function common_routeur($conf, $item, $vocables)
{
$final_results = array();
$checktimestamp_log = time();
$item_checked = $item;
$pdo = connexionbdd($conf);
//second we take fails checker ip
$fails = array();
$sql = "SELECT DISTINCT checker_id, checker_ip FROM results WHERE result!=0 AND item=:item";
$statement = $pdo->prepare($sql);
$statement->bindValue(':item', $item);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$fails[] = $checker;
}
$statement->closeCursor();
$nb_all_fail = $fails;
if (!!$fails) {
//third we take no fails checker ip
$no_fails = array();
$sql = "SELECT DISTINCT checker_id, checker_ip FROM results WHERE result=0 AND item=:item";
$statement = $pdo->prepare($sql);
$statement->bindValue(':item', $item);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$no_fails[] = $checker;
}
$statement->closeCursor();
//fourth we take lost checker ip
$lost = array();
$sql = "SELECT distinct checker_id, checker_ip\n\t\tFROM results \n\t\tWHERE item = :item\n\t\t\t\tand check_timestamp < :dateMinus3000 \n\t\t\t\tand check_timestamp > :dateMinus6000\n\t\t\t\tand checker_ip NOT IN ( select checker_ip from results where item = :item\n\t\t\t\t\t\t\t\t\t\t\tand check_timestamp < :date \n\t\t\t\t\t\t\t\t\t\t\tand check_timestamp > :dateMinus3000 )";
$statement = $pdo->prepare($sql);
$statement->bindValue(':item', $item);
$statement->bindValue(':dateMinus3000', date('Y-m-d H:i:s', time() - 3000));
$statement->bindValue(':dateMinus6000', date('Y-m-d H:i:s', time() - 6000));
$statement->bindValue(':date', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$lost[] = $checker;
}
$statement->closeCursor();
// Calculate routeur ip for failed checker
//we initate networks array
$network_for_failed_checker = array();
foreach ($fails as $checker) {
//we try to take route for network from db
$route = "";
$network = netmask($checker['checker_ip'], $conf['minimum_netmask_for_groups']);
$network = $network . "/" . $conf['minimum_netmask_for_groups'];
$sql = "select route from traceroute where check_net = :net";
$statement = $pdo->prepare($sql);
$statement->bindValue(':net', $network);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetch(PDO::FETCH_ASSOC);
$route = $result['route'];
//if we have the traceroute for ip checker
if (!!$result) {
//we first check if network has no no fail ip checkers
$i = 0;
while ($i < count($no_fails) and $network != netmask($no_fails[$i]['checker_ip'], $conf['minimum_netmask_for_groups'])) {
$i++;
}
if ($i == count($no_fails)) {
//if the networks exists in the array, we only add the ip checker to compare to the network key
if (!array_key_exists($network, $network_for_failed_checker)) {
$network_for_failed_checker[$network] = array();
$route = explode(';', $result['route']);
$ip_routeurs = array();
foreach ($route as $routeur) {
$ip_routeurs[] = explode(';', $routeur);
}
$network_for_failed_checker[$network]['route'] = $ip_routeurs;
$network_for_failed_checker[$network]['nb_fail'] = 1;
} else {
$network_for_failed_checker[$network]['nb_fail'] = $network_for_failed_checker[$network]['nb_fail'] + 1;
}
}
} else {
//one must add the road
$routes = shell_exec("traceroute -nI " . $checker['checker_ip']);
$routes = explode("\n", $routes);
array_splice($routes, 0, 1);
$final_route = array();
foreach ($routes as $route) {
$route_explode = explode(' ', $route);
if (count($route_explode) > 1) {
$final_route[] = $route_explode[3];
}
}
$net_with_mask = $network;
$sql = "INSERT INTO traceroute (check_net,route,timestamp) VALUES (:check,:route,:time)";
