def x25519():
x25519_gen = '{ "version": 1 , "algorithm":"X25519", "operation":"gen"}'
req = json.loads(x25519_gen)
print "Send gen parameters (A): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ = json.loads(data_js_n)
print "Recived gen parameters donde (A): \n" + (
json.dumps(answ)) + "\n\n\n"
data_js_n = sending(json.dumps(req))
print "Send gen parameters (B): \n " + json.dumps(req) + "\n"
answ_1 = json.loads(data_js_n)
print "Recived gen parameters donde (B): \n" + (
json.dumps(answ_1)) + "\n\n\n"
agree = '{ "version":1 , "algorithm":"X25519", "privkey":"","sharedpub":"", "operation":"agree"}'
req = json.loads(agree)
req["privkey"] = answ["privkey"]
req["sharedpub"] = answ_1["pubkey"]
print "Send agreetment (A): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_2 = json.loads(data_js_n)
print "Recived agreetment donde (A): \n" + (json.dumps(answ_2)) + "\n\n\n"
req["privkey"] = answ_1["privkey"]
req["sharedpub"] = answ["pubkey"]
print "Send agreetment (B): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived agreetment donde (B): \n" + (json.dumps(answ_3)) + "\n\n\n"
def oqs_sig (algorithm, params):
for i in params:
answ=json.loads(oqs_gen)
answ["algorithm"]=algorithm
answ["parameter"]=i
print json.dumps(answ)+"Send key gen\n"
data_js_n=sending(json.dumps(answ))
answ=json.loads(data_js_n)
print "Recived: \n" + data_js_n +"\n"
json1=json.loads(oqs_sign)
json1["algorithm"]=algorithm
json1["parameter"]=i
json1["privkey"]=answ["privkey"]
json1["plaintext"]=message
print "Send message sign\n"
data_js_n=sending(json.dumps(json1))
answ1=json.loads(data_js_n)
print "Recived: \n" + data_js_n +"\n"
json2=json.loads(oqs_v)
json2["algorithm"]=algorithm
json2["parameter"]=i
json2["pubkey"]=answ["pubkey"]
json2["plaintext"]=message
json2["sign"]=answ1["sign"]
print "Send message verify\n"
data_js_n=sending(json.dumps(json2))
answ2=json.loads(data_js_n)
print "Recived: \n" + data_js_n +"\n"
def oqs_kem(algorithm, params):
for i in params:
answ = json.loads(oqs_gen)
answ["algorithm"] = algorithm
answ["parameter"] = i
print "Send key gen\n"
data_js_n = sending(json.dumps(answ))
answ = json.loads(data_js_n)
print "Recived: \n" + data_js_n + "\n"
json1 = json.loads(oqs_encap)
json1["algorithm"] = algorithm
json1["parameter"] = i
json1["pubkey"] = answ["pubkey"]
print "Send message encap"
data_js_n = sending(json.dumps(json1))
answ1 = json.loads(data_js_n)
print "Recived: \n" + data_js_n + "\n"
json2 = json.loads(oqs_decap)
json2["algorithm"] = algorithm
json2["parameter"] = i
json2["privkey"] = answ["privkey"]
json2["sharedtext"] = answ1["sharedtext"]
print "Send message decap\n"
data_js_n = sending(json.dumps(json2))
answ2 = json.loads(data_js_n)
print "Recived: \n" + data_js_n + "\n"
print answ1["sharedkey"]
print answ2["sharedkey"]
if answ1["sharedkey"] == answ2["sharedkey"]:
print "OK (keys match)"
else:
print "ERROR"
def ecdh(data_js):
req = json.loads(data_js)
curve = req["curve"]
print "Send gen parameters (A): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ = json.loads(data_js_n)
print "Recived gen parameters donde (A): \n" + (
json.dumps(answ)) + "\n\n\n"
data_js_n = sending(json.dumps(req))
print "Send gen parameters (B): \n " + json.dumps(req) + "\n"
answ_1 = json.loads(data_js_n)
print "Recived gen parameters donde (B): \n" + (
json.dumps(answ_1)) + "\n\n\n"
gen = '{ "version":1 , "algorithm":"ECDH","family": "", "privkey":"","sharedpub":"", "operation":"agree"}'
req = json.loads(gen)
req["privkey"] = answ["privkey"]
req["sharedpub"] = answ_1["pubkey"]
req["curve"] = curve
print "Send agreetment (A): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_2 = json.loads(data_js_n)
