def main():
DevnetNode = "https://nodes.devnet.iota.org:443"
seed_vendor = seedGenerator.generateSeed()
seed_investor = seedGenerator.generateSeed()
api_vendor = iota.Iota(DevnetNode, seed=seed_vendor)
api_investor = iota.Iota(DevnetNode, seed=seed_investor)
readings1 = adc1115.main()
readings2 = adc1115.main()
result, address = performTransactions(api_vendor, api_investor, readings1,
readings2)
return (result, address)
def __init__(self, hass, host, port, secure, seed, mode, sidekey,
node_path):
"""Initialize the service."""
import iota
self._hass = hass
self._node_path = node_path
url = '%s://%s:%s' % ('https' if secure else 'http', host, port)
self._api = iota.Iota(url)
self._seed = seed
mode = mode
sidekey = sidekey
self.yaml_path = hass.config.path(YAML_MAM_STATES)
self._state = {}
if os.path.isfile(self.yaml_path):
conf = load_yaml_config_file(self.yaml_path)
self._state = conf.get(seed, {})
self._state["seed"] = seed
self._state.setdefault("subscribed", [])
channel = self._state.get("channel", {})
channel["side_key"] = str(iota.TryteString.from_unicode(sidekey))
channel["mode"] = mode
channel.setdefault("next_root", None)
channel.setdefault("security", 2)
channel.setdefault("start", 0)
channel.setdefault("count", 1)
channel.setdefault("next_count", 1)
channel.setdefault("index", 0)
self._state["channel"] = channel
def send_transfer(url, add1, add2, key_index):
add1 = iota.Address(add1, key_index=key_index, security_level=2)
add2 = iota.Address(add2)
unspend = iota.Address(b'COIHHICCHC9JXNBJZXCNNHCRYGEVKKZKJPVJGTEQX9VPWYOJVLEZMBYHJRH9OIRXVFJVTJZHPZMZZYEYB')
#add1.key_index = 4
#add1.security_level = 2
# 1. create transactions
pt = iota.ProposedTransaction(
address=add2,
tag=iota.Tag(b'HRIBEK999IOTA999TUTORIAL'),
value=100
)
api = iota.Iota(url, seed=b'N9MOJKSFIHTPRIBYDIWEHLRNBLNFSLWPVNYTEGBIRAOZRJSIBXDNCDBVPSEJRFVRSMISGQMSLAGZEVQTR')
res = api.send_transfer(
depth=3,
transfers=[pt],
inputs=[add1],
# if without the change address, iota will generate new address automatically
# which may waste a lot of time.
change_address=unspend,
min_weight_magnitude=14
)
#pprint(vars(res['bundle'])['transactions'])
'''
txs = vars(res['bundle'])['transactions']
for tx in txs:
pprint(vars(tx))
'''
return res
def send_text(url):
add1 = iota.Address(b'TNNAFSHKQHBHRZUBE9ZFPUFKRAZVSUZDXIJEMXOGFRCOAYOBHFIPBKDPOROC9VKJBPRMYUEXGLDUU9II9')
add2 = iota.Address(b'CAKYWFCCGEIBNHAIRRNZENH9OSMLZBNUNTSXNSZPD9FPFCOBKFPCR9JQQSJDTFZQFKV9CSPRDUOKJMEAX')
# 1. create transactions
pt = iota.ProposedTransaction(
address=add1,
message=iota.TryteString.from_unicode('hello, Now'),
tag=iota.Tag(b'HRIBEK999IOTA999TUTORIAL'),
value=0
)
pt2 = iota.ProposedTransaction(
address=add2,
message=iota.TryteString.from_unicode('hello2, Now'),
tag=iota.Tag(b'HRIBEK999IOTA999TUTORIAL'),
value=0
)
api = iota.Iota(url, seed=b'N9MOJKSFIHTPRIBYDIWEHLRNBLNFSLWPVNYTEGBIRAOZRJSIBXDNCDBVPSEJRFVRSMISGQMSLAGZEVQTR')
res = api.send_transfer(
depth=3,
transfers=[pt, pt2, pt, pt2],
#inputs=[add1],
#change_address=unspend,
min_weight_magnitude=9
)
def try_connect(url):
try:
api = iota.Iota(url)
nodeinfo = self.__node_info(api)
if not nodeinfo:
return None
if nodeinfo['latestMilestoneIndex'] != nodeinfo[
'latestSolidSubtangleMilestoneIndex']:
logger.debug('Node %s is not synced!', url)
return None
# drop nodes not up to date
if nodeinfo['appVersion'] != '1.4.2.1':