$statement = $pdo->prepare($sql);
$statement->bindValue(':check', $net_with_mask);
$statement->bindValue(':route', implode(';', $final_route));
$statement->bindValue(':time', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
}
}
$routeurs_failed = array();
if (count($network_for_failed_checker) > 1) {
$network_keys = array_keys($network_for_failed_checker);
foreach ($network_keys as $net) {
$network_1 = $network_for_failed_checker[$net];
$networks_left = $network_keys;
$networks_left = array_slice($networks_left, 0, array_search($net, $networks_left));
foreach ($networks_left as $net_compare) {
$network_2 = $network_for_failed_checker[$net_compare];
if ($network_1 != $network_2) {
$trouver = false;
$i = count($network_1['route']) - 1;
while ($i >= 0 and !$trouver) {
$j = count($network_2['route']) - 1;
while ($j >= 0 and $network_1['route'][$i] != $network_2['route'][$j]) {
$j--;
}
if ($j >= 0) {
$trouver = true;
if (!array_key_exists($network_1['route'][$i], $routeurs_failed)) {
$routeurs_failed[$network_1['route'][$i]] = array($network_1['nb_fail'], $network_2['nb_fail']);
} else {
echo "<p>" . $network_1['route'][$i] . "</p>";
$routers_failed[$network_1['route'][$i]][] = $network_1['nb_fail'];
$routers_failed[$network_1['route'][$i]][] = $network_2['nb_fail'];
}
}
$i--;
}
}
}
}
} else {
foreach ($network_for_failed_checker as $network_1) {
$routeur = $network_1['route'][count($network_1['route']) - 1][0];
$routeurs_failed = array($routeur => array($network_1['nb_fail']));
}
}
$routeurs_for_display = array();
foreach ($routeurs_failed as $routeur => $fails) {
$total_fails_for_routeur = 0;
foreach ($fails as $nb_fails) {
$total_fails_for_routeur = $total_fails_for_routeur + $nb_fails;
}
$routeurs_for_display[] = array('routeur' => $routeur, 'nb_fail' => $total_fails_for_routeur);
}
$nb_all = count($nb_all_fail);
if (count($routeurs_for_display) > 0 && $conf['active_logstalgia'] == 1) {
$final_results[] = array('factors' => $routeurs_for_display, 'type_of_checker' => 'failed');
foreach ($routeurs_for_display as $routeur) {
$item_log_explode = explode(":", $item_checked);
$size = $routeur['nb_fail'] * 100 / $nb_all * $conf['size_super_ball'];
$item_log = time() . "|" . $routeur['routeur'] . "|" . $item_log_explode[0] . "|" . "Fail" . "|" . $size . "|" . "0" . "|" . "FF0000" . "\n";
file_put_contents($conf['directory_tmp'] . "logstalgia.txt", $item_log, FILE_APPEND);
}
}
// Calculate routeurs ip for lost checker
//we initate networks array
$network_for_lost_checker = array();
foreach ($lost as $checker) {
//we try to take route for network from db
$route = "";
$network = netmask($checker['checker_ip'], $conf['minimum_netmask_for_groups']);
$sql = "SELECT route FROM traceroute WHERE check_net=:check and check_timestamp > :time";
$statement = $pdo->prepare($sql);
$statement->bindValue(':check', $network);
$statement->bindValue(':time', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetch(PDO::FETCH_ASSOC);
//if we have the traceroute for ip checker
if (!!$result) {
//we first check if network has no no fail ip checkers
$i = 0;
while ($i < count($no_fails) and $network != netmask($no_fails[$i]['checker_ip'], $conf['minimum_netmask_for_groups'])) {
$i++;
}
if ($i == count($no_fails)) {
$i = 0;
while ($i < count($fails) and $network != netmask($fails[$i]['checker_ip'], $conf['minimum_netmask_for_groups'])) {
$i++;
}
if ($i == count($fails)) {
//if the networks exists in the array, we only add the ip checker to compare to the network key
