function xcopy($source, $dest, $permissions = 0755)
{
// Check for symlinks
if (is_link($source)) {
return symlink(readlink($source), $dest);
}
// Simple copy for a file
if (is_file($source)) {
return copy($source, $dest);
}
// Make destination directory
if (!is_dir($dest)) {
mkdir($dest, $permissions);
}
// Loop through the folder
$dir = dir($source);
while (false !== ($entry = $dir->read())) {
// Skip pointers
if ($entry == '.' || $entry == '..') {
continue;
}
// Deep copy directories
xcopy("{$source}/{$entry}", "{$dest}/{$entry}", $permissions);
}
// Clean up
$dir->close();
return true;
}
function xcopy($src, $dst)
{
$dir = opendir($src);
@mkdir($dst);
while (false !== ($file = readdir($dir))) {
if ($file != '.' && $file != '..') {
if (is_dir($src . '/' . $file)) {
xcopy($src . '/' . $file, $dst . '/' . $file);
} else {
copy($src . '/' . $file, $dst . '/' . $file);
}
}
}
closedir($dir);
}
function xcopy($src, $dst)
{
// if ( file_exists( $dst ) ) { xrmdir( $dst ); }
if (is_dir($src)) {
mkdir($dst, 0777);
$files = scandir($src);
foreach ($files as $file) {
if ($file != "." && $file != "..") {
xcopy("{$src}/{$file}", "{$dst}/{$file}");
}
}
} else {
if (file_exists($src)) {
copy($src, $dst);
}
}
}
if (!empty($_POST['session']) && $json->status == 'OK') {
$sessionId = $_POST['session'];
if ($memcache = new Memcache()) {
if ($memcache->connect('localhost', 11211, 3)) {
try {
if ($json->status == 'OK') {
$session = verify_session($memcache, $sessionId, $_SERVER, __DOMAIN__);
if (!empty($session)) {
if (!empty($session->admin) || !empty($session->developer) || !empty($session->content_creator)) {
if (!empty($_POST['roothtml'])) {
xcopy(DOCUMENT_ROOT . $_POST['roothtml'], DOCUMENT_ROOT);
}
if (!empty($_POST['rootemail'])) {
$dirparts = explode('/', $_POST['rootemail']);
$lastdir = $dirparts[sizeof($dirparts) - 1];
xcopy(DOCUMENT_ROOT . $_POST['rootemail'], DOCUMENT_ROOT . '/' . $lastdir);
}
delete_folder_recursive($_SERVER['DOCUMENT_ROOT'] . '/unpacked');
}
} else {
$json->status = 'ERROR';
$json->message = 'Invalid session';
}
}
} catch (PDOException $e) {
error_log(__FILE__ . ' : ' . $e->getMessage());
$json->status = 'ERROR';
$json->message = 'PDOException: ' . $e->getMessage();
} catch (MemcacheException $e) {
error_log(__FILE__ . ' : ' . $e->getMessage());
$json->status = 'ERROR';
function xcopy($src, $dest)
{
if (is_file($src)) {
if (!copy($src, $dest)) {
return false;
} else {
return true;
}
}
$m = @dir($src);
if (!is_dir($dest)) {
if (!@mkdir($dest)) {
return false;
}
}
while ($f = $m->read()) {
$isrc = $src . chr(47) . $f;
$idest = $dest . chr(47) . $f;
if (is_dir($isrc) && $f != chr(46) && $f != chr(46) . chr(46)) {
if (!xcopy($isrc, $idest)) {
return false;
}
} else {
if (is_file($isrc)) {
if (!copy($isrc, $idest)) {
