Files

market.src
market.src
  • import_code("/home/me/market/listLib.src")
  • blockchain = include_lib("/lib/blockchain.so")
  • if not blockchain then exit("Error: Missing blockchain.so library in the /lib")
  • wallet = login_wallet("deadlock", "kek")
  • all_coins = wallet.list_global_coins
  • Offers = {}
  • Offers.init = function(raw_offers)
  • self.raw_offers = raw_offers
  • end function
  • Offers.list = function()
  • list = []
  • for offer in to_list(self.raw_offers)
  • wallet_id = offer[0]
  • order = offer[1]
  • type = order[0]
  • amount = order[1]
  • price = order[2]
  • new_offer = {}
  • new_offer["wallet_id"] = wallet_id
  • new_offer["type"] = type
  • new_offer["amount"] = amount
  • new_offer["price"] = price
  • list.push(new_offer)
  • end for
  • return list
  • end function
  • Offers.wallets = function()
  • f = function(offer)
  • return offer["wallet_id"]
  • end function
  • return map(self.list, @f)
  • end function
  • Offers.buys = function()
  • f = function(offer)
  • return offer["type"] == "Buy"
  • end function
  • return select(self.list, @f)
  • end function
  • Offers.buys_min = function()
  • if self.buys.len == 0 then return null
  • return self.buys.sort("price")[0]
  • end function
  • Offers.buys_max = function()
  • if self.buys.len == 0 then return null
  • return self.buys.sort("price")[-1]
  • end function
  • Offers.buys_list = function()
  • f = function(offer)
  • return [offer["price"], offer["amount"]]
  • end function
  • return map(self.buys, @f)
  • end function
  • Offers.sells = function()
  • f = function(offer)
  • return offer["type"] == "Sell"
  • end function
  • return select(self.list, @f)
  • end function
  • Offers.sells_list = function()
  • f = function(offer)
  • return [offer["price"], offer["amount"]]
  • end function
  • return map(self.sells, @f)
  • end function
  • Offers.sells_min = function()
  • if self.sells.len == 0 then return null
  • return self.sells.sort("price")[0]
  • end function
  • Offers.sells_max = function()
  • if self.sells.len == 0 then return null
  • return self.sells.sort("price")[-1]
  • end function
  • Offers.len = function()
  • return self.list.len
  • end function
  • Coins = {}
  • Coins.blockchain = blockchain
  • Coins.wallet = wallet
  • Coins.init = function()
  • self.raw_list = wallet.list_global_coins
  • end function
  • Coins.list = function()
  • f = function(coin_name)
  • coin = new Coin
  • coin.init(coin_name)
  • return coin
  • end function
  • return map(self.raw_list, @f)
  • end function
  • Coins.sort = function()
  • f = function(coin)
  • data = {}
  • data["transactions"] = coin.history.len
  • data["name"] = coin.name
  • return data
  • end function
  • new_raw_list = map(self.list, @f).sort("transactions")
  • new_raw_list.reverse
  • f = function(i)
  • return i["name"]
  • end function
  • self.raw_list = map(new_raw_list, @f)
  • return self.list
  • end function
  • Coins.ignore_shit_coins = function()
  • end function
  • Coin = {}
  • Coin.blockchain = blockchain
  • Coin.wallet = wallet
  • Coin.init = function(name, wallet)
  • self.name = name
  • end function
  • Coin.mined = function()
  • return self.blockchain.amount_mined(self.name)
  • end function
  • Coin.price = function()
  • return self.blockchain.coin_price(self.name)
  • end function
  • Coin.history = function()
  • return self.blockchain.show_history(self.name)
  • end function
  • Coin.average_price = function()
  • f = function(i)
  • return i[1][0]
  • end function
  • prices = map(to_list(self.history), @f)
  • return prices.sum / prices.len
  • end function
  • Coin.offers = function()
  • offers = new Offers
  • offers.init(self.wallet.get_global_offers(self.name))
  • return offers
  • end function
  • f = function(coin_name)
  • coin = new Coin
  • coin.init(coin_name)
  • return coin
  • end function
  • all_coins = map(all_coins, @f)
  • Coins.init
  • for coin in all_coins
  • for coin in Coins.sort
  • print(coin.name)
  • print("average price(NOT ACCURATE AT ALL):" + coin.average_price)
  • print("last sold price: " + coin.price)
  • print("total coins mined: " + coin.mined)
  • //print(coin.history)
  • print("total of completed transactions: " + coin.history.len)
  • print("sell offers: " + coin.offers.sells.len)
  • print("buy offers: " + coin.offers.buys.len)
  • if coin.offers.sells.len > 0 then
  • f = function(offer)
  • return offer["amount"]
  • end function
  • total_coins = map(coin.offers.sells, @f).sum
  • print(total_coins + " for sale starting at $" + coin.offers.sells_min["price"])
  • out = ["price quantity"]
  • for i in coin.offers.sells.sort("price")
  • out.push(i["price"] + " " + i["amount"])
  • end for
  • print(format_columns(out.join(char(10))))
  • end if
  • if coin.offers.buys.len > 0 then
  • f = function(offer)
  • return offer["amount"]
  • end function
  • total_coins = map(coin.offers.buys, @f).sum
  • print(total_coins + " requests to buy at $" + coin.offers.buys_max["price"] + " or lower")
  • out = ["price quantity"]
  • buys = coin.offers.buys.sort("price")
  • buys.reverse
  • for i in buys
  • out.push(i["price"] + " " + i["amount"])
  • end for
  • print(format_columns(out.join(char(10))))
  • end if
  • print(" ")
  • end for