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PHP Decode

<?php namespace Complex; class acothTest extends BaseFunctionTestAbstract { protecte..

Decoded Output download

<?php

namespace Complex;

class acothTest extends BaseFunctionTestAbstract
{
    protected static $functionName = 'acoth';

    /**
     * @dataProvider dataProvider
     */
    public function testAcothStatic()
    {
        $args = func_get_args();
        if (strpos($args[1], 'Exception') !== false) {
            $this->setExpectedException($args[1]);
        }
        $complex = new Complex($args[0]);
        $result = Functions::acoth($complex);
        $reverse = $result->coth();

        $this->complexNumberAssertions($args[1], $result);
        if ($args[1] !== -INF) {
            $this->complexNumberAssertions($complex->format(), $reverse);
        }
        // Verify that the original complex value remains unchanged
        $this->assertEquals(new Complex($args[0]), $complex);
    }

    /**
     * @dataProvider dataProviderInvoker
     */
    public function testAcothInvoker()
    {
        $args = func_get_args();
        if (strpos($args[1], 'Exception') !== false) {
            $this->setExpectedException($args[1]);
        }
        $complex = new Complex($args[0]);
        $result = $complex->acoth();
        $reverse = $result->coth();

        $this->complexNumberAssertions($args[1], $result);
        if ($args[1] !== -INF) {
            $this->complexNumberAssertions($complex->format(), $reverse);
        }
        // Verify that the original complex value remains unchanged
        $this->assertEquals(new Complex($args[0]), $complex);
    }

    /*
     * Results derived from Wolfram Alpha using
     *  N[ArcCotH[<VALUE>], 18]
     */
    public function dataProvider()
    {
        $expectedResults = [
            0.0835270423315830960,
            0.0811823323123412051,
            '0.12408291952617823-1.57079632679489662i',
            '0.0622018523671215327-0.0343224906224881141i',
            '0.0622018523671215327+0.0343224906224881141i',
            '0.002620722564210148-0.146198837510247074i',
            '0.002620722564210148+0.146198837510247074i',
            '0.084423222108281457-0.969505870325898830i',
            '0.084423222108281457+0.969505870325898830i',
            -0.101598581666452372,
            '-2.54052612615238432+1.57079632679489662i',
            '-0.0850702340534907304-0.0374332812540303549i',
            '-0.0850702340534907304+0.0374332812540303549i',
            '-0.774365673480939215-0.692654083480622973i',
            '-0.774365673480939215+0.692654083480622973i',
            '-0.785398163397448310i',
            '0.785398163397448310i',
            '-1.44841104532309396i',
            '1.44841104532309396i',
            -INF,
        ];

        return $this->formatOneArgumentTestResultArray($expectedResults);
    }
}
 ?>

Did this file decode correctly?

Original Code

<?php

namespace Complex;

class acothTest extends BaseFunctionTestAbstract
{
    protected static $functionName = 'acoth';

    /**
     * @dataProvider dataProvider
     */
    public function testAcothStatic()
    {
        $args = func_get_args();
        if (strpos($args[1], 'Exception') !== false) {
            $this->setExpectedException($args[1]);
        }
        $complex = new Complex($args[0]);
        $result = Functions::acoth($complex);
        $reverse = $result->coth();

        $this->complexNumberAssertions($args[1], $result);
        if ($args[1] !== -INF) {
            $this->complexNumberAssertions($complex->format(), $reverse);
        }
        // Verify that the original complex value remains unchanged
        $this->assertEquals(new Complex($args[0]), $complex);
    }

    /**
     * @dataProvider dataProviderInvoker
     */
    public function testAcothInvoker()
    {
        $args = func_get_args();
        if (strpos($args[1], 'Exception') !== false) {
            $this->setExpectedException($args[1]);
        }
        $complex = new Complex($args[0]);
        $result = $complex->acoth();
        $reverse = $result->coth();

        $this->complexNumberAssertions($args[1], $result);
        if ($args[1] !== -INF) {
            $this->complexNumberAssertions($complex->format(), $reverse);
        }
        // Verify that the original complex value remains unchanged
        $this->assertEquals(new Complex($args[0]), $complex);
    }

    /*
     * Results derived from Wolfram Alpha using
     *  N[ArcCotH[<VALUE>], 18]
     */
    public function dataProvider()
    {
        $expectedResults = [
            0.0835270423315830960,
            0.0811823323123412051,
            '0.12408291952617823-1.57079632679489662i',
            '0.0622018523671215327-0.0343224906224881141i',
            '0.0622018523671215327+0.0343224906224881141i',
            '0.002620722564210148-0.146198837510247074i',
            '0.002620722564210148+0.146198837510247074i',
            '0.084423222108281457-0.969505870325898830i',
            '0.084423222108281457+0.969505870325898830i',
            -0.101598581666452372,
            '-2.54052612615238432+1.57079632679489662i',
            '-0.0850702340534907304-0.0374332812540303549i',
            '-0.0850702340534907304+0.0374332812540303549i',
            '-0.774365673480939215-0.692654083480622973i',
            '-0.774365673480939215+0.692654083480622973i',
            '-0.785398163397448310i',
            '0.785398163397448310i',
            '-1.44841104532309396i',
            '1.44841104532309396i',
            -INF,
        ];

        return $this->formatOneArgumentTestResultArray($expectedResults);
    }
}

Function Calls

None

Variables

None

Stats

MD5 8a9292cda9d8dd460e9329ceaa282afb
Eval Count 0
Decode Time 109 ms