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503 lines
17 KiB
503 lines
17 KiB
<?php
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$MODULE="RH";
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$TITLE="Récupération RH";
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$DFTENDSTATUS="OK";
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$ARGS="-noactualizeprod -raz";
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/** Laisser les lignes 2 à 5 sans changer la casse et sans espaces et dans cet ordre
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* car le script est lu et analysé quand il est exécuté via .exe ou Jenkins
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* pour gestion des fichiers .pid dans system\batch\logs
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*/
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set_time_limit(0);
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if (!defined('__ROOT__') ) {
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list($environmentPath) = explode(DIRECTORY_SEPARATOR.'modules', dirname(__FILE__));
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$environmentPath .= DIRECTORY_SEPARATOR;
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define('__ROOT__', $environmentPath);
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}
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require_once __ROOT__ . '/modules/base/php/lib/cti/Batch/iCTI_batch_common.php';
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require_once __ROOT__ . '/modules/base/php/classSimpleXML.php';
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require_once __ROOT__ . '/modules/outils/php/httpService_cacheManager_cleanCache.php';
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require_once __ROOT__ . '/modules/base/php/lib/cti/Database/Database2Factory.class.php';
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require_once __ROOT__ . '/modules/base/php/lib/cti/Environnement/Environnement.class.php';
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require_once __ROOT__ . '/modules/base/php/lib/cti/DatabaseContent/DatabaseContentParametersManager.php';
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require_once __ROOT__ . '/modules/base/php/lib/cti/Provider/Provider.php';
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global $ENDSTATUS;
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global $ENV_TYPEETS;
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global $ENV_FINESS;
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global $ENV_SIREN;
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global $RH_PROVIDER;
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global $iCTI_connexion;
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global $cti_args;
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$prefixes = array(
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'adp' => 'AD',
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'aliciarh' => 'AL',
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'cador' => 'CA',
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'ccmx' => 'CX',
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'cegi' => 'CJ',
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'cegid' => 'CD',
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'pegase' => 'PG',
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'qsp' => 'QP',
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'quadrarh' => 'QR',
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'sage' => 'SA',
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'sagex3rhp' => 'SX',
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'shs' => 'SH',
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'shspub' => 'SP',
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'sigems' => 'SI',
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'cegidhru' => 'CU',
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'rhplace' => 'RE',
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);
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$p2Histo = false; // Est-ce que le second prestataire est de type historique.
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logStartMsg();
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// Récupération des arguments passés en paramètres et traitement de ces paramètres.
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$cti_args = new CTI_Args_class();
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$cti_args->checkArgs();
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$multiP = Environnement::getInstance()->hasRhProvider2();
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$p1 = Environnement::getInstance()->getRhProvider();
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$p2 = Environnement::getInstance()->getRhProvider2();
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// Si $p2 est suffixé par _histo, passer le booléen $p2Histo à true.
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if (substr($p2, -6, 6) === "_histo") {
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// Vérification que le prestataire en cours est bien égal au prestataire histo.
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if ($p1 !== substr($p2, 0, -6)) {
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logErrorMsg("Le prestataire en cours $p1 est différent du prestataire historisé $p2.");
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logEndMsg();
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exit(1);
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}
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$p2Histo = true;
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}
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$p1Start = Environnement::getInstance()->getRhProviderStart();
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$p2Start = Environnement::getInstance()->getRhProvider2Start();
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$tmpDate = date_create($p1Start);
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date_modify($tmpDate, '-1 day');
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$p2End = date_format($tmpDate, 'Y-m-d');
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// Vérification de la remontée.
