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changé le message d'erreur

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Didictateur 2025-11-25 18:29:37 +01:00
parent 4ae5abcd82
commit fd50466e61
2 changed files with 78 additions and 78 deletions
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24
public/game.html
View file

@ -409,7 +409,7 @@
}); });
socket.emit('room:join', { roomId, playerId }, (resp)=>{ socket.emit('room:join', { roomId, playerId }, (resp)=>{
if(resp && resp.error){ log('join error', resp); alert(resp.error); return; } if(resp && resp.error){ log('join error', resp); alert(resp.message || resp.error); return; }
log('Rejoint room', resp); log('Rejoint room', resp);
// remember assigned id/color from server // remember assigned id/color from server
if(resp.playerId){ if(resp.playerId){
@ -698,7 +698,7 @@
if(!occ || occ.color === myShort){ log('select an enemy piece (second)'); return; } if(!occ || occ.color === myShort){ log('select an enemy piece (second)'); return; }
// emit swap payload: sourceSquare + targetSquare // emit swap payload: sourceSquare + targetSquare
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { sourceSquare: pendingCard.firstTarget, targetSquare: square } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { sourceSquare: pendingCard.firstTarget, targetSquare: square } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('inversion played', resp); } else { log('inversion played', resp); }
}); });
// cleanup visuals // cleanup visuals
@ -710,7 +710,7 @@
if(occupied){ log('square not empty for mine placement'); return; } if(occupied){ log('square not empty for mine placement'); return; }
// send mine placement // send mine placement
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played with target', resp); } else { log('card played with target', resp); }
}); });
pendingCard = null; clearTargetHighlights(); return; pendingCard = null; clearTargetHighlights(); return;
@ -719,7 +719,7 @@
if(!piece || piece.color !== myShort){ log('select one of your pieces'); return; } if(!piece || piece.color !== myShort){ log('select one of your pieces'); return; }
if(piece.type && piece.type.toLowerCase() === 'k'){ log('cannot select king'); return; } if(piece.type && piece.type.toLowerCase() === 'k'){ log('cannot select king'); return; }
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played with target', resp); } else { log('card played with target', resp); }
}); });
pendingCard = null; clearTargetHighlights(); return; pendingCard = null; clearTargetHighlights(); return;
@ -736,7 +736,7 @@
pendingCard = null; clearTargetHighlights(); return; pendingCard = null; clearTargetHighlights(); return;
} }
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square, promotion: promotionChoice } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square, promotion: promotionChoice } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played with promotion', resp); } else { log('card played with promotion', resp); }
}); });
pendingCard = null; clearTargetHighlights(); pendingCard = null; clearTargetHighlights();
@ -747,7 +747,7 @@
if(!occ || occ.color === myShort){ log('select an enemy piece'); return; } if(!occ || occ.color === myShort){ log('select an enemy piece'); return; }
if(occ.type && occ.type.toLowerCase() === 'k'){ log('cannot select king'); return; } if(occ.type && occ.type.toLowerCase() === 'k'){ log('cannot select king'); return; }
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played with target', resp); else { log('card played with target', resp);
// after server applied the card effect, request legal moves for the selected piece so the client // after server applied the card effect, request legal moves for the selected piece so the client
// will receive the updated legal moves (including teleport to empty squares) // will receive the updated legal moves (including teleport to empty squares)
@ -761,7 +761,7 @@
const occ = currentBoardState && Array.isArray(currentBoardState.pieces) && currentBoardState.pieces.find(p => p.square === square); const occ = currentBoardState && Array.isArray(currentBoardState.pieces) && currentBoardState.pieces.find(p => p.square === square);
if(!occ || occ.color === myShort || !occ.type || occ.type.toLowerCase() !== 'q'){ log('select an enemy queen'); return; } if(!occ || occ.color === myShort || !occ.type || occ.type.toLowerCase() !== 'q'){ log('select an enemy queen'); return; }
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: pendingCard.cardId, payload: { targetSquare: square } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played with target', resp); else { log('card played with target', resp);
try{ setSelection(square); }catch(_){ } try{ setSelection(square); }catch(_){ }
} }
@ -795,7 +795,7 @@
const myShort = (myColor && myColor[0]) || ''; const myShort = (myColor && myColor[0]) || '';
if(!currentBoardState || currentBoardState.turn !== myShort){ log('not your turn'); return; } if(!currentBoardState || currentBoardState.turn !== myShort){ log('not your turn'); return; }
socket.emit('game:move', { roomId, from, to }, (resp)=>{ socket.emit('game:move', { roomId, from, to }, (resp)=>{
