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yield-generator-oscillator.py
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yield-generator-oscillator.py
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#! /usr/bin/env python
from __future__ import absolute_import, print_function
import os
import sys
import datetime
import time
import random
import decimal
import ConfigParser
import csv
import threading
import copy
from joinmarket import Maker, IRCMessageChannel, OrderbookWatch
from joinmarket import blockchaininterface, BlockrInterface
from joinmarket import jm_single, get_network, load_program_config
from joinmarket import random_nick
from joinmarket import get_log, calc_cj_fee, debug_dump_object
from joinmarket import Wallet
config = ConfigParser.RawConfigParser()
config.read('joinmarket.cfg')
mix_levels = 5
nickname = random_nick()
nickserv_password = ''
# EXPLANATION
# It watches your own transaction volume, and raises or lowers prices based
# on how many transactions you are getting.
# Price ranges that arent getting used will stay cheap,
# while frequently used price ranges will raise themselves in price.
#
# CONFIGURATION
# starting size: offer amount in btc
# price floor: cjfee in satoshis
# price increment: increase your cjfee by this much per tranaction
# time frame: Transaction count is within this window. This is how long it
# takes to drop to the price floor if there have been no
# transactions. A short window is more aggressive at dropping
# fees, while a large window holds prices up longer.
# type: absolute or relative
offer_levels = (
{'starting_size': 0,
'type': 'absolute',
'price_floor': 2000,
'price_increment': 1000, # satoshis
'price_ceiling': None,
'time_frame': 7 * 24,
},
{'starting_size': 1,
'type': 'absolute',
'price_floor': 3000,
'price_increment': 1.25, # 25%
'price_ceiling': None,
'time_frame': 7 * 24,
},
{'starting_size': 10,
'type': 'relative',
'price_floor': 5000, # type is relative, so 0.00005000
'price_increment': 1.618, # 61.8% is the fibonacci sequence/golden ratio
'price_ceiling': None,
'time_frame': 7 * 24,
},
)
# Here are randomizers you can use in your offers.
#'starting_size': random.uniform(0.9, 1),
#'starting_size': random.uniform(9, 10),
#'price_floor': random.randrange(1900, 2100),
#'price_floor': int(1000 * random.uniform(0.9, 1.1)),
#'price_increment': int(1000 * random.uniform(0.9, 1.1)),
#'type': random.choice(['absolute','relative']),
#'time_frame': random.randrange(6, 10) * 24,
# tip: you can create a file called myoscoffers.py with your offer_levels in it.
# tip: view your csv file in unix with 'column -s, -t < yigen-statement-myfile.csv'
# optional, for use in your joinmarket.cfg
"""
[YIELDGEN]
# multiple values means set randomly within that range
# offer low, default is output_size_min
# offer high, default is largest mix depth
# minimum output size, default is dust threshold 2730 satoshis
offer_low = 25000, 65000
offer_high = 10e8, 14e8
output_size_min = 10000
"""
#END CONFIGURATION
try:
wallet_file = sys.argv[1]
statement_file = os.path.join(
'logs', 'yigen-statement-' + wallet_file[:-5] + '.csv')
except:
sys.exit("You forgot to specify the wallet file.")
