TimeValueCalculatorTest::provideTimestampsWithoutSign() - Code Metrics - Inspection of "Add getLowerTimestamp() and getHigherTimestamp()" - DataValues/Time - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Pull Request — master (#140)

unknown

created 2018-07-13 15:07 UTC

provideTimestampsWithoutSign() A

↳ Parent: TimeValueCalculatorTest

Complexity

Conditions	1
Paths	1

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
dl	0
loc	16
rs	9.7333
c	0
b	0
f	0
cc	1
nc	1
nop	0

<?php

namespace DataValues\Tests;

use DataValues\TimeValue;
use DataValues\TimeValueCalculator;

/**
 * @covers DataValues\TimeValueCalculator
 *
 * @group DataValue
 * @group DataValueExtensions
 *
 * @license GPL-2.0+
 * @author Thiemo Kreuz
 */
class TimeValueCalculatorTest extends \PHPUnit_Framework_TestCase {

	/**
	 * @var TimeValueCalculator
	 */
	private $calculator;

	protected function setUp() {
		$this->calculator = new TimeValueCalculator();
	}

	/**
	 * @param string $time an ISO 8601 date and time
	 * @param int $timezone offset from UTC in minutes
	 *
	 * @return TimeValue
	 */
	private function getTimeValueMock( $time, $timezone = 0 ) {
		$timeValue = $this->getMockBuilder( TimeValue::class )
			->disableOriginalConstructor()
			->getMock();

		$timeValue->expects( $this->any() )
			->method( 'getTime' )
			->will( $this->returnValue( $time ) );
		$timeValue->expects( $this->any() )
			->method( 'getTimezone' )
			->will( $this->returnValue( $timezone ) );
		$timeValue->expects( $this->any() )
			->method( 'getPrecision' )
			->will( $this->returnValue( TimeValue::PRECISION_DAY ) );
		$timeValue->expects( $this->any() )
			->method( 'getCalendarModel' )
			->will( $this->returnValue( 'Stardate' ) );

		return $timeValue;
	}

	public function timestampProvider() {
		return array(
			// Make sure it's identical to the PHP/Unix time stamps in current years
			array( '+2004-02-29T00:00:00Z', strtotime( '2004-02-29T00:00:00+00:00' ) ),
			array( '+2038-00-00T00:00:00Z', strtotime( '2038-01-01T00:00:00+00:00' ) ),

			// Time zones
			array( '+2000-01-01T12:59:59', strtotime( '2000-01-01T12:59:59-02:00' ), -120 ),
			array( '+2000-01-01T12:59:59', strtotime( '2000-01-01T12:59:59+04:45' ), 285 ),

			array( '+0401-00-00T00:00:00Z', -49512816000 ),
			array( '+1902-00-00T00:00:00Z', -2145916800 ),
			array( '+1939-00-00T00:00:00Z', -978307200 ),
			array( '+1969-12-31T23:59:00Z', -60 ),
			array( '+1969-12-31T23:59:59Z', -1 ),
			array( '+1970-01-01T00:00:00Z', 0 ),
			array( '+1970-01-01T00:00:01Z', 1 ),
			array( '+1970-01-01T00:01:00Z', 60 ),
			array( '+1972-02-29T00:00:00Z', 68169600 ),
			array( '+1996-02-29T00:00:00Z', 825552000 ),
			array( '+1999-12-31T23:59:59Z', 946684799 ),
			array( '+2000-01-01T00:00:00Z', 946684800 ),
			array( '+2000-02-01T00:00:00Z', 949363200 ),
			array( '+2000-02-29T00:00:00Z', 951782400 ),
			array( '+2001-00-00T00:00:00Z', 978307200 ),
			array( '+2001-01-01T00:00:00Z', 978307200 ),
			array( '+2014-04-30T12:35:55Z', 1398861355 ),
			array( '+2401-00-00T00:00:00Z', 13601088000 ),

			// Make sure there is only 1 second between these two
			array( '-0001-12-31T23:59:59Z', -62135596801 ),
			array( '+0001-00-00T00:00:00Z', -62135596800 ),

			// No special calculation for leap seconds, just make sure they pass
			array( '+1970-10-11T12:13:61Z', 24495241 ),
			array( '+1970-10-11T12:14:01Z', 24495241 ),

			// Year 0 does not exist, but we do not complain, assume -1
			array( '-0000-12-31T23:59:59Z', -62135596801 ),
			array( '+0000-00-00T00:00:00Z', floor( ( -1 - 1969 ) * 365.2425 ) * 86400 ),

			// Since there is no year 0, negative leap years are -1, -5 and so on
			array( '-8001-00-00T00:00:00Z', floor( ( -8001 - 1969 ) * 365.2425 ) * 86400 ),
			array( '-0005-00-00T00:00:00Z', floor( ( -5 - 1969 ) * 365.2425 ) * 86400 ),
			array( '+0004-00-00T00:00:00Z', floor( ( 4 - 1970 ) * 365.2425 ) * 86400 ),
			array( '+8000-00-00T00:00:00Z', floor( ( 8000 - 1970 ) * 365.2425 ) * 86400 ),

			// PHP_INT_MIN is -2147483648
			array( '-2147484001-00-00T00:00:00Z', floor( ( -2147484001 - 1969 ) * 365.2425 ) * 86400 ),
			// PHP_INT_MAX is +2147483647
			array( '+2147484000-00-00T00:00:00Z', floor( ( 2147484000 - 1970 ) * 365.2425 ) * 86400 ),
		);
	}

	/**
	 * @dataProvider timestampProvider
	 */
	public function testGetTimestamp( $time, $expectedTimestamp = 0.0, $timezone = 0 ) {
		$timeValue = $this->getTimeValueMock( $time, $timezone );
		$timestamp = $this->calculator->getTimestamp( $timeValue );

		$this->assertEquals( $expectedTimestamp, $timestamp );
	}

	public function yearProvider() {
		return array(
			// Every 4 years
			array( 1895, 459 ),
			array( 1896, 460, true ),
			array( 1897, 460 ),

			// Not every 100 years but every 400 years
			array( 1900, 460 ),
			array( 2000, 485, true ),
			array( 2100, 509 ),

			// Extremes
			array( 1, 0 ),
			array( 9999, 2424 ),
			array( 2147483647, 520764784 ),

