theoandClaude Sonnet 5
8e90eb1129
Tik op een dag in de verwachtingsstrook voor een uuroverzicht van
temperatuur, regen en wind (richting + snelheid), om de 2 uur, 12
punten per dag. Sluit na 20 seconden vanzelf of bij een tik op de
overlay zelf.
Backend: Open-Meteo levert hourly-data in dezelfde call als daily
(geen extra verzoek, dezelfde 60min-cache). Nieuwe HourlyForecastMapper
groepeert per kalenderdatum en bemonstert om het andere uur, robuust
voor de zomertijddag (23/25 uur). OpenMeteoClient::dailyForecast()
hernoemd naar forecast(), geeft nu {daily, hourly} terug. Elke dag in
de forecast-array krijgt een hourly-lijst.
Frontend: temperatuurlijn hergebruikt sparklinePath (nu ook als
sparklinePoints voor exacte uitlijning met de 12-koloms grid), regen
als kleine staafjes, windpijl (nieuw icoon) wijst waarheen de wind
waait. 20s-balk via CSS transition met reflow-restart. Servicewerker
naar v5.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
197 lines
8.1 KiB
PHP
197 lines
8.1 KiB
PHP
<?php
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declare(strict_types=1);
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namespace Weerscherm\Tests;
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use PHPUnit\Framework\TestCase;
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use Weerscherm\Cache;
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use Weerscherm\DashboardService;
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use Weerscherm\NetatmoAuthException;
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use Weerscherm\UpstreamException;
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final class DashboardServiceTest extends TestCase
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{
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private string $dir;
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private FakeSource $source;
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protected function setUp(): void
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{
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$this->dir = sys_get_temp_dir() . '/weerscherm-dash-' . uniqid();
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$this->source = FakeSource::fromFixtures();
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}
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protected function tearDown(): void
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{
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array_map('unlink', glob($this->dir . '/*') ?: []);
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@rmdir($this->dir);
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}
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private function service(?string $now = '2026-09-11 12:32:05 UTC', ?float $lat = null, ?float $lon = null): DashboardService
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{
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return new DashboardService(
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$this->source,
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new Cache($this->dir),
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['stations' => 300, 'measure' => 900, 'pressure' => 900, 'forecast' => 3600],
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'Europe/Amsterdam',
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$lat,
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$lon,
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[],
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null,
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$now === null ? null : new \DateTimeImmutable($now),
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);
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}
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public function testHappyPathMatchesContract(): void
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{
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$p = $this->service()->build();
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self::assertSame(['generated_at', 'timezone', 'station', 'outdoor', 'indoor', 'rain', 'pressure', 'forecast', 'forecast_stale', 'errors'], array_keys($p));
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self::assertSame('2026-09-11T14:32:05+02:00', $p['generated_at']);
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self::assertSame('Europe/Berlin', $p['timezone']);
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self::assertSame(['measured_at' => '2026-09-11T14:30:12+02:00', 'stale' => false], $p['station']);
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self::assertSame(['temp' => 16.4, 'trend' => 'down', 'min' => 9.2, 'min_at' => '2026-09-11T06:10:00+02:00', 'max' => 19.8, 'max_at' => '2026-09-11T13:05:00+02:00', 'humidity' => 71.0], $p['outdoor']);
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self::assertCount(3, $p['indoor']);
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self::assertSame(612, $p['indoor'][0]['co2']);
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self::assertSame(48.0, $p['indoor'][0]['humidity']);
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self::assertSame(1014.2, $p['pressure']['current']);
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self::assertSame('up', $p['pressure']['trend']);
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self::assertCount(49, $p['pressure']['history']);
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self::assertSame('2026-09-10T14:30:00+02:00', $p['pressure']['history'][0]['at']);
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self::assertFalse($p['pressure']['stale']);
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self::assertSame(2.4, $p['rain']['today']);
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self::assertSame(['2026-09-08', '2026-09-09', '2026-09-10'], array_column($p['rain']['previous_days'], 'date'));
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self::assertEqualsWithDelta(38.5, $p['rain']['month_total'], 0.0001);
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self::assertFalse($p['rain']['stale']);
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self::assertCount(6, $p['forecast']);
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self::assertSame('2026-09-11', $p['forecast'][0]['date']);
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self::assertCount(12, $p['forecast'][0]['hourly']);
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self::assertSame(['at', 'temp', 'precip_mm', 'wind_kmh', 'wind_dir'], array_keys($p['forecast'][0]['hourly'][0]));
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self::assertSame('2026-09-11T00:00:00+02:00', $p['forecast'][0]['hourly'][0]['at']);
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self::assertFalse($p['forecast_stale']);
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self::assertSame([], $p['errors']);
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}
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public function testMeasureIsRequestedForRainModuleFromMidnightOfDateBegin(): void
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{
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$this->service()->build();
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[$deviceId, $moduleId, $begin, $end] = $this->source->lastArgs['measure'];
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self::assertSame('70:ee:50:00:00:01', $deviceId);
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self::assertSame('05:00:00:00:00:04', $moduleId);
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self::assertSame((new \DateTimeImmutable('2026-09-01 00:00', new \DateTimeZone('Europe/Berlin')))->getTimestamp(), $begin);
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self::assertSame((new \DateTimeImmutable('2026-09-11 12:32:05 UTC'))->getTimestamp(), $end);
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}
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public function testPressureHistoryIsRequestedForLast24Hours(): void
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{
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$this->service()->build();
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[$deviceId, $begin, $end] = $this->source->lastArgs['pressure'];
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$now = (new \DateTimeImmutable('2026-09-11 12:32:05 UTC'))->getTimestamp();
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self::assertSame('70:ee:50:00:00:01', $deviceId);
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self::assertSame($now - 86400, $begin);
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self::assertSame($now, $end);
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}
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public function testPressureFailureKeepsCurrentValueAndMarksStale(): void
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{
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$this->source->responses['pressure'] = new UpstreamException('500');
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$p = $this->service()->build();
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self::assertSame(1014.2, $p['pressure']['current']);
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self::assertSame([], $p['pressure']['history']);
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self::assertTrue($p['pressure']['stale']);
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self::assertSame(['netatmo_unavailable'], $p['errors']);
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}
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public function testForecastUsesStationLocationUnlessConfigured(): void
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{
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$this->service()->build();
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self::assertSame([51.82, 6.55, 'Europe/Berlin'], $this->source->lastArgs['forecast']);
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$this->source = FakeSource::fromFixtures();
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array_map('unlink', glob($this->dir . '/*') ?: []);
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$this->service(lat: 52.1, lon: 5.1)->build();
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self::assertSame([52.1, 5.1, 'Europe/Berlin'], $this->source->lastArgs['forecast']);
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}
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public function testStationsFailureWithoutCacheGivesNullsAndError(): void
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{
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$this->source->responses['stations'] = new UpstreamException('timeout');
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$p = $this->service()->build();
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self::assertNull($p['outdoor']['temp']);
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self::assertNull($p['station']['measured_at']);
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self::assertTrue($p['station']['stale']);
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self::assertSame([], $p['indoor']);
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self::assertNull($p['rain']['today']);
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self::assertSame(0, $this->source->calls['measure'], 'zonder regenmeter-id geen getmeasure-call');
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self::assertSame(0, $this->source->calls['pressure'], 'zonder device-id geen luchtdruk-call');
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self::assertSame(['current' => null, 'trend' => null, 'history' => [], 'stale' => false], $p['pressure']);
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self::assertSame('Europe/Amsterdam', $p['timezone'], 'fallback-tijdzone uit config');
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self::assertSame(['netatmo_unavailable', 'forecast_unavailable'], $p['errors']);
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}
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public function testStationsFailureWithCacheServesStaleData(): void
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{
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$this->service()->build();
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$this->source->responses['stations'] = new UpstreamException('timeout');
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$p = $this->service('2026-09-11 13:00:00 UTC')->build();
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self::assertSame(16.4, $p['outdoor']['temp']);
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self::assertTrue($p['station']['stale']);
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self::assertSame(['netatmo_unavailable'], $p['errors']);
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}
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public function testAuthFailureGivesNetatmoAuthError(): void
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{
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$this->source->responses['stations'] = new NetatmoAuthException('invalid_grant');
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$p = $this->service()->build();
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self::assertContains('netatmo_auth', $p['errors']);
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self::assertNotContains('netatmo_unavailable', $p['errors']);
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}
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public function testMeasureFailureFallsBackToSumRain24(): void
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{
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$this->source->responses['measure'] = new UpstreamException('500');
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$p = $this->service()->build();
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self::assertSame(2.4, $p['rain']['today']);
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self::assertSame([null, null, null], array_column($p['rain']['previous_days'], 'mm'));
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self::assertNull($p['rain']['month_total']);
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self::assertTrue($p['rain']['stale']);
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self::assertSame(['netatmo_unavailable'], $p['errors']);
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}
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public function testForecastFailureLeavesRestIntact(): void
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{
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$this->source->responses['forecast'] = new UpstreamException('down');
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$p = $this->service()->build();
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self::assertSame([], $p['forecast']);
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self::assertTrue($p['forecast_stale']);
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self::assertSame(['forecast_unavailable'], $p['errors']);
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self::assertSame(16.4, $p['outdoor']['temp']);
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}
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public function testSecondBuildWithinTtlUsesCache(): void
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{
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$this->service()->build();
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$this->service('2026-09-11 12:36:05 UTC')->build();
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self::assertSame(['stations' => 1, 'measure' => 1, 'pressure' => 1, 'forecast' => 1], $this->source->calls);
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$this->service('2026-09-11 12:38:05 UTC')->build();
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self::assertSame(2, $this->source->calls['stations'], 'stations na 5 min opnieuw');
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self::assertSame(1, $this->source->calls['measure'], 'measure nog binnen 15 min');
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}
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}
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