UniversalTimestampTests

Complexity

Total Complexity

18

Size/Duplication

Total Lines	190
Duplicated Lines	0 %

Coupling/Cohesion

Components	1
Dependencies	2

Importance

Changes

0

15 Methods

Rating	Name	Duplication	Size	Complexity
A	testNow()	0	11	1
A	testFromDateTimeInterface()	0	9	1
A	testFromSeconds()	0	9	1
A	testFromMilliseconds()	0	9	1
A	testFromStringTimestamp()	0	9	1
A	testFromMilliseconds_WithNegativeValues()	0	4	1
A	testFromWhatever()	0	23	3
A	testFromWhatever_WithInvalidTimestamp()	0	4	1
A	testIsGreaterThan()	0	8	1
A	testAddSeconds()	0	10	1
A	testAddMilliseconds()	0	14	1
A	testAsMilliseconds()	0	7	1
A	testGetRemainingMicroseconds()	0	12	2
A	testToString()	0	15	1
A	testAsFormattedString_WithSpecialSettings()	0	21	1

<?php


use Litipk\Jiffy\UniversalTimestamp;


class UniversalTimestampTests extends \PHPUnit_Framework_TestCase

PSR1 recommends that each class must be in a namespace of at least one level to avoid collisions.

{
    public function testNow()
    {
        $classicTs_A = time();
        $uTs_A = UniversalTimestamp::now();
        $classicTs_B = time();

        $this->assertGreaterThanOrEqual($classicTs_A, $uTs_A->asSeconds());

        $this->assertGreaterThanOrEqual($uTs_A->asSeconds(), $classicTs_B);

    }

    public function testFromDateTimeInterface()
    {
        $classicTs_A = time();
        $uTs_A = UniversalTimestamp::fromDateTimeInterface(new \DateTime());
        $classicTs_B = time();

        $this->assertGreaterThanOrEqual($classicTs_A, $uTs_A->asSeconds());
        $this->assertGreaterThanOrEqual($uTs_A->asSeconds(), $classicTs_B);
    }

    public function testFromSeconds()
    {
        $classicTs_A = time();
        $uTs_A = UniversalTimestamp::fromSecondsTimestamp(time());
        $classicTs_B = time();

        $this->assertGreaterThanOrEqual($classicTs_A, $uTs_A->asSeconds());
        $this->assertGreaterThanOrEqual($uTs_A->asSeconds(), $classicTs_B);
    }

    public function testFromMilliseconds()
    {
        $classicTs_A = 1445817008;
        $uTs_A = UniversalTimestamp::fromMillisecondsTimestamp(1445817008639);
        $classicTs_B = 1445817009;

        $this->assertGreaterThanOrEqual($classicTs_A, $uTs_A->asSeconds());
        $this->assertGreaterThanOrEqual($uTs_A->asSeconds(), $classicTs_B);
    }

    public function testFromStringTimestamp()
    {
        $classicTs_A = '2015-10-25 12:00:00';
        $uTs_A = UniversalTimestamp::fromStringTimestamp('2015-10-25 12:30:00');
        $classicTs_B = '2015-10-25 13:00:00';

        $this->assertGreaterThanOrEqual($classicTs_A, $uTs_A->asFormattedString('Y-m-d H:i:s'));
        $this->assertGreaterThanOrEqual($uTs_A->asFormattedString('Y-m-d H:i:s'), $classicTs_B);
    }

    /**
     * @expectedException \Litipk\Jiffy\JiffyException
     * @expectedExceptionMessage The number of milliseconds and microseconds must be positive
     */
    public function testFromMilliseconds_WithNegativeValues()
    {
        $uTs = UniversalTimestamp::fromMillisecondsTimestamp(-1445817008639);

$uTs is not used, you could remove the assignment.

    }

    public function testFromWhatever()
    {
        $ts1 = UniversalTimestamp::fromWhatever(1445817008639);
        $ts2 = UniversalTimestamp::fromWhatever(new \DateTime());
        $ts3 = UniversalTimestamp::fromWhatever(null);
        $ts4 = UniversalTimestamp::fromWhatever("2015-10-25 00:00:00");

        $this->assertTrue($ts1 instanceof UniversalTimestamp);
        $this->assertTrue($ts2 instanceof UniversalTimestamp);
        $this->assertTrue($ts3 instanceof UniversalTimestamp);
        $this->assertTrue($ts4 instanceof UniversalTimestamp);

        if (extension_loaded('mongo')) {
            $ts5 = UniversalTimestamp::fromWhatever(new \MongoDate());
            $this->assertTrue($ts5 instanceof UniversalTimestamp);
        }
        if (extension_loaded('mongodb')) {
            $ts5 = UniversalTimestamp::fromWhatever(
                new \MongoDB\BSON\UTCDatetime(UniversalTimestamp::now()->asMilliseconds())
            );
            $this->assertTrue($ts5 instanceof UniversalTimestamp);
        }
    }

    /**
     * @expectedException \Litipk\Jiffy\JiffyException
     * @expectedExceptionMessage The provided value cannot be interpreted as a timestamp
     */
    public function testFromWhatever_WithInvalidTimestamp()
    {
        $ts1 = UniversalTimestamp::fromWhatever("Hello");

$ts1 is not used, you could remove the assignment.