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$exitCode1 = 0;
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$exitCode2 = 0;
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$exitCodePlanning = 0;
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// Si quadra RH, creation put_result avec contenu des tables pour verifier que COPY est OK
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if ($p1 == 'quadrarh') {
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$iCTI_connexion = Database2Factory::getInstance(Environnement::PROVIDER_CTI);
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$ret = $iCTI_connexion->connect();
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$putResultFilename = __ROOT__."/prodsgbd/quadrarh/data/iCTI_synchronize_quadrarh_put_result.XML";
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$executeControlSql = "
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DROP TABLE IF EXISTS w_putresult;
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CREATE TEMP TABLE w_putresult AS
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SELECT tablename, 0::numeric AS nbrows
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FROM pg_tables
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WHERE schemaname = 'prod_quadrarh'
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ORDER BY 1
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;
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SELECT base.cti_execute('UPDATE w_putresult SET nbrows = (SELECT count(*) FROM prod_quadrarh.'||tablename||') WHERE tablename = '''||tablename||''' ',1)
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FROM w_putresult
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;
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COPY (
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SELECT data
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FROM
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(
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SELECT 1, '<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>' AS data
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UNION
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SELECT 2, '<MAIN prod_schema=\"prod_quadrarh\" exit-code=\"0\" stale_data=\"\">'
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UNION
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SELECT 9, '</MAIN>'
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UNION
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SELECT 3, '<TABLE name=\"'||tablename||'\" modules=\"RH\" iCTI_synchronize_put_result=\"'||CASE WHEN tablename = 'services' OR nbrows > 0 THEN 'OK' ELSE 'KO' END||'\" />'
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FROM w_putresult
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ORDER BY 1,2
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) subview
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)
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TO '$putResultFilename'
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";
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$iCTI_connexion->query($executeControlSql);
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}
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$exitCode1 = checkLoadedData($p1, $MODULE);
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if ($multiP && !$p2Histo) {
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// Prestataire p2 arrêté, p1 uniquement ?
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if (!$cti_args->args["-p1"]) {
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$exitCode2 = checkLoadedData($p2, $MODULE, false);
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}
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}
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if ($exitCode1 + $exitCode2 + $exitCodePlanning === 0 || $cti_args->args["-f"]) {
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logInfoMsg("Données prestataire chargées avec succès.");
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// Chargement des paramètres et connexion BD.
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$iCTI_connexion = Database2Factory::getInstance(Environnement::PROVIDER_CTI);
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$ret = $iCTI_connexion->connect();
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// Auto-réparation des schémas si plantage en cours.
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if (schemaExists('rh_ori')) {
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logInfoMsg("Auto-réparation des schémas.");
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if (schemaExists("rh_$p2") && schemaExists('rh')) {
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changeSchemaName("rh", "rh_$p1");
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} elseif (schemaExists("rh_$p1") && schemaExists('rh')) {
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changeSchemaName("rh", "rh_$p2");
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}
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if (!schemaExists('rh')) {
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changeSchemaName("rh_ori", "rh");
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}
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}
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if (schemaExists('rh_src')) {
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logInfoMsg("Auto-réparation des schémas.");
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if (schemaExists("rh_$p2")) {
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changeSchemaName("rh_src", "rh_$p1");
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} elseif (schemaExists("rh_$p1")) {
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changeSchemaName("rh_src", "rh_$p2");
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}
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if (!schemaExists('rh') && schemaExists('rh_ori')) {
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changeSchemaName("rh_ori", "rh");
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}
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}
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if (schemaExists('prod_rh_p1')) {
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logInfoMsg("Auto-réparation des schémas prod.");
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changeSchemaName("prod_$p1", "prod_$p2");
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changeSchemaName("prod_rh_p1", "prod_$p1");
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}
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// Import CTI
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if ($multiP && !isset($cti_args->args["--fusion_only"]) && (isset($cti_args->args["-p1"]) || !isset($cti_args->args["-p2"]))) {
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> FUSION " . strtoupper($p1) . " (actuel) / " . strtoupper($p2) . " (ancien)");
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logInfoMsg("");
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> PREPARATION TRANSFORMATION " . strtoupper($p1));
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logInfoMsg("");
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changeSchemaName("rh", "rh_ori");
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changeSchemaName("rh_$p1", "rh");