if(resp && resp.error){ log('move error', resp); alert(resp.error); } if(resp && resp.error){ log('move error', resp); alert(resp.message || resp.error); }
else { log('move sent', resp); } else { log('move sent', resp); }
}); });
return; return;
@ -1136,7 +1136,7 @@
if(opponents.length === 1){ if(opponents.length === 1){
const targetPlayerId = opponents[0]; const targetPlayerId = opponents[0];
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload: { targetPlayerId } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload: { targetPlayerId } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played (steal card)', resp); } else { log('card played (steal card)', resp); }
}); });
return; return;
@ -1145,7 +1145,7 @@
showStealModal(handCounts, (targetPlayerId)=>{ showStealModal(handCounts, (targetPlayerId)=>{
if(!targetPlayerId) return; // canceled if(!targetPlayerId) return; // canceled
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload: { targetPlayerId } }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload: { targetPlayerId } }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played (steal card)', resp); } else { log('card played (steal card)', resp); }
}); });
}); });
@ -1160,7 +1160,7 @@
// immediate-play card (no target required) // immediate-play card (no target required)
const payload = {}; const payload = {};
socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload }, (resp)=>{ socket.emit('card:play', { roomId, playerId: myPlayerId, cardId: cid, payload }, (resp)=>{
if(resp && resp.error){ log('card:play error', resp); alert(resp.error); } if(resp && resp.error){ log('card:play error', resp); alert(resp.message || resp.error); }
else { log('card played', resp); } else { log('card played', resp); }
}); });
} }
@ -1184,7 +1184,7 @@
if(!socket) return; if(!socket) return;
drawBtn.disabled = true; drawBtn.disabled = true;
socket.emit('player:draw', { roomId }, (resp)=>{ socket.emit('player:draw', { roomId }, (resp)=>{
if(resp && resp.error){ log('player:draw error', resp); alert(resp.error); drawBtn.disabled = false; return; } if(resp && resp.error){ log('player:draw error', resp); alert(resp.message || resp.error); drawBtn.disabled = false; return; }
log('player:draw ok', resp); log('player:draw ok', resp);
// server will send room:update which will hide/disable the button as needed // server will send room:update which will hide/disable the button as needed
}); });

130
server.js
View file

@ -741,7 +741,7 @@ app.post('/rooms', (req, res) => {
app.get('/rooms/:id', (req, res) => { app.get('/rooms/:id', (req, res) => {
const room = rooms.get(req.params.id); const room = rooms.get(req.params.id);
if (!room) return res.status(404).json({ error: 'room not found' }); if (!room) return res.status(404).json({ error: 'room not found', message: "Aucune salle trouvée." });
const boardState = room.boardState || null; const boardState = room.boardState || null;
const size = (room.boardState && room.boardState.width) || room.size; const size = (room.boardState && room.boardState.width) || room.size;
res.json({ id: room.id, boardState, size: size, players: room.players.map(p => ({ id: p.id, color: p.color })), status: room.status, hostId: room.hostId, cards: Object.keys(room.cards || {}), autoDraw: !!room.autoDraw, noRemise: !!room.noRemise }); res.json({ id: room.id, boardState, size: size, players: room.players.map(p => ({ id: p.id, color: p.color })), status: room.status, hostId: room.hostId, cards: Object.keys(room.cards || {}), autoDraw: !!room.autoDraw, noRemise: !!room.noRemise });
@ -752,7 +752,7 @@ io.on('connection', (socket) => {
socket.on('room:join', ({ roomId, playerId }, cb) => { socket.on('room:join', ({ roomId, playerId }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if (!room) return cb && cb({ error: 'room not found' }); if (!room) return cb && cb({ error: 'room not found', message: "Aucune salle trouvée." });
const assignedId = playerId || uuidv4(); const assignedId = playerId || uuidv4();
// If this player was pending removal (disconnect during navigation), cancel removal // If this player was pending removal (disconnect during navigation), cancel removal
@ -809,8 +809,8 @@ io.on('connection', (socket) => {
try{ try{
const room = rooms.get(roomId || socket.data.roomId); const room = rooms.get(roomId || socket.data.roomId);
const playerId = socket.data.playerId; const playerId = socket.data.playerId;
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "Aucune salle trouvée." });
if(!playerId) return cb && cb({ error: 'not joined' }); if(!playerId) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la salle." });
// remove player immediately // remove player immediately
room.players = (room.players || []).filter(p => p.id !== playerId); room.players = (room.players || []).filter(p => p.id !== playerId);
// if the host left, promote the next player // if the host left, promote the next player
@ -831,10 +831,10 @@ io.on('connection', (socket) => {
// Host can toggle automatic drawing in the waiting room. Only the host may change this setting. // Host can toggle automatic drawing in the waiting room. Only the host may change this setting.
