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Move tests to own file

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This commit is contained in:
Dane Johnson 2022-05-20 10:28:26 -05:00
parent 12d0b86e78
commit b25bd326ae
2 changed files with 339 additions and 341 deletions
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342
src/lib.rs
View File

@ -467,344 +467,4 @@ pub trait Agent : fmt::Debug {
fn choose_lost_influence(&self, cards: &[Card]) -> Card; fn choose_lost_influence(&self, cards: &[Card]) -> Card;
} }
#[cfg(test)] mod test;
mod test {
use super::*;
#[derive(Debug)]
struct DummyAgent(Card, Option<Card>, bool);
impl Agent for DummyAgent {
fn should_action_challenge(&self, _action_challenge: &phase::ActionChallenge) -> bool {
self.2
}
fn choose_block_card(&self, _block: &phase::Block) -> Option<Card> {
self.1
}
fn should_block_challenge(&self, _block_challenge: &phase::BlockChallenge) -> bool {
self.2
}
fn exchange(&self, _cards: &[Card]) -> [Card; 2] {
[self.0, self.1.unwrap()]
}
fn choose_lost_influence(&self, _cards: &[Card]) -> Card {
self.0
}
}
#[test]
fn test_action_challenge() {
let challenge_agent = DummyAgent(Contessa, None, true);
let non_challenge_agent = DummyAgent(Duke, None, false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Captain] },
Player { coins: 2, cards: vec![Contessa] },
Player { coins: 2, cards: vec![Ambassador] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test non-challengable
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Income,
target: None,
}, &[&challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Block(phase::Block {
action: Income,
target: None
}))
);
}
// Test failed challenge
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Steal,
target: Some(2),
}, &[&challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Block(phase::Block {
action: Steal,
target: Some(2)
}))
);
}
// Test successful challenge
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Assassinate,
target: Some(2),
}, &[&non_challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Done),
);
}
}
#[test]
fn test_block() {
let non_blocking_agent = DummyAgent(Duke, None, false);
let ambassador_block_agent = DummyAgent(Ambassador, Some(Ambassador), false);
let duke_block_agent = DummyAgent(Duke, Some(Duke), false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Captain] },
Player { coins: 2, cards: vec![Contessa] },
Player { coins: 2, cards: vec![Ambassador] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test unblockable
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Income,
target: None,
}, &[&non_blocking_agent, &ambassador_block_agent, &ambassador_block_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: Income,
target: None
}))
);
}
// Test target blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Steal,
target: Some(2),
}, &[&non_blocking_agent, &ambassador_block_agent, &ambassador_block_agent]),
Ok(Phase::BlockChallenge(phase::BlockChallenge {
blocker: 2,
block_card: Ambassador,
action: Steal,
target: Some(2),
}))
);
}
// Test target non-blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Steal,
target: Some(2),
}, &[&non_blocking_agent, &ambassador_block_agent, &non_blocking_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: Steal,
target: Some(2),
}))
);
}
// Test anyone blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &non_blocking_agent, &duke_block_agent]),
Ok(Phase::BlockChallenge(phase::BlockChallenge {
blocker: 2,
block_card: Duke,
action: ForeignAid,
target: None,
}))
);
}
// Test no one blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &non_blocking_agent, &non_blocking_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: ForeignAid,
target: None,
}))
);
}
// Test bad block card
{
let mut game = game.clone();
assert!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &ambassador_block_agent, &non_blocking_agent])
.is_err()
);
}
}
#[test]
fn test_block_challenge() {
let challenge_agent = DummyAgent(Assassin, None, true);
let non_challenge_agent = DummyAgent(Assassin, None, false);
let block_agent = DummyAgent(Contessa, None, false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Assassin] },
