public void TestAMAsell()
{
bool e = false;
Random rnd = new Random();
int rndCommodity = rnd.Next(0, 10);
int EXPECTEDcommAmount = 0;
int ACTUALcommAmount = 0;
MarketClientClass client = new MarketClientClass();
MarketUserData userData = client.SendQueryUserRequest();
MarketCommodityOffer commodityInfo = client.SendQueryMarketRequest(rndCommodity);
if (userData.Error != null | commodityInfo.Error != null) //is NOT successfuly passed to the server
{
return;
}
foreach (int cmdty in userData.Commodities.Keys) //passing on all commodities .
{
if (cmdty == rndCommodity)
{
EXPECTEDcommAmount = userData.Commodities[cmdty]; //checking how many we own from rndCommodity
}
}
//we are selling 1
AMA.AMA_Sell(commodityInfo.Bid, rndCommodity, 1);
userData = client.SendQueryUserRequest(); //refresh userData
foreach (int cmdty in userData.Commodities.Keys) //passing on all commodities
{
if (cmdty == rndCommodity)
{
ACTUALcommAmount = userData.Commodities[cmdty];
}
}
if (EXPECTEDcommAmount == ACTUALcommAmount)
{
e = !e;
}
if (e | EXPECTEDcommAmount == 0)
{
Assert.AreEqual <int>(EXPECTEDcommAmount, ACTUALcommAmount);
}
else
{
Assert.AreNotEqual <int>(EXPECTEDcommAmount, ACTUALcommAmount);
}
}
public void TestAMAtimers()
{
AMA.ResetBothTimers();
bool amaTimerIsSetted = AMA.checkAmaAutoTimerIsSet();
Assert.AreEqual <bool>(true, amaTimerIsSetted);
bool userTimerIsSetted = AMA.checkUserAmaTimerIsSet();
Assert.AreEqual <bool>(true, userTimerIsSetted);
}
/// <summary>
/// starts the manual AMA with a given parameters.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void ManualAMAButton_Click(object sender, RoutedEventArgs e)
{
if (ManualAMAButton.IsEnabled)
{
AMA.TimerOfAutoUser(new List <UserAsksLink>(UserAsks));
ManualAMAButton.Content = "Stop manual AMA";
}
else
{
AMA.ResetBothTimers();
ManualAMAButton.Content = "Start manual AMA";
}
EnableDisableControls();
AmaButton.IsEnabled = !AmaButton.IsEnabled;
}
/// <summary>
/// sends a request to start the AMA
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void AmaButton_Click(object sender, RoutedEventArgs e)
{
if (ManualAMAButton.IsEnabled)
{
AMA.TimerOfAMA(true);
AmaButton.Content = "Stop automatic AMA";
}
else
{
AMA.TimerOfAMA(false);
AmaButton.Content = "Start automatic AMA";
}
EnableDisableControls();
ManualAMAButton.IsEnabled = !ManualAMAButton.IsEnabled;
}
public void TestTimer()
{
//setup
int maxReq = 10;
int interval = 6000;
int multiplier = 2;
CountLogic testLogic = new CountLogic();
AMA amaTest = new AMA(maxReq, interval);
amaTest.add(testLogic);
amaTest.enable(true);
System.Threading.Thread.Sleep(interval * multiplier);
amaTest.enable(false);
Assert.AreEqual(maxReq * multiplier, testLogic.count);
}
public IList <bool> Execute(ISecurity source)
{
int count = source.Bars.Count;
IList <double> openPrices = source.OpenPrices;
IList <double> closePrices = source.ClosePrices;
IList <double> highPrices = source.HighPrices;
IList <double> lowPrices = source.LowPrices;
IList <double> doubleList = AMA.Calc(closePrices, this.ParPeriod, (IMemoryContext)this.Context);
this.Context?.ReleaseArray((Array)doubleList);
if (this.TypeCandles == TypeCandles.Открытие)
{
doubleList = AMA.Calc(openPrices, this.ParPeriod, (IMemoryContext)this.Context);
