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mod tests {
use crate::core::enums::*;
use crate::core::logic::card_db::CardDatabase;
use crate::core::logic::game::{ActionReceiver, GameState};
use crate::test_helpers::Action;
struct TestReceiver {
actions: Vec<Action>,
ids: Vec<usize>,
}
impl ActionReceiver for TestReceiver {
fn add_action(&mut self, action_id: usize) {
self.ids.push(action_id);
}
fn reset(&mut self) {
self.ids.clear();
self.actions.clear();
}
fn is_empty(&self) -> bool {
self.ids.is_empty()
}
}
fn load_db() -> CardDatabase {
let json_str = std::fs::read_to_string("../data/cards_compiled.json")
.expect("Failed to read cards_compiled.json");
CardDatabase::from_json(&json_str).expect("Failed to parse CardDatabase")
}
fn new_receiver() -> TestReceiver {
TestReceiver {
actions: Vec::new(),
ids: Vec::new(),
}
}
fn stage_actions_in_range(receiver: &TestReceiver, lo: usize, hi: usize) -> Vec<usize> {
receiver
.ids
.iter()
.filter(|&&id| id >= lo && id < hi)
.cloned()
.collect()
}
// ===================== Original Repro Test =====================
#[test]
fn test_ability_activation_zone_repro() {
let db = load_db();
// Card ID 4264 (PL!HS-bp1-003-RοΌ) β has Activated ability at index 1
let target_cid = 4264;
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
// CASE 1: Card in Discard β NO activation
state.players[0].discard.push(target_cid);
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
let discard_actions = stage_actions_in_range(
&receiver,
ACTION_BASE_DISCARD_ACTIVATE as usize,
ACTION_BASE_ENERGY as usize,
);
println!("Discard Actions (IDs): {:?}", discard_actions);
assert!(
discard_actions.is_empty(),
"Ability should NOT be activatable from Discard"
);
// CASE 2: Card on Stage β activation at ab_idx=1
state.players[0].discard.clear();
state.players[0].stage[0] = target_cid;
state.players[0].set_tapped(0, false);
receiver.reset();
state.generate_legal_actions(&db, 0, &mut receiver);
let action_id = (ACTION_BASE_STAGE + 0 * 100 + 1 * 10) as usize;
let stage_actions = stage_actions_in_range(&receiver, action_id, action_id + 1);
println!("Stage Actions (IDs): {:?}", stage_actions);
assert!(
!stage_actions.is_empty(),
"Ability 1 (second ability) should be activatable from Stage"
);
}
// ===================== Test 3: Multi-Ability Stage Actions =====================
// Verify that a card with TWO activated abilities generates TWO separate action IDs.
// Card 4264 has: Ability 0 (Constant, trigger=6) + Ability 1 (Activated, trigger=7)
// So only 1 activated action expected. We test that the encoding is correct.
// For a true multi-activated-ability test, we place the card in slot 1 instead.
#[test]
fn test_multi_ability_encoding_slots() {
let db = load_db();
let target_cid = 4264; // Has 1 activated ability at index 1
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
// Place same card in slot 0 AND slot 2 to verify encoding differs
state.players[0].stage[0] = target_cid;
state.players[0].stage[2] = target_cid;
state.players[0].set_tapped(0, false);
state.players[0].set_tapped(2, false);
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
// Slot 0, ab_idx 1 β ACTION_BASE_STAGE + 0*100 + 1*10
// Slot 2, ab_idx 1 β ACTION_BASE_STAGE + 2*100 + 1*10
let slot0_id = (ACTION_BASE_STAGE + 0 * 100 + 1 * 10) as usize;
let slot2_id = (ACTION_BASE_STAGE + 2 * 100 + 1 * 10) as usize;
let slot0_actions = stage_actions_in_range(&receiver, slot0_id, slot0_id + 1);
let slot2_actions = stage_actions_in_range(&receiver, slot2_id, slot2_id + 1);
println!("Slot 0 actions: {:?}", slot0_actions);
println!("Slot 2 actions: {:?}", slot2_actions);
assert!(
!slot0_actions.is_empty(),
"Slot 0 should have activated ability"
);
assert!(
!slot2_actions.is_empty(),
"Slot 2 should have activated ability"
);
assert_ne!(
slot0_actions[0], slot2_actions[0],
"Action IDs must differ between slots"
);
}
// ===================== Test 4: Tapped Member Activation =====================
// A tapped member should still be able to activate abilities that don't have TapSelf cost.
