wujunze / php-geo
php redis geo library
1.0.4
2021-03-11 03:43 UTC
Requires
- php: ^7.1
- ext-json: *
- predis/predis: ^1.1
- wujunze/helper: ^1.0
- wujunze/support: ^1.0
Requires (Dev)
- codedungeon/phpunit-result-printer: ^0.23
- overtrue/phplint: ^1.1
- phpunit/phpunit: ^7.5
- wujunze/composer-phpcs-plugin: ^1.1
This package is auto-updated.
Last update: 2024-10-11 11:21:29 UTC
README
Install
composer require wujunze/php-geo
Usage
<?php declare(strict_types=1); /** * * This file is part of the php-geo package. * * (c) Panda <itwujunze@gmail.com> * * This source file is subject to the MIT license that is bundled * with this source code in the file LICENSE. */ namespace Wujunze\PhpGeo\Tests\Services; use kuiper\helper\Arrays; use Predis\Client; use Wujunze\PhpGeo\Requests\Geo; use Wujunze\PhpGeo\Requests\GeoCollection; use Wujunze\PhpGeo\Requests\GeoCriteria; use Wujunze\PhpGeo\Services\GeoInterface; use Wujunze\PhpGeo\Services\GeoService; use Wujunze\PhpGeo\Tests\TestCase; class GeoServicesTest extends TestCase { /** * @var GeoService */ protected static $geoService; /** * @var Client */ protected static $driver; public static function setUpBeforeClass(): void { $config['driverClient'] = new Client([ 'scheme' => 'tcp', 'host' => '127.0.0.1', 'port' => 6379, ]); self::$driver = $config['driverClient']; self::$geoService = GeoService::getInstance(); self::$geoService->init($config); self::$geoService->flushDB(); } public static function tearDownAfterClass(): void { self::$geoService->flushDB(); self::$geoService = null; } public function testGeo() { $this->assertNotNull(self::$geoService); $this->assertInstanceOf(GeoInterface::class, self::$geoService); $this->assertNotNull(self::$driver); $this->assertInstanceOf(Client::class, self::$driver); } public function testGeoAdd() { /** @var Geo $geo */ $geo = Arrays::assign(new Geo, ['lon' => '116.48105', 'lat' => '36.996794', 'member' => 'panda'.time()]); $res = self::$geoService->geoAdd('home', $geo); $this->assertTrue($res); } public function testGeoAddFalse() { /** @var Geo $geo */ $geo = Arrays::assign(new Geo, ['lon' => '116.48105', 'lat' => '36.996794', 'member' => 'google']); $res = self::$geoService->geoAdd('home', $geo); $this->assertTrue($res); $this->assertFalse(self::$geoService->geoAdd('home', $geo)); $this->assertEquals(1, self::$geoService->geoRemove('home', $geo->getMember())); } public function testGeoBatchAdd() { $geoCollection = new GeoCollection(); $geoCollection->setGeos([ Arrays::assign(new Geo, ['lon' => '116.48105', 'lat' => '36.996794', 'member' => 'cloud'.time()]), ]); $res = self::$geoService->geoBatchAdd('home', $geoCollection); $this->assertTrue($res); } public function testGeoDist() { /** @var Geo $geoMi */ $geoMi = Arrays::assign(new Geo, ['lon' => '116.334255', 'lat' => '40.027400', 'member' => 'xiaomi']); $res = self::$geoService->geoAdd('company', $geoMi); $this->assertTrue($res); /** @var Geo $geoMeituan */ $geoMeituan = Arrays::assign(new Geo, ['lon' => '116.489033', 'lat' => '40.007669', 'member' => 'meituan']); $res = self::$geoService->geoAdd('company', $geoMeituan); $this->assertTrue($res); $m = self::$geoService->geoDist('company', 'xiaomi', 'meituan', 'm'); $this->assertIsString($m); $this->assertEquals("13365.8814", $m); } public function testGeoPos() { /** @var Geo $geoIreader */ $geoIreader = Arrays::assign(new Geo, ['lon' => '116.514203', 'lat' => '39.905409', 'member' => 'ireader']); $res = self::$geoService->geoAdd('company', $geoIreader); $this->assertTrue($res); $geo = self::$geoService->geoPos('company', ['ireader']); $this->assertIsArray($geo); $this->assertIsString($geo[0][0]); $this->assertIsString($geo[0][1]); $this->assertIsFloat((float) $geo[0][0]); $this->assertIsFloat((float) $geo[0][1]); $this->assertEquals(round($geoIreader->getLon(), 5), round($geo[0][0], 5)); $this->assertEquals(round($geoIreader->getLat(), 5), round($geo[0][1], 5)); } public function testGeoHash() { $hash = 'wx4g52e1ce0'; /** @var Geo $geoIreader */ $geoIreader = Arrays::assign(new Geo, ['lon' => '116.514203', 'lat' => '39.905409', 'member' => 'ireader']); $res = self::$geoService->geoAdd('inc', $geoIreader); $this->assertTrue($res); $geoHash = self::$geoService->geoHash('inc', 'ireader'); $this->assertIsArray($geoHash); $this->assertEquals($hash, $geoHash[0]); } /** * @depends testAdd */ public function testGeoRadius() { $criteria = new GeoCriteria(); $criteria->setLong('102.55')->setLat('31.79')->setRadius(100000)->setUnit('m'); $geos = self::$geoService->geoRadius('city', $criteria); $this->assertIsArray($geos); $this->assertEquals('小金', $geos[0]); $this->assertCount(7, $geos); } /** * @depends testAdd */ public function testGeoRadiusByMember() { $criteria = new GeoCriteria(); $criteria->setRadius(100000)->setUnit('m')->setMember('桐柏'); $geos = self::$geoService->geoRadiusByMember('city', $criteria); $this->assertIsArray($geos); $this->assertEquals('桐柏', $geos[0]); $this->assertEquals('唐河', $geos[1]); $this->assertCount(11, $geos); } /** * @depends testAdd */ public function testGeoRemove() { $res = self::$geoService->geoRemove('city', '平谷'); $this->assertEquals(1, $res); $geo = self::$geoService->geoPos('city', ['平谷']); $this->assertNull($geo[0]); } /** * @depends testAdd */ public function testGeoReset() { /** @var Geo $geoIreader */ $geoIreader = Arrays::assign(new Geo, ['lon' => '116.514203', 'lat' => '39.905409', 'member' => 'ireader']); self::$geoService->geoAdd('city', $geoIreader); $geoIreader->setLon('118.689')->setLat('36.89'); self::$geoService->geoReset('city', $geoIreader); $geo = self::$geoService->geoPos('city', ['ireader']); $this->assertEquals(round($geoIreader->getLon(), 4), round($geo[0][0], 4)); $this->assertEquals(round($geoIreader->getLat(), 4), round($geo[0][1], 4)); } /** * @dataProvider additionProvider */ public function testAdd($member, $lon, $lat) { /** @var Geo $geo */ $geo = Arrays::assign(new Geo, ['lon' => $lon, 'lat' => $lat, 'member' => $member]); $res = self::$geoService->geoAdd('city', $geo); $this->assertTrue($res); } public function additionProvider() { $file = file_get_contents(__DIR__.'/../fixtrues/chinaCity.json'); $cities = []; $datas = json_decode($file, true); foreach ($datas as $data) { foreach ($data['children'] as $city) { $cities[$city['name']] = $city; } } return $cities; } /** * @depends testAdd */ public function testGeoRadius20190910() { $criteria = new GeoCriteria(); $criteria ->setLong('102.55') ->setLat('31.79') ->setRadius(100000) ->setUnit('m') ->setWithCoord(true) ->setWithDist(true) ->setWithHash(true) ->setCount(3) ->setSort('desc'); $geos = self::$geoService->geoRadius('city', $criteria); $this->assertIsArray($geos); $this->assertIsArray($geos[0]); $this->assertEquals('小金', $geos[0][0]); $this->assertEquals('理县', $geos[2][0]); $this->assertEquals('4025806740894210', $geos[2][2]); $this->assertCount(3, $geos); $this->assertCount(4, $geos[0]); } /** * @depends testAdd */ public function testGeoRadiusByMember20190910() { $criteria = new GeoCriteria(); $criteria->setRadius(100000) ->setUnit('m') ->setMember('桐柏') ->setWithCoord(true) ->setWithDist(true) ->setWithHash(true) ->setCount(6) ->setSort('asc');; $geos = self::$geoService->geoRadiusByMember('city', $criteria); $this->assertIsArray($geos); $this->assertIsArray($geos[0]); $this->assertEquals('桐柏', $geos[0][0]); $this->assertEquals('泌阳', $geos[1][0]); $this->assertEquals('唐河', $geos[2][0]); $this->assertEquals('4063867911107045', $geos[2][2]); $this->assertCount(6, $geos); } }
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