set_logfile($debug);
if ($uri != false) {
$this->enabled = $this->connect($uri, $login, $pwd);
}
}
function __construct($uri = false, $login = false, $pwd = false, $debug=false) {
if ($debug)
$this->set_logfile($debug);
if ($uri != false) {
$this->enabled = $this->connect($uri, $login, $pwd);
}
}
function _set_last_error() {
$this->last_error = libvirt_get_last_error();
return false;
}
function enabled() {
return $this->enabled;
}
function set_logfile($filename) {
if (!libvirt_logfile_set($filename,10000))
return $this->_set_last_error();
return true;
}
function get_capabilities() {
$tmp = libvirt_connect_get_capabilities($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_machine_types($arch = 'x86_64' /* or 'i686' */) {
$tmp = libvirt_connect_get_machine_types($this->conn);
if (!$tmp)
return $this->_set_last_error();
if (empty($tmp[$arch]))
return [];
return $tmp[$arch];
}
function get_default_emulator() {
$tmp = libvirt_connect_get_capabilities($this->conn, '//capabilities/guest/arch/domain/emulator');
return ($tmp) ? $tmp : $this->_set_last_error();
}
function set_folder_nodatacow($folder) {
if (!is_dir($folder)) {
return false;
}
$folder = transpose_user_path($folder);
#@shell_exec("chattr +C -R " . escapeshellarg($folder) . " &>/dev/null");
return true;
}
function create_disk_image($disk, $vmname = '', $diskid = 1) {
$arrReturn = [];
if (!empty($disk['size'])) {
$disk['size'] = str_replace(["KB","MB","GB","TB","PB"], ["K","M","G","T","P"], strtoupper($disk['size']));
}
if (empty($disk['driver'])) {
$disk['driver'] = 'raw';
}
// if new is a folder then
// if existing then
// create folder 'new/vmname'
// create image file as new/vmname/vdisk[1-x].xxx
// if doesn't exist then
// create folder 'new'
// create image file as new/vdisk[1-x].xxx
// if new is a file then
// if existing then
// nothing to do
// if doesn't exist then
// create folder dirname('new') if needed
// create image file as new --> if size is specified
if (!empty($disk['new'])) {
if (is_file($disk['new']) || is_block($disk['new'])) {
$disk['image'] = $disk['new'];
}
}
if (!empty($disk['image'])) {
// Use existing disk image
if (is_block($disk['image'])) {
// Valid block device, return as-is
return $disk;
}
if (is_file($disk['image'])) {
$json_info = getDiskImageInfo($disk['image']);
$disk['driver'] = $json_info['format'];
if (!empty($disk['size'])) {
//TODO: expand disk image if size param is larger
}
return $disk;
}
$disk['new'] = $disk['image'];
}
if (!empty($disk['new'])) {
// Create new disk image
$strImgFolder = $disk['new'];
$strImgPath = '';
if (strpos($strImgFolder, '/dev/') === 0) {
// ERROR invalid block device
$arrReturn = [
'error' => "Not a valid block device location '" . $strImgFolder . "'"
];
return $arrReturn;
}
if (empty($disk['size'])) {
// ERROR invalid disk size
$arrReturn = [
'error' => "Please specify a disk size for '" . $strImgFolder . "'"
];
return $arrReturn;
}
$path_parts = pathinfo($strImgFolder);
if (empty($path_parts['extension'])) {
// 'new' is a folder
if (substr($strImgFolder, -1) != '/') {
$strImgFolder .= '/';
}
if (is_dir($strImgFolder)) {
// 'new' is a folder and already exists, append vmname folder
$strImgFolder .= preg_replace('((^\.)|\/|(\.$))', '_', $vmname) . '/';
}
// create folder if needed
if (!is_dir($strImgFolder)) {
mkdir($strImgFolder, 0777, true);
#my_mkdir($strImgFolder, 0777, true);
chown($strImgFolder, 'nobody');
chgrp($strImgFolder, 'users');
}
$this->set_folder_nodatacow($strImgFolder);
$strExt = ($disk['driver'] == 'raw') ? 'img' : $disk['driver'];
$strImgPath = $strImgFolder . 'vdisk' . $diskid . '.' . $strExt;
} else {
// 'new' is a file
// create parent folder if needed
if (!is_dir($path_parts['dirname'])) {
mkdir($path_parts['dirname'], 0777, true);
#my_mkdir($path_parts['dirname'], 0777, true);
chown($path_parts['dirname'], 'nobody');
chgrp($path_parts['dirname'], 'users');
}
$this->set_folder_nodatacow($path_parts['dirname']);
$strExt = ($disk['driver'] == 'raw') ? 'img' : $disk['driver'];
$strImgPath = $path_parts['dirname'] . '/vdisk' . $diskid . '.' . $strExt;
}
if (is_file($strImgPath)) {
$json_info = getDiskImageInfo($strImgPath);
$disk['driver'] = $json_info['format'];
$return_value = 0;
} else {
$strImgRawLocationPath = $strImgPath;
if (!empty($disk['storage']) && !empty($disk['select']) && $disk['select'] == 'auto' && $disk['storage'] != "default") $disk['select'] = $disk['storage'];
if (!empty($disk['select']) && (!in_array($disk['select'], ['auto', 'manual'])) && (is_dir('/mnt/'.$disk['select']))) {
// Force qemu disk creation to happen directly on either cache/disk1/disk2 ect based on dropdown selection
$strImgRawLocationPath = str_replace('/mnt/user/', '/mnt/'.$disk['select'].'/', $strImgPath);
// create folder if needed
$strImgRawLocationParent = dirname($strImgRawLocationPath);
if (!is_dir($strImgRawLocationParent)) {
mkdir($strImgRawLocationParent, 0777, true);
#my_mkdir($strImgRawLocationParent, 0777, true);
chown($strImgRawLocationParent, 'nobody');
chgrp($strImgRawLocationParent, 'users');
}
$this->set_folder_nodatacow($strImgRawLocationParent);
}
$strLastLine = exec("qemu-img create -q -f ".escapeshellarg($disk['driver'])." ".escapeshellarg($strImgRawLocationPath)." ".escapeshellarg($disk['size'])." 2>&1", $output, $return_value);
if (is_file($strImgPath)) {
chmod($strImgPath, 0777);
chown($strImgPath, 'nobody');
chgrp($strImgPath, 'users');
}
}
if ($return_value != 0) {
// ERROR during image creation, return message to user
$arrReturn = [
'error' => "Error creating disk image '" . $strImgPath . "': " . $strLastLine,
'error_output' => $output
];
} else {
// Success!