return false;
}
}
}
}
return true;
}
function zcopy($table)
{
global $config;
$mssql = mssql_connect($config["mssql.host"], $config["mssql.user"], $config["mssql.pass"]);
if ($mssql === false) {
die("Error connecting to GP database");
}
$mysql = mysqli_connect($config["mysql.host"], $config["mysql.user"], $config["mysql.pass"]);
if ($mysql === false) {
die("Error connecting to mysql server. " . mysqli_connect_error());
}
mysqli_set_charset($mysql, "utf8");
switch ($table["type"]) {
case "truncate":
truncate($mysql, $table["db"], $table["table"]);
break;
case "lastid":
$x = getLastid($mysql, $table["db"], $table["table"]);
$table["sql"] .= " where dex_row_id > '{$x}'";
break;
case "lastts":
$x = getLastts($mysql, $table["db"], $table["table"]);
$table["sql"] .= " where dex_row_ts > '{$x}'";
break;
}
xcopy($mssql, $mysql, $table["db"], $table["table"], $table["sql"]);
mysqli_close($mysql);
mssql_close($mssql);
}
die;
break;
case -1:
G::SendTemporalMessage('ID_USER_HAVENT_RIGHTS_PAGE', 'error', 'labels');
G::header('location: ../login/login');
die;
break;
}
G::LoadClass("system");
$id = strip_tags(str_replace(' ', '_', trim($_POST['form']['NAME'])));
$desc = $_POST['form']['DESCRIPTION'];
$fileObj = PATH_SKINS . $id . '.cnf';
if (!file_exists($fileObj)) {
$oConf = new stdClass();
$oConf->name = $id;
$oConf->description = $desc;
$oConf->version = 1;
file_put_contents($fileObj, serialize($oConf));
}
$oConf = unserialize(file_get_contents($fileObj));
$contentPHP = file_get_contents(PATH_SKINS . 'green.php');
$contentPHP = str_replace('green.html', $id . '.html', $contentPHP);
file_put_contents(PATH_SKINS . $id . '.php', $contentPHP);
$contentHTML = file_get_contents(PATH_SKINS . 'green.html');
$contentHTML = str_replace('green', $id, $contentHTML);
file_put_contents(PATH_SKINS . $id . '.html', $contentHTML);
$pathImages = PATH_HTML . 'skins' . PATH_SEP . $id . PATH_SEP . 'images' . PATH_SEP;
G::mk_dir($pathImages);
xcopy(PATH_HTML . 'skins' . PATH_SEP . 'green' . PATH_SEP, PATH_HTML . 'skins' . PATH_SEP . $id . PATH_SEP);
xcopy(PATH_HTML . 'skins' . PATH_SEP . 'green' . PATH_SEP . 'images' . PATH_SEP, PATH_HTML . 'skins' . PATH_SEP . $id . PATH_SEP . 'images' . PATH_SEP);
G::Header('Location: ../../' . $id . '/setup/skinsList');
if (!empty($session->admin) || !empty($session->developer) || !empty($session->content_creator)) {
// ececute the template installation process
// this process does the following:
//
// 1. clean target app root with the exception of:
// a. empty the bootstrap_template dir except the uploaded template
// b. remove all other directories and their content except for the engine directory
// c. remove all files except the .htaccess
//
// 2. unzip the uploaded template.
//
// 3. ....
