prefix=url, result=result)
else:
if not url.startswith("/"):
url = "/" + url
# Значения и с вложенными скобками "(/(\w+)/)", и без
regexp = "((\([^\(\)]*?)?" "\([^\(\)]+\)" "(?(2)[^\(\)]*\)|))"
# открывающая скобка и текст без скобок
# значение в скобках. Например (?P<pk>\d+)
# если есть первая открывающая скобка, нужно взять строку до закрывающей
fres = re.findall(regexp, url)
for fr in fres:
fr = fr[0]
value_for_replace = "123"
if re.findall(">(.+?)\)", fr) and not set(re.findall(">(.+?)\)", fr)).intersection(
[".*", "\d+", ".+", "[^/.]+"]
):
value_for_replace = rstr.xeger(fr)
url = url.replace(fr, value_for_replace)
result.append(url)
result.sort()
return result
def _issue_new_recommend_code():
while True:
code = rstr.xeger(User.RECOMMEND_CODE_REGEX)
try:
User.objects.get(recommend_code=code)
except User.DoesNotExist, e:
return code
def generate(self):
if self.enum:
return random.choice(self.enum)
elif self.pattern:
return rstr.xeger(self.pattern)
else:
return rstr.rstr(string.letters+string.digits,self.minLength,self.maxLength)
def generate(self):
if '{' in self.format:
self.format = self._parse_field_format(self.format)
if self.str_type == 'xeger':
return rstr.xeger(self.format)[:self.maxlen]
else:
return generate_string(self.str_type, self.maxlen)
def test_get_counters_match(self):
import rstr
content = ''
for counter_name, regexp in lib.COUNTER_TYPES:
content += rstr.xeger(regexp)
self.assertEquals(len(lib.COUNTER_TYPES), len(lib.get_counters(content)))
def CreateTestCase(self, caseId: int, count: int, wordSizeMin: int, wordSizeMax: int, reg: str):
try:
w = ''
print("Generating {0} {1}-{2}".format(caseId, wordSizeMin, wordSizeMax))
with open(self.__CreateName('positive', caseId, wordSizeMin, wordSizeMax), 'w') as file1,\
open(self.__CreateName('negative', caseId, wordSizeMin, wordSizeMax), 'w') as file2:
unique = []
for i in range(count):
print("Word: {0}".format(i+1))
tooLow,tooHigh = 0,0
currWordSizeMin, currWordSizeMax = wordSizeMin, wordSizeMax
regGen, currWordSizeMin, currWordSizeMax = self.__CalculateRepetitions(reg, currWordSizeMin, currWordSizeMax, tooLow, tooHigh)
while True:
if tooLow > 3 or tooHigh > 3:
regGen, currWordSizeMin, currWordSizeMax = self.__CalculateRepetitions(reg, currWordSizeMin, currWordSizeMax, tooLow, tooHigh)
tooLow = tooHigh = 0
pattern = re.compile(reg)
#positive
w = rstr.xeger(regGen)
if len(w) < wordSizeMin:
tooLow += 1
continue
elif len(w) > wordSizeMax:
tooHigh += 1
continue
if w in unique:
continue
if pattern.fullmatch(w) is None:
continue
unique.append(w)
file1.write(w+'\n')
#negative
if len(w) == 0:
w = str(rand.choice(['a','b']))
print("Zero length")
counter = 0
try:
while True:
counter += 1
list1 = list(w)
pos = rand.randint(0, len(w)-1)
list1[pos] = rand.choice(['a','b'])
w = ''.join(list1)
if counter > 3:
w += str(rand.choice(['a','b']))
if pattern.fullmatch(w) is None:
file2.write(w+'\n')
break
break
except Exception as e:
print("Error while parsing: {0}".format(e))
with open(__CreateName('error', caseId, wordSizeMin, wordSizeMax), 'w') as fileE:
fileE.write(w+'\n')
break
except Exception as e:
print("General error parsing: {0}".format(e))
with open(self.__CreateName('error', caseId, wordSizeMin, wordSizeMax), 'w') as fileE:
fileE.write(w+'\n')
def gen_testlog():
with open('conf.yaml') as f:
test_conf = yaml.safe_load(f)['test']
total_size = test_conf['size']
size_dict = {t : int(total_size * float(f)) for t, f in test_conf['frequency'].iteritems()}
local_id = server.find_local_id()
# Placeholder
log_list = ['' for i in xrange(total_size)]
# Gen a line for only this server
random_idx = int(random.random() * total_size)