logger.debug('Node %s is not the latest version!', url)
return None
logger.debug('Added node %s (LM: %d)!', url,
nodeinfo['latestMilestoneIndex'])
return (url, nodeinfo['latestMilestoneIndex'])
except timeout_decorator.TimeoutError:
logger.debug('Connection to node %s timed out!', url)
return None
def get_balance(address_str):
"""Gets the balance of a given IOTA address
If need to add tokens: https://faucet.devnet.iota.org/
"""
address = iota.Address(as_bytes(address_str))
api = iota.Iota(node_config['url'])
return api.get_balances(addresses=[address], threshold=100)
def yield_addresses(seed):
# Connect to IOTA
api = iota.Iota("http://localhost:14265", seed.encode('ascii')) # No real IOTA connection required.
# Generate addresses of seed
api_response = api.get_new_addresses(index=1, count=ADDRESSES_PER_SEED, security_level=ADDRESS_SECURITY_LEVEL)
for address in api_response['addresses']:
yield binary_type(address).decode('ascii')
def __init__(self, walletfile, apifactory):
# this api instance is used for non-node calls only
self.walletdata = walletfile
self.apifactory = apifactory
self.seed = self.walletdata.seed
self.api = iota.Iota('http://0.0.0.0:0', seed=self.seed)
self.addrgen = AddressGenerator(self.seed)
self.stopevent = threading.Event()
self.refreshthread = RefreshAddrsThread(self, self.stopevent, 15)
self.refreshthread.start()
def _get_apis(self, exclude=[]):
""" Get Iota instances of synced nodes """
apis = []
def try_connect(url):
try:
api = iota.Iota(url)
nodeinfo = self.__node_info(api)
if not nodeinfo:
return None
if nodeinfo['latestMilestoneIndex'] != nodeinfo[
'latestSolidSubtangleMilestoneIndex']:
logger.debug('Node %s is not synced!', url)
return None
# drop nodes not up to date
if nodeinfo['appVersion'] != '1.4.2.1':
logger.debug('Node %s is not the latest version!', url)
return None
logger.debug('Added node %s (LM: %d)!', url,
nodeinfo['latestMilestoneIndex'])
return (url, nodeinfo['latestMilestoneIndex'])
except timeout_decorator.TimeoutError:
logger.debug('Connection to node %s timed out!', url)
return None
apis = parmap(try_connect, self.nodes, nprocs=len(self.nodes))
apis = [a for a in apis if a]
apis.sort(key=lambda n: n[1], reverse=True)
threshold = 1
i = 0
while i < len(apis) - 1:
if apis[i][1] - apis[i + 1][1] > threshold:
logger.debug(
'Dropped node %s (LM: %d) from list (not up to sync)!',
apis[i + 1][0], apis[i + 1][1])
del apis[i + 1]
continue
i += 1
logger.debug('Loaded %d synced nodes!', len(apis))
return [SyncedApiWrapper(iota.Iota(a[0])) for a in apis]
def data_transfer(msg, sed, adr):
sys.stdout = open('data_transfer_log.txt', 'wt')
print("Data has been collected.", file=open("data_transfer_log.txt", "a"))
api = iota.Iota(NodeURL, seed=sed)
pt = iota.ProposedTransaction(address=iota.Address(adr),
message=msg,
value=0)
print("Data:", file=open("data_transfer_log.txt", "a"))
print(msg, file=open("data_transfer_log.txt", "a"))
print("Address:", file=open("data_transfer_log.txt", "a"))
print(adr, file=open("data_transfer_log.txt", "a"))
FinalBundle = api.send_transfer(depth=3,
transfers=[pt],
min_weight_magnitude=14)['bundle']
print("Done.", file=open("data_transfer_log.txt", "a"))
return
def create_one_miniwallet():
sys.stdout = open('wallet.txt', 'wt')
miniwallet_seed = Seed.random()
print("This is your new Seed:", file=open("wallet.txt", "a"))
