diff --git a/manager/repo/state.php b/manager/repo/state.php
index 303d75d..2dca7c5 100644
--- a/manager/repo/state.php
+++ b/manager/repo/state.php
@@ -21,7 +21,7 @@
 		public static function getForChip($id_chip){
 
 			$req = Database::getPDO()->prepare("SELECT s.state, pm.id_chip, GROUP_CONCAT(s.value) as pin_values
-				FROM state as s, pin_merge as pm
+				FROM state as s, (SELECT * FROM pin_merge ORDER BY pin ASC) as pm
 				WHERE s.id_pin_merge = pm.id_pin_merge
 				AND   pm.id_chip     = :id_chip
 				GROUP BY s.state, pm.id_chip");
diff --git a/test/client/interface.php b/test/client/interface.php
index 702a4f6..4b29100 100644
--- a/test/client/interface.php
+++ b/test/client/interface.php
@@ -255,17 +255,17 @@
 			/* (5) On initialise la carte + les puces */
 			var board = new Board(50);
 
-			var chip = {
+			var CHIP = {
 				led:  new LedInterface(   new Chip('serial', [1, 2, 3]), led ),
 				r1:   new RelayInterface( new Chip('serial', [4]),       r1  ),
 				r2:   new RelayInterface( new Chip('serial', [5]),       r2  )
 			};
 
-			var chipList = Object.keys(chip);
+			var chipList = Object.keys(CHIP);
 
 			// Branchement des puces
 			for( var i = 0 ; i < chipList.length ; i++ )
-				board.plug( chip[chipList[i]] );
+				board.plug( CHIP[chipList[i]] );
 
 
 			/* [1] Fonctions
@@ -274,44 +274,37 @@
 			---------------------------------------------------------*/
 			function updateChips(){
 				var STATES = lsi.export('STATES.CNF');
+				var CHIPS  = lsi.export('CHIPS.CNF');
 
-				/* (1) On vérifie si état correspond */
+				/* (1) On vérifie quel état correspond */
 				for( var s in STATES ){
 
-					if( previous(STATES[s].global_state, STATE) )
-						console.log('matches', STATES[s]);
-					else
-						console.log('no matches', STATES[s]);
+					/* (2) Si l'état correspond */
+					if( previous(STATES[s].global_state, STATE) ){
+
+						console.log('STATE', STATE, 'matches', STATES[s].global_state);
+
+						/* (3) On applique l'état à chaque CHIP */
+						for( var c in CHIPS ){
+
+							/* (4) Si la puce a bien cet été de défini */
+							if( !CHIPS[c].states.hasOwnProperty(STATES[s].chips[c]) )
+								break;
+
+							/* (5) On récupère les PIN + les VALUES */
+							var pins   = CHIPS[c].pins;
+							var values = CHIPS[c].states[STATES[s].chips[c]];
+
+							/* (6) On applique les valeurs */
+							for( var p in pins )
+								board.set( parseInt(pins[p]), parseInt(values[p]) );
+
+						}
+
+						break;
+					}
 
 				}
-				console.log('---');
-
-				/* (1) Si machine bloquée */
-				if( STATE[2] ){
-					STATE[0]  = false;
-					STATE[1] = false;
-					led.style.background = '#f00';
-				}
-
-				/* (2) Si machine allumée */
-				else if( STATE[0] ){
-
-					// {1} Allumée + signalée //
-					if( STATE[1] )
-						led.style.background = '#00f';
-
-					// {2} Allumée (non signalée) //
-					else
-						led.style.background = '#0f0';
-
-				}else
-					led.style.background = '#000';
-
-				if( STATE[0] == true )
-					r1.addClass('active');
-				else
-					r1.remClass('active');
-
 			}