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PHP Decode
<?php namespace Complex; use PHPUnit\Framework\TestCase; abstract class BaseTestAbstrac..
Decoded Output download
<?php
namespace Complex;
use PHPUnit\Framework\TestCase;
abstract class BaseTestAbstract extends TestCase
{
// Saved php.ini precision, so that we can adjust the setting
private static $precision;
/**
* @beforeClass
*/
public static function setPrecision()
{
self::$precision = ini_set('precision', 16);
}
/**
* @afterClass
*/
public static function resetPrecision()
{
ini_set('precision', self::$precision);
}
// Overload the older setExpectedException() method from PHPUnit, converting to the newer
// expectException() and expectExceptionMessage() methods if available
// (for backward compatibility with PHPUnit when testing against PHP versions prior to PHP7)
public function setExpectedException($exception, $message = '', $code = null)
{
if (!method_exists($this, 'expectException')) {
return parent::setExpectedException($exception, $message);
}
$this->expectException($exception);
if (!empty($message)) {
$this->expectExceptionMessage($message);
}
}
protected function getAssertionPrecision($value)
{
if ($value === 0.0) {
return \pow(10, -10);
} elseif ($value > 10) {
return \pow(10, -8);
}
return 1.0e-11;
}
protected function complexNumberAssertions($expected, $result)
{
if (is_numeric($expected)) {
$this->assertEqualsWithDelta(
$expected,
$result->getReal(),
$this->getAssertionPrecision($expected),
'Numeric Assertion'
);
} else {
$expected = new Complex($expected);
$this->assertEqualsWithDelta(
$expected->getReal(),
$result->getReal(),
$this->getAssertionPrecision($expected->getReal()),
'Real Component'
);
$this->assertEqualsWithDelta(
$expected->getImaginary(),
$result->getImaginary(),
$this->getAssertionPrecision($expected->getImaginary()),
'Imaginary Component'
);
}
}
private $oneComplexValueDataSets = [
[12, null, null],
[12.345, null, null],
[0.12345, null, null],
[12.345, 6.789, null],
[12.345, -6.789, null],
[0.12345, 6.789, null],
[0.12345, -6.789, null],
[0.12345, 0.6789, null],
[0.12345, -0.6789, null],
[-9.8765, null, null],
[-0.98765, null, null],
[-9.8765, +4.321, null],
[-9.8765, -4.321, null],
[-0.98765, 0.4321, null],
[-0.98765, -0.4321, null],
[0, 1, null],
[0, -1, null],
[0, 0.123, null],
[0, -0.123, null],
[-1, null, null],
];
protected function formatOneArgumentTestResultArray($expectedResults)
{
$testValues = array();
foreach ($this->oneComplexValueDataSets as $test => $dataSet) {
$name = 'value ' . (new Complex($dataSet))->format();
$testValues[$name][] = $dataSet;
$testValues[$name][] = $expectedResults[$test];
}
return $testValues;
}
abstract public function dataProvider();
public function dataProviderInvoker()
{
return $this->dataProvider();
}
}
?>
Did this file decode correctly?
Original Code
<?php
namespace Complex;
use PHPUnit\Framework\TestCase;
abstract class BaseTestAbstract extends TestCase
{
// Saved php.ini precision, so that we can adjust the setting
private static $precision;
/**
* @beforeClass
*/
public static function setPrecision()
{
self::$precision = ini_set('precision', 16);
}
/**
* @afterClass
*/
public static function resetPrecision()
{
ini_set('precision', self::$precision);
}
// Overload the older setExpectedException() method from PHPUnit, converting to the newer
// expectException() and expectExceptionMessage() methods if available
// (for backward compatibility with PHPUnit when testing against PHP versions prior to PHP7)
public function setExpectedException($exception, $message = '', $code = null)
{
if (!method_exists($this, 'expectException')) {
return parent::setExpectedException($exception, $message);
}
$this->expectException($exception);
if (!empty($message)) {
$this->expectExceptionMessage($message);
}
}
protected function getAssertionPrecision($value)
{
if ($value === 0.0) {
return \pow(10, -10);
} elseif ($value > 10) {
return \pow(10, -8);
}
return 1.0e-11;
}
protected function complexNumberAssertions($expected, $result)
{
if (is_numeric($expected)) {
$this->assertEqualsWithDelta(
$expected,
$result->getReal(),
$this->getAssertionPrecision($expected),
'Numeric Assertion'
);
} else {
$expected = new Complex($expected);
$this->assertEqualsWithDelta(
$expected->getReal(),
$result->getReal(),
$this->getAssertionPrecision($expected->getReal()),
'Real Component'
);
$this->assertEqualsWithDelta(
$expected->getImaginary(),
$result->getImaginary(),
$this->getAssertionPrecision($expected->getImaginary()),
'Imaginary Component'
);
}
}
private $oneComplexValueDataSets = [
[12, null, null],
[12.345, null, null],
[0.12345, null, null],
[12.345, 6.789, null],
[12.345, -6.789, null],
[0.12345, 6.789, null],
[0.12345, -6.789, null],
[0.12345, 0.6789, null],
[0.12345, -0.6789, null],
[-9.8765, null, null],
[-0.98765, null, null],
[-9.8765, +4.321, null],
[-9.8765, -4.321, null],
[-0.98765, 0.4321, null],
[-0.98765, -0.4321, null],
[0, 1, null],
[0, -1, null],
[0, 0.123, null],
[0, -0.123, null],
[-1, null, null],
];
protected function formatOneArgumentTestResultArray($expectedResults)
{
$testValues = array();
foreach ($this->oneComplexValueDataSets as $test => $dataSet) {
$name = 'value ' . (new Complex($dataSet))->format();
$testValues[$name][] = $dataSet;
$testValues[$name][] = $expectedResults[$test];
}
return $testValues;
}
abstract public function dataProvider();
public function dataProviderInvoker()
{
return $this->dataProvider();
}
}
Function Calls
None |
Stats
MD5 | d6e8aa6436d0eb95b17468cc9009d409 |
Eval Count | 0 |
Decode Time | 281 ms |