$arrReturn = [
'image' => $strImgPath,
'driver' => $disk['driver']
];
if (!empty($disk['dev'])) {
$arrReturn['dev'] = $disk['dev'];
}
if (!empty($disk['bus'])) {
$arrReturn['bus'] = $disk['bus'];
}
if (!empty($disk['boot'])) {
$arrReturn['boot'] = $disk['boot'];
}
if (!empty($disk['rotation'])) {
$arrReturn['rotation'] = $disk['rotation'];
}
if (!empty($disk['serial'])) {
$arrReturn['serial'] = $disk['serial'];
}
}
}
return $arrReturn;
}
function config_to_xml($config,$vmclone = false) {
$domain = $config['domain'];
$media = $config['media'];
$nics = $config['nic'];
$disks = $config['disk'];
$usb = $config['usb'];
$usbopt = $config['usbopt'];
$usbboot = $config['usbboot'];
$shares = $config['shares'];
$gpus = $config['gpu'];
$pcis = $config['pci'];
$pciboot = $config['pciboot'];
$audios = $config['audio'];
$template = $config['template'];
$clocks = $config['clock'];
$type = $domain['type'];
$name = $domain['name'];
$mem = $domain['mem'];
$maxmem = (!empty($domain['maxmem'])) ? $domain['maxmem'] : $mem;
$uuid = (!empty($domain['uuid']) ? $domain['uuid'] : $this->domain_generate_uuid());
$machine = $domain['machine'];
$machine_type = (stripos($machine, 'q35') !== false ? 'q35' : 'pc');
$os_type = ((empty($template['os']) || stripos($template['os'], 'windows') === false) ? 'other' : 'windows');
//$emulator = $this->get_default_emulator();
$emulator = '/usr/local/sbin/qemu';
$arch = $domain['arch'];
$pae = ($arch == 'i686') ? '' : '';
$loader = '';
$swtpm = '';
$osbootdev = '';
if (!empty($domain['ovmf'])) {
if ($domain['ovmf'] == 1) {
if (!is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
// Create a new copy of OVMF VARS for this VM
mkdir('/etc/libvirt/qemu/nvram/', 0777, true);
copy('/usr/share/qemu/ovmf-x64/OVMF_VARS-pure-efi.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd');
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
// Delete OVMF-TPM VARS for this VM if found
unlink('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd');
}
$loader = "/usr/share/qemu/ovmf-x64/OVMF_CODE-pure-efi.fd
/etc/libvirt/qemu/nvram/".$uuid."_VARS-pure-efi.fd";
if ($domain['usbboot'] == 'Yes') $osbootdev = "" ;
}
if ($domain['ovmf'] == 2) {
if (!is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
// Create a new copy of OVMF VARS for this VM
mkdir('/etc/libvirt/qemu/nvram/', 0777, true);
copy('/usr/share/qemu/ovmf-x64/OVMF_VARS-pure-efi-tpm.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd');
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
// Delete OVMF VARS for this VM if found
unlink('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd');
}
$loader = "/usr/share/qemu/ovmf-x64/OVMF_CODE-pure-efi-tpm.fd
/etc/libvirt/qemu/nvram/".$uuid."_VARS-pure-efi-tpm.fd";
$swtpm = "
";
if ($domain['usbboot'] == 'Yes') $osbootdev = "" ;
}
}
$metadata = '';
if (!empty($template)) {
$metadata .= "";
$template_options = '';
foreach ($template as $key => $value) {
$template_options .= $key . "='" . htmlspecialchars($value, ENT_QUOTES | ENT_XML1) . "' ";
}
$metadata .= "";
$metadata .= "";
}
$vcpus = 1;
$vcpupinstr = '';
if (!empty($domain['vcpu']) && is_array($domain['vcpu'])) {
$vcpus = count($domain['vcpu']);
foreach($domain['vcpu'] as $i => $vcpu) {
$vcpupinstr .= "";
}
} elseif (!empty($domain['vcpus'])) {
$vcpus = $domain['vcpus'];
for ($i=0; $i < $vcpus; $i++) {
$vcpupinstr .= "";
}
}
$intCores = $vcpus;
$intThreads = 1;
$intCPUThreadsPerCore = 1;
$cpumode = '';
$cpucache = '';
$cpufeatures = '';
$cpumigrate = '';
if (!empty($domain['cpumode']) && $domain['cpumode'] == 'host-passthrough') {
$cpumode .= "mode='host-passthrough'";
$cpucache = "";
// detect if the processor is hyperthreaded:
$intCPUThreadsPerCore = max(intval(shell_exec('/usr/bin/lscpu | grep \'Thread(s) per core\' | awk \'{print $4}\'')), 1);
// detect if the processor is AMD + multithreaded, and if so, enable topoext cpu feature
if ($intCPUThreadsPerCore > 1) {
$strCPUInfo = file_get_contents('/proc/cpuinfo');
if (strpos($strCPUInfo, 'AuthenticAMD') !== false) {
$cpufeatures .= "";
}
}
// even amount of cores assigned and cpu is hyperthreaded: pass that info along to the cpu section below
if ($intCPUThreadsPerCore > 1 && ($vcpus % $intCPUThreadsPerCore == 0)) {
$intCores = $vcpus / $intCPUThreadsPerCore;
$intThreads = $intCPUThreadsPerCore;
}
if (!empty($domain['cpumigrate'])) $cpumigrate = " migratable='".$domain['cpumigrate']."'" ;
}
$cpustr = "
$cpucache
$cpufeatures
{$vcpus}
$vcpupinstr
";
$usbmode = 'usb3';
if (!empty($domain['usbmode'])) {
$usbmode = $domain['usbmode'];
}
$ctrl = '';
switch ($usbmode) {
case 'usb3':
$ctrl = "
";
break;
case 'usb3-qemu':
$ctrl = "
";
break;
case 'usb2':
$ctrl = "
";
break;
}
/*
if ($os_type == "windows") $hypervclock = "" ; else $hypervclock = "" ;
$clock = "
$hypervclock
";
$hyperv = '';
if ($domain['hyperv'] == 1 && $os_type == "windows") {
$hyperv = "
";
$clock = "
";
}
*/
$clock = "" ;
foreach ($clocks as $clockname => $clockvalues) {
switch ($clockname){
case "rtc":
if ($clockvalues['present'] == "yes") $clock .= "";
break ;
case "pit":
if ($clockvalues['present'] == "yes") $clock .= "";
break ;
case "hpet":
$clock .= "" ;
break ;
case "hypervclock":
$clock .= "" ;
break ;
}
}
$hyperv = "" ;
if ($domain['hyperv'] == 1 && $os_type == "windows") {
$hyperv = "
";
if ($clocks['hypervclock']['present'] == "yes")
$hyperv .= "" ;
$hyperv .="";
#$clock = "
#
# ";
}
$clock .= "" ;
$usbstr = '';
if (!empty($usb)) {
foreach($usb as $i => $v){
if ($vmclone) $usbx = explode(':', $v['id']); else $usbx = explode(':', $v);
$startupPolicy = '' ;
if (isset($usbopt[$v]) && !$vmclone ) {
if (strpos($usbopt[$v], "#remove") == false) $startupPolicy = 'startupPolicy="optional"' ; else $startupPolicy = '' ;
}
if (isset($v["startupPolicy"]) && $vmclone ) {
if ($v["startupPolicy"] == "optional" ) $startupPolicy = 'startupPolicy="optional"' ; else $startupPolicy = '' ;
}
$usbstr .= "
" ;
if (!empty($usbboot[$v]) && !$vmclone ) {
$usbstr .= "" ;
}
if (isset($v["usbboot"]) && $vmclone ) {
if ($v["usbboot"] != NULL) $usbstr .= "" ;
}
$usbstr .= "";
}
}
$arrAvailableDevs = [];
foreach (range('a', 'z') as $letter) {
$arrAvailableDevs['hd' . $letter] = 'hd' . $letter;
}
$needSCSIController = false;
//media settings
$bus = "ide";
if ($machine_type == 'q35'){
$bus = "sata";
}
$mediastr = '';
if (!empty($media['cdrom'])) {
unset($arrAvailableDevs['hda']);
$cdromboot = $media['cdromboot'] ;
$media['cdrombus'] = $media['cdrombus'] ?: $bus;
if ($media['cdrombus'] == 'scsi') {
$needSCSIController = true;
}
if ($cdromboot > 0) {
$mediaboot = "" ;
}
$mediastr = "
$mediaboot
";
}
$driverstr = '';
if (!empty($media['drivers']) && $os_type == "windows") {
unset($arrAvailableDevs['hdb']);