socket.on('room:auto_draw:set', ({ roomId, enabled }, cb) => { socket.on('room:auto_draw:set', ({ roomId, enabled }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "Aucune salle trouvée." });
const sender = socket.data.playerId; const sender = socket.data.playerId;
if(!sender) return cb && cb({ error: 'not joined' }); if(!sender) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la salle." });
if(room.hostId !== sender) return cb && cb({ error: 'only the host can change auto-draw' }); if(room.hostId !== sender) return cb && cb({ error: 'only the host can change auto-draw', message: "Seul l'hôte peut changer le dessin automatique." });
room.autoDraw = !!enabled; room.autoDraw = !!enabled;
// Broadcast updated room state to all participants // Broadcast updated room state to all participants
try{ sendRoomUpdate(room); }catch(_){ } try{ sendRoomUpdate(room); }catch(_){ }
@ -845,10 +845,10 @@ io.on('connection', (socket) => {
// Host can toggle the 'no remise' flag (prevent reshuffling discard into deck). Only the host may change this setting. // Host can toggle the 'no remise' flag (prevent reshuffling discard into deck). Only the host may change this setting.
socket.on('room:no_remise:set', ({ roomId, enabled }, cb) => { socket.on('room:no_remise:set', ({ roomId, enabled }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "Aucune salle trouvée." });
const sender = socket.data.playerId; const sender = socket.data.playerId;
if(!sender) return cb && cb({ error: 'not joined' }); if(!sender) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la salle." });
if(room.hostId !== sender) return cb && cb({ error: 'only the host can change no-remise' }); if(room.hostId !== sender) return cb && cb({ error: 'only the host can change no-remise', message: "Seul l'hôte peut changer le no-remise." });
room.noRemise = !!enabled; room.noRemise = !!enabled;
// Broadcast updated room state to all participants // Broadcast updated room state to all participants
try{ sendRoomUpdate(room); }catch(_){ } try{ sendRoomUpdate(room); }catch(_){ }
@ -858,17 +858,17 @@ io.on('connection', (socket) => {
socket.on('game:move', ({ roomId, from, to, promotion }, cb) => { socket.on('game:move', ({ roomId, from, to, promotion }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if (!room) return cb && cb({ error: 'room not found' }); if (!room) return cb && cb({ error: 'room not found', message: "Aucune salle trouvée." });
// don't allow moves in finished games // don't allow moves in finished games
if(room.status === 'finished') return cb && cb({ error: 'game_over' }); if(room.status === 'finished') return cb && cb({ error: 'game_over', message: "La partie est terminée." });
// Basic move handling: validate turn, validate piece ownership, validate target is one of computeLegalMoves, // Basic move handling: validate turn, validate piece ownership, validate target is one of computeLegalMoves,
// apply the move to room.boardState, handle captures, flip turn and broadcast the updated board. // apply the move to room.boardState, handle captures, flip turn and broadcast the updated board.
try{ try{
const senderId = socket.data.playerId; const senderId = socket.data.playerId;
if(!senderId) return cb && cb({ error: 'not joined' }); if(!senderId) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la salle." });
const roomPlayer = room.players.find(p => p.id === senderId); const roomPlayer = room.players.find(p => p.id === senderId);
if(!roomPlayer) return cb && cb({ error: 'player not in room' }); if(!roomPlayer) return cb && cb({ error: 'player not in room', message: "Vous n'êtes pas dans cette salle." });
if(!room.boardState) return cb && cb({ error: 'no board state' }); if(!room.boardState) return cb && cb({ error: 'no board state', message: "Aucun état de plateau disponible." });
const board = room.boardState; const board = room.boardState;
// determine player's color short form ('w'|'b') // determine player's color short form ('w'|'b')
@ -876,13 +876,13 @@ io.on('connection', (socket) => {
if(!playerColorShort) return cb && cb({ error: 'invalid player color' }); if(!playerColorShort) return cb && cb({ error: 'invalid player color' });
// must be player's turn // must be player's turn
if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn' }); if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn', message: "Ce n'est pas à votre tour de jouer." });
// find piece at 'from' // find piece at 'from'
const pieces = board.pieces || []; const pieces = board.pieces || [];
const moving = pieces.find(p => p.square === from); const moving = pieces.find(p => p.square === from);
if(!moving) return cb && cb({ error: 'no piece at source' }); if(!moving) return cb && cb({ error: 'no piece at source' });
if(moving.color !== playerColorShort) return cb && cb({ error: 'not your piece' }); if(moving.color !== playerColorShort) return cb && cb({ error: 'not your piece', message: "Vous ne pouvez pas déplacer une pièce adverse." });
// Enforce 'toucher' restriction: if there is an active 'toucher' effect targeting this player, // Enforce 'toucher' restriction: if there is an active 'toucher' effect targeting this player,
// they may ONLY move the specified piece(s). // they may ONLY move the specified piece(s).