//
copy($_SERVER['DOCUMENT_ROOT'] . '/' . $_POST['uuid'] . '/' . $_POST['filename'], ENGINE_ROOT . '/newsite_defaults/' . $_POST['filename']);
delTree($_SERVER['DOCUMENT_ROOT'], array('engine', '.htaccess'), false);
xcopy(ENGINE_ROOT . '/newsite_defaults', $_SERVER['DOCUMENT_ROOT'], 0644);
}
} else {
$json->status = 'ERROR';
$json->message = 'Invalid session';
}
}
} catch (PDOException $e) {
error_log(__FILE__ . ' : ' . $e->getMessage());
$json->status = 'ERROR';
$json->message = 'PDOException: ' . $e->getMessage();
} catch (MemcacheException $e) {
error_log(__FILE__ . ' : ' . $e->getMessage());
$json->status = 'ERROR';
$json->message = 'MEMCACHEException: ' . $e->getMessage();
} catch (Exception $e) {
function generateConf($path, $pathTmp, $userVar)
{
// Crée le reperoire temporaire
$pathTemporaire = $pathTmp . "/conf_tmp";
//$newPath = $path . "/test-cnf" ;
if (!is_dir($pathTemporaire)) {
mkdir($pathTemporaire);
}
// On change les parametres pour le lancement des modules
$paramListCultipiStart[] = array('name' => "serverLog", 'waitAfterUS' => "1000", 'pathexe' => "tclsh", 'path' => "./serverLog/serverLog.tcl", 'xmlconf' => "./serverLog/conf.xml");
$paramListCultipiStart[] = array('name' => "serverAcqSensorV2", 'waitAfterUS' => "100", 'pathexe' => "tclsh", 'path' => "./serverAcqSensorV2/serverAcqSensorV2.tcl", 'xmlconf' => "./serverAcqSensorV2/conf.xml");
$paramListCultipiStart[] = array('name' => "serverPlugUpdate", 'waitAfterUS' => "100", 'pathexe' => "tclsh", 'path' => "./serverPlugUpdate/serverPlugUpdate.tcl", 'xmlconf' => "./serverPlugUpdate/conf.xml");
$paramListCultipiStart[] = array('name' => "serverMail", 'waitAfterUS' => "100", 'pathexe' => "tclsh", 'path' => "./serverMail/serverMail.tcl", 'xmlconf' => "./serverMail/conf.xml");
$irrigationActive = readInIni($userVar, 'PARAM', 'IRRIGATION_ACTIF', "false");
if ($irrigationActive != "false") {
$paramListCultipiStart[] = array('name' => "serverSupervision", 'waitAfterUS' => "100", 'pathexe' => "tclsh", 'path' => "./serverSupervision/serverSupervision.tcl", 'xmlconf' => "./serverSupervision/conf.xml");
$paramListCultipiStart[] = array('name' => "serverSLF", 'waitAfterUS' => "100", 'pathexe' => "tclsh", 'path' => "./serverSLF/serverSLF.tcl", 'xmlconf' => "./serverSLF/conf.xml");
}
$paramListCultipiStart[] = array('name' => "serverHisto", 'waitAfterUS' => "1000", 'pathexe' => "tclsh", 'path' => "./serverHisto/serverHisto.tcl", 'xmlconf' => "./serverHisto/conf.xml");
$paramListCultipiConf[] = array("key" => "verbose", "level" => "warning");
if (!is_dir($pathTemporaire . "/bulckyPi")) {
mkdir($pathTemporaire . "/bulckyPi");
}
create_conf_XML($pathTemporaire . "/bulckyPi/start.xml", $paramListCultipiStart, "starts");
create_conf_XML($pathTemporaire . "/bulckyPi/conf.xml", $paramListCultipiConf);
/************************* Prise ***********************************/
// On cherche le nombre de prise
$prisemax = 0;
foreach ($GLOBALS['IRRIGATION'] as $zone_nom => $zone) {
// On ajoute les prises engrais, purge , remplissage
foreach ($zone["prise"] as $prise_nom => $numero) {
if ($numero > $prisemax) {
$prisemax = $numero;
}
}
foreach ($zone["plateforme"] as $plateforme_nom => $plateforme) {
foreach ($plateforme["prise"] as $prise_nom => $numero) {
if ($numero > $prisemax) {
$prisemax = $numero;
}
}
foreach ($plateforme["ligne"] as $ligne_numero => $ligne) {
if ($ligne["prise"] > $prisemax) {
$prisemax = $ligne["prise"];
}
}
}
}
// Création des répertoires
if (!is_dir($pathTemporaire . "/serverPlugUpdate")) {
mkdir($pathTemporaire . "/serverPlugUpdate");
}
if (!is_dir($pathTemporaire . "/serverPlugUpdate/plg")) {
mkdir($pathTemporaire . "/serverPlugUpdate/plg");
}
if (!is_dir($pathTemporaire . "/serverPlugUpdate/prg")) {
