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sniper.py
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sniper.py
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# -*- coding: utf-8 -*-
from toolz.functoolz import do
from web3 import Web3
from web3.middleware import geth_poa_middleware
from time import sleep, time
import asyncio
import json
from jsmin import jsmin
from decimal import Decimal
import os
import web3
from web3.exceptions import ABIFunctionNotFound, TransactionNotFound, BadFunctionCallOutput
import logging
from datetime import datetime
from functools import lru_cache
from cachetools import cached, LRUCache, TTLCache
from hexbytes import HexBytes
import sys
import requests
import cryptocode, re, pwinput
import argparse
import signal
import apprise
# DEVELOPER CONSIDERATIONS
#
# =-= START README =-= START README =-= START README =-= START README =-= START README =-=
# MAJOR TOKEN LOGIC CHANGE =-= MAJOR TOKEN LOGIC CHANGE =-= MAJOR TOKEN LOGIC CHANGE
#
# There has been a major change to the way token logic is handled. Please review load_tokens_file
# The program_defined_values allows us to move token specifica variables in and out of functions
# Allowing us to do interesting things like continue to check for liquidity on one token while
# Buying and Selling another.
#
# MAJOR TOKEN LOGIC CHANGE =-= MAJOR TOKEN LOGIC CHANGE =-= MAJOR TOKEN LOGIC CHANGE
# =-= END README =-= END README =-= END README =-= END README =-= END README =-= END README =-=
#
#
# USER INTERACTION - Do not depend on user interaction. If you develop a setting that is going to require
# user interaction while the bot is running, warn the user before hand. Accept a value before the check
# for liquidity, and provide a command line flag. Basically, provide ways for the bot to continue it's
# entire process from buying all the way to selling multiple positions and multiple pairs with zero user
# interaction.
#
# HANDLING NEW ENTRIES IN settings.json - When adding a new configuration item in settings.json be sure to
# review comment "COMMAND LINE ARGUMENTS" and the functions load_settings_file and save_settings.
# Do not assume a user has changed their settings.json file to work with the new version, your additions
# should be backwards compatible and have safe default values if possible
#
# HANDLING NEW ENTRIES IN tokens.json - When adding a new configuration item in tokens.json be sure to
# review comment "COMMAND LINE ARGUMENTS" and the functions load_tokens_file and save_tokens_file
# Do not assume a user has changed their tokens.json file to work with the new version, your additions
# should be backwards compatible and have safe default values if possible
#
# GLOBALS
#
# Global used for printt_repeating to track how many repeated messages have been printed to console
repeated_message_quantity = 0
# Global used for run()
tokens_json_already_loaded = 0
# Global used to save program_defined_values before update of tokens.json
_TOKENS_saved = {}
# Global used for WATCH_STABLE_PAIRS
set_of_new_tokens = []
# Global used for RugDoc API
rugdoc_accepted_tokens = []
# color styles
class style(): # Class of different text colours - default is white
BLACK = '\033[30m'
RED = '\033[31m'
GREEN = '\033[32m'
YELLOW = '\033[33m'
BLUE = '\033[34m'
CYAN = '\033[36m'
WHITE = '\033[37m'
UNDERLINE = '\033[4m'
RESET = '\033[0m'
INFO = '\033[36m'
DEBUG = '\033[35m'
# Function to cleanly exit on SIGINT
def signal_handler(sig, frame):
sys.exit(0)
signal.signal(signal.SIGINT, signal_handler)
def timestamp():
dt_object = datetime.now().strftime('%m-%d %H:%M:%S.%f')
return dt_object
#
# START - COMMAND LINE ARGUMENTS
#
parser = argparse.ArgumentParser()
# USER COMMAND LINE ARGUMENTS
parser.add_argument("--pump", type=int, help="Holds the position as long as the price is going up. Sells when the price has gone down PUMP percent")
parser.add_argument("-p", "--password", type=str, help="Password to decrypt private keys (WARNING: your password could be saved in your command prompt history)")
parser.add_argument("--reject_already_existing_liquidity", action='store_true', help="If liquidity is found on the first check, reject that pair.")
parser.add_argument("-s", "--settings", type=str, help="Specify the file to user for settings (default: settings.json)",default="./settings.json")
parser.add_argument("-t", "--tokens", type=str, help="Specify the file to use for tokens to trade (default: tokens.json)", default="./tokens.json")
parser.add_argument("-v", "--verbose", action='store_true', help="Print detailed messages to stdout")
parser.add_argument("-pc", "--password_on_change", action='store_true', help="Ask user password again if you change tokens.json")
parser.add_argument("-sm", "--slow_mode", action='store_true', help="Bot will only check price 2 times/s. Use it if you're on a RPC with rate limit")
# DEVELOPER COMMAND LINE ARGUMENTS
# --dev - general argument for developer options
# --debug - to display the "printt_debug" lines
# --sim_buy tx - simulates the buying process, you must provide a transaction of a purchase of the token
# --sim_sell tx - simulates the buying process, you must provide a transaction of a purchase of the token
# --benchmark - run benchmark mode
parser.add_argument("--dev", action='store_true', help=argparse.SUPPRESS)
parser.add_argument("--sim_buy", type=str, help=argparse.SUPPRESS)
parser.add_argument("--sim_sell", type=str, help=argparse.SUPPRESS)
parser.add_argument("--debug", action='store_true', help=argparse.SUPPRESS)
parser.add_argument("--benchmark", action='store_true', help=argparse.SUPPRESS)
parser.add_argument("--analyze", type=str, help="analyze a Tx hash")
command_line_args = parser.parse_args()
#
# END - COMMAND LINE ARGUMENTS
#
def printt(*print_args, write_to_log=False):
# Function: printt
# ----------------------------
# provides normal print() functionality but also prints our timestamp
#
# print_args - normal arguments that would be passed to the print() function
#
# returns: nothing
print(timestamp(), ' '.join(map(str, print_args)))
if bot_settings['_NEED_NEW_LINE'] == True: print()
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_v(*print_args, write_to_log=False):