Player { coins: 2, cards: vec![Contessa] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test non-challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Contessa,
action: Assassinate,
target: Some(1),
}, &[&non_challenge_agent, &block_agent]),
Ok(Phase::Done)
);
assert!(game.discard.is_empty());
}
// Test failed challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Contessa,
action: Assassinate,
target: Some(1),
}, &[&challenge_agent, &block_agent]),
Ok(Phase::Done)
);
assert!(!game.discard.is_empty());
}
// Test successful challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Duke,
action: ForeignAid,
target: None,
}, &[&challenge_agent, &block_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: ForeignAid,
target: None,
}))
);
assert!(!game.discard.is_empty());
}
}
#[test]
fn test_resolution() {
let dummy_agent = DummyAgent(Assassin, Some(Duke), false);
let loser_agent = DummyAgent(Captain, Some(Duke), false);
let deck = vec![Contessa, Contessa];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Assassin] },
Player { coins: 1, cards: vec![Captain] },
];
let game = Game {
deck,
discard,
players,
turn: 0,
};
// Test income
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Income,
target: None,
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 3);
}
// Test foreign aid
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: ForeignAid,
target: None,
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 4);
}
// Test coup / assassinate
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Coup,
target: Some(1),
}, &[&dummy_agent, &loser_agent]).unwrap();
assert!(game.players[1].cards.is_empty());
assert_eq!(game.discard, vec![Captain]);
}
// Test steal
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Steal,
target: Some(1),
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 3);
assert_eq!(game.players[1].coins, 0);
}
// Test exchange
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Exchange,
target: Some(1),
}, &[&dummy_agent, &dummy_agent]).unwrap();
game.players[0].cards.sort();
assert_eq!(game.players[0].cards, vec![Contessa, Contessa]);
game.deck.sort();
assert_eq!(game.deck, vec![Duke, Assassin]);
assert!(game.discard.is_empty());
}
}
}

338
src/test.rs Normal file
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@ -0,0 +1,338 @@
use super::*;
#[derive(Debug)]
struct DummyAgent(Card, Option<Card>, bool);
impl Agent for DummyAgent {
fn should_action_challenge(&self, _action_challenge: &phase::ActionChallenge) -> bool {
self.2
}
fn choose_block_card(&self, _block: &phase::Block) -> Option<Card> {
self.1
}
fn should_block_challenge(&self, _block_challenge: &phase::BlockChallenge) -> bool {
self.2
}
fn exchange(&self, _cards: &[Card]) -> [Card; 2] {
[self.0, self.1.unwrap()]
}
fn choose_lost_influence(&self, _cards: &[Card]) -> Card {
self.0
}
}
#[test]
fn test_action_challenge() {
let challenge_agent = DummyAgent(Contessa, None, true);
let non_challenge_agent = DummyAgent(Duke, None, false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Captain] },
Player { coins: 2, cards: vec![Contessa] },
Player { coins: 2, cards: vec![Ambassador] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test non-challengable
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Income,
target: None,
}, &[&challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Block(phase::Block {
action: Income,
target: None
}))
);
}
// Test failed challenge
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Steal,
target: Some(2),
}, &[&challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Block(phase::Block {
action: Steal,
target: Some(2)
}))
);
}
// Test successful challenge
{
let mut game = game.clone();
assert_eq!(
game.action_challenge(phase::ActionChallenge {
action: Assassinate,
target: Some(2),
}, &[&non_challenge_agent, &challenge_agent, &challenge_agent]),
Ok(Phase::Done),
);
}
}
#[test]
fn test_block() {
let non_blocking_agent = DummyAgent(Duke, None, false);
let ambassador_block_agent = DummyAgent(Ambassador, Some(Ambassador), false);
let duke_block_agent = DummyAgent(Duke, Some(Duke), false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Captain] },
Player { coins: 2, cards: vec![Contessa] },
