83 lines
3.5 KiB
Python
83 lines
3.5 KiB
Python
from xcat.utils import *
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def enter_trade_id():
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tradeid = input("Enter a unique identifier for this trade: ")
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return tradeid
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def get_trade_amounts():
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amounts = {}
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sell_currency = input("Which currency would you like to trade out of (bitcoin or zcash)? ")
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if sell_currency == '':
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sell_currency = 'bitcoin'
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if sell_currency == 'bitcoin':
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buy_currency = 'zcash'
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else:
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buy_currency = 'bitcoin'
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print(sell_currency)
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sell_amt = input("How much {0} do you want to sell? ".format(sell_currency))
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sell_amt = 3.5
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print(sell_amt)
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buy_amt = input("How much {0} do you want to receive in exchange? ".format(buy_currency))
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buy_amt = 1.2
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print(buy_amt)
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sell = {'currency': sell_currency, 'amount': sell_amt}
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buy = {'currency': buy_currency, 'amount': buy_amt}
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amounts['sell'] = sell
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amounts['buy'] = buy
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return amounts
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def create_password():
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secret = input("Initiating trade: Create a password to place the funds in escrow: ")
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# TODO: hash and store secret only locally.
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if secret == '':
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secret = generate_password()
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print('Remember your password:', secret)
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# Saving secret locally for now
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save_secret(secret)
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return secret
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def retrieve_password():
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secret = input("Enter the secret you used to lock the funds in order to redeem:")
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if secret == '':
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secret = get_secret()
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print(secret)
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return secret
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def authorize_fund_sell(htlcTrade):
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print('To complete your sell, send {0} {1} to this p2sh: {2}'.format(htlcTrade.sell.amount, htlcTrade.sell.currency, htlcTrade.sell.p2sh))
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response = input("Type 'enter' to allow this program to send funds on your behalf.")
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def get_initiator_addresses():
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btc_addr = input("Enter your bitcoin address: ")
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# btc_addr = bXcat.new_bitcoin_addr()
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btc_addr = 'myfFr5twPYNwgeXyjCmGcrzXtCmfmWXKYp'
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print(btc_addr)
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zec_addr = input("Enter your zcash address: ")
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# zec_addr = zXcat.new_zcash_addr()
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zec_addr = 'tmFRXyju7ANM7A9mg75ZjyhFW1UJEhUPwfQ'
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print(zec_addr)
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addresses = {'bitcoin': btc_addr, 'zcash': zec_addr}
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return addresses
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def get_fulfiller_addresses():
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btc_addr = input("Enter the bitcoin address of the party you want to trade with: ")
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# btc_addr = bXcat.new_bitcoin_addr()
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btc_addr = 'mrQzUGU1dwsWRx5gsKKSDPNtrsP65vCA3Z'
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print(btc_addr)
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zec_addr = input("Enter the zcash address of the party you want to trade with: ")
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# zec_addr = zXcat.new_zcash_addr()
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zec_addr = 'tmTjZSg4pX2Us6V5HttiwFZwj464fD2ZgpY'
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print(zec_addr)
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addresses = {'bitcoin': btc_addr, 'zcash': zec_addr}
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return addresses
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def authorize_buyer_fulfill(sell_p2sh_balance, sell_currency, buy_p2sh_balance, buy_currency):
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input("The seller's p2sh is funded with {0} {1}, type 'enter' if this is the amount you want to buy in {1}.".format(sell_p2sh_balance, sell_currency))
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input("You have not send funds to the contract to buy {1} (requested amount: {0}), type 'enter' to allow this program to send the agreed upon funds on your behalf.".format(buy_p2sh_balance, buy_currency))
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def authorize_seller_redeem(buy):
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input("Buyer funded the contract where you offered to buy {0}, type 'enter' to redeem {1} {0} from {2}.".format(buy.currency, buy.amount, buy.p2sh))
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def authorize_buyer_redeem(trade):
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input("Seller funded the contract where you paid them in {0} to buy {1}, type 'enter' to redeem {2} {1} from {3}.".format(trade.buy.currency, trade.sell.currency, trade.sell.amount, trade.sell.p2sh))
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