#buys it immediately
#sells it at a random price
# import sys
import random
# sys.path.insert(0, '../')
from traderbot import TraderBot
#riskFactor represents how risky the bot is in general
#it affects both how much money it's willing to wager, and how long it'll wait
#before giving up
riskFactor = 0.65 #fraction of original price
riskFactorMultiplier = 3
robot = TraderBot()
stockArray = robot.getSymbols()
startingPrice = -1
while (True):
#checks if portfolio is empty
portfolio = robot.getPortfolio()
currentlyOwnedStock = ""
stockQuantity = -1
empty = True
for stock in stockArray:
if portfolio[stock] != 0:
empty=False
import random
# I'll need to change this to incorporate
from traderbot import TraderBot
robot = TraderBot()
stockArray = robot.getSymbols()
# initial loop
for ticker in stockArray:
portfolio = robot.getPortfolio()
if portfolio[ticker] != 0:
# selling distribution:
# 25 percent at market price
# 10 percent at 10 percent above market price
# 10 percent at 10 percent below market price
# 5 percent at 5 percent below market price
marketFraction = 0.25
aboveMarket = 0.10
tenBelowMarket = 0.10
fiveBelowMarket = 0.05
price = robot.getPrice(ticker)
result = robot.ask((int)(portfolio[ticker] * marketFraction), price, ticker)
if result == "Accepted":
print "trade accepted"
#picks a random stock
#buys it immediately
#sells it at a random price
# import sys
import random
# sys.path.insert(0, '../')
from traderbot import TraderBot
#riskFactor represents how risky the bot is in general
#it affects both how much money it's willing to wager, and how long it'll wait
#before giving up
riskFactor = 0.99 #fraction of original price
riskFactorMultiplier = 3
robot = TraderBot()
stockArray = robot.getSymbols()
startingPrice = -1
while (True):
#checks if portfolio is empty
portfolio = robot.getPortfolio()
currentlyOwnedStock = ""
stockQuantity = -1
empty = True
for stock in stockArray:
if portfolio[stock] != 0:
empty = False
import random
#I'll need to change this to incorporate
from traderbot import TraderBot
robot = TraderBot()
stockArray = robot.getSymbols()
#initial loop
for ticker in stockArray:
portfolio = robot.getPortfolio()
if (portfolio[ticker] != 0):
#selling distribution:
#25 percent at market price
#10 percent at 10 percent above market price
#10 percent at 10 percent below market price
#5 percent at 5 percent below market price
marketFraction = 0.25
aboveMarket = 0.10
tenBelowMarket = 0.10
fiveBelowMarket = 0.05
price = robot.getPrice(ticker)
result = robot.ask((int)(portfolio[ticker] * marketFraction), price,
ticker)
if result == 'Accepted':
print "trade accepted"
import sys sys.path.insert(0, '../') import random from traderbot import TraderBot robot = TraderBot() stockArray = robot.getSymbols() print "Stock Array", stockArray size = len(stockArray) print "Array Size", size randomStockIdx = random.randint(0, size - 1) randomStock = stockArray[randomStockIdx] print "random stock ticker:", randomStock price = robot.getPrice(randomStock) print "stock price:", price money = robot.getFunds() maxShares = 100 confirmation = robot.buy(randomStock, maxShares) if (confirmation == 1):
import sys
import random
sys.path.append('../')
from traderbot import TraderBot
robot = TraderBot(555555)
stockArray = robot.getSymbols()
startingPrice = -1
buy(robot.accountID, 'StockA', 1)
import sys
import random
sys.path.append('../')
from traderbot import TraderBot
robot = TraderBot(555555)
stockArray = robot.getSymbols()
startingPrice = -1
buy(robot.accountID,'StockA',1)
import sys sys.path.insert(0, '../') import random from traderbot import TraderBot robot = TraderBot() stockArray = robot.getSymbols() print "Stock Array", stockArray size = len(stockArray) print "Array Size", size randomStockIdx = random.randint(0, size - 1) randomStock = stockArray[randomStockIdx] print "random stock ticker:", randomStock price = robot.getPrice(randomStock) print "stock price:", price money = robot.getFunds() maxShares = 100 confirmation = robot.buy(randomStock, maxShares) if (confirmation == 1):