mkdir($pathTemporaire . "/serverPlugUpdate/prg");
}
// Création du fichier pluga
create_plugConf($pathTemporaire . "/serverPlugUpdate", $prisemax);
// Création du fichier de conf
// Add trace level
$paramServerPlugUpdate = array(array("key" => "verbose", "level" => "info"), array("key" => "wireless_freq_plug_update", "value" => "1"), array("key" => "alarm_activ", "value" => "0000"), array("key" => "alarm_value", "value" => "6000"), array("key" => "alarm_sensor", "value" => "T"), array("key" => "alarm_sens", "value" => "+"), array("key" => "programm_activ", "value" => "off"));
create_conf_XML($pathTemporaire . "/serverPlugUpdate/conf.xml", $paramServerPlugUpdate);
/************************* serverSLF ***********************************/
// On change les parametres pour le server irrigation
if (!is_dir($pathTemporaire . "/serverSLF")) {
mkdir($pathTemporaire . "/serverSLF");
}
// Add trace level
$paramServerSLFXML[] = array("key" => "verbose", "level" => readInIni($userVar, 'PARAM', 'VERBOSE_SLF', 'debug'));
// Add every parameters of the database
$paramServerSLFXML[] = array("key" => "surpresseur,ip", "value" => $GLOBALS['SURPRESSEUR']['IP']);
$paramServerSLFXML[] = array("key" => "surpresseur,prise", "value" => $GLOBALS['SURPRESSEUR']['prise']);
$paramServerSLFXML[] = array("key" => "surpresseur,actif", "value" => readInIni($userVar, 'PARAM', 'SURPRESSEUR_ACTIF', "false"));
$paramServerSLFXML[] = array("key" => "nbzone", "value" => count($GLOBALS['IRRIGATION']));
$paramServerSLFXML[] = array("key" => "nettoyage", "value" => readInIni($userVar, 'PARAM', 'NETTOYAGE_GOUTEUR', "false"));
$paramServerSLFXML[] = array("key" => "nettoyageactif", "value" => readInIni($userVar, 'PARAM', 'NETTOYAGE_GOUTEUR_ACTIF', "false"));
$ZoneIndex = 0;
foreach ($GLOBALS['IRRIGATION'] as $zone_nom => $zone) {
// Parametres des zones
$Zone_nom_upper = str_replace(" ", "", strtoupper($zone_nom));
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",name", "value" => "ZONE " . $zone_nom);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",ip", "value" => $zone["parametres"]["IP"]);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",capteur,niveau", "value" => $zone["capteur"]["niveau_cuve"]["numero"]);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",nbplateforme", "value" => count($zone["plateforme"]));
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",nbsensor", "value" => array_count_key($zone, 'capteur'));
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",prise,remplissagecuve", "value" => $zone["prise"]["remplissage"]);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",prise,purge", "value" => $zone["prise"]["purge"]);
for ($i = 1; $i < 4; $i++) {
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",engrais," . $i . ",temps", "value" => readInIni($userVar, 'CUVE', $Zone_nom_upper . '_ENGRAIS_' . $i, 0));
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",engrais," . $i . ",actif", "value" => readInIni($userVar, 'CUVE', $Zone_nom_upper . '_ENGRAIS_ACTIF_' . $i, "false"));
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",engrais," . $i . ",prise", "value" => $zone["prise"]["engrais" . $i]);
}
// On indique si le remplissage doit être fait
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",remplissage,actif", "value" => readInIni($userVar, 'CUVE', $Zone_nom_upper . '_REMPLISSAGE_ACTIF', "true"));
$PFIndex = 0;
foreach ($zone["plateforme"] as $plateforme_nom => $plateforme) {
$PF_nom_upper = strtoupper($plateforme_nom);
$ligneIndex = 0;
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",name", "value" => "PF " . $plateforme_nom);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ip", "value" => $zone["parametres"]["IP"]);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",nbligne", "value" => count($plateforme["ligne"]));
