Encode string to UTF-8
| static public encodeInUtf8 ( $string, $from_charset = "ISO-8859-1" ) : utf8 | ||
| $string | string string to convert | |
| $from_charset | string original charset (if 'auto' try to autodetect) (default "ISO-8859-1") | |
| return | utf8 | string |
/** function buildTicket - Builds,and returns, the major structure of the ticket to be entered.
*
* @param $i mail ID
* @param $options array of possible options
*
* @return ticket fields array
*/
function buildTicket($i, $options = array())
{
global $CFG_GLPI;
$play_rules = isset($options['play_rules']) && $options['play_rules'];
$head = $this->getHeaders($i);
// Get Header Info Return Array Of Headers
// **Key Are (subject,to,toOth,toNameOth,from,fromName)
$tkt = array();
$tkt['_blacklisted'] = false;
// For RuleTickets
$tkt['_mailgate'] = $options['mailgates_id'];
// Use mail date if it's defined
if ($this->fields['use_mail_date']) {
$tkt['date'] = $head['date'];
}
// Detect if it is a mail reply
$glpi_message_match = "/GLPI-([0-9]+)\\.[0-9]+\\.[0-9]+@\\w*/";
// Check if email not send by GLPI : if yes -> blacklist
if (!isset($head['message_id']) || preg_match($glpi_message_match, $head['message_id'], $match)) {
$tkt['_blacklisted'] = true;
return $tkt;
}
// manage blacklist
$blacklisted_emails = Blacklist::getEmails();
// Add name of the mailcollector as blacklisted
$blacklisted_emails[] = $this->fields['name'];
if (Toolbox::inArrayCaseCompare($head['from'], $blacklisted_emails)) {
$tkt['_blacklisted'] = true;
return $tkt;
}
// max size = 0 : no import attachments
if ($this->fields['filesize_max'] > 0) {
if (is_writable(GLPI_TMP_DIR)) {
$tkt['_filename'] = $this->getAttached($i, GLPI_TMP_DIR . "/", $this->fields['filesize_max']);
$tkt['_tag'] = $this->tags;
} else {
//TRANS: %s is a directory
Toolbox::logInFile('mailgate', sprintf(__('%s is not writable'), GLPI_TMP_DIR . "/"));
}
}
// Who is the user ?
$tkt['_users_id_requester'] = User::getOrImportByEmail($head['from']);
$tkt["_users_id_requester_notif"]['use_notification'] = 1;
// Set alternative email if user not found / used if anonymous mail creation is enable
if (!$tkt['_users_id_requester']) {
$tkt["_users_id_requester_notif"]['alternative_email'] = $head['from'];
}
// Add to and cc as additional observer if user found
if (count($head['ccs'])) {
foreach ($head['ccs'] as $cc) {
if ($cc != $head['from'] && !Toolbox::inArrayCaseCompare($cc, $blacklisted_emails) && ($tmp = User::getOrImportByEmail($cc)) > 0) {
$tkt['_additional_observers'][] = array('users_id' => $tmp, 'use_notification' => 1);
}
}
}
if (count($head['tos'])) {
foreach ($head['tos'] as $to) {
if ($to != $head['from'] && !Toolbox::inArrayCaseCompare($to, $blacklisted_emails) && ($tmp = User::getOrImportByEmail($to)) > 0) {
$tkt['_additional_observers'][] = array('users_id' => $tmp, 'use_notification' => 1);
}
}
}
// Auto_import
$tkt['_auto_import'] = 1;
// For followup : do not check users_id = login user
$tkt['_do_not_check_users_id'] = 1;
$body = $this->getBody($i);
// Do it before using charset variable
$head['subject'] = $this->decodeMimeString($head['subject']);
$tkt['_head'] = $head;
if (!empty($this->charset) && !$this->body_converted) {
$body = Toolbox::encodeInUtf8($body, $this->charset);
$this->body_converted = true;
}
if (!Toolbox::seems_utf8($body)) {
$tkt['content'] = Toolbox::encodeInUtf8($body);
} else {
$tkt['content'] = $body;
}
// See In-Reply-To field
if (isset($head['in_reply_to'])) {
if (preg_match($glpi_message_match, $head['in_reply_to'], $match)) {
$tkt['tickets_id'] = intval($match[1]);
}
}
// See in References
if (!isset($tkt['tickets_id']) && isset($head['references'])) {
if (preg_match($glpi_message_match, $head['references'], $match)) {
$tkt['tickets_id'] = intval($match[1]);
}
}
// See in title
if (!isset($tkt['tickets_id']) && preg_match('/\\[.+#(\\d+)\\]/', $head['subject'], $match)) {
$tkt['tickets_id'] = intval($match[1]);
}
$is_html = false;
//If files are present and content is html
if (isset($this->files) && count($this->files) && $tkt['content'] != strip_tags($tkt['content']) && !isset($tkt['tickets_id'])) {
$is_html = true;
$tkt['content'] = Ticket::convertContentForTicket($tkt['content'], array_merge($this->files, $this->altfiles), $this->tags);
}
$tkt['content'] = $this->cleanMailContent($tkt['content']);
if ($is_html && !isset($tkt['tickets_id'])) {
$tkt['content'] = nl2br($tkt['content']);
}
$tkt['_supplier_email'] = false;
// Found ticket link
if (isset($tkt['tickets_id'])) {
// it's a reply to a previous ticket
$job = new Ticket();
$tu = new Ticket_User();
$st = new Supplier_Ticket();
// Check if ticket exists and users_id exists in GLPI
/// TODO check if users_id have right to add a followup to the ticket
if ($job->getFromDB($tkt['tickets_id']) && $job->fields['status'] != CommonITILObject::CLOSED && ($CFG_GLPI['use_anonymous_followups'] || $tkt['_users_id_requester'] > 0 || $tu->isAlternateEmailForITILObject($tkt['tickets_id'], $head['from']) || ($tkt['_supplier_email'] = $st->isSupplierEmail($tkt['tickets_id'], $head['from'])))) {
if ($tkt['_supplier_email']) {
$tkt['content'] = sprintf(__('From %s'), $head['from']) . "\n\n" . $tkt['content'];
}
$content = explode("\n", $tkt['content']);
$tkt['content'] = "";
$to_keep = array();
// Move requester to author of followup :
$tkt['users_id'] = $tkt['_users_id_requester'];
$begin_strip = -1;
$end_strip = -1;
$begin_match = "/" . NotificationTargetTicket::HEADERTAG . ".*" . NotificationTargetTicket::HEADERTAG . "/";
$end_match = "/" . NotificationTargetTicket::FOOTERTAG . ".*" . NotificationTargetTicket::FOOTERTAG . "/";
foreach ($content as $ID => $val) {
// Get first tag for begin
if ($begin_strip < 0) {
if (preg_match($begin_match, $val)) {
$begin_strip = $ID;
}
}
// Get last tag for end
if ($begin_strip >= 0) {
if (preg_match($end_match, $val)) {
$end_strip = $ID;
continue;
}
}
}
if ($begin_strip >= 0) {
// Clean first and last lines
$content[$begin_strip] = preg_replace($begin_match, '', $content[$begin_strip]);
}
if ($end_strip >= 0) {
// Clean first and last lines
$content[$end_strip] = preg_replace($end_match, '', $content[$end_strip]);
}
if ($begin_strip >= 0) {
$length = count($content);
// Use end strip if set
if ($end_strip >= 0 && $end_strip < $length) {
$length = $end_strip;
}
for ($i = $begin_strip + 1; $i < $length; $i++) {
unset($content[$i]);
}
}
$to_keep = array();
// Aditional clean for thunderbird
foreach ($content as $ID => $val) {
if (!isset($val[0]) || $val[0] != '>') {
$to_keep[$ID] = $ID;
}
}
$tkt['content'] = "";
foreach ($to_keep as $ID) {
$tkt['content'] .= $content[$ID] . "\n";
}
// Do not play rules for followups : WRONG : play rules only for refuse options
//$play_rules = false;
} else {
// => to handle link in Ticket->post_addItem()
$tkt['_linkedto'] = $tkt['tickets_id'];
unset($tkt['tickets_id']);
}
}
// Add message from getAttached
if ($this->addtobody) {
$tkt['content'] .= $this->addtobody;
}
$tkt['name'] = $this->textCleaner($head['subject']);
if (!isset($tkt['tickets_id'])) {
// Which entity ?