log_list[random_idx] = 'server %d' % local_id
# Gen a line for specified servers
if local_id in test_conf['hit_servers']:
random_idx = int(random.random() * total_size)
while log_list[random_idx]:
random_idx = int(random.random() * total_size)
log_list[random_idx] = 'hit_server'
# Gen a line for all servers
random_idx = int(random.random() * total_size)
while log_list[random_idx]:
random_idx = int(random.random() * total_size)
log_list[random_idx] = 'all_server'
# Gen lines for patterns with different frequencies
for t, s in size_dict.iteritems():
cnt = 0
while cnt < s:
random_idx = int(random.random() * total_size)
while log_list[random_idx]:
random_idx = int(random.random() * total_size)
log_list[random_idx] = rstr.xeger(test_conf['pattern'][t])
cnt += 1
# Gen randomly for the rest
for i in xrange(total_size):
if not log_list[i]:
log_list[i] = rstr.xeger(test_conf['pattern']['random'])
with open('%svm%d.log' % (test_conf['log_path'], local_id), 'w') as f:
for i in xrange(total_size):
f.write(log_list[i] + '\n')
def generate_list_of_mail_ids_and_save_to_text_file(no_of_ids, text_file_address):
if not isinstance(no_of_ids, int):
return
f = open(text_file_address, "rw+")
f.seek(0, 0)
for i in range(no_of_ids):
mail = rstr.xeger(r'\w[\w\.-]*@\w[\w\.-]+\.\w+')
f.write(mail + "\n")
f.close()
def test_get_counters(self):
page = ''
for counter_name, regexp in lib.COUNTER_TYPES:
page += rstr.xeger(regexp)
counters = lib.get_counters(page)
self.assertEqual(len(counters), len(lib.COUNTER_TYPES), 'Not all counter found, or too mny counters found')
def test_get_counters(self):
page = str()
for counter_name, regexp in COUNTER_TYPES:
page += rstr.xeger(regexp)
counters = get_counters(page)
self.assertEqual(len(counters), len(COUNTER_TYPES))
def make_many_application_sources(count=2, in_doaj=False):
application_sources = []
for i in range(0, count):
template = deepcopy(APPLICATION_SOURCE)
template['id'] = 'applicationid{0}'.format(i)
# now some very quick and very dirty date generation
fakemonth = i
if fakemonth < 1:
fakemonth = 1
if fakemonth > 9:
fakemonth = 9
template['created_date'] = "2000-0{fakemonth}-01T00:00:00Z".format(fakemonth=fakemonth)
template["bibjson"]['identifier'] = [
{"type": "pissn", "id": rstr.xeger(forms.ISSN_REGEX)},
{"type": "eissn", "id": rstr.xeger(forms.ISSN_REGEX)},
]
template['bibjson']['title'] = 'Test Title {}'.format(i)
application_sources.append(deepcopy(template))
return application_sources
def process(self, value):
if value.startswith("pattern:"):
pattern = value.replace("pattern:", "", 1)
import rstr
gen_value = rstr.xeger(pattern)
return gen_value
else:
return value
def mock_leaf_response(leaf_node, path):
type_schema_node = leaf_node['typeSchemaNode']
node_type = type_schema_node['leafType']
body = "{\"#{leaf_node['name']}\":"
value = None
if node_type == 'STRING':
if 'typeValidator' in type_schema_node:
type_validator = type_schema_node['typeValidator']
length = len(type_validator)
# value we are going to return
if length > 0:
ranges_obj = type_validator[0]
ranges_array = ranges_obj['ranges']
# Get the max size
value_length = ranges_array[0]['end']
example = "abcdefghijklmnopqrstuvwxyz"
value = example[:value_length]
if length > 1:
pattern = type_validator[1]
regex_pattern = pattern['pattern']
value = rstr.xeger(regex_pattern)[:value_length]
# Base case
if not value:
value = "string"
body += '"' + value + '"}'
elif node_type == 'BOOLEAN':
# Randomly calculate a true or false value
random_boolean = bool(random.getrandbits(1))
if random_boolean:
value = "true"
else:
value = "false"
body += value + '}'
elif node_type == 'INTEGER':
body += '1}'
elif node_type == 'ENUMERATION':