$media['driversbus'] = $media['driversbus'] ?: $bus;
if ($media['driversbus'] == 'scsi') {
$needSCSIController = true;
}
$driverstr = "
";
}
//disk settings
$diskstr = '';
$diskcount = 0;
if (!empty($disks)) {
// force any hard drives to start with hdc, hdd, hde, etc
unset($arrAvailableDevs['hda']);
unset($arrAvailableDevs['hdb']);
foreach ($disks as $i => $disk) {
if (!empty($disk['image']) | !empty($disk['new']) ) {
//TODO: check if image/new is a block device
$diskcount++;
if (!empty($disk['new'])) {
if (is_file($disk['new']) || is_block($disk['new'])) {
$disk['image'] = $disk['new'];
}
}
if (!empty($disk['image'])) {
if (empty($disk['driver'])) {
$disk['driver'] = 'raw';
if (is_file($disk['image'])) {
$json_info = getDiskImageInfo($disk['image']);
$disk['driver'] = $json_info['format'];
}
}
} else {
if (empty($disk['driver'])) {
$disk['driver'] = 'raw';
}
$strImgFolder = $disk['new'];
$strImgPath = '';
$path_parts = pathinfo($strImgFolder);
if (empty($path_parts['extension'])) {
// 'new' is a folder
if (substr($strImgFolder, -1) != '/') {
$strImgFolder .= '/';
}
if (is_dir($strImgFolder)) {
// 'new' is a folder and already exists, append domain name as child folder
$strImgFolder .= preg_replace('((^\.)|\/|(\.$))', '_', $domain['name']) . '/';
}
$strExt = ($disk['driver'] == 'raw') ? 'img' : $disk['driver'];
$strImgPath = $strImgFolder . 'vdisk' . $diskcount . '.' . $strExt;
} else {
// 'new' is a file
$strImgPath = $strImgFolder;
}
if (is_file($strImgPath)) {
$json_info = getDiskImageInfo($strImgPath);
$disk['driver'] = $json_info['format'];
}
$arrReturn = [
'image' => $strImgPath,
'driver' => $disk['driver']
];
if (!empty($disk['dev'])) {
$arrReturn['dev'] = $disk['dev'];
}
if (!empty($disk['bus'])) {
$arrReturn['bus'] = $disk['bus'];
}
$disk = $arrReturn;
}
$disk['bus'] = $disk['bus'] ?: 'virtio';
if ($disk['bus'] == 'scsi') {
$needSCSIController = true;
}
if (empty($disk['dev']) || !in_array($disk['dev'], $arrAvailableDevs)) {
$disk['dev'] = array_shift($arrAvailableDevs);
}
unset($arrAvailableDevs[$disk['dev']]);
$boot = $disk['boot'] ;
$bootorder = '';
if ($boot > 0) {
$bootorder = "" ;
}
$readonly = '';
if (!empty($disk['readonly'])) {
$readonly = '';
}
$strDevType = @filetype(realpath($disk['image']));
if ($disk["serial"] != "") $serial = "".$disk["serial"]."" ; else $serial = "" ;
$rotation_rate = "";
if ($disk['bus'] == "scsi" || $disk['bus'] == "sata" || $disk['bus'] == "ide" ) {
if ($disk['rotation']) $rotation_rate = " rotation_rate='1' ";
}
if ($strDevType == 'file' || $strDevType == 'block') {
$strSourceType = ($strDevType == 'file' ? 'file' : 'dev');
$diskstr .= "
$bootorder
$readonly
$serial
";
}
}
}
}
$scsicontroller = '';
if ($needSCSIController) {
$scsicontroller = "";
}
$netstr = '';
if (!empty($nics)) {
foreach ($nics as $i => $nic) {
if (empty($nic['mac']) || empty($nic['network'])) {
continue;
}
$netmodel = $nic['model'] ?: 'virtio-net';
$net_res =$this->libvirt_get_net_res($this->conn, $nic['network']);
exec("ls --indicator-style=none /sys/class/net|grep -Po '^((vir)?br|vhost)[0-9]+(\.[0-9]+)?'",$br);
if ($nic["boot"] != NULL) $nicboot = "" ; else $nicboot = "" ;
if ($net_res) {
$netstr .= "
$nicboot
";
} elseif (in_array($nic['network'], $br)) {
if (preg_match('/^(vir)?br/',$nic['network'])) {
$netstr .= "
$nicboot
";
} else {
$netstr .= "
$nicboot
";
}
} else {
continue;
}
}
}
$sharestr = '';
$memorybacking = json_decode($domain['memoryBacking'],true);
if (!empty($shares)) {
foreach ($shares as $i => $share) {
if (empty($share['source']) || empty($share['target']) || ($os_type == "windows" && $share["mode"] == "9p")) {
continue;
}
if ($share['mode'] == "virtiofs") {
if (!isset($memorybacking['source'])) $memorybacking['source']["@attributes"]["type"] = "memfd" ;
if (!isset($memorybacking['access'])) $memorybacking['access']["@attributes"]["mode"] = "shared" ;
$sharestr .= "
" ;
} else {
$sharestr .= "
";
}
}
}
$pcidevs='';
$gpudevs_used=[];
$multidevices = [] ; #Load?
$vmrc='';
$channelscopypaste = '';
if (!empty($gpus)) {
foreach ($gpus as $i => $gpu) {
// Skip duplicate video devices
if (empty($gpu['id']) || in_array($gpu['id'], $gpudevs_used)) {
continue;
}
if ($gpu['id'] == 'virtual') {
$strKeyMap = '';
if (!empty($gpu['keymap'])) {
if ($gpu['keymap'] != "none") $strKeyMap = "keymap='" . $gpu['keymap'] . "'";
}
$passwdstr = '';
if (!empty($domain['password'])){
$passwdstr = "passwd='" . htmlspecialchars($domain['password'], ENT_QUOTES | ENT_XML1) . "'";
}
$strModelType = 'qxl';
if (!empty($gpu['model'])) {
$strModelType = $gpu['model'];
if (!empty($domain['ovmf']) && $strModelType == 'vmvga') {
// OVMF doesn't work with vmvga
$strModelType = 'qxl';
}
}
if (!empty($gpu['autoport'])) {
$strAutoport = $gpu['autoport'];
} else $strAutoport = "yes" ;
if (!empty($gpu['protocol'])) {
$strProtocol = $gpu['protocol'];
} else $strProtocol = "vnc" ;
if (!empty($gpu['wsport'])) {
$strWSport = $gpu['wsport'];
} else $strWSport = "-1" ;
if (!empty($gpu['port'])) {
$strPort = $gpu['port'];
} else $strPort = "-1" ;
if ($strAutoport == "yes") $strPort = $strWSport = "-1" ;
if (($gpu['copypaste'] == "yes") && ($strProtocol == "spice")) $vmrcmousemode = "" ; else $vmrcmousemode = "" ;
if ($strProtocol == "spice") $virtualaudio = "spice" ; else $virtualaudio = "none" ;
$vmrc = "
$vmrcmousemode
";
if ($gpu['copypaste'] == "yes") {
if ($strProtocol == "spice") {
$channelscopypaste = "
" ;
} else {
$channelscopypaste = "
" ;
}
} else $channelcopypaste = "";
continue;
}
[$gpu_bus, $gpu_slot, $gpu_function] = my_explode(":", str_replace('.', ':', $gpu['id']), 3);
$strXVGA = '';
if (empty($gpudevs_used) && empty($domain['ovmf'])) {
$strXVGA = " xvga='yes'";
}
//HACK: add special address for intel iGPU and remove x-vga attribute
$strSpecialAddress = '';
if ($gpu_bus == '00' && $gpu_slot == '02') {
$strXVGA = '';
$strSpecialAddress = "";
if ($gpu_function == '00') {
$strSpecialAddress = "";
# Add support for SR-IOV
} else {
if ($machine_type == 'q35'){
$strSpecialAddress = "";
} else {
$strSpecialAddress = "";
}
}
}
$strRomFile = '';
if (!empty($gpu['rom'])) {
$strRomFile = "";
}
if ($gpu['multi'] == "on"){
$newgpu_bus = dechex(hexdec($gpu_bus) + 0x20) ;
if ($machine_type == "pc") $newgpu_slot = "0x01" ; else $newgpu_slot = "0x00" ;
$strSpecialAddress = "" ;
$multidevices[$gpu_bus] = "0x$gpu_bus" ;
}
$pcidevs .= "
$strSpecialAddress
$strRomFile
";
$gpudevs_used[] = $gpu['id'];
}
}
$audiodevs_used=[];
$strSpecialAddressAudio = "" ;
if (!empty($audios)) {
foreach ($audios as $i => $audio) {
// Skip duplicate audio devices
if (empty($audio['id']) || in_array($audio['id'], $audiodevs_used)) {
continue;
}
[$audio_bus, $audio_slot, $audio_function] = my_explode(":", str_replace('.', ':', $audio['id']), 3);
