function guifi_live_traceroute($device_id) { if (empty($device_id)) { $output = t('Target device not specified.'); } else { $gs = guifi_service_load(guifi_graphs_get_server($device_id, 'device')); $ipd = guifi_main_ip($device_id); $ipf = guifi_main_ip($gs->device_id); } $title = t('Live traceroute from %from (%ipf) to %dest (%ipd)', array('%ipd' => $ipd['ipv4'], '%dest' => guifi_get_hostname($device_id), '%ipf' => $ipf['ipv4'], '%from' => guifi_get_hostname($gs->device_id))); drupal_set_title($title); print theme('page', guifi_cnml_live('livetraceroute', $device_id, $ipd['ipv4'], $gs), FALSE); exit; }
/** * Returns image url to CNML */ function guifi_cnml_availability($args, $gs = NULL) { if (is_null($gs)) { $gs = guifi_service_load(guifi_graphs_get_server($args['device'], 'device')); } $img_url = '<img src="' . guifi_cnml_call_service($gs, 'availability', $args) . '">'; if ($gs->var['version'] >= 2.0) { return l($img_url, 'guifi/menu/ip/liveping/' . $args['device'], array('html' => TRUE, 'attributes' => array('title' => t('live ping/traceroute to %device', array('%device' => guifi_get_hostname($args['device']))), 'target' => '_blank'))); } else { // old v1.0 format for backward compatibility return $img_url; } }
function guifi_device_print_data($device) { $radios = db_query('SELECT * FROM {guifi_radios} WHERE id=%d ORDER BY id', $device['id']); $rows[] = array(t($device[type]), '<b>' . $device[nick] . '</b>'); if (count($device['funders'])) { $rows[] = array(count($device['funders']) == 1 ? t('Funder') : t('Funders'), implode(', ', guifi_funders_links($device['funders']))); } if (count($device['maintainers'])) { $rows[] = array(t('Maintenance & SLAs'), implode(', ', guifi_maintainers_links($device['maintainers']))); } // If radio, print model & firmware if ($device['type'] == 'radio') { $rows[] = array($device[manufacturer] . '-' . $device[model], $device[variable][firmware]); // going to list all device radios if (count($device['radios'])) { foreach ($device['radios'] as $radio_id => $radio) { if ($radio['fund_required'] == '') { $policy = t('n/d, ask to node contacts'); } else { if ($radio['fund_required'] == 'yes') { $policy = t('Fund: :fund :curr', array(':fund' => $radio['fund_amount'], ':curr' => $radio['fund_currency'])); } else { $policy = t($radio['fund_required']); } } $rowsr[] = array($radio['ssid'], $radio['mode'], $radio['protocol'], $radio['channel'], $radio['mac'], t($radio['clients_accepted']), $policy); } $rows[] = array(array('data' => theme('table', array(t('ssid'), t('mode'), t('protocol'), t('ch'), t('wireless mac'), t('clients'), t('connection policy')), $rowsr), 'colspan' => 2)); } } // If ADSL, print characteristics if ($device['type'] == 'ADSL' and $device['variable'] != '') { $bandwidth = guifi_bandwidth_types(); $rows[] = array(t('bandwidth'), $bandwidth[$device['variable']['download']] . '/' . $bandwidth[$device['variable']['upload']]); $rows[] = array(t('SNMP index to graph'), $device['variable']['mrtg_index']); } // Others with modelDescr set if (isset($device['variable']['modelDescr'])) { switch ($device['type']) { case 'ups': $vDescr = t('Power: %power', array('%power' => $device['variable']['specs'])); break; case 'generator': $vDescr = t('Max Power: %power Watts', array('%power' => $device['variable']['specs'])); break; case 'battery': $vDescr = t('Power: %power/Ah, Quantity: %quantity', array('%power' => $device['variable']['specs'], '%quantity' => $device['variable']['units'])); break; case 'rack': $vDescr = t('Height: %height Us, Width: %width inches, Depth: %depth mm', array('%height' => $device['variable']['height'], '%width' => $device['variable']['width'], '%depth' => $device['variable']['depth'])); break; case 'breaker': $vDescr = t('Protection: %cbtype, Auto-reclose: %recloser', array('%cbtype' => $device['variable']['cbtype'], '%recloser' => $device['variable']['recloser'] ? t('Yes') : t('No'))); break; } $rows[] = array($device['variable']['modelDescr'], $vDescr); } // generic if ($device['type'] == 'generic' || 'confine' and !empty($device['variable']['mrtg_index'])) { $rows[] = array(t('SNMP index to graph'), $device['variable']['mrtg_index']); } if ($device['graph_server'] > 0) { $gs = node_load(array('nid' => $device['graph_server'])); } else { $gs = node_load(array('nid' => guifi_graphs_get_server($device['id'], 'device'))); } $rows[] = array(t('graphs provided from'), array('data' => l(guifi_service_str($device['graph_server']), $gs->l, array('attributes' => array('title' => $gs->nick . ' - ' . $gs->title))), 'colspan' => 2)); $ip = guifi_main_ip($device[id]); $rows[] = array(t('IP address & MAC'), $ip[ipv4] . '/' . $ip[maskbits] . ' ' . $device[mac]); $status_url = guifi_cnml_availability(array('device' => $device['id'], 'format' => 'long'), $gs); if (!empty($ip[ipv4])) { $rows[] = array(t('status & availability'), array('data' => t($device[flag]) . $status_url, 'class' => $device['flag'])); } $rows[] = array(array('data' => theme_guifi_contacts($device), 'colspan' => 2)); return array_merge($rows); }
/** * guifi_node_graph_overview * outputs an overiew graph of the node **/ function theme_guifi_node_graphs_overview($node, $links = FALSE) { $gs = guifi_service_load(guifi_graphs_get_server($node->id, 'node')); $radios = array(); $query = db_query("SELECT * FROM {guifi_radios} WHERE nid=%d", $node->id); while ($radio = db_fetch_array($query)) { $radios[] = $radio; } // print "Count radios: ".count($radios)."\n<br />"; if (count($radios) > 1) { if (substr($gs->var['url'], 0, 3) == "fot") { // graph all devices.about a node. Ferran Ot while ($radio = db_fetch_object($query)) { $ssid = get_SSID_radio($radio->id); $ssid = strtolower($ssid); $mrtg_url = substr($gs->var['url'], 3); $rows[] = array('<a href="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_6&cfg=mrtg.cfg" target="_blank"> <img src="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_6&cfg=mrtg.cfg&png=weekly"></a>'); $rows[] = array('<a href="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_ping&cfg=mrtg.cfg" target="_blank"> <img src="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_ping&cfg=mrtg.cfg&png=weekly"></a>'); } $ret = array_merge($rows); } else { $args = array('type' => 'supernode', 'node' => $node->id); // $args = sprintf('type=supernode&node=%d&direction=',$node->id); $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args, 'direction=in') . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args, 'direction=in') . '"></a>', 'align' => 'center')); $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args, 'direction=out') . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args, 'direction=out') . '"></a>', 'align' => 'center')); // $rows[] = array( // guifi_cnml_call_service($gs->var['url'],'graph',$args,'direction=in'sprintf('<a href="'.base_path().'guifi/graph_detail?'.$args.'in"><img src="'.$gs->var['url'].'?'.$args.'in"></a>',$node->id)); // $rows[] = array(sprintf('<a href="'.base_path().'guifi/graph_detail?'.$args.'out"><img src="'.$gs->var['url'].'?'.$args.'out"></a>',$node->id)); $ret = array_merge($rows); } } else { if (count($radios) == 1) { $ret = guifi_device_graph_overview($radios[0]); } } $output = theme('table', NULL, $ret); if ($links) { $node = node_load(array('nid' => $node->id)); drupal_set_title(t('graph overview @ %node', array('%node' => $node->title))); drupal_set_breadcrumb(guifi_node_ariadna($node)); $output .= theme_links(module_invoke_all('link', 'node', $node, FALSE)); print theme('page', $output, FALSE); return; } return $output; }
/** * guifi_device_graph_overview * outputs an overiew graph of the device **/ function guifi_device_graph_overview($radio) { guifi_log(GUIFILOG_TRACE, 'guifi_device_graph_overview()', $radio); if (isset($radio['mode'])) { $radio['type'] = 'radio'; } if ($radio['graph_server'] == -1) { $rows[] = array(t('This device has the graphs disabled.')); return array_merge($rows); } if (empty($radio['graph_server'])) { $gs = guifi_service_load(guifi_graphs_get_server($radio['id'], 'device')); } else { $gs = guifi_service_load($radio['graph_server']); } if (substr($server_mrtg, 0, 3) == "fot") { $ssid = get_SSID_radio($radio['id']); $ssid = strtolower($ssid); $mrtg_url = substr($server_mrtg, 3); $rows[] = array('<a href="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_6&cfg=mrtg.cfg" target="_blank" > <img src="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_6&cfg=mrtg.cfg&png=weekly"></a>'); $rows[] = array('<a href="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_ping&cfg=mrtg.cfg" target="_blank" > <img src="' . $mrtg_url . '/14all.cgi?log=' . $ssid . '_ping&cfg=mrtg.cfg&png=weekly"></a>'); return array_merge($rows); } else { $clients = db_fetch_object(db_query("SELECT count(c.id) count " . "FROM {guifi_links} c " . "WHERE c.device_id=%d " . " AND c.link_type IN ('wds','ap/client','bridge')", $radio['id'])); $args = array('type' => 'clients', 'node' => $radio['nid'], 'device' => $radio['id']); if ($clients->count > 1) { $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args, 'direction=in') . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args, 'direction=in') . '"></a>', 'align' => 'center')); $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args, 'direction=out') . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args, 'direction=out') . '"></a>', 'align' => 'center')); } else { if ($radio['type'] == 'radio' or $radio['variable']['mrtg_index'] != '') { $args['type'] = 'device'; $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args) . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args) . '"></a>', 'align' => 'center')); } } $args['type'] = 'pings'; $rows[] = array(array('data' => '<a href=' . base_path() . 'guifi/graph_detail?' . guifi_cnml_args($args) . '><img src="' . guifi_cnml_call_service($gs->var['url'], 'graph', $args) . '"></a>', 'align' => 'center')); return array_merge($rows); } }
/** guifi_zone_data(): outputs the zone information data **/ function guifi_zone_data($zone) { $rows[] = array(t('zone name'), $zone->nick . ' - <b>' . $zone->title . '</b>'); if (count($zone->maintainers)) { $rows[] = array(t('Maintenance & SLAs'), implode(', ', guifi_maintainers_links($zone->maintainers))); } else { $pmaintainers = guifi_maintainers_parents($zone->id); if (!empty($pmaintainers)) { $rows[] = array(t('Maintenance & SLAs') . ' ' . t('(from parents)'), implode(', ', guifi_maintainers_links($pmaintainers))); } } if ($zone->homepage) { $rows[] = array(t('homepage'), l($zone->homepage, $zone->homepage)); } $rows[] = array(t('default proxy'), l(guifi_service_str($zone->proxy_id), guifi_zone_get_service($zone, 'proxy_id', TRUE))); if ($zone->graph_server > 0) { $gs = node_load(array('nid' => $zone->graph_server)); } else { $gs = node_load(array('nid' => guifi_graphs_get_server($zone->id, 'zone'))); } $rows[] = array(t('default graph server'), array('data' => l(guifi_service_str($zone->graph_server), $gs->l, array('attributes' => array('title' => $gs->nick . ' - ' . $gs->title))), 'colspan' => 2)); $rows[] = array(t('network global information') . ':', NULL); // $rows[] = array(t('Mode'),t($zone->zone_mode)); $rows[] = array(t('DNS Servers'), $zone->dns_servers); $rows[] = array(t('NTP Servers'), $zone->ntp_servers); $rows[] = array(t('OSPF zone'), $zone->ospf_zone); $tz = db_fetch_object(db_query("SELECT description FROM {guifi_types} WHERE type = 'tz' AND text = '%s'", $zone->time_zone)); $rows[] = array(t('Time zone'), $tz->description); return array_merge($rows); }