//$tkt['entities_id']=$this->fields['entities_id'];
//$tkt['Subject']= $head['subject']; // not use for the moment
// Medium
$tkt['urgency'] = "3";
// No hardware associated
$tkt['itemtype'] = "";
// Mail request type
} else {
// Reopen if needed
$tkt['add_reopen'] = 1;
}
$tkt['requesttypes_id'] = RequestType::getDefault('mail');
if ($play_rules) {
$rule_options['ticket'] = $tkt;
$rule_options['headers'] = $head;
$rule_options['mailcollector'] = $options['mailgates_id'];
$rule_options['_users_id_requester'] = $tkt['_users_id_requester'];
$rulecollection = new RuleMailCollectorCollection();
$output = $rulecollection->processAllRules(array(), array(), $rule_options);
// New ticket : compute all
if (!isset($tkt['tickets_id'])) {
foreach ($output as $key => $value) {
$tkt[$key] = $value;
}
} else {
// Followup only copy refuse data
$tobecopied = array('_refuse_email_no_response', '_refuse_email_with_response');
foreach ($tobecopied as $val) {
if (isset($output[$val])) {
$tkt[$val] = $output[$val];
}
}
}
}
$tkt = Toolbox::addslashes_deep($tkt);
return $tkt;
}
/**
* Do XML export
**/
function DoXML()
{
global $DB;
$fp = fopen($this->FilePath, 'wb');
fputs($fp, "<?xml version=\"1.0\"?>\n");
fputs($fp, "<dataxml>\n");
foreach ($this->SqlString as $strqry) {
if ($strqry == "") {
$this->IsError = 1;
$this->ErrorString = "Error the query can't be a null string";
return -1;
}
$result = $DB->query($strqry);
if ($result == FALSE) {
$this->IsError = 1;
$this->ErrorString = "Error in SQL Query: " . $strqry;
return -1;
}
// OK... let's create XML ;)
fputs($fp, " <fields>\n");
$i = 0;
$FieldsVector = array();
while ($i < $DB->num_fields($result)) {
$name = $DB->field_name($result, $i);
fputs($fp, " <field>" . $name . "</field>\n");
$FieldsVector[] = $name;
$i++;
}
fputs($fp, " </fields>\n");
// And NOW the Data ...
fputs($fp, " <rows>\n");
while ($row = $DB->fetch_row($result)) {
fputs($fp, " <row>\n");
for ($j = 0; $j < $i; $j++) {
$FieldName = "";
// Name of TAG
$Attributes = "";
switch ($this->Type) {
case 1:
$FieldName = "data";
break;
case 2:
$FieldName = "data" . $j;
break;
case 3:
$FieldName = $FieldsVector[$j];
break;
case 4:
$FieldName = "data";
$Attributes = " fieldname=\"" . $FieldsVector[$j] . "\"";
}
fputs($fp, " <" . $FieldName . $Attributes . ">" . Toolbox::encodeInUtf8(htmlspecialchars($row[$j])) . "</" . $FieldName . ">\n");
}
fputs($fp, " </row>\n");
}
fputs($fp, " </rows>\n");
$DB->free_result($result);
}
fputs($fp, "</dataxml>");
//OK free ... ;)
fclose($fp);
}
/**
* Import the devices for a computer
*
* @param $devicetype integer : device type
* @param $computers_id integer : glpi computer id.
* @param $ocsid integer : ocs computer id (ID).
* @param $plugin_ocsinventoryng_ocsservers_id integer : ocs server id
* @param $cfg_ocs array : ocs config
* @param $import_device array : already imported devices
* @param $import_ip array : already imported ip
* @param $dohistory boolean : log changes?
*
* @return Nothing (void).
**/
static function updateDevices($devicetype, $computers_id, $ocsid, $plugin_ocsinventoryng_ocsservers_id, $cfg_ocs, $import_device, $import_ip, $dohistory)
{
global $PluginOcsinventoryngDBocs, $DB;
$prevalue = $devicetype . self::FIELD_SEPARATOR;
self::checkOCSconnection($plugin_ocsinventoryng_ocsservers_id);
$do_clean = false;
switch ($devicetype) {
case "Item_DeviceMemory":
$CompDevice = new $devicetype();
//Memoire
if ($cfg_ocs["import_device_memory"]) {
$do_clean = true;
$query2 = "SELECT*\n FROM `memories`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
// TODO a revoir
// pourquoi supprimer tous les importés ?