try:
from myoscoffers import offer_levels
except:
pass
try:
x = config.get('YIELDGEN', 'offer_low')
x = [r for r in csv.reader([x], skipinitialspace=True)][0]
if len(x) == 1:
offer_low = int(float(x[0]))
elif len(x) == 2:
offer_low = random.randrange(
int(float(x[0])), int(float(x[1]))) #random
elif len(x) > 2:
assert False
except (ConfigParser.NoOptionError, ConfigParser.NoSectionError) as e:
offer_low = None # will use output_min_size
try:
x = config.get('YIELDGEN', 'offer_high')
x = [r for r in csv.reader([x], skipinitialspace=True)][0]
if len(x) == 1:
offer_high = int(float(x[0]))
elif len(x) == 2:
offer_high = random.randrange(
int(float(x[0])), int(float(x[1]))) #random
elif len(x) > 2:
assert False
except (ConfigParser.NoOptionError, ConfigParser.NoSectionError) as e:
offer_high = None # max mix depth will be used
try:
x = config.get('YIELDGEN', 'output_size_min')
x = [r for r in csv.reader([x], skipinitialspace=True)][0]
if len(x) == 1:
output_size_min = int(float(x[0]))
elif len(x) == 2:
output_size_min = random.randrange(
int(float(x[0])), int(float(x[1]))) #random
elif len(x) > 2:
assert False
except (ConfigParser.NoOptionError, ConfigParser.NoSectionError) as e:
output_size_min = jm_single().DUST_THRESHOLD
# the above config parser code could be moved into a library for reuse
log = get_log()
log.debug(" ____ _ _ _ _ ")
log.debug(" / __ \ (_) | | | | ")
log.debug("| | | |___ ___ _| | | __ _| |_ ___ _ __ ")
log.debug("| | | / __|/ __| | | |/ _` | __/ _ \| '__|")
log.debug("| |__| \__ \ (__| | | | (_| | || (_) | | ")
log.debug(" \____/|___/\___|_|_|_|\__,_|\__\___/|_| ")
log.debug(random.choice([" yield generator for the civilized",
" the best yield generator there is",
" oscillator oscillator up and down"]))
if offer_low:
log.debug('offer_low = ' + str(offer_low) + " (" + str(offer_low / 1e8) +
" btc)")
if offer_high:
log.debug('offer_high = ' + str(offer_high) + " (" + str(offer_high / 1e8) +
" btc)")
else:
log.debug('offer_high = Max Mix Depth')
if output_size_min != jm_single().DUST_THRESHOLD:
log.debug('output_size_min = ' + str(output_size_min) + " (" + str(
output_size_min / 1e8) + " btc)")
def sanity_check(offers):
for offer in offers:
if offer['ordertype'] == 'absorder':
assert isinstance(offer['cjfee'], int)
elif offer['ordertype'] == 'relorder':
assert isinstance(offer['cjfee'], int) or isinstance(offer['cjfee'],
float)
assert offer['maxsize'] > 0
assert offer['minsize'] > 0
assert offer['minsize'] <= offer['maxsize']
assert offer['txfee'] >= 0
if offer_high:
assert offer['maxsize'] <= offer_high
assert isinstance(offer['minsize'], int)
assert isinstance(offer['maxsize'], int)
assert isinstance(offer['txfee'], int)
assert offer['minsize'] >= offer_low
if offer['ordertype'] == 'absorder':
profit_max = offer['cjfee'] - offer['txfee']
elif offer['ordertype'] == 'relorder':
profit_min = int(float(offer['cjfee']) *
offer['minsize']) - offer['txfee']
profit_max = int(float(offer['cjfee']) *
offer['maxsize']) - offer['txfee']
assert profit_min >= 0
assert profit_max >= 0
def offer_data_chart(offers):
has_rel = False
for offer in offers:
if offer['ordertype'] == 'relorder':
has_rel = True
offer_display = []
header = 'oid'.rjust(4)
header += 'type'.rjust(5)
header += 'cjfee'.rjust(12)
header += 'minsize btc'.rjust(15)
header += 'maxsize btc'.rjust(15)
header += 'txfee'.rjust(7)
if has_rel:
header += 'minrev'.rjust(11)
header += 'maxrev'.rjust(11)
header += 'minprof'.rjust(11)
header += 'maxprof'.rjust(11)
else:
header += 'rev'.rjust(11)
header += 'prof'.rjust(11)
offer_display.append(header)
for offer in offers:
oid = str(offer['oid'])
if offer['ordertype'] == 'absorder':
ot = 'abs'
cjfee = str(offer['cjfee'])
minrev = '-'
maxrev = offer['cjfee']
minprof = '-'
maxprof = int(maxrev - offer['txfee'])
elif offer['ordertype'] == 'relorder':
ot = 'rel'
cjfee = str('%.8f' % (offer['cjfee'] * 100))
minrev = str(int(offer['cjfee'] * offer['minsize']))
