from algosdk import account
from connect import Connect
accounts = {}
# To get acount information
getConnect = Connect()
forAlcInfo = getConnect.connectToNetwork()
# define a function to generate 2 accounts
def generateAccounts():
# generate accounts 1 and 2
private_key_1, address_1 = account.generate_account()
private_key_2, address_2 = account.generate_account()
private_key_3, address_3 = account.generate_account()
account_1 = {
"pkey": private_key_1,
"alc_address": address_1,
"alc_information": forAlcInfo.account_info(address_1)
}
account_2 = {
"pkey": private_key_2,
"alc_address": address_2,
"alc_information": forAlcInfo.account_info(address_2)
}
account_3 = {
"pkey": private_key_3,
"alc_address": address_3,
"alc_information": forAlcInfo.account_info(address_3)
}
# store accounts 1 and 2
from connect import Connect
from sendtransaction import private_key_alc, defaultAddr, sendTransaction, alc_1_addr, alc_2_addr, alc_1_pk
from generateaccount import generateAccounts, accounts
import time
import json
toConnect = Connect()
getConnected = toConnect.connectToNetwork()
# generate the two accounts from generateAccount Module
creatAlcs = generateAccounts()
print("Accounts generate: ", creatAlcs)
print('\n')
# visit https://bank.testnet.algorand.network/ with account 1 to get testnet Algo Token
# prints the information of the first account that send Token
print(getConnected.account_info(defaultAddr))
print('\n')
#Get addresses and private key of account_2
alc_1_addr = (accounts['account_1']['alc_address'])
alc_2_addr = (accounts['account_2']['alc_address'])
alc_3_addr = (accounts['account_3']['alc_address'])
alc_1_pk = (accounts['account_1']['pkey'])
alc_2_pk = (accounts['account_2']['pkey'])
# Call the he function from sendtransaction.py file
# Default account sends token to account 1
trxn_1 = sendTransaction(private_key_alc, defaultAddr, alc_1_addr, 303000)
print(trxn_1)
print('\n')
time.sleep(60)
from algosdk import algod, transaction
from connect import Connect
from createTransaction import create_transaction
forAlgoClient = Connect()
algodClient = forAlgoClient.connectToNetwork()
defaultAddr = "N6SJLDQXCXZ7IJMLM5VVEAWJ36JUJSDQVNQFA2I3BKFOWE3QLKKJGATPJ4"
private_key_alc = "QZkBrhS8lENmn30GyKMPufFPdjG88Knz0Fj279+jxVdvpJWOFxXz9CWLZ2tSAsnfk0TIcKtgUGkbCorrE3BalA=="
def sendTransaction(privateKey_def, addr_def, addr_acl_1, addr_acl_2,
addr_acl_3, amount):
# Create two seperate transactions
trxn_1 = create_transaction(privateKey_def, addr_def, addr_acl_1, amount)
trxn_2 = create_transaction(privateKey_def, addr_def, addr_acl_2, amount)
trxn_3 = create_transaction(privateKey_def, addr_def, addr_acl_3, amount)
# Make transactions into group
gid = transaction.calculate_group_id([trxn_1, trxn_2, trxn_3])
trxn_1.group = gid
trxn_2.group = gid
trxn_3.group = gid
# sign the transaction
signTrxn_1 = trxn_1.sign(privateKey_def)
signTrxn_2 = trxn_2.sign(privateKey_def)
signTrxn_3 = trxn_3.sign(privateKey_def)
# trxn_id = signTrxn.transaction.get_txid()
try:
return ("Transactions were signed with: ",
algodClient.send_transactions(
[signTrxn_1, signTrxn_2, signTrxn_3],