print(miniwallet_seed, file=open("wallet.txt", "a"))
api = iota.Iota(NodeURL, seed=miniwallet_seed)
address_set = api.get_new_addresses(index=0, count=2, security_level=2)
address_set = address_set['addresses']
print("This is your new Set of Addresses:", file=open("wallet.txt", "a"))
address_one = str(address_set[0].with_valid_checksum())
address_two = str(address_set[1].with_valid_checksum())
print("Your Brand new Address 1 :", file=open("wallet.txt", "a"))
print(address_one, file=open("wallet.txt", "a"))
print("Your Brand new Address 2 :", file=open("wallet.txt", "a"))
print(address_two, file=open("wallet.txt", "a"))
return (address_one, address_two, miniwallet_seed)
def do_transaction(sender_seed_str, recipient_str, amount, message=None):
"""Performs an IOTA transaction with an optional message"""
# address is a string 'ABCD...', convert to byte string b'ABCD...'
recipient_address = iota.Address(as_bytes(recipient_str))
# Once an address has been used to send tokens, it becomes useless
# (a security hazard to reuse, because private key is compromised).
# So we need to get a new address to hold the remaining tokens (if any).
# The address must be retrieved using the sender's seed.
#
# This is also why we don't use sender address, but rather the sender seed
change_address, _ = generate_addresses(1, sender_seed_str)
print('Sending iotas ...')
print('\tSender seed:', sender_seed_str)
print('\tRecipient address:', recipient_str)
print('\tAmount (iotas):', amount)
print('\tChange address:', change_address[0])
if message:
# message needs to be encoded as tryte
message = iota.TryteString.from_unicode(message)
api = iota.Iota(node_config['url'], seed=sender_seed_str)
output_tx = iota.ProposedTransaction(
address=recipient_address,
message=message,
tag=iota.Tag(b'DIECWORKSHOPTWO'), # A-Z, 9
value=amount)
sent_bundle = api.send_transfer(
depth=3,
transfers=[output_tx],
inputs=None, # using seed because address can change
change_address=change_address[0], # where unspent tokens go
min_weight_magnitude=node_config['min_weight_magnitude'],
security_level=security_level)
print("Done! Bundle hash: %s" % (sent_bundle['bundle'].hash))
for tx in sent_bundle['bundle']:
print("\n")
pprint(vars(tx))
return sent_bundle['bundle'].hash
def send_transaction(hotel_address, price, plate_id, seed):
# Define api object
api = iota.Iota(iotaNode, seed=seed)
# Create transaction object
tx1 = iota.ProposedTransaction(
address=iota.Address(hotel_address),
message=None,
tag=iota.Tag(iota.TryteString.from_unicode(plate_id)),
value=price)
# Send transaction to tangle
print("\nSending transaction... Please wait...")
SentBundle = api.send_transfer(depth=3,
transfers=[tx1],
inputs=None,
change_address=None,
min_weight_magnitude=14)
# Display transaction sent confirmation message
print("\nTransaction sent...")
rawMetadataChunk)
allChunksList = [b"Protocol Chunk Here"] + fileprocessor.prepareMetadataChunks(
metadataChunkTuple, privateHandle)
# Split, encrypt and sign the file as chunks
offsetHash = bytes.fromhex(rawMetadataChunk[filename]["offsetHash"])
fileChunks = fileprocessor.fileToChunks(filename, privateHandle, offsetHash)
allChunksList += fileChunks
# Print data
print("File >>>", filename, "<<< chunked and encrypted successfully")
print("Number of transactions needed:", len(allChunksList))
#Initialize iota api and generate a random seed.