			// There is no year zero, assume -1
			array( -1, 0, true ),
			array( 0, 0, true ),

			// Off by 1 for negative years because zero is skipped
			array( -6, -2 ),
			array( -5, -1, true ),
			array( -4, -1 ),
			array( -3, -1 ),
			array( -2, -1 ),
			array( -1, 0, true ),
			array( 1, 0 ),
			array( 2, 0 ),
			array( 3, 0 ),
			array( 4, 1, true ),
			array( 5, 1 ),

			// Because we can
			array( -6.9, -2 ),
			array( -6.1, -2 ),
			array( -5.501, -1, true ),
			array( -5.499, -1, true ),
			array( -4.6, -1 ),
			array( -4.4, -1 ),
			array( 1995.01, 483 ),
			array( 1995.09, 483 ),
			array( 1996.001, 484, true ),
			array( 1996.009, 484, true ),
			array( 1997.1, 484 ),
			array( 1997.9, 484 ),
		);
	}

	/**
	 * @dataProvider yearProvider
	 */
	public function testIsLeapYear( $year, $numberOfLeapYears, $expected = false ) {

		$isLeapYear = $this->calculator->isLeapYear( $year );

		$this->assertEquals( $expected, $isLeapYear );
	}

	/**
	 * @dataProvider yearProvider
	 */
	public function testGetNumberOfLeapYears( $year, $expected, $isLeapYear = false ) {

		$numberOfLeapYears = $this->calculator->getNumberOfLeapYears( $year );

		$this->assertEquals( $expected, $numberOfLeapYears );
	}

	public function precisionProvider() {
		$secondsPerDay = 60 * 60 * 24;
		$daysPerGregorianYear = 365 + 1 / 4 - 1 / 100 + 1 / 400;

		return array(
			array( TimeValue::PRECISION_SECOND, 1 ),
			array( TimeValue::PRECISION_MINUTE, 60 ),
			array( TimeValue::PRECISION_HOUR, 60 * 60 ),
			array( TimeValue::PRECISION_DAY, $secondsPerDay ),
			array( TimeValue::PRECISION_MONTH, $secondsPerDay * $daysPerGregorianYear / 12 ),
			array( TimeValue::PRECISION_YEAR, $secondsPerDay * $daysPerGregorianYear ),
			array( TimeValue::PRECISION_YEAR10, $secondsPerDay * $daysPerGregorianYear * 1e1 ),
			array( TimeValue::PRECISION_YEAR1G, $secondsPerDay * $daysPerGregorianYear * 1e9 ),
		);
	}

	/**
	 * @dataProvider precisionProvider
	 */
	public function testGetSecondsForPrecision( $precision, $expected ) {
		$seconds = $this->calculator->getSecondsForPrecision( $precision );

		$this->assertEquals( $expected, $seconds );
	}

	/**
	 * @return array of ISO 8601 timestamps from lower to higher
	 */
	private function provideTimestampsWithoutSign() {
		return [
			'0001-01-11T06:08:04Z',
			'0016-02-11T06:08:04Z',
			'0245-03-30T00:00:00Z',
			'1054-04-11T14:00:02Z',
			'2012-02-29T23:59:59Z',
			'2012-03-01T00:00:00Z',
			'2013-05-31T23:59:59Z',
			'2014-06-01T00:00:00Z',
			'54844518-07-25T02:00:00Z',
			'5748404518-08-25T02:00:00Z',
			'9990994999299999-09-09T14:20:00Z',
			'9999999999999999-10-15T14:20:00Z',
		];
	}

	/**
	 * @return array of precisions from the most to the least precise
	 */
	private function provideAllPrecisions() {
		return [
			TimeValue::PRECISION_SECOND,
			TimeValue::PRECISION_MINUTE,
			TimeValue::PRECISION_HOUR,
			TimeValue::PRECISION_DAY,
			TimeValue::PRECISION_MONTH,
			TimeValue::PRECISION_YEAR,
			TimeValue::PRECISION_YEAR10,
			TimeValue::PRECISION_YEAR100,
			TimeValue::PRECISION_YEAR1K,
			TimeValue::PRECISION_YEAR10K,
			TimeValue::PRECISION_YEAR100K,
			TimeValue::PRECISION_YEAR1M,
			TimeValue::PRECISION_YEAR10M,
			TimeValue::PRECISION_YEAR100M,
			TimeValue::PRECISION_YEAR1G
		];
	}

	/**
	 * @return \Generator
	 */
	public function provideTimestamps() {
		foreach ( [ '+', '-' ] as $sign ) {
			foreach ( $this->provideTimestampsWithoutSign() as $timestamp ) {
				yield $sign . $timestamp;
			}
		}
	}

	/**
	 * @return \Generator
	 */
	public function provideTimeValuesHighVsLowPrecisions() {
		$oldTimestamp = null;
		$oldPrecision = null;
		foreach ( $this->provideTimestamps() as $timestamp ) {
			foreach ( $this->provideAllPrecisions() as $precision ) {
				if ( !empty( $oldTimestamp ) && $timestamp === $oldTimestamp ) {
					$oldTimeValue = new TimeValue(
						$oldTimestamp,
						0, 0, 0,
						$oldPrecision,
						TimeValue::CALENDAR_GREGORIAN
					);
					$timeValue = new TimeValue(
						$timestamp,
						0, 0, 0,
						$precision,
						TimeValue::CALENDAR_GREGORIAN
					);
					yield [ $oldTimeValue, $timeValue ];
				}
				$oldTimestamp = $timestamp;
				$oldPrecision = $precision;
			}
		}
	}

	/**
	 * @return \Generator
	 */
	public function provideTimestampsAndPrecisions() {
		foreach ( $this->provideTimestamps() as $timestamp ) {
			foreach ( $this->provideAllPrecisions() as $precision ) {
				yield [ $timestamp, $precision ];
			}
		}
	}

	/**
	 * @return \Generator of ISO 8601 timestamp arrays [ t1, t2 ] where t1 ≤ t2
	 */
	public function provideTimestampPairs() {
		foreach ( [ '+', '-' ] as $sign ) {
			$oldTimestamp = null;
			foreach ( $this->provideTimestampsWithoutSign() as $timestamp ) {
				$timestamp = $sign . $timestamp;
				if ( $oldTimestamp !== null ) {
					yield $sign === '+' ?
						[ $oldTimestamp, $timestamp ] :
						[ $timestamp, $oldTimestamp ];
				}
				$oldTimestamp = $timestamp;
			}
		}
	}

