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Client Virtuel : Gestion de la board avec les 'chips', à terminer

This commit is contained in:
xdrm-brackets 2016-07-19 12:52:14 +02:00
parent 541849fcf2
commit 2f6c09dbae
2 changed files with 30 additions and 37 deletions
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2
manager/repo/state.php
View File

@ -21,7 +21,7 @@
public static function getForChip($id_chip){ public static function getForChip($id_chip){
$req = Database::getPDO()->prepare("SELECT s.state, pm.id_chip, GROUP_CONCAT(s.value) as pin_values $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 WHERE s.id_pin_merge = pm.id_pin_merge
AND pm.id_chip = :id_chip AND pm.id_chip = :id_chip
GROUP BY s.state, pm.id_chip"); GROUP BY s.state, pm.id_chip");

59
test/client/interface.php
View File

@ -255,17 +255,17 @@
/* (5) On initialise la carte + les puces */ /* (5) On initialise la carte + les puces */
var board = new Board(50); var board = new Board(50);
var chip = { var CHIP = {
led: new LedInterface( new Chip('serial', [1, 2, 3]), led ), led: new LedInterface( new Chip('serial', [1, 2, 3]), led ),
r1: new RelayInterface( new Chip('serial', [4]), r1 ), r1: new RelayInterface( new Chip('serial', [4]), r1 ),
r2: new RelayInterface( new Chip('serial', [5]), r2 ) r2: new RelayInterface( new Chip('serial', [5]), r2 )
}; };
var chipList = Object.keys(chip); var chipList = Object.keys(CHIP);
// Branchement des puces // Branchement des puces
for( var i = 0 ; i < chipList.length ; i++ ) for( var i = 0 ; i < chipList.length ; i++ )
board.plug( chip[chipList[i]] ); board.plug( CHIP[chipList[i]] );
/* [1] Fonctions /* [1] Fonctions
@ -274,44 +274,37 @@
---------------------------------------------------------*/ ---------------------------------------------------------*/
function updateChips(){ function updateChips(){
var STATES = lsi.export('STATES.CNF'); 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 ){ for( var s in STATES ){
if( previous(STATES[s].global_state, STATE) ) /* (2) Si l'état correspond */
console.log('matches', STATES[s]); if( previous(STATES[s].global_state, STATE) ){
else
console.log('no matches', STATES[s]); 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]) );
} }
console.log('---');
/* (1) Si machine bloquée */ break;
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');
} }