// Card 4264 ability 1 has only Energy cost, so tapping the member should NOT block it.
#[test]
fn test_tapped_member_can_activate_non_tapself() {
let db = load_db();
let target_cid = 4264;
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
state.players[0].stage[0] = target_cid;
// Case A: Untapped β should activate
state.players[0].set_tapped(0, false);
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
let untapped_actions = stage_actions_in_range(
&receiver,
(ACTION_BASE_STAGE + 10) as usize,
(ACTION_BASE_STAGE + 11) as usize,
);
println!("Untapped: {:?}", untapped_actions);
assert!(
!untapped_actions.is_empty(),
"Untapped member should be able to activate Energy-cost ability"
);
// Case B: Tapped β should STILL activate (ability doesn't require TapSelf)
state.players[0].set_tapped(0, true);
receiver.reset();
state.generate_legal_actions(&db, 0, &mut receiver);
let tapped_actions = stage_actions_in_range(
&receiver,
(ACTION_BASE_STAGE + 10) as usize,
(ACTION_BASE_STAGE + 11) as usize,
);
println!("Tapped: {:?}", tapped_actions);
// This ability uses Energy cost, NOT TapSelf. A tapped member CAN still use it.
assert!(
!tapped_actions.is_empty(),
"Tapped member should still activate Energy-cost ability (no TapSelf required)"
);
}
// ===================== Test 5: prevent_activate Blocks All Zones =====================
#[test]
fn test_prevent_activate_blocks_all() {
let db = load_db();
let target_cid = 4264;
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
state.players[0].stage[0] = target_cid;
state.players[0].set_tapped(0, false);
// Baseline: Should generate stage activation
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
let baseline_actions = stage_actions_in_range(
&receiver,
ACTION_BASE_STAGE as usize,
(ACTION_BASE_STAGE + 300) as usize,
);
println!("Baseline stage actions: {:?}", baseline_actions);
assert!(
!baseline_actions.is_empty(),
"Baseline: should have stage activation"
);
// Set prevent_activate to block
state.players[0].prevent_activate = 1;
receiver.reset();
state.generate_legal_actions(&db, 0, &mut receiver);
let blocked_stage = stage_actions_in_range(
&receiver,
ACTION_BASE_STAGE as usize,
(ACTION_BASE_STAGE + 300) as usize,
);
let blocked_discard = stage_actions_in_range(
&receiver,
ACTION_BASE_DISCARD_ACTIVATE as usize,
ACTION_BASE_ENERGY as usize,
);
println!("Blocked stage: {:?}", blocked_stage);
println!("Blocked discard: {:?}", blocked_discard);
assert!(
blocked_stage.is_empty(),
"prevent_activate should block all stage activations"
);
assert!(
blocked_discard.is_empty(),
"prevent_activate should block all discard activations"
);
}
// ===================== Test 2: Once-Per-Turn Slot Movement =====================
// If a card uses once-per-turn ability in slot 0, then is baton-touched to slot 1,
// the once-per-turn tracking should still block re-activation.
// The action generator keys by (source_type=0, card_id, ab_idx), so
// moving to a different slot does NOT bypass the once-per-turn restriction.