# Will there ever be more than one type validator?
enums = type_schema_node['typeValidator'][0]['names'].keys()
enum = random.choice(enums)
body += "\"#{enum}\"}"
else:
print "Missing node_type #{node_type}"
print body
responses.add(responses.GET, PREFIX + path,
body=body, status=200,
content_type='application/json')
def make_many_journal_sources(count=2, in_doaj=False):
journal_sources = []
for i in range(0, count):
template = deepcopy(JOURNAL_SOURCE)
template['id'] = 'journalid{0}'.format(i)
# now some very quick and very dirty date generation
fakemonth = i
if fakemonth < 1:
fakemonth = 1
if fakemonth > 9:
fakemonth = 9
template['created_date'] = "2000-0{fakemonth}-01T00:00:00Z".format(fakemonth=fakemonth)
template["bibjson"]['identifier'] = [
{"type": "pissn", "id": rstr.xeger(forms.ISSN_REGEX)},
{"type": "eissn", "id": rstr.xeger(forms.ISSN_REGEX)}
]
template['admin']['in_doaj'] = in_doaj
template['bibjson']['active'] = in_doaj # legacy field?
template['bibjson']['title'] = 'Test Title {}'.format(i)
journal_sources.append(deepcopy(template))
return journal_sources
def test_get_url_http_new_redirect_and_ok_redirect(self):
url = 'http://mail.ru'
timeout = 10
expected_redirect_url = rstr.xeger(lib.OK_REDIRECT)
expected_content = self.get_redirect_html('page.html')
with mock.patch('source.lib.make_pycurl_request', mock.Mock(return_value=(expected_content, expected_redirect_url))):
redirect_url, redirect_type, content = lib.get_url(url, timeout)
self.assertIsNone(redirect_url, 'redirect_url is not None')
self.assertIsNone(redirect_type, 'redirect_type is not None')
self.assertEqual(content, expected_content, 'content not match')
def generate_values(self, annotations):
"""
:type annotations: dict [str, cts_core.metadata.model.annotation.Annotation]
:rtype: list
"""
if "Validation.Pattern" in annotations:
pattern = str(annotations["Validation.Pattern"].value)
# this simple hack blocking CTS from sending special characters ex. symbol of new line
sample_value = xeger(pattern.replace(".", "[\w\d \.,]"))
return [sample_value]
else:
return ["example value", "", "AZaz09[]!@#$%^&*()_+"]
def random_string(self, schema=dict()):
# pattern = schema.get("pattern", None)
if "pattern" in schema:
return rstr.xeger(schema["pattern"])
min_length = schema.get("minLength", self.string_range[0])
max_length = schema.get("maxLength", self.string_range[1])
if min_length > max_length:
max_length = min_length
length = random.randint(min_length, max_length)
return ''.join(random.choice(self.string_charset) for x in range(length))
def get_all_urls(urllist, depth=0, prefix='', result=None):
if result is None:
result = []
for entry in urllist:
url = prefix + getattr(entry, 'pattern', entry).regex.pattern.strip('^$').replace('\\/', '/')
if hasattr(entry, 'url_patterns'):
get_all_urls(entry.url_patterns, depth + 1, prefix=url, result=result)
else:
if not url.startswith('/'):
url = '/' + url
url = rstr.xeger(url.replace('\\d+', '123'))
result.append(url)
result.sort()
return result
def __status_url(ctx, server_preferred=False):
"""
Creates stub/plus status url based on context
:param ctx: {} of current parsing context
:param server_preferred: bool - use server_name instead of listen
:return: [] of urls
"""
results = []
location = ctx.get('location', '/')
# remove all modifiers
location_parts = location.split(' ')
final_location_part = location_parts[-1]
# generate a random sting that will fit regex location
if location.startswith('~'):
try:
exact_location = rstr.xeger(final_location_part)
# check that regex location has / and add it
if not exact_location.startswith('/'):
exact_location = '/%s' % exact_location
except:
context.log.debug('bad regex location: %s' % final_location_part)
exact_location = None
else:
exact_location = final_location_part
# if an exact location doesn't have / that's not a working location, we should not use it
if not exact_location.startswith('/'):
context.log.debug('bad exact location: %s' % final_location_part)
exact_location = None
if exact_location:
for ip_port in ctx.get('ip_port'):
address, port = ip_port
if server_preferred and 'server_name' in ctx:
if isinstance(ctx['server_name'], list):
address = ctx['server_name'][0].split(' ')[0]
else:
address = ctx['server_name'].split(' ')[0]
results.append('%s:%s%s' % (address, port, exact_location))
return results
def new_page_style(name, style):
if isinstance(style, str):
new_c = ""
temp = style.replace("\\d", "10") #replace the digit expression with 10, there is a total of 10 digits
temp = temp.replace("[A-Z]", "26") #replace the alphabet expression with 26, there is 26 letters in the alphabet
temp = temp.replace("[a-z]", "26") #replace the alphabet expression with 26, there is 26 letters in the alphabet
temp = temp.replace("|", "+") #replace the or symbol with +
temp = temp.replace(")", ")*") #replace the end paranthes with end paranthes and *
temp = temp.replace("*+", "+") #replace *+ with +
temp = temp.replace("2610", "26*10") #put a * in between the numbers
temp = temp.replace("1026", "10*26") #same
temp = temp.replace("1010", "10*10") #same
temp = temp.replace("2626", "26*26") #same
total = eval(temp) #now we can evaluate it as a mathematical expression, total now contains the total amount of possible strings that can be generated by the regular expressions
l = []
while len(l) < total and len(l) < 65535:
try:
q = str(rstr.xeger(r"" + style + "")) #generate a string based on the regular expression
except:
print("regular expression in input is invalid")
sys.exit(2)
q = q.strip() #remove unnecessary '
if q not in l:
l.append(q) #add the string to the list of unique generated strings
for i in range(0,len(l)):
if i == 0:
new_c += l[i] #add the element to string to be written
elif i % 16 == 0:
new_c += "\n\\or " + l[i] #add the element, a newline and a \or, to string to be written
else:
new_c += "\\or " + l[i] #add the element and a \or, to string to be written
else:
print("invalid input")
f = open("Resources/page_numbering.tex", 'r')
s = f.read()
f.close()
s = s.replace("\\makeatother", "") #remove the \makeatother
s += "\\newcommand*{\\" + name + "}[1]{%\n\\expandafter\\@" + name + "\\csname c@#1\\endcsname\n}\n\n\\newcommand*{\\@" + name + "}[1]{%\n$\\ifcase#1\n" #create the command for the new style
s += new_c
s += "\n" + "\n\\else\\@ctrerr\\fi$\n}\n\\makeatother" #add the end of the command plus \makeatother
f = open("Resources/page_numbering.tex", 'w')
f.write(s)
f.close()
def test_speed():
with open('conf.yaml') as f:
conf = yaml.safe_load(f)
latency_list = []
sys.stdout = open('temp.test.out.speed', 'w')
for i in xrange(conf['test']['speed_test_size']):
grep_cmd = ['grep', rstr.xeger(r'[a-z]{,4}[.][a-z]{1,3}')]
c = client.LogQueryClient(grep_cmd)
tick = time.time()
c.query()
tock = time.time()
latency_list.append(tock - tick)
sys.stdout = sys.__stdout__
avg_latency = sum(latency_list) / len(latency_list)
LOGGER.info('Average latency is ' + str(avg_latency))
def create_vm_and_install_old_extension():
"""Create vm and install a specific version of the extension, returning HTML results."""
