I've done some tests on a 60M flv and found that there's no difference
in memory consumption with these three approaches:
public function test() {
Kohana::close_buffers(false);
$file = "/home/bharat/basketball.flv";
if ($fd = fopen($file, "rb")) {
while (true) {
$bits = fread($fd, 65535);
if (strlen($bits) == 0) {
break;
}
print $bits;
set_time_limit(30);
}
fclose($fd);
}
Kohana_Log::add("error","test: " . print_r(array(memory_get_peak_usage(true),memory_get_peak_usage(false)),1));
}
public function test2() {
Kohana::close_buffers(false);
$file = "/home/bharat/basketball.flv";
$fd = fopen($file, "rb");
fpassthru($fd);
fclose($fd);
Kohana_Log::add("error","test2: " . print_r(array(memory_get_peak_usage(true),memory_get_peak_usage(false)),1));
}
public function test3() {
Kohana::close_buffers(false);
$file = "/home/bharat/basketball.flv";
readfile($file);
Kohana_Log::add("error","test3: " . print_r(array(memory_get_peak_usage(true),memory_get_peak_usage(false)),1));
}
mostly issues around uninitialized variables, calling non-static
functions in a static context, calling Session functions directly
instead of on its singleton, passing non-variables by reference, and
subclasses not using the same interface as the parent class.
1) Controller::$input is gone -- use Input::instance() now
2) Handle new 'database.<default>.connection.params' parameter
3) Handle new 'cache.<default>.prefix' parameter
Kohana makes this type of transition fairly straightforward in that
all controllers/helpers/etc are still located in the cascading
filesystem without any extra effort, except that I've temporarily
added a hack to force modules/gallery into the module path.
Rename what's left of "core" to be "application" so that it conforms
more closely to the Kohana standard (basically, just
application/config/config.php which is the minimal thing that you need
in the application directory)
There's still considerable work left to be done here.
Joe7
Bharat Mediratta
Romain LE DISEZ
Tim Almdal
bharat