/**
* This test function contains a code which will
* create a php warning to happen. This eample show
* that in phpunit it will treated as an exception and
* it could be catched by 'expectedException' tag and
* exception name would be 'PHPUnit_Framework_Error'
*
* @expectedException PHPUnit_Framework_Error
*/
public function testPhpError()
{
$foo_obj = new Foo();
# Line below will throw an exception here only
$foo_obj->bar();
# Code execution will never reach this point
$this->assertTrue(true);
}
function test_dynamic_new()
{
$f = new Foo();
$f->bar();
$k = "Foo";
$g = new $k();
$g->bar();
}
function testChainedPropertyAssignmentExpressionHasExpectedEndLine()
{
Foo::bar(__FUNCTION__)->baz(__FILE__)->value = 'FOOBAR';
}
<?php
require 'EventCallableObject.php';
EventCallableObject::pushDirectory('.');
$foo = new Foo();
echo $foo->bar(1, 2, 3);
public function testRuleNotAppliesToDynamicMethodCall()
{
$foo = new Foo();
$foo->bar();
}
<?php
class Foo
{
public static function bar()
{
echo "Hello";
}
}
// Instance level
$f = new Foo();
$f::bar();
// Class level
Foo::bar();
<?php
class Foo
{
public function __call($method, $args)
{
if (isset($this->{$method})) {
$func = $this->{$method};
$func($args);
}
}
}
$foo = new Foo();
$foo->bar = function () {
echo "Hello, this function is added at runtime";
};
$foo->bar();
<?php
class Foo
{
public static function bar($x)
{
if ($x == 1) {
echo "hi";
}
}
}
Foo::bar(1);
Foo::bar(2);
<?php
class Foo
{
private $test;
public function __construct($test)
{
$this->test = $test;
}
public function bar()
{
return strrev($this->test);
}
}
$foo = new Foo('Hello world');
return $foo->bar();
<?php
namespace HHVM\UserDocumentation\Inconsistencies\Intro\Examples\LVP;
class Foo
{
function bar($baz)
{
$baz = 'herpderp';
// Always outputs array('herpderp')
var_dump(func_get_args());
}
}
$f = new Foo();
$f->bar('blah');
<?php
class Foo
{
public $x = 0;
function bar()
{
return function () {
return $this->x;
};
}
}
$foo = new Foo();
$qux = $foo->bar();
$foobar = new Foo();
$foobar->x = 3;
var_dump($qux());
var_dump($qux->call($foo));
// Try on an object other than the one already bound
var_dump($qux->call($foobar));
// Pass a non-object as the parameter for binding the closure to.
// Will get a warning
var_dump($qux->call(4));
var_dump($qux->call(null));
$bar = function () {
return $this->x;
};
$elePHPant = new StdClass();
$elePHPant->x = 7;
// Try on a StdClass
var_dump($bar->call($elePHPant));
<?php
class Foo
{
public static function bar($x)
{
if ($x == 1) {
echo "hi";
} else {
if ($x == 2) {
echo "hello";
} else {
echo "uhhh";
}
}
}
}
Foo::bar(1);
Foo::bar(2);
Foo::bar(3);
function testArgumentsContainsPropertyPostfixExpression()
{
Foo::bar(Bar::$baz);
}
<?php
class Alliteration
{
public $firstAllit = "cast vicariously as both victim and villain";
public $clause = array('part1' => 'no mere veneer of vanity');
public $nested = array(array("is a vestige of the", "vox populi", "now vacant"));
}
class Foo
{
public function bar($bag_of_stuff)
{
echo 'some
embedded
newlines';
echo "\n";
echo 'Arnold once said: "I\'ll be back"';
echo "\n";
$v = "Voila! ";
$all = new Alliteration();
echo "{$v} In view humble vaudevillian veteran" . "{$all->firstAllit} {$bag_of_stuff['0']}.\n";
echo "This visage, {$all->clause['part1']}, " . "{$all->nested[0][0]} \"{$all->nested[0][1]}\"" . " {$all->nested[0][2]}\n";
}
}
$f = new Foo();
$f->bar(array("by the vicissitudes of fate"));
<?php
class Foo
{
var $bar = "bar";
function bar($what)
{
echo "I'm a ", $what, "!\n";
}
}
$foo = new Foo();
echo $foo->bar, "\n";
$foo->bar("function");
$v8 = new V8Js();
$v8->foo = new Foo();
$v8->executeString('print(PHP.foo.$bar, "\\n");');
$v8->executeString('PHP.foo.__call("bar", ["function"])');
// // Hello, v8
// class Foo {
// var $bar = null;
// }
//