if ($audio_function != 0) {
if (isset($multidevices[$audio_bus])) {
$newaudio_bus = dechex(hexdec($audio_bus) + 0x20) ;
if ($machine_type == "pc") $newaudio_slot = "0x01" ; else $newaudio_slot = "0x00" ;
$strSpecialAddressAudio = "" ;
}
}
$pcidevs .= "
$strSpecialAddressAudio
";
$audiodevs_used[] = $audio['id'];
}
}
$pcidevs_used=[];
$strSpecialAddressOther = "" ;
if (!empty($pcis)) {
foreach ($pcis as $i => $pci_id) {
// Skip duplicate other pci devices
if (empty($pci_id) || in_array($pci_id, $pcidevs_used)) {
continue;
}
if ($vmclone) [$pci_bus, $pci_slot, $pci_function] = my_explode(":", str_replace('.', ':', $pci_id['id']), 3);
else [$pci_bus, $pci_slot, $pci_function] = my_explode(":", str_replace('.', ':', $pci_id), 3);
if ($pci_function != 0) {
if (isset($multidevices[$pci_bus])) {
$newpci_bus = dechex(hexdec($pci_bus) + 0x20) ;
if ($machine_type == "pc") $newpci_slot = "0x01" ; else $newpci_slot = "0x00" ;
$strSpecialAddressOther = "" ;
}
}
$pcidevs .= "
$strSpecialAddressOther " ;
if (!empty($pciboot[$pci_id]) && !$vmclone) {
$pcidevs .= "" ;
}
if (!empty($pci_id["boot"]) && $vmclone) {
$pcidevs .= "" ;
}
$pcidevs .= "";
if ($vmclone) $pcidevs_used[] = $pci_id['d']; else $pcidevs_used[] = $pci_id ;
}
}
$memballoon = "";
if (empty( array_filter(array_merge($gpudevs_used, $audiodevs_used, $pcidevs_used), function($k){ return strpos($k,'#remove')===false && $k!='virtual' ; }) )) {
$memballoon = "
";
}
#$osbootdev = "" ;
$memorybackingXML = Array2XML::createXML('memoryBacking', $memorybacking);
$memoryBackingXML = $memorybackingXML->saveXML($memorybackingXML->documentElement);
return "
$uuid
$name
" . htmlspecialchars($domain['desc'], ENT_QUOTES | ENT_XML1) . "
$metadata
$mem
$maxmem
$cpustr
$memoryBackingXML
$loader
hvm
$osbootdev
$hyperv
$pae
$clock
destroy
restart
restart
$emulator
$diskstr
$mediastr
$driverstr
$ctrl
$sharestr
$netstr
$vmrc
$scsicontroller
$pcidevs
$usbstr
$channelscopypaste
$swtpm
$memballoon
";
}
function appendqemucmdline($xml,$cmdline) {
$newxml = $xml ;
if ($cmdline != null) $newxml = str_replace("",$cmdline."\n",$xml) ;
return $newxml ;
}
function domain_new($config) {
# Set storage for disks.
foreach ($config['disk'] as $i => $disk) { $config['disk'][$i]['storage'] = $config['template']['storage'];}
// attempt to create all disk images if needed
$diskcount = 0;
if (!empty($config['disk'])) {
foreach ($config['disk'] as $i => $disk) {
if (!empty($disk['image']) | !empty($disk['new']) ) {
$diskcount++;
$disk = $this->create_disk_image($disk, $config['domain']['name'], $diskcount);
if (!empty($disk['error'])) {
$this->last_error = $disk['error'];
return false;
}
$config['disk'][$i] = $disk;
}
}
}
// generate xml for this domain
$strXML = $this->config_to_xml($config);
$qemucmdline = $config['qemucmdline'];
$strXML = $this->appendqemucmdline($strXML,$qemucmdline) ;
// Start the VM now if requested
if (!empty($config['domain']['startnow'])) {
$tmp = libvirt_domain_create_xml($this->conn, $strXML);
if (!$tmp)
return $this->_set_last_error();
}
// Define the VM to persist
if ($config['domain']['persistent']) {
$tmp = libvirt_domain_define_xml($this->conn, $strXML);
if (!$tmp)
return $this->_set_last_error();
$this->domain_set_autostart($tmp, $config['domain']['autostart'] == 1);
return $tmp;
}
else
return $tmp;
}
function vfio_bind($strPassthruDevice) {
// Ensure we have leading 0000:
$strPassthruDeviceShort = str_replace('0000:', '', $strPassthruDevice);
$strPassthruDeviceLong = '0000:' . $strPassthruDeviceShort;
// Determine the driver currently assigned to the device
$strDriverSymlink = @readlink('/sys/bus/pci/devices/' . $strPassthruDeviceLong . '/driver');
if ($strDriverSymlink !== false) {
// Device is bound to a Driver already
if (strpos($strDriverSymlink, 'vfio-pci') !== false) {
// Driver bound to vfio-pci already - nothing left to do for this device now regarding vfio
return true;
}
// Driver bound to some other driver - attempt to unbind driver
if (file_put_contents('/sys/bus/pci/devices/' . $strPassthruDeviceLong . '/driver/unbind', $strPassthruDeviceLong) === false) {
$this->last_error = 'Failed to unbind device ' . $strPassthruDeviceShort . ' from current driver';
return false;
}
}
// Get Vendor and Device IDs for the passthru device
$strVendor = file_get_contents('/sys/bus/pci/devices/' . $strPassthruDeviceLong . '/vendor');
$strDevice = file_get_contents('/sys/bus/pci/devices/' . $strPassthruDeviceLong . '/device');
// Attempt to bind driver to vfio-pci
if (file_put_contents('/sys/bus/pci/drivers/vfio-pci/new_id', $strVendor . ' ' . $strDevice) === false) {
$this->last_error = 'Failed to bind device ' . $strPassthruDeviceShort . ' to vfio-pci driver';
return false;
}
return true;
}
function connect($uri = 'null', $login = false, $password = false) {
if ($login !== false && $password !== false) {
$this->conn=libvirt_connect($uri, false, [VIR_CRED_AUTHNAME => $login, VIR_CRED_PASSPHRASE => $password]);
} else {
$this->conn=libvirt_connect($uri, false);
}
if ($this->conn==false)
return $this->_set_last_error();
return true;
}
function domain_change_boot_devices($domain, $first, $second) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_change_boot_devices($domain, $first, $second);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_screen_dimensions($domain) {
$dom = $this->get_domain_object($domain);
$tmp = libvirt_domain_get_screen_dimensions($dom, $this->get_hostname() );
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_send_keys($domain, $keys) {
$dom = $this->get_domain_object($domain);
$tmp = libvirt_domain_send_keys($dom, $this->get_hostname(), $keys);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_send_pointer_event($domain, $x, $y, $clicked = 1, $release = false) {
$dom = $this->get_domain_object($domain);
$tmp = libvirt_domain_send_pointer_event($dom, $this->get_hostname(), $x, $y, $clicked, $release);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_disk_remove($domain, $dev) {
$dom = $this->get_domain_object($domain);
$tmp = libvirt_domain_disk_remove($dom, $dev);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function supports($name) {
return libvirt_has_feature($name);
}
function macbyte($val) {
if ($val < 16)
return '0'.dechex($val);
return dechex($val);
}
function generate_random_mac_addr($seed=false) {
if (!$seed)
$seed = 1;
if ($this->get_hypervisor_name() == 'qemu')
$prefix = '52:54:00';
else
$prefix = $this->macbyte(($seed * rand()) % 256).':'.
$this->macbyte(($seed * rand()) % 256).':'.
$this->macbyte(($seed * rand()) % 256);
return $prefix.':'.
$this->macbyte(($seed * rand()) % 256).':'.
$this->macbyte(($seed * rand()) % 256).':'.