	/**
	 * @return array of:
	 * - a TimeValue,
	 * - its lower Unix timestamp, and
	 * - its higher Unix timestamp.
	 */
	public function provideTimeValuesAndLowerAndHigherTimestamps() {
		return [
			[
				new TimeValue( // considering year 0 allowed
					'-0754-11-27T10:49:31Z',
					0, 0, 0,
					TimeValue::PRECISION_SECOND,
					TimeValue::CALENDAR_GREGORIAN
				),
				-85901001029,
				-85901001029
			],
			[
				new TimeValue( // considering year 0 allowed
					'-0003-01-06T10:49:31Z',
					0, 0, 0,
					TimeValue::PRECISION_YEAR,
					TimeValue::CALENDAR_GREGORIAN
				),
				-62230291200,
				-62198755201
			],
			[
				new TimeValue(
					'+0002-07-17T02:41:22Z',
					0, 0, 0,
					TimeValue::PRECISION_DAY,
					TimeValue::CALENDAR_GREGORIAN
				),
				-62087040000,
				-62086953601
			],
			[
				new TimeValue(
					'+2013-03-14T12:51:02Z',
					0, 0, 0,
					TimeValue::PRECISION_MONTH,
					TimeValue::CALENDAR_GREGORIAN
				),
				1362096000,
				1364774399
			],
			[
				new TimeValue(
					'+7254-11-27T10:49:31Z',
					0, 0, 0,
					TimeValue::PRECISION_SECOND,
					TimeValue::CALENDAR_GREGORIAN
				),
				166775539771,
				166775539771
			],
			[
				new TimeValue(
					'+190134401-01-15T10:39:59Z',
					0, 0, 0,
					TimeValue::PRECISION_DAY,
					TimeValue::CALENDAR_GREGORIAN
				),
				5999999999961600,
				6000000000047999
			],
			[
				new TimeValue(
					'+190134401-01-15T10:39:59Z',
					0, 0, 0,
					TimeValue::PRECISION_SECOND,
					TimeValue::CALENDAR_GREGORIAN
				),
				5999999999999999,
				5999999999999999
			],
		];
	}

	/**
	 * Check that a few TimeValue values are equal to their expected getLowerTimestamp() ones.
	 *
	 * @dataProvider provideTimeValuesAndLowerAndHigherTimestamps
	 */
	public function testSpecificLowerTimestamps(
		$timeValue,
		$expectedUnixLowerTimestamp,
		$expectedUnixHigherTimestamp

	) {
		$calculator = new TimeValueCalculator();
		$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
		$this->assertEquals( $expectedUnixLowerTimestamp, $unixLowerTimestamp );
	}

	/**
	 * Check that a few TimeValue values are equal to their expected getHigherTimestamp() ones.
	 *
	 * @dataProvider provideTimeValuesAndLowerAndHigherTimestamps
	 */
	public function testSpecificHigherTimestamps(
		$timeValue,
		$expectedUnixLowerTimestamp,

		$expectedUnixHigherTimestamp
	) {
		$calculator = new TimeValueCalculator();
		$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
		$this->assertEquals( $expectedUnixHigherTimestamp, $unixHigherTimestamp );
	}

	/**
	 * Check that timestampWithoutSignProvider() values are ordered from earliest to latest according
	 * to getLowerTimestamp(),
	 *
	 * @dataProvider provideTimestampPairs
	 */
	public function testOrderingLowerTimestamps( $earlierTimestamp, $laterTimestamp ) {
		$calculator = new TimeValueCalculator();
		$earlierTimeValue = new TimeValue(
			$earlierTimestamp,
			0, 0, 0,
			TimeValue::PRECISION_DAY,
			TimeValue::CALENDAR_GREGORIAN
		);
		$laterTimeValue = new TimeValue(
			$laterTimestamp,
			0, 0, 0,
			TimeValue::PRECISION_DAY,
			TimeValue::CALENDAR_GREGORIAN
		);
		$earlierUnixLowerTimestamp = $calculator->getLowerTimestamp( $earlierTimeValue );
		$laterUnixLowerTimestamp = $calculator->getLowerTimestamp( $laterTimeValue );
		$this->assertGreaterThanOrEqual( $earlierUnixLowerTimestamp, $laterUnixLowerTimestamp );
	}

	/**
	 * Check that timestampWithoutSignProvider() values are ordered from earliest to latest according
	 * to getHigherTimestamp(),
	 *
	 * @dataProvider provideTimestampPairs
	 */
	public function testOrderingHigherTimestamps( $earlierTimestamp, $laterTimestamp ) {
		$calculator = new TimeValueCalculator();
		$earlierTimeValue = new TimeValue(
			$earlierTimestamp,
			0, 0, 0,
			TimeValue::PRECISION_DAY,
			TimeValue::CALENDAR_GREGORIAN
		);
		$laterTimeValue = new TimeValue(
			$laterTimestamp,
			0, 0, 0,
			TimeValue::PRECISION_DAY,
			TimeValue::CALENDAR_GREGORIAN
		);
		$earlierUnixHigherTimestamp = $calculator->getHigherTimestamp( $earlierTimeValue );
		$laterUnixHigherTimestamp = $calculator->getHigherTimestamp( $laterTimeValue );
		$this->assertGreaterThanOrEqual( $earlierUnixHigherTimestamp, $laterUnixHigherTimestamp );
	}

	/**
	 * Check that getTimestamp() values are always greater or equal than getLowerTimestamp() ones.
	 *
	 * @dataProvider provideTimestampsAndPrecisions
	 */
	public function testLowerTimestampsVsTimestamps( $timestamp, $precision ) {
		$calculator = new TimeValueCalculator();
		$timeValue = new TimeValue(
			$timestamp,
			0, 0, 0,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixTimestampAsIs = $calculator->getTimestamp( $timeValue );
		$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
		$this->assertGreaterThanOrEqual( $unixLowerTimestamp, $unixTimestampAsIs );
	}