message = ""
update_option = '--version {0} --no-auto-upgrade'.format(old_version)
install_times.clear()
for distname, image in images.iteritems():
uid = rstr.xeger(r'[0-9a-f]{8}')
vmname = distname.lower() + '-' + uid
vmnames.append(vmname)
dnsname = vmname
vm_log_file = distname.lower() + "result.log"
vm_html_file = distname.lower() + "result.html"
log_open = open(vm_log_file, 'a+')
html_open = open(vm_html_file, 'a+')
print("\nCreate VM and Install Extension {0} v-{1} - {2}: {3} \n".format(extension, old_version, vmname, image))
create_vm(resource_group, vmname, image, username, ssh_public, location, dnsname, size, nsg_uri)
copy_to_vm(dnsname, username, ssh_private, location)
delete_extension(extension, vmname, resource_group)
run_command(resource_group, vmname, 'RunShellScript', 'python -u /tmp/oms_extension_run_script.py -preinstall')
add_extension(extension, publisher, vmname, resource_group, private_settings, public_settings, update_option)
run_command(resource_group, vmname, 'RunShellScript', 'python -u /home/scratch/oms_extension_run_script.py -postinstall')
install_times.update({vmname: datetime.now()})
run_command(resource_group, vmname, 'RunShellScript', 'python -u /home/scratch/oms_extension_run_script.py -injectlogs')
copy_from_vm(dnsname, username, ssh_private, location, 'omsresults.*')
write_log_command(log_open, "Status After Creating VM and Adding OMS Extension version: {0}".format(old_version))
html_open.write('<h1 id="{0}"> VM: {0} <h1>'.format(distname))
html_open.write("<h2> Install OMS Agent version: {0} </h2>".format(old_version))
append_file('omsfiles/omsresults.log', log_open)
append_file('omsfiles/omsresults.html', html_open)
log_open.close()
html_open.close()
status = open('omsfiles/omsresults.status', 'r').read()
if status == "Agent Found":
message += """
<td><span style='background-color: #66ff99'>Install Success</span></td>"""
elif status == "Onboarding Failed":
message += """
<td><span style='background-color: red; color: white'>Onboarding Failed</span></td>"""
elif status == "Agent Not Found":
message += """
<td><span style='background-color: red; color: white'>Install Failed</span></td>"""
return message
def create(self, request, *args, **kwargs):
serializer = ClientSerializer(data=request.data)
serializer.is_valid(raise_exception=True)
client = serializer.validated_data['client']
client.save()
if client:
delay = randrange(30) # delay in seconds for real server simulation
time.sleep(delay)
is_car = False
registration_plate = '-'
if delay % 2 == 0:
is_car = True
registration_plate = xeger(r'[A-Z]{2} \d{4} [A-Z]{2}')
if is_car:
content = {
'is_car': True,
'registration_plate': registration_plate,
'will_be_in': delay
}
else:
content = {
'is_car': False,
'no_car_msg': 'Not found any taxi in your area'
}
Order.objects.create(
order_date=timezone.now(),
registration_plate=registration_plate,
client=client
)
else:
content = {
'is_error': True,
# 'is_car': False,
# 'no_car_msg': 'Not found any taxi in your area'
'error': 'Oops'
}
return Response(content)
def test_all_counters_detected(self):
COUNTER_TYPES = (
('GOOGLE_ANALYTICS', re.compile(r'.*google-analytics\.com/ga\.js.*', re.I + re.S)),
('YA_METRICA', re.compile(r'.*mc\.yandex\.ru/metrika/watch\.js.*', re.I + re.S)),
('TOP_MAIL_RU', re.compile(r'.*top-fwz1\.mail\.ru/counter.*', re.I + re.S)),
('TOP_MAIL_RU', re.compile(r'.*top\.mail\.ru/jump\?from.*', re.I + re.S)),
('DOUBLECLICK',
re.compile(r'.*//googleads\.g\.doubleclick\.net/pagead/viewthroughconversion.*', re.I + re.S)),
('VISUALDNA', re.compile(r'.*//a1\.vdna-assets\.com/analytics\.js.*', re.I + re.S)),
('LI_RU', re.compile(r'.*/counter\.yadro\.ru/hit.*', re.I + re.S)),
('RAMBLER_TOP100', re.compile(r'.*counter\.rambler\.ru/top100.*', re.I + re.S))
)
content = ""