maxrev = str(int(offer['cjfee'] * offer['maxsize']))
minprof = int(minrev) - offer['txfee']
maxprof = int(maxrev) - offer['txfee']
line = oid.rjust(4)
line += ot.rjust(5)
line += cjfee.rjust(12)
line += str('%.8f' % (offer['minsize'] / 1e8)).rjust(15)
line += str('%.8f' % (offer['maxsize'] / 1e8)).rjust(15)
line += str(offer['txfee']).rjust(7)
if has_rel:
line += str(minrev).rjust(11)
line += str(maxrev).rjust(11)
line += str(minprof).rjust(11) # minprof
line += str(maxprof).rjust(11) # maxprof
else:
line += str(maxrev).rjust(11)
line += str(maxprof).rjust(11) # maxprof
offer_display.append(line)
return offer_display
def get_recent_transactions(time_frame, show=False):
if not os.path.isfile(statement_file):
return []
reader = csv.reader(open(statement_file, 'r'))
rows = []
for row in reader:
rows.append(row)
rows = rows[1:] # remove heading
rows.reverse()
rows = sorted(rows, reverse=True) # just to be sure
xrows = []
display_lines = []
amount_total, earned_total = 0, 0
for row in rows:
try:
timestamp = datetime.datetime.strptime(row[0], '%Y/%m/%d %H:%M:%S')
if timestamp < (datetime.datetime.now() - datetime.timedelta(
hours=time_frame)):
break
amount = int(row[1])
my_input_count = int(row[2])
my_input_value = int(row[3])
cjfee = int(row[4]) # before txfee contrib
cjfee_earned = int(row[5])
confirm_time = float(row[6])
except ValueError:
continue
effective_rate = float('%.10f' % (cjfee_earned / float(amount))) # /0?
amount_total += amount
earned_total += cjfee_earned
xrows.append({'timestamp': timestamp,
'amount': amount,
'cjfee_earned': cjfee_earned,
'confirm_time': confirm_time,})
display_str = ' ' + timestamp.strftime("%Y-%m-%d %I:%M:%S %p")
display_str += str(float(confirm_time)).rjust(13)
display_str += str('%.8f' % (int(amount) / 1e8)).rjust(14)
display_str += str(int(cjfee_earned)).rjust(13)
display_str += str(('%.8f' % effective_rate) + ' %').rjust(16)
display_lines.append(display_str)
if show and display_lines:
display = [
' datetime confirm min amount btc earned sat effectiverate'
]
display = display + display_lines
display.append('-------------------------------------------'.rjust(79))
total_effective_rate = float('%.10f' %
(earned_total / float(amount_total)))
ter_str = str(('%.8f' % total_effective_rate) + ' %').rjust(16)
display.append('Totals:'.rjust(36) + str('%.8f' % (
amount_total / 1e8)).rjust(14) + str(earned_total).rjust(13) +
ter_str)
time_frame_days = time_frame / 24.0
log.debug(str(len(xrows)) + ' transactions in the last ' + str(
time_frame) + ' hours: \n' + '\n'.join([str(x) for x in display]))
#log.debug(str(len(xrows)) + ' transactions in the last ' + str(
# time_frame) + ' hours (' + str(time_frame_days) + ' days) = \n' +
# '\n'.join([str(x) for x in display]))
elif show:
log.debug('No transactions in the last ' + str(time_frame) + ' hours.')
return xrows
def create_oscillator_offers(largest_mixdepth_size, sorted_mix_balance):
offer_lowx = max(offer_low, output_size_min)
if offer_high:
offer_highx = min(offer_high, largest_mixdepth_size - output_size_min)
else:
offer_highx = largest_mixdepth_size - output_size_min
offers = []
display_lines = []
oid = 0
count = 0
for offer in offer_levels:
count += 1
lower = int(offer['starting_size'] * 1e8)
if lower < offer_lowx:
lower = offer_lowx
if count <= len(offer_levels) - 1:
upper = int((offer_levels[count]['starting_size'] * 1e8) - 1)
if upper > offer_highx:
upper = offer_highx
else:
upper = offer_highx
if lower > upper:
continue
fit_txs = []
for tx in get_recent_transactions(offer['time_frame'], show=False):
if tx['amount'] >= lower and tx['amount'] <= upper:
fit_txs.append(tx)
amounts, earnings = [], []
size_avg, earn_avg, effective_rate = 0, 0, 0
if fit_txs:
amounts = [x['amount'] for x in fit_txs]
earnings = [x['cjfee_earned'] for x in fit_txs]
size_avg = sum(amounts) / len(amounts)
earn_avg = sum(earnings) / len(earnings)
effective_rate = float('%.10f' %
(sum(earnings) / float(sum(amounts)))) # /0?