	/**
	 * Check that getHigherTimestamp() values are always greater or equal than getTimestamp() ones.
	 *
	 * @dataProvider provideTimestampsAndPrecisions
	 */
	public function testHigherTimestampsVsTimestamps( $timestamp, $precision ) {
		$calculator = new TimeValueCalculator();
		$timeValue = new TimeValue(
			$timestamp,
			0, 0, 0,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixTimestampAsIs = $calculator->getTimestamp( $timeValue );
		$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
		$this->assertGreaterThanOrEqual( $unixTimestampAsIs, $unixHigherTimestamp );
	}

	/**
	 * Check that higher before values for the same timestamp always correspond to lower or equal
	 * getLowerTimestamp() values than lower before values.
	 *
	 * @dataProvider provideTimestampsAndPrecisions
	 */
	public function testGetLowerTimestampBefore( $timestamp, $precision ) {
		$calculator = new TimeValueCalculator();
		$timeValue = new TimeValue(
			$timestamp,
			0, 0, 1,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
		$timeValueBefore1 = new TimeValue(
			$timestamp,
			0, 1, 1,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixLowerTimestampBefore1 = $calculator->getLowerTimestamp( $timeValueBefore1 );
		$timeValueBefore2 = new TimeValue(
			$timestamp,
			0, 2, 0,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixLowerTimestampBefore2 = $calculator->getLowerTimestamp( $timeValueBefore2 );
		if ( $unixLowerTimestamp > -10000000000000 && $unixLowerTimestamp < 10000000000000 ) {
			$this->assertGreaterThan( $unixLowerTimestampBefore1, $unixLowerTimestamp );
			$this->assertGreaterThan( $unixLowerTimestampBefore2, $unixLowerTimestampBefore1 );
		} else {
			$this->assertGreaterThanOrEqual( $unixLowerTimestampBefore1, $unixLowerTimestamp );
			$this->assertGreaterThanOrEqual( $unixLowerTimestampBefore2, $unixLowerTimestampBefore1 );
		}
	}

	/**
	 * Check that lower after values for the same timestamp always correspond to lower or equal
	 * getHigherTimestamp() values than higher after values.
	 *
	 * @dataProvider provideTimestampsAndPrecisions
	 */
	public function testGetHigherTimestampAfter( $timestamp, $precision ) {
		$calculator = new TimeValueCalculator();
		$timeValue = new TimeValue(
			$timestamp,
			0, 1, 0,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
		$timeValueAfter1 = new TimeValue(
			$timestamp,
			0, 1, 1,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixHigherTimestampAfter1 = $calculator->getHigherTimestamp( $timeValueAfter1 );
		$timeValueAfter2 = new TimeValue(
			$timestamp,
			0, 0, 2,
			$precision,
			TimeValue::CALENDAR_GREGORIAN
		);
		$unixHigherTimestampAfter2 = $calculator->getHigherTimestamp( $timeValueAfter2 );
		if ( $unixHigherTimestamp > -10000000000000 && $unixHigherTimestamp < 10000000000000 ) {
			$this->assertGreaterThan( $unixHigherTimestamp, $unixHigherTimestampAfter1 );
			$this->assertGreaterThan( $unixHigherTimestampAfter1, $unixHigherTimestampAfter2 );
		} else {
			$this->assertGreaterThanOrEqual( $unixHigherTimestamp, $unixHigherTimestampAfter1 );
			$this->assertGreaterThanOrEqual( $unixHigherTimestampAfter1, $unixHigherTimestampAfter2 );
		}
	}

	/**
	 * Check that higher precisions of the same timestamp always correspond to greater or equal
	 * getLowerTimestamp() values than lower precisions.
	 *
	 * @dataProvider provideTimeValuesHighVsLowPrecisions
	 */
	public function testGetLowerTimestampsHighVsLowPrecisions(
		$timeValueHighPrecision,
		$timeValueLowPrecision
	) {
		$calculator = new TimeValueCalculator();
		$timestampHighPrecision = $calculator->getLowerTimestamp( $timeValueHighPrecision );
		$timestampLowPrecision = $calculator->getLowerTimestamp( $timeValueLowPrecision );
		$this->assertGreaterThanOrEqual( $timestampLowPrecision, $timestampHighPrecision );
	}

	/**
	 * Check that lower precisions of the same timestamp always correspond to greater or equal
	 * getHigherTimestamp() values than higher precisions.
	 *
	 * @dataProvider provideTimeValuesHighVsLowPrecisions
	 */
	public function testGetHigherTimestampsHighVsLowPrecisions(
		$timeValueHighPrecision,
		$timeValueLowPrecision
	) {
		$calculator = new TimeValueCalculator();
		$timestampHighPrecision = $calculator->getHigherTimestamp( $timeValueHighPrecision );
		$timestampLowPrecision = $calculator->getHigherTimestamp( $timeValueLowPrecision );
		$this->assertGreaterThanOrEqual( $timestampHighPrecision, $timestampLowPrecision );
	}

