public void Verify_Rebalance_SupportedSignalType__DoesNotThrow(SignalType signalType)
{
Signal signal = new Signal()
{
Stock = null, Direction = PositionDir.Long, Type = signalType, Rebalance = true, NewBalance = new List <(StockDefinition stockDef, float balance)>()
};
SignalVerifier.Verify(signal);
}
public void Verify_Rebalance_UnsupportedSignalType__Throws(SignalType signalType)
{
Signal signal = new Signal()
{
Stock = null, Type = signalType, Rebalance = true, NewBalance = new List <(StockDefinition stockDef, float balance)>()
};
Should.Throw <Exception>(() => SignalVerifier.Verify(signal));
}
public void Verify_Rebalance_NullNewBalanceList__Throws()
{
Signal signal = new Signal()
{
Stock = null, Rebalance = true, NewBalance = null
};
Should.Throw <Exception>(() => SignalVerifier.Verify(signal));
}
public void Verify_Signal_NotNullStock_NonZeroVolume__DoesNotThrow()
{
Signal signal = new Signal()
{
Stock = _stock, Volume = 1
};
SignalVerifier.Verify(signal);
}
public void Verify_Signal_ZeroVolume__Throws()
{
Signal signal = new Signal()
{
Stock = _stock, Volume = 0
};
Should.Throw <Exception>(() => SignalVerifier.Verify(signal));
}
public void Verify_Signal_NullStock__Throws()
{
Signal signal = new Signal()
{
Stock = null
};
Should.Throw <Exception>(() => SignalVerifier.Verify(signal));
}
public void Verify_Rebalance_NewBAlanceGreaterThan1__Throws()
{
Signal signal = new Signal()
{
Stock = null,
Rebalance = true,
NewBalance = new List <(StockDefinition stockDef, float balance)>()
{
(_stock, 0.4f),
(_stock, 0.3f),
(_stock, 0.5f),
}
};
Should.Throw <Exception>(() => SignalVerifier.Verify(signal));
}
}