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initialisationSchemas(0, '');
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> TRANSFORMATION " . strtoupper($p1));
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logInfoMsg("");
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}
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if (!isset($cti_args->args["--fusion_only"]) && (isset($cti_args->args["-p1"]) || !isset($cti_args->args["-p2"]))) {
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extractionEnvironnement($p1, Environnement::getInstance()->getSiren(), $p1Start, $cti_args->args["-raz"]);
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}
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if ($multiP && !isset($cti_args->args["--fusion_only"]) && (isset($cti_args->args["-p1"]) || !isset($cti_args->args["-p2"]))) {
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changeSchemaName("rh", "rh_$p1");
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changeSchemaName("rh_ori", "rh");
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}
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if ($multiP && !isset($cti_args->args["--fusion_only"]) && (isset($cti_args->args["-p2"]) || !isset($cti_args->args["-p1"]))) {
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> PREPARATION TRANSFORMATION " . strtoupper($p2));
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logInfoMsg("");
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changeSchemaName("rh", "rh_ori");
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changeSchemaName("rh_$p2", "rh");
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initialisationSchemas(1, $prefixes[($p2Histo ? $p1 : $p2)]);
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if ($p2Histo) {
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changeSchemaName("prod_$p1", "prod_rh_p1");
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changeSchemaName("prod_$p2", "prod_$p1");
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}
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> TRANSFORMATION " . strtoupper($p2));
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logInfoMsg("");
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if (!isset($cti_args->args["--fusion_only"]) && (isset($cti_args->args["-p2"]) || !isset($cti_args->args["-p1"]))) {
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extractionEnvironnement(($p2Histo ? $p1 : $p2), Environnement::getInstance()->getSiren2(), $p2Start, $cti_args->args["-raz"]);
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}
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changeSchemaName("rh", "rh_$p2");
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changeSchemaName("rh_ori", "rh");
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if ($p2Histo) {
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changeSchemaName("prod_$p1", "prod_$p2");
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changeSchemaName("prod_rh_p1", "prod_$p1");
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}
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}
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// Fusion CTI
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if ($multiP && !isset($cti_args->args["--no_fusion"])) {
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> FUSION " . strtoupper($p1));
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logInfoMsg("");
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changeSchemaName("rh_$p1", "rh_src");
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fusionEnvironnement($p1, 0, '', $p1Start);
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changeSchemaName("rh_src", "rh_$p1");
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> FUSION " . strtoupper($p2));
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logInfoMsg("");
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changeSchemaName("rh_$p2", "rh_src");
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fusionEnvironnement($p2, 1, $prefixes[($p2Histo ? $p1 : $p2)], $p2Start, $p2End);
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changeSchemaName("rh_src", "rh_$p2");
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logInfoMsg("___________________________________________");
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logInfoMsg(">>> POST-TRAITEMENTS FUSION");
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logInfoMsg("");
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postEnvironnement();
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}
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// Déconnexion BD
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$iCTI_connexion->close();
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// Calcul des Essentiels.
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if ($cti_args->args['-e'] || $cti_args->args['--essentiels']) {
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essentielCompute();
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}
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executeExpertControls($iCTI_connexion);
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// nettoyage du cache
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logInfoMsg("Nettoyage cache");
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cleanAllCache("iCTI_rh", true);
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} else {
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logErrorMsg("Problème de chargement des données prestataire.");
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}
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logEndMsg();
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/**
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* ******************************************************
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* FONCTIONS *
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* ******************************************************
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*/
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function extractionEnvironnement($_rhProvider, $_siren, $_start, $_raz = false)
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{
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global $iCTI_connexion;
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global $cti_args;
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logInfoMsg("DEBUT RECUPERATION DE LA PRODUCTION " . strtoupper($_rhProvider));
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$time = strtotime("-5 year", time());
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$start = date("Y-m-d", $time);
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// RHPROVIDER_START
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if (strlen($_start) > 0) {
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$start = $_start;
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}
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// Préparation
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// Initiatlisation du tableau de paramètres
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$environmentVars = array();
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// Spécifique SHS (permet d'avoir des imports génériques indépendants du code client SHS).
