modes:{pair,triple}:tests: refinement
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@@ -130,7 +130,7 @@ mod tests {
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// TEST: Any card with one joker can be made into a valid pair.
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let c2 = Card::make_joker();
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let pair = Pair::new(c1, c2);
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assert!(pair.is_some(), "Expected ({c1}, {c2}) to be a valid pair",);
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assert_ne!(pair, None, "Expected ({c1}, {c2}) to be a valid pair");
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let pair = pair.unwrap();
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@@ -157,8 +157,8 @@ mod tests {
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// TEST: Two cards of similar rank make a valid pair.
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let pair = {
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let pair = Pair::new(c1, c2);
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assert!(
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pair.is_some(),
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assert_ne!(
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pair, None,
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"Expected {c1} and {c2} to form a valid pair."
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);
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pair.unwrap()
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@@ -111,7 +111,10 @@ impl Hash for Triple {
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#[cfg(test)]
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mod tests {
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use crate::card::{PlayingCard, Rank};
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use crate::{
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card::{PlayingCard, Rank},
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zipcartesian::ZipCartesianExt,
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};
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use super::*;
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@@ -129,8 +132,8 @@ mod tests {
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for card in PlayingCard::iter_all(0).map(Card::PlayingCard) {
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let trip = Triple::new(card, joker, joker);
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// TEST: Any card with two jokers is a triple
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assert!(
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trip.is_some(),
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assert_ne!(
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trip, None,
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"Expected ({card}, {joker}, {joker}) to make a triple"
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);
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let trip = trip.unwrap();
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@@ -147,45 +150,65 @@ mod tests {
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);
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}
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for rank in Rank::iter_all() {
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for (c1, c2) in rank.cards().zip(rank.cards()) {
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let trip = Triple::new(c1, c2, joker);
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// TEST: Any two similar rank cards with 1 joker are a
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// Triple.
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assert_ne!(
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trip, None,
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"Expected ({c1}, {c2}, Joker) to make a Triple"
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);
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// Iterate over all pairs of cards with similar ranks
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for (c1, c2) in
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Rank::iter_all().flat_map(|r| r.cards().zip_cartesian(r.cards()))
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{
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let trip = Triple::new(c1, c2, joker);
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// TEST: Any two similar rank cards with 1 joker are a
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// Triple.
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assert_ne!(
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trip, None,
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"Expected ({c1}, {c2}, Joker) to make a Triple"
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);
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let trip = trip.unwrap();
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let trip = trip.unwrap();
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// TEST: Triples formed with 1 joker are improper.
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assert!(trip.is_improper(), "Expected {trip} to be improper");
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// TEST: Triples formed with 1 joker are improper.
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assert!(trip.is_improper(), "Expected {trip} to be improper");
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// TEST: 1 joker triples have Triple::0 as the joker.
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assert!(
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matches!(trip.0, Card::Joker(_)),
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"Expected {} to be a joker",
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trip.0
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);
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// TEST: 1 joker triples have Triple::0 as the joker.
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assert!(
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matches!(trip.0, Card::Joker(_)),
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"Expected {} to be a joker",
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trip.0
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);
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let [c1, c2] = ordered([c1, c2]);
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let [c1, c2] = ordered([c1, c2]);
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// TEST: Expect Triple::1 and Triple::2 to follow ordering
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// of c1 and c2.
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assert_eq!(
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[trip.1, trip.2],
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[c1, c2],
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"Expected {} = min({c1}, {c2}) and {} = max({c1}, {c2})",
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trip.1,
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trip.2,
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);
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}
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// TEST: Expect Triple::1 and Triple::2 to follow ordering
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// of c1 and c2.
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assert_eq!(
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[trip.1, trip.2],
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[c1, c2],
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"Expected {} = min({c1}, {c2}) and {} = max({c1}, {c2})",
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trip.1,
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trip.2,
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);
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}
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for (c1, (c2, c3)) in PlayingCard::iter_all(0)
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.zip(PlayingCard::iter_all(0).zip(PlayingCard::iter_all(0)))
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// Iterate over all pairs of cards with differing ranks
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for (c1, c2) in Rank::iter_all()
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.flat_map(|r1| {
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Rank::iter_all()
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.filter(move |&r2| r2 != r1)
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.map(move |r2| (r1, r2))
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})
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.flat_map(|(r1, r2)| r1.cards().zip_cartesian(r2.cards()))
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{
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// TEST: Cannot make a triple out of 1 joker and two different rank
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// cards
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let trip = Triple::new(c1, c2, joker);
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assert_eq!(
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trip, None,
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"Expected ({c1}, {c2}, {joker}) to never make a triple."
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);
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}
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// Iterate over all triples of cards (regardless of rank)
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for (c1, (c2, c3)) in PlayingCard::iter_all(0).zip_cartesian(
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PlayingCard::iter_all(0).zip_cartesian(PlayingCard::iter_all(0)),
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) {
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let [c1, c2, c3] = [c1, c2, c3].map(Card::PlayingCard);
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let trip = Triple::new(c1, c2, c3);
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