/** guifi_node_ariadna(): Get an array of zone hierarchy and node devices
* to build the breadcrumb
**/
function guifi_node_ariadna($node, $nlink = 'node/%d', $dlink = 'guifi/device/%d', $zlink = 'node/%s')
{
if (is_numeric($node)) {
$node = guifi_node_load($node);
$node->title = $node->nick;
// hack to show the node title
}
$ret = array();
$ret[] = l(t('Home'), NULL);
$ret[] = l(t('Main menu'), 'guifi');
foreach (array_reverse(guifi_zone_get_parents($node->zone_id)) as $parent) {
if ($parent > 0) {
$parentData = db_fetch_array(db_query('SELECT z.id, z.title ' . 'FROM {guifi_zone} z ' . 'WHERE z.id = %d ', $parent));
$ret[] = l($parentData['title'], sprintf($zlink, $parentData['id']));
}
}
$ret[] = l($node->title, sprintf($nlink, $node->id));
$ret[count($ret) - 1] = '<b>' . $ret[count($ret) - 1] . '</b>';
$child = array();
$query = db_query('SELECT d.id, d.nick, d.type ' . 'FROM {guifi_devices} d ' . 'WHERE d.nid = %d ' . 'ORDER BY d.id DESC', $node->id);
$c = 0;
while ($dChild = db_fetch_array($query) and $c <= 10) {
$child[] = l($dChild['nick'], sprintf($dlink, $dChild['id']), array('attributes' => array('title' => $dChild['type'])));
$c++;
}
if ($c >= 10) {
$child[] = l(t('more...'), 'node/' . $node->id . '/view/devices');
}
if (count($child)) {
$child[0] = '<br /><small>(' . $child[0];
$child[count($child) - 1] = $child[count($child) - 1] . ')</small>';
$ret = array_merge($ret, $child);
}
return $ret;
}
function guifi_ipcalc_get_subnet_by_nid($nid, $mask_allocate = '255.255.255.224', $network_type = 'public', $ips_allocated = NULL, $allocate = 'No', $verbose = FALSE)
{
if (empty($nid)) {
drupal_set_message(t('Error: trying to search for a network for unknown node or zone'), 'error');
return;
}
if (empty($mask_allocate)) {
drupal_set_message(t('Error: trying to search for a network of unknown size'), 'error');
return;
}
if (empty($network_type)) {
drupal_set_message(t('Error: trying to search for a network for unknown type'), 'error');
return;
}
// print "Going to allocate network ".$mask_allocate."-".$network_type;
global $user;
$tbegin = microtime(TRUE);
$zone = node_load(array('nid' => $nid));
if ($zone->type == 'guifi_node') {
$zone = guifi_zone_load($zone->zone_id);
}
$rzone = $zone;
$depth = 0;
$root_zone = $zone->id;
$lbegin = microtime(TRUE);
$search_mask = $mask_allocate;
do {
// while next is not the master, check within the already allocated ranges
$result = db_query('SELECT n.id, n.base, n.mask ' . 'FROM {guifi_networks} n ' . 'WHERE n.zone = "%s" ' . ' AND network_type="%s" ' . 'ORDER BY n.id', $zone->id, $network_type);
if ($verbose) {
drupal_set_message(t('Searching if %mask is available at %zone, elapsed: %secs', array('%mask' => $mask_allocate, '%zone' => $zone->title, '%secs' => round(microtime(TRUE) - $lbegin, 4))));
}
// if there are already networks defined, increase network mask, up to /20 level
// here, getting the total # of nets defined
$tnets = 0;
while ($net = db_fetch_object($result)) {
$tnets++;
$item = _ipcalc($net->base, $net->mask);
// if looking for mesh ip (255.255.255.255) base address & broadcast
// should be considered as used
if ($search_mask == '255.255.255.255') {
$ips_allocated[ip2long($net->base)] = 32;
$ips_allocated[ip2long($item['netend'])] = 32;
}
if ($ip = guifi_ipcalc_find_subnet($net->base, $net->mask, $mask_allocate, $ips_allocated)) {
if ($verbose) {
drupal_set_message(t('Found %ip/%rmask available at %netbase/%amask, got from %zone, elapsed: %secs', array('%amask' => $net->mask, '%netbase' => $net->base, '%ip' => $ip, '%rmask' => guifi_ipcalc_get_maskbits($mask_allocate), '%zone' => $zone->title, '%secs' => round(microtime(TRUE) - $lbegin, 4))));
}
// reserve the available range fount into database?