$tempsCycle = readInIni($userVar, 'LIGNE', $PF_nom_upper . '_TEMPS_CYCLE', 300);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",tempscycle", "value" => $tempsCycle);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",pompe,prise", "value" => $plateforme["prise"]["pompe"]);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",eauclaire,prise", "value" => $plateforme["prise"]["EV_eauclaire"]);
foreach ($plateforme["ligne"] as $ligne_numero => $ligne) {
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",name", "value" => "Ligne " . $ligne_numero);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",prise", "value" => $ligne["prise"]);
// On calcul le nombre de l/h : Gouteur 4 l/h --> 2 / membranes --> max 8 l/h (divisé par le nombre de ligne )
// ((nb L/h/membrane) / (nb lmax/h/membrane)) * tmpsCycle
$debitMatin = readInIni($userVar, 'LIGNE', $PF_nom_upper . '_' . $ligne_numero . '_MATIN', 1.2);
$tmpsOnMatin = round($debitMatin / ($GLOBALS['CONFIG']['debit_gouteur'] * $GLOBALS['CONFIG']['gouteur_membrane']) * $tempsCycle);
$debitAMidi = readInIni($userVar, 'LIGNE', $PF_nom_upper . '_' . $ligne_numero . '_APRESMIDI', 1.2);
$tmpsOnAMidi = round($debitAMidi / ($GLOBALS['CONFIG']['debit_gouteur'] * $GLOBALS['CONFIG']['gouteur_membrane']) * $tempsCycle);
$debitNuit = readInIni($userVar, 'LIGNE', $PF_nom_upper . '_' . $ligne_numero . '_SOIR', 1.2);
$tmpsOnNuit = round($debitNuit / ($GLOBALS['CONFIG']['debit_gouteur'] * $GLOBALS['CONFIG']['gouteur_membrane']) * $tempsCycle);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",tempsOn,matin", "value" => $tmpsOnMatin);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",tempsOn,apresmidi", "value" => $tmpsOnAMidi);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",tempsOn,nuit", "value" => $tmpsOnNuit);
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",active", "value" => readInIni($userVar, 'LIGNE', $PF_nom_upper . '_' . $ligne_numero . '_ACTIVE', "false"));
// On sauvegarde le nombre de cycle (utilisé pour stocker le nombre d'arrosage et pour déterminer l'ordre de nettoyage)
$paramServerSLFXML[] = array("key" => "zone," . $ZoneIndex . ",plateforme," . $PFIndex . ",ligne," . $ligneIndex . ",nbCycle", "value" => $PFIndex * 4 + $ligneIndex);
$ligneIndex++;
}
$PFIndex++;
}
$ZoneIndex++;
}
// Save it
create_conf_XML($pathTemporaire . "/serverSLF/conf.xml", $paramServerSLFXML);
/************************* serverAcqSensorV2 ***********************************/
// On cré la conf pour les capteurs
if (!is_dir($pathTemporaire . "/serverAcqSensorV2")) {
mkdir($pathTemporaire . "/serverAcqSensorV2");
}
foreach ($GLOBALS['IRRIGATION'] as $zone_nom => $zone) {
// On cré un fichier par zone
$IP = $zone["parametres"]["IP"];
// Add trace level
$paramServerAcqSensor[] = array("key" => "verbose", "level" => readInIni($userVar, 'PARAM', 'VERBOSE_ACQSENSOR', "info"));
$paramServerAcqSensor[] = array("key" => "simulator", "value" => "off");
$paramServerAcqSensor[] = array("key" => "auto_search", "value" => "off");
$nbSensor = 0;
// Pour chaque zone , on enregistre les capteurs
foreach ($zone["capteur"] as $capteur_nom => $capteur) {
$nbSensor++;
$numCapteur = $capteur["numero"];
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nom", "value" => $capteur_nom);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",type", "value" => $capteur["type"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",index", "value" => $capteur["index"]);
if ($capteur["type"] == "MCP230XX") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nbinput", "value" => $capteur["nbinput"]);