for counter_name, regexp in COUNTER_TYPES:
content += rstr.xeger(regexp)
counters = lib.get_counters(content)
for counter_name, regexp in COUNTER_TYPES:
self.assertTrue(counter_name in counters)
self.assertEqual(len(COUNTER_TYPES), len(counters))
def get_all_urls(urllist, depth=0, prefix='', result=None):
if result is None:
result = []
for entry in urllist:
url = prefix + entry.regex.pattern.strip('^$')
if hasattr(entry, 'url_patterns'):
get_all_urls(entry.url_patterns, depth + 1,
prefix=(prefix if type(entry).__class__.__name__ == 'RegexURLResolver' else '') + url,
result=result)
else:
if not url.startswith('/'):
url = '/' + url
# TODO: переписать регулярку. Должны находиться значения и с вложенными скобками "(/(\w+)/)" и без
fres = re.findall(r'\(.+?\)+', url)
for fr in fres:
value_for_replace = '123'
if (re.findall('>(.+?)\)', fr) and
not set(re.findall('>(.+?)\)', fr)).intersection(['.*', '\d+', '.+', '[^/.]+'])):
value_for_replace = rstr.xeger(fr)
url = url.replace(fr, value_for_replace)
result.append(url)
result.sort()
return result
def generate_value(self, avoided_value):
if not self.REGEX:
return "Example String Value"
return rstr.xeger(self.REGEX)
]
# Target size for the dataset. Generation stops when either limit is reached.
target_num_rows = 10_000_000
target_num_bytes = 1_000_000_000
# Construct pools of random strings abiding by the generator configuration.
random_strings = []
frequency_norm = 0
for _, frequency, _ in generator_config:
frequency_norm += frequency
cumulative_frequency = 0.0
for num_unique, frequency, regex in generator_config:
print('Creating random strings for /' + regex + '/...')
cumulative_frequency += frequency / frequency_norm
string_pool = [rstr.xeger(regex) for _ in range(num_unique)]
random_strings.append((cumulative_frequency, string_pool))
# Construct the test data.
print('Constructing test data...')
data = []
total_len = 0
print()
while total_len < target_num_bytes and len(data) < target_num_rows:
r = random.random()
for cumulative_frequency, string_pool in random_strings:
if r <= cumulative_frequency:
s = random.choice(string_pool)
total_len += len(s)
data.append(s)
break
def getRegexString(regexString):
"""
根据正则表达式，获取随机值
"""
return rstr.xeger(regexString)
#You must install rstr and Skype4Py
from Skype4Py import Skype
import sys
import rstr
message = rstr.xeger('[A-Z][a-z]{4} [A-Z][a-z]{3,6}yan \d{4}')
client = Skype()
client.Attach()
user = "******"
client.SendMessage(user, message)
def sock(remoteip, remoteport):
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.connect((remoteip, remoteport))
return s, s.makefile('rw', bufsize=0)
def read_until(f, delim='\n'):
data = ''
while not data.endswith(delim):
data += f.read(1)
return data
s, f = sock(remoteip, remoteport)
print read_until(f, "regexes?\n")
count = 0
while True:
print "[+] Iter:", count
target = read_until(f, "\n").strip()
print "[+] Target:", target
ans = rstr.xeger(target)
while '\n' in ans:
ans = rstr.xeger(target)
print "[+] Answer:", ans
s.send(ans+"\n")
count += 1
s.close()
#flag: flag{^regularly_express_yourself$}
def generate_string(cls, size=None):
if size is None:
size = random.randint(cls._MIN_LEN_DEFACULT, cls._MAX_LEN_DEFACULT)
return rstr.xeger(rf'.{size}')
from Skype4Py import Skype
import rstr
import time
client = Skype(Transport='x11')
client.Attach()
user = '******'
while (1):
message = rstr.xeger(
'[A-Z][a-z]{3,8} [A-Z][a-z]{3,8}yan (19\d\d|20[0-1][0-7])')
client.SendMessage(user, message)
time.sleep(600)
def test_xeger(self):
assert re.match(r'^foo[\d]{10}bar$', rstr.xeger('^foo[\d]{10}bar$'))
def checker(driver, code):
while True:
voucher = rstr.xeger(r'[a-z][A-Z]\d[A-Z]')
input_coupon(driver, code, voucher)
def gen_regex(regex):
return rstr.xeger(regex)
def generate_spz():