if isinstance(offer['price_increment'], int):
tpi = offer['price_increment'] * len(fit_txs)
cjfee = offer['price_floor'] + tpi
elif isinstance(offer['price_increment'], float):
tpi = offer['price_increment']**len(fit_txs)
cjfee = int(round(offer['price_floor'] * tpi))
else:
sys.exit('bad price_increment: ' + str(offer['price_increment']))
if offer['price_ceiling'] and cjfee > offer['price_ceiling']:
cjfee = offer['price_ceiling']
assert offer['type'] in ('absolute', 'relative')
if offer['type'] == 'absolute':
ordertype = 'absorder'
elif offer['type'] == 'relative':
ordertype = 'relorder'
cjfee = float('%.10f' % (cjfee / 1e10))
oid += 1
offerx = {'oid': oid,
'ordertype': ordertype,
'minsize': lower,
'maxsize': upper,
'txfee': 0,
'cjfee': cjfee}
offers.append(offerx)
display_line = ''
display_line += str('%.8f' % (lower / 1e8)).rjust(15)
display_line += str('%.8f' % (upper / 1e8)).rjust(15)
display_line += str(offer['time_frame']).rjust(8)
display_line += str(len(fit_txs)).rjust(8)
display_line += str('%.8f' % (size_avg / 1e8)).rjust(15)
display_line += str(earn_avg).rjust(10)
display_line += str('%.8f' % (sum(amounts) / 1e8)).rjust(15)
display_line += str(sum(earnings)).rjust(10)
display_line += str('%.8f' % effective_rate).rjust(13) + ' %'
display_lines.append(display_line)
newoffers = []
for offer in offers:
if not newoffers:
newoffers.append(offer)
continue
last_offer = copy.deepcopy(newoffers[-1])
if (offer['minsize'] == last_offer['maxsize'] or \
offer['minsize'] == last_offer['maxsize'] + 1) and \
offer['cjfee'] == last_offer['cjfee']:
assert offer['txfee'] == last_offer['txfee']
newoffers = newoffers[:-1]
last_offer['maxsize'] = offer['maxsize']
newoffers.append(last_offer)
else:
newoffers.append(offer)
get_recent_transactions(24, show=True)
display = ['-------averages------- --------totals--------'.rjust(93)]
display.append(
' minsize btc maxsize btc hours txs size btc ' +
'earn sat size btc earn sat effectiverate')
log.debug('range summaries: \n' + '\n'.join([str(
x) for x in display + display_lines]))
log.debug('offer data chart: \n' + '\n'.join([str(
x) for x in offer_data_chart(offers)]))
if offers != newoffers:
#oid = 1
#for offer in newoffers:
# offer['oid'] = oid
# oid += 1
log.debug('final compressed offer data chart: \n' + '\n'.join([str(
x) for x in offer_data_chart(newoffers)]))
#log.debug('oscillator offers = \n' + '\n'.join([str(x) for x in offers]))
#log.debug('oscillator offers compressed = \n' + '\n'.join([str(
# o) for o in newoffers]))
return newoffers
class YieldGenerator(Maker, OrderbookWatch):
def __init__(self, msgchan, wallet):
Maker.__init__(self, msgchan, wallet)
self.msgchan.register_channel_callbacks(self.on_welcome,
self.on_set_topic, None, None,
self.on_nick_leave, None)
self.tx_unconfirm_timestamp = {}
def on_welcome(self):
Maker.on_welcome(self)
if not os.path.isfile(statement_file):
log.debug('Creating ' + str(statement_file))
self.log_statement(
['timestamp', 'cj amount/satoshi', 'my input count',
'my input value/satoshi', 'cjfee/satoshi', 'earned/satoshi',
'confirm time/min', 'notes'])
timestamp = datetime.datetime.now().strftime("%Y/%m/%d %H:%M:%S")
self.log_statement([timestamp, '', '', '', '', '', '', 'Connected'])
def create_my_orders(self):