@ -890,7 +890,7 @@ io.on('connection', (socket) => {
const effects = room.activeCardEffects || []; const effects = room.activeCardEffects || [];
const toucher = effects.find(e => e && e.type === 'toucher' && e.playerId === senderId); const toucher = effects.find(e => e && e.type === 'toucher' && e.playerId === senderId);
if(toucher && toucher.pieceId && moving.id !== toucher.pieceId){ if(toucher && toucher.pieceId && moving.id !== toucher.pieceId){
return cb && cb({ error: 'must_move_restricted_piece' }); return cb && cb({ error: 'must_move_restricted_piece', message: "Vous devez déplacer la pièce restreinte." });
} }
}catch(_){ } }catch(_){ }
@ -902,7 +902,7 @@ io.on('connection', (socket) => {
// only allow moves that capture an occupied square // only allow moves that capture an occupied square
const targetIndexCheck = pieces.findIndex(p => p.square === to); const targetIndexCheck = pieces.findIndex(p => p.square === to);
if(targetIndexCheck === -1){ if(targetIndexCheck === -1){
return cb && cb({ error: 'must_capture_to_move' }); return cb && cb({ error: 'must_capture_to_move', message: "Mouvement impossible : cette pièce ne peut se déplacer que pour capturer une pièce adverse." });
} }
} }
}catch(_){ } }catch(_){ }
@ -910,14 +910,14 @@ io.on('connection', (socket) => {
// validate that 'to' is among legal moves // validate that 'to' is among legal moves
const legal = computeLegalMoves(room, from) || []; const legal = computeLegalMoves(room, from) || [];
const ok = legal.some(m => m.to === to); const ok = legal.some(m => m.to === to);
if(!ok) return cb && cb({ error: 'illegal move' }); if(!ok) return cb && cb({ error: 'illegal move', message: "Mouvement illégal." });
// If any brouillard is active in the room, disallow moving onto squares that the player cannot see // If any brouillard is active in the room, disallow moving onto squares that the player cannot see
try{ try{
const hasBrouillard = (room.activeCardEffects || []).some(e => e && e.type === 'brouillard'); const hasBrouillard = (room.activeCardEffects || []).some(e => e && e.type === 'brouillard');
if(hasBrouillard){ if(hasBrouillard){
const visible = visibleSquaresForPlayer(room, senderId) || new Set(); const visible = visibleSquaresForPlayer(room, senderId) || new Set();
if(!visible.has(to)){ if(!visible.has(to)){
return cb && cb({ error: 'destination_not_visible' }); return cb && cb({ error: 'destination_not_visible', message: "La destination n'est pas visible." });
} }
} }
}catch(_){ } }catch(_){ }
@ -1219,14 +1219,14 @@ io.on('connection', (socket) => {
// Host can start the game explicitly // Host can start the game explicitly
socket.on('game:start', ({ roomId }, cb) => { socket.on('game:start', ({ roomId }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if (!room) return cb && cb({ error: 'room not found' }); if (!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
// verify sender is the host (first player) // verify sender is the host (first player)
const senderId = socket.data.playerId; const senderId = socket.data.playerId;
if (!senderId) return cb && cb({ error: 'not joined' }); if (!senderId) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la partie." });
if (room.players.length < 2) return cb && cb({ error: 'need 2 players to start' }); if (room.players.length < 2) return cb && cb({ error: 'need 2 players to start', message: "Il faut 2 joueurs pour commencer." });
// verify sender is the host (explicit hostId) // verify sender is the host (explicit hostId)
if (!room.hostId || room.hostId !== senderId) return cb && cb({ error: 'only host can start' }); if (!room.hostId || room.hostId !== senderId) return cb && cb({ error: 'only host can start', message: "Seul l'hôte peut commencer la partie." });
room.status = 'playing'; room.status = 'playing';
// Do not broadcast the raw boardState to all sockets (use per-recipient sendRoomUpdate to enforce invisibility) // Do not broadcast the raw boardState to all sockets (use per-recipient sendRoomUpdate to enforce invisibility)
@ -1286,20 +1286,20 @@ io.on('connection', (socket) => {
// Re-add legalMoves API to compute and return pseudo-legal moves for a square. // Re-add legalMoves API to compute and return pseudo-legal moves for a square.