// $v8 = new V8Js();
// $v8->foo = new Foo;
// $v8->executeString('print( "bar" in PHP.foo ? "yes" : "no" );');
<?php
class Foo
{
public function bar($n)
{
return $n + 1;
}
}
class Hooking
{
public function __call($name, $args)
{
echo "Before {$name}!\n";
$r = call_user_func_array([$this, "_hook_{$name}"], $args);
echo "After {$name}!\n";
return $r;
}
public static function hook($name)
{
runkit_method_rename(get_called_class(), $name, "_hook_{$name}");
}
}
runkit_class_adopt('Foo', 'Hooking');
Foo::hook('bar');
$foo = new Foo();
echo $foo->bar(10);
echo "\n";
<?php
class Foo
{
public $bar = 'propiedad';
public function bar()
{
return 'método';
}
}
$obj = new Foo();
echo $obj->bar, PHP_EOL, $obj->bar(), PHP_EOL;
<?php
class Foo
{
public static function __callStatic($name, $args)
{
return $name . ' called statically';
}
}
echo Foo::bar();
// bar called statically
<?php
require_once $GLOBALS["HACKLIB_ROOT"];
class Foo
{
public function bar()
{
(yield 5);
return;
}
public static function baz()
{
if (false) {
(yield false);
}
return;
}
}
foreach (Foo::baz() as $v) {
echo $v . "\n";
}
echo "break\n";
$f = new Foo();
foreach ($f->bar() as $v) {
echo $v . "\n";
}
public function testDummy()
{
$dependency = $this->prophesize(\Foo\DependencyInterface::class);
$foo = new Foo($dependency->reveal());
$this->assertTrue($foo->bar());
}
function foo()
{
Foo::bar();
Foo::bar();
}
<?php
/**
* A simple test class
*/
class Foo
{
function bar()
{
}
}
$f = new Foo();
$b = $f->bar();
<?php
class Foo
{
public function bar()
{
}
}
// new Foo()->bar()
$f = new Foo();
$f->bar();
function testSuppressionControl()
{
// Turning off suppression before execution
$chain = new ErrorControlChainTest_Chain();
$chain->setSuppression(false);
list($out, $code) = $chain->then(function ($chain) {
Foo::bar();
// Non-existant class causes fatal error
})->executeInSubprocess(true);
$this->assertContains('Fatal error', $out);
$this->assertContains('Foo', $out);
// Turning off suppression during execution
$chain = new ErrorControlChainTest_Chain();
list($out, $code) = $chain->then(function ($chain) {
$chain->setSuppression(false);
Foo::bar();
// Non-existent class causes fatal error
})->executeInSubprocess(true);
$this->assertContains('Fatal error', $out);
$this->assertContains('Foo', $out);
}
<?php
class Foo
{
var $bar = array();
static function bar()
{
static $instance = null;
$instance = new Foo();
return $instance->bar;
}
}
extract(Foo::bar());
echo "ok\n";
<?
class Foo
{
protected $name = 'foo';
public function bar($m)
{
var_dump($this->name);
$f = function() {
var_dump($this);
};
$f();
$m();
}
}
$foo = new Foo;
$foo->bar(function() { var_dump($this); });
<?php
trait Too
{
function bar()
{
$abc = 123;
$a = function ($x) use($abc) {
$n = func_num_args();
$args = func_get_args();
var_dump($n, $args);
};
return $a;
}
function baz($obj)
{
$abc = 456;
$obj(789);
}
}
class Foo
{
use Too;
}
$a = Foo::bar();
Foo::baz($a);
break;
case "common_1":
case "common_2":
echo "in common case";
break;
case "fallthrough":
echo "will fall through";
// FALLTHROUGH
// FALLTHROUGH
case "dummy":
echo "dummy case";
break;
default:
echo "I guess this is the end, my friend";
}
echo "\n";
$y = true;
$z = 41;
switch (true) {
case foo($str):
echo "helloooo";
break;
case $y && $z + 1 == 42:
echo "nevermind";
break;
}
echo "\n";
}
}
Foo::bar("specific");
<?php /** * Another file used for testing */ require_once "newfolder/subdir/things.php"; $b = Foo::bar();
<?php
include __DIR__ . "/../vendor/autoload.php";
use G\IDisposable;
class Bar implements IDisposable
{
public function hello($name)
{
return "Hello {$name}";
}
public function dispose()
{
echo "Disponse Bar";
}
}
class Foo
{
public function bar()
{
using(new Bar(), function (Bar $bar) {
$bar->hello("Gonzalo");
});
}
}
$foo = new Foo();
echo $foo->bar();