if (!array_key_exists($network, $network_for_lost_checker)) {
$network_for_lost_checker[$network] = array();
$route = explode(';', $result['route']);
$ip_routeurs = array();
foreach ($route as $routeur) {
$ip_routeurs = explode(';', $routeur);
}
$network_for_lost_checker[$network]['route'] = $ip_routeurs;
$network_for_lost_checker[$network]['nb_fail'] = 1;
} else {
$network_for_lost_checker[$network]['nb_fail'] = $network_for_lost_checker[$network]['nb_fail'] + 1;
}
}
}
}
}
$routers_lost = array();
if (count($network_for_lost_checker) > 1) {
$network_keys = array_keys($network_for_lost_checker);
foreach ($network_keys as $net) {
$network_1 = $network_for_lost_checker[$net];
$networks_left = $network_keys;
$networks_left = array_slice($networks_left, 0, array_search($net, $networks_left));
foreach ($networks_left as $net_compare) {
$network_2 = $network_for_lost_checker[$net_compare];
if ($network_1 != $network_2) {
$trouver = false;
$i = count($network_1['route']) - 1;
while ($i >= 0 and !$trouver) {
$j = count($network_2['route']) - 1;
while ($j >= 0 and $network_1['route'][$i] != $network_2['route'][$j]) {
$j--;
}
if ($j >= 0) {
$trouver = true;
if (!array_key_exists($network_1['route'][$i], $routeurs_failed)) {
$routeurs_failed[$network_1['route'][$i]] = array($network_1['nb_fail'], $network_2['nb_fail']);
} else {
echo "<p>" . $network_1['route'][$i] . "</p>";
$routers_failed[$network_1['route'][$i]][] = $network_1['nb_fail'];
$routers_failed[$network_1['route'][$i]][] = $network_2['nb_fail'];
}
}
$i--;
}
}
}
}
} else {
//problem, on doit choper le seul element pour prendre son routeur le plus à gauche
foreach ($network_for_lost_checker as $network_1) {
$routeur = $network_1['route'][count($network_1['route']) - 1][0];
$routeurs_lost = array($routeur => $network_1['nb_fail']);
}
}
$routeurs_for_lost_display = array();
foreach ($routers_lost as $routeur) {
$total_lost_for_routeur = 0;
foreach ($routeur as $nb_lost) {
$total_lost_for_routeur = $total_lost_for_routeur + $nb_lost;
}
$routeurs_for_lost_display[] = array('routeur' => $routeur, 'nb_lost' => $total_lost_for_routeur);
}
if (count($routeurs_for_lost_display) > 0 && $conf['active_logstalgia'] == 1) {
$final_results[] = array('factors' => $routeurs_for_lost_display, 'type_of_checker' => 'lost');
foreach ($routeurs_for_lost_display as $routeur) {
$item_log_explode = explode(":", $item_checked);
$size = $routeur['nb_lost'] * 100 / $nb_all * $conf['size_super_ball'];
$item_log = time() . "|" . $routeur['routeur'] . "|" . $item_log_explode[0] . "|" . "Fail" . "|" . $size . "|" . "0" . "|" . "FF0000" . "\n";
file_put_contents($conf['directory_tmp'] . "logstalgia.txt", $item_log, FILE_APPEND);
}
}
}
return $final_results;
}
function validate_from_network($conf, $items, $checker)
{
$netmask_max = $conf['maximum_netmask_for_groups'];
$netmask_min = $conf['minimum_netmask_for_groups'];
$items_final = $items;
if ($conf['check_in_network_only'] == 1) {
foreach ($items as $item) {
$netmask = $netmask_max;
$find = false;
while ($netmask >= $netmask_min and !$find) {
$ip_item = gethostbyname($item['hostname']);
if (netmask($ip_item, $netmask) == netmask($checker, $netmask)) {
$find = true;
} else {
$netmask--;
}
}
if (!$find) {
array_splice($items_final, array_search($item, $items_final), 1);
}
}
}
return $items_final;
}
function wrk_netconfig($redis, $action, $args = null, $configonly = null)
{
$updateh = 0;
switch ($action) {
case 'setnics':
// nics blacklist