if ($depth and ($allocate == 'Yes' and $network_type == 'public' and $mask_allocate != '255.255.255.255')) {
$msg = strip_tags(t('A new network (%base / %mask) has been allocated for zone %name, got from %name2 by %user.', array('%base' => $ip, '%mask' => $mask_allocate, '%name' => $rzone->title, '%name2' => $zone->title, '%user' => $user->name)));
$to_mail = explode(',', $rzone->notification);
$to_mail = explode(',', $zone->notification);
$nnet = array('new' => TRUE, 'base' => $ip, 'mask' => $mask_allocate, 'zone' => $root_zone, 'newtwork_type' => $network_type);
$nnet = _guifi_db_sql('guifi_networks', NULL, $nnet, $log, $to_mail);
guifi_notify($to_mail, $msg, $log);
drupal_set_message($msg);
if ($search_mask == '255.255.255.255') {
$ip = long2ip(ip2long($ip) + 1);
}
}
return $ip;
}
}
// while there is a network defined at the zone
// Network was not allocated
if ($verbose) {
drupal_set_message(t('Unable to find space at %zone, will look at parents, elapsed: %secs', array('%zone' => $zone->title, '%secs' => round(microtime(TRUE) - $lbegin, 4))));
}
// Need for an unused range,
// already allocated networks from others than parents should be considered
// as allocated ips (skipped)
// This have to be done once, so do if is the zone being asked for
if ($root_zone == $zone->id) {
$parents = guifi_zone_get_parents($root_zone);
$query = db_query('SELECT base ipv4, mask ' . 'FROM {guifi_networks} ' . 'WHERE zone NOT IN (' . implode(',', guifi_zone_get_parents($root_zone)) . ')');
while ($nip = db_fetch_array($query)) {
$ips_allocated[ip2long($nip['ipv4']) + 1] = guifi_ipcalc_get_maskbits($nip['mask']);
}
// once merged, sort
ksort($ips_allocated);
// calculating the needed mask
if ($network_type == 'public') {
$depth++;
if ($tnets > 0 and $tnets < 5) {
// between 1 and 4, 24 - nets defined
$maskbits = 24 - $tnets;
} else {
if ($tnets >= 5) {
// greater than 4, /20 - 255.255.240.0
$maskbits = 20;
} else {
// first net, /24 - 255.255.255.0
$maskbits = 24;
}
}
$mitem = _ipcalc_by_netbits($net->base, $maskbits);
$mbits_allocate = guifi_ipcalc_get_maskbits($mask_allocate);
if ($mbits_allocate > $maskbits or $mask_allocate == '255.255.255.255') {
$mask_allocate = $mitem['netmask'];
}
}
}
// Take a look at the parent network zones
$master = $zone->master;
if ($zone->master > 0) {
$zone = guifi_zone_load($zone->master);
}
} while ($master > 0);
return FALSE;
}
function budgets_supplier_list_by_zone($zone, $params = NULL)
{
guifi_log(GUIFILOG_TRACE, 'budgets_supplier_list_by_zone (PARAMS)', $params);
$zroot = guifi_bg_zone_root();
$vars = array();
if ($zone->id == 0 or empty($zone->id)) {
$zone->id = $zroot;
}
if ($params) {
$p = explode(',', $params);
foreach ($p as $v) {
$v = explode('=', $v);
if (!empty($v[1])) {
$vars[$v[0]] = explode('|', $v[1]);
}
}
}
$output = drupal_get_form('budgets_supplier_list_by_zone_filter', $zone->id, $vars);
$parents = array();
if ($zone->id == $zroot) {
// listing root zone: don't have to list the parents or childs'
$where = '';
//list all
} else {
guifi_log(GUIFILOG_TRACE, 'list_by_zone (zones)', guifi_zone_get_parents($zone->id));
// other zones, parents and childs should be included, but
// excluding root
$zlist = array_diff(guifi_zone_childs_and_parents($zone->id), array(0, $zroot));
$where = 'AND (s.zone_id IN (' . implode(',', $zlist) . ') ';
foreach ($zlist as $z) {
$where .= "OR CONCAT(',',s.zones,',') LIKE '%," . $z . ",%' ";
}
$where .= ') ';
}
guifi_log(GUIFILOG_TRACE, 'list_suppliers_by_zone (zones)', $vars);
$svars = array();
foreach ($vars as $k => $v) {
foreach ($v as $p) {
if (!empty($p)) {
if ($k == 'title') {
$par = explode('-', $p);
if (count($par) > 1 and is_numeric($par[0])) {
$svars[] = " s.id = " . $par[0];
} else {
$svars[] = "upper(s.title) like '%" . strtoupper($p) . "%' ";
}
} else {
$svars[] = $k . " LIKE '%" . $p . "%' ";
}
}
}
}
if (count($svars) > 0) {
$swhere = ' AND (' . implode(' AND ', $svars) . ') ';
} else {
$swhere = '';
}
$qquery = 'SELECT s.id ' . 'FROM {supplier} s, {node} n ' . 'WHERE s.id=n.nid ' . ' AND n.status=1 ' . $swhere . $where . 'ORDER BY ' . ' REPLACE(' . ' REPLACE(' . ' IF(' . ' LENGTH(TRIM(s.official_rating)=2),' . ' CONCAT(TRIM(s.official_rating),"1"),' . ' s.official_rating),' . ' "-",2),' . ' "+","0"),' . ' role, rand() ';
guifi_log(GUIFILOG_TRACE, 'list_by_zone (suppliers query)', $qquery);
$pager = pager_query($qquery, 50);
// $output = '';
while ($s = db_fetch_object($pager)) {
$supplier = node_load(array('nid' => $s->id));
$output .= node_view($supplier, TRUE, FALSE, TRUE);
}
$output .= theme('pager', NULL, variable_get('default_nodes_main', 10));
drupal_set_breadcrumb(guifi_zone_ariadna($zone->id, 'node/%d/suppliers'));
// $output .= theme_pager(NULL, variable_get("guifi_pagelimit", 50));
// $node = node_load(array('nid' => $zone->id));
// $output .= theme_links(module_invoke_all('link', 'node', $node, FALSE));
print theme('page', $output, FALSE);
return;
}
function guifi_ipv4_print_data($zone, $list = 'parents', $ips_allocated)
{
global $user;
$header = array(array('data' => t('network')), t('start / end'), array('data' => t('hosts'), 'style' => 'text-align: right;'), t('type'), t('min / max'), array('data' => t('ips used'), 'style' => 'text-align: right;'), array('data' => t('used %'), 'style' => 'text-align: right;'));
if (user_access('administer guifi networks')) {
$header = array_merge($header, array(t('operations')));
}
if ($list == 'childs') {
$zones = guifi_zone_childs($zone->id);
$pager = 1;
$k = array_search($zone->id, $zones);
unset($zones[$k]);
} else {
$zones = guifi_zone_get_parents($zone->id);
$pager = 0;
}
if (empty($zones)) {
return t('There is no zones to look at');
}
$sql = 'SELECT
zone, id, base, mask, network_type
FROM {guifi_networks}
WHERE zone IN (' . implode(',', $zones) . ')
ORDER BY FIND_IN_SET(zone,"' . implode(',', $zones) . '")';
$rows = array();
$result = pager_query($sql, variable_get('guifi_pagelimit', 10));
$current_zoneid = -1;
while ($net = db_fetch_object($result)) {
$item = _ipcalc($net->base, $net->mask);
// obtaing the used ip's
$min = ip2long($item['netstart']);
$max = ip2long($item['netend']);
$ips = 0;
$k = $min;
$amin = NULL;
$amax = NULL;
while ($k <= $max) {
if (isset($ips_allocated[$k])) {
$ips++;
$amax = $k;
if ($ips == 1) {
$amin = $k;
}
}
$k++;
}
if ($current_zoneid != $net->zone) {
$current_zoneid = $net->zone;
$rows[] = array(array('data' => l(guifi_get_zone_name($net->zone), 'node/' . $net->zone . '/view/ipv4'), 'colspan' => '0'));
}
$row = array($net->base . '/' . $item['maskbits'] . ' (' . $net->mask . ')', $item['netstart'] . ' / ' . $item['netend'], array('data' => number_format($item['hosts']), 'align' => 'right'), $net->network_type, long2ip($amin) . ' / ' . long2ip($amax), array('data' => number_format($ips), 'align' => 'right'), array('data' => round($ips * 100 / $item['hosts']) . '%', 'align' => 'right'));
if (user_access('administer guifi networks')) {
$row[] = array('data' => l(guifi_img_icon('edit.png'), 'guifi/ipv4/' . $net->id . '/edit', array('html' => TRUE, 'title' => t('edit network'), 'attributes' => array('target' => '_blank'))) . l(guifi_img_icon('drop.png'), 'guifi/ipv4/' . $net->id . '/delete', array('html' => TRUE, 'title' => t('delete device'), 'attributes' => array('target' => '_blank'))), 'align' => 'center');
}
$rows[] = $row;
}
if (count($rows)) {
$output .= theme('table', $header, $rows);
$output .= theme('pager', NULL, variable_get('guifi_pagelimit', 10));
} else {
$output .= t('None');
}
return $output;
}
function guifi_zone_childs_and_parents($zid)
{
return array_merge(guifi_zone_childs($zid), guifi_zone_get_parents($zid));
}