api = iota.Iota(node_url)
# Check node connection
try:
api.get_node_info()
except:
print("Connection to node failed:", node_url)
exit
else:
print("Connection to node established:", node_url)
# Send chunked file to the Tangle
iota_utils.send_file(api, verifyingKey, allChunksList)
# Print confirmation message
print("File sent to the Tangle")
message = iota.TryteString.from_unicode('Hey hey, trying to figure this thing out. This is tx2, now is %s' % (NowIs)),
tag = iota.Tag(b'LOCALATTACHINTERFACE99999'), # Up to 27 trytes
value = 0)
# besides the given attributes, library also adds a transaction timestamp
# preparing bundle that consists of both transactions prepared in the previous example
pb = iota.ProposedBundle(transactions=[pt2,pt]) # list of prepared transactions is needed at least
# generate bundle hash using sponge/absorb function + normalize bundle hash + copy bundle hash into each transaction / bundle is finalized
pb.finalize()
#bundle is finalized, let's print it
print("\nGenerated bundle hash: %s" % (pb.hash))
print("\nTail Transaction in the Bundle is a transaction #%s." % (pb.tail_transaction.current_index))
api = iota.Iota("https://nodes.thetangle.org:443") # selecting IOTA node
gta = api.get_transactions_to_approve(depth=3) # get tips to be approved by your bundle
mwm = 14 # target is mainnet
bundle = entangled_interface.attach_to_tangle(pb, gta['branchTransaction'],gta['trunkTransaction'], mwm)
bundle_trytes = [ x.as_tryte_string() for x in pb._transactions ]
# Broadcast transactions on the Tangle
broadcasted = api.broadcast_and_store(bundle_trytes)
bundle_broadcasted =iota.Bundle.from_tryte_strings(broadcasted['trytes'])
pprint('Local pow broadcasted transactions are:')
pprint(bundle_broadcasted.as_json_compatible())
import signal
import time
import requests
# Setup O/I PIN's
LEDPIN=12
GPIO.setmode(GPIO.BOARD)
GPIO.setwarnings(False)
GPIO.setup(LEDPIN,GPIO.OUT)
GPIO.output(LEDPIN,GPIO.LOW)
# URL to IOTA fullnode used when interacting with the Tangle
iotaNode = "https://nodes.devnet.thetangle.org:443"
api = iota.Iota(iotaNode, "")
# Hotel owner recieving address, replace with your own recieving address
hotel_address = b'GTZUHQSPRAQCTSQBZEEMLZPQUPAA9LPLGWCKFNEVKBINXEXZRACVKKKCYPWPKH9AWLGJHPLOZZOYTALAWOVSIJIYVZ'
# Some variables to control program flow
continue_reading = True
transaction_confirmed = False
# Capture SIGINT for cleanup when the script is aborted
def end_read(signal,frame):
global continue_reading
print "Ctrl+C captured, ending read."
continue_reading = False
GPIO.cleanup()
pt = iota.ProposedTransaction(address=iota.Address(addys[0]),
tag=iota.Tag(b'LOCALATTACHINTERFACE99999'),
value=0)
pt2 = iota.ProposedTransaction(address=iota.Address(addys[1]),
tag=iota.Tag(b'LOCALATTACHINTERFACE99999'),
value=0)
# Preparing bundle that consists of both transactions prepared in the previous example
pb = iota.ProposedBundle(transactions=[pt2, pt])
# Generate bundle hash
pb.finalize()
# Declare an api instance
api = iota.Iota("https://nodes.thetangle.org:443")
# Get tips to be approved by your bundle
gta = api.get_transactions_to_approve(
depth=3) # Depth = how many milestones back
minimum_weight_magnitude = 14 # target is mainnet
# perform PoW locally
bundle_trytes =\
ccurl_interface.attach_to_tangle(
pb.as_tryte_strings(),
gta['trunkTransaction'],
gta['branchTransaction'],
minimum_weight_magnitude
)
import iota # Original IOTA python library
import iota_fees # Just import this module and you are ready to set fees on transactions
