public void Should_be_possible_to_instantiate_an_ArithmeticFunctionComponent()
{
var function = new ArithmeticFunctionType() { Items = new object[] { new ObjectComponentType(), new LiteralComponentType() } };
var localVariable = new VariablesTypeVariableLocal_variable() { Item = function };
LocalVariableComponentsFactory factory = new LocalVariableComponentsFactory(null, null);
var variableComponent = factory.GetLocalVariableComponent(localVariable);
Assert.IsInstanceOfType(variableComponent, typeof(ArithmeticFunctionComponent));
Assert.IsTrue(((ArithmeticFunctionComponent)variableComponent).QuantityOfComponents() == 2, "the quantity of component is not expected");
}
private VariablesTypeVariableLocal_variable GetLocalVariableForAddOperationWithLiteralComponentTypeInt()
{
LiteralComponentType literalComponent1 = new LiteralComponentType() { Value = 10.ToString(), datatype = SimpleDatatypeEnumeration.@int };
LiteralComponentType literalComponent2 = new LiteralComponentType() { Value = 10.ToString(), datatype = SimpleDatatypeEnumeration.@int };
ArithmeticFunctionType arithmeticFunctionType = new ArithmeticFunctionType() { arithmetic_operation = ArithmeticEnumeration.add, Items = new [] { literalComponent1, literalComponent2 } };
VariablesTypeVariableLocal_variable localVariable = new VariablesTypeVariableLocal_variable() { Item = arithmeticFunctionType };
return localVariable;
}
public OvalArithmeticBuilder(OvalLocalVariableBuilder localVariableBuilder)
{
this.localVariableBuilder = localVariableBuilder;
this.arithmeticFunction = new ArithmeticFunctionType();
this.items = new List<Object>();
}