    }

    public function testIsGreaterThan()
    {
        $ts1 = UniversalTimestamp::now();
        $ts2 = UniversalTimestamp::now();

        $this->assertTrue($ts2->isGreaterThan($ts1));
        $this->assertFalse($ts1->isGreaterThan($ts2));
    }

    public function testAddSeconds()
    {
        $ts1 = UniversalTimestamp::now();
        $ts2 = $ts1->addSeconds(1);

        $this->assertTrue($ts2->isGreaterThan($ts1));
        $this->assertFalse($ts1->isGreaterThan($ts2));

        $this->assertEquals($ts1->asSeconds()+1, $ts2->asSeconds());
    }

    public function testAddMilliseconds()
    {
        $ts1 = UniversalTimestamp::now();
        $ts1Millis = $ts1->asMilliseconds();

        $ts2 = $ts1->addMilliseconds(37);

        $this->assertEquals($ts1Millis, $ts1->asMilliseconds()); // Checking immutability

        $this->assertTrue($ts2->isGreaterThan($ts1));
        $this->assertFalse($ts1->isGreaterThan($ts2));

        $this->assertEquals($ts1->asMilliseconds()+37, $ts2->asMilliseconds());
    }

    public function testAsMilliseconds()
    {
        $ts = UniversalTimestamp::now();

        $this->assertGreaterThanOrEqual($ts->asSeconds()*1000, $ts->asMilliseconds());
        $this->assertGreaterThan($ts->asMilliseconds(), ($ts->asSeconds()+1)*1000);
    }

    public function testGetRemainingMicroseconds()
    {
        $ts1 = UniversalTimestamp::now();
        $ts2 = UniversalTimestamp::now();

        $this->assertGreaterThanOrEqual(0, $ts1->getRemainingMicroseconds());
        $this->assertLessThan(1000, $ts1->getRemainingMicroseconds());

        if ($ts1->asMilliseconds() === $ts2->asMilliseconds()) {
            $this->assertTrue($ts2->getRemainingMicroseconds() > $ts1->getRemainingMicroseconds());
        }
    }

    public function testToString()
    {
        $ts1 = UniversalTimestamp::fromMillisecondsTimestamp(1445817646455, 378);

        $d1 = new \DateTime($ts1->asFormattedString());
        $d2 = new \DateTime((string)$ts1);

        $ts2 = UniversalTimestamp::fromDateTimeInterface($d1);
        $ts3 = UniversalTimestamp::fromDateTimeInterface($d2);

        $this->assertEquals($ts1->asSeconds(), $ts2->asSeconds());
        $this->assertEquals($ts1->asMilliseconds(), $ts2->asMilliseconds());
        $this->assertEquals($ts1->asSeconds(), $ts3->asSeconds());
        $this->assertEquals($ts1->asMilliseconds(), $ts3->asMilliseconds());
    }

    public function testAsFormattedString_WithSpecialSettings()
    {
        $ts1 = UniversalTimestamp::fromMillisecondsTimestamp(1445817646571, 473);

        $this->assertEquals(
            '2015-10-26T00:00:46.571+0000',
            $ts1->asFormattedString(UniversalTimestamp::ISO8601_WITH_MILLISECONDS, 'UTC')
        );
        $this->assertEquals(
            '2015-10-26T00:00:46.571',
            $ts1->asFormattedString(UniversalTimestamp::ISO8601_WITH_MILLISECONDS_WITHOUT_TZ, 'UTC')
        );
        $this->assertEquals(
            '2015-10-26T00:00:46.571473+0000',
            $ts1->asFormattedString(UniversalTimestamp::ISO8601_WITH_MICROSECONDS, 'UTC')
        );
        $this->assertEquals(
            '2015-10-26T00:00:46.571473',
            $ts1->asFormattedString(UniversalTimestamp::ISO8601_WITH_MICROSECONDS_WITHOUT_TZ, 'UTC')
        );
    }
}