// En 0.83 cette suppression était lié à la présence du tag
// IMPORT_TAG_078, et donc exécuté 1 seule fois pour redressement
// Cela pete, je pense, tous les lock
//if (count($import_device)){
// $dohistory = false;
// foreach ($import_device as $key => $val) {
// $tmp = explode(self::FIELD_SEPARATOR,$key);
// if (isset($tmp[1]) && $tmp[0] == "Item_DeviceMemory") {
// $CompDevice->delete(array('id' => $tmp[1],
// '_no_history' => true), 1);
// unset($import_device[$key]);
// }
// }
//}
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (isset($line2["CAPACITY"]) && $line2["CAPACITY"] != "No") {
$ram["designation"] = "";
if ($line2["TYPE"] != "Empty Slot" && $line2["TYPE"] != "Unknown") {
$ram["designation"] = $line2["TYPE"];
}
if ($line2["DESCRIPTION"]) {
if (!empty($ram["designation"])) {
$ram["designation"] .= " - ";
}
$ram["designation"] .= $line2["DESCRIPTION"];
}
if (!is_numeric($line2["CAPACITY"])) {
$line2["CAPACITY"] = 0;
}
$ram["size_default"] = $line2["CAPACITY"];
if (!in_array(stripslashes($prevalue . $ram["designation"]), $import_device)) {
$ram["frequence"] = $line2["SPEED"];
$ram["devicememorytypes_id"] = Dropdown::importExternal('DeviceMemoryType', $line2["TYPE"]);
$DeviceMemory = new DeviceMemory();
$ram_id = $DeviceMemory->import($ram);
if ($ram_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicememories_id' => $ram_id, 'size' => $line2["CAPACITY"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $ram["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'size' => $line2["CAPACITY"]));
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceHardDrive":
$CompDevice = new $devicetype();
//Disque Dur
if ($cfg_ocs["import_device_hdd"]) {
$do_clean = true;
$query2 = "SELECT*\n FROM `storages`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (!empty($line2["DISKSIZE"]) && preg_match("/disk|spare\\sdrive/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$dd["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$dd["designation"] = $line2["MODEL"];
} else {
$dd["designation"] = "Unknown";
}
}
if (!is_numeric($line2["DISKSIZE"])) {
$line2["DISKSIZE"] = 0;
}
if (!in_array(stripslashes($prevalue . $dd["designation"]), $import_device)) {
$dd["capacity_default"] = $line2["DISKSIZE"];
$DeviceHardDrive = new DeviceHardDrive();
$dd_id = $DeviceHardDrive->import($dd);
if ($dd_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'deviceharddrives_id' => $dd_id, 'capacity' => $line2["DISKSIZE"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $dd["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'capacity' => $line2["DISKSIZE"]));
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceDrive":
$CompDevice = new $devicetype();
//lecteurs
if ($cfg_ocs["import_device_drive"]) {
$do_clean = true;
$query2 = "SELECT*\n FROM `storages`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (empty($line2["DISKSIZE"]) || !preg_match("/disk/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$stor["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$stor["designation"] = $line2["MODEL"];
} else {
$stor["designation"] = "Unknown";
}
}
if (!in_array(stripslashes($prevalue . $stor["designation"]), $import_device)) {
$DeviceDrive = new DeviceDrive();
$stor_id = $DeviceDrive->import($stor);
if ($stor_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicedrives_id' => $stor_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $stor["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DevicePci":
$CompDevice = new $devicetype();
//Modems
if ($cfg_ocs["import_device_modem"]) {
$do_clean = true;
$query2 = "SELECT*\n FROM `modems`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$mdm["designation"] = $line2["NAME"];
if (!in_array(stripslashes($prevalue . $mdm["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$mdm["comment"] = $line2["TYPE"] . "\r\n" . $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$mdm_id = $DevicePci->import($mdm);
if ($mdm_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicepcis_id' => $mdm_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $mdm["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
//Ports
if ($cfg_ocs["import_device_port"]) {
$query2 = "SELECT*\n FROM `ports`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$port["designation"] = "";
if ($line2["TYPE"] != "Other") {
$port["designation"] .= $line2["TYPE"];
}
if ($line2["NAME"] != "Not Specified") {
$port["designation"] .= " " . $line2["NAME"];
} else {
if ($line2["CAPTION"] != "None") {
$port["designation"] .= " " . $line2["CAPTION"];
}
}
if (!empty($port["designation"])) {
if (!in_array(stripslashes($prevalue . $port["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"]) && $line2["DESCRIPTION"] != "None") {
$port["comment"] = $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$port_id = $DevicePci->import($port);
if ($port_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicepcis_id' => $port_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $port["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceProcessor":
$CompDevice = new $devicetype();
//Processeurs:
if ($cfg_ocs["import_device_processor"]) {
$do_clean = true;
$query = "SELECT*\n FROM `hardware`\n WHERE `ID` = '{$ocsid}'\n ORDER BY `ID`";
$result = $PluginOcsinventoryngDBocs->query($query);
if ($PluginOcsinventoryngDBocs->numrows($result) == 1) {
$line = $PluginOcsinventoryngDBocs->fetch_array($result);
$line = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line));
for ($i = 0; $i < $line["PROCESSORN"]; $i++) {
$processor = array();
$processor["designation"] = $line["PROCESSORT"];
if (!is_numeric($line["PROCESSORS"])) {
$line["PROCESSORS"] = 0;
}
$processor["frequency_default"] = $line["PROCESSORS"];
$processor["frequence"] = $line["PROCESSORS"];
if (!in_array(stripslashes($prevalue . $processor["designation"]), $import_device)) {
$DeviceProcessor = new DeviceProcessor();
$proc_id = $DeviceProcessor->import($processor);
if ($proc_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'deviceprocessors_id' => $proc_id, 'frequency' => $line["PROCESSORS"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $processor["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'frequency' => $line["PROCESSORS"]));
unset($import_device[$tmp]);
}
}
}
}
break;
case "Item_DeviceNetworkCard":
//Carte reseau
if ($cfg_ocs["import_device_iface"] || $cfg_ocs["import_ip"]) {