mix_balance = self.wallet.get_balance_by_mixdepth()
log.debug('mix_balance = ' + str(mix_balance))
total_balance = 0
for num, amount in mix_balance.iteritems():
log.debug('for mixdepth=%d balance=%.8fbtc' % (num, amount / 1e8))
total_balance += amount
log.debug('total balance = %.8fbtc' % (total_balance / 1e8))
sorted_mix_balance = sorted(
list(mix_balance.iteritems()),
key=lambda a: a[1]) #sort by size
largest_mixdepth_size = sorted_mix_balance[-1][1]
if largest_mixdepth_size == 0:
print("ALERT: not enough funds available in wallet")
return []
offers = create_oscillator_offers(largest_mixdepth_size,
sorted_mix_balance)
#log.debug('offer_data_chart = \n' + '\n'.join([str(
# x) for x in offer_data_chart(offers)]))
sanity_check(offers)
#log.debug('offers len = ' + str(len(offers)))
#log.debug('generated offers = \n' + '\n'.join([str(o) for o in offers]))
return offers
def oid_to_order(self, cjorder, oid, amount):
'''Coins rotate circularly from max mixdepth back to mixdepth 0'''
mix_balance = self.wallet.get_balance_by_mixdepth()
total_amount = amount + cjorder.txfee
log.debug('amount, txfee, total_amount = ' + str(amount) + str(
cjorder.txfee) + str(total_amount))
# look for exact amount available with no change
# not supported because change output required
# needs this fixed https://github.com/JoinMarket-Org/joinmarket/issues/418
#filtered_mix_balance = [m
# for m in mix_balance.iteritems()
# if m[1] == total_amount]
#if filtered_mix_balance:
# log.debug('mix depths that have the exact amount needed = ' + str(
# filtered_mix_balance))
#else:
# log.debug('no mix depths contain the exact amount needed.')
filtered_mix_balance = [m
for m in mix_balance.iteritems()
if m[1] >= (total_amount)]
log.debug('mix depths that have enough = ' + str(filtered_mix_balance))
filtered_mix_balance = [m
for m in mix_balance.iteritems()
if m[1] >= total_amount + output_size_min]
log.debug('mix depths that have enough with output_size_min, ' + str(
filtered_mix_balance))
try:
len(filtered_mix_balance) > 0
except Exception:
log.debug('No mix depths have enough funds to cover the ' +
'amount, cjfee, and output_size_min.')
return None, None, None
# slinky clumping: push all coins towards the largest mixdepth,
# then spend from the largest mixdepth into the next mixdepth.
# the coins stay in the next mixdepth until they are all there,
# and then get spent into the next mixdepth, ad infinitum.
lmd = sorted(filtered_mix_balance, key=lambda x: x[1],)[-1]
smb = sorted(filtered_mix_balance, key=lambda x: x[0]) # seq of md num
mmd = self.wallet.max_mix_depth
nmd = (lmd[0] + 1) % mmd
if nmd not in [x[0] for x in smb]: # use all usable
next_si = (smb.index(lmd) + 1) % len(smb)
filtered_mix_balance = smb[next_si:] + smb[:next_si]
else:
nmd = [x for x in smb if x[0] == nmd][0]
others = [x for x in smb if x != nmd and x != lmd]
if not others: # just these two remain, prioritize largest
filtered_mix_balance = [lmd, nmd]
else: # use all usable
if [x for x in others if x[1] >= nmd[1]]:
next_si = (smb.index(lmd) + 1) % len(smb)
filtered_mix_balance = smb[next_si:] + smb[:next_si]
else: # others are not large, dont use nmd
next_si = (smb.index(lmd) + 2) % len(smb)
filtered_mix_balance = smb[next_si:] + smb[:next_si]
