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update 推送用户名和设备id逻辑更改

This commit is contained in:
chenbo 2023-12-23 10:21:59 +08:00
parent 8f1b8ad26a
commit ef8579d017
1 changed files with 41 additions and 49 deletions
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90
app/api/controller/DataCollectController.php
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@ -25,15 +25,18 @@ class DataCollectController extends BaseApiController
if(!$parmas || !isset($parmas['username']) || $parmas['username']==''){
return $this->fail('参数错误');
}
$land = explode('_', $parmas['username']); // 命名规则：land_id id土地表主键id
$device = explode('_', $parmas['topic']); // 命名规则：camera_deviceid deviceid为设备主键id
$productDevice = ProductDevice::where('device_id', $device[1])->find();
$landProduct = LandProduct::where('product_id', $productDevice['product_id'])->find();
$payload= json_decode($parmas['payload'], true);
$landId = $landProduct['land_id'];
$deviceId = $device[1];
// mqtt服务端 消息发布事件
if ($parmas['event'] == 'message.publish') {
$payload= json_decode($parmas['payload'], true);
$device = explode('_', $parmas['topic']); // 命名规则：topic_deviceid deviceid为设备主键id
$data = [
'land_id' => $land[3],
'device_id'=>$device[1],
'land_id' => $landId,
'device_id' => $deviceId,
'qos'=>$parmas['qos'],
'wind_speed' => $payload['wind_speed'],
'wind_direction' => $payload['wind_direction'],
@ -61,45 +64,45 @@ class DataCollectController extends BaseApiController
$monitorThreshold = (new MonitorThreshold())->select()->toArray()[0];
// 风速告警
if ($payload['wind_speed'] > $monitorThreshold['wind_speed_max']) {
self::createAlarm($land[3], $device[1], 'wind_speed', '风速偏快' ,$payload['wind_speed']);
self::createAlarm($landId, $device[1], 'wind_speed', '风速偏快' ,$payload['wind_speed']);
}
// ambient_temperature 环境温度
if ($payload['ambient_temperature'] < $monitorThreshold['air_temp_min']) {
self::createAlarm($land[3], $device[1], 'ambient_temperature', '气温偏低' ,$payload['ambient_temperature']);
self::createAlarm($landId, $device[1], 'ambient_temperature', '气温偏低' ,$payload['ambient_temperature']);
}
// ambient_temperature 环境温度
if ($payload['ambient_temperature'] > $monitorThreshold['air_temp_max']) {
self::createAlarm($land[3], $device[1], 'ambient_temperature', '气温偏高' ,$payload['ambient_temperature']);
self::createAlarm($landId, $device[1], 'ambient_temperature', '气温偏高' ,$payload['ambient_temperature']);
}
// ambient_humidity 环境湿度
if ($payload['ambient_humidity'] < $monitorThreshold['air_mois_min']) {
self::createAlarm($land[3], $device[1], 'ambient_humidity', '环境湿度偏低' ,$payload['ambient_humidity']);
self::createAlarm($landId, $device[1], 'ambient_humidity', '环境湿度偏低' ,$payload['ambient_humidity']);
}
// ambient_humidity 环境湿度
if ($payload['ambient_humidity'] < $monitorThreshold['air_mois_max']) {
self::createAlarm($land[3], $device[1], 'ambient_humidity', '环境湿度偏高' ,$payload['ambient_humidity']);
self::createAlarm($landId, $device[1], 'ambient_humidity', '环境湿度偏高' ,$payload['ambient_humidity']);
}
// carbon_dioxide 二氧化碳含量
if ($payload['carbon_dioxide'] > $monitorThreshold['air_co2_content_max']) {
self::createAlarm($land[3], $device[1], 'carbon_dioxide', '空气二氧化碳含量偏高' ,$payload['carbon_dioxide']);
self::createAlarm($landId, $device[1], 'carbon_dioxide', '空气二氧化碳含量偏高' ,$payload['carbon_dioxide']);
}
// carbon_dioxide 二氧化碳含量
