checke_rs/
turn.rs

1use crate::position::{Move, NotationError};
2
3/// Construct representing many moves at once. Necessary due to checkers allowing multiple
4/// jumps per turn.
5pub struct Turn {
6    moves: Vec<Move>,
7}
8
9impl Turn {
10    /// Creates a [Turn] instance from the given move vector.
11    pub fn new(moves: Vec<Move>) -> Self {
12        Turn { moves }
13    }
14
15    /// Attempts tp create  a [Turn] instance using checkers notation.
16    /// ```rust
17    /// use checke_rs::turn::Turn;
18    ///
19    /// let turn = Turn::try_from("9x18,18x25").unwrap();
20    ///
21    /// assert_eq!(turn.moves().len(), 2)
22    /// ```
23    pub fn from_notation(text: &str) -> Result<Self, NotationError> {
24        let parse_result: Result<Vec<Move>, NotationError> = text.split(',')
25            .map(Move::try_from)
26            .collect();
27
28        parse_result.map(|moves| Turn { moves })
29    }
30
31    pub fn moves(&self) -> Vec<Move> {
32        self.moves.to_vec()
33    }
34}
35
36impl TryFrom<&str> for Turn {
37    type Error = NotationError;
38
39    /// Attempts to convert string slice into a [Turn] instance using checkers notation.
40    /// ```rust
41    /// use checke_rs::turn::Turn;
42    ///
43    /// let turn = Turn::try_from("9x18,18x25").unwrap();
44    ///
45    /// assert_eq!(turn.moves().len(), 2)
46    /// ```
47    fn try_from(text: &str) -> Result<Self, Self::Error> {
48        Turn::from_notation(text)
49    }
50}
checke_rs/turn.rs

checke_rs/
turn.rs