#[test]
fn test_once_per_turn_slot_movement() {
let db = load_db();
let target_cid = 4264; // Has Activated ability at index 1
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
state.players[0].stage[0] = target_cid;
state.players[0].set_tapped(0, false);
// Step 1: Generate actions - ability should be available
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
let action_id = (ACTION_BASE_STAGE + 0 * 100 + 1 * 10) as usize;
let initial_actions = stage_actions_in_range(&receiver, action_id, action_id + 1);
println!("Initial slot 0 actions: {:?}", initial_actions);
assert!(
!initial_actions.is_empty(),
"Should have activation initially"
);
// Step 2: Consume once_per_turn using the same keying the action generator uses:
// source_type=0, id=card_id, ab_idx=1
state.consume_once_per_turn(0, 0, 0, target_cid as u32, 1);
// Step 3: Verify blocked at slot 0
receiver.reset();
state.generate_legal_actions(&db, 0, &mut receiver);
let after_consume = stage_actions_in_range(&receiver, action_id, action_id + 1);
println!("After consume at slot 0: {:?}", after_consume);
assert!(
after_consume.is_empty(),
"Should be blocked after once_per_turn consume"
);
// Step 4: "Baton touch" - move card from slot 0 to slot 1
state.players[0].stage[1] = target_cid;
state.players[0].stage[0] = -1; // Empty slot 0
state.players[0].set_tapped(1, false);
// Step 5: Check if ability is STILL blocked at slot 1
// Because tracking is by card_id (not slot_idx), the restriction persists.
receiver.reset();
state.generate_legal_actions(&db, 0, &mut receiver);
// Slot 1, ab_idx 1 β ACTION_BASE_STAGE + 1*100 + 1*10
let action_id_slot1 = (ACTION_BASE_STAGE + 1 * 100 + 1 * 10) as usize;
let slot1_actions = stage_actions_in_range(&receiver, action_id_slot1, action_id_slot1 + 1);
println!("After baton touch to slot 1: {:?}", slot1_actions);
assert!(
slot1_actions.is_empty(),
"Once-per-turn should persist across slot movement (card_id keyed)"
);
}
#[test]
fn test_once_per_turn_duplicate_copies_remain_independent() {
let db = load_db();
let target_cid = 4264; // Has Activated ability at index 1
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
state.players[0].stage[0] = target_cid;
state.players[0].stage[1] = target_cid;
state.players[0].set_tapped(0, false);
state.players[0].set_tapped(1, false);
state.consume_once_per_turn(0, 0, 0, target_cid as u32, 1);
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
let slot0_action_id = (ACTION_BASE_STAGE + 0 * 100 + 1 * 10) as usize;
let slot1_action_id = (ACTION_BASE_STAGE + 1 * 100 + 1 * 10) as usize;
let slot0_actions = stage_actions_in_range(&receiver, slot0_action_id, slot0_action_id + 1);
let slot1_actions = stage_actions_in_range(&receiver, slot1_action_id, slot1_action_id + 1);
assert!(
slot0_actions.is_empty(),
"The consumed copy in slot 0 should remain blocked"
);
assert!(
!slot1_actions.is_empty(),
"A second copy with the same card ID should keep its own once-per-turn availability"
);
}
// ===================== Test 1: Stage Choice Ability Generation =====================
// Verifies whether activated abilities with choice_flags generate
// ACTION_BASE_STAGE_CHOICE actions.
#[test]
fn test_stage_choice_ability_generation() {
let db = load_db();
// Find a card with an Activated ability that has choice_flags > 0
// We'll scan the database programmatically.