# Function: printt
# ----------------------------
# provides normal print() functionality but also prints our timestamp and pays attention to user set verbosity.
#
# print_args - normal arguments that would be passed to the print() function
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
if command_line_args.verbose == True:
print(timestamp(), ' '.join(map(str, print_args)))
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_err(*print_args, write_to_log=True):
# Function: printt_err
# --------------------
# provides normal print() functionality but also prints our timestamp and the text highlighted to display an error
#
# print_args - normal arguments that would be passed to the print() function
# write_to_log - wether or not to write the same text to the log file
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
print(timestamp(), " ", style.RED, ' '.join(map(str, print_args)), style.RESET, sep="")
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_warn(*print_args, write_to_log=False):
# Function: printt_warn
# --------------------
# provides normal print() functionality but also prints our timestamp and the text highlighted to display a warning
#
# print_args - normal arguments that would be passed to the print() function
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
print(timestamp(), " ", style.YELLOW, ' '.join(map(str, print_args)), style.RESET, sep="")
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_ok(*print_args, write_to_log=False):
# Function: printt_ok
# --------------------
# provides normal print() functionality but also prints our timestamp and the text highlighted to display an OK text
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
print(timestamp(), " ", style.GREEN, ' '.join(map(str, print_args)), style.RESET, sep="")
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_info(*print_args, write_to_log=False):
# Function: printt_info
# --------------------
# provides normal print() functionality but also prints our timestamp and the text highlighted to display an INFO text in yellow
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
print(timestamp(), " ", style.INFO, ' '.join(map(str, print_args)), style.RESET, sep="")
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_debug(*print_args, write_to_log=False):
# Function: printt_warn
# --------------------
# provides normal print() functionality but also prints our timestamp and the text highlighted to display a warning
#
# print_args - normal arguments that would be passed to the print() function
#
# returns: nothing
if bot_settings['_NEED_NEW_LINE'] == True: print()
if command_line_args.debug == True:
print(timestamp(), " ", style.DEBUG, ' '.join(map(str, print_args)), style.RESET, sep="")
if write_to_log == True:
logging.info(' '.join(map(str, print_args)))
def printt_repeating(token_dict, message, print_frequency=500):
# Function: printt_r
# --------------------
# Function to manage a generic repeating message
#
# token_dict - one element of the tokens{} dictionary
# message - the message to be printed
#
# returns: nothing
global repeated_message_quantity
if message == token_dict['_LAST_MESSAGE'] and settings['VERBOSE_PRICING'] == 'false' and print_frequency >= repeated_message_quantity:
bot_settings['_NEED_NEW_LINE'] = False
repeated_message_quantity += 1
else:
printt_err(message, write_to_log=False)
repeated_message_quantity = 0
token_dict['_LAST_MESSAGE'] = message
def printt_sell_price(token_dict, token_price):
# Function: printt_sell_price
# --------------------
# Formatted buying information
#
# token_dict - one element of the tokens{} dictionary
# token_price - the current price of the token we want to buy
#
# returns: nothing
printt_debug("printt_sell_price token_dict:", token_dict)
printt_debug("token_dict['_TRADING_IS_ON'] 266:", token_dict['_TRADING_IS_ON'], "for token:", token_dict['SYMBOL'])
printt_debug("_PREVIOUS_QUOTE :", token_dict['_PREVIOUS_QUOTE'], "for token:", token_dict['SYMBOL'])
if token_dict['USECUSTOMBASEPAIR'] == 'false':
price_message = token_dict['_PAIR_SYMBOL'] + " Price: " + "{0:.24f}".format(token_price) + " " + base_symbol
else:
price_message = token_dict['_PAIR_SYMBOL'] + " Price: " + "{0:.24f}".format(token_price) + " " + token_dict['BASESYMBOL']
price_message = price_message + " - Sell:" + str(token_dict['_CALCULATED_SELLPRICEINBASE']) + " Stop:" + str(token_dict['_CALCULATED_STOPLOSSPRICEINBASE'])
# price_message = price_message + " ATH:" + "{0:.24f}".format(token_dict['_ALL_TIME_HIGH']) + " ATL:" + "{0:.24f}".format(token_dict['_ALL_TIME_LOW'])
if token_dict['USECUSTOMBASEPAIR'] == 'false':
price_message = price_message + " - Token balance: " + str("{0:.4f}".format(token_dict['_TOKEN_BALANCE'])) + " (= " + "{0:.2f}".format(float(token_price) * float(token_dict['_BASE_PRICE']) * float(token_dict['_TOKEN_BALANCE'])) + " $)"
else:
price_message = price_message + " - Token balance: " + str("{0:.4f}".format(token_dict['_TOKEN_BALANCE'])) + " (= " + "{0:.2f}".format(float(token_price) * float(token_dict['_TOKEN_BALANCE'])) + " " + token_dict['BASESYMBOL'] + ")"
# Display a message if MAXTOKENS is reached
if token_dict['_REACHED_MAX_TOKENS'] == True:
price_message = price_message + '\033[31m' + " - MAXTOKENS reached" + '\033[0m'