print "Recived agreetment donde (A): \n" + (json.dumps(answ_2)) + "\n\n\n"
req["privkey"] = answ_1["privkey"]
req["sharedpub"] = answ["pubkey"]
print "Send agreetment (B): \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived agreetment donde (B): \n" + (json.dumps(answ_3)) + "\n\n\n"
def block(data_js):
req = json.loads(data_js)
print "Send enc \n " + json.dumps(req)
data_js_n = sending(json.dumps(req))
answ = json.loads(data_js_n)
print "Recived enc: \n" + (json.dumps(answ)) + "\n"
req["operation"] = "dec"
if req["type"] == "string":
req["plaintext"] = answ["result"]
# if req["type"]=="file":
# req["file"]=answ["result"]
print "Send dec \n " + json.dumps(req)
data_js_n = sending(json.dumps(req))
answ2 = json.loads(data_js_n)
print "Recived dec: \n" + (json.dumps(answ2)) + "\n"
def ed25519(data_js):
req = json.loads(data_js)
print "Send gen parameters : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ = json.loads(data_js_n)
print "Recived ed25519 gen: \n" + (json.dumps(answ)) + "\n\n\n"
json_s = json_v = '{ "version": 1 , "algorithm":"ED25519", "type":"string","plaintext": "Hello world!", "hex":0,"privkey": "" ,"operation":"sign"}'
req = json.loads(json_s)
req["privkey"] = answ["privkey"]
print "Send sign : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_1 = json.loads(data_js_n)
print "Recived sign done: \n" + (json.dumps(answ_1)) + "\n\n\n"
json_v = '{ "version": 1 , "algorithm":"ED25519", "type":"string","plaintext": "Hello world!", "hex":0,"pubkey": "" ,"sign":"","operation":"verify"}'
req = json.loads(json_v)
req["pubkey"] = answ["pubkey"]
req["sign"] = answ_1["sign"]
print "Send verify : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_2 = json.loads(data_js_n)
print "Recived verify done: \n" + (json.dumps(answ_2)) + "\n\n\n"
def rsa(data_js, bits, hash_sign):
req = json.loads(data_js)
req["length"] = bits
print "Send gen parameters : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ = json.loads(data_js_n)
print "Recived rsa gen: \n" + (json.dumps(answ)) + "\n\n\n"
json_s = json_v = '{ "version": 1 , "algorithm":"RSA", "type":"string","plaintext": "Hello world!", "hex":0,"privkey": "" ,"operation":"sign"}'
req = json.loads(json_s)
req["privkey"] = answ["privkey"]
req["hash_sign"] = hash_sign
print "Send sign : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_1 = json.loads(data_js_n)
print "Recived sign done: \n" + (json.dumps(answ_1)) + "\n\n\n"
json_v = '{ "version": 1 , "algorithm":"RSA", "type":"string","plaintext": "Hello world!", "hex":0,"pubkey": "" ,"sign":"","operation":"verify"}'
req = json.loads(json_v)
req["pubkey"] = answ["pubkey"]
req["sign"] = answ_1["sign"]
req["hash_sign"] = hash_sign
print "Send verify : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_2 = json.loads(data_js_n)
print "Recived verify done: \n" + (json.dumps(answ_2)) + "\n\n\n"
json_enc = '{ "version": 1 , "algorithm":"RSA", "type":"string","pubkey": "" ,"operation":"enc", "plaintext":"Hello world!","hex":0 }'
req = json.loads(json_enc)
req["pubkey"] = answ["pubkey"]
print "Send enc : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived enc done: \n" + (json.dumps(answ_3)) + "\n\n\n"
json_dec = '{ "version": 1 , "algorithm":"RSA", "type":"string","privkey": "" ,"operation":"dec", "plaintext":"" }'
req = json.loads(json_dec)
req["privkey"] = answ["privkey"]
req["plaintext"] = answ_3["result"]
print "Send dec : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived dec done: \n" + (json.dumps(answ_3)) + "\n\n\n"
import requests
import json
import os, binascii
from sending import sending
data_js = '{"version":1,"algorithm":"POLY1305","type":"string","plaintext":"Hello world!","hex":0,\
"key":"","nonce":""}'