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if (strtolower($_rhProvider) === 'shs') {
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$provider = Provider::createFromName($_rhProvider);
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$extractionReportFile = $provider->getDataExtractionReportFile();
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if (file_exists($extractionReportFile)) {
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$dcpm = new DatabaseContentParametersManager($extractionReportFile);
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$providerDatabaseParameters = $dcpm->getParameters();
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// Générer les vues génériques
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// Bibl. RH.
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if ($providerDatabaseParameters['rhlib'] !== '') {
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$environmentVars['rhlib'] = $providerDatabaseParameters['rhlib'];
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$listViewsSql = "
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SELECT table_name as tablename
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FROM information_schema.columns
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WHERE 1=1
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AND table_schema = 'prod_shs'
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AND table_name ilike '" . $environmentVars['rhlib'] . "%'
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GROUP BY 1
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ORDER BY 1
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";
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$res = $iCTI_connexion->query($listViewsSql);
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if ($res !== false) {
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while ($prodShsTable = pg_fetch_assoc($res)) {
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$createViewSql = "
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DROP VIEW IF EXISTS prod_shs." . str_ireplace($environmentVars['rhlib'], 'rhlib', $prodShsTable["tablename"]) . "
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;
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CREATE VIEW prod_shs." . str_ireplace($environmentVars['rhlib'], 'rhlib', $prodShsTable["tablename"]) . " AS
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SELECT * FROM prod_shs." . $prodShsTable["tablename"] . "
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;
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";
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$iCTI_connexion->query($createViewSql);
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}
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}
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}
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// Bibl. RHDIF.
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if ($providerDatabaseParameters['rhdiflib'] !== '') {
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$environmentVars['rhdiflib'] = $providerDatabaseParameters['rhdiflib'];
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$listViewsSql = "
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SELECT table_name as tablename
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FROM information_schema.columns
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WHERE 1=1
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AND table_schema = 'prod_shs'
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AND table_name ilike '" . $environmentVars['rhdiflib'] . "%'
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GROUP BY 1
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ORDER BY 1
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";
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$res = $iCTI_connexion->query($listViewsSql);
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if ($res !== false) {
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while ($prodShsTable = pg_fetch_assoc($res)) {
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$createViewSql = "
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DROP VIEW IF EXISTS prod_shs." . str_ireplace($environmentVars['rhdiflib'], 'rhdiflib', $prodShsTable["tablename"]) . "
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;
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CREATE VIEW prod_shs." . str_ireplace($environmentVars['rhdiflib'], 'rhdiflib', $prodShsTable["tablename"]) . " AS
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SELECT * FROM prod_shs." . $prodShsTable["tablename"] . "
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;
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";
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$iCTI_connexion->query($createViewSql);
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}
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}
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}
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}
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}
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// Initialisation du requêteur
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try {
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$sqlOptions = array();
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$environmentVars["FINESS"] = Environnement::getInstance()->getFiness();
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if (strlen($_siren) > 0) {
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$environmentVars["SIREN"] = $_siren;
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}
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$environmentVars["OPTRH_AVT_NATURE"] = 'false';
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if (strtolower($OPTRH_AVT_NATURE) == '1') {
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$environmentVars["OPTRH_AVT_NATURE"] = 'true';
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}
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$environmentVars["APP_ROOT"] = __ROOT__;
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// Création d'une table SQL temporaire contenant les paramètres à passer à l'import RH.