if price_message == token_dict['_LAST_PRICE_MESSAGE'] and settings['VERBOSE_PRICING'] == 'false':
bot_settings['_NEED_NEW_LINE'] = False
elif token_price > token_dict['_PREVIOUS_QUOTE']:
printt_ok(price_message)
token_dict['_TRADING_IS_ON'] = True
elif token_price < token_dict['_PREVIOUS_QUOTE']:
printt_err(price_message)
token_dict['_TRADING_IS_ON'] = True
else:
printt(price_message)
token_dict['_LAST_PRICE_MESSAGE'] = price_message
def printt_buy_price(token_dict, token_price):
# Function: printt_buy_price
# --------------------
# Formatted buying information
#
# token_dict - one element of the tokens{} dictionary
# token_price - the current price of the token we want to buy
#
# returns: nothing
printt_sell_price(token_dict, token_price)
def load_settings_file(settings_path, load_message=True):
# Function: load_settings_file
# ----------------------------
# loads the settings file defined by command_line_args.settings, sets sane defaults if variables aren't found in settings file
# exits with an error message if necessary variables are not found in the settings files
#
# settings_path = the path of the file to load settings from
#
# returns: a dictionary with the settings from the file loaded
if load_message == True:
print(timestamp(), "Loading settings from", settings_path)
with open(settings_path, ) as js_file:
f = jsmin(js_file.read())
all_settings = json.loads(f)
settings = bot_settings = {}
# Walk all settings and find the first exchange settings. This will keep us backwards compatible
for settings_set in all_settings:
if 'EXCHANGE' in settings_set:
settings = settings_set
elif 'EXCHANGE' not in settings_set:
bot_settings = settings_set
#
# INITIALIZE BOT SETTINGS
#
if len(bot_settings) > 0:
print(timestamp(), "Global settings detected in settings.json.")
# There are values that we will set internally. They must all begin with _
# _NEED_NEW_LINE - set to true when the next printt statement will need to print a new line before data
default_true_settings = [
]
program_defined_values = {
'_NEED_NEW_LINE': False
}
for default_true in default_true_settings:
if default_true not in settings:
print(timestamp(), default_true,
"not found in settings.json, settings a default value of false.")
bot_settings[default_true] = "true"
else:
bot_settings[default_true] = bot_settings[default_true].lower()
for value in program_defined_values:
if value not in bot_settings: bot_settings[value] = program_defined_values[value]
#
# INITIALIZE EXCHANGE SETTINGS
#
if len(settings) == 0:
print(timestamp(), "No exchange settings found in settings.json. Exiting.")
exit(11)
default_false_settings = [
'UNLIMITEDSLIPPAGE',
'USECUSTOMNODE',
'PASSWORD_ON_CHANGE',
'SLOW_MODE',
'ENABLE_APPRISE_NOTIFICATIONS'
]
default_true_settings = [
'PREAPPROVE',
'VERBOSE_PRICING'
]
# These settings must be defined by the user and we will lower() them
required_user_settings = [
'EXCHANGE',
'MEMPOOL_METHOD'
]
for default_false in default_false_settings:
if default_false not in settings:
print(timestamp(), default_false, "not found in settings.json, settings a default value of false.")
settings[default_false] = "false"
else:
settings[default_false] = settings[default_false].lower()
for default_true in default_true_settings:
if default_true not in settings:
print(timestamp(), default_true, "not found in settings.json, settings a default value of true.")
settings[default_true] = "true"
else:
settings[default_true] = settings[default_true].lower()
# Keys that must be set
for required_setting in required_user_settings:
if required_setting not in settings:
print(timestamp(), "ERROR:", required_setting, "not found in settings.json")
exit(-1)
else:
settings[required_setting] = settings[required_setting].lower()
return bot_settings, settings
def apprise_notification(token, parameter):
printt_debug("ENTER pushsafer_notification")
apobj = apprise.Apprise()
if settings['APPRISE_PARAMETERS'] == "":
printt_err("APPRISE_PARAMETERS setting is missing - please enter it")
return
apprise_parameter = settings['APPRISE_PARAMETERS']
printt_debug("apprise_parameter:", apprise_parameter)
for key in apprise_parameter:
apobj.add(key)
try:
if parameter == 'buy_success':
message = "Your " + token['SYMBOL'] + " buy Tx is confirmed. Price : " + str("{:.10f}".format(token['_QUOTE']))
title = "BUY Success"
apobj.notify(
body=message,
title=title,
)
elif parameter == 'buy_failure':
message = "Your " + token['SYMBOL'] + " buy Tx failed"
title = "BUY Failure"
apobj.notify(
body=message,
title=title,
)
elif parameter == 'sell_success':
message = "Your " + token['SYMBOL'] + " sell Tx is confirmed. Price : " + str("{:.10f}".format(token['_QUOTE']))
title = "SELL Success"
apobj.notify(
body=message,
title=title,
)
elif parameter == 'sell_failure':
message = "Your " + token['SYMBOL'] + " sell Tx failed"
title = "SELL Failure"
apobj.notify(
body=message,
title=title,
)
except Exception as ee:
printt_err("APPRISE - an Exception occured : check your logs")
logging.exception(ee)
def get_file_modified_time(file_path, last_known_modification=0):
modified_time = os.path.getmtime(file_path)
if modified_time != 0 and last_known_modification == modified_time:
printt_debug(file_path, "has been modified.")