$this->macbyte(($seed * rand()) % 256);
}
function get_connection() {
return $this->conn;
}
function get_hostname() {
return libvirt_connect_get_hostname($this->conn);
}
function get_domain_object($nameRes) {
if (is_resource($nameRes))
return $nameRes;
$dom=libvirt_domain_lookup_by_name($this->conn, $nameRes);
if (!$dom) {
$dom=libvirt_domain_lookup_by_uuid_string($this->conn, $nameRes);
if (!$dom)
return $this->_set_last_error();
}
return $dom;
}
function get_xpath($domain, $xpath, $inactive = false) {
$dom = $this->get_domain_object($domain);
$flags = 0;
if ($inactive)
$flags = VIR_DOMAIN_XML_INACTIVE;
$tmp = libvirt_domain_xml_xpath($dom, $xpath, $flags);
if (!$tmp)
return $this->_set_last_error();
return $tmp;
}
function get_cdrom_stats($domain, $sort=true) {
$dom = $this->get_domain_object($domain);
$buses = $this->get_xpath($dom, '//domain/devices/disk[@device="cdrom"]/target/@bus', false);
$disks = $this->get_xpath($dom, '//domain/devices/disk[@device="cdrom"]/target/@dev', false);
$files = $this->get_xpath($dom, '//domain/devices/disk[@device="cdrom"]/source/@file', false);
$boot = $this->get_xpath($dom, '//domain/devices/disk[@device="cdrom"]/boot/@*', false);
$ret = [];
for ($i = 0; $i < $disks['num']; $i++) {
$tmp = libvirt_domain_get_block_info($dom, $disks[$i]);
if ($tmp) {
$tmp['bus'] = $buses[$i];
$tmp["boot order"] = $boot[$i] ?? "";
$ret[] = $tmp;
}
else {
$this->_set_last_error();
$ret[] = [
'device' => $disks[$i],
'file' => $files[$i],
'type' => '-',
'capacity' => '-',
'allocation' => '-',
'physical' => '-',
'bus' => $buses[$i]
];
}
}
if ($sort) {
for ($i = 0; $i < sizeof($ret); $i++) {
for ($ii = 0; $ii < sizeof($ret); $ii++) {
if (strcmp($ret[$i]['device'], $ret[$ii]['device']) < 0) {
$tmp = $ret[$i];
$ret[$i] = $ret[$ii];
$ret[$ii] = $tmp;
}
}
}
}
unset($buses);
unset($disks);
unset($files);
return $ret;
}
function get_disk_stats($domain, $sort=true) {
$dom = $this->get_domain_object($domain);
$domainXML = $this->domain_get_xml($dom) ;
$arrDomain = new SimpleXMLElement($domainXML);
$arrDomain = $arrDomain->devices->disk;
$ret = [];
foreach ($arrDomain as $disk) {
if ($disk->attributes()->device != "disk") continue ;
$tmp = libvirt_domain_get_block_info($dom, $disk->target->attributes()->dev);
if ($tmp) {
$tmp['bus'] = $disk->target->attributes()->bus->__toString();
$tmp["boot order"] = $disk->boot->attributes()->order ?? "";
$tmp["rotation"] = $disk->target->attributes()->rotation_rate ?? "0";
$tmp['serial'] = $disk->serial ;
// Libvirt reports 0 bytes for raw disk images that haven't been
// written to yet so we just report the raw disk size for now
if ( !empty($tmp['file']) &&
$tmp['type'] == 'raw' &&
empty($tmp['physical']) &&
is_file($tmp['file']) ) {
$intSize = filesize($tmp['file']);
$tmp['physical'] = $intSize;
$tmp['capacity'] = $intSize;
}
$ret[] = $tmp;
}
else {
$this->_set_last_error();
$ret[] = [
'device' => $disk->target->attributes()->dev,
'file' => $disk->source->attributes()->file,
'type' => '-',
'capacity' => '-',
'allocation' => '-',
'physical' => '-',
'bus' => $disk->target->attributes()->bus->__toString(),
'boot order' => $disk->boot->attributes()->order ,
'rotation' => $disk->target->attributes()->rotation_rate ?? "0",
'serial' => $disk->serial
];
}
}
if ($sort) {
for ($i = 0; $i < sizeof($ret); $i++) {
for ($ii = 0; $ii < sizeof($ret); $ii++) {
if (strcmp($ret[$i]['device'], $ret[$ii]['device']) < 0) {
$tmp = $ret[$i];
$ret[$i] = $ret[$ii];
$ret[$ii] = $tmp;
}
}
}
}
unset($domainXML);
unset($arrDomain) ;
unset($disk) ;
return $ret;
}
function get_domain_type($domain) {
$dom = $this->get_domain_object($domain);
$tmp = $this->get_xpath($dom, '//domain/@type', false);
if ($tmp['num'] == 0)
return $this->_set_last_error();
$ret = $tmp[0];
unset($tmp);
return $ret;
}
function get_domain_emulator($domain) {
$dom = $this->get_domain_object($domain);
$tmp = $this->get_xpath($dom, '//domain/devices/emulator', false);
if ($tmp['num'] == 0)
return $this->_set_last_error();
$ret = $tmp[0];
unset($tmp);
return $ret;
}
function get_disk_capacity($domain, $physical=false, $disk='*', $unit='?') {
$dom = $this->get_domain_object($domain);
$tmp = $this->get_disk_stats($dom);
$ret = 0;
for ($i = 0; $i < sizeof($tmp); $i++) {
if (($disk == '*') || ($tmp[$i]['device'] == $disk))
if ($physical) {
if($tmp[$i]['physical'] == "-") $tmp[$i]['physical'] = "0" ;
$ret += $tmp[$i]['physical'];
} else {
if($tmp[$i]['capacity'] == "-") $tmp[$i]['capacity'] = "0" ;
$ret += $tmp[$i]['capacity'];
}
}
unset($tmp);
return $this->format_size($ret, 0, $unit);
}
function get_disk_count($domain) {
$dom = $this->get_domain_object($domain);
$tmp = $this->get_disk_stats($dom);
$ret = sizeof($tmp);
unset($tmp);
return $ret;
}
function get_disk_fstype($domain) {
$dom = $this->get_domain_object($domain);
$tmp = $this->get_disk_stats($dom);
$dirname = transpose_user_path($tmp[0]['file']);
$pathinfo = pathinfo($dirname);
$parent = $pathinfo["dirname"];
$fstype = strtoupper(trim(shell_exec(" stat -f -c '%T' $parent")));
if ($fstype != "ZFS") $fstype = "QEMU";
#if ($fstype != "ZFS" && $fstype != "BTRFS") $fstype = "QEMU";
unset($tmp);
return $fstype;
}
function format_size($value, $decimals, $unit='?') {
if ($value == '-')
return 'unknown';
/* Autodetect unit that's appropriate */
if ($unit == '?') {
/* (1 << 40) is not working correctly on i386 systems */
if ($value >= 1099511627776)
$unit = 'T';
else
if ($value >= (1 << 30))
$unit = 'G';
else
if ($value >= (1 << 20))
$unit = 'M';
else
if ($value >= (1 << 10))
$unit = 'K';
else
$unit = 'B';
}
$unit = strtoupper($unit);
switch ($unit) {
case 'T': return number_format($value / (float)1099511627776, $decimals).'T';
case 'G': return number_format($value / (float)(1 << 30), $decimals).'G';
case 'M': return number_format($value / (float)(1 << 20), $decimals).'M';
case 'K': return number_format($value / (float)(1 << 10), $decimals).'K';
case 'B': return $value.'B';
}
return false;
}
function get_uri() {
$tmp = libvirt_connect_get_uri($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_domain_count() {
$tmp = libvirt_domain_get_counts($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function translate_volume_type($type) {
if ($type == 1)
return 'Block device';
return 'File image';
}
function translate_perms($mode) {
$mode = (string)((int)$mode);
$tmp = '---------';
for ($i = 0; $i < 3; $i++) {
$bits = (int)$mode[$i];
if ($bits & 4)
$tmp[ ($i * 3) ] = 'r';
if ($bits & 2)
$tmp[ ($i * 3) + 1 ] = 'w';
if ($bits & 1)
$tmp[ ($i * 3) + 2 ] = 'x';
}
return $tmp;
}
function parse_size($size) {
$unit = $size[ strlen($size) - 1 ];
$size = (int)$size;
switch (strtoupper($unit)) {
case 'T': $size *= 1099511627776;
break;
case 'G': $size *= 1073741824;
break;
case 'M': $size *= 1048576;
break;
case 'K': $size *= 1024;
break;
}
return $size;
}
//create a storage volume and add file extension
/*function volume_create($name, $capacity, $allocation, $format) {
$capacity = $this->parse_size($capacity);
$allocation = $this->parse_size($allocation);
($format != 'raw' ) ? $ext = $format : $ext = 'img';
($ext == pathinfo($name, PATHINFO_EXTENSION)) ? $ext = '': $name .= '.';
$xml = "\n".
" $name$ext\n".
" $capacity\n".
" $allocation\n".
" \n".
" \n".
" \n".
"";
$tmp = libvirt_storagevolume_create_xml($pool, $xml);
return ($tmp) ? $tmp : $this->_set_last_error();
}*/
function get_hypervisor_name() {
$tmp = libvirt_connect_get_information($this->conn);
$hv = $tmp['hypervisor'];
unset($tmp);
switch (strtoupper($hv)) {
case 'QEMU': $type = 'qemu';
break;
default:
$type = $hv;
}
return $type;
}
function get_connect_information() {
$tmp = libvirt_connect_get_information($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_icon_url($domain) {
global $docroot;
$strIcon = $this->_get_single_xpath_result($domain, '//domain/metadata/*[local-name()=\'vmtemplate\']/@icon');
if (empty($strIcon)) {
$strIcon = ($this->domain_get_clock_offset($domain) == 'localtime' ? 'windows.png' : 'linux.png');
}
if (is_file($strIcon)) {
return $strIcon;
} elseif (is_file("$docroot/plugins/dynamix.vm.manager/templates/images/" . $strIcon)) {
return '/plugins/dynamix.vm.manager/templates/images/' . $strIcon;
} elseif (is_file("$docroot/boot/config/plugins/dynamix.vm.manager/templates/images/" . $strIcon)) {
return '/boot/config/plugins/dynamix.vm.manager/templates/images/' . $strIcon;
}
return '/plugins/dynamix.vm.manager/templates/images/default.png';
}
function domain_change_xml($domain, $xml) {
$dom = $this->get_domain_object($domain);
if (!($old_xml = $this->domain_get_xml($dom)))
return $this->_set_last_error();
if (!libvirt_domain_undefine($dom))
return $this->_set_last_error();
if (!libvirt_domain_define_xml($this->conn, $xml)) {
$this->last_error = libvirt_get_last_error();
libvirt_domain_define_xml($this->conn, $old_xml);
return false;
}
return true;
}
function get_domains() {
$tmp = libvirt_list_domains($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_active_domain_ids() {
$tmp = libvirt_list_active_domain_ids($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_domain_by_name($name) {
$tmp = libvirt_domain_lookup_by_name($this->conn, $name);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_node_devices($dev = false) {
$tmp = ($dev == false) ? libvirt_list_nodedevs($this->conn) : libvirt_list_nodedevs($this->conn, $dev);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_interface_addresses($domain,$flag) {
$tmp = libvirt_domain_interface_addresses($domain,$flag);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_node_device_res($res) {
if ($res == false)
return false;
if (is_resource($res))
return $res;
$tmp = libvirt_nodedev_get($this->conn, $res);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_node_device_caps($dev) {
$dev = $this->get_node_device_res($dev);
$tmp = libvirt_nodedev_capabilities($dev);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_node_device_cap_options() {
$all = $this->get_node_devices();
$ret = [];
for ($i = 0; $i < sizeof($all); $i++) {
$tmp = $this->get_node_device_caps($all[$i]);
for ($ii = 0; $ii < sizeof($tmp); $ii++)
if (!in_array($tmp[$ii], $ret))
$ret[] = $tmp[$ii];
}
return $ret;
}
function get_node_device_xml($dev) {
$dev = $this->get_node_device_res($dev);
$tmp = libvirt_nodedev_get_xml_desc($dev, NULL);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function get_node_device_information($dev) {
$dev = $this->get_node_device_res($dev);
if ($dev) $tmp = libvirt_nodedev_get_information($dev); else $tmp = $dev ;
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_name($res) {
return libvirt_domain_get_name($res);
}
function domain_get_info_call($name = false, $name_override = false) {
$ret = [];
if ($name != false) {
$dom = $this->get_domain_object($name);
if (!$dom)
return false;
if ($name_override)
$name = $name_override;
$ret[$name] = libvirt_domain_get_info($dom);
return $ret;
}
else {
$doms = libvirt_list_domains($this->conn);
foreach ($doms as $dom) {
$tmp = $this->get_domain_object($dom);
$ret[$dom] = libvirt_domain_get_info($tmp);
}
}
ksort($ret);
return $ret;
}
function domain_get_info($name = false, $name_override = false) {
if (!$name)
return false;
if (!$this->allow_cached)
return $this->domain_get_info_call($name, $name_override);
$domname = $name_override ? $name_override : $name;
$dom = $this->get_domain_object($domname);
$domkey = $name_override ? $name_override : $this->domain_get_name($dom);
if (!array_key_exists($domkey, $this->dominfos)) {
$tmp = $this->domain_get_info_call($name, $name_override);
$this->dominfos[$domkey] = $tmp[$domname];
}
return $this->dominfos[$domkey];
}
function get_last_error() {
return $this->last_error;
}
function domain_get_xml($domain, $xpath = NULL) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_get_xml_desc($dom, 0);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_id($domain, $name = false) {
$dom = $this->get_domain_object($domain);
if ((!$dom) || (!$this->domain_is_running($dom, $name)))
return false;
$tmp = libvirt_domain_get_id($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_interface_stats($domain, $iface) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_interface_stats($dom, $iface);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_interface_devices($res) {
$tmp = libvirt_domain_get_interface_devices($res);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_interface_addresses($domain,$flag) {
$tmp = libvirt_domain_interface_addresses($domain,$flag);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_memory_stats($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_memory_stats($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_all_domain_stats() {
$tmp = libvirt_connect_get_all_domain_stats($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_start($dom) {
$dom=$this->get_domain_object($dom);
if ($dom) {
$ret = libvirt_domain_create($dom);
$this->last_error = libvirt_get_last_error();
return $ret;
}
$ret = libvirt_domain_create_xml($this->conn, $dom);
$this->last_error = libvirt_get_last_error();
return $ret;
}
function domain_define($xml, $autostart=false) {
if (strpos($xml,'')) {
$tmp = explode("\n", $xml);
for ($i = 0; $i < sizeof($tmp); $i++)
if (strpos('.'.$tmp[$i], "conn, $xml);
if (!$tmp)
return $this->_set_last_error();
}
$tmp = libvirt_domain_define_xml($this->conn, $xml);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_destroy($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_destroy($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_reboot($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_reboot($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_suspend($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_suspend($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_save($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_managedsave($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_resume($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_resume($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_uuid($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_get_uuid_string($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_get_domain_by_uuid($uuid) {
$dom = libvirt_domain_lookup_by_uuid_string($this->conn, $uuid);
return ($dom) ? $dom : $this->_set_last_error();
}
function domain_get_name_by_uuid($uuid) {
$dom = $this->domain_get_domain_by_uuid($uuid);
if (!$dom)
return false;
$tmp = libvirt_domain_get_name($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_is_active($domain) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_is_active($domain);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_qemu_agent_command($domain,$cmd,$timeout,$flags) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_qemu_agent_command($domain,$cmd,$timeout,$flags);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function generate_uuid($seed=false) {
if (!$seed)
$seed = time();
srand($seed);
$ret = [];
for ($i = 0; $i < 16; $i++)
$ret[] = $this->macbyte(rand() % 256);
$a = $ret[0].$ret[1].$ret[2].$ret[3];
$b = $ret[4].$ret[5];
$c = $ret[6].$ret[7];
$d = $ret[8].$ret[9];
$e = $ret[10].$ret[11].$ret[12].$ret[13].$ret[14].$ret[15];
return $a.'-'.$b.'-'.$c.'-'.$d.'-'.$e;
}
function domain_generate_uuid() {
$uuid = $this->generate_uuid();
//while ($this->domain_get_name_by_uuid($uuid))
//$uuid = $this->generate_uuid();
return $uuid;
}
function domain_shutdown($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = libvirt_domain_shutdown($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_undefine($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$uuid = $this->domain_get_uuid($dom);
// remove OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
unlink('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd');
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
unlink('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd');
}
$tmp = libvirt_domain_undefine($dom);
return ($tmp) ? $tmp : $this->_set_last_error();
}
function domain_delete($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$disks = $this->get_disk_stats($dom);
$tmp = $this->domain_undefine($dom);
if (!$tmp)
return $this->_set_last_error();
// remove the first disk only
if (array_key_exists('file', $disks[0])) {
$disk = $disks[0]['file'];
$pathinfo = pathinfo($disk);
$dir = $pathinfo['dirname'];
// remove the vm config
$cfg_vm = $dir.'/'.$domain.'.cfg';
if (is_file($cfg_vm)) unlink($cfg_vm);
$cfg = $dir.'/'.$pathinfo['filename'].'.cfg';
$xml = $dir.'/'.$pathinfo['filename'].'.xml';
if (is_file($disk)) unlink($disk);
if (is_file($cfg)) unlink($cfg);
if (is_file($xml)) unlink($xml);
if (is_dir($dir) && $this->is_dir_empty($dir)) rmdir($dir);
}
return true;
}
function nvram_backup($uuid) {
// move OVMF VARS to a backup file if this domain has them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd_backup');
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd_backup');
return true;
}
return false;
}
function nvram_restore($uuid) {
// restore backup OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd_backup')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd_backup', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd');
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd_backup')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd_backup', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd');
return true;
}
return false;
}
function nvram_rename($uuid,$newuuid) {
// rename backup OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd_backup', '/etc/libvirt/qemu/nvram/'.$newuuid.'_VARS-pure-efi.fd');
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
rename('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd_backup', '/etc/libvirt/qemu/nvram/'.$newuuid.'_VARS-pure-efi-tpm.fd');
return true;
}
return false;
}
function nvram_create_snapshot($uuid,$snapshotname) {
// snapshot backup OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd')) {
copy('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd', '/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd');
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd')) {
copy('/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd', '/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd');
return true;
}
return false;
}
function nvram_revert_snapshot($uuid,$snapshotname) {
// snapshot backup OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd')) {
copy('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi.fd');
unlink('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd') ;
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd')) {
copy('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd', '/etc/libvirt/qemu/nvram/'.$uuid.'_VARS-pure-efi-tpm.fd');
unlink('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd') ;
return true;
}
return false;
}
function nvram_delete_snapshot($uuid,$snapshotname) {
// snapshot backup OVMF VARS if this domain had them
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd')) {
unlink('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi.fd') ;
return true;
}
if (is_file('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd')) {
unlink('/etc/libvirt/qemu/nvram/'.$uuid.$snapshotname.'_VARS-pure-efi-tpm.fd') ;
return true;
}
return false;
}
function is_dir_empty($dir) {
if (!is_readable($dir)) return NULL;
$handle = opendir($dir);
while (false !== ($entry = readdir($handle))) {
if ($entry != "." && $entry != "..") {
return FALSE;
}
}
return TRUE;
}
function domain_is_running($domain, $name = false) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$tmp = $this->domain_get_info( $domain, $name );
if (!$tmp)
return $this->_set_last_error();
$ret = ( ($tmp['state'] == VIR_DOMAIN_RUNNING) || ($tmp['state'] == VIR_DOMAIN_BLOCKED) || ($tmp['state'] == 7 /*VIR_DOMAIN_PMSUSPENDED*/) );
unset($tmp);
return $ret;
}
function domain_get_state($domain) {
$dom = $this->get_domain_object($domain);
if (!$dom)
return false;
$info = libvirt_domain_get_info($dom);
if (!$info)
return $this->_set_last_error();
return $this->domain_state_translate($info['state']);
}
function domain_state_translate($state) {
switch ($state) {
case VIR_DOMAIN_RUNNING: return 'running';
case VIR_DOMAIN_NOSTATE: return 'nostate';
case VIR_DOMAIN_BLOCKED: return 'blocked';
case VIR_DOMAIN_PAUSED: return 'paused';
case VIR_DOMAIN_SHUTDOWN: return 'shutdown';
case VIR_DOMAIN_SHUTOFF: return 'shutoff';
case VIR_DOMAIN_CRASHED: return 'crashed';
//VIR_DOMAIN_PMSUSPENDED is 7 (not defined in libvirt-php yet)
case 7: return 'pmsuspended';
}
return 'unknown';
}
function domain_get_vnc_port($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/graphics/@port', false);
$var = (int)$tmp[0];
unset($tmp);
return $var;
}
function domain_get_vmrc_autoport($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/graphics/@autoport', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vmrc_protocol($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/graphics/@type', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vnc_model($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/video/model/@type', false);
if (!$tmp)
return 'qxl';
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vnc_keymap($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/graphics/@keymap', false);
if (!$tmp)
return 'none';
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vnc_password($domain) {
$domain_name = $this->domain_get_name($domain) ;
$password = shell_exec("cat /etc/libvirt/qemu/'{$domain_name}.xml' | grep 'passwd'") ;
if (!$password)
return '';
$strpos = strpos($password, "passwd=") +8 ;
$endpos = strpos($password, "'",$strpos) ;
$password = substr($password,$strpos, $endpos-$strpos) ;
return $password ;
}
function domain_get_ws_port($domain) {
$tmp = $this->get_xpath($domain, '//domain/devices/graphics/@websocket', false);
$var = (int)$tmp[0];
unset($tmp);
return $var;
}
function domain_get_arch($domain) {
$tmp = $this->get_xpath($domain, '//domain/os/type/@arch', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_machine($domain) {
$tmp = $this->get_xpath($domain, '//domain/os/type/@machine', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_description($domain) {
$tmp = $this->get_xpath($domain, '//domain/description', false);
$var = $tmp[0] ?? "";
unset($tmp);
return $var;
}
function domain_get_clock_offset($domain) {
$tmp = $this->get_xpath($domain, '//domain/clock/@offset', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_cpu_type($domain) {
$tmp = $this->get_xpath($domain, '//domain/cpu/@mode', false);
if (!$tmp)
return 'emulated';
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_cpu_migrate($domain) {
$tmp = $this->get_xpath($domain, '//domain/cpu/@migratable', false);
if (!$tmp)
return 'no';
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vcpu($domain) {
$tmp = $this->get_xpath($domain, '//domain/vcpu', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_vcpu_pins($domain) {
$tmp = $this->get_xpath($domain, '//domain/cputune/vcpupin/@cpuset', false);
if (!$tmp)
return false;
$devs = [];
for ($i = 0; $i < $tmp['num']; $i++)
$devs[] = $tmp[$i];
return $devs;
}
function domain_get_memory($domain) {
$tmp = $this->get_xpath($domain, '//domain/memory', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_current_memory($domain) {
$tmp = $this->get_xpath($domain, '//domain/currentMemory', false);
$var = $tmp[0];
unset($tmp);
return $var;
}
function domain_get_feature($domain, $feature) {
$tmp = $this->get_xpath($domain, '//domain/features/'.$feature.'/..', false);
$ret = ($tmp != false);
unset($tmp);
return $ret;
}
function domain_get_boot_devices($domain) {
$tmp = $this->get_xpath($domain, '//domain/os/boot/@dev', false);
if (!$tmp)
return false;
$devs = [];
for ($i = 0; $i < $tmp['num']; $i++)
$devs[] = $tmp[$i];
return $devs;
}
function domain_get_mount_filesystems($domain) {
$ret = [];
$strXML = $this->domain_get_xml($domain) ;
$xml = new SimpleXMLElement($strXML);
$FS=$xml->xpath('//domain/devices/filesystem[@type="mount"]') ;
foreach($FS as $FSD){
$target=$FSD->target->attributes()->dir ;
$source=$FSD->source->attributes()->dir ;
$mode=$FSD->driver->attributes()->type ;
$ret[] = [
'source' => $source,
'target' => $target ,
'mode' => $mode
];
}
return $ret;
}
function _get_single_xpath_result($domain, $xpath) {
$tmp = $this->get_xpath($domain, $xpath, false);
if (!$tmp)
return false;
if ($tmp['num'] == 0)
return false;
return $tmp[0];
}
function domain_get_ovmf($domain) {
return $this->_get_single_xpath_result($domain, '//domain/os/loader');
}
function domain_get_multimedia_device($domain, $type, $display=false) {
$domain = $this->get_domain_object($domain);
if ($type == 'console') {
$type = $this->_get_single_xpath_result($domain, '//domain/devices/console/@type');
$targetType = $this->_get_single_xpath_result($domain, '//domain/devices/console/target/@type');
$targetPort = $this->_get_single_xpath_result($domain, '//domain/devices/console/target/@port');
if ($display)
return $type.' ('.$targetType.' on port '.$targetPort.')';
else
return ['type' => $type, 'targetType' => $targetType, 'targetPort' => $targetPort];
}
else
if ($type == 'input') {
$type = $this->_get_single_xpath_result($domain, '//domain/devices/input/@type');
$bus = $this->_get_single_xpath_result($domain, '//domain/devices/input/@bus');
if ($display)
return $type.' on '.$bus;
else
return ['type' => $type, 'bus' => $bus];
}
else
if ($type == 'graphics') {
$type = $this->_get_single_xpath_result($domain, '//domain/devices/graphics/@type');
$port = $this->_get_single_xpath_result($domain, '//domain/devices/graphics/@port');
$autoport = $this->_get_single_xpath_result($domain, '//domain/devices/graphics/@autoport');
if ($display)
return $type.' on port '.$port.' with'.($autoport ? '' : 'out').' autoport enabled';
else
return ['type' => $type, 'port' => $port, 'autoport' => $autoport];
}
else
if ($type == 'video') {
$type = $this->_get_single_xpath_result($domain, '//domain/devices/video/model/@type');
$vram = $this->_get_single_xpath_result($domain, '//domain/devices/video/model/@vram');
$heads = $this->_get_single_xpath_result($domain, '//domain/devices/video/model/@heads');
if ($display)
return $type.' with '.($vram / 1024).' MB VRAM, '.$heads.' head(s)';
else
return ['type' => $type, 'vram' => $vram, 'heads' => $heads];
}
else
return false;
}
function domain_get_host_devices_pci($domain) {
$devs = [];
$res = $this->get_domain_object($domain);
$strDOMXML = $this->domain_get_xml($res);
$xmldoc = new DOMDocument();
$xmldoc->loadXML($strDOMXML);
$xpath = new DOMXPath($xmldoc);
$objNodes = $xpath->query('//domain/devices/hostdev[@type="pci"]');
if ($objNodes->length > 0) {
foreach ($objNodes as $objNode) {
$dom = $xpath->query('source/address/@domain', $objNode)->Item(0)->nodeValue;
$bus = $xpath->query('source/address/@bus', $objNode)->Item(0)->nodeValue;
$rotation = $xpath->query('target/address/@rotation_rate', $objNode)->Item(0)->nodeValue;
$slot = $xpath->query('source/address/@slot', $objNode)->Item(0)->nodeValue;
$func = $xpath->query('source/address/@function', $objNode)->Item(0)->nodeValue;
$rom = $xpath->query('rom/@file', $objNode);
$rom = ($rom->length > 0 ? $rom->Item(0)->nodeValue : '');
$boot =$xpath->query('boot/@order', $objNode)->Item(0)->nodeValue;
$devid = str_replace('0x', '', 'pci_'.$dom.'_'.$bus.'_'.$slot.'_'.$func);
$tmp2 = $this->get_node_device_information($devid);
$guest["multi"] = $xpath->query('address/@multifunction', $objNode)->Item(0)->nodeValue ? "on" : "off" ;
$guest["dom"] = $xpath->query('address/@domain', $objNode)->Item(0)->nodeValue;
$guest["bus"] = $xpath->query('address/@bus', $objNode)->Item(0)->nodeValue;
$guest["slot"] = $xpath->query('address/@slot', $objNode)->Item(0)->nodeValue;
$guest["func"] = $xpath->query('address/@function', $objNode)->Item(0)->nodeValue;
$devs[] = [
'domain' => $dom,
'bus' => $bus,
'slot' => $slot,
'func' => $func,
'id' => str_replace('0x', '', $bus.':'.$slot.'.'.$func),
'vendor' => $tmp2['vendor_name'],
'vendor_id' => $tmp2['vendor_id'],
'product' => $tmp2['product_name'],
'product_id' => $tmp2['product_id'],
'boot' => $boot,
'rotation' => $rotation,
'rom' => $rom,
'guest' => $guest
];
}
}
// Get any pci devices contained in the qemu args
$args = $this->get_xpath($domain, '//domain/*[name()=\'qemu:commandline\']/*[name()=\'qemu:arg\']/@value', false);
if (isset($args['num'])) {
for ($i = 0; $i < $args['num']; $i++) {
if (strpos($args[$i], 'vfio-pci') !== 0) {
continue;
}
$arg_list = explode(',', $args[$i]);
foreach ($arg_list as $arg) {
$keypair = explode('=', $arg);
if ($keypair[0] == 'host' && !empty($keypair[1])) {
$devid = 'pci_0000_' . str_replace([':', '.'], '_', $keypair[1]);
$tmp2 = $this->get_node_device_information($devid);
[$bus, $slot, $func] = my_explode(":", str_replace('.', ':', $keypair[1]), 3);
$devs[] = [
'domain' => '0x0000',
'bus' => '0x' . $bus,
'slot' => '0x' . $slot,
'func' => '0x' . $func,
'id' => $keypair[1],
'vendor' => $tmp2['vendor_name'],
'vendor_id' => $tmp2['vendor_id'],
'product' => $tmp2['product_name'],
'product_id' => $tmp2['product_id']
];
break;
}
}
}
}
return $devs;
}
function _lookup_device_usb($vendor_id, $product_id) {
$tmp = $this->get_node_devices(false);
for ($i = 0; $i < sizeof($tmp); $i++) {
$tmp2 = $this->get_node_device_information($tmp[$i]);
if (array_key_exists('product_id', $tmp2)) {
if (($tmp2['product_id'] == $product_id)
&& ($tmp2['vendor_id'] == $vendor_id))
return $tmp2;
}
}
return false;
}
function domain_get_host_devices_usb($domain) {
$xpath = '//domain/devices/hostdev[@type="usb"]/source/';
$vid = $this->get_xpath($domain, $xpath.'vendor/@id', false);
$pid = $this->get_xpath($domain, $xpath.'product/@id', false);
$devs = [];
if (isset($vid['num'])) {
for ($i = 0; $i < $vid['num']; $i++) {
$dev = $this->_lookup_device_usb($vid[$i], $pid[$i]);
$devs[] = [
'id' => str_replace('0x', '', $vid[$i] . ':' . $pid[$i]),
'vendor_id' => $vid[$i],
'product_id' => $pid[$i],
'product' => $dev['product_name'],
'vendor' => $dev['vendor_name']
];
}
}
return $devs;
}
function domain_get_host_devices($domain) {
$domain = $this->get_domain_object($domain);
$devs_pci = $this->domain_get_host_devices_pci($domain);
$devs_usb = $this->domain_get_host_devices_usb($domain);
return ['pci' => $devs_pci, 'usb' => $devs_usb];
}
function get_nic_info($domain) {
$macs = $this->get_xpath($domain, "//domain/devices/interface/mac/@address", false);
if (!$macs)
return $this->_set_last_error();
$ret = [];
for ($i = 0; $i < $macs['num']; $i++) {
$net = $this->get_xpath($domain, "//domain/devices/interface/mac[@address='$macs[$i]']/../source/@*", false);
$model = $this->get_xpath($domain, "//domain/devices/interface/mac[@address='$macs[$i]']/../model/@type", false);
$boot = $this->get_xpath($domain, "//domain/devices/interface/mac[@address='$macs[$i]']/../boot/@order", false);
if(empty($macs[$i]) && empty($net[0])) {
$this->_set_last_error();
continue;
}
$ret[] = [
'mac' => $macs[$i],
'network' => $net[0],
'model' => $model[0],
'boot' => $boot[0] ?? ""
];
}
return $ret;
}
function domain_set_feature($domain, $feature, $val) {
$domain = $this->get_domain_object($domain);
if ($this->domain_get_feature($domain, $feature) == $val)
return true;
$xml = $this->domain_get_xml($domain);
if ($val) {
if (strpos('features', $xml))
$xml = str_replace('', "\n<$feