public void Execute(dynamic jObject, UserAlgorithmStore store)
{
var expressionCalculator = new UserExpressionCalculator();
SetUserAlgorithmModel model = jObject.ToObject <SetUserAlgorithmModel>();
var value = expressionCalculator.Calculate(model.Value, store);
store.NumverVariables[model.Variable] = value;
}
public void Execute(dynamic jObject, UserAlgorithmStore store)
{
var expressionCalculator = new UserExpressionCalculator();
AppendUserAlgorithmModel model = jObject.ToObject <AppendUserAlgorithmModel>();
var value = expressionCalculator.Calculate(model.Value, store);
store.ListVariables[model.Variable].Add(value);
}
public void Execute(dynamic jObject, UserAlgorithmStore store)
{
var expressionCalculator = new UserExpressionCalculator();
var numberFactorsExecutor = new NumberFactorsCalculator();
WhileUserAlgorithmModel model = jObject.ToObject <WhileUserAlgorithmModel>();
var firstPart = expressionCalculator.Calculate(model.FirstPart, store);
var secondPart = expressionCalculator.Calculate(model.SecondPart, store);
switch (model.Condition)
{
case Condition.More:
if (firstPart > secondPart)
{
numberFactorsExecutor.ExecuteAlgorithm(model.Algorithm, new UserAlgorithmStrategyProvider(), store);
Execute(jObject, store);
}
break;
case Condition.Less:
if (firstPart < secondPart)
{
numberFactorsExecutor.ExecuteAlgorithm(model.Algorithm, new UserAlgorithmStrategyProvider(), store);
Execute(jObject, store);
}
break;
case Condition.Equals:
if (firstPart == secondPart)
{
numberFactorsExecutor.ExecuteAlgorithm(model.Algorithm, new UserAlgorithmStrategyProvider(), store);
Execute(jObject, store);
}
break;
case Condition.NotEquals:
if (firstPart != secondPart)
{
numberFactorsExecutor.ExecuteAlgorithm(model.Algorithm, new UserAlgorithmStrategyProvider(), store);
Execute(jObject, store);
}
break;
}
}
