def test_sign(): params = setup() # user parameters m = 10 # signer 1 (sk1, vk1) = keygen(params) sig1 = sign(params, sk1, m) # signer 2 (sk2, vk2) = keygen(params) sig2 = sign(params, sk2, m) # affregate signatures sig = aggregate_sign(sig1, sig2) # randomize signature randomize(params, sig) # aggregate keys vk = aggregate_keys(vk1, vk2) # verify signature assert verify(params, vk, m, sig)
def sign_queries(queries, source_id):
"""
Will sign queries not already signed by this source. If debug info is
turned on, this will also log info about already signed queries.
"""
all_signed_queries = []
this_signed_queries = {}
for query in queries:
logger.debug("query %s", query)
if source_id in query['signed_by']:
if set(query["signed_by"]) == set(query["sources"]):
logger.debug("Is ready: %s", query["id"])
all_signed_queries.append(query)
else:
logger.debug("I have signed this, but not everybody else: %s",
query["id"])
else:
original = query['signed']
# verify
verified = verify(original)
if not verified:
raise VerificationError(
"Signature could not be verified for query %s", query)
# sign
signed = sign(original)
this_signed_queries[query['id']] = signed.data.decode("utf-8")
return all_signed_queries, this_signed_queries
def weibo_login(device_info, access_token, uid):
# cURL
# GET https://is.snssdk.com/passport/auth/login/
params = {
"platform": "sina_weibo",
"access_token": access_token,
"expires_in": str(int(time())),
"uid": uid,
"retry_type": "no_retry",
"iid": device_info['install_id'],
"device_id": device_info['device_id'],
"ac": "wifi",
"channel": "wandoujia_zhiwei",
"aid": "1128",
"app_name": "aweme",
"version_code": "290",
"version_name": "2.9.0",
"device_platform": "android",
"ssmix": "a",
"device_type": "ONEPLUS A6010",
"device_brand": "OnePlus",
"language": "zh",
"os_api": "28",
"os_version": "9",
"uuid": device_info['uuid'],
"openudid": device_info['openudid'],
"manifest_version_code": "290",
"resolution": "1080*2261",
"dpi": "420",
"update_version_code": "2902",
"_rticket": str(int(time())) + "000",
}
args = ""
for (idx, val) in params.items():
args += "&{0}={1}".format(idx, val)
original_url = "http://is.snssdk.com/passport/auth/login/?" + args
signed_url = sign(original_url, token=API_TOKEN)
print(signed_url)
response = requests.get(
url=signed_url,
headers={
"Cache-Control": "max-stale=0",
"Sdk-Version": "1",
"Accept-Encoding": "gzip",
"User-Agent": "okhttp/3.10.0.1",
},
)
print('Response HTTP Status Code: {status_code}'.format(
status_code=response.status_code))
print('Response HTTP Response Body: {content}'.format(
content=response.content.decode("utf-8")))
print('Response HTTP Response Cookie: {cookie}'.format(
cookie=response.cookies.items()))
def init(amount, currency=None, email="", description="", language=None):
"""
Init payment
Params:
* amount - Amount to pay
* currency - Suggested currency (can be changed by user)
* email - User's email (can be changed by user)
* description - Transaction description
* language - "en" or "ru"
Return tuple (rk.models.Transaction instance, robokassa redirect URL)
"""
from models import Transaction
if amount is None:
return None
currency = currency or lib.conf("RK_DEFAULT_CURRENCY")
language = language or lib.conf("RK_DEFAULT_LANGUAGE")
login = lib.conf("RK_MERCHANT_LOGIN")
pass1 = lib.conf("RK_MERCHANT_PASS1")
# 2. Create transaction in DB
tr = Transaction(amount=amount, currency=currency, description=description)
tr.save()
_id = tr.id
signature = lib.sign([login, amount, str(_id), pass1])
# 3. Redirect to robokassa
params = {"MrchLogin": login,
"OutSum": amount,
"InvId": _id,
"Desc": description,
"SignatureValue": signature,
"IncCurrLabel": currency,
"Email": email,
"Culture": language}
if lib.conf("RK_USE_TEST_SERVER"):
rk_url = lib.conf("RK_TEST_URL")
else:
rk_url = lib.conf("RK_URL")
url = rk_url + "?%s" % urllib.urlencode(params)
return (tr, url)
def fetch_queries(registry_id):
"""Fetching queries. Will also sign those not seen before."""
data = request.urlopen(config.WEB_SERVER_QUERY_URL).read()
logger.debug("all queries %s", data.decode("utf-8"))
queries = json.loads(data.decode("utf-8"))
for query in queries['queries']:
# fill local cache
query_id = query.get('id')
if not query.get('status') and query_id not in signed_query_store:
query['signed_by'] = []
original = json.dumps(query['fields'])
signed = sign(original)
query['signed'] = signed.data.decode("utf-8")
signed_query_store[query_id] = query
elif query.get('status'):
del signed_query_store[query_id]
def test_threshold_sign(): params = setup() # user parameters m = 10 t, n = 2, 4 # generate key (sk, vk, vvk) = ttp_th_keygen(params, t, n) # sign sigs = [sign(params, ski, m) for ski in sk] # affregate signatures sig = aggregate_th_sign(params, sigs) # randomize signature sig = randomize(params, sig) # verify signature assert verify(params, vvk, m, sig)
def sign_wrapper(data): m = data["message"] sig = sign(params, app.sk, m) return format(pack(sig))
def test_sign(token):
print(
sign(
"https://api-hl.amemv.com/aweme/v1/commit/follow/user/?user_id=60514131756&type=1&retry_type=no_retry&iid=65734914098&device_id=66679620049&ac=wifi&channel=wandoujia_zhiwei&aid=1128&app_name=aweme&version_code=290&version_name=2.9.0&device_platform=android&ssmix=a&device_type=ONEPLUS%20A6010&device_brand=OnePlus&language=zh&os_api=28&os_version=9&uuid=432635101856947&openudid=8522097096784651&manifest_version_code=290&resolution=1080*2261&dpi=420&update_version_code=2902&_rticket=1552285914901",
token=token))