socket.on('game:legalMoves', ({ roomId, square }, cb) => { socket.on('game:legalMoves', ({ roomId, square }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if (!room) return cb && cb({ error: 'room not found' }); if (!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
try{ try{
const moves = computeLegalMoves(room, square) || []; const moves = computeLegalMoves(room, square) || [];
return cb && cb({ ok: true, moves }); return cb && cb({ ok: true, moves });
}catch(e){ }catch(e){
console.error('game:legalMoves error', e); console.error('game:legalMoves error', e);
return cb && cb({ error: 'invalid square', moves: [] }); return cb && cb({ error: 'invalid square', moves: [], message: "La case sélectionnée est invalide." });
} }
}); });
// propagate selection made by one client to the other clients in the same room // propagate selection made by one client to the other clients in the same room
socket.on('game:select', ({ roomId, square }, cb) => { socket.on('game:select', ({ roomId, square }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
const playerId = socket.data.playerId || null; const playerId = socket.data.playerId || null;
// remember last selected square for this socket so cards that need a target can use it // remember last selected square for this socket so cards that need a target can use it
try{ socket.data.lastSelectedSquare = square || null; }catch(e){} try{ socket.data.lastSelectedSquare = square || null; }catch(e){}
@ -1341,29 +1341,29 @@ io.on('connection', (socket) => {
// Manual draw by player (consumes the player's turn). Only valid when autoDraw is disabled. // Manual draw by player (consumes the player's turn). Only valid when autoDraw is disabled.
socket.on('player:draw', ({ roomId }, cb) => { socket.on('player:draw', ({ roomId }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
if(room.status === 'finished') return cb && cb({ error: 'game_over' }); if(room.status === 'finished') return cb && cb({ error: 'game_over', message: "La partie est terminée." });
const senderId = socket.data.playerId; const senderId = socket.data.playerId;
if(!senderId) return cb && cb({ error: 'not joined' }); if(!senderId) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la partie." });
const board = room.boardState; const board = room.boardState;
if(!board) return cb && cb({ error: 'no board state' }); if(!board) return cb && cb({ error: 'no board state', message: "L'état du plateau est introuvable." });
const roomPlayer = room.players.find(p => p.id === senderId); const roomPlayer = room.players.find(p => p.id === senderId);
if(!roomPlayer) return cb && cb({ error: 'player not in room' }); if(!roomPlayer) return cb && cb({ error: 'player not in room', message: "Vous n'êtes pas dans cette partie." });
const playerColorShort = (roomPlayer.color && roomPlayer.color[0]) || null; const playerColorShort = (roomPlayer.color && roomPlayer.color[0]) || null;
// must be player's turn // must be player's turn
if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn' }); if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn', message: "Ce n'est pas à votre tour de jouer." });
// manual draw only allowed when autoDraw is disabled // manual draw only allowed when autoDraw is disabled
if(room.autoDraw) return cb && cb({ error: 'auto_draw_enabled' }); if(room.autoDraw) return cb && cb({ error: 'auto_draw_enabled', message: "Le tirage manuel n'est pas autorisé." });
// do not allow drawing if player already played a card this turn // do not allow drawing if player already played a card this turn
room._cardPlayedThisTurn = room._cardPlayedThisTurn || {}; room._cardPlayedThisTurn = room._cardPlayedThisTurn || {};
if(room._cardPlayedThisTurn[senderId]) return cb && cb({ error: 'card_already_played_this_turn' }); if(room._cardPlayedThisTurn[senderId]) return cb && cb({ error: 'card_already_played_this_turn', message: "Vous avez déjà joué une carte ce tour." });
try{ try{
// perform the draw (this will emit card:drawn privately and send personalized room:update) // perform the draw (this will emit card:drawn privately and send personalized room:update)
const drawn = drawCardForPlayer(room, senderId); const drawn = drawCardForPlayer(room, senderId);
if(!drawn){ if(!drawn){
// nothing drawn (hand full or deck empty) // nothing drawn (hand full or deck empty)
return cb && cb({ error: 'no_card_drawn' }); return cb && cb({ error: 'no_card_drawn', message: "Aucune carte n'a été tirée." });
} }
// drawing consumes the player's turn: flip turn and decrement per-turn effects // drawing consumes the player's turn: flip turn and decrement per-turn effects
// advance board version // advance board version
@ -1419,7 +1419,7 @@ io.on('connection', (socket) => {
// Simple cards API via sockets: list/play // Simple cards API via sockets: list/play
socket.on('card:list', ({ roomId }, cb) => { socket.on('card:list', ({ roomId }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