return last_known_modification
def reload_bot_settings(bot_settings_dict):
# Function: reload_settings_file()
# ----------------------------
# Reloads and/or initializes settings that need to be updated when run is re-executed.
# See load_settings_file for the details of these attributes
#
program_defined_values = {
'_NEED_NEW_LINE': False,
'_QUERIES_PER_SECOND': 'Unknown'
}
for value in program_defined_values:
bot_settings_dict[value] = program_defined_values[value]
def load_tokens_file(tokens_path, load_message=True):
# Function: load_tokens_File
# ----------------------------
# loads the token definition file defined by command_line_args.settings, sets sane defaults if variables aren't found in settings file
# exits with an error message if necessary variables are not found in the settings files
#
# IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE
# Any additional options added to this function must also be considered for change in reload_tokens_file()
#
# tokens_path: the path of the file to load tokens from
# load_message: if true we print to stdout that we're loading settings from the file
# last_modified: perform this function only if he file has been modified since this date
#
# returns: 1. a dictionary of dictionaries in json format containing details of the tokens we're rading
# 2. the timestamp for the last modification of the file
# Any new token configurations that are added due to "WATCH_STABLES_PAIRS" configuration will be added to this array. After we are done
# loading all settings from tokens.json, we'll append this list to the token list
printt_debug("ENTER load_tokens_file")
global set_of_new_tokens
if load_message == True:
print(timestamp(), "Loading tokens from", tokens_path)
with open(tokens_path, ) as js_file:
t = jsmin(js_file.read())
tokens = json.loads(t)
required_user_settings = [
'ADDRESS',
'BUYAMOUNTINBASE',
'SELLPRICEINBASE'
]
default_true_settings = [
'LIQUIDITYINNATIVETOKEN'
]
default_false_settings = [
'ENABLED',
'USECUSTOMBASEPAIR',
'HASFEES',
'RUGDOC_CHECK',
'MULTIPLEBUYS',
'KIND_OF_SWAP',
'ALWAYS_CHECK_BALANCE',
'WAIT_FOR_OPEN_TRADE',
'WATCH_STABLES_PAIRS'
]
default_value_settings = {
'SLIPPAGE': 49,
'BUYAMOUNTINTOKEN': 0,
'MAXTOKENS': 0,
'MOONBAG': 0,
'MINIMUM_LIQUIDITY_IN_DOLLARS': 10000,
'MAX_BASE_AMOUNT_PER_EXACT_TOKENS_TRANSACTION': 0.5,
'SELLAMOUNTINTOKENS': 'all',
'GAS': 8,
'MAX_GAS': 99999,
'BOOSTPERCENT': 50,
'GASLIMIT': 1000000,
'BUYAFTER_XXX_SECONDS': 0,
'XXX_SECONDS_COOLDOWN_AFTER_BUY_SUCCESS_TX': 0,
'XXX_SECONDS_COOLDOWN_AFTER_SELL_SUCCESS_TX': 0,
'MAX_FAILED_TRANSACTIONS_IN_A_ROW': 2,
'MAX_SUCCESS_TRANSACTIONS_IN_A_ROW': 2,
'GASPRIORITY_FOR_ETH_ONLY': 1.5,
'STOPLOSSPRICEINBASE': 0,
'BUYCOUNT': 0,
'_STABLE_BASES': {}
}
# There are values that we will set internally. They must all begin with _
# _LIQUIDITY_CHECKED - false if we have yet to check liquidity for this token
# _INFORMED_SELL - set to true when we've already informed the user that we're selling this position
# _LIQUIDITY_READY - a flag to test if we've found liquidity for this pair
# _LIQUIDITY_CHECKED - a flag to test if we've check for the amount of liquidity for this pair
# _INFORMED_SELL - a flag to store that we've printed to console that we are going to be selling the position
# _REACHED_MAX_TOKENS - flag to look at to determine if the user's wallet has reached the maximum number of flags
# this flag is used for conditionals throughout the run of this bot. Be sure to set this
# flag after enough tokens that brings the number of token up to the MAXTOKENS. In other words
# done depend on (if MAXTOKENS < _TOKEN_BALANCE) conditionals
# _GAS_TO_USE - the amount of gas the bot has estimated it should use for the purchase of a token
# this number is calculated every bot start up
# _FAILED_TRANSACTIONS - the number of times a transaction has failed for this token
# _SUCCESS_TRANSACTIONS - the number of times a transaction has succeeded for this token
# _REACHED_MAX_SUCCESS_TX - flag to look at to determine if the user's wallet has reached the maximum number of flags
# this flag