}


1			<?php
2
3			namespace DataValues\Tests;
4
5			use DataValues\TimeValue;
6			use DataValues\TimeValueCalculator;
7
8			/**
9			* @covers DataValues\TimeValueCalculator
10			*
11			* @group DataValue
12			* @group DataValueExtensions
13			*
14			* @license GPL-2.0+
15			* @author Thiemo Kreuz
16			*/
17			class TimeValueCalculatorTest extends \PHPUnit_Framework_TestCase {
18
19			/**
20			* @var TimeValueCalculator
21			*/
22			private $calculator;
23
24			protected function setUp() {
25			$this->calculator = new TimeValueCalculator();
26			}
27
28			/**
29			* @param string $time an ISO 8601 date and time
30			* @param int $timezone offset from UTC in minutes
31			*
32			* @return TimeValue
33			*/
34			private function getTimeValueMock( $time, $timezone = 0 ) {
35			$timeValue = $this->getMockBuilder( TimeValue::class )
36			->disableOriginalConstructor()
37			->getMock();
38
39			$timeValue->expects( $this->any() )
40			->method( 'getTime' )
41			->will( $this->returnValue( $time ) );
42			$timeValue->expects( $this->any() )
43			->method( 'getTimezone' )
44			->will( $this->returnValue( $timezone ) );
45			$timeValue->expects( $this->any() )
46			->method( 'getPrecision' )
47			->will( $this->returnValue( TimeValue::PRECISION_DAY ) );
48			$timeValue->expects( $this->any() )
49			->method( 'getCalendarModel' )
50			->will( $this->returnValue( 'Stardate' ) );
51
52			return $timeValue;
53			}
54
55			public function timestampProvider() {
56			return array(
57			// Make sure it's identical to the PHP/Unix time stamps in current years
58			array( '+2004-02-29T00:00:00Z', strtotime( '2004-02-29T00:00:00+00:00' ) ),
59			array( '+2038-00-00T00:00:00Z', strtotime( '2038-01-01T00:00:00+00:00' ) ),
60
61			// Time zones
62			array( '+2000-01-01T12:59:59', strtotime( '2000-01-01T12:59:59-02:00' ), -120 ),
63			array( '+2000-01-01T12:59:59', strtotime( '2000-01-01T12:59:59+04:45' ), 285 ),
64
65			array( '+0401-00-00T00:00:00Z', -49512816000 ),
66			array( '+1902-00-00T00:00:00Z', -2145916800 ),
67			array( '+1939-00-00T00:00:00Z', -978307200 ),
68			array( '+1969-12-31T23:59:00Z', -60 ),
69			array( '+1969-12-31T23:59:59Z', -1 ),
70			array( '+1970-01-01T00:00:00Z', 0 ),
71			array( '+1970-01-01T00:00:01Z', 1 ),
72			array( '+1970-01-01T00:01:00Z', 60 ),
73			array( '+1972-02-29T00:00:00Z', 68169600 ),
74			array( '+1996-02-29T00:00:00Z', 825552000 ),
75			array( '+1999-12-31T23:59:59Z', 946684799 ),
76			array( '+2000-01-01T00:00:00Z', 946684800 ),
77			array( '+2000-02-01T00:00:00Z', 949363200 ),
78			array( '+2000-02-29T00:00:00Z', 951782400 ),
79			array( '+2001-00-00T00:00:00Z', 978307200 ),
80			array( '+2001-01-01T00:00:00Z', 978307200 ),
81			array( '+2014-04-30T12:35:55Z', 1398861355 ),
82			array( '+2401-00-00T00:00:00Z', 13601088000 ),
83
84			// Make sure there is only 1 second between these two
85			array( '-0001-12-31T23:59:59Z', -62135596801 ),
86			array( '+0001-00-00T00:00:00Z', -62135596800 ),
87
88			// No special calculation for leap seconds, just make sure they pass
89			array( '+1970-10-11T12:13:61Z', 24495241 ),
90			array( '+1970-10-11T12:14:01Z', 24495241 ),
91
92			// Year 0 does not exist, but we do not complain, assume -1
93			array( '-0000-12-31T23:59:59Z', -62135596801 ),
94			array( '+0000-00-00T00:00:00Z', floor( ( -1 - 1969 ) * 365.2425 ) * 86400 ),
95
96			// Since there is no year 0, negative leap years are -1, -5 and so on
97			array( '-8001-00-00T00:00:00Z', floor( ( -8001 - 1969 ) * 365.2425 ) * 86400 ),
98			array( '-0005-00-00T00:00:00Z', floor( ( -5 - 1969 ) * 365.2425 ) * 86400 ),
99			array( '+0004-00-00T00:00:00Z', floor( ( 4 - 1970 ) * 365.2425 ) * 86400 ),
100			array( '+8000-00-00T00:00:00Z', floor( ( 8000 - 1970 ) * 365.2425 ) * 86400 ),
101
102			// PHP_INT_MIN is -2147483648
103			array( '-2147484001-00-00T00:00:00Z', floor( ( -2147484001 - 1969 ) * 365.2425 ) * 86400 ),
104			// PHP_INT_MAX is +2147483647
105			array( '+2147484000-00-00T00:00:00Z', floor( ( 2147484000 - 1970 ) * 365.2425 ) * 86400 ),
106			);
107			}
108
109			/**
110			* @dataProvider timestampProvider
111			*/
112			public function testGetTimestamp( $time, $expectedTimestamp = 0.0, $timezone = 0 ) {
113			$timeValue = $this->getTimeValueMock( $time, $timezone );
114			$timestamp = $this->calculator->getTimestamp( $timeValue );
115
116			$this->assertEquals( $expectedTimestamp, $timestamp );
117			}
118
119			public function yearProvider() {
120			return array(
121			// Every 4 years
122			array( 1895, 459 ),
123			array( 1896, 460, true ),
124			array( 1897, 460 ),
125
126			// Not every 100 years but every 400 years
127			array( 1900, 460 ),
128			array( 2000, 485, true ),
129			array( 2100, 509 ),
130
131			// Extremes
132			array( 1, 0 ),
133			array( 9999, 2424 ),
134			array( 2147483647, 520764784 ),
135
136			// There is no year zero, assume -1
137			array( -1, 0, true ),
138			array( 0, 0, true ),
139
140			// Off by 1 for negative years because zero is skipped
141			array( -6, -2 ),
142			array( -5, -1, true ),
143			array( -4, -1 ),
144			array( -3, -1 ),
145			array( -2, -1 ),
146			array( -1, 0, true ),
147			array( 1, 0 ),
148			array( 2, 0 ),
149			array( 3, 0 ),
150			array( 4, 1, true ),
151			array( 5, 1 ),
152
153			// Because we can
154			array( -6.9, -2 ),
155			array( -6.1, -2 ),
156			array( -5.501, -1, true ),
157			array( -5.499, -1, true ),
158			array( -4.6, -1 ),
159			array( -4.4, -1 ),
160			array( 1995.01, 483 ),
161			array( 1995.09, 483 ),
162			array( 1996.001, 484, true ),
163			array( 1996.009, 484, true ),