// return available card types (placeholder) // return available card types (placeholder)
const available = [ const available = [
{ id: 'invert', name: 'Invert Turn', description: 'Swap movement directions for one move' }, { id: 'invert', name: 'Invert Turn', description: 'Swap movement directions for one move' },
@ -1430,11 +1430,11 @@ io.on('connection', (socket) => {
socket.on('card:play', ({ roomId, playerId, cardId, payload }, cb) => { socket.on('card:play', ({ roomId, playerId, cardId, payload }, cb) => {
const room = rooms.get(roomId); const room = rooms.get(roomId);
if(!room) return cb && cb({ error: 'room not found' }); if(!room) return cb && cb({ error: 'room not found', message: "La partie n'a pas été trouvée." });
if(room.status === 'finished') return cb && cb({ error: 'game_over' }); if(room.status === 'finished') return cb && cb({ error: 'game_over', message: "La partie est terminée." });
// enforce sender identity from socket (don't trust client-supplied playerId) // enforce sender identity from socket (don't trust client-supplied playerId)
const senderId = socket.data.playerId; const senderId = socket.data.playerId;
if(!senderId) return cb && cb({ error: 'not joined' }); if(!senderId) return cb && cb({ error: 'not joined', message: "Vous n'avez pas rejoint la partie." });
// enforce one card per player per turn when the game is playing // enforce one card per player per turn when the game is playing
try{ try{
const board = room.boardState; const board = room.boardState;
@ -1442,10 +1442,10 @@ io.on('connection', (socket) => {
const roomPlayer = room.players.find(p => p.id === senderId); const roomPlayer = room.players.find(p => p.id === senderId);
const playerColorShort = (roomPlayer && roomPlayer.color && roomPlayer.color[0]) || null; const playerColorShort = (roomPlayer && roomPlayer.color && roomPlayer.color[0]) || null;
// only allow playing a card on your turn // only allow playing a card on your turn
if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn' }); if(board.turn !== playerColorShort) return cb && cb({ error: 'not your turn', message: "Ce n'est pas à votre tour de jouer." });
// track card plays per turn (not per board version) so effects like "double move" don't allow extra card plays // track card plays per turn (not per board version) so effects like "double move" don't allow extra card plays
room._cardPlayedThisTurn = room._cardPlayedThisTurn || {}; room._cardPlayedThisTurn = room._cardPlayedThisTurn || {};
if(room._cardPlayedThisTurn[senderId]) return cb && cb({ error: 'card_already_played_this_turn' }); if(room._cardPlayedThisTurn[senderId]) return cb && cb({ error: 'card_already_played_this_turn', message: "Vous avez déjà joué une carte ce tour." });
} }
}catch(e){ console.error('card play pre-check error', e); } }catch(e){ console.error('card play pre-check error', e); }
@ -1469,7 +1469,7 @@ io.on('connection', (socket) => {
const targetPiece = (board && board.pieces || []).find(p => p.square === targetCandidate); const targetPiece = (board && board.pieces || []).find(p => p.square === targetCandidate);
if(!board || !targetCandidate || !targetPiece || targetPiece.color !== playerColorShort){ if(!board || !targetCandidate || !targetPiece || targetPiece.color !== playerColorShort){
// nothing should happen if there's no selected piece or the selected piece isn't owned by the player // nothing should happen if there's no selected piece or the selected piece isn't owned by the player
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// ensure the payload has the resolved target for downstream handling // ensure the payload has the resolved target for downstream handling
payload = payload || {}; payload = payload || {};
@ -1485,7 +1485,7 @@ io.on('connection', (socket) => {
// find by unique id or by cardId (first match) // find by unique id or by cardId (first match)
const idx = hand.findIndex(c => (c.id && c.id === (payload && payload.id)) || (c.cardId && c.cardId === cardId) || (c.id && c.id === cardId)); const idx = hand.findIndex(c => (c.id && c.id === (payload && payload.id)) || (c.cardId && c.cardId === cardId) || (c.id && c.id === cardId));
if(idx === -1){ if(idx === -1){
return cb && cb({ error: 'you do not have that card' }); return cb && cb({ error: 'you do not have that card', message: "Vous ne possedez pas cette carte." });
} }
const removed = hand.splice(idx,1)[0]; const removed = hand.splice(idx,1)[0];
room.hands[senderId] = hand; room.hands[senderId] = hand;
@ -1605,7 +1605,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply permanent adoubement effect (bind to piece id so it persists when the piece moves) // apply permanent adoubement effect (bind to piece id so it persists when the piece moves)
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -1632,7 +1632,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// create a persistent doppelganger effect bound to the selected piece // create a persistent doppelganger effect bound to the selected piece