#
# This sample shows how the iota-fees module allows for setting transaction fees,
# in order to make IOTA a fully accepted crypto currency and to increase acceptance
# of your business towards customers.
#
# Connect to IOTA node
api = iota.Iota('http://localhost:14265/')
# Create sample transfer
transfer = [
iota.ProposedTransaction(
address=iota.Address(
b'QPLGOG9PMIMUAW9UDMUNZQHPXZPXDNGLBEIHILXHWHIOFHLIHPDDERXAJQKUQDEORMHSUWVZQE9JYSHIWADIIPAOJD'
),
value=100,
tag=iota.Tag(b'EXAMPLE'),
message=iota.TryteString.from_string('Hello!'),
),
]
# Send transfer
api.send_transfer(
depth=100,
transfers=transfer,
fees=1000000 # The fee to send along with the transfer can be set
)
# Import json
import json
# Import PyFingerprint library
from pyfingerprint.pyfingerprint import PyFingerprint
# Get seed where fingerprints are to be uploaded
MySeed = raw_input("\nWrite or paste seed here: ")
# Define full node to be used when uploading fingerprints from the tangle
NodeURL = "https://nodes.thetangle.org:443"
# Create IOTA object
api = iota.Iota(
NodeURL, seed=MySeed
) # if you do not specify a seed, PyOTA library randomly generates one for you under the hood
# Get a new IOTA address to be used when uploading fingerprints
result = api.get_new_addresses(index=0, count=1, security_level=2)
addresses = result['addresses']
addr = str(addresses[0].with_valid_checksum())
## Tries to initialize the reader
try:
f = PyFingerprint('/dev/ttyUSB0', 57600, 0xFFFFFFFF, 0x00000000)
if (f.verifyPassword() == False):
raise ValueError('The given fingerprint sensor password is wrong!')
except Exception as e:
rndgenerator = random.SystemRandom() #cryptographically secure pseudo-random generator
NewSeed = u''.join(rndgenerator.choice(chars) for _ in range(81)) #generating 81-chars long seed. This is Python 3.6+ compatible
print(NewSeed)
print("Length: %s" % len(NewSeed))
send_seed = "" # Insert own sending seed
send_addr = "" # INsert own sending address
recv_seed = "" # Insert own receiving seed, ofc not necessary for receiving purpose, only needed for generating new receiving address (see below)
recv_addr = "" # Insert own receiving address
# Node setup
uri = "" # Insert node URL
depth = 3
api = iota.Iota(uri, seed=send_seed)
'''
# Node health check
api=iota.Iota(uri) # ctor initialization of the PyOTA library
result = api.get_node_info() # basic API call to double check health conditions
print(result) # result is printed out
# Basic check whether node is in sync or not
# Elementary rule is that "latestMilestoneIndex" should equal to "latestSolidSubtangleMilestoneIndex" or be very close
if abs(result['latestMilestoneIndex'] - result['latestSolidSubtangleMilestoneIndex']) > 3 :
print ("\r\nNode is probably not synced!")
else:
print ("\r\nNode is probably synced!")
'''
import cPickle as pickle
#initialize FLASK
app = Flask(__name__)
FlaskJSON(app)
GPIO.setwarnings(False)
#Read ini-file
config = ConfigParser.RawConfigParser()
config.read('sytrax.ini')
#initialize RFID-reader
reader = SimpleMFRC522.SimpleMFRC522()
api = iota.Iota(config.get('MainProd', 'iotaAPI'))
owner = config.get('MainProd', 'owner')
terminal = config.get('MainProd', 'terminal')
IOTAAddress = config.get('MainProd', 'addressDefault')
seed = config.get('MainProd', 'seed')
addressIndex = int(config.get('MainProd', 'addressIndex'))
interface = config.get('MainProd', 'interface')
#get webhook config
baseHookProtocol = config.get('MainProd', 'baseHookProtocol')
baseHookHost = config.get('MainProd', 'baseHookHost')
baseHookURL = config.get('MainProd', 'baseHookURL')
baseHookCommand = config.get('MainProd', 'baseHookCommand')
documentIDtrack = config.get('MainProd', 'documentIDtrack')
documentIDnew = config.get('MainProd', 'documentIDnew')
def __init__(self,
node_protocal='https',
node_url='durian.iotasalad.org',
node_port='14265'):
self.__node = node_protocal + '://' + node_url + ':' + node_port
self.__adapter = iota.Iota(self.__node)
def main():
if len(sys.argv) < 6:
print "Usage: echocatcher-emitter.py <hostname> <start-port> <port-range> <IRI-api> <timeout> <sleep-time>"
exit(-1)
#host to broadcast:
host = sys.argv[1]
port_start = int(sys.argv[2])
port_range = int(sys.argv[3])
port = port_start
#window to wait for responses:
timeout = float(sys.argv[5]) * 60 * 1000000 #miliseconds
time_between_broadcasts = float(sys.argv[6]) * 60
echo_mwm = 16
iri_api = sys.argv[4]
i = iota.Iota(iri_api)
print "EchoCatcher emitter started."