if ($payload['carbon_dioxide'] < $monitorThreshold['air_co2_content_min']) {
self::createAlarm($land[3], $device[1], 'carbon_dioxide', '空气二氧化碳含量偏低' ,$payload['carbon_dioxide']);
self::createAlarm($landId, $device[1], 'carbon_dioxide', '空气二氧化碳含量偏低' ,$payload['carbon_dioxide']);
}
// ambient_air_pressure 大气压力
if ($payload['ambient_air_pressure'] >= 120)
{
self::createAlarm($land[3], $device[1], 'ambient_air_pressure', '大气压力偏高' ,$payload['ambient_air_pressure']);
self::createAlarm($landId, $device[1], 'ambient_air_pressure', '大气压力偏高' ,$payload['ambient_air_pressure']);
}
if ($payload['ambient_air_pressure'] < 10)
{
self::createAlarm($land[3], $device[1], 'ambient_air_pressure', '大气压力偏低' ,$payload['ambient_air_pressure']);
self::createAlarm($landId, $device[1], 'ambient_air_pressure', '大气压力偏低' ,$payload['ambient_air_pressure']);
}
// rainfall 雨量
@ -108,11 +111,11 @@ class DataCollectController extends BaseApiController
// soil_temperature 土壤温度
if ($payload['soil_temperature'] >= $monitorThreshold['soil_temp_max']) {
self::createAlarm($land[3], $device[1], 'soil_temperature', '土壤温度偏高' ,$payload['soil_temperature']);
self::createAlarm($landId, $device[1], 'soil_temperature', '土壤温度偏高' ,$payload['soil_temperature']);
}
// soil_temperature 土壤温度
if ($payload['soil_temperature'] < $monitorThreshold['soil_temp_min']) {
self::createAlarm($land[3], $device[1], 'soil_temperature', '土壤温度偏低' ,$payload['soil_temperature']);
self::createAlarm($landId, $device[1], 'soil_temperature', '土壤温度偏低' ,$payload['soil_temperature']);
}
// soil_conductivity 土壤电导率
@ -125,42 +128,42 @@ class DataCollectController extends BaseApiController
// soil_conductivity 土壤湿度
if ($payload['soil_moisture'] < $monitorThreshold['soil_mois_max']) {
self::createAlarm($land[3], $device[1], 'soil_moisture', '土壤湿度偏高' ,$payload['soil_moisture']);
self::createAlarm($landId, $device[1], 'soil_moisture', '土壤湿度偏高' ,$payload['soil_moisture']);
}
if ($payload['soil_moisture'] < $monitorThreshold['soil_mois_min']) {
self::createAlarm($land[3], $device[1], 'soil_moisture', '土壤湿度偏低' ,$payload['soil_moisture']);
self::createAlarm($landId, $device[1], 'soil_moisture', '土壤湿度偏低' ,$payload['soil_moisture']);
}
// soil_PH 土壤ph值
if ($payload['soil_PH'] < $monitorThreshold['soil_ph_max']) {
self::createAlarm($land[3], $device[1], 'soil_PH', '土壤PH值偏碱性' ,$payload['soil_moisture']);
self::createAlarm($landId, $device[1], 'soil_PH', '土壤PH值偏碱性' ,$payload['soil_moisture']);
}
if ($payload['soil_PH'] < $monitorThreshold['soil_ph_min']) {
self::createAlarm($land[3], $device[1], 'soil_PH', '土壤PH值偏酸性' ,$payload['soil_moisture']);
self::createAlarm($landId, $device[1], 'soil_PH', '土壤PH值偏酸性' ,$payload['soil_moisture']);
}
// soil_potassium_phosphate_nitrogen 土壤磷酸钾：氮
if ($payload['soil_potassium_phosphate_nitrogen'] < $monitorThreshold['soil_n_content_max']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_nitrogen', '土壤磷酸钾-含氮量偏高' ,$payload['soil_potassium_phosphate_nitrogen']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_nitrogen', '土壤磷酸钾-含氮量偏高' ,$payload['soil_potassium_phosphate_nitrogen']);
}
if ($payload['soil_potassium_phosphate_nitrogen'] < $monitorThreshold['soil_n_content_min']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_nitrogen', '土壤磷酸钾-含氮量偏低' ,$payload['soil_potassium_phosphate_nitrogen']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_nitrogen', '土壤磷酸钾-含氮量偏低' ,$payload['soil_potassium_phosphate_nitrogen']);
