TaskSystem/app/api/controller/CeshiController.php
2023-08-21 16:32:56 +08:00

73 lines
2.5 KiB
PHP

<?php
namespace app\api\controller;
use app\common\logic\finance\ShareProfit;
use app\common\logic\task\TaskLogic;
use app\common\model\Company;
use app\common\model\task\Task;
use app\common\model\task_scheduling_plan\TaskSchedulingPlan;
use app\common\model\task_template\TaskTemplate;
use think\facade\Log;
use app\job\TaskInformationJob;
use Symfony\Component\HttpClient\HttpClient;
class CeshiController extends BaseApiController
{
public array $notNeedLogin = ['index','ceshi'];
public function index()
{
// $all=TaskSchedulingPlan::whereDay('end_time','yesterday')->where('is_pay',0)->with(['template_info','scheduling'])->select()->toArray();
// halt($all);
$all=TaskSchedulingPlan::whereDay('end_time')->where('is_pay',0)->with(['template_info','scheduling'])->select()->toArray();
foreach($all as $k=>$v){
queue(TaskInformationJob::class,$v);
}
halt(1);
}
public function ceshi(){
$time=strtotime(date('Y-m-d'));
// $time=strtotime(date('Y-m-d'));
// $tiem_end=$time+86399;
// $all=TaskTemplate::where('cron_time','<',$time)->where('status',1)->with('company')->select()->toArray();
$all=TaskTemplate::where('id',73)->with('company')->select()->toArray();
// $all=TaskSchedulingPlan::where('start_time','between',[$time,$tiem_end])->where('is_execute',0)->with(['template_info','scheduling'])->select()->toArray();
$company_id=0;
foreach($all as $k=>$v){
TaskLogic::CronAdd($v);
$company_id=$v['company_id'];
}
}
function getClosestPoint($points, $target) {
$minDistance = PHP_INT_MAX;
$closestPoint = null;
foreach ($points as $point) {
// halt($point,$target);
$distance = sqrt(pow(($point['lat'] - $target['lat']), 2) + pow(($point['lon'] - $target['lon']), 2));
if ($distance < $minDistance) {
$minDistance = $distance;
$closestPoint = $point;
}
}
return [$closestPoint,$distance];
}
function calculateDistance( $longitude1,$latitude1, $longitude2,$latitude2 ) {
$earthRadius = 6371; // 地球半径,单位为公里
$dLat = deg2rad($latitude2 - $latitude1);
$dLon = deg2rad($longitude2 - $longitude1);
$a = sin($dLat/2) * sin($dLat/2) +
cos(deg2rad($latitude1)) * cos(deg2rad($latitude2)) *
sin($dLon/2) * sin($dLon/2);
$c = 2 * asin(sqrt($a));
return $earthRadius * $c*1000;
}
}