public void Compute_ShouldReturnBids_WhenBelowMinimalAcceptedSpeed_ZeroLimit()
{
// Arrange
var complier = new SignOfAttackCondition(_serviceProvider.Object);
var orders = new List <BidEntry>()
{
new BidEntry()
{
Price = 1,
Alive = true,
AcceptedSpeed = 1,
LimitSpeed = 4
},
new BidEntry()
{
Price = 2,
Alive = true,
LimitSpeed = 0,
AcceptedSpeed = 2
}
};
var config = new ApiConfiguration()
{
PriceThreshold = 1,
LimitSpeed = 10,
MinimalAcceptedSpeed = 4
};
// Act
var data = complier.Compute(orders, config);
// Assert
Assert.AreEqual(0, data.Count());
}
public void Compute_ShouldReturnBids_WhenWithinThreashold()
{
// Arrange
var complier = new SignOfAttackCondition(_serviceProvider.Object);
var orders = new List <BidEntry>()
{
new BidEntry()
{
NiceHashId = "21",
Price = 21.5,
Alive = true,
AcceptedSpeed = 1
},
new BidEntry()
{
NiceHashId = "20",
Price = 22,
Alive = true,
LimitSpeed = 10
}
};
var config = new ApiConfiguration()
{
PriceThreshold = 1,
LimitSpeed = 11
};
// Act
var data = complier.Compute(orders, config);
// Assert
Assert.AreEqual(1, data.Count());
Assert.AreEqual("21", data.First().BidEntry.NiceHashId);
}
public void Compute_ShouldReturnEmptyList_WhenNothingMeetsCondition(int id)
{
// Arrange
var complier = new SignOfAttackCondition(_serviceProvider.Object);
var config = new ApiConfiguration()
{
PriceThreshold = 1,
LimitSpeed = 10
};
// Act
var data = complier.Compute(GetSignBidSet(id), config);
// Assert
Assert.IsFalse(data.Any());
}
public void Compute_ShouldReturnBidsUpdate_WhenBidSeen()
{
// Arrange
var complier = new SignOfAttackCondition(_serviceProvider.Object);
var orders = new List <BidEntry>()
{
new BidEntry()
{
NiceHashId = "11",
Price = 11,
Alive = true,
AcceptedSpeed = 1
},
new BidEntry()
{
NiceHashId = "11",
Price = 22,
Alive = true,
LimitSpeed = 0
}
};
var config = new ApiConfiguration()
{
PriceThreshold = 1,
LimitSpeed = 10
};
// Act
var data = complier.Compute(orders, config);
var data1 = complier.Compute(orders, config);
// Assert
Assert.AreEqual(1, data.Count());
Assert.AreEqual(1, data1.Count());
Assert.IsTrue(data1.First().Message.Contains("Progress"));
}
public void Compute_ShouldReturnBids_WhenMetCondition_HasLimit()
{
// Arrange
var complier = new SignOfAttackCondition(_serviceProvider.Object);
var orders = new List <BidEntry>()
{
new BidEntry()
{
NiceHashId = "15",
Price = 1,
Alive = true,
AcceptedSpeed = 1,
LimitSpeed = 1
},
new BidEntry()
{
NiceHashId = "16",
Price = 2,
Alive = true,
LimitSpeed = 10
}
};
var config = new ApiConfiguration()
{
PriceThreshold = 1,
LimitSpeed = 10
};
// Act
var data = complier.Compute(orders, config);
// Assert
Assert.AreEqual(1, data.Count());
Assert.IsNotEmpty(data.First().Message);
Assert.IsNotEmpty(data.First().Condition);
}