PluginOcsinventoryngNetworkPort::importNetwork($PluginOcsinventoryngDBocs, $cfg_ocs, $ocsid, $computers_id, $dohistory);
}
break;
case "Item_DeviceGraphicCard":
$CompDevice = new $devicetype();
//carte graphique
if ($cfg_ocs["import_device_gfxcard"]) {
$do_clean = true;
$query2 = "SELECT DISTINCT(`NAME`) AS NAME,\n `MEMORY`\n FROM `videos`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n AND `NAME` != ''\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$video["designation"] = $line2["NAME"];
if (!is_numeric($line2["MEMORY"])) {
$line2["MEMORY"] = 0;
}
if (!in_array(stripslashes($prevalue . $video["designation"]), $import_device)) {
$video["memory_default"] = $line2["MEMORY"];
$DeviceGraphicCard = new DeviceGraphicCard();
$video_id = $DeviceGraphicCard->import($video);
if ($video_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicegraphiccards_id' => $video_id, 'memory' => $line2["MEMORY"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $video["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'memory' => $line2["MEMORY"]));
unset($import_device[$tmp]);
}
}
}
}
break;
case "Item_DeviceSoundCard":
$CompDevice = new $devicetype();
//carte son
if ($cfg_ocs["import_device_sound"]) {
$do_clean = true;
$query2 = "SELECT DISTINCT(`NAME`) AS NAME,\n `DESCRIPTION`\n FROM `sounds`\n WHERE `HARDWARE_ID` = '{$ocsid}'\n AND `NAME` != ''\n ORDER BY `ID`";
$result2 = $PluginOcsinventoryngDBocs->query($query2);
if ($PluginOcsinventoryngDBocs->numrows($result2) > 0) {
while ($line2 = $PluginOcsinventoryngDBocs->fetch_array($result2)) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (!$cfg_ocs["ocs_db_utf8"] && !Toolbox::seems_utf8($line2["NAME"])) {
$line2["NAME"] = Toolbox::encodeInUtf8($line2["NAME"]);
}
$snd["designation"] = $line2["NAME"];
if (!in_array(stripslashes($prevalue . $snd["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$snd["comment"] = $line2["DESCRIPTION"];
}
$DeviceSoundCard = new DeviceSoundCard();
$snd_id = $DeviceSoundCard->import($snd);
if ($snd_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicesoundcards_id' => $snd_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$id = array_search(stripslashes($prevalue . $snd["designation"]), $import_device);
unset($import_device[$id]);
}
}
}
}
break;
}
// Delete Unexisting Items not found in OCS
if ($do_clean && count($import_device)) {
foreach ($import_device as $key => $val) {
if (!(strpos($key, $devicetype . '$$') === false)) {
list($type, $id) = explode(self::FIELD_SEPARATOR, $key);
$CompDevice->delete(array('id' => $id, '_no_history' => !$dohistory, 1), true);
}
}
}
//TODO Import IP
if ($do_clean && count($import_ip) && $devicetype == "Item_DeviceNetworkCard") {
foreach ($import_ip as $key => $val) {
if ($key > 0) {
$netport = new NetworkPort();
$netport->delete(array('id' => $key));
}
}
}
//Alimentation
//Carte mere
}
function get_update_content($DB, $table, $from, $limit, $conv_utf8)
{
$content = "";
$DB->query("SET NAMES latin1");
$result = $DB->query("SELECT *\n FROM `{$table}`\n LIMIT {$from}, {$limit}");
if ($result) {
while ($row = $DB->fetch_assoc($result)) {
if (isset($row["id"])) {
$insert = "UPDATE `{$table}`\n SET ";
foreach ($row as $key => $val) {
$insert .= " `" . $key . "` = ";
if (!isset($val)) {
$insert .= "NULL,";
} else {
if ($val != "") {
if ($conv_utf8) {
// Gestion users AD qui sont deja en UTF8
if ($table != "glpi_users" || !Toolbox::seems_utf8($val)) {
$val = Toolbox::encodeInUtf8($val);
}
}
$insert .= "'" . addslashes($val) . "',";
} else {
$insert .= "'',";
}
}
}
$insert = preg_replace("/,\$/", "", $insert);
$insert .= " WHERE `id` = '" . $row["id"] . "' ";
$insert .= ";\n";
$content .= $insert;
}
}
}
return $content;
}
if (!empty($data2["mac"])) {
echo "<p><b>{$plugin_shellcommands_shellcommands_id} -> " . $val['host'] . " (" . $val['mac'] . ")</b></p>";
$command = $command_item->sendMagicPacket($val['mac'], $val['ip'], $val['netmask']);
}
}
}
} else {
$host = $item->getField('mac');
echo "<p><b>{$plugin_shellcommands_shellcommands_id} -> " . $host . "</b></p>";
$command = $command_item->sendMagicPacket($host);
}
} else {
echo "<p><b>{$plugin_shellcommands_shellcommands_id} -> " . $host . "</b></p>";
$command = $path . " " . $parameters . " " . $host;
$ouput[] = null;
exec($command, $ouput);
$cmd = count($ouput);
echo " <font color=blue>";
for ($i = 0; $i < $cmd; $i++) {
echo Toolbox::encodeInUtf8($ouput[$i]) . "<br>";
}
echo "</font>";
echo "<br>" . $command;
}
}
echo "</td>";
echo "</tr>";
unset($ouput);
}
echo "</table></div>";
Html::footer();
function sendMagicPacket($macaddress, $ip = null, $netmask = null)
{
$packet = $this->doMagicPacket($macaddress);
$ip = ip2long($ip);
$mask = ip2long($netmask);
$broadcast = null;
// Si l'IP et le masque sont fournis (et sont valides) on tente de calculer l'adresse de broadcast du reseau
if ($ip !== false && $mask !== false) {
$mask = ~$mask;
$broadcast = long2ip($ip | $mask);
}
$error = 0;
$mcastaddr = "224.0.0.1";
/* TO BE TESTED
$addr_byte = explode(':', $macaddress);
$hw_addr = '';
for ($a=0; $a <6; $a++) $hw_addr .= chr(hexdec($addr_byte[$a]));
$packet = chr(255).chr(255).chr(255).chr(255).chr(255).chr(255);
for ($a = 1; $a <= 16; $a++) $msg .= $hw_addr; */
if (is_null($broadcast)) {
//j'arrive pas a faire du broadcast avec cette methode alors c'est du multicast pour tous les
//postes d'un ss reseau
$sock = fsockopen("udp://" . $mcastaddr, 9, $errno, $errostr);
//$sock = fsockopen("udp://255.255.255.255", 9, $errno, $errostr);
if (!$sock) {
echo __('There is an error with socket creation', 'shellcommands') . " : ";
echo Toolbox::encodeInUtf8($errostr) . " " . Toolbox::encodeInUtf8($errno);
echo "<br />";
$error = 1;
} else {
fwrite($sock, $packet);
fclose($sock);
}
} else {
// Cette methode necessite que php soit compile avec les sockets
$sock = socket_create(AF_INET, SOCK_DGRAM, 0);
//TO BE TESTED $sock = socket_create(AF_INET, SOCK_DGRAM, SOL_UDP);
if ($sock < 0) {
echo "Error creating socket : " . strerror($sock) . "\n";
echo "Error code is '" . socket_last_error($sock) . "' - ";
echo socket_strerror(socket_last_error($sock));
$error = 1;
} else {
$opt_ret = socket_set_option($sock, 1, 6, TRUE);
if ($opt_ret < 0) {
echo "setsockopt() failed, error: " . strerror($opt_ret) . "\n";
$error = 1;
} else {
$send_ret = socket_sendto($sock, $packet, strlen($packet), 0, $broadcast, 9);
//TO BE TESTED $send_ret = socket_sendto($sock, $packet, strlen($packet), 0, $ip, $socket_number) $socket_number=7 ?