poly_js = json.loads(data_js)
poly_js["key"] = binascii.b2a_hex(os.urandom(32))
poly_js["nonce"] = binascii.b2a_hex(os.urandom(16))
sending(json.dumps(poly_js))
poly_js["hex"] = 1
poly_js["plaintext"] = poly_js["plaintext"].encode("hex")
sending(json.dumps(poly_js))
# del poly_js["hex"]
# del poly_js["plaintext"]
# poly_js["type"]="file"
# poly_js["file"]="./../file_test/Mayhem.txt"
# sending(json.dumps(poly_js))
import requests
import json
import os, binascii
from sending import sending
algorithms = [
"sha3_512", "sha3_384", "sha3_256", "sha3_224", "sha_512", "sha_384",
"sha_256", "sha_224", "sha_1", "whirlpool"
]
data_js = '{"version":1,"algorithm":"HMAC","type":"string","plaintext":"Hello world!","hex":0,"key":"","family":"sha3_512"}'
hmac_js = json.loads(data_js)
hmac_js["key"] = binascii.b2a_hex(os.urandom(16))
for i in algorithms:
hmac_js["family"] = i
data_js_n = sending(json.dumps(hmac_js))
answ = json.loads(data_js_n)
print "Recived Argon2 hash: \n" + (json.dumps(answ)) + "\n"
data_js_f = '{"version":1,"algorithm":"HMAC","type":"file","file":"./../file_test/Mayhem.txt","family":"sha3_512"}'
# hmac_js=json.loads(data_js_f)
# hmac_js["key"]=binascii.b2a_hex(os.urandom(16))
# for i in algorithms :
# hmac_js["family"]=i
# data_js_n=sending(json.dumps(hmac_js))
# answ=json.loads(data_js_n)
# print "Recived Argon2 hash: \n" + (json.dumps(answ)) +"\n"
import requests
import json
import os, binascii
from sending import sending
algorithms = ["aes", "rc6", "mars", "serpent", "twofish", "cast256"]
data_js = '{"version":1,"algorithm":"CMAC","type":"string","plaintext":"Hello world!","hex":0,"key":"","family":"aes"}'
cmac_js = json.loads(data_js)
cmac_js["key"] = binascii.b2a_hex(os.urandom(16))
for i in algorithms:
cmac_js["family"] = i
sending(json.dumps(cmac_js))
cmac_js["hex"] = 1
cmac_js["plaintext"] = cmac_js["plaintext"].encode("hex")
for i in algorithms:
cmac_js["family"] = i
sending(json.dumps(cmac_js))
# data_js_f='{"version":1,"algorithm":"CMAC","type":"file","file":"./../file_test/Mayhem.txt","family":"aes"}'
# cmac_js=json.loads(data_js_f)
# cmac_js["key"]=binascii.b2a_hex(os.urandom(16))
# for i in algorithms:
# cmac_js["family"]=i
# sending(json.dumps(cmac_js))
def ecc_pb(data_js, hash_sign):
req = json.loads(data_js)
curve = req["curve"]
data_js_n = sending(json.dumps(req))
print "Send gen : \n " + json.dumps(req) + "\n"
answ = json.loads(data_js_n)
print 'Recived gen: ' + json.dumps(answ) + "\n\n"
json_enc = '{ "version": 1 , "algorithm":"ECIES", "type":"string","pubkey": "" ,"operation":"enc", "plaintext":"Hello world!" }'
req = json.loads(json_enc)
req["pubkey"] = answ["pubkey"]
req["curve"] = curve
print "Send enc: \n" + (json.dumps(req)) + "\n"
data_js_n = sending(json.dumps(req))
answ_1 = json.loads(data_js_n)
print "Recived enc done: \n" + (json.dumps(answ_1)) + "\n"
req["privkey"] = answ["privkey"]
req["plaintext"] = answ_1["result"]
req["pubkey"] = ""
req["operation"] = "dec"
print "Send dec : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_2 = json.loads(data_js_n)
print "Recived enc done: \n" + (json.dumps(answ_2)) + "\n\n"
json_sign = '{ "version": 1 , "algorithm":"ECDSA", "type":"string","plaintext": "Hello world!", "hex":0,"privkey": "" ,"operation":"sign"}'
req = json.loads(json_sign)
req["privkey"] = answ["privkey"]
req["curve"] = curve
req["hash_sign"] = hash_sign
print "Send sign : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived sign done: \n" + (json.dumps(answ_3)) + "\n"
json_verify = '{ "version": 1 , "algorithm":"ECDSA", "type":"string","plaintext": "Hello world!", "hex":0,"pubkey": "", "operation":"verify","sign":""}'
req = json.loads(json_verify)
