/**
* @task info
*/
public static function getRawInput()
{
if (self::$rawInput === null) {
$stream = new AphrontRequestStream();
if (isset($_SERVER['HTTP_CONTENT_ENCODING'])) {
$encoding = trim($_SERVER['HTTP_CONTENT_ENCODING']);
$stream->setEncoding($encoding);
}
$input = '';
do {
$bytes = $stream->readData();
if ($bytes === null) {
break;
}
$input .= $bytes;
} while (true);
self::$rawInput = $input;
}
return self::$rawInput;
}
/**
* @task hook
*/
public static function didStartup()
{
self::$startTime = microtime(true);
self::$globals = array();
static $registered;
if (!$registered) {
// NOTE: This protects us against multiple calls to didStartup() in the
// same request, but also against repeated requests to the same
// interpreter state, which we may implement in the future.
register_shutdown_function(array(__CLASS__, 'didShutdown'));
$registered = true;
}
self::setupPHP();
self::verifyPHP();
if (isset($_SERVER['REMOTE_ADDR'])) {
self::rateLimitRequest($_SERVER['REMOTE_ADDR']);
}
self::normalizeInput();
self::verifyRewriteRules();
self::detectPostMaxSizeTriggered();
self::beginOutputCapture();
self::$rawInput = (string) file_get_contents('php://input');
}
/**
* @param float Request start time, from `microtime(true)`.
* @task hook
*/
public static function didStartup($start_time)
{
self::$startTime = $start_time;
self::$phases = array();
self::$accessLog = null;
static $registered;
if (!$registered) {
// NOTE: This protects us against multiple calls to didStartup() in the
// same request, but also against repeated requests to the same
// interpreter state, which we may implement in the future.
register_shutdown_function(array(__CLASS__, 'didShutdown'));
$registered = true;
}
self::setupPHP();
self::verifyPHP();
// If we've made it this far, the environment isn't completely broken so
// we can switch over to relying on our own exception recovery mechanisms.
ini_set('display_errors', 0);
if (isset($_SERVER['REMOTE_ADDR'])) {
self::rateLimitRequest($_SERVER['REMOTE_ADDR']);
}
self::normalizeInput();
self::verifyRewriteRules();
self::detectPostMaxSizeTriggered();
self::beginOutputCapture();
self::$rawInput = (string) file_get_contents('php://input');
}
/**
* @param float Request start time, from `microtime(true)`.
* @task hook
*/
public static function didStartup($start_time)
{
self::$startTime = $start_time;
self::$phases = array();
self::$accessLog = null;
static $registered;
if (!$registered) {
// NOTE: This protects us against multiple calls to didStartup() in the
// same request, but also against repeated requests to the same
// interpreter state, which we may implement in the future.
register_shutdown_function(array(__CLASS__, 'didShutdown'));
$registered = true;
}
self::setupPHP();
self::verifyPHP();
// If we've made it this far, the environment isn't completely broken so
// we can switch over to relying on our own exception recovery mechanisms.
ini_set('display_errors', 0);
if (isset($_SERVER['REMOTE_ADDR'])) {
self::rateLimitRequest($_SERVER['REMOTE_ADDR']);
}
self::normalizeInput();
self::verifyRewriteRules();
self::detectPostMaxSizeTriggered();
self::beginOutputCapture();
if (isset($_SERVER['HTTP_CONTENT_ENCODING'])) {
$encoding = trim($_SERVER['HTTP_CONTENT_ENCODING']);
} else {
$encoding = null;
}
$input_stream = fopen('php://input', 'rb');
if (!$input_stream) {
self::didFatal('Unable to open "php://input" to read HTTP request body.');
}
if ($encoding === 'gzip') {
$ok = stream_filter_append($input_stream, 'zlib.inflate', STREAM_FILTER_READ, array('window' => 30));
if (!$ok) {
self::didFatal('Failed to append gzip inflate filter to HTTP request body input ' . 'stream.');
}
}
$input_data = '';
while (!feof($input_stream)) {
$read_bytes = fread($input_stream, 16 * 1024);
if ($read_bytes === false) {
self::didFatal('Failed to read input bytes from HTTP request body.');
}
$input_data .= $read_bytes;
}
fclose($input_stream);
self::$rawInput = $input_data;
}