164			array( 1997.1, 484 ),
165			array( 1997.9, 484 ),
166			);
167			}
168
169			/**
170			* @dataProvider yearProvider
171			*/
172			public function testIsLeapYear( $year, $numberOfLeapYears, $expected = false ) {
			0 ignored issues – show Unused Code introduced 2017-08-03 18:09 UTC by Report Bug Copy Issue Report The parameter `$numberOfLeapYears` is not used and could be removed. This check looks from parameters that have been defined for a function or method, but which are not used in the method body. Loading history...
173			$isLeapYear = $this->calculator->isLeapYear( $year );
174
175			$this->assertEquals( $expected, $isLeapYear );
176			}
177
178			/**
179			* @dataProvider yearProvider
180			*/
181			public function testGetNumberOfLeapYears( $year, $expected, $isLeapYear = false ) {
			0 ignored issues – show Unused Code introduced 2017-08-03 18:09 UTC by Report Bug Copy Issue Report The parameter `$isLeapYear` is not used and could be removed. This check looks from parameters that have been defined for a function or method, but which are not used in the method body. Loading history...
182			$numberOfLeapYears = $this->calculator->getNumberOfLeapYears( $year );
183
184			$this->assertEquals( $expected, $numberOfLeapYears );
185			}
186
187			public function precisionProvider() {
188			$secondsPerDay = 60 * 60 * 24;
189			$daysPerGregorianYear = 365 + 1 / 4 - 1 / 100 + 1 / 400;
190
191			return array(
192			array( TimeValue::PRECISION_SECOND, 1 ),
193			array( TimeValue::PRECISION_MINUTE, 60 ),
194			array( TimeValue::PRECISION_HOUR, 60 * 60 ),
195			array( TimeValue::PRECISION_DAY, $secondsPerDay ),
196			array( TimeValue::PRECISION_MONTH, $secondsPerDay * $daysPerGregorianYear / 12 ),
197			array( TimeValue::PRECISION_YEAR, $secondsPerDay * $daysPerGregorianYear ),
198			array( TimeValue::PRECISION_YEAR10, $secondsPerDay * $daysPerGregorianYear * 1e1 ),
199			array( TimeValue::PRECISION_YEAR1G, $secondsPerDay * $daysPerGregorianYear * 1e9 ),
200			);
201			}
202
203			/**
204			* @dataProvider precisionProvider
205			*/
206			public function testGetSecondsForPrecision( $precision, $expected ) {
207			$seconds = $this->calculator->getSecondsForPrecision( $precision );
208
209			$this->assertEquals( $expected, $seconds );
210			}
211
212			/**
213			* @return array of ISO 8601 timestamps from lower to higher
214			*/
215			private function provideTimestampsWithoutSign() {
216			return [
217			'0001-01-11T06:08:04Z',
218			'0016-02-11T06:08:04Z',
219			'0245-03-30T00:00:00Z',
220			'1054-04-11T14:00:02Z',
221			'2012-02-29T23:59:59Z',
222			'2012-03-01T00:00:00Z',
223			'2013-05-31T23:59:59Z',
224			'2014-06-01T00:00:00Z',
225			'54844518-07-25T02:00:00Z',
226			'5748404518-08-25T02:00:00Z',
227			'9990994999299999-09-09T14:20:00Z',
228			'9999999999999999-10-15T14:20:00Z',
229			];
230			}
231
232			/**
233			* @return array of precisions from the most to the least precise
234			*/
235			private function provideAllPrecisions() {
236			return [
237			TimeValue::PRECISION_SECOND,
238			TimeValue::PRECISION_MINUTE,
239			TimeValue::PRECISION_HOUR,
240			TimeValue::PRECISION_DAY,
241			TimeValue::PRECISION_MONTH,
242			TimeValue::PRECISION_YEAR,
243			TimeValue::PRECISION_YEAR10,
244			TimeValue::PRECISION_YEAR100,
245			TimeValue::PRECISION_YEAR1K,
246			TimeValue::PRECISION_YEAR10K,
247			TimeValue::PRECISION_YEAR100K,
248			TimeValue::PRECISION_YEAR1M,
249			TimeValue::PRECISION_YEAR10M,
250			TimeValue::PRECISION_YEAR100M,
251			TimeValue::PRECISION_YEAR1G
252			];
253			}
254
255			/**
256			* @return \Generator
257			*/
258			public function provideTimestamps() {
259			foreach ( [ '+', '-' ] as $sign ) {
260			foreach ( $this->provideTimestampsWithoutSign() as $timestamp ) {
261			yield $sign . $timestamp;
262			}
263			}
264			}
265
266			/**
267			* @return \Generator
268			*/
269			public function provideTimeValuesHighVsLowPrecisions() {
270			$oldTimestamp = null;
271			$oldPrecision = null;
272			foreach ( $this->provideTimestamps() as $timestamp ) {
273			foreach ( $this->provideAllPrecisions() as $precision ) {
274			if ( !empty( $oldTimestamp ) && $timestamp === $oldTimestamp ) {
275			$oldTimeValue = new TimeValue(
276			$oldTimestamp,
277			0, 0, 0,
278			$oldPrecision,
279			TimeValue::CALENDAR_GREGORIAN
280			);
281			$timeValue = new TimeValue(
282			$timestamp,
283			0, 0, 0,
284			$precision,
285			TimeValue::CALENDAR_GREGORIAN
286			);
287			yield [ $oldTimeValue, $timeValue ];
288			}
289			$oldTimestamp = $timestamp;
290			$oldPrecision = $precision;
291			}
292			}
293			}
294
295			/**
296			* @return \Generator
297			*/
298			public function provideTimestampsAndPrecisions() {
299			foreach ( $this->provideTimestamps() as $timestamp ) {
300			foreach ( $this->provideAllPrecisions() as $precision ) {
301			yield [ $timestamp, $precision ];
302			}
303			}
304			}
305
306			/**
307			* @return \Generator of ISO 8601 timestamp arrays [ t1, t2 ] where t1 ≤ t2
308			*/
309			public function provideTimestampPairs() {
310			foreach ( [ '+', '-' ] as $sign ) {
311			$oldTimestamp = null;
312			foreach ( $this->provideTimestampsWithoutSign() as $timestamp ) {
313			$timestamp = $sign . $timestamp;
314			if ( $oldTimestamp !== null ) {
315			yield $sign === '+' ?
316			[ $oldTimestamp, $timestamp ] :
317			[ $timestamp, $oldTimestamp ];
318			}
319			$oldTimestamp = $timestamp;
320			}
321			}
322			}
323
324			/**
325			* @return array of:
326			* - a TimeValue,
327			* - its lower Unix timestamp, and
328			* - its higher Unix timestamp.
329			*/