is used for conditionals throughout the run of this bot. Be sure to set this
# flag after enough tokens that brings the number of token up to the MAX_SUCCESS_TRANSACTIONS_IN_A_ROW. In other words
# done depend on (if MAX_SUCCESS_TRANSACTIONS_IN_A_ROW < _REACHED_MAX_SUCCESS_TX) conditionals
# _TRADING_IS_ON - defines if trading is ON of OFF on a token. Used with WAIT_FOR_OPEN_TRADE parameter
# _BUY_IS_MADE - defines if BUY order has been made --> switching to SELL mode
# _RUGDOC_DECISION - decision of the user after RugDoc API check
# _TOKEN_BALANCE - the number of traded tokens the user has in his wallet
# _PREVIOUS_TOKEN_BALANCE - the number of traded tokens the user has in his wallet before BUY order
# _IN_TOKEN - _IN_TOKEN is the token you want to BUY (example : CAKE)
# _OUT_TOKEN - _OUT_TOKEN is the token you want to TRADE WITH (example : ETH or USDT)
# _BASE_BALANCE - balance of Base token, calculated at bot launch and after a BUY/SELL
# _BASE_PRICE - price of Base token, calculated at bot launch with calculate_base_price
# _BASE_USED_FOR_TX - amount of base balance used to make the Tx transaction
# _PAIR_TO_DISPLAY - token symbol / base symbol
# _CUSTOM_BASE_BALANCE - balance of Custom Base token, calculated at bot launch and after a BUY/SELL
# _QUOTE - holds the token's quote
# _PREVIOUS_QUOTE - holds the ask price for a token the last time a price was queried, this is used
# to determine the direction the market is going
# _COST_PER_TOKEN - the calculated/estimated price the bot paid for the number of tokens it traded
# _CALCULATED_SELLPRICEINBASE - the calculated sell price created with build_sell_conditions()
# _CALCULATED_STOPLOSSPRICEINBASE - the calculated stoploss price created with build_sell_conditions()
# _ALL_TIME_HIGH - the highest price a token has had since the bot was started
# _ALL_TIME_LOW - the lowest price a token has had since the bot was started
# _CONTRACT_DECIMALS - the number of decimals a contract uses. Used to speed up some of our processes
# instead of querying the contract for the same information repeatedly.
# _BASE_DECIMALS - the number of decimals of custom base pair. Used to speed up some of our processes
# instead of querying the contract for the same information repeatedly.
# _WETH_DECIMALS - the number of decimals of weth. Used to speed up some of our processes
# instead of querying the contract for the same information repeatedly.
# _LIQUIDITY_DECIMALS - the number of decimals of liquidity
# _LAST_PRICE_MESSAGE - a copy of the last pricing message printed to console, used to determine the price
# should be printed again, or just a dot
# _LAST_MESSAGE - a place to store a copy of the last message printed to conside, use to avoid
# repeated liquidity messages
# _GAS_IS_CALCULATED - if gas needs to be calculated by wait_for_open_trade, this parameter is set to true
# _EXCHANGE_BASE_SYMBOL - this is the symbol for the base that is used by the exchange the token is trading on
# _PAIR_SYMBOL - the symbol for this TOKEN/BASE pair
program_defined_values = {
'_LIQUIDITY_READY': False,
'_LIQUIDITY_CHECKED': False,
'_INFORMED_SELL': False,
'_REACHED_MAX_TOKENS': False,
'_TRADING_IS_ON': False,
'_BUY_IS_MADE': False,
'_RUGDOC_DECISION': "",
'_GAS_TO_USE': 0,
'_GAS_IS_CALCULATED': False,
'_FAILED_TRANSACTIONS': 0,
'_SUCCESS_TRANSACTIONS': 0,
'_REACHED_MAX_SUCCESS_TX': False,
'_TOKEN_BALANCE': 0,
'_PREVIOUS_TOKEN_BALANCE': 0,
'_BASE_BALANCE': 0,
'_BASE_PRICE': calculate_base_price(),
'_BASE_USED_FOR_TX': 0,
'_PAIR_TO_DISPLAY': "Pair",
'_CUSTOM_BASE_BALANCE': 0,
'_QUOTE': 0,
'_PREVIOUS_QUOTE': 0,
'_ALL_TIME_HIGH': 0,
'_COST_PER_TOKEN': 0,
'_CALCULATED_SELLPRICEINBASE': 99999,
'_CALCULATED_STOPLOSSPRICEINBASE': 0,
'_ALL_TIME_LOW': 0,
'_CONTRACT_DECIMALS': 0,
'_BASE_DECIMALS': 0,
'_WETH_DECIMALS': 0,
'_LAST_PRICE_MESSAGE': 0,
'_LAST_MESSAGE' : 0,
'_FIRST_SELL_QUOTE' : 0,
'_BUILT_BY_BOT' : False,
'_EXCHANGE_BASE_SYMBOL' : settings['_EXCHANGE_BASE_SYMBOL'],
'_PAIR_SYMBOL' : ''
}
for token in tokens:
# Keys that must be set
for required_key in required_user_settings:
if required_key not in token:
printt_err(required_key, "not found in configuration file in configuration for to token", token['SYMBOL'])
printt_err("Be careful, sometimes new parameter are added : please check default tokens.json file")
sleep(20)
exit(-1)
for default_false in default_false_settings:
if default_false not in token:
printt_v(default_false, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a default value of false")
token[default_false] = "false"
else:
token[default_false] = token[default_false].lower()
for default_true in default_true_settings:
if default_true not in token:
printt_v(default_true, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a default value of true")
token[default_true] = "true"
else:
token[default_true] = token[default_true].lower()
for default_key in default_value_settings:
if default_key not in token:
printt_v(default_key, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a value of", default_value_settings[default_key])
token[default_key] = default_value_settings[default_key]
elif default_key == 'SELLAMOUNTINTOKENS':
default_value_settings[default_key] = default_value_settings[default_key].lower()
# Set program values only if they haven't been set already
if '_LIQUIDITY_READY' not in token:
for value in program_defined_values:
token[value] = program_defined_values[value]
for key in token:
if (isinstance(token[key], str)):
if re.search(r'^\d*\.\d+$', str(token[key])):
token[key] = float(token[key])
elif re.search(r'^\d+$', token[key]):
token[key] = int(token[key])
if token['WATCH_STABLES_PAIRS'] == 'true' and token['USECUSTOMBASEPAIR'] == 'false':
if token['_COST_PER_TOKEN'] == 0 :
build_sell_conditions(token, 'before_buy', 'hide_message')
else:
build_sell_conditions(token, 'after_buy', 'hide_message')
for new_token_dict in build_extended_base_configuration(token):
set_of_new_tokens.append(new_token_dict)
elif token['WATCH_STABLES_PAIRS'] == 'true':
printt("")
printt_warn ("Ignoring WATCH_STABLES_PAIRS", "for", token['SYMBOL'], ": WATCH_STABLES_PAIRS = true and USECUSTOMBASEPAIR = true is unsupported.")
printt("")
if token['USECUSTOMBASEPAIR'] == 'true' and token['LIQUIDITYINNATIVETOKEN'] == 'false':
token['_PAIR_SYMBOL'] = token['SYMBOL'] + '/' + token['BASESYMBOL']
else:
token['_PAIR_SYMBOL'] = token['SYMBOL'] + '/' + token['_EXCHANGE_BASE_SYMBOL']
# Add any tokens generated by "WATCH_STABLES_PAIRS" to the tokens list.
for token_dict in set_of_new_tokens:
tokens.append(token_dict)
return tokens
def reload_tokens_file(tokens_path, load_message=True):
# Function: reload_tokens_File
# ----------------------------
# loads the token definition file defined by command_line_args.settings, sets sane defaults if variables aren't found in settings file
# exits with an error message if necessary variables are not found in the settings files
#
# IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE - IMPORTANT NOTE
# Any additional options added to this function must also be considered for change in reload_tokens_file()
#
# tokens_path: the path of the file to load tokens from
# load_message: if true we print to stdout that we're loading settings from the file
# last_modified: perform this function only if he file has been modified since this date
#
# returns: 1. a dictionary of dictionaries in json format containing details of the tokens we're rading
# 2. the timestamp for the last modification of the file
# Any new token configurations that are added due to "WATCH_STABLES_PAIRS" configuration will be added to this array. After we are done
# loading all settings from tokens.json, we'll append this list to the token list
printt_debug("ENTER reload_tokens_file")
global _TOKENS_saved
global set_of_new_tokens
printt_debug("reload_tokens_file _TOKENS_saved:", _TOKENS_saved)
set_of_new_tokens = []
if load_message == True:
printt("")
printt("Reloading tokens from", tokens_path, '\033[31m', "- do NOT change token SYMBOL in real time", '\033[0m', write_to_log=True)
printt("")
with open(tokens_path, ) as js_file:
t = jsmin(js_file.read())
tokens = json.loads(t)
