def certificateCreation():
print art
print "\nCertificate Creation Script - Block SSL\n"
# create a key pair
print "Creating a new key pair:"
print "Warning: This is a pseudo-random generation.\n"
k = crypto.PKey()
k.generate_key(crypto.TYPE_RSA, 1024)
# create a self-signed cert
cert = crypto.X509()
createCert(k, cert)
open("certificate.crt",
"wt").write(crypto.dump_certificate(crypto.FILETYPE_PEM, cert))
open("keys.key",
"wt").write(crypto.dump_privatekey(crypto.FILETYPE_PEM, k))
print "\nCertificate created in file: certificate.crt"
print "\nKeys saved in file: keys.key\n"
ans2 = raw_input(
"Do you have available satoshis in your Generation address? [Y]es [N]o, default: [Y]"
)
if ans2 == "Y" or ans2 == "y" or ans2 == "" or ans2 == " ":
#Opening Generation private key from pem file
if os.path.isfile('./Generation_Private.pem'):
print "\nGeneration Private Key file exists."
sk = SigningKey.from_pem(open("Generation_Private.pem").read())
sk_string = sk.to_string()
sk = str(sk_string)
sk = sk.encode("hex")
elif os.path.isfile('./Generation_Private.pem.enc'):
print "\nGeneration Private Key encoded file exists."
decrypt_file(key, "Generation_Private.pem.enc")
print "\nDecrypting Generation Private Key..."
print "Saving to Generation_Private.pem..."
sk = SigningKey.from_pem(open("Generation_Private.pem").read())
sk_string = sk.to_string()
sk = str(sk_string)
sk = sk.encode("hex")
else:
print "\nGeneration Private Key does not exist."
print "\nPlease place the file in the script directory or run -i option for a new key pair.\n"
sys.exit()
try:
recipient_address = open("Cert_Address.txt", "rb").read()
blockchain_client = BlockchainInfoClient(
"dacc6a40-1b8f-4dbb-afc7-bc9657603e83")
send_to_address(
recipient_address, 164887, sk,
blockchain_client) #make a ~10$ transactrion to cert address
print "\nWait at least 20 minutes, and run the script with option -s to send the certificate to the blockchain."
except Exception:
print "\nNo balance in your Generation address.\n"
print "Please load some bitcoins in order to submit your certificate.\n"
else:
print "Please load your Generation address and run the script again."
sys.exit()
def certificateRevocation():
print art
print "\nCertificate Revocation Script - Block SSL\n"
print "In which of your addresses do you still have access? default: [1]\n"
print "\t1. All of the addresses. (Generation, Certificate, Revocation)"
print "\t2. Only Certificate address.\n"
print "\t3. Only Revocation address.\n"
print "\t4. Revocation and Generation addresses.\n"
ans = raw_input()
blockchain_client = BlockchainInfoClient(
"dacc6a40-1b8f-4dbb-afc7-bc9657603e83")
if ans == "1" or ans == "" or ans == " " or ans == "2":
address = open("Cert_Address.txt", "r").read()
address = address.strip()
url = "https://blockchain.info/balance?format=json&active=" + address
r = requests.get(url)
try:
balance = r.json()[address]
balance = str(balance)
x = 1
i = 19
final_balance = ""
while x == 1:
if balance[i] == ",":
x += 1
else:
final_balance = final_balance + balance[i]
i += 1
print " Your Certificate address balance is: " + final_balance
#Opening Generation private key from pem file
if os.path.isfile('./Certificate_Private.pem'):
print "\nCertificate Private Key file exists."
sk = SigningKey.from_pem(
open("Certificate_Private.pem").read())
sk_string = sk.to_string()
sk = str(sk_string)
sk = sk.encode("hex")
elif os.path.isfile('./Certificate_Private.pem.enc'):
print "\nCertificate Private Key encoded file exists."
decrypt_file(key, "Certificate_Private.pem.enc")
print "\nDecrypting Certificate Private Key..."
print "Saving to Certificate_Private.pem..."
sk = SigningKey.from_pem(
open("Certificate_Private.pem").read())
sk_string = sk.to_string()
sk = str(sk_string)
sk = sk.encode("hex")
else:
print "\nCertificate Private Key does not exist."
print "\nPlease place the .pem file in the script directory.\n"
sys.exit()
except ValueError, e:
raise Exception('Invalid response from blockchain.info.')
if ans == "1" or ans == "" or ans == " ":
recepient_address = open("Gen_Address.txt", "rb").read()
ans3 = raw_input("Which is your revocation reason?\n")
size = len(ans3)
while size > 75:
print "String too long for OP_RETURN transaction, please repeat.\n"
ans3 = raw_input("Which is your revocation reason?\n")
size = len(ans3)
data = "R1: " + ans3
else:
recepient_address = raw_input(
"Give the address that you want to sent the certificate balance, for revocation purposes:\n"
)
data = "R2: No access to Generation address"
#todo - check if the address is correct
try:
tx = make_op_return_tx(data,
sk,
blockchain_client,
fee=1000,
format='bin')
broadcast_transaction(tx, blockchain_client)
final_balance = final_balance - 1000
send_to_address(recipient_address, final_balance, sk,
blockchain_client)
except Exception:
print "\nNo balance in your Certificate address.\n"
print "If the Certificate address has 0 balance, it has been already been revoced.\n"
if os.path.isfile('./Cert_Address.txt'):
recepient_address = open("Cert_Address.txt", "rb").read()
else:
print "\nCert_Address.txt does not exist."
recepient_address = raw_input(
"Give the Certificate address of your certificate, for the Extreme revocation transaction:\n"
)
if ans == "3":
data = "ER1: No Access to Generation and Certificate address"
else:
data = "ER2: No Access to Certificate address"
#send all the balance to given address address
print "\nYour revocation reason is: ", data
print "\nAdding revocation reason to OP_RETURN..."
try:
send_to_address(recipient_address, 10000, sk, blockchain_client)
tx = make_op_return_tx(data,
sk,
blockchain_client,
fee=1000,
format='bin')
broadcast_transaction(tx, blockchain_client)
except Exception:
print "\nNo balance in your Revocation address.\n"
print "Please load some bitcoins in order to submit your revocation reason.\n"
sys.exit()
def createCert(k, cert):
# create a self-signed cert
country = raw_input("Country Name (2 letter code): ")