--TEST--
PHP 7.0 test.
--RULESET--
{
    "@Symfony": true,
    "ordered_imports": true,
    "random_api_migration": true,
    "visibility_required": {"elements": ["property", "method"]}
}
--EXPECT--
<?php

// strict types
declare(strict_types=1);

// new imports
use some\a\ClassA;
use some\a\ClassB;
use some\a\ClassC as C;

use const some\a\ConstA;
use const some\a\ConstB;
use const some\a\ConstC;

use function some\a\fn_a;
use function some\a\fn_b;
use function some\a\fn_c;

use some\x\ClassX;

use function some\x\D;

use const some\x\E;

function dummyUsage()
{
    // class' class const
    echo ClassA::class.ClassB::class.ClassX::class.C::class.E;

    fn_a(fn_b(fn_c()));
    D();

    echo ConstA.ConstB.ConstC;
}

interface FooInterface
{
}

class Foo implements FooInterface
{
    // semi-reserved keyword as const
    const FOR = 1;

    // array const
    const ARR = [1, 2];

    // semi-reserved keyword as function name
    public function list($a, $b)
    {
        // combined comparison operator
        echo $a <=> $b;

        // isset ternary
        echo $a ?? $b;

        // new random generator
        echo mt_rand(0, 1);

        // uniform variable syntax
        $a = ['b' => 'c'];
        $c = 'Next step !';
        echo ${$a['b']};

        // uniform variable syntax on function
        $this->getFnc()();
    }

    // scalar typehinting
    public function bar1(int $a): string
    {
    }

    // scalar typehinting
    public function bar2(int $a): string
    {
    }

    public function getFnc1()
    {
        return function () {
            echo 1;
        };
    }

    public function getFnc2()
    {
        return function () { echo 1; };
    }

    public function gen1()
    {
        yield 1;

        // generator delegation
        yield from $this->gen2();
    }

    public function gen2()
    {
        yield 2;
    }
}

// anonymous class
$message = (new class {});
$message = (new class implements FooInterface {});
if (1) {
    $message = (new class extends Foo {
        public function bar()
        {
            echo 1;
        }
    });
}

// unicode escape
echo "\u{26C4}";

--INPUT--
<?php

// strict types
declare (strict_types = 1);

// new imports
use some\a\{ClassA, ClassB, ClassC as C};
use function some\a\{fn_a, fn_b, fn_c};
use const some\a\{ConstA, ConstB, ConstC};
use some\x\{ClassX, function CC as C, function D, const E, function A\B};

function dummyUsage()
{
    // class' class const
    echo ClassA::class . ClassB::class . ClassX::class . C::class.E;

    fn_a(fn_b(fn_c())); D();

    echo ConstA . ConstB . ConstC;
}

interface FooInterface
{

}

class Foo implements FooInterface
{
    // semi-reserved keyword as const
    const FOR = 1;

    // array const
    const ARR = array(1, 2);

    // semi-reserved keyword as function name
    public function list($a,$b)
    {
        // combined comparison operator
        echo $a<=>$b;

        // isset ternary
        echo $a??$b;

        // new random generator
        echo rand(0, 1);

        // uniform variable syntax
        $a = array('b' => 'c');
        $c = 'Next step !';
        echo ${$a['b']};

        // uniform variable syntax on function
        $this->getFnc()();
    }

    // scalar typehinting
    public function bar1(int $a):string{}

    // scalar typehinting
    public function bar2(int $a)   :   string{}

    public function getFnc1()
    {
        return function () {
                echo 1; };
    }

    public function getFnc2()
    {
        return function () { echo 1; };
    }

    public function gen1()
    {
        yield 1;

        // generator delegation
        yield FROM $this->gen2();
    }

    public function gen2()
    {
        yield 2;
    }
}

// anonymous class
$message = (new class {});
$message = (new class() implements FooInterface {});
if (1) {
  $message = (new class() extends Foo{ public function bar() { echo 1; } });
}

// unicode escape
echo "\u{26C4}";