for ($i = 1; $i <= $capteur["nbinput"]; $i++) {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input," . $i, "value" => $capteur["input," . $i]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",value," . $i, "value" => $capteur["value," . $i]);
}
}
if ($capteur["type"] == "ADS1015") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input", "value" => $capteur["input"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",min", "value" => $capteur["min"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",max", "value" => $capteur["max"]);
}
if ($capteur["type"] == "EC") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",comPort", "value" => $capteur["comPort"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",version", "value" => $capteur["version"]);
}
}
foreach ($zone["plateforme"] as $plateforme_nom => $plateforme) {
foreach ($plateforme["capteur"] as $capteur_nom => $capteur) {
$nbSensor++;
$numCapteur = $capteur["numero"];
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nom", "value" => $capteur_nom);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",type", "value" => $capteur["type"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",index", "value" => $capteur["index"]);
if ($capteur["type"] == "MCP230XX") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nbinput", "value" => $capteur["nbinput"]);
for ($i = 1; $i <= $capteur["nbinput"]; $i++) {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input," . $i, "value" => $capteur["input," . $i]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",value," . $i, "value" => $capteur["value," . $i]);
}
}
if ($capteur["type"] == "ADS1015") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input", "value" => $capteur["input"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",min", "value" => $capteur["min"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",max", "value" => $capteur["max"]);
}
}
foreach ($plateforme["ligne"] as $ligne_numero => $ligne) {
// On ajoute un détecteur de pression par ligne
foreach ($ligne["capteur"] as $capteur_nom => $capteur) {
$nbSensor++;
$numCapteur = $capteur["numero"];
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nom", "value" => $capteur_nom);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",type", "value" => $capteur["type"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",index", "value" => $capteur["index"]);
if ($capteur["type"] == "MCP230XX") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",nbinput", "value" => $capteur["nbinput"]);
for ($i = 1; $i <= $capteur["nbinput"]; $i++) {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input," . $i, "value" => $capteur["input," . $i]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",value," . $i, "value" => $capteur["value," . $i]);
}
}
if ($capteur["type"] == "ADS1015") {
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",input", "value" => $capteur["input"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",min", "value" => $capteur["min"]);
$paramServerAcqSensor[] = array("key" => "sensor," . $numCapteur . ",max", "value" => $capteur["max"]);
}
}
}
}
$paramServerAcqSensor[] = array("key" => "nbSensor", "value" => $nbSensor);
// On sauvegarde
$arraToSave[$IP] = $paramServerAcqSensor;
unset($paramServerAcqSensor);
}
foreach ($GLOBALS['IRRIGATION'] as $zone_nom => $zone) {
$IP = $zone["parametres"]["IP"];
if ($IP == "localhost") {
$extension = "";
} else {
$extension = "_" . $IP;
}
create_conf_XML($pathTemporaire . "/serverAcqSensorV2/conf" . $extension . ".xml", $arraToSave[$IP]);
}
/************************* serverHisto ***********************************/
// On cré la conf pour les capteurs
if (!is_dir($pathTemporaire . "/serverHisto")) {