Player { coins: 2, cards: vec![Ambassador] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test unblockable
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Income,
target: None,
}, &[&non_blocking_agent, &ambassador_block_agent, &ambassador_block_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: Income,
target: None
}))
);
}
// Test target blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Steal,
target: Some(2),
}, &[&non_blocking_agent, &ambassador_block_agent, &ambassador_block_agent]),
Ok(Phase::BlockChallenge(phase::BlockChallenge {
blocker: 2,
block_card: Ambassador,
action: Steal,
target: Some(2),
}))
);
}
// Test target non-blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: Steal,
target: Some(2),
}, &[&non_blocking_agent, &ambassador_block_agent, &non_blocking_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: Steal,
target: Some(2),
}))
);
}
// Test anyone blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &non_blocking_agent, &duke_block_agent]),
Ok(Phase::BlockChallenge(phase::BlockChallenge {
blocker: 2,
block_card: Duke,
action: ForeignAid,
target: None,
}))
);
}
// Test no one blocked
{
let mut game = game.clone();
assert_eq!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &non_blocking_agent, &non_blocking_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: ForeignAid,
target: None,
}))
);
}
// Test bad block card
{
let mut game = game.clone();
assert!(
game.block(phase::Block {
action: ForeignAid,
target: None,
}, &[&non_blocking_agent, &ambassador_block_agent, &non_blocking_agent])
.is_err()
);
}
}
#[test]
fn test_block_challenge() {
let challenge_agent = DummyAgent(Assassin, None, true);
let non_challenge_agent = DummyAgent(Assassin, None, false);
let block_agent = DummyAgent(Contessa, None, false);
let deck = vec![];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Assassin] },
Player { coins: 2, cards: vec![Contessa] },
];
let game = Game {
deck,
discard,
players,
turn: 0
};
// Test non-challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Contessa,
action: Assassinate,
target: Some(1),
}, &[&non_challenge_agent, &block_agent]),
Ok(Phase::Done)
);
assert!(game.discard.is_empty());
}
// Test failed challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Contessa,
action: Assassinate,
target: Some(1),
}, &[&challenge_agent, &block_agent]),
Ok(Phase::Done)
);
assert!(!game.discard.is_empty());
}
// Test successful challenge
{
let mut game = game.clone();
assert_eq!(
game.block_challenge( phase::BlockChallenge {
blocker: 1,
block_card: Duke,
action: ForeignAid,
target: None,
}, &[&challenge_agent, &block_agent]),
Ok(Phase::Resolution(phase::Resolution {
action: ForeignAid,
target: None,
}))
);
assert!(!game.discard.is_empty());
}
}
#[test]
fn test_resolution() {
let dummy_agent = DummyAgent(Assassin, Some(Duke), false);
let loser_agent = DummyAgent(Captain, Some(Duke), false);
let deck = vec![Contessa, Contessa];
let discard = vec![];
let players = vec![
Player { coins: 2, cards: vec![Duke, Assassin] },
Player { coins: 1, cards: vec![Captain] },
];
let game = Game {
deck,
discard,
players,
turn: 0,
};
// Test income
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Income,
target: None,
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 3);
}
// Test foreign aid
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: ForeignAid,
target: None,
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 4);
}
// Test coup / assassinate
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Coup,
target: Some(1),
}, &[&dummy_agent, &loser_agent]).unwrap();
assert!(game.players[1].cards.is_empty());
assert_eq!(game.discard, vec![Captain]);
}
// Test steal
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Steal,
target: Some(1),
}, &[&dummy_agent, &dummy_agent]).unwrap();
assert_eq!(game.players[0].coins, 3);
assert_eq!(game.players[1].coins, 0);
}
// Test exchange
{
let mut game = game.clone();
game.resolution(phase::Resolution {
action: Exchange,
target: Some(1),
}, &[&dummy_agent, &dummy_agent]).unwrap();
game.players[0].cards.sort();
assert_eq!(game.players[0].cards, vec![Contessa, Contessa]);
game.deck.sort();
assert_eq!(game.deck, vec![Duke, Assassin]);
assert!(game.discard.is_empty());
}
}