public void OkCoinSellCostRoundTest()
{
OkCoin okcoin = new OkCoin();
Assert.IsTrue(okcoin.ApplyFeeToSellCost(0.01m * 430.63m) == 4.2976m);
Assert.IsTrue(okcoin.ApplyFeeToSellCost(0.014m * 371.76m) == 5.1941m);
}
public void OkCoinBalanceUpdateTest()
{
OkCoin okCoin = new OkCoin();
//If there is any problem connecting to the exchange, this will throw an error.
okCoin.UpdateBalances();
}
public void OkCoinUpdateOrderBookTest()
{
OkCoin okCoin = new OkCoin();
//If there is any problem connecting to the exchange, this will throw an error.
okCoin.UpdateOrderBook(1);
//This assumes that the exchange has at least 1 order on each side. Technically this can give a false negative, but it's unlikely.
Assert.IsTrue(okCoin.OrderBook.Asks.Count == 1);
Assert.IsTrue(okCoin.OrderBook.Bids.Count == 1);
}
public void OkCoinSellQueryDeleteTest()
{
OkCoin okCoin = new OkCoin();
string sellorderId;
//First, insert a sell order. If there are any errors with either of these operations,
//an exception will be thrown.
//Buy at a really low price to the order doesn't actually get executed.
sellorderId = okCoin.Sell(okCoin.MinimumBitcoinOrderAmount, 999m);
//Both orders should still be open
Assert.IsFalse(okCoin.IsOrderFulfilled(sellorderId));
//Now delete the order. If there is an error, an exception will be thrown.
okCoin.DeleteOrder(sellorderId);
}
public void OkCoinGetAllOpenOrdersTest()
{
OkCoin okcoin = new OkCoin();
object result = okcoin.GetAllOpenOrders();
}