required_user_settings = [
'ADDRESS',
'BUYAMOUNTINBASE',
'SELLPRICEINBASE'
]
default_true_settings = [
'LIQUIDITYINNATIVETOKEN'
]
default_false_settings = [
'ENABLED',
'USECUSTOMBASEPAIR',
'HASFEES',
'RUGDOC_CHECK',
'MULTIPLEBUYS',
'KIND_OF_SWAP',
'ALWAYS_CHECK_BALANCE',
'WAIT_FOR_OPEN_TRADE',
'WATCH_STABLES_PAIRS'
]
default_value_settings = {
'SLIPPAGE': 49,
'BUYAMOUNTINTOKEN': 0,
'MAXTOKENS': 0,
'MOONBAG': 0,
'MINIMUM_LIQUIDITY_IN_DOLLARS': 10000,
'MAX_BASE_AMOUNT_PER_EXACT_TOKENS_TRANSACTION': 0.5,
'SELLAMOUNTINTOKENS': 'all',
'GAS': 8,
'MAX_GAS': 99999,
'BOOSTPERCENT': 50,
'GASLIMIT': 1000000,
'BUYAFTER_XXX_SECONDS': 0,
'XXX_SECONDS_COOLDOWN_AFTER_BUY_SUCCESS_TX': 0,
'XXX_SECONDS_COOLDOWN_AFTER_SELL_SUCCESS_TX': 0,
'MAX_FAILED_TRANSACTIONS_IN_A_ROW': 2,
'MAX_SUCCESS_TRANSACTIONS_IN_A_ROW': 2,
'GASPRIORITY_FOR_ETH_ONLY': 1.5,
'STOPLOSSPRICEINBASE': 0,
'BUYCOUNT': 0,
'_STABLE_BASES': {}
}
program_defined_values = {
'_LIQUIDITY_READY': False,
'_LIQUIDITY_CHECKED': False,
'_INFORMED_SELL': False,
'_REACHED_MAX_TOKENS': False,
'_TRADING_IS_ON': False,
'_RUGDOC_DECISION': "",
'_GAS_TO_USE': 0,
'_GAS_IS_CALCULATED': False,
'_FAILED_TRANSACTIONS': 0,
'_SUCCESS_TRANSACTIONS': 0,
'_REACHED_MAX_SUCCESS_TX': False,
'_TOKEN_BALANCE': 0,
'_PREVIOUS_TOKEN_BALANCE': 0,
'_BASE_BALANCE': 0,
'_BASE_PRICE': 0,
'_BASE_USED_FOR_TX': 0,
'_PAIR_TO_DISPLAY': "Pair",
'_CUSTOM_BASE_BALANCE': 0,
'_QUOTE': 0,
'_PREVIOUS_QUOTE': 0,
'_ALL_TIME_HIGH': 0,
'_COST_PER_TOKEN': 0,
'_CALCULATED_SELLPRICEINBASE': 99999,
'_CALCULATED_STOPLOSSPRICEINBASE': 0,
'_ALL_TIME_LOW': 0,
'_CONTRACT_DECIMALS': 0,
'_BASE_DECIMALS': 0,
'_WETH_DECIMALS': 0,
'_LAST_PRICE_MESSAGE': 0,
'_LAST_MESSAGE': 0,
'_FIRST_SELL_QUOTE': 0,
'_BUILT_BY_BOT': False,
'_EXCHANGE_BASE_SYMBOL': settings['_EXCHANGE_BASE_SYMBOL'],
'_PAIR_SYMBOL': '',
'_NOT_ENOUGH_TO_BUY': False,
'_IN_TOKEN': '',
'_OUT_TOKEN': ''
}
for token in tokens:
# Keys that must be set
for required_key in required_user_settings:
if required_key not in token:
printt_err(required_key, "not found in configuration file in configuration for to token", token['SYMBOL'])
printt_err("Be careful, sometimes new parameter are added : please check default tokens.json file")
sleep(20)
exit(-1)
for default_false in default_false_settings:
if default_false not in token:
printt_v(default_false, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a default value of false")
token[default_false] = "false"
else:
token[default_false] = token[default_false].lower()
for default_true in default_true_settings:
if default_true not in token:
printt_v(default_true, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a default value of true")
token[default_true] = "true"
else:
token[default_true] = token[default_true].lower()
for default_key in default_value_settings:
if default_key not in token:
printt_v(default_key, "not found in configuration file in configuration for to token", token['SYMBOL'], "setting a value of", default_value_settings[default_key])
token[default_key] = default_value_settings[default_key]
elif default_key == 'SELLAMOUNTINTOKENS':
default_value_settings[default_key] = default_value_settings[default_key].lower()
# Set program values only if they haven't been set already
if '_LIQUIDITY_READY' not in token:
for value in program_defined_values:
token[value] = program_defined_values[value]
for key in token:
if (isinstance(token[key], str)):
if re.search(r'^\d*\.\d+$', str(token[key])):
token[key] = float(token[key])
elif re.search(r'^\d+$', token[key]):
token[key] = int(token[key])
if token['WATCH_STABLES_PAIRS'] == 'true' and token['USECUSTOMBASEPAIR'] == 'false':
if token['_COST_PER_TOKEN'] == 0 :
build_sell_conditions(token, 'before_buy', 'hide_message')
else:
build_sell_conditions(token, 'after_buy', 'hide_message')
for new_token_dict in build_extended_base_configuration(token):
set_of_new_tokens.append(new_token_dict)
elif token['WATCH_STABLES_PAIRS'] == 'true':
printt_warn("Ignoring WATCH_STABLES_PAIRS", "for", token['SYMBOL'], ": WATCH_STABLES_PAIRS = true and USECUSTOMBASEPAIR = true is unsupported.")