330			public function provideTimeValuesAndLowerAndHigherTimestamps() {
331			return [
332			[
333			new TimeValue( // considering year 0 allowed
334			'-0754-11-27T10:49:31Z',
335			0, 0, 0,
336			TimeValue::PRECISION_SECOND,
337			TimeValue::CALENDAR_GREGORIAN
338			),
339			-85901001029,
340			-85901001029
341			],
342			[
343			new TimeValue( // considering year 0 allowed
344			'-0003-01-06T10:49:31Z',
345			0, 0, 0,
346			TimeValue::PRECISION_YEAR,
347			TimeValue::CALENDAR_GREGORIAN
348			),
349			-62230291200,
350			-62198755201
351			],
352			[
353			new TimeValue(
354			'+0002-07-17T02:41:22Z',
355			0, 0, 0,
356			TimeValue::PRECISION_DAY,
357			TimeValue::CALENDAR_GREGORIAN
358			),
359			-62087040000,
360			-62086953601
361			],
362			[
363			new TimeValue(
364			'+2013-03-14T12:51:02Z',
365			0, 0, 0,
366			TimeValue::PRECISION_MONTH,
367			TimeValue::CALENDAR_GREGORIAN
368			),
369			1362096000,
370			1364774399
371			],
372			[
373			new TimeValue(
374			'+7254-11-27T10:49:31Z',
375			0, 0, 0,
376			TimeValue::PRECISION_SECOND,
377			TimeValue::CALENDAR_GREGORIAN
378			),
379			166775539771,
380			166775539771
381			],
382			[
383			new TimeValue(
384			'+190134401-01-15T10:39:59Z',
385			0, 0, 0,
386			TimeValue::PRECISION_DAY,
387			TimeValue::CALENDAR_GREGORIAN
388			),
389			5999999999961600,
390			6000000000047999
391			],
392			[
393			new TimeValue(
394			'+190134401-01-15T10:39:59Z',
395			0, 0, 0,
396			TimeValue::PRECISION_SECOND,
397			TimeValue::CALENDAR_GREGORIAN
398			),
399			5999999999999999,
400			5999999999999999
401			],
402			];
403			}
404
405			/**
406			* Check that a few TimeValue values are equal to their expected getLowerTimestamp() ones.
407			*
408			* @dataProvider provideTimeValuesAndLowerAndHigherTimestamps
409			*/
410			public function testSpecificLowerTimestamps(
411			$timeValue,
412			$expectedUnixLowerTimestamp,
413			$expectedUnixHigherTimestamp
			0 ignored issues – show Unused Code introduced 2018-07-13 15:10 UTC by Report Bug Copy Issue Report The parameter `$expectedUnixHigherTimestamp` is not used and could be removed. This check looks from parameters that have been defined for a function or method, but which are not used in the method body. Loading history...
414			) {
415			$calculator = new TimeValueCalculator();
416			$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
417			$this->assertEquals( $expectedUnixLowerTimestamp, $unixLowerTimestamp );
418			}
419
420			/**
421			* Check that a few TimeValue values are equal to their expected getHigherTimestamp() ones.
422			*
423			* @dataProvider provideTimeValuesAndLowerAndHigherTimestamps
424			*/
425			public function testSpecificHigherTimestamps(
426			$timeValue,
427			$expectedUnixLowerTimestamp,
			0 ignored issues – show Unused Code introduced 2018-07-13 15:10 UTC by Report Bug Copy Issue Report The parameter `$expectedUnixLowerTimestamp` is not used and could be removed. This check looks from parameters that have been defined for a function or method, but which are not used in the method body. Loading history...
428			$expectedUnixHigherTimestamp
429			) {
430			$calculator = new TimeValueCalculator();
431			$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
432			$this->assertEquals( $expectedUnixHigherTimestamp, $unixHigherTimestamp );
433			}
434
435			/**
436			* Check that timestampWithoutSignProvider() values are ordered from earliest to latest according
437			* to getLowerTimestamp(),
438			*
439			* @dataProvider provideTimestampPairs
440			*/
441			public function testOrderingLowerTimestamps( $earlierTimestamp, $laterTimestamp ) {
442			$calculator = new TimeValueCalculator();
443			$earlierTimeValue = new TimeValue(
444			$earlierTimestamp,
445			0, 0, 0,
446			TimeValue::PRECISION_DAY,
447			TimeValue::CALENDAR_GREGORIAN
448			);
449			$laterTimeValue = new TimeValue(
450			$laterTimestamp,
451			0, 0, 0,
452			TimeValue::PRECISION_DAY,
453			TimeValue::CALENDAR_GREGORIAN
454			);
455			$earlierUnixLowerTimestamp = $calculator->getLowerTimestamp( $earlierTimeValue );
456			$laterUnixLowerTimestamp = $calculator->getLowerTimestamp( $laterTimeValue );
457			$this->assertGreaterThanOrEqual( $earlierUnixLowerTimestamp, $laterUnixLowerTimestamp );
458			}
459
460			/**
461			* Check that timestampWithoutSignProvider() values are ordered from earliest to latest according
462			* to getHigherTimestamp(),
463			*
464			* @dataProvider provideTimestampPairs
465			*/
466			public function testOrderingHigherTimestamps( $earlierTimestamp, $laterTimestamp ) {
467			$calculator = new TimeValueCalculator();
468			$earlierTimeValue = new TimeValue(
469			$earlierTimestamp,
470			0, 0, 0,
471			TimeValue::PRECISION_DAY,
472			TimeValue::CALENDAR_GREGORIAN
473			);
474			$laterTimeValue = new TimeValue(
475			$laterTimestamp,
476			0, 0, 0,
477			TimeValue::PRECISION_DAY,
478			TimeValue::CALENDAR_GREGORIAN
479			);
480			$earlierUnixHigherTimestamp = $calculator->getHigherTimestamp( $earlierTimeValue );
481			$laterUnixHigherTimestamp = $calculator->getHigherTimestamp( $laterTimeValue );
482			$this->assertGreaterThanOrEqual( $earlierUnixHigherTimestamp, $laterUnixHigherTimestamp );
483			}
484
485			/**
486			* Check that getTimestamp() values are always greater or equal than getLowerTimestamp() ones.
487			*
488			* @dataProvider provideTimestampsAndPrecisions
489			*/
490			public function testLowerTimestampsVsTimestamps( $timestamp, $precision ) {
491			$calculator = new TimeValueCalculator();
492			$timeValue = new TimeValue(
493			$timestamp,
494			0, 0, 0,
495			$precision,
496			TimeValue::CALENDAR_GREGORIAN
497			);
498			$unixTimestampAsIs = $calculator->getTimestamp( $timeValue );
499			$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
500			$this->assertGreaterThanOrEqual( $unixLowerTimestamp, $unixTimestampAsIs );
501			}
502
503			/**
504			* Check that getHigherTimestamp() values are always greater or equal than getTimestamp() ones.
505			*
506			* @dataProvider provideTimestampsAndPrecisions
507			*/
508			public function testHigherTimestampsVsTimestamps( $timestamp, $precision ) {
509			$calculator = new TimeValueCalculator();
510			$timeValue = new TimeValue(
511			$timestamp,
512			0, 0, 0,
513			$precision,
514			TimeValue::CALENDAR_GREGORIAN
515			);
516			$unixTimestampAsIs = $calculator->getTimestamp( $timeValue );
517			$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
518			$this->assertGreaterThanOrEqual( $unixTimestampAsIs, $unixHigherTimestamp );
519			}
520
521			/**
522			* Check that higher before values for the same timestamp always correspond to lower or equal
523			* getLowerTimestamp() values than lower before values.
524			*
525			* @dataProvider provideTimestampsAndPrecisions
526			*/
527			public function testGetLowerTimestampBefore( $timestamp, $precision ) {
528			$calculator = new TimeValueCalculator();
529			$timeValue = new TimeValue(
530			$timestamp,
531			0, 0, 1,
532			$precision,
533			TimeValue::CALENDAR_GREGORIAN
534			);
535			$unixLowerTimestamp = $calculator->getLowerTimestamp( $timeValue );
536			$timeValueBefore1 = new TimeValue(
537			$timestamp,
538			0, 1, 1,
539			$precision,
540			TimeValue::CALENDAR_GREGORIAN
541			);
542			$unixLowerTimestampBefore1 = $calculator->getLowerTimestamp( $timeValueBefore1 );
543			$timeValueBefore2 = new TimeValue(
544			$timestamp,
545			0, 2, 0,
546			$precision,
547			TimeValue::CALENDAR_GREGORIAN
548			);
549			$unixLowerTimestampBefore2 = $calculator->getLowerTimestamp( $timeValueBefore2 );
550			if ( $unixLowerTimestamp > -10000000000000 && $unixLowerTimestamp < 10000000000000 ) {
551			$this->assertGreaterThan( $unixLowerTimestampBefore1, $unixLowerTimestamp );
552			$this->assertGreaterThan( $unixLowerTimestampBefore2, $unixLowerTimestampBefore1 );
553			} else {
554			$this->assertGreaterThanOrEqual( $unixLowerTimestampBefore1, $unixLowerTimestamp );
555			$this->assertGreaterThanOrEqual( $unixLowerTimestampBefore2, $unixLowerTimestampBefore1 );
556			}
557			}
558
559			/**
560			* Check that lower after values for the same timestamp always correspond to lower or equal
561			* getHigherTimestamp() values than higher after values.
562			*
563			* @dataProvider provideTimestampsAndPrecisions
564			*/
565			public function testGetHigherTimestampAfter( $timestamp, $precision ) {
566			$calculator = new TimeValueCalculator();
567			$timeValue = new TimeValue(
568			$timestamp,
569			0, 1, 0,
570			$precision,
571			TimeValue::CALENDAR_GREGORIAN
572			);
573			$unixHigherTimestamp = $calculator->getHigherTimestamp( $timeValue );
574			$timeValueAfter1 = new TimeValue(
575			$timestamp,
576			0, 1, 1,
577			$precision,
578			TimeValue::CALENDAR_GREGORIAN
579			);
580			$unixHigherTimestampAfter1 = $calculator->getHigherTimestamp( $timeValueAfter1 );
581			$timeValueAfter2 = new TimeValue(
582			$timestamp,
583			0, 0, 2,
584			$precision,
585			TimeValue::CALENDAR_GREGORIAN
586			);
587			$unixHigherTimestampAfter2 = $calculator->getHigherTimestamp( $timeValueAfter2 );
588			if ( $unixHigherTimestamp > -10000000000000 && $unixHigherTimestamp < 10000000000000 ) {
589			$this->assertGreaterThan( $unixHigherTimestamp, $unixHigherTimestampAfter1 );
590			$this->assertGreaterThan( $unixHigherTimestampAfter1, $unixHigherTimestampAfter2 );
591			} else {
592			$this->assertGreaterThanOrEqual( $unixHigherTimestamp, $unixHigherTimestampAfter1 );
593			$this->assertGreaterThanOrEqual( $unixHigherTimestampAfter1, $unixHigherTimestampAfter2 );
594			}
595			}
596
597			/**
598			* Check that higher precisions of the same timestamp always correspond to greater or equal
599			* getLowerTimestamp() values than lower precisions.
600			*
601			* @dataProvider provideTimeValuesHighVsLowPrecisions
602			*/
603			public function testGetLowerTimestampsHighVsLowPrecisions(
604			$timeValueHighPrecision,
605			$timeValueLowPrecision
606			) {
607			$calculator = new TimeValueCalculator();
608			$timestampHighPrecision = $calculator->getLowerTimestamp( $timeValueHighPrecision );
609			$timestampLowPrecision = $calculator->getLowerTimestamp( $timeValueLowPrecision );
610			$this->assertGreaterThanOrEqual( $timestampLowPrecision, $timestampHighPrecision );
611			}
612
613			/**
614			* Check that lower precisions of the same timestamp always correspond to greater or equal
615			* getHigherTimestamp() values than higher precisions.
616			*
617			* @dataProvider provideTimeValuesHighVsLowPrecisions
618			*/
619			public function testGetHigherTimestampsHighVsLowPrecisions(
620			$timeValueHighPrecision,
621			$timeValueLowPrecision
622			) {
623			$calculator = new TimeValueCalculator();
624			$timestampHighPrecision = $calculator->getHigherTimestamp( $timeValueHighPrecision );
625			$timestampLowPrecision = $calculator->getHigherTimestamp( $timeValueLowPrecision );
626			$this->assertGreaterThanOrEqual( $timestampHighPrecision, $timestampLowPrecision );
627			}
628
629			}
630

DataValues / Time

Pull Request — master (#140)

provideTimestampsWithoutSign() A

Complexity

Size

Duplication

Importance

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