public void InvalidInput()
{
var t_Rule = new CreateExpressionRule(
_CreateAddressParseRule(),
_ConstAddressCreator());
var t_Expression = t_Rule.Match(CreateState(new Token(TokenType.Keyword, "Foo")));
t_Expression.HasError().Should().BeTrue();
}
public void UnmatchedCreationFunction()
{
var t_Rule = new CreateExpressionRule(
_CreateAddressParseRule(),
_ConstAddressCreator());
var t_State = t_Rule.Match(_CreateRelativeAddress());
t_State.HasError().Should().BeTrue();
}
public void CreateConstAddressExpression()
{
var t_Rule = new CreateExpressionRule(
_CreateAddressParseRule(),
_ConstAddressCreator());
var t_Expression = t_Rule.Match(_CreateConstAddressState());
t_Expression.HasError().Should().BeFalse();
var t_Expressions = t_Expression.Value.Expressions.ToList();
t_Expressions[0].Should().BeOfType <ConstAddressExpression>();
t_Expressions[0].ToType <ConstAddressExpression>()
.Literal.Literal.Text.Should().Be("200");
}
public void CreateVariantAddressExpression()
{
var t_Rule = new CreateExpressionRule(
_CreateAddressParseRule(),
_CreateCreators());
var t_Expression = t_Rule.Match(_CreateConstAddressState());
t_Expression.HasError().Should().BeFalse();
t_Expression.Value.Expressions.Should().AllBeOfType <ConstAddressExpression>();
t_Expression.Value.Expressions.Should()
.Contain(E => E.ToType <ConstAddressExpression>().Literal.Literal.Text == "200");
t_Expression = t_Rule.Match(_CreateRelativeAddress());
t_Expression.HasError().Should().BeFalse();
t_Expression.Value.Expressions.Should().AllBeOfType <RelativeAddressExpression>();
var t_Relative = t_Expression.Value.Expressions.First().ToType <RelativeAddressExpression>();
t_Relative.Identifier.Identifier.Text.Should().Be("RAM");
t_Relative.Operator.Operator.Text.Should().Be("+");
t_Relative.Literal.Literal.Text.Should().Be("4");
}