try{ try{
@ -1664,7 +1664,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply permanent folie effect (bind to piece id so it persists when the piece moves) // apply permanent folie effect (bind to piece id so it persists when the piece moves)
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -1691,7 +1691,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply permanent fortification effect (bind to piece id so it persists when the piece moves) // apply permanent fortification effect (bind to piece id so it persists when the piece moves)
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -1718,7 +1718,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// find the owner (player) of the targeted piece // find the owner (player) of the targeted piece
const targetOwner = (room.players || []).find(p => (p.color && p.color[0]) === targetPiece.color) || null; const targetOwner = (room.players || []).find(p => (p.color && p.color[0]) === targetPiece.color) || null;
@ -1742,7 +1742,7 @@ io.on('connection', (socket) => {
// validate target exists and belongs to the opponent and is a queen // validate target exists and belongs to the opponent and is a queen
if(!board || !target || !targetPiece || targetPiece.color === playerColorShort || !targetPiece.type || targetPiece.type.toLowerCase() !== 'q'){ if(!board || !target || !targetPiece || targetPiece.color === playerColorShort || !targetPiece.type || targetPiece.type.toLowerCase() !== 'q'){
// invalid target: do NOT restore the removed card (card is consumed). Return error but card remains in discard. // invalid target: do NOT restore the removed card (card is consumed). Return error but card remains in discard.
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// perform downgrade: change piece type to pawn // perform downgrade: change piece type to pawn
try{ try{
@ -1776,7 +1776,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(_){ } }catch(_){ }
return cb && cb({ error: 'no valid source selected' }); return cb && cb({ error: 'no valid source selected', message: "Aucune source valide n'a été sélectionnée." });
} }
// bind sniper effect to the piece id (one-time use) // bind sniper effect to the piece id (one-time use)
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -1795,12 +1795,12 @@ io.on('connection', (socket) => {
const targetPiece = (board && board.pieces || []).find(p => p.square === target); const targetPiece = (board && board.pieces || []).find(p => p.square === target);
if(!board || !target || !targetPiece){ if(!board || !target || !targetPiece){
// invalid target: do not restore card (consume) and return error // invalid target: do not restore card (consume) and return error
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// do not allow kings to be affected // do not allow kings to be affected
if(targetPiece.type && targetPiece.type.toLowerCase() === 'k'){ if(targetPiece.type && targetPiece.type.toLowerCase() === 'k'){
// consume card but report invalid // consume card but report invalid
return cb && cb({ error: 'cannot_target_king' }); return cb && cb({ error: 'cannot_target_king', message: "Vous ne pouvez pas cibler un roi." });
} }
// find owner of the targeted piece // find owner of the targeted piece
const targetOwner = (room.players || []).find(p => (p.color && p.color[0]) === targetPiece.color) || null; const targetOwner = (room.players || []).find(p => (p.color && p.color[0]) === targetPiece.color) || null;
@ -1831,7 +1831,7 @@ io.on('connection', (socket) => {
if(!board || !source || !target || !srcPiece || !tgtPiece || srcPiece.color !== playerColorShort || tgtPiece.color === playerColorShort){ if(!board || !source || !target || !srcPiece || !tgtPiece || srcPiece.color !== playerColorShort || tgtPiece.color === playerColorShort){
// invalid target(s): restore removed card to hand and abort // invalid target(s): restore removed card to hand and abort
try{ room.hands = room.hands || {}; room.hands[senderId] = room.hands[senderId] || []; if(removed) room.hands[senderId].push(removed); room.discard = room.discard || []; for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } }catch(e){ console.error('restore removed card error', e); } try{ room.hands = room.hands || {}; room.hands[senderId] = room.hands[senderId] || []; if(removed) room.hands[senderId].push(removed); room.discard = room.discard || []; for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid targets' }); return cb && cb({ error: 'no valid targets', message: "Aucune cible valide n'a été sélectionnée." });
} }
// swap their squares // swap their squares
try{ try{
@ -1875,7 +1875,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply a temporary teleport effect bound to the piece id for one owner turn // apply a temporary teleport effect bound to the piece id for one owner turn
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -1898,7 +1898,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ } }catch(e){ }