return "{}{}{}".format(random.choice(okresy), SPZ_SEPARATOR, rstr.xeger(SPZ_SUFFIX_FORMAT))
import rstr
with open("hint.txt") as f:
string=f.read();
string=string[1:-1]
with open("dictionary.txt",'w') as f:
for i in range(10000):
answer=rstr.xeger(r''+string)
f.write(str(answer)+"\n")
def generate_string_by_pattern(pattern):
return rstr.xeger(pattern)
def generate_regex():
regi = input("regex: ")
gen = rstr.xeger(regi)
return gen
def make_val_address():
return lambda: rstr.xeger(r"^terravaloper[0-9a-z]{39}\Z")
def save(self, *args, **kwargs):
if not self.licence:
self.licence = rstr.xeger(self.licence_validator.regex)
super().save(*args, **kwargs)
def make_acc_address():
return lambda: rstr.xeger(r"^terra[0-9a-z]{39}\Z")
include=random.choice(improperCharacters),
exclude='\n\t\r"'),
rstr.rstr(string.printable,
include=random.choice(improperCharacters),
exclude='\n\t\r"'),
random.choice(['pl', 'com', 'net', 'uk', 'gov', 'us']))
else:
return rstr.rstr(string.printable, exclude='\n\t\r"')
def generateProperPhoneNumber(self):
return rstr.xeger(self.phoneNumberReg)
def generateWrongPhoneNumber(self):
case = random.randint(1, 2)
if case == 1:
return rstr.xeger(random.choice(self.improperPhoneNumberRegs))
else:
return rstr.rstr(string.printable,
include=random.choice(string.ascii_letters),
exclude='\n\t\r"')
def generateProperMobileNumber(self):
return rstr.xeger(self.mobileNumberReg)
def generateWrongMobileNumber(self):
case = random.randint(1, 2)
if case == 1:
return rstr.xeger(random.choice(self.improperMobileNumberRegs))
else:
return rstr.rstr(string.printable,
include=random.choice(string.ascii_letters),
def value_for_schema_element(schema_element,
root_schema_element,
fake=faker.Faker(),
overrides={}):
if "oneOf" in schema_element.keys():
se = random.choice(schema_element["oneOf"])
elif "allOf" in schema_element.keys():
se = dict()
for rs in schema_element['allOf']:
se.update(rs)
elif "anyOf" in schema_element.keys():
se = collections.defaultdict(list)
for d in (schema_element["anyOf"]):
for key, value in d.items():
se[key].append(value)
else:
se = copy.copy(schema_element)
if "$ref" in se.keys():
se = JSONProvider._find_reference_in_schema(
se['$ref'], root_schema_element)
if "type" not in se.keys():
element_type = "string"
elif type(se['type']) == list:
element_type = random.choice(se['type'])
else:
element_type = se["type"]
if element_type == 'null':
return None
elif element_type == 'string':
if se.get('pattern', None) is not None:
return rstr.xeger(se['pattern'])
elif se.get('enum', None) is not None:
return random.choice(se['enum'])
else:
return fake.password(length=30,
special_chars=True,
digits=True,
upper_case=True,
lower_case=True)
elif element_type == 'number':
return round(
random.uniform(se.get('minimum', -100000000),
se.get('maximum', 10000000)),
random.randint(0, 5))
elif element_type == 'integer':
n = random.randint(se.get('minimum', 0),
se.get('maximum', 10000000))
return n - (n % se.get('multipleOf', 1))
elif element_type == 'boolean':
return fake.boolean(chance_of_getting_true=50)
elif element_type == 'array':
array_value = list()
for _ in range(
0,
random.randint(
0,
random.randint(se.get('minItems', 3),
se.get('maxItems', 100)))):
array_value.append(
JSONProvider.value_for_schema_element(
se.get(
'items', {
"type":
random.choice(
["string", "boolean", "number", "integer"])
}), root_schema_element, fake, overrides))
# P TODO need to support 'unique items'
return array_value
elif element_type == 'object':
object_value = dict()
for k, v in se.get('properties', {}).items():
if k in overrides.keys():
object_value[k] = overrides[k]()
else:
object_value[k] = JSONProvider.value_for_schema_element(
v, root_schema_element, fake, overrides)
return object_value
else:
raise ValueError(
"Don't know have to create value for schema element type [{}]".