while True:
#listen on current port
server_address = ('0.0.0.0', port)
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
sock.bind(server_address)
#prepare echo transaction
ping_address = 'udp://' + host + ':' + str(port)
ping_address_trytes = iota.TryteString.from_string(ping_address)
tx = \
iota.ProposedTransaction(
address=iota.Address(ping_address_trytes),
tag=iota.Tag(b'ECHOCATCHER'),
value=0
)
# send transaction
print "sending echo transaction:", ping_address, "..."
i.send_transfer(3, transfers=[tx], min_weight_magnitude=echo_mwm)
start = current_milli_time()
print "echo sent."
count = 0
while current_milli_time() < start + timeout:
#listen to responses for X time
try:
sock.settimeout(
(start + timeout - current_milli_time()) / 1000000)
data, (s_ip, s_port) = sock.recvfrom(1024)
# measure response times
now = current_milli_time()
print 'received "%s" from %s:%d' % (
data, s_ip, s_port), 'after {:.1f} ms'.format(
float(now - start) / 1000)
count += 1
except:
if count == 0:
print "no response"
break
#increment port to eliminate delayed echos
sock.close()
port += 1
if port >= port_start + port_range:
port = port_start
print "sleeping..."
time.sleep(time_between_broadcasts)
if max_time and ((time.time() - start_time) > max_time):
logger.warning('Did take too long (%s).. Skipping',
round((time.time() - start_time) / 60))
sumlogger.info('Timeout: %smin - %smi: %s',
round((time.time() - start_time) / 60),
round(input_tx.value / 1000**2),
input_tx.bundle_hash)
return
if __name__ == "__main__":
parser = argparse.ArgumentParser(
description='Promote / Reattach IOTA transaction')
parser.add_argument('-tx')
args = parser.parse_args()
node = iota.Iota('http://localhost:14265')
if args.tx is not None:
setup_logging(args.tx, False)
logger.info('------------------------Start------------------------')
spam(node, args.tx, None, 3 * 60 * 60)
logger.info('------------------------Finish------------------------')
else:
setup_logging('autopromote')
logger.info(
'------------------------Starting Autopromote------------------------'
)
autopromote(node)
if (promoter_mode == True):
return (sent_tx.hash)
else:
return ("")
def destroy(iteration):
print(" Total iterations: " + iteration)
print(' Exiting script...')
if __name__ == '__main__': # Program start from here
load_dotenv(find_dotenv())
(promoter_mode, tx_hash_to_be_promoted) = checkArgs()
if (promoter_mode == True):
rx_address = os.getenv('RECEIVING_ADDRESS_PROMOTER')
else:
rx_address = os.getenv('RECEIVING_ADDRESS_SPAMMER')
nodeURL = sys.argv[1]
api = iota.Iota(nodeURL)
try:
printHealth(nodeURL, api)
iteration = 0
while True:
print("ITERATION #" + str(iteration))
tx_hash_to_be_promoted = promoteTX(promoter_mode, rx_address, tx_hash_to_be_promoted, iteration)
iteration = iteration + 1
except KeyboardInterrupt: # When 'Ctrl+C' is pressed, the destroy() will be executed.
