PHP_SMART_HOME_V3/app/api/GoogleHomeApi.php

224 lines
6.5 KiB
PHP

<?php
class GoogleHomeApi {
static function response(){
set_time_limit (20);
$json = file_get_contents('php://input');
$obj = json_decode($json, true);
$apiLogManager = new LogManager('../logs/api/HA/'. date("Y-m-d").'.log');
header('Content-Type: application/json');
switch ($obj['inputs'][0]['intent']) {
case 'action.devices.SYNC':
self::sync($obj['requestId']);
$apiLogManager->write("[Google Home] action.devices.SYNC", LogRecordType::INFO);
break;
case 'action.devices.QUERY':
self::query($obj['requestId'], $obj['inputs'][0]['payload']);
$apiLogManager->write("[Google Home] action.devices.QUERY", LogRecordType::INFO);
break;
case 'action.devices.EXECUTE':
self::execute($obj['requestId'], $obj['inputs'][0]['payload']);
$apiLogManager->write("[Google Home] action.devices.EXECUTE", LogRecordType::INFO);
break;
}
}
static function sync($requestId){
$devices = [];
$roomsData = RoomManager::getAllRooms();
foreach ($roomsData as $roomKey => $roomData) {
$devicesData = DeviceManager::getAllDevicesInRoom($roomData['room_id']);
foreach ($devicesData as $deviceKey => $deviceData) {
$subDevicesData = SubDeviceManager::getAllSubDevices($deviceData['device_id']);
foreach ($subDevicesData as $subDeviceKey => $subDeviceData) {
if ($subDeviceData['type'] != "on/off" && $subDeviceData['type'] != "temp_cont") continue;
//Google Compatibile Action Type
$actionType = GoogleHomeDeviceTypes::getAction($subDeviceData['type']);
$tempDevice = [
'id' => (string) $subDeviceData['subdevice_id'],
'type' => $actionType,
'name' => [
'name' => $deviceData['name'],
],
'willReportState' => false,
'roomHint' => $roomData['name']
];
//traids & Attributes
$devices[] = GoogleHomeDeviceTypes::getSyncObj($tempDevice, $actionType);
}
}
}
$response = [
'requestId' => $requestId,
'payload' => [
'agentUserId'=>'651351531531',
'devices' => $devices,
],
];
$apiLogManager = new LogManager('../logs/api/HA/'. date("Y-m-d").'.log');
$apiLogManager->write("[API] request response\n" . json_encode($response, JSON_PRETTY_PRINT), LogRecordType::INFO);
echo json_encode($response);
}
static function query($requestId, $payload){
$devices = [];
foreach ($payload['devices'] as $deviceId) {
$subDeviceData = SubDeviceManager::getSubDevice($deviceId['id']);
if ($subDeviceData['type'] != "on/off" && $subDeviceData['type'] != "temp_cont") continue;
$state = false;
if (RecordManager::getLastRecord($deviceId['id'])['value'] == 1){
$state = true;
}
$online = false;
$status = 'OFFLINE';
if (RecordManager::getLastRecord($deviceId['id'])['execuded'] == 1){
$online = true;
$status = 'SUCCESS';
}
$tempDevice = [
$deviceId['id'] => [
'online' => $online,
'status'=> $status,
]
];
if ($subDeviceData['type'] == "temp_cont"){
$tempDevice[$deviceId['id']]['thermostatMode'] = 'heat';
$tempDevice[$deviceId['id']]['thermostatTemperatureAmbient'] = RecordManager::getLastRecord($deviceId['id'])['value'];
$tempDevice[$deviceId['id']]['thermostatTemperatureSetpoint'] = RecordManager::getLastRecord($deviceId['id'])['value'];
} else {
$tempDevice[$deviceId['id']]['on'] = $state;
}
$devices = $tempDevice;
if (count($devices)> 1){
$devices[] = $tempDevice;
}
}
$response = [
'requestId' => $requestId,
'payload' => [
'devices' => $devices,
],
];
$apiLogManager = new LogManager('../logs/api/HA/'. date("Y-m-d").'.log');
$apiLogManager->write("[API] request response\n" . json_encode($response, JSON_PRETTY_PRINT), LogRecordType::INFO);
echo json_encode($response);
}
static function execute($requestId, $payload){
$commands = [];
foreach ($payload['commands'] as $key => $command) {
foreach ($command['devices'] as $key => $device) {
$executionCommand = $command['execution'][0];
if (isset($command['execution'][$key])) {
$executionCommand = $command['execution'][$key];
}
$subDeviceId = $device['id'];
switch ($executionCommand['command']) {
case 'action.devices.commands.OnOff':
$value = 0;
if ($executionCommand['params']['on']) $value = 1;
RecordManager::createWithSubId($subDeviceId, $value);
$timeout = 0;
while(RecordManager::getLastRecord($subDeviceId)['execuded'] == 0 && $timeout < 5 ){
sleep(1);
$timeout++;
}
$commandTemp = [
'ids' => [$subDeviceId],
'status' => 'SUCCESS',
'states' => [
'on' => $executionCommand['params']['on'],
],
];
if ($timeout >= 5){
$commandTemp['status'] = "OFFLINE";
}
$commands[] = $commandTemp;
break;
case 'action.devices.commands.ThermostatTemperatureSetpoint':
$value = 0;
if (isset($executionCommand['params']['thermostatTemperatureSetpoint'])) $value = $executionCommand['params']['thermostatTemperatureSetpoint'];
RecordManager::createWithSubId($subDeviceId, $value);
$timeout = 0;
while(RecordManager::getLastRecord($subDeviceId)['execuded'] == 0 && $timeout < 5 ){
sleep(1);
$timeout++;
}
$commandTemp = [
'ids' => [$subDeviceId],
'status' => 'SUCCESS',
'states' => [
'thermostatMode' => 'heat',
'thermostatTemperatureSetpoint' => $value,
'thermostatTemperatureAmbient' => $value,
],
];
if ($timeout >= 5){
$commandTemp['status'] = "OFFLINE";
}
$commands[] = $commandTemp;
break;
}
}
}
$response = [
'requestId' => $requestId,
'payload' => [
'commands' => $commands,
],
];
$apiLogManager = new LogManager('../logs/api/HA/'. date("Y-m-d").'.log');
$apiLogManager->write("[API] request response\n" . json_encode($response, JSON_PRETTY_PRINT), LogRecordType::INFO);
echo json_encode($response);
}
static function autorize(){
$json = file_get_contents('php://input');
$obj = json_decode($json, true);
$apiLogManager = new LogManager('../logs/api/HA/'. date("Y-m-d").'.log');
$apiLogManager->write("[API] request body\n" . json_encode($obj, JSON_PRETTY_PRINT), LogRecordType::INFO);
$apiLogManager->write("[API] GET body\n" . json_encode($_GET, JSON_PRETTY_PRINT), LogRecordType::INFO);
$get = [
"access_token"=>"23165133",
"token_type"=>"Bearer",
"state"=>$_GET["state"],
];
echo $_GET["redirect_uri"] . '#' . http_build_query($get) ;
echo '<a href="'.$_GET["redirect_uri"] . '#' . http_build_query($get) . '">FINISH</a>';
}
}