From 1ab33fad80e566d9091afb929e9423fce54342ec Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Lo=C3=AFc?= <1536036+zoic21@users.noreply.github.com>
Date: Fri, 15 Mar 2024 15:32:42 +0100
Subject: [PATCH] fix for php8

---
 core/class/thermostat.class.php | 24 ++++++++++++------------
 1 file changed, 12 insertions(+), 12 deletions(-)

diff --git a/core/class/thermostat.class.php b/core/class/thermostat.class.php
index 6907b6a..dee4be8 100644
--- a/core/class/thermostat.class.php
+++ b/core/class/thermostat.class.php
@@ -232,10 +232,10 @@ public static function temporal($_options) {
 			return;
 		}
 		$thermostat->setCache('temp_threshold', 0);
-		if (($temp_in < ($thermostat->getCache('lastOrder') - $thermostat->getConfiguration('offsetHeatFaillure', 1)) && $temp_in < $thermostat->getCache('lastTempIn') && $thermostat->getCache('lastState') == 'heat' && $thermostat->getConfiguration('coeff_indoor_heat_autolearn') > 25) ||
-			($temp_in > ($thermostat->getCache('lastOrder') + $thermostat->getConfiguration('offsetColdFaillure', 1)) && $temp_in > $thermostat->getCache('lastTempIn') && $thermostat->getCache('lastState') == 'cool' && $thermostat->getConfiguration('coeff_indoor_cool_autolearn') > 25)
+		if (($temp_in < ($thermostat->getCache('lastOrder', 0) - $thermostat->getConfiguration('offsetHeatFaillure', 1)) && $temp_in < $thermostat->getCache('lastTempIn', 0) && $thermostat->getCache('lastState') == 'heat' && $thermostat->getConfiguration('coeff_indoor_heat_autolearn') > 25) ||
+			($temp_in > ($thermostat->getCache('lastOrder', 0) + $thermostat->getConfiguration('offsetColdFaillure', 1)) && $temp_in > $thermostat->getCache('lastTempIn', 0) && $thermostat->getCache('lastState') == 'cool' && $thermostat->getConfiguration('coeff_indoor_cool_autolearn') > 25)
 		) {
-			$thermostat->setCache('nbConsecutiveFaillure', $thermostat->getCache('nbConsecutiveFaillure') + 1);
+			$thermostat->setCache('nbConsecutiveFaillure', $thermostat->getCache('nbConsecutiveFaillure', 0) + 1);
 			if ($thermostat->getCache('nbConsecutiveFaillure', 0) == 2) {
 				log::add(__CLASS__, 'error', $thermostat->getHumanName() . ' ' . __('Attention une défaillance du chauffage est détectée', __FILE__));
 				$thermostat->failureActuator();
@@ -245,14 +245,14 @@ public static function temporal($_options) {
 		}
 		if ($thermostat->getCache('nbConsecutiveFaillure', 0) < 3 && $thermostat->getConfiguration('autolearn') == 1 && strtotime($thermostat->getConfiguration('endDate')) < strtotime('now')) {
 			log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' ' . __('Démarre auto-apprentissage', __FILE__));
-			if ($thermostat->getCache('last_power') < 100 && $thermostat->getCache('last_power') > 0) {
+			if ($thermostat->getCache('last_power', 0) < 100 && $thermostat->getCache('last_power', 0) > 0) {
 				log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Last power ok, check what I have to learn, last state : ' . $thermostat->getCache('lastState'));
 				$learn_outdoor = false;
 				if ($thermostat->getCache('lastState') == 'heat') {
 					log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Last state is heat');
-					if ($temp_in > $thermostat->getCache('lastTempIn') && $thermostat->getCache('lastOrder') > $thermostat->getCache('lastTempIn')) {
+					if ($temp_in > $thermostat->getCache('lastTempIn', 0) && $thermostat->getCache('lastOrder', 0) > $thermostat->getCache('lastTempIn', 0)) {
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Last temps in < at current temp in');
-						$coeff_indoor_heat = $thermostat->getConfiguration('coeff_indoor_heat') * (($thermostat->getCache('lastOrder') - $thermostat->getCache('lastTempIn')) / ($temp_in - $thermostat->getCache('lastTempIn')));
+						$coeff_indoor_heat = $thermostat->getConfiguration('coeff_indoor_heat') * (($thermostat->getCache('lastOrder', 0) - $thermostat->getCache('lastTempIn', 0)) / ($temp_in - $thermostat->getCache('lastTempIn', 0)));
 						$coeff_indoor_heat = ($thermostat->getConfiguration('coeff_indoor_heat') * $thermostat->getConfiguration('coeff_indoor_heat_autolearn') + $coeff_indoor_heat) / ($thermostat->getConfiguration('coeff_indoor_heat_autolearn') + 1);
 						$thermostat->setConfiguration('coeff_indoor_heat_autolearn', min($thermostat->getConfiguration('coeff_indoor_heat_autolearn') + 1, 50));
 						if ($coeff_indoor_heat < 0 || !is_numeric($coeff_indoor_heat)) {
@@ -261,10 +261,10 @@ public static function temporal($_options) {
 						$thermostat->setConfiguration('coeff_indoor_heat', round($coeff_indoor_heat, 2));
 						$thermostat->checkAndUpdateCmd('coeff_indoor_heat', round($coeff_indoor_heat, 2));
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' New coeff heat indoor : ' . $coeff_indoor_heat);
-					} else if ($temp_out < $thermostat->getCache('lastOrder')) {
+					} else if ($temp_out < $thermostat->getCache('lastOrder', 0)) {
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Learn outdoor heat');
 						$coeff_in = $thermostat->getConfiguration('coeff_indoor_heat');
-						$coeff_outdoor = $coeff_in * (($thermostat->getCache('lastOrder') - $temp_in) / ($thermostat->getCache('lastOrder') - $temp_out)) + $thermostat->getConfiguration('coeff_outdoor_heat');
+						$coeff_outdoor = $coeff_in * (($thermostat->getCache('lastOrder', 0) - $temp_in) / ($thermostat->getCache('lastOrder', 0) - $temp_out)) + $thermostat->getConfiguration('coeff_outdoor_heat');
 						$coeff_outdoor = ($thermostat->getConfiguration('coeff_outdoor_heat') * $thermostat->getConfiguration('coeff_outdoor_heat_autolearn') + $coeff_outdoor) / ($thermostat->getConfiguration('coeff_outdoor_heat_autolearn') + 1);
 						$thermostat->setConfiguration('coeff_outdoor_heat_autolearn', min($thermostat->getConfiguration('coeff_outdoor_heat_autolearn') + 1, 50));
 						if ($coeff_outdoor < 0 || !is_numeric($coeff_outdoor)) {
@@ -278,9 +278,9 @@ public static function temporal($_options) {
 
 				if ($thermostat->getCache('lastState') == 'cool') {
 					log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Last state is cool');
-					if ($temp_in < $thermostat->getCache('lastTempIn') && $thermostat->getCache('lastOrder') < $thermostat->getCache('lastTempIn')) {
+					if ($temp_in < $thermostat->getCache('lastTempIn', 0) && $thermostat->getCache('lastOrder', 0) < $thermostat->getCache('lastTempIn', 0)) {
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Last temps in > at current temp in');
-						$coeff_indoor_cool = $thermostat->getConfiguration('coeff_indoor_cool') * (($thermostat->getCache('lastTempIn') - $thermostat->getCache('lastOrder')) / ($thermostat->getCache('lastTempIn') - $temp_in));
+						$coeff_indoor_cool = $thermostat->getConfiguration('coeff_indoor_cool') * (($thermostat->getCache('lastTempIn', 0) - $thermostat->getCache('lastOrder', 0)) / ($thermostat->getCache('lastTempIn', 0) - $temp_in));
 						$coeff_indoor_cool = ($thermostat->getConfiguration('coeff_indoor_cool') * $thermostat->getConfiguration('coeff_indoor_cool_autolearn') + $coeff_indoor_cool) / ($thermostat->getConfiguration('coeff_indoor_cool_autolearn') + 1);
 						$thermostat->setConfiguration('coeff_indoor_cool_autolearn', min($thermostat->getConfiguration('coeff_indoor_cool_autolearn') + 1, 50));
 						if ($coeff_indoor_cool < 0 || !is_numeric($coeff_indoor_cool)) {
@@ -289,10 +289,10 @@ public static function temporal($_options) {
 						$thermostat->setConfiguration('coeff_indoor_cool', round($coeff_indoor_cool, 2));
 						$thermostat->checkAndUpdateCmd('coeff_indoor_cool', round($coeff_indoor_cool, 2));
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' New coeff cool indoor : ' . $coeff_indoor_cool);
-					} else if ($temp_out > $thermostat->getCache('lastOrder')) {
+					} else if ($temp_out > $thermostat->getCache('lastOrder', 0)) {
 						log::add(__CLASS__, 'debug', $thermostat->getHumanName() . ' Learn outdoor cool');
 						$coeff_in = $thermostat->getConfiguration('coeff_indoor_cool');
-						$coeff_outdoor = $coeff_in * (($thermostat->getCache('lastOrder') - $temp_in) / ($thermostat->getCache('lastOrder') - $temp_out)) + $thermostat->getConfiguration('coeff_outdoor_cool');
+						$coeff_outdoor = $coeff_in * (($thermostat->getCache('lastOrder', 0) - $temp_in) / ($thermostat->getCache('lastOrder', 0) - $temp_out)) + $thermostat->getConfiguration('coeff_outdoor_cool');
 						$coeff_outdoor = ($thermostat->getConfiguration('coeff_outdoor_cool') * $thermostat->getConfiguration('coeff_outdoor_cool_autolearn') + $coeff_outdoor) / ($thermostat->getConfiguration('coeff_outdoor_cool_autolearn') + 1);
 						$thermostat->setConfiguration('coeff_outdoor_cool_autolearn', min($thermostat->getConfiguration('coeff_outdoor_cool_autolearn') + 1, 50));
 						if ($coeff_outdoor < 0 || !is_numeric($coeff_outdoor)) {