function ws_ipcalcgui_submit($window_name, $form = '')
{
global $conf, $self, $onadb, $tip_style;
global $font_family, $color, $style, $images;
$html = $js = '';
// If an array in a string was provided, build the array and store it in $form
$form = parse_options_string($form);
$text = '';
$ipinfo = ipcalc_info($form['ip'], $form['mask']);
// MP: I removed the following as they are tooooo large
//bin128: {$ipinfo['ip_bin128']}
//bin128: {$ipinfo['mask_bin128']}
// NOTE: yes it is annoying but I had to do the <br> thing due to windows
// not being able to handle the new lines via a standard <pre> statement.
// I went with this as it keeps things consistant between platforms. The pre is now a span
$text .= <<<EOL
<br />
<br />
Input: IP={$ipinfo['in_ip']} MASK={$ipinfo['in_mask']}<br />
<br />
IP={$ipinfo['in_ip']}<br />
Dotted: {$ipinfo['ip_dotted']}<br />
Numeric: {$ipinfo['ip_numeric']}<br />
binary: {$ipinfo['ip_binary']}<br />
ipv6: {$ipinfo['ip_ipv6']}<br />
ipv6gz: {$ipinfo['ip_ipv6gz']}<br />
flip: {$ipinfo['ip_flip']}<br />
<br />
MASK={$ipinfo['mask_dotted']}<br />
Dotted: {$ipinfo['mask_dotted']}<br />
Numeric: {$ipinfo['mask_numeric']}<br />
Cidr: /{$ipinfo['mask_cidr']}<br />
binary: {$ipinfo['mask_binary']}<br />
bin invert: {$ipinfo['mask_bin_invert']}<br />
ipv6: {$ipinfo['mask_ipv6']}<br />
ipv6gz: {$ipinfo['mask_ipv6gz']}<br />
flip: {$ipinfo['mask_flip']}<br />
IP invert: {$ipinfo['mask_dotted_invert']}<br />
<br />
The subnet your IP falls in is: {$ipinfo['truenet']}/{$ipinfo['mask_cidr']} ({$ipinfo['mask_dotted']})<br />
<br />
Total addresses using this mask: {$ipinfo['ip_total']}<br />
Usable addresses using this mask: {$ipinfo['ip_usable']}<br />
Last address using this mask: {$ipinfo['ip_last']}<br />
<br />
EOL;
$response = new xajaxResponse();
$response->addAssign('ipcalc_data', "innerHTML", $text);
return $response->getXML();
}
function ipcalc($options)
{
global $conf, $self;
printmsg('DEBUG => ipcalc(' . $options . ') called', 3);
// Version - UPDATE on every edit!
$version = '1.00';
// Parse incoming options string to an array
$options = parse_options($options);
// Return the usage summary if we need to
if ($options['help'] or !$options['ip']) {
$self['error'] = 'ERROR => Insufficient parameters';
// NOTE: Help message lines should not exceed 80 characters for proper display on a console
return array(1, <<<EOM
ipcalc v{$version}
Displays various IP representations and basic subnet calculations
Synopsis: ipcalc(OPTIONS)
Required:
ip=STRING 32 or 128-bit Internet address
mask=STRING the mask you want to use
EOM
);
}
// FIXME MP: fix the fact that I"m not testing for the GMP module.. it will fail for ipv6 stuff
// MP: I could also provide a more parsable output as well.. maybe even XML wonderfulness
$text = '';
$ipinfo = ipcalc_info($options['ip'], $options['mask']);
// MP: I removed the following as they are tooooo large
//bin128: {$ipinfo['ip_bin128']}
//bin128: {$ipinfo['mask_bin128']}
$text .= <<<EOL
Input: IP={$ipinfo['in_ip']} MASK={$ipinfo['in_mask']}
IP={$ipinfo['in_ip']}
Dotted: {$ipinfo['ip_dotted']}
Numeric: {$ipinfo['ip_numeric']}
binary: {$ipinfo['ip_binary']}
ipv6: {$ipinfo['ip_ipv6']}
ipv6gz: {$ipinfo['ip_ipv6gz']}
flip: {$ipinfo['ip_flip']}
MASK={$ipinfo['mask_dotted']}
Dotted: {$ipinfo['mask_dotted']}
Numeric: {$ipinfo['mask_numeric']}
Cidr: {$ipinfo['mask_cidr']}
binary: {$ipinfo['mask_binary']}
bin invert: {$ipinfo['mask_bin_invert']}
ipv6: {$ipinfo['mask_ipv6']}
ipv6gz: {$ipinfo['mask_ipv6gz']}
flip: {$ipinfo['mask_flip']}
IP invert: {$ipinfo['mask_dotted_invert']}
The subnet your IP falls in is: {$ipinfo['truenet']}/{$ipinfo['mask_cidr']} ({$ipinfo['mask_dotted']})
Total addresses using this mask: {$ipinfo['ip_total']}
Usable addresses using this mask: {$ipinfo['ip_usable']}
Last address using this mask: {$ipinfo['ip_last']}
EOL;
return array(0, $text);
}
