use std::fmt::Display;

use serde::{Deserialize, Serialize};

use crate::ast::domains::Domain;

use super::{types::Typeable, ReturnType};

/// Represents a decision variable within a computational model.

///

/// A `DecisionVariable` has a domain that defines the set of values it can take. The domain could be:

/// - A boolean domain, meaning the variable can only be `true` or `false`.

/// - An integer domain, meaning the variable can only take specific integer values or a range of integers.

///

/// # Fields

/// - `domain`:

///   - Type: `Domain`

///   - Represents the set of possible values that this decision variable can assume. The domain can be a range of integers

///     (IntDomain) or a boolean domain (BoolDomain).

///

/// # Example

///

/// use crate::ast::domains::{DecisionVariable, Domain, Range};

///

/// let bool_var = DecisionVariable::new(Domain::BoolDomain);

/// let int_var = DecisionVariable::new(Domain::IntDomain(vec![Range::Bounded(1, 10)]));

///

/// println!("Boolean Variable: {}", bool_var);

/// println!("Integer Variable: {}", int_var);

#[derive(Clone, Debug, Eq, PartialEq, Hash, Serialize, Deserialize)]

pub struct DecisionVariable {

    pub domain: Domain,

}

impl DecisionVariable {

}

impl Typeable for DecisionVariable {

    }

}

impl Display for DecisionVariable {

}