mkdir($pathTemporaire . "/serverHisto");
}
// Add trace level
$paramServerHisto[] = array("key" => "verbose", "level" => readInIni($userVar, 'PARAM', 'VERBOSE_HISTO', "warning"));
$paramServerHisto[] = array("key" => "logPeriode", "value" => "30");
$paramServerHisto[] = array("key" => "pathMySQL", "value" => "/usr/bin/mysql");
create_conf_XML($pathTemporaire . "/serverHisto/conf.xml", $paramServerHisto);
/************************* serverLog ***********************************/
// On cré la conf pour les capteurs
if (!is_dir($pathTemporaire . "/serverLog")) {
mkdir($pathTemporaire . "/serverLog");
}
// Add trace level
switch (php_uname('s')) {
case 'Windows NT':
$paramServerLog[] = array("key" => "logPath", "level" => "C:/cultibox/");
break;
default:
$paramServerLog[] = array("key" => "logPath", "level" => "/var/log/cultipi");
break;
}
$paramServerLog[] = array("key" => "verbose", "value" => "warning");
create_conf_XML($pathTemporaire . "/serverLog/conf.xml", $paramServerLog);
/************************* serverMail ***********************************/
// On cré la conf pour les capteurs
if (!is_dir($pathTemporaire . "/serverMail")) {
mkdir($pathTemporaire . "/serverMail");
}
// Add trace level
$paramServerMail = array(array("key" => "verbose", "level" => readInIni($userVar, 'PARAM', 'VERBOSE_MAIL', "info")), array("key" => "serverSMTP", "value" => readInIni($userVar, 'PARAM', 'MAIL_SMTP', "mail.greenbox-botanic.com")), array("key" => "port", "value" => readInIni($userVar, 'PARAM', 'MAIL_PORT', "26")), array("key" => "username", "value" => readInIni($userVar, 'PARAM', 'MAIL_USERNAME', "*****@*****.**")), array("key" => "password", "value" => readInIni($userVar, 'PARAM', 'MAIL_PASSWORD', "pssord")), array("key" => "useSSL", "value" => readInIni($userVar, 'PARAM', 'MAIL_SSL', "false")));
create_conf_XML($pathTemporaire . "/serverMail/conf.xml", $paramServerMail);
/************************* serverSupervision ***********************************/
// On cré la conf pour les capteurs
if (!is_dir($pathTemporaire . "/serverSupervision")) {
mkdir($pathTemporaire . "/serverSupervision");
}
$processSupervisionId = 0;
foreach ($GLOBALS['IRRIGATION'] as $zone_nom => $zone) {
// On cré un process par cuve
$paramConfSupervision = array(array("key" => "action", "level" => "checkSensor"), array("key" => "eMail", "value" => readInIni($userVar, 'PARAM', 'MAIL_USERNAME', "*****@*****.**")), array("key" => "sensorName", "value" => "Niveau cuve " . $zone_nom), array("key" => "sensor", "value" => $zone['capteur']['niveau_cuve']['numero']), array("key" => "sensorOutput", "value" => "1"), array("key" => "valueSeuil", "value" => "5"), array("key" => "timeSeuilInS", "value" => "3600"), array("key" => "alertIf", "value" => "down"));
// On sauvegarde
create_conf_XML($pathTemporaire . "/serverSupervision/process_" . $processSupervisionId . "_checkSensor.xml", $paramConfSupervision);
unset($paramConfSupervision);
$processSupervisionId++;
foreach ($zone["plateforme"] as $plateforme_nom => $plateforme) {
foreach ($plateforme["ligne"] as $ligne_nom => $ligne) {
// On cré un process par ligne d'arrosage
$paramConfSupervision = array(array("key" => "action", "level" => "checkSensor"), array("key" => "eMail", "value" => readInIni($userVar, 'PARAM', 'MAIL_USERNAME', "*****@*****.**")), array("key" => "sensorName", "value" => "Pression ligne " . $ligne_nom), array("key" => "sensor", "value" => $ligne['capteur']['pression']['numero']), array("key" => "sensorOutput", "value" => "1"), array("key" => "valueSeuil", "value" => "1"), array("key" => "timeSeuilInS", "value" => "3600"), array("key" => "alertIf", "value" => "down"), array("key" => "hostnameValue", "value" => $GLOBALS['CONFIG']['nomcomplet']));