let mut found_choice_card: Option<(i32, usize)> = None; // (card_id, ab_idx)
// Scan all member cards for an Activated ability with choice
for cid in 0..8000i32 {
if let Some(card) = db.get_member(cid) {
for (ab_idx, ab) in card.abilities.iter().enumerate() {
if ab.trigger == TriggerType::Activated && ab.choice_flags > 0 {
found_choice_card = Some((cid, ab_idx));
println!(
"Found choice card: ID={}, ab_idx={}, choice_flags={}, choice_count={}",
cid, ab_idx, ab.choice_flags, ab.choice_count
);
break;
}
}
if found_choice_card.is_some() {
break;
}
}
}
if let Some((cid, ab_idx)) = found_choice_card {
let mut state = GameState::default();
state.phase = Phase::Main;
state.current_player = 0;
state.players[0]
.energy_zone
.extend(std::iter::repeat(100).take(10));
state.players[0].stage[0] = cid;
state.players[0].set_tapped(0, false);
state.debug.debug_ignore_conditions = true; // Bypass conditions to focus on choice generation
let mut receiver = new_receiver();
state.generate_legal_actions(&db, 0, &mut receiver);
// Check for ACTION_BASE_STAGE_CHOICE actions (4300-4599)
let choice_actions = stage_actions_in_range(&receiver, 4300, 4600);
// Check for ACTION_BASE_STAGE non-choice actions
let non_choice_actions = stage_actions_in_range(&receiver, 4000, 4300);
println!("Choice actions (4300-4599): {:?}", choice_actions);
println!("Non-choice actions (4000-4299): {:?}", non_choice_actions);
// KNOWN ISSUE: The generation loop does NOT check choice_flags.
// It always emits ACTION_BASE_STAGE, never ACTION_BASE_STAGE_CHOICE.
// This test documents the gap.
if choice_actions.is_empty() && !non_choice_actions.is_empty() {
println!("CONFIRMED GAP: Activated ability with choice_flags={} only generates non-choice action.",
db.get_member(cid).unwrap().abilities[ab_idx].choice_flags);
println!(" This may cause soft-lock if bytecode expects a choice index.");
}
} else {
println!("No cards with choice-bearing Activated abilities found in database.");
println!(" Stage choice generation test is VACUOUSLY TRUE (no data to test).");
}
}
#[test]
fn test_cost_13_passive_repro() {
let db = load_db();
// ID 410: PL!S-PR-029-PR (Passive: +2 blades if anyone has cost 13+)
let target_cid = 410;
// ID 2: PL!-sd1-001-SD (Cost 11) - Note: sd1-003 is cost 13
let cost_11_cid = 2;
// Find a cost 13 card programmatically
let mut cost_13_cid = -1;
for cid in 0..1000 {
if let Some(m) = db.get_member(cid) {
if m.cost >= 13 {
cost_13_cid = cid;
break;
}
}
}
assert!(cost_13_cid != -1, "Could not find a cost 13 member in DB");
let mut state = GameState::default();
state.debug.debug_mode = true;
state.phase = Phase::Main;
state.current_player = 0;
// Place the passive card
state.players[0].stage[0] = target_cid;
state.players[0].set_tapped(0, false);
// Get the base blades from the card
let base_blades = db
.get_member(target_cid)
.map(|m| m.blades as u32)
.unwrap_or(3);
// Verification 1: No other members on stage.
let blades_solitary = state.get_effective_blades(0, 0, &db, 0);
println!("Blades (solitary): {}", blades_solitary);
// Verification 2: Add a cost 11 member.
state.players[0].stage[1] = cost_11_cid;
let blades_with_11 = state.get_effective_blades(0, 0, &db, 0);
println!("Blades (with cost 11): {}", blades_with_11);
// Verification 3: Add a cost 13 member.
state.players[1].stage[0] = cost_13_cid; // On opponent stage
let blades_with_13 = state.get_effective_blades(0, 0, &db, 0);
println!("Blades (with cost 13): {}", blades_with_13);
assert_eq!(
blades_solitary,
base_blades,
"Card 410 should not gain bonus blades without a cost 13+ member on either stage"
);
assert_eq!(
blades_with_11,
base_blades,
"A cost 11 member should not satisfy card 410's passive"
);
assert_eq!(
blades_with_13,
base_blades + 2,
"A cost 13+ member on either stage should grant card 410 exactly +2 blades"
);
}
}
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