$excluded_nics = array('ifb0', 'ifb1', 'p2p0', 'bridge');
// flush nics Redis hash table
$transaction = $redis->multi();
$transaction->del('nics');
$interfaces = sysCmd("ip addr |grep \"BROADCAST,\" |cut -d':' -f1-2 |cut -d' ' -f2");
$interfaces = array_diff($interfaces, $excluded_nics);
foreach ($interfaces as $interface) {
$ip = sysCmd("ip addr list " . $interface . " |grep \"inet \" |cut -d' ' -f6|cut -d/ -f1");
$netmask = sysCmd("ip addr list " . $interface . " |grep \"inet \" |cut -d' ' -f6|cut -d/ -f2");
if (isset($netmask[0])) {
$netmask = netmask($netmask[0]);
} else {
unset($netmask);
}
$gw = sysCmd("route -n |grep \"0.0.0.0\" |grep \"UG\" |cut -d' ' -f10");
$dns = sysCmd("cat /etc/resolv.conf |grep \"nameserver\" |cut -d' ' -f2");
$type = sysCmd("iwconfig " . $interface . " 2>&1 | grep \"no wireless\"");
runelog('interface type', $type[0]);
// if (empty(sysCmd("iwlist ".$interface." scan 2>&1 | grep \"Interface doesn't support scanning\""))) {
if (empty($type[0])) {
$speed = sysCmd("iwconfig " . $interface . " 2>&1 | grep 'Bit Rate' | cut -d '=' -f 2 | cut -d ' ' -f 1-2");
$currentSSID = sysCmd("iwconfig " . $interface . " | grep 'ESSID' | cut -d ':' -f 2 | cut -d '\"' -f 2");
$currentSSID = sysCmd("iwconfig " . $interface . " | grep 'ESSID' | cut -d ':' -f 2 | cut -d '\"' -f 2");
$transaction->hSet('nics', $interface, json_encode(array('ip' => $ip[0], 'netmask' => $netmask, 'gw' => $gw[0], 'dns1' => $dns[0], 'dns2' => $dns[1], 'speed' => $speed[0], 'wireless' => 1, 'currentssid' => $currentSSID[0])));
//// $scanwifi = 1;
} else {
$speed = sysCmd("ethtool " . $interface . " 2>&1 | grep -i speed | cut -d':' -f2");
$transaction->hSet('nics', $interface, json_encode(array('ip' => $ip[0], 'netmask' => $netmask, 'gw' => $gw[0], 'dns1' => $dns[0], 'dns2' => $dns[1], 'speed' => $speed[0], 'wireless' => 0)));
}
}
//// if ($scanwifi) sysCmdAsync('/var/www/command/refresh_nics');
// check wpa_supplicant auto-start and purge interface list
$wpa_supplicant_start = sysCmd("ls -lah /etc/systemd/system/multi-user.target.wants/wpa_supplicant@*.service | cut -d '@' -f 2 | cut -d '.' -f 1");
$disable_wpa_supplicant = array_diff($wpa_supplicant_start, $interfaces);
if (!empty($disable_wpa_supplicant)) {
foreach ($disable_wpa_supplicant as $interface_name) {
unlink('/etc/systemd/system/multi-user.target.wants/wpa_supplicant@' . $interface_name . '.service');
}
}
$transaction->exec();
break;
case 'getnics':
foreach ($redis->hGetAll('nics') as $interface => $details) {
$interfaces[$interface] = json_decode($details);
}
return $interfaces;
break;
case 'writecfg':
// ArchLinux netctl config for wired ethernet
$nic = "Description='" . $args->name . " connection'\n";
$nic .= "Interface=" . $args->name . "\n";
$nic .= "ForceConnect=yes\n";
$nic .= "SkipNoCarrier=yes\n";
if ($args->wireless === '1') {
// Wireless configuration
$nic .= "Connection=wireless\n";
$nic .= "Security=wpa-config\n";
$nic .= "WPAConfigFile='/etc/wpa_supplicant/wpa_supplicant.conf'\n";
} else {
// Wired configuration
$nic .= "Connection=ethernet\n";
}
if ($args->dhcp === '1') {
// DHCP configuration
$nic .= "IP=dhcp\n";
// Prepare data object for Redis record
$args = array('name' => $args->name, 'dhcp' => $args->dhcp);
$args = (object) $args;
} else {
// STATIC configuration
$nic .= "AutoWired=yes\n";
$nic .= "IP=static\n";
$nic .= "Address=('" . $args->ip . "/" . $args->netmask . "')\n";
$nic .= "Gateway='" . $args->gw . "'\n";
if (!empty($args->dns2)) {