# prioritize by mixdepths ascending
# keep coins moving towards last mixdepth, clumps there.
# makes sure coins sent to mixdepth 0 will get mixed to mixdepth 5
#filtered_mix_balance = sorted(filtered_mix_balance, key=lambda x: x[0])
# use mix depth with the most coins,
# creates a more even distribution across mix depths
# and a more diverse txo selection in each depth
# sort largest to smallest amount
#filtered_mix_balance = sorted(filtered_mix_balance, key=lambda x: x[1], reverse=True)
# use a random usable mixdepth.
# warning, could expose more txos to malicous taker requests
#filtered_mix_balance = [random.choice(filtered_mix_balance)]
log.debug('sorted order of filtered_mix_balance = ' + str(
filtered_mix_balance))
mixdepth = filtered_mix_balance[0][0]
log.debug('filling offer, mixdepth=' + str(mixdepth))
# mixdepth is the chosen depth we'll be spending from
cj_addr = self.wallet.get_internal_addr((mixdepth + 1) %
self.wallet.max_mix_depth)
change_addr = self.wallet.get_internal_addr(mixdepth)
utxos = self.wallet.select_utxos(mixdepth, total_amount)
my_total_in = sum([va['value'] for va in utxos.values()])
real_cjfee = calc_cj_fee(cjorder.ordertype, cjorder.cjfee, amount)
change_value = my_total_in - amount - cjorder.txfee + real_cjfee
if change_value <= output_size_min:
log.debug('change value=%d below dust threshold, finding new utxos'
% (change_value))
try:
utxos = self.wallet.select_utxos(mixdepth,
total_amount + output_size_min)
except Exception:
log.debug(
'dont have the required UTXOs to make a output above the dust threshold, quitting')
return None, None, None
return utxos, cj_addr, change_addr
def refresh_offers(self):
cancel_orders, ann_orders = self.get_offer_diff()
self.modify_orders(cancel_orders, ann_orders)
def get_offer_diff(self):
neworders = self.create_my_orders()
oldorders = self.orderlist
new_setdiff_old = [o for o in neworders if o not in oldorders]
old_setdiff_new = [o for o in oldorders if o not in neworders]
neworders = sorted(neworders, key=lambda x: x['oid'])
oldorders = sorted(oldorders, key=lambda x: x['oid'])
if neworders == oldorders:
log.debug('No orders modified for ' + nickname)
return ([], [])
"""
if neworders:
log.debug('neworders = \n' + '\n'.join([str(o) for o in neworders]))
if oldorders:
log.debug('oldorders = \n' + '\n'.join([str(o) for o in oldorders]))
if new_setdiff_old:
log.debug('new_setdiff_old = \n' + '\n'.join([str(
o) for o in new_setdiff_old]))
if old_setdiff_new:
log.debug('old_setdiff_new = \n' + '\n'.join([str(
o) for o in old_setdiff_new]))
"""
ann_orders = new_setdiff_old
ann_oids = [o['oid'] for o in ann_orders]
cancel_orders = [o['oid']
for o in old_setdiff_new if o['oid'] not in ann_oids]
"""
if cancel_orders:
log.debug('can_orders = \n' + '\n'.join([str(o) for o in
cancel_orders]))
if ann_orders:
log.debug('ann_orders = \n' + '\n'.join([str(o) for o in ann_orders
]))
"""
return (cancel_orders, ann_orders)
def log_statement(self, data):
if get_network() == 'testnet':
return
data = [str(d) for d in data]
log.debug('Logging to ' + str(statement_file) + ': ' + str(data))
assert len(data) == 8
if data[7] == 'unconfirmed': # workaround
# on_tx_unconfirmed is being called by on_tx_confirmed
for row in csv.reader(open(statement_file, 'r')):
lastrow = row
if lastrow[1:6] == data[1:6]:
log.debug('Skipping double csv entry, workaround.')
