pcntl_signal for SIGILL/SIGFPE/SIGSEGV/SIGBUS should add addr as int or string, not double

Description

add_assoc_double_ex is called in combination with a cast to zend_long - add_assoc_long_ex may have been intended? (There's one question about what's best for how negative zend_longs should be handled (high bit of pointer set), where pointers aren't actually negative) - keeping them negative seems better than sometimes using an int and sometimes using a string.

Motivation: Use 64-bit integers when it can properly represent the value. Don't use doubles when they might lose precision (e.g. virtual memory may allow numbers over the largest integer a double can safely represent?)
(not a priority for me, I'm just really surprised to see a float)

The following code:

<?php // Hackish example of a proof of concept userland signal handler to debug in an emergency,
// note that running any php snippets may fail again or have unexpected effects if php has already segfaulted
pcntl_signal(SIGSEGV, function (...$args) {
    echo "In signal handler\n";
    flush();
    var_dump($args);
    flush();
    debug_print_backtrace(DEBUG_BACKTRACE_IGNORE_ARGS);
    flush();
    exit(139);
});
pcntl_async_signals(true);
sleep(20);
// call 'kill -USR1 PID_OF_PHP' to attempt to simulate a segfault

// ext/pcntl/pcntl.c
			case SIGILL:
			case SIGFPE:
			case SIGSEGV:
			case SIGBUS:
				add_assoc_double_ex(user_siginfo, "addr", sizeof("addr")-1, (zend_long)siginfo->si_addr);
				break;

Resulted in this output:

In signal handler
array(2) {
  [0]=>
  int(11)
  [1]=>
  array(4) {
    ["signo"]=>
    int(11)
    ["errno"]=>
    int(0)
    ["code"]=>
    int(0)
    ["addr"]=>
    float(4294967486499)
  }
}
#0  {closure}(11, Array ([signo] => 11,[errno] => 0,[code] => 0,[addr] => 4294967486499)) called at [/usr/local/tyson/php-src/test.php:12]

But I expected this output instead on 64-bit platforms:

    ["addr"]=>
    int(4294967486499)

PHP Version

5.x-8.3-dev

Operating System

No response

Inizia in ext/pcntl/pcntl.c dalla gestione di SIGILL, SIGFPE, SIGSEGV e SIGBUS mostrata nell’issue, quindi esegui l’esempio fornito di gestore dei segnali PHP su una piattaforma a 64 bit. Il lavoro è completato quando il valore addr viene rappresentato come intero se può essere rappresentato in modo sicuro, anziché come double; l’issue lascia inoltre da risolvere la gestione di un zend_long negativo per i puntatori con il bit più significativo impostato.