req["pubkey"] = answ["pubkey"]
req["sign"] = answ_3["sign"]
req["curve"] = curve
req["hash_sign"] = hash_sign
print "Send verify : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_4 = json.loads(data_js_n)
print "Recived verify done: \n" + (json.dumps(answ_4)) + "\n\n\n"
if curve in [
"brainpoolP512r1", "secp521r1", "brainpoolP384r1", "secp384r1",
"brainpoolP320r1", "brainpoolP256r1", "secp256k1"
]:
json_sign = '{ "version": 1 , "algorithm":"ECNR", "type":"string","plaintext": "Hello world!", "hex":0,"privkey": "" ,"operation":"sign"}'
req = json.loads(json_sign)
req["privkey"] = answ["privkey"]
req["curve"] = curve
req["hash_sign"] = hash_sign
print "Send sign : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_3 = json.loads(data_js_n)
print "Recived sign done: \n" + (json.dumps(answ_3)) + "\n"
json_verify = '{ "version": 1 , "algorithm":"ECNR", "type":"string","plaintext": "Hello world!", "hex":0,"pubkey": "", "operation":"verify","sign":""}'
req = json.loads(json_verify)
req["pubkey"] = answ["pubkey"]
req["sign"] = answ_3["sign"]
req["curve"] = curve
req["hash_sign"] = hash_sign
print "Send verify : \n " + json.dumps(req) + "\n"
data_js_n = sending(json.dumps(req))
answ_4 = json.loads(data_js_n)
print "Recived verify done: \n" + (json.dumps(answ_4)) + "\n\n\n"
import requests
import json
import os, binascii
from sending import sending
algorithms = [
"SHA3_512", "SHA3_384", "SHA3_256", "SHA3_224", "SHA_512", "SHA_384",
"SHA_256", "SHA_224", "SHA_1", "WHIRLPOOL", "BLAKE2B", "SIPHASH"
]
data_js = '{"version":1,"algorithm":"SHA3_512","type":"string","plaintext":"Hello world!", "hex":0}'
hash_js = json.loads(data_js)
for i in algorithms:
hash_js["algorithm"] = i
sending(json.dumps(hash_js))
hash_js["hex"] = 1
hash_js["plaintext"] = hash_js["plaintext"].encode("hex")
for i in algorithms:
hash_js["algorithm"] = i
sending(json.dumps(hash_js))
# data_js_f='{"version":1,"algorithm":"SHA3_512","type":"file","file":"./../file_test/Mayhem.txt"}'
# hash_js=json.loads(data_js_f)
# algorithms.remove("SIPHASH")
# for i in algorithms:
# hash_js["algorithm"]=i
# sending(json.dumps(hash_js))
import requests
import json
import os, binascii
from sending import sending
algorithms = ["RAND_RP", "RAND_AUTO", "RAND_RDRAND"]
entropy = [0, 1, 2]
data_js = '{"version":1,"algorithm":"RAND_RP","length":12, "entropy": 0}'
rand_js = json.loads(data_js)
for i in entropy:
rand_js["entropy"] = i
for j in algorithms:
rand_js["algorithm"] = j
sending(json.dumps(rand_js))
import requests
import json
import os,binascii
from sending import sending
data_js='{"version":1,"algorithm":"MONIT","operation":"status"}'
sending(data_js)
import json
import os, binascii
from sending import sending
ntru_gen = json.loads(
'{ "version": 1 , "algorithm":"NTRU", "parameter": "EES1499EP1", "operation":"gen"}'
)
ntru_pam = [
"EES449EP1", "EES613EP1", "EES761EP1", "EES677EP1", "EES887EP1",
"EES1087EP1", "EES1087EP2", "EES1171EP1", "EES1499EP1"
]
for i in ntru_pam:
ntru_gen["parameter"] = i
data_js_n = sending(json.dumps(ntru_gen))
answ = json.loads(data_js_n)
print "Recived gen NTRU: \n" + (json.dumps(answ)) + "\n"
json_enc = json.loads(
'{ "version": 1 , "algorithm":"NTRU", "type":"string","pubkey": "" ,"operation":"enc", "plaintext":""}'
)
json_enc["pubkey"] = answ["pubkey"]
json_enc["parameter"] = answ["parameter"]
json_enc["plaintext"] = "Hello world!"
data_js_n = sending(json.dumps(json_enc))
answ_1 = json.loads(data_js_n)
print "Recived enc NTRU: \n" + (json.dumps(answ_1)) + "\n\n\n"
json_dec = json.loads(
'{ "version": 1 , "algorithm":"NTRU", "type":"string","privkey": "" ,"operation":"dec", "plaintext":""}'
)
json_dec["privkey"] = answ["privkey"]