pass
else:
fp = open(statement_file, 'a')
fp.write(','.join(data) + '\n')
fp.close()
elif data[7] != '': # 'Connected', 'notes'
fp = open(statement_file, 'a')
fp.write(','.join(data) + '\n')
fp.close()
else: # ''
rows = []
for row in csv.reader(open(statement_file, 'r')):
rows.append(row)
fp = open(statement_file, 'w')
for row in rows:
if row[1:] == data[1:6] + ['0', 'unconfirmed']:
fp.write(','.join(data) + '\n')
log.debug('Found unconfirmed row, replacing.')
else:
fp.write(','.join(row) + '\n')
fp.close()
def on_tx_unconfirmed(self, cjorder, txid, removed_utxos):
self.tx_unconfirm_timestamp[cjorder.cj_addr] = int(time.time())
timestamp = datetime.datetime.now().strftime("%Y/%m/%d %H:%M:%S")
my_input_value = sum([av['value'] for av in cjorder.utxos.values()])
earned = cjorder.real_cjfee - cjorder.txfee
self.log_statement([timestamp, cjorder.cj_amount, len(
cjorder.utxos), my_input_value, cjorder.real_cjfee, earned, '0',
'unconfirmed'])
self.refresh_offers() # for oscillator
return self.get_offer_diff()
def on_tx_confirmed(self, cjorder, confirmations, txid):
if cjorder.cj_addr in self.tx_unconfirm_timestamp:
confirm_time = int(time.time()) - self.tx_unconfirm_timestamp[
cjorder.cj_addr]
confirm_time = round(confirm_time / 60.0, 2)
del self.tx_unconfirm_timestamp[cjorder.cj_addr]
else:
confirm_time = 0
timestamp = datetime.datetime.now().strftime("%Y/%m/%d %H:%M:%S")
my_input_value = sum([av['value'] for av in cjorder.utxos.values()])
earned = cjorder.real_cjfee - cjorder.txfee
self.log_statement([timestamp, cjorder.cj_amount, len(
cjorder.utxos), my_input_value, cjorder.real_cjfee, earned,
confirm_time, ''])
return self.on_tx_unconfirmed(cjorder, txid, None)
def main():
load_program_config()
if isinstance(jm_single().bc_interface,
blockchaininterface.BlockrInterface):
print('You are using the blockr.io website')
print('You should setup JoinMarket with Bitcoin Core.')
ret = raw_input('\nContinue Anyways? (y/n):')
if ret[0] != 'y':
return
wallet = Wallet(wallet_file, max_mix_depth=mix_levels)
jm_single().bc_interface.sync_wallet(wallet)
jm_single().nickname = nickname
log.debug('starting yield generator')
irc = IRCMessageChannel(jm_single().nickname,
realname='btcint=' + jm_single().config.get(
"BLOCKCHAIN", "blockchain_source"),
password=nickserv_password)
maker = YieldGenerator(irc, wallet)
def timer_loop(startup=False): # for oscillator
if not startup:
maker.refresh_offers()
poss_refresh = []
for x in offer_levels:
recent_transactions = get_recent_transactions(x['time_frame'])
if recent_transactions:
oldest_transaction_time = recent_transactions[-1]['timestamp']
else:
oldest_transaction_time = datetime.datetime.now()
next_refresh = oldest_transaction_time + datetime.timedelta(
hours=x['time_frame'],
seconds=1)
poss_refresh.append(next_refresh)
next_refresh = sorted(poss_refresh, key=lambda x: x)[0]
td = next_refresh - datetime.datetime.now()
seconds_till = (td.days * 24 * 60 * 60) + td.seconds
log.debug('Next offer refresh for ' + nickname + ' at ' +
next_refresh.strftime("%Y-%m-%d %I:%M:%S %p"))
log.debug('...or after a new transaction shows up.')
t = threading.Timer(seconds_till, timer_loop)
t.daemon = True
t.start()
timer_loop(startup=True)
try:
log.debug('connecting to irc')
irc.run()
except:
log.debug('CRASHING, DUMPING EVERYTHING')
debug_dump_object(wallet, ['addr_cache', 'keys', 'seed'])
debug_dump_object(maker)
debug_dump_object(irc)
import traceback
log.debug(traceback.format_exc())
if __name__ == "__main__":
main()
print('done')