$nic .= "DNS=('" . $args->dns1 . "' '" . $args->dns2 . "')\n";
} else {
$nic .= "DNS=('" . $args->dns1 . "')\n";
}
}
// ntp sync after connect
$nic .= "ExecUpPost='/usr/bin/ntpd -gq || true'\n";
// set advanced DNS options
$newArray = wrk_replaceTextLine('/etc/resolvconf.conf', '', 'resolv_conf_options=', "resolv_conf_options=('timeout:" . $redis->hGet('resolvconf', 'timeout') . " attempts:" . $redis->hGet('resolvconf', 'attempts') . "')", '#name_servers=127.0.0.1', 1);
// Commit changes to /etc/resolvconf.conf
$fp = fopen('/etc/resolvconf.conf', 'w');
fwrite($fp, implode("", $newArray));
fclose($fp);
// tell the system to update /etc/resolv.conf
sysCmd('resolvconf -u');
// write current network config
$redis->set($args->name, json_encode($args));
$fp = fopen('/etc/netctl/' . $args->name, 'w');
fwrite($fp, $nic);
fclose($fp);
if (!isset($configonly)) {
$updateh = 1;
}
break;
case 'manual':
$file = '/etc/netctl/' . $args['name'];
$fp = fopen($file, 'w');
fwrite($fp, $args['config']);
fclose($fp);
$updateh = 1;
break;
case 'reset':
wrk_netconfig($redis, 'setnics');
$args = new stdClass();
$args->dhcp = '1';
$args->name = 'eth0';
wrk_netconfig($redis, 'writecfg', $args);
$updateh = 1;
break;
}
if ($updateh === 1) {
runelog('wireless NIC?', $args->wireless);
// activate configuration (RuneOS)
wrk_mpdPlaybackStatus($redis, 'record');
sysCmd('netctl stop ' . $args->name);
sysCmd('ip addr flush dev ' . $args->name);
if ($args->dhcp === '1') {
// dhcp configuration
if ($args->wireless !== '1') {
// $cmd = 'systemctl enable ifplugd@'.$args->name;
sysCmd("ln -s '/usr/lib/systemd/system/netctl-ifplugd@.service' '/etc/systemd/system/multi-user.target.wants/netctl-ifplugd@" . $args->name . ".service'");
sysCmd('systemctl daemon-reload');
sysCmd('systemctl start netctl-ifplugd@' . $args->name);
}
// sysCmd('systemctl daemon-reload');
} else {
// static configuration
if ($args->wireless !== '1') {
// $cmd = 'systemctl disable ifplugd@'.$args->name;
sysCmd("rm '/etc/systemd/system/multi-user.target.wants/netctl-ifplugd@" . $args->name . ".service'");
sysCmd('systemctl daemon-reload');
// kill ifplugd
sysCmd('killall ifplugd');
}
// get pids of dhcpcd
$pids = sysCmd('pgrep -xf "dhcpcd -4 -q -t 30 -L ' . $args->name . '"');
foreach ($pids as $pid) {
// debug
runelog('kill pid:', $pid);
// kill dhcpcd
sysCmd('kill ' . $pid);
}
}
// start netctl profile for wired nics
if ($args->wireless !== '1') {
sysCmd('netctl start ' . $args->name);
}
sysCmd('systemctl restart mpd');
// set process priority
sysCmdAsync('sleep 1 && rune_prio nice');
}
// update hash if necessary
$updateh === 0 || $redis->set($args->name . '_hash', md5_file('/etc/netctl/' . $args->name));
if (wrk_mpdPlaybackStatus($redis, 'laststate') === 'playing') {
sysCmd('mpc play');
}
}
function check_routes()
{
global $conf;
$pdo = connexionbdd();
//outskirts of recovering all the testers
$checkers = array();
$sql = "SELECT DISTINCT checker_id, checker_ip FROM results";
$statement = $pdo->prepare($sql);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$checkers[] = $checker;
}
$statement->closeCursor();
//var_dump($checkers);
//then retrieves all roads
$networks = array();
$sql = "SELECT check_net,timestamp FROM traceroute";
$statement = $pdo->prepare($sql);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $network) {
$networks[] = $network;
}
//var_dump($networks);
foreach ($checkers as $checker) {
//echo $checker['checker_ip']."\n";
$checker_network = netmask($checker['checker_ip'], $conf['minimum_netmask_for_groups']);
//echo $checker_network."\n";
$network_find = false;
$i = 0;
while ($i < count($networks) and !$network_find) {
if ($checker_network . "/" . $conf['minimum_netmask_for_groups'] == $networks[$i]['check_net']) {
$network_find = true;
} else {
$i++;
}
}
if (!$network_find) {
$routes = shell_exec("traceroute -nI " . $checker['checker_ip']);
$routes = explode("\n", $routes);
array_splice($routes, 0, 1);
$final_route = array();
foreach ($routes as $route) {
$route_explode = explode(' ', $route);
if (count($route_explode) > 1) {
$final_route[] = $route_explode[3] . ':' . $route_explode[5];
}
}
$net_with_mask = $checker_network . "/" . $conf['minimum_netmask_for_groups'];
//echo $net_with_mask;
$sql = "INSERT INTO traceroute (check_net,route,timestamp) VALUES (:check,:route,:time)";
$statement = $pdo->prepare($sql);
$statement->bindValue(':check', $net_with_mask);
$statement->bindValue(':route', implode(';', $final_route));
$statement->bindValue(':time', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
$networks[] = array('check_net' => $net_with_mask, 'route' => implode(';', $final_route), 'timestamp' => date('Y-m-d H:i:s', time()));
} else {
if ($networks[$i]['timestamp'] < time() - $conf['maximum_route_time_validaty'] * 3600000) {
$routes = shell_exec("traceroute -nI " . $checker['checker_ip']);
$routes = explode("\n", $routes);
array_splice($routes, 0, 1);
$final_route = array();
foreach ($routes as $route) {
$route_explode = explode(' ', $route);
if (count($route_explode) > 1) {
$final_route[] = $route_explode[3];
}
}
$sql = "update traceroute set route = :route, timestamp = :time where check_net = :check";
$statement = $pdo->prepare($sql);
$statement->bindValue(':check', $checker_network . "/" . $conf['minimum_netmask_for_groups']);
$statement->bindValue(':route', implode(';', $final_route));
$statement->bindValue(':time', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
}
}
}
}
function common_routeur($conf, $item_md5)
{
//first we connect to database
$pdo = connexionbdd($conf);
$sql = "SELECT item from global_result WHERE md5=:md5";
$statement = $pdo->prepare($sql);
$statement->bindValue(':md5', $item_md5);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetch(PDO::FETCH_ASSOC);
$item = $result['item'];
$statement->closeCursor();
//second we take fails checker ip
$fails = array();
$sql = "SELECT DISTINCT checker_id, checker_ip FROM results WHERE result!=0 AND item=:item";
$statement = $pdo->prepare($sql);
$statement->bindValue(':item', $item);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$fails[] = $checker;
}
$statement->closeCursor();
$nb_all_fail = $fails;
//third we take no fails checker ip
$no_fails = array();
$sql = "SELECT DISTINCT checker_id, checker_ip FROM results WHERE result=0 AND item=:item";
$statement = $pdo->prepare($sql);
$statement->bindValue(':item', $item);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetchAll(PDO::FETCH_ASSOC);
foreach ($result as $checker) {
$no_fails[] = $checker;
}
$statement->closeCursor();
$nb_all_no_fail = $no_fails;
// Calculate routeur ip for failed checker
//we initate networks array
$network_for_failed_checker = array();
foreach ($fails as $checker) {
//we try to take route for network from db
$route = "";
$network = netmask($checker['checker_ip'], $conf['minimum_netmask_for_groups']);
$network = $network . "/" . $conf['minimum_netmask_for_groups'];
$sql = "select route from traceroute where check_net = :network";
$statement = $pdo->prepare($sql);