format(se['type']))
def generate(regex):
val = ""
# Generate random strings until we find one the right length
val = rstr.xeger(regex)
return val
def generateProperPhoneNumber(self):
return rstr.xeger(self.phoneNumberReg)
def val_address():
return rstr.xeger(r"^terravaloper[0-9a-z]{39}\Z")
def generateProperMobileNumber(self):
return rstr.xeger(self.mobileNumberReg)
def acc_address():
return rstr.xeger(r"^terra[0-9a-z]{39}\Z")
def generate_flags(pattern):
return [rstr.xeger(pattern) for a in range(1)]
def generate_code():
import rstr
return rstr.xeger(SecretCodeManager.CODE_REGEX)
def __init__(self, session: Session, crash_log: str):
self.report_id: str = rstr.xeger(CODE_REGEX)
self.session: Session = session
self.crash_log: str = crash_log
import traceback
import sys
import json
import pprint
filename = sys.argv[1]
with open (filename, "r") as myfile:
ws = re.compile(r'\s+')
data=myfile.read()
jsondata = json.loads(data)
patterns = jsondata["patterns"]
for pattern in patterns:
if not pattern:
pass
else:
regex = pattern["match"]
for i in range(1):
val = rstr.xeger(regex)
print(val)
#print(re.sub(ws, '', val))
for ipattern in patterns:
if not ipattern:
pass
else:
compiledregex = re.compile(ipattern["match"])
if compiledregex.match(val):
print("first match: "+ipattern["match"])
break
print('\n')
import rstr
for i in range(10):
print(rstr.xeger(r'[A-Z]{3}-\d{3}\.mp4'))
def gen_regex(regex):
return rstr.xeger(regex)
if crumble == 'h':
digits = input("Number of last digits to change in " +
head[column] + ": ")
regexeslist.append(0)
if crumble == 's':
regexeslist.append(0)
modeslist.append(crumble)
##### iterate rows, check for each column the requested mode, and create list for each row to wright in the resultset #####
uu = []
for row in csv_f:
for column in range(columns):
if modeslist[column] == 'g':
regtodo = regexeslist[column]
res = rstr.xeger(str(regtodo))
uu.append(res)
if modeslist[column] == 's':
res = crumble_string(str(row[column]))
uu.append(res)
if modeslist[column] == 'c':
uu.append(str(row[column]))
#change --- uu[column], uu[column + 1] = uu[column+1], uu[column]
if modeslist[column] == 'l':
uu.append(str(row[column]))
if modeslist[column] == 'h':
##### in order to keep the original statistics relations between items in the data, we hashed the last 4 digits and took the 4 digits of the results
digits = int(digits)
word = str(row[column])
dighash = word[-digits:]
rest = word[:-digits]
def gen(self):
return rstr.xeger(self.expr)
from Skype4Py import Skype
import rstr
import time
client = Skype(Transport='x11')
client.Attach()
user = '******'
while (1):
message = rstr.xeger('[A-Z][a-z]{3,8} [A-Z][a-z]{3,8}yan (19\d\d|20[0-1][0-7])\nPair: Ruben-Mary')
client.SendMessage(user, message)
time.sleep(600)