destroy(iteration)
import iota
import json
from pprint import pprint
# Seed for the webserver.
seedReceiver = 'NHDMTKGDGXXFGVIWMQG9SXBTLOTGUZPRUFVQIBCYRKXWOJKCPLSPIYSBT9VSAHKXBEKBYFXGUBDBNNWZL'
# Devnet node to connect to Tangle network
devnetNode = "https://nodes.devnet.iota.org:443"
# Initializing api
api = iota.Iota(devnetNode, seed=seedReceiver)
receiverBalance = api.get_balances(addresses=[
'BGNNNVGFPQZWKCFZJAOIAYRJBODEWFVDRWALOQZZEUHPKAFWTQPMBCIAPSCSVIWOSTYICTNCZDGRIXHGC'
],
threshold=100)
for key, value in receiverBalance.items():
if key == 'references':
for i in range(len(value)):
value[i] = str(value[i])
receiverBalance_json = json.dumps(receiverBalance)
print(receiverBalance_json)
font="Courier",
fontSize=23.85,
Hpos=103,
Vpos=84.15,
lineSpacing=1.44,
charSpacing=-10,
data=seed)
# Finally, add the rest of the Postscript and save the file:
script += bgEnd
PSfile = open(IOTAnotePath + '/Rendered/RenderedImage.ps', 'w')
PSfile.write(script)
PSfile.close()
# Generate address from seed and create a PS file with QR codes and info:
api = iota.Iota('http://null', seed)
response = (api.get_new_addresses(index=0, count=1))
addr1 = (response['addresses'][0])
addrWithChecksum = (addr1 + (iota.Address(addr1)._generate_checksum()[0:9]))
amountIota = int(
float(amountMiota) *
1000000) # Iota.link doesn't like decimals, so we convert it to an int
iotaLink = 'https://iota.link/' + str(addrWithChecksum) + '/' + str(
amountIota
) + 'i' # Not yet implemented in the official wallet, but I hope it'll be.
addrScript = '%!PS-Adobe-3.0\n<< /PageSize [595 842] >> setpagedevice\n/mm {360 mul 127 div} def\n'
addrScript += '/Courier-Bold\n24 selectfont\n5 290 mm moveto\n(To give the note value, send an amount of) show\n'
addrScript += '5 280 mm moveto\n(' + amountMiota + 'Mi to this address:) show\n'
addrScript += createQR(char=".",
font="Courier",
fontSize=23.85,
import iota
import json
from itertools import groupby
# Using Test node. Public node commented.
# iotaNode = "https://field.deviota.com:443"
iotaNode = "https://nodes.testnet.iota.org:443"
seed = ""
api = iota.Iota(iotaNode, seed)
tag_list = {
'register': 'GFAQBESKMJIPYWPARQBZMROJVFP',
'body': 'M9CJ9DLLGBDI9ZPXRIIPDCEBWGO',
'key': 'GQAZH9JTKGRTKMWQSLSYSVQ9HJG',
'permission': 'FKXHTC9ERWPKOXEBAFFYUTRDXJO',
'file': 'WYKOYVPPSGWVSPZIJXWHJTUEU9O',
'deny': 'K9FZJKOSGDRNRYCTGOPWSDBGYAL'
}
reverse_tag_list = {v: k for k, v in tag_list.items()}
def random_address():
return iota.Address.random(81)
def random_tag():
return iota.Tag.random(27)
def register_address():
pass
import ast import pprint import iota import base64 from Crypto.Cipher import AES # Establish Connection server = socket.socket(socket.AF_INET, socket.SOCK_STREAM) IP_address = str(sys.argv[1]) Port = int(sys.argv[2]) server.connect((IP_address, Port)) # Connect to the tangle seed = "" client = "http://node02.iotatoken.nl:14265" iota_api = iota.Iota(client, seed) # Generate keys encrypt_key = RSA.generate(2048) signature_key = RSA.generate(2048, e=65537) # Set values invoice_address = iota_api.get_new_addresses(count=1) invoice_address = str(invoice_address['addresses'][0].address) bs = 32 # Info to be received from Seller payment_address = "" payment_granularity = 0 secret_key = "" quantity = 0
def __init__(self):
self.FinalBundle = "INIT"
self.TransactionHashList = list()
#self.api = iota.Iota("https://field.deviota.com:443")
self.api = iota.Iota("http://140.116.247.117:14265")