$statement->bindValue(':network', $network);
if (!$statement->execute()) {
throw new PDOException();
}
$result = $statement->fetch(PDO::FETCH_ASSOC);
$route = $result['route'];
//if we have the traceroute for ip checker
if (!!$result) {
//we first check if network has no no fail ip checkers
$i = 0;
while ($i < count($no_fails) and $network != netmask($no_fails[$i]['checker_ip'], $conf['minimum_netmask_for_groups'])) {
$i++;
}
if ($i == count($no_fails)) {
//if the networks exists in the array, we only add the ip checker to compare to the network key
if (!array_key_exists($network, $network_for_failed_checker)) {
$network_for_failed_checker[$network] = array();
$route = explode(';', $result['route']);
$ip_routeurs = array();
foreach ($route as $routeur) {
$ip_routeurs[] = explode(';', $routeur);
}
$network_for_failed_checker[$network]['route'] = $ip_routeurs;
$network_for_failed_checker[$network]['nb_fail'] = 1;
} else {
$network_for_failed_checker[$network]['nb_fail'] = $network_for_failed_checker[$network]['nb_fail'] + 1;
}
}
} else {
//one must add the road
$routes = shell_exec("traceroute -nI " . $checker['checker_ip']);
$routes = explode("\n", $routes);
array_splice($routes, 0, 1);
$final_route = array();
foreach ($routes as $route) {
$route_explode = explode(' ', $route);
if (count($route_explode) > 1) {
$final_route[] = $route_explode[3];
}
}
$net_with_mask = $checker_network . "/" . $conf['minimum_netmask_for_groups'];
$sql = "INSERT INTO traceroute (check_net,route,timestamp) VALUES (:check,:route,:time)";
$statement = $pdo->prepare($sql);
$statement->bindValue(':check', $net_with_mask);
$statement->bindValue(':route', implode(';', $final_route));
$statement->bindValue(':time', date('Y-m-d H:i:s', time()));
if (!$statement->execute()) {
throw new PDOException();
}
}
}
$routeurs_failed = array();
if (count($network_for_failed_checker) > 1) {
$network_keys = array_keys($network_for_failed_checker);
foreach ($network_keys as $net) {
$network_1 = $network_for_failed_checker[$net];
$networks_left = $network_keys;
$networks_left = array_slice($networks_left, 0, array_search($net, $networks_left));
foreach ($networks_left as $net_compare) {
$network_2 = $network_for_failed_checker[$net_compare];
if ($network_1 != $network_2) {
$trouver = false;
$i = count($network_1['route']) - 1;
while ($i >= 0 and !$trouver) {
$j = count($network_2['route']) - 1;
while ($j >= 0 and $network_1['route'][$i] != $network_2['route'][$j]) {
$j--;
}
if ($j >= 0) {
$trouver = true;
if (!array_key_exists($network_1['route'][$i], $routeurs_failed)) {
$routeurs_failed[$network_1['route'][$i]] = array($network_1['nb_fail'], $network_2['nb_fail']);
} else {
echo "<p>" . $network_1['route'][$i] . "</p>";
$routers_failed[$network_1['route'][$i]][] = $network_1['nb_fail'];
$routers_failed[$network_1['route'][$i]][] = $network_2['nb_fail'];
}
}
$i--;
}
}
}
}
} else {
foreach ($network_for_failed_checker as $network_1) {
$routeur = $network_1['route'][count($network_1['route']) - 1][0];
$routeurs_failed = array($routeur => array($network_1['nb_fail']));
}
}
$routeurs_for_display = array();
foreach ($routeurs_failed as $routeur => $fails) {
$total_fails_for_routeur = 0;
foreach ($fails as $nb_fails) {
$total_fails_for_routeur = $total_fails_for_routeur + $nb_fails;
}
$routeurs_for_display[] = array('routeur' => $routeur, 'nb_fail' => $total_fails_for_routeur);
}
$nb_all = count($nb_all_fail) + count($nb_all_no_fail);
$return_final = $routeurs_for_display;
return $return_final;
}