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// A appeler dans le SQL de la façon suivante : rhp('finess');
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$sqlSiren = '';
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if (isset($environmentVars["SIREN"])) {
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foreach (explode(',', $_siren) as $siren) {
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$sqlSiren .= "('siren'::text, '" . trim($siren) . "'::text)," . PHP_EOL;
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}
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}
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$sqlEnt = '';
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if (isset($environmentVars["entreprise"])) {
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foreach ($environmentVars["entreprise"] as $ent) {
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$sqlEnt .= "('entreprise'::text, '$ent'::text)," . PHP_EOL;
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}
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}
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$tmpParamSql = "
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DROP TABLE IF EXISTS rhp
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;
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CREATE TEMP TABLE rhp AS
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VALUES
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$sqlSiren
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$sqlEnt
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('finess'::text, '" . $environmentVars["FINESS"] . "'::text),
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('opt_avt_nature'::text, '" . $environmentVars["OPTRH_AVT_NATURE"] . "'::text),
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('rhprovider_start'::text, '" . $start . "'::text)
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;
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DROP FUNCTION IF EXISTS rhp(text)
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;
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CREATE FUNCTION rhp(text)
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RETURNS text AS
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\$BODY\$
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SELECT column2 FROM rhp WHERE column1 = \$1
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;
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\$BODY\$
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LANGUAGE 'sql' VOLATILE
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;
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DROP FUNCTION IF EXISTS rhp_in(text)
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;
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CREATE FUNCTION rhp_in(text)
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RETURNS setof text AS
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\$BODY\$
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SELECT column2 FROM rhp WHERE column1 = \$1
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;
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\$BODY\$
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LANGUAGE 'sql' VOLATILE
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;
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";
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$iCTI_connexion->query($tmpParamSql);
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foreach ($cti_args->args as $key => $value) {
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$sqlOptions[] = $key;
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}
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$cti_sqlStatements = new CTI_SqlStatements_class("iCTI_import_rh_" . strtoupper($_rhProvider) . ".XML", $iCTI_connexion, $environmentVars, $sqlOptions, "iCTI_import_rh_SHARE.XML");
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// Raz automatique le samedi
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if (date("w") == 6) {
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$_raz = "ONLYKEY";
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}
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if ($_raz) {
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$cti_sqlStatements->executeStatementsNode("RAZ");
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$cti_sqlStatements->executeStatementsNode("VACUUM");
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}
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$cti_sqlStatements->executeStatementsNode("INIT");
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$cti_sqlStatements->executeStatementsNode("PROD");
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$cti_sqlStatements->executeStatementsNode("POST");
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$cti_sqlStatements->executeStatementsNode("VACUUM");
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} catch (Exception $e) {
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logErrorMsg("Impossible de charger les requêtes SQL.");
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logEndMsg();
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exit(1);
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}
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logInfoMsg("FIN RECUPERATION DE LA PRODUCTION " . strtoupper($_rhProvider));
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}
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function postEnvironnement()
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{
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global $iCTI_connexion;
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global $cti_args;
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$sqlOptions = array();
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$environmentVars = array();
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foreach ($cti_args->args as $key => $value) {
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$sqlOptions[] = $key;
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}
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$sqlStatements = new CTI_SqlStatements_class("iCTI_import_rh_FUSION.XML", $iCTI_connexion, $environmentVars, $sqlOptions, "iCTI_import_rh_SHARE.XML");
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$sqlStatements->executeStatementsNode("POST");
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$sqlStatements->executeStatementsNode("VACUUM");
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}
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function essentielCompute()
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{
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logInfoMsg("Calcul des indicateurs essentiels RH.");
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$exe = "..\..\outils\dashboard\iCTI_aggregateCtiIndicators.exe";
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if (file_exists($exe)) {
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$return = exec("$exe -m rh -e");
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} else {
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logErrorMsg("La fonction de calcul des essentiels RH est absente.");
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}
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}
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function executeExpertControls($iCTI_connexion)
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{
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logInfoMsg("Contrôles expert");
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$executeControlSql = "SELECT base.cti_calcul_expert_controls('rh', 0);";
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$res = $iCTI_connexion->query($executeControlSql);
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if ($res === false) {
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logErrorMsg("Le traitement des contrôles experts a echoué");
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}
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}
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