if ($send_ret < 0) {
echo "Error when sending packet " . strerror($send_ret) . "<BR>\n";
$error = 1;
} else {
socket_close($sock);
}
}
}
}
if ($error != 1) {
$txt = is_null($broadcast) ? $mcastaddr : $broadcast;
echo __('Magic packet sending to', 'shellcommands') . " " . $macaddress . " (" . $txt . ")";
} else {
echo __('The packet cannot be send', 'shellcommands');
}
}
/**
* Import the devices for a computer
*
* @param $devicetype integer : device type
* @param $computers_id integer : glpi computer id.
* @param $ocsid integer : ocs computer id (ID).
* @param $plugin_ocsinventoryng_ocsservers_id integer : ocs server id
* @param $cfg_ocs array : ocs config
* @param $import_device array : already imported devices
* @param $import_ip array : already imported ip
* @param $dohistory boolean : log changes?
*
* @return Nothing (void).
**/
static function updateDevices($devicetype, $computers_id, $ocsComputer, $plugin_ocsinventoryng_ocsservers_id, $cfg_ocs, $import_device, $import_ip, $dohistory)
{
global $DB;
$prevalue = $devicetype . self::FIELD_SEPARATOR;
$do_clean = false;
$comp = new Computer();
$comp->getFromDB($computers_id);
$entities_id = $comp->fields['entities_id'];
switch ($devicetype) {
case "Item_DeviceMemory":
$CompDevice = new $devicetype();
//Memoire
$do_clean = true;
if ($ocsComputer) {
// TODO a revoir
// pourquoi supprimer tous les importés ?
// En 0.83 cette suppression était lié à la présence du tag
// IMPORT_TAG_078, et donc exécuté 1 seule fois pour redressement
// Cela pete, je pense, tous les lock
//if (count($import_device)){
// $dohistory = false;
// foreach ($import_device as $key => $val) {
// $tmp = explode(self::FIELD_SEPARATOR,$key);
// if (isset($tmp[1]) && $tmp[0] == "Item_DeviceMemory") {
// $CompDevice->delete(array('id' => $tmp[1],
// '_no_history' => true), 1);
// unset($import_device[$key]);
// }
// }
//}
if (isset($ocsComputer['MEMORIES'])) {
foreach ($ocsComputer['MEMORIES'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (isset($line2["CAPACITY"]) && $line2["CAPACITY"] != "No") {
$ram["designation"] = "";
if ($line2["TYPE"] != "Empty Slot" && $line2["TYPE"] != "Unknown") {
$ram["designation"] = $line2["TYPE"];
}
if ($line2["DESCRIPTION"]) {
if (!empty($ram["designation"])) {
$ram["designation"] .= " - ";
}
$ram["designation"] .= $line2["DESCRIPTION"];
}
if (!is_numeric($line2["CAPACITY"])) {
$line2["CAPACITY"] = 0;
}
$ram["size_default"] = $line2["CAPACITY"];
$ram["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $ram["designation"]), $import_device)) {
$ram["frequence"] = $line2["SPEED"];
$ram["devicememorytypes_id"] = Dropdown::importExternal('DeviceMemoryType', $line2["TYPE"]);
$DeviceMemory = new DeviceMemory();
$ram_id = $DeviceMemory->import($ram);
if ($ram_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicememories_id' => $ram_id, 'size' => $line2["CAPACITY"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $ram["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'size' => $line2["CAPACITY"]));
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceHardDrive":
$CompDevice = new $devicetype();
//Disque Dur
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['STORAGES'])) {
foreach ($ocsComputer['STORAGES'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (!empty($line2["DISKSIZE"]) && preg_match("/disk|spare\\sdrive/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$dd["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$dd["designation"] = $line2["MODEL"];
} else {
$dd["designation"] = "Unknown";
}
}
if (!is_numeric($line2["DISKSIZE"])) {
$line2["DISKSIZE"] = 0;
}
$dd["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $dd["designation"]), $import_device)) {
$dd["capacity_default"] = $line2["DISKSIZE"];
$DeviceHardDrive = new DeviceHardDrive();
$dd_id = $DeviceHardDrive->import($dd);
if ($dd_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'deviceharddrives_id' => $dd_id, 'serial' => $line2["SERIALNUMBER"], 'capacity' => $line2["DISKSIZE"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $dd["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'capacity' => $line2["DISKSIZE"], 'serial' => $line2["SERIALNUMBER"]));
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceDrive":
$CompDevice = new $devicetype();
//lecteurs
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['STORAGES'])) {
foreach ($ocsComputer['STORAGES'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (empty($line2["DISKSIZE"]) || !preg_match("/disk/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$stor["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$stor["designation"] = $line2["MODEL"];
} else {
$stor["designation"] = "Unknown";
}
}
$stor["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $stor["designation"]), $import_device)) {
$DeviceDrive = new DeviceDrive();
$stor_id = $DeviceDrive->import($stor);
if ($stor_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicedrives_id' => $stor_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $stor["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DevicePci":
$CompDevice = new $devicetype();
//Modems
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['MODEMS'])) {
foreach ($ocsComputer['MODEMS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$mdm["designation"] = $line2["NAME"];
$mdm["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $mdm["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$mdm["comment"] = $line2["TYPE"] . "\r\n" . $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$mdm_id = $DevicePci->import($mdm);
if ($mdm_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicepcis_id' => $mdm_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $mdm["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
//Ports
if ($ocsComputer) {
if (isset($ocsComputer['PORTS'])) {
foreach ($ocsComputer['PORTS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$port["designation"] = "";
if ($line2["TYPE"] != "Other") {
$port["designation"] .= $line2["TYPE"];
}
if ($line2["NAME"] != "Not Specified") {
$port["designation"] .= " " . $line2["NAME"];
} else {
if ($line2["CAPTION"] != "None") {
$port["designation"] .= " " . $line2["CAPTION"];
}
}
$port["entities_id"] = $entities_id;
if (!empty($port["designation"])) {
if (!in_array(stripslashes($prevalue . $port["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"]) && $line2["DESCRIPTION"] != "None") {
$port["comment"] = $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$port_id = $DevicePci->import($port);
if ($port_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicepcis_id' => $port_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $port["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceProcessor":
$CompDevice = new $devicetype();
//Processeurs:
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['HARDWARE'])) {
$line = $ocsComputer['HARDWARE'];
$line = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line));
for ($i = 0; $i < $line["PROCESSORN"]; $i++) {
$processor = array();
$processor["designation"] = $line["PROCESSORT"];
if (!is_numeric($line["PROCESSORS"])) {
$line["PROCESSORS"] = 0;
}
$processor["frequency_default"] = $line["PROCESSORS"];
$processor["frequence"] = $line["PROCESSORS"];
$processor["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $processor["designation"]), $import_device)) {
$DeviceProcessor = new DeviceProcessor();
$proc_id = $DeviceProcessor->import($processor);
if ($proc_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'deviceprocessors_id' => $proc_id, 'frequency' => $line["PROCESSORS"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $processor["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'frequency' => $line["PROCESSORS"]));
unset($import_device[$tmp]);
}
}
}
}
break;
case "Item_DeviceNetworkCard":
//Carte reseau
PluginOcsinventoryngNetworkPort::importNetwork($plugin_ocsinventoryng_ocsservers_id, $cfg_ocs, $ocsComputer, $computers_id, $dohistory, $entities_id);
break;
case "Item_DeviceGraphicCard":
$CompDevice = new $devicetype();
//carte graphique
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['VIDEOS'])) {
foreach ($ocsComputer['VIDEOS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
$video["designation"] = $line2["NAME"];
$video["entities_id"] = $entities_id;
if (!is_numeric($line2["MEMORY"])) {
$line2["MEMORY"] = 0;
}
if (!in_array(stripslashes($prevalue . $video["designation"]), $import_device)) {
$video["memory_default"] = $line2["MEMORY"];
$DeviceGraphicCard = new DeviceGraphicCard();
$video_id = $DeviceGraphicCard->import($video);
if ($video_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicegraphiccards_id' => $video_id, 'memory' => $line2["MEMORY"], 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $video["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'memory' => $line2["MEMORY"]));
unset($import_device[$tmp]);
}
}
}
}
}
break;
case "Item_DeviceSoundCard":
$CompDevice = new $devicetype();
//carte son
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['SOUNDS'])) {
foreach ($ocsComputer['SOUNDS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
if (!$cfg_ocs["ocs_db_utf8"] && !Toolbox::seems_utf8($line2["NAME"])) {
$line2["NAME"] = Toolbox::encodeInUtf8($line2["NAME"]);
}
$snd["entities_id"] = $entities_id;
$snd["designation"] = $line2["NAME"];
if (!in_array(stripslashes($prevalue . $snd["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$snd["comment"] = $line2["DESCRIPTION"];
}
$DeviceSoundCard = new DeviceSoundCard();
$snd_id = $DeviceSoundCard->import($snd);
if ($snd_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicesoundcards_id' => $snd_id, 'is_dynamic' => 1, '_no_history' => !$dohistory));
}
} else {
$id = array_search(stripslashes($prevalue . $snd["designation"]), $import_device);
unset($import_device[$id]);
}
}
}
}
}
break;
case "PluginOcsinventoryngItem_DeviceBiosdata":
$CompDevice = new $devicetype();
//Bios
$do_clean = true;
if ($ocsComputer) {
if (isset($ocsComputer['BIOS'])) {
$bios["designation"] = $ocsComputer['BIOS']["BVERSION"];
$bios["assettag"] = $ocsComputer['BIOS']["ASSETTAG"];
$bios["entities_id"] = $entities_id;
//$date = str_replace("/", "-", $ocsComputer['BIOS']["BDATE"]);
//$date = date("Y-m-d", strtotime($date));
$bios["date"] = $ocsComputer['BIOS']["BDATE"];
$bios["manufacturers_id"] = Dropdown::importExternal('Manufacturer', self::encodeOcsDataInUtf8($cfg_ocs['ocs_db_utf8'], $ocsComputer['BIOS']["SMANUFACTURER"]));
if (!in_array(stripslashes($prevalue . $bios["designation"]), $import_device)) {
$DeviceBios = new PluginOcsinventoryngDeviceBiosdata();
$bios_id = $DeviceBios->import($bios);
if ($bios_id) {
$devID = $CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'plugin_ocsinventoryng_devicebiosdatas_id' => $bios_id, 'is_dynamic' => 1, 'entities_id' => $entities_id, '_no_history' => !$dohistory));
}
} else {
$tmp = array_search(stripslashes($prevalue . $bios["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
break;
}
// Delete Unexisting Items not found in OCS
if ($do_clean && count($import_device)) {
foreach ($import_device as $key => $val) {
if (!(strpos($key, $devicetype . '$$') === false)) {
list($type, $id) = explode(self::FIELD_SEPARATOR, $key);
$CompDevice->delete(array('id' => $id, '_no_history' => !$dohistory, 1), true);
}
}
}
//TODO Import IP
if ($do_clean && count($import_ip) && $devicetype == "Item_DeviceNetworkCard") {
foreach ($import_ip as $key => $val) {
if ($key > 0) {
$netport = new NetworkPort();
$netport->delete(array('id' => $key));
}
}
}
//Alimentation
//Carte mere
}
/**
* Import the devices for a computer
*
* @param $devicetype integer : device type
* @param $computers_id integer : glpi computer id.
* @param $ocsComputer
* @param $plugin_ocsinventoryng_ocsservers_id integer : ocs server id
* @param $cfg_ocs array : ocs config
* @param $import_device array : already imported devices
* @param $import_ip array : already imported ip
* @return Nothing .
* @internal param int $ocsid : ocs computer id (ID).
* @internal param bool $dohistory : log changes?
*
*/
static function updateDevices($devicetype, $computers_id, $ocsComputer, $plugin_ocsinventoryng_ocsservers_id, $cfg_ocs, $import_device, $import_ip)
{
$prevalue = $devicetype . self::FIELD_SEPARATOR;
$do_clean = false;
$comp = new Computer();
$comp->getFromDB($computers_id);
$entities_id = $comp->fields['entities_id'];
switch ($devicetype) {
case "PluginOcsinventoryngItem_DeviceBiosdata":
$CompDevice = new $devicetype();
//Bios
$do_clean = true;
$bios["designation"] = $ocsComputer["BVERSION"];
$bios["assettag"] = $ocsComputer["ASSETTAG"];
$bios["entities_id"] = $entities_id;
//$date = str_replace("/", "-", $ocsComputer['BIOS']["BDATE"]);
//$date = date("Y-m-d", strtotime($date));
$bios["date"] = $ocsComputer["BDATE"];
$bios["manufacturers_id"] = Dropdown::importExternal('Manufacturer', self::encodeOcsDataInUtf8($cfg_ocs['ocs_db_utf8'], $ocsComputer["SMANUFACTURER"]));
if (!in_array(stripslashes($prevalue . $bios["designation"]), $import_device)) {
$DeviceBios = new PluginOcsinventoryngDeviceBiosdata();
$bios_id = $DeviceBios->import($bios);
if ($bios_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'plugin_ocsinventoryng_devicebiosdatas_id' => $bios_id, 'is_dynamic' => 1, 'entities_id' => $entities_id), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $bios["designation"]), $import_device);
unset($import_device[$tmp]);
}
break;
case "Item_DeviceMemory":
//MEMORIES
$CompDevice = new $devicetype();
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (isset($line2["CAPACITY"]) && $line2["CAPACITY"] != "No") {
$ram["designation"] = "";
if ($line2["TYPE"] != "Empty Slot" && $line2["TYPE"] != "Unknown") {
$ram["designation"] = $line2["TYPE"];
}
if ($line2["DESCRIPTION"]) {
if (!empty($ram["designation"])) {
$ram["designation"] .= " - ";
}
$ram["designation"] .= $line2["DESCRIPTION"];
}
if (!is_numeric($line2["CAPACITY"])) {
$line2["CAPACITY"] = 0;
}
$ram["size_default"] = $line2["CAPACITY"];
$ram["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $ram["designation"]), $import_device)) {
$ram["frequence"] = $line2["SPEED"];
$ram["devicememorytypes_id"] = Dropdown::importExternal('DeviceMemoryType', $line2["TYPE"]);
$DeviceMemory = new DeviceMemory();
$ram_id = $DeviceMemory->import($ram);
if ($ram_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicememories_id' => $ram_id, 'size' => $line2["CAPACITY"], 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $ram["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'size' => $line2["CAPACITY"]), $cfg_ocs['history_devices']);
unset($import_device[$tmp]);
}
}
}
break;
case "Item_DeviceHardDrive":
$CompDevice = new $devicetype();
//Disque Dur
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (!empty($line2["DISKSIZE"]) && preg_match("/disk|spare\\sdrive/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$dd["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$dd["designation"] = $line2["MODEL"];
} else {
$dd["designation"] = "Unknown";
}
}
if (!is_numeric($line2["DISKSIZE"])) {
$line2["DISKSIZE"] = 0;
}
$dd["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $dd["designation"]), $import_device)) {
$dd["capacity_default"] = $line2["DISKSIZE"];
$DeviceHardDrive = new DeviceHardDrive();
$dd_id = $DeviceHardDrive->import($dd);
if ($dd_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'deviceharddrives_id' => $dd_id, 'serial' => $line2["SERIALNUMBER"], 'capacity' => $line2["DISKSIZE"], 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $dd["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'capacity' => $line2["DISKSIZE"], 'serial' => $line2["SERIALNUMBER"]), $cfg_ocs['history_devices']);
unset($import_device[$tmp]);
}
}
}
break;
case "Item_DeviceDrive":
$CompDevice = new $devicetype();
//lecteurs
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if (empty($line2["DISKSIZE"]) || !preg_match("/disk/i", $line2["TYPE"])) {
if ($line2["NAME"]) {
$stor["designation"] = $line2["NAME"];
} else {
if ($line2["MODEL"]) {
$stor["designation"] = $line2["MODEL"];
} else {
$stor["designation"] = "Unknown";
}
}
$stor["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $stor["designation"]), $import_device)) {
$DeviceDrive = new DeviceDrive();
$stor_id = $DeviceDrive->import($stor);
if ($stor_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicedrives_id' => $stor_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $stor["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
break;
case "Item_DevicePci":
if (isset($ocsComputer['MODEMS'])) {
$CompDevice = new $devicetype();
//Modems
$do_clean = true;
foreach ($ocsComputer['MODEMS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$mdm["designation"] = $line2["NAME"];
$mdm["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $mdm["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$mdm["comment"] = $line2["TYPE"] . "\r\n" . $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$mdm_id = $DevicePci->import($mdm);
if ($mdm_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicepcis_id' => $mdm_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $mdm["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
//Ports
if (isset($ocsComputer['PORTS'])) {
$CompDevice = new $devicetype();
foreach ($ocsComputer['PORTS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$port["designation"] = "";
if ($line2["TYPE"] != "Other") {
$port["designation"] .= $line2["TYPE"];
}
if ($line2["NAME"] != "Not Specified") {
$port["designation"] .= " " . $line2["NAME"];
} else {
if ($line2["CAPTION"] != "None") {
$port["designation"] .= " " . $line2["CAPTION"];
}
}
$port["entities_id"] = $entities_id;
if (!empty($port["designation"])) {
if (!in_array(stripslashes($prevalue . $port["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"]) && $line2["DESCRIPTION"] != "None") {
$port["comment"] = $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$port_id = $DevicePci->import($port);
if ($port_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicepcis_id' => $port_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $port["designation"]), $import_device);
unset($import_device[$tmp]);
}
}
}
}
//Slots
if (isset($ocsComputer['SLOTS'])) {
$CompDevice = new $devicetype();
$do_clean = true;
foreach ($ocsComputer['SLOTS'] as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
if (!$cfg_ocs["ocs_db_utf8"] && !Toolbox::seems_utf8($line2["NAME"])) {
$line2["NAME"] = Toolbox::encodeInUtf8($line2["NAME"]);
}
$pci["entities_id"] = $entities_id;
$pci["designation"] = $line2["NAME"];
if (!in_array(stripslashes($prevalue . $pci["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$pci["comment"] = $line2["DESCRIPTION"];
}
$DevicePci = new DevicePci();
$pci_id = $DevicePci->import($pci);
if ($pci_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicepcis_id' => $pci_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$id = array_search(stripslashes($prevalue . $pci["designation"]), $import_device);
unset($import_device[$id]);
}
}
}
}
break;
case "Item_DeviceProcessor":
$CompDevice = new $devicetype();
//Processeurs:
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
$processor = array();
$processor["designation"] = $line2["TYPE"];
if (!is_numeric($line2["SPEED"])) {
$line2["SPEED"] = 0;
}
$processor["manufacturers_id"] = Dropdown::importExternal('Manufacturer', self::encodeOcsDataInUtf8($cfg_ocs['ocs_db_utf8'], $line2["MANUFACTURER"]));
$processor["frequency_default"] = $line2["SPEED"];
$processor["nbcores_default"] = $line2["CORES"];
//$processor["nbthreads_default"] = $line2["LOGICAL_CPUS"];
$processor["frequence"] = $line2["CURRENT_SPEED"];
$processor["entities_id"] = $entities_id;
if (!in_array(stripslashes($prevalue . $processor["designation"]), $import_device)) {
$DeviceProcessor = new DeviceProcessor();
$proc_id = $DeviceProcessor->import($processor);
if ($proc_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'deviceprocessors_id' => $proc_id, 'frequency' => $line2["SPEED"], 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $processor["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'frequency' => $line2["SPEED"]), $cfg_ocs['history_devices']);
unset($import_device[$tmp]);
}
}
break;
case "Item_DeviceNetworkCard":
//Carte reseau
PluginOcsinventoryngNetworkPort::importNetwork($cfg_ocs, $ocsComputer, $computers_id, $entities_id);
break;
case "Item_DeviceGraphicCard":
$CompDevice = new $devicetype();
//carte graphique
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
$video["designation"] = $line2["NAME"];
$video["entities_id"] = $entities_id;
if (!is_numeric($line2["MEMORY"])) {
$line2["MEMORY"] = 0;
}
if (!in_array(stripslashes($prevalue . $video["designation"]), $import_device)) {
$video["memory_default"] = $line2["MEMORY"];
$DeviceGraphicCard = new DeviceGraphicCard();
$video_id = $DeviceGraphicCard->import($video);
if ($video_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicegraphiccards_id' => $video_id, 'memory' => $line2["MEMORY"], 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $video["designation"]), $import_device);
list($type, $id) = explode(self::FIELD_SEPARATOR, $tmp);
$CompDevice->update(array('id' => $id, 'memory' => $line2["MEMORY"]), $cfg_ocs['history_devices']);
unset($import_device[$tmp]);
}
}
}
break;
case "Item_DeviceSoundCard":
$CompDevice = new $devicetype();
//carte son
$do_clean = true;
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
if (!$cfg_ocs["ocs_db_utf8"] && !Toolbox::seems_utf8($line2["NAME"])) {
$line2["NAME"] = Toolbox::encodeInUtf8($line2["NAME"]);
}
$snd["entities_id"] = $entities_id;
$snd["designation"] = $line2["NAME"];
if (!in_array(stripslashes($prevalue . $snd["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$snd["comment"] = $line2["DESCRIPTION"];
}
$DeviceSoundCard = new DeviceSoundCard();
$snd_id = $DeviceSoundCard->import($snd);
if ($snd_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicesoundcards_id' => $snd_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$id = array_search(stripslashes($prevalue . $snd["designation"]), $import_device);
unset($import_device[$id]);
}
}
}
break;
case "Item_DeviceMotherboard":
$CompDevice = new $devicetype();
//Bios
$do_clean = true;
$mb["designation"] = $ocsComputer["MMODEL"];
$mb["entities_id"] = $entities_id;
$mb["manufacturers_id"] = Dropdown::importExternal('Manufacturer', self::encodeOcsDataInUtf8($cfg_ocs['ocs_db_utf8'], $ocsComputer["MMANUFACTURER"]));
if (!in_array(stripslashes($prevalue . $mb["designation"]), $import_device)) {
$DeviceMB = new DeviceMotherboard();
$devicemotherboards_id = $DeviceMB->import($mb);
if ($devicemotherboards_id) {
$serial = $ocsComputer["MSN"];
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'devicemotherboards_id' => $devicemotherboards_id, 'is_dynamic' => 1, 'serial' => $serial, 'entities_id' => $entities_id), array(), $cfg_ocs['history_devices']);
}
} else {
$tmp = array_search(stripslashes($prevalue . $mb["designation"]), $import_device);
unset($import_device[$tmp]);
}
break;
case "Item_DeviceControl":
//controllers
$do_clean = true;
$CompDevice = new $devicetype();
foreach ($ocsComputer as $line2) {
$line2 = Toolbox::clean_cross_side_scripting_deep(Toolbox::addslashes_deep($line2));
if ($line2['NAME']) {
if (!$cfg_ocs["ocs_db_utf8"] && !Toolbox::seems_utf8($line2["NAME"])) {
$line2["NAME"] = Toolbox::encodeInUtf8($line2["NAME"]);
}
$ctrl["entities_id"] = $entities_id;
$ctrl["designation"] = $line2["NAME"];
//TODO : OCS TYPE = IDE Controller
// GLPI : interface = IDE
//$ctrl["interfacetypes_id"] = $line2["TYPE"];
$ctrl["manufacturers_id"] = Dropdown::importExternal('Manufacturer', self::encodeOcsDataInUtf8($cfg_ocs['ocs_db_utf8'], $line2["MANUFACTURER"]));
if (!in_array(stripslashes($prevalue . $ctrl["designation"]), $import_device)) {
if (!empty($line2["DESCRIPTION"])) {
$ctrl["comment"] = $line2["DESCRIPTION"];
}
$DeviceControl = new DeviceControl();
$ctrl_id = $DeviceControl->import($ctrl);
if ($ctrl_id) {
$CompDevice->add(array('items_id' => $computers_id, 'itemtype' => 'Computer', 'entities_id' => $entities_id, 'devicecontrols_id' => $ctrl_id, 'is_dynamic' => 1), array(), $cfg_ocs['history_devices']);
}
} else {
$id = array_search(stripslashes($prevalue . $ctrl["designation"]), $import_device);
unset($import_device[$id]);
}
}
}
break;
}
// Delete Unexisting Items not found in OCS
if ($do_clean && count($import_device)) {
foreach ($import_device as $key => $val) {
if (!(strpos($key, $devicetype . '$$') === false)) {
list($type, $id) = explode(self::FIELD_SEPARATOR, $key);
$CompDevice = new $devicetype();
$CompDevice->delete(array('id' => $id, '_no_history' => !$cfg_ocs['history_devices']), true, $cfg_ocs['history_devices']);
}
}
}
//TODO Import IP
if ($do_clean && count($import_ip) && $devicetype == "Item_DeviceNetworkCard") {
foreach ($import_ip as $key => $val) {
if ($key > 0) {
$netport = new NetworkPort();
$netport->delete(array('id' => $key, '_no_history' => !$cfg_ocs['history_network']), 0, $cfg_ocs['history_network']);
}
}
}
//Alimentation
//Carte mere
}