return cb && cb({ error: 'no board to flip' }); return cb && cb({ error: 'no board to flip', message: "Aucun plateau à retourner." });
} }
// swap piece colors // swap piece colors
// helper: square <-> coords // helper: square <-> coords
@ -1997,7 +1997,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// compute affected squares: target + neighbors // compute affected squares: target + neighbors
function neighbors(sq){ function neighbors(sq){
@ -2083,7 +2083,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid corner piece selected' }); return cb && cb({ error: 'no valid corner piece selected', message: "Aucun coin valide n'a été sélectionné." });
} }
// find available destination corners (empty) // find available destination corners (empty)
const emptyCorners = corners.filter(c => { return !(board.pieces || []).some(p => p.square === c); }); const emptyCorners = corners.filter(c => { return !(board.pieces || []).some(p => p.square === c); });
@ -2098,7 +2098,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no empty destination corner available' }); return cb && cb({ error: 'no empty destination corner available', message: "Aucun coin de destination vide n'est disponible." });
} }
// instead of teleporting immediately, record an effect that grants this piece the ability // instead of teleporting immediately, record an effect that grants this piece the ability
// to move to any of the available corner squares for one turn // to move to any of the available corner squares for one turn
@ -2124,7 +2124,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(_){ } }catch(_){ }
return cb && cb({ error: 'no pieces to shuffle' }); return cb && cb({ error: 'no pieces to shuffle', message: "Aucune pièce à mélanger." });
} }
// gather pieces and compute a random set of distinct destination squares across the whole board // gather pieces and compute a random set of distinct destination squares across the whole board
const pieces = board.pieces; const pieces = board.pieces;
@ -2180,7 +2180,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(_){ } }catch(_){ }
return cb && cb({ error: 'no pieces to transform' }); return cb && cb({ error: 'no pieces to transform', message: "Aucune pièce à transformer." });
} }
const pieces = board.pieces; const pieces = board.pieces;
const transformChoices = ['N','B','R']; const transformChoices = ['N','B','R'];
@ -2227,7 +2227,7 @@ io.on('connection', (socket) => {
room.discard = room.discard || []; room.discard = room.discard || [];
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply invisible effect bound to the piece id so only the owner can see it // apply invisible effect bound to the piece id so only the owner can see it
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];
@ -2253,7 +2253,7 @@ io.on('connection', (socket) => {
if(!board || !targetPlayer || targetPlayer.id === senderId){ if(!board || !targetPlayer || targetPlayer.id === senderId){
// restore removed card to hand and abort // restore removed card to hand and abort
try{ room.hands = room.hands || {}; room.hands[senderId] = room.hands[senderId] || []; if(removed) room.hands[senderId].push(removed); room.discard = room.discard || []; for(let i = room.discard.length-1;i>=0;i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } }catch(e){} try{ room.hands = room.hands || {}; room.hands[senderId] = room.hands[senderId] || []; if(removed) room.hands[senderId].push(removed); room.discard = room.discard || []; for(let i = room.discard.length-1;i>=0;i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } }catch(e){}
return cb && cb({ error: 'no valid target player' }); return cb && cb({ error: 'no valid target player', message: "Aucun joueur cible valide n'a été sélectionné." });
} }
// compute list of all squares (each square veiled individually) // compute list of all squares (each square veiled individually)
const width = board.width || 8; const width = board.width || 8;
@ -2505,7 +2505,7 @@ io.on('connection', (socket) => {
// try to remove the removed card instance from discard (last occurrence) // try to remove the removed card instance from discard (last occurrence)
for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } } for(let i = room.discard.length - 1; i >= 0; i--){ if(room.discard[i] && room.discard[i].id === (removed && removed.id)){ room.discard.splice(i,1); break; } }
}catch(e){ console.error('restore removed card error', e); } }catch(e){ console.error('restore removed card error', e); }
return cb && cb({ error: 'no valid target' }); return cb && cb({ error: 'no valid target', message: "Aucune cible valide n'a été sélectionnée." });
} }
// apply the rebond effect (also record pieceId so it can be identified after moves) // apply the rebond effect (also record pieceId so it can be identified after moves)
room.activeCardEffects = room.activeCardEffects || []; room.activeCardEffects = room.activeCardEffects || [];