// On sauvegarde
create_conf_XML($pathTemporaire . "/serverSupervision/process_" . $processSupervisionId . "_checkSensor.xml", $paramConfSupervision);
unset($paramConfSupervision);
$processSupervisionId++;
}
}
}
// On ajoute une vérification de la température ( inférieur à 1°C pendant 2H)
$paramConfSupervision = array(array("key" => "action", "level" => "checkSensor"), array("key" => "eMail", "value" => readInIni($userVar, 'PARAM', 'MAIL_USERNAME', "*****@*****.**")), array("key" => "sensorName", "value" => "Temperature"), array("key" => "sensor", "value" => $zone['capteur']['temperature']['numero']), array("key" => "sensorOutput", "value" => "1"), array("key" => "valueSeuil", "value" => "1"), array("key" => "timeSeuilInS", "value" => "7200"), array("key" => "alertIf", "value" => "down"));
// On sauvegarde
create_conf_XML($pathTemporaire . "/serverSupervision/process_" . $processSupervisionId . "_checkSensor.xml", $paramConfSupervision);
unset($paramConfSupervision);
$processSupervisionId++;
// Add trace level
$paramServerSupervision = array(array("key" => "verbose", "level" => readInIni($userVar, 'PARAM', 'VERBOSE_SUPERVISION', "info")), array("key" => "nbProcess", "value" => "0"));
create_conf_XML($pathTemporaire . "/serverSupervision/conf.xml", $paramServerSupervision);
switch (php_uname('s')) {
case 'Windows NT':
// On repositionne cette conf comme celle par défaut
xcopy($pathTemporaire, $path . "/00_defaultConf_Win");
// On la sauvegarde
xcopy($pathTemporaire, $path . "/" . date("YmdH"));
break;
default:
// On supprime l'ancienne conf
// sudo mv /etc/bulckypi/01_defaultConf_RPi/* /tmp/ --backup=numbered
exec("sudo mv {$path}/01_defaultConf_RPi/* /tmp/ --backup=numbered", $ret, $err);
if ($err != 0) {
echo 'Erreur suppression ancienne conf';
}
// On repositionne cette conf comme celle par défaut
// sudo cp -R /tmp/conf_tmp* /etc/bulckypi/01_defaultConf_RPi/
exec("sudo cp -R {$pathTemporaire}/* {$path}/01_defaultConf_RPi/", $ret, $err);
if ($err != 0) {
echo 'Erreur copie dans 01_defaultConf_RPi';
}
// On crée le répertoire de sauvegarde
// sudo mkdir /etc/bulckypi/2016041414
$err = 0;
if (!is_dir($path . "/" . date("YmdH"))) {
exec("sudo mkdir {$path}/" . date("YmdH"), $ret, $err);
}
if ($err != 0) {
echo "Erreur création {$path}/" . date("YmdH");
}
// On copie la conf dedans
// sudo cp -R /tmp/conf_tmp/* /etc/bulckypi/2016041414/
exec("sudo cp -R {$pathTemporaire}/* {$path}/" . date("YmdH") . "/", $ret, $err);
if ($err != 0) {
echo "Erreur copie dans le rep {$path}/" . date("YmdH");
}
// On ajoute l'ancien param.ini
exec("sudo mv /tmp/param.ini {$path}/" . date("YmdH") . "/param.ini", $ret, $err);
if ($err != 0) {
echo 'Erreur sauvegarde ancien param.ini';
}
break;
}
// On relance l'acquisition
exec("sudo /etc/init.d/bulckypi force-reload >/dev/null 2>&1", $ret, $err);
if ($err != 0) {
echo 'Erreur de rechargement du service';
}
}
function copyNewFiles($copyLocation)
{
$coderaFolder = "../../";
$jsSource = $copyLocation . "js/";
$cssSource = $copyLocation . "css/";
$phpSource = $copyLocation . "php/";
$configFile = $copyLocation . "config/version.txt";
xcopy($cssSource, $coderaFolder . "css");
xcopy($jsSource, $coderaFolder . "js");
xcopy($phpSource, $coderaFolder . "php");
xcopy($configFile, $coderaFolder . "config/version.txt");
}
function xcopy($source, $dest, $permissions = 0755)
{
if (is_link($source)) {
return symlink(readlink($source), $dest);
}
if (is_file($source)) {
return copy($source, $dest);
}
if (!is_dir($dest)) {
mkdir($dest, $permissions);
}
$dir = dir($source);
while (false !== ($entry = $dir->read())) {
if ($entry == '.' || $entry == '..') {
continue;
}
xcopy("{$source}/{$entry}", "{$dest}/{$entry}");
}
$dir->close();
return true;
}