public function get_used($subnet, $count = false)
{
$ipv4 = new Ipv4($subnet);
$data = $ipv4->get();
$query = \Basic\Model_Network_Ip::find()->where('addrint', '>=', 1)->where('addrint', '>=', $data['from'])->where('addrint', '<=', $data['to'])->order_by('addrint', 'asc');
if ($count) {
return $query->count();
}
return $query->get();
}
public function action_index()
{
$val = \Validation::forge('data');
$val->add_field('name', 'subnet name', 'required|min_length[1]|max_length[50]');
if ($val->run()) {
$out = array();
if ($this->type >= 0) {
/***
* 'subnet'=>$this->_subnet,
'mask'=>$this->_maskbit,
'from'=>$this->_intAddrFrom,
'to'=>$this->_intAddrTo,
'hosts'=>$this->_numberOfHosts,
'network'=>$this->_network
*/
if ($this->type == 2 or $this->type == 1) {
$ip = new Ipv4($val->validated('name'));
$ipdata = $ip->get();
//check if subnet already exist
//$sub= Model_Subnet::find()->where('range_from','<',$ip['from'])->where('range_from','<',$ip[''])->get();
$from = $ipdata['from'];
$to = $ipdata['to'];
$query = \DB::query('select * from ipm_subnet where
(range_from>=' . $from . ' and range_from<=' . $to . ')
or
(range_to>=' . $from . ' and range_to<=' . $to . ')
or
(range_from>=' . $from . ' and range_to<=' . $to . ')
');
$sub = $query->execute();
$m = false;
foreach ($sub as $s) {
$error = $s;
$m = true;
}
if (!$m) {
$data = array('subnet' => $ipdata['subnet'], 'alias' => '', 'description' => '', 'size' => $ipdata['hosts'], 'mask' => $ipdata['mask'], 'type' => 0, 'vlan' => 0, 'parent' => $this->id, 'meta_update_user' => $this->user, 'range_from' => $ipdata['from'], 'range_to' => $ipdata['to']);
$sub = new Model_Subnet($data);
$sub->save();
$data = $this->get_ip_usage($this->id, true);
echo json_encode(array('id' => $sub->id, 'subnet' => $sub->subnet, 'status' => 'valid', 'data' => $data));
} else {
echo json_encode(array('status' => 'taken', 'err' => $error));
}
}
}
}
}
private function updateSubnet($ip)
{
$ip_int = $this->___IPv4_dotquadA_to_intA($ip);
$sub = Model_Subnet::find()->where('range_from', '<=', $ip_int)->where('range_to', '>=', $ip_int)->get_one();
if ($sub) {
return $sub;
} else {
$newsub = $this->c_class_from_Ipv4($ip);
$ip_ob = new Ipv4($newsub);
$ipdata = $ip_ob->get();
$data = array('subnet' => $ipdata['subnet'], 'alias' => '', 'description' => '', 'size' => $ipdata['hosts'], 'mask' => $ipdata['mask'], 'type' => 0, 'vlan' => 0, 'parent' => $this->defualtNode(), 'meta_update_user' => 1, 'range_from' => $ipdata['from'], 'range_to' => $ipdata['to']);
$sub = new Model_Subnet($data);
$sub->save();
return $sub;
/*
'subnet'=>$this->_subnet,
'mask'=>$this->_maskbit,
'from'=>$this->_intAddrFrom,
'to'=>$this->_intAddrTo,
'hosts'=>$this->_numberOfHosts,
'network'=>$this->_network
*/
}
}
/**
* @param string $value
* @param int $port
*
* @return $this
* @throws \InvalidArgumentException
*/
public function add($value, $port = null)
{
if ($value == "*") {
$this->_values[] = "*";
return $this;
}
if (Ipv4::test($value)) {
$this->_values[] = new Ipv4($value, $port);
return $this;
}
if (Ipv6::test($value)) {
$this->_values[] = new Ipv6($value, $port);
return $this;
}
throw new \InvalidArgumentException("{$value} is invalid address");
}
/**
* Does the substraction of this address with the given address. Each byte
* substracts up separately with remainteds. No adderss may substract lower
* than the 0.0.0.0 address.
*
* @param Ipv4 $other
* @return Ipv4 the result
*/
public function substract(Ipv4 $other)
{
$new1 = $other->_not();
$new2 = $this->add($new1);
return $new2->add(new Ipv4(array(0, 0, 0, 1)));
}
/**
* Gets whether given ipv4 is included in this network.
*
* @param Ipv4 $address
* @return boolean
*/
public function contains(Ipv4 $address)
{
return $address->_and($this->getNetmaskIp())->equals($this->getNetworkIp());
}