}
else if (this.TypeCandles == TypeCandles.Максимум)
{
doubleList = AMA.Calc(highPrices, this.ParPeriod, (IMemoryContext)this.Context);
}
else if (this.TypeCandles == TypeCandles.Минимум)
{
doubleList = AMA.Calc(lowPrices, this.ParPeriod, (IMemoryContext)this.Context);
}
bool[] flagArray = this.Context?.GetArray <bool>(count) ?? new bool[count];
int paRi1 = this.PARi;
int num = this.PARi - 1;
if (!this.ParOprim)
{
for (int paRi2 = this.PARi; paRi2 < count; ++paRi2)
{
if (this.Par1 && !this.Par2 && !this.Par3 && !this.Par4)
{
bool flag = doubleList[paRi2] > doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag;
}
else if (!this.Par1 && this.Par2 && !this.Par3 && !this.Par4)
{
bool flag = doubleList[paRi2] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag;
}
else if (!this.Par1 && !this.Par2 && this.Par3 && !this.Par4)
{
bool flag = paRi2 >= this.PARi && doubleList[paRi2 - num] > doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag;
}
else if (!this.Par1 && !this.Par2 && !this.Par3 && this.Par4)
{
bool flag = paRi2 >= this.PARi && doubleList[paRi2 - num] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag;
}
else if (this.Par1 && this.Par2 && !this.Par3 && !this.Par4)
{
bool flag1 = doubleList[paRi2] > doubleList[paRi2 - paRi1];
bool flag2 = doubleList[paRi2] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
else if (this.Par1 && !this.Par2 && this.Par3 && !this.Par4)
{
bool flag1 = doubleList[paRi2] > doubleList[paRi2 - paRi1];
bool flag2 = paRi2 >= this.PARi && doubleList[paRi2 - num] > doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
else if (this.Par1 && !this.Par2 && !this.Par3 && this.Par4)
{
bool flag1 = doubleList[paRi2] > doubleList[paRi2 - paRi1];
bool flag2 = paRi2 >= this.PARi && doubleList[paRi2 - num] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
else if (!this.Par1 && this.Par2 && this.Par3 && !this.Par4)
{
bool flag1 = doubleList[paRi2] < doubleList[paRi2 - paRi1];
bool flag2 = paRi2 >= this.PARi && doubleList[paRi2 - num] > doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
else if (!this.Par1 && this.Par2 && !this.Par3 && this.Par4)
{
bool flag1 = doubleList[paRi2] < doubleList[paRi2 - paRi1];
bool flag2 = paRi2 >= this.PARi && doubleList[paRi2 - num] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
else if (!this.Par1 && !this.Par2 && this.Par3 && this.Par4)
{
bool flag1 = paRi2 >= this.PARi && doubleList[paRi2 - num] > doubleList[paRi2 - paRi1];
bool flag2 = paRi2 >= this.PARi && doubleList[paRi2 - num] < doubleList[paRi2 - paRi1];
flagArray[paRi2] = flag1 || flag2;
}
}
}
else if (this.ParOprim && (!this.Par1 && !this.Par2 && !this.Par3 && !this.Par4))
{
for (int paRi2 = this.PARi; paRi2 < count; ++paRi2)
{
flagArray[paRi2] = false;
if (this.ParMode == 1)
{
flagArray[paRi2] = doubleList[paRi2] > doubleList[paRi2 - paRi1];
}
if (this.ParMode == 2)
{
flagArray[paRi2] = doubleList[paRi2] < doubleList[paRi2 - paRi1];
}
if (this.ParMode == 3)
{
flagArray[paRi2] = paRi2 >= this.PARi && doubleList[paRi2 - num] > doubleList[paRi2 - paRi1];
}
if (this.ParMode == 4)
{
flagArray[paRi2] = paRi2 >= this.PARi && doubleList[paRi2 - num] < doubleList[paRi2 - paRi1];
}
}
}
return((IList <bool>)flagArray);
}