}
// soil_potassium_phosphate_phosphorus 土壤磷酸钾：磷
if ($payload['soil_potassium_phosphate_phosphorus'] < $monitorThreshold['soil_p_content_max']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_phosphorus', '土壤磷酸钾-含磷量偏高' ,$payload['soil_potassium_phosphate_phosphorus']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_phosphorus', '土壤磷酸钾-含磷量偏高' ,$payload['soil_potassium_phosphate_phosphorus']);
}
if ($payload['soil_potassium_phosphate_phosphorus'] < $monitorThreshold['soil_p_content_min']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_phosphorus', '土壤磷酸钾-含磷量偏低' ,$payload['soil_potassium_phosphate_phosphorus']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_phosphorus', '土壤磷酸钾-含磷量偏低' ,$payload['soil_potassium_phosphate_phosphorus']);
}
// soil_potassium_phosphate_potassium 土壤磷酸钾：钾
if ($payload['soil_potassium_phosphate_potassium'] < $monitorThreshold['soil_k_content_max']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_potassium', '土壤磷酸钾-含钾量偏高' ,$payload['soil_potassium_phosphate_potassium']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_potassium', '土壤磷酸钾-含钾量偏高' ,$payload['soil_potassium_phosphate_potassium']);
}
if ($payload['soil_potassium_phosphate_potassium'] < $monitorThreshold['soil_k_content_min']) {
self::createAlarm($land[3], $device[1], 'soil_potassium_phosphate_potassium', '土壤磷酸钾-含钾量偏低' ,$payload['soil_potassium_phosphate_potassium']);
self::createAlarm($landId, $device[1], 'soil_potassium_phosphate_potassium', '土壤磷酸钾-含钾量偏低' ,$payload['soil_potassium_phosphate_potassium']);
}
return $this->success('接收成功', ['user_name'=>$parmas['username'], 'topic'=>$parmas['topic']]);
@ -168,34 +171,23 @@ class DataCollectController extends BaseApiController
// mqtt服务端 连接断开事件 客户端断开表示该土块的所有设备都已断开 共用同一个mqtt客户端
if ($parmas['event'] == 'client.disconnected') {
// 查询该土地关联的设备
$landProduct = LandProduct::where('land_id', $land[3])->find();
$productDevice = ProductDevice::where('product_id', $landProduct['product_id'])->select();
foreach ($productDevice as $item) {
$addData = [
'land_id' => $land[3],
'device_id' => $item['device_id'],
'last_online_time' => $parmas['disconnected_at']/1000,
'disconnected_time' => $parmas['disconnected_at']/1000,
'create_time' => time(),
'update_time' => time()
];
DeviceOffline::create($addData);
Device::where('id', $item['device_id'])->update(['is_online' => 2]);
}
// 查询该土地关联的设备
$addData = [
'land_id' => $landId,
'device_id' => $deviceId,
'last_online_time' => $parmas['disconnected_at']/1000,
'disconnected_time' => $parmas['disconnected_at']/1000,
'create_time' => time(),
'update_time' => time()
];
DeviceOffline::create($addData);
Device::where('id', $deviceId)->update(['is_online' => 2]);
return $this->success('接收成功');
}
// 连接链接事件 设备已上线
if ($parmas['event'] == 'client.connected') {
// 查询该土地关联的设备
$landProduct = LandProduct::where('land_id', $land[3])->find();
$productDevice = ProductDevice::where('product_id', $landProduct['product_id'])->select();
// 如果该设备之前离线，现在重新上线则删除之前的设备离线记录
DeviceOffline::where('land_id', $land[3])->delete();
foreach ($productDevice as $item) {
Device::where('id', $item['device_id'])->update(['is_online' => 1]);
}
Device::where('id', $deviceId)->update(['is_online' => 1]);
return $this->success('接收成功');
}