token.update({
'_LIQUIDITY_READY': _TOKENS_saved[token['SYMBOL']]['_LIQUIDITY_READY'],
'_LIQUIDITY_CHECKED': _TOKENS_saved[token['SYMBOL']]['_LIQUIDITY_CHECKED'],
'_INFORMED_SELL': _TOKENS_saved[token['SYMBOL']]['_INFORMED_SELL'],
'_REACHED_MAX_TOKENS': _TOKENS_saved[token['SYMBOL']]['_REACHED_MAX_TOKENS'],
'_TRADING_IS_ON': _TOKENS_saved[token['SYMBOL']]['_TRADING_IS_ON'],
'_RUGDOC_DECISION': _TOKENS_saved[token['SYMBOL']]['_RUGDOC_DECISION'],
'_GAS_TO_USE': _TOKENS_saved[token['SYMBOL']]['_GAS_TO_USE'],
'_GAS_IS_CALCULATED': _TOKENS_saved[token['SYMBOL']]['_GAS_IS_CALCULATED'],
'_FAILED_TRANSACTIONS': _TOKENS_saved[token['SYMBOL']]['_FAILED_TRANSACTIONS'],
'_SUCCESS_TRANSACTIONS': _TOKENS_saved[token['SYMBOL']]['_SUCCESS_TRANSACTIONS'],
'_REACHED_MAX_SUCCESS_TX': _TOKENS_saved[token['SYMBOL']]['_REACHED_MAX_SUCCESS_TX'],
'_TOKEN_BALANCE': _TOKENS_saved[token['SYMBOL']]['_TOKEN_BALANCE'],
'_PREVIOUS_TOKEN_BALANCE': _TOKENS_saved[token['SYMBOL']]['_PREVIOUS_TOKEN_BALANCE'],
'_BASE_BALANCE': _TOKENS_saved[token['SYMBOL']]['_BASE_BALANCE'],
'_BASE_PRICE': _TOKENS_saved[token['SYMBOL']]['_BASE_PRICE'],
'_BASE_USED_FOR_TX': _TOKENS_saved[token['SYMBOL']]['_BASE_USED_FOR_TX'],
'_PAIR_TO_DISPLAY': _TOKENS_saved[token['SYMBOL']]['_PAIR_TO_DISPLAY'],
'_CUSTOM_BASE_BALANCE': _TOKENS_saved[token['SYMBOL']]['_CUSTOM_BASE_BALANCE'],
'_QUOTE': _TOKENS_saved[token['SYMBOL']]['_QUOTE'],
'_PREVIOUS_QUOTE': _TOKENS_saved[token['SYMBOL']]['_PREVIOUS_QUOTE'],
'_ALL_TIME_HIGH': _TOKENS_saved[token['SYMBOL']]['_ALL_TIME_HIGH'],
'_COST_PER_TOKEN': _TOKENS_saved[token['SYMBOL']]['_COST_PER_TOKEN'],
'_CALCULATED_SELLPRICEINBASE': _TOKENS_saved[token['SYMBOL']]['_CALCULATED_SELLPRICEINBASE'],
'_CALCULATED_STOPLOSSPRICEINBASE': _TOKENS_saved[token['SYMBOL']]['_CALCULATED_STOPLOSSPRICEINBASE'],
'_ALL_TIME_LOW': _TOKENS_saved[token['SYMBOL']]['_ALL_TIME_LOW'],
'_CONTRACT_DECIMALS': _TOKENS_saved[token['SYMBOL']]['_CONTRACT_DECIMALS'],
'_BASE_DECIMALS': _TOKENS_saved[token['SYMBOL']]['_BASE_DECIMALS'],
'_WETH_DECIMALS': _TOKENS_saved[token['SYMBOL']]['_WETH_DECIMALS'],
'_LIQUIDITY_DECIMALS': _TOKENS_saved[token['SYMBOL']]['_WETH_DECIMALS'],
'_LAST_PRICE_MESSAGE': _TOKENS_saved[token['SYMBOL']]['_LAST_PRICE_MESSAGE'],
'_LAST_MESSAGE': _TOKENS_saved[token['SYMBOL']]['_LAST_MESSAGE'],
'_FIRST_SELL_QUOTE': _TOKENS_saved[token['SYMBOL']]['_FIRST_SELL_QUOTE'],
'_BUILT_BY_BOT': _TOKENS_saved[token['SYMBOL']]['_BUILT_BY_BOT'],
'_EXCHANGE_BASE_SYMBOL': _TOKENS_saved[token['SYMBOL']]['_EXCHANGE_BASE_SYMBOL'],
'_PAIR_SYMBOL': _TOKENS_saved[token['SYMBOL']]['_PAIR_SYMBOL'],
'_BUY_IS_MADE': _TOKENS_saved[token['SYMBOL']]['_BUY_IS_MADE'],
'_IN_TOKEN': _TOKENS_saved[token['SYMBOL']]['_IN_TOKEN'],
'_OUT_TOKEN': _TOKENS_saved[token['SYMBOL']]['_OUT_TOKEN']
})
# Add any tokens generated by "WATCH_STABLES_PAIRS" to the tokens list.
for token_dict in set_of_new_tokens:
tokens.append(token_dict)
printt_debug("EXIT reload_tokens_file")
return tokens
def token_list_report(tokens, all_pairs=False):
# Function: token_list_report
# ----------------------------
# takes our tokens and reports on the ones that are still enabled
#
# tokens: array of dicts representing the tokens to trade in the format absorbed by load_tokens_file
# all_pairs: If False (default) reports all enabled pairs - if True reports on all pairs
#
# returns: an array of all SYMBOLS we are trading
token_list = ""
tokens_trading = 0
for token in tokens:
if all_pairs == True or token["ENABLED"] == 'true':
tokens_trading += 1
if token_list != "":
token_list = token_list + " "
if token['USECUSTOMBASEPAIR'] == 'false':
token_list = token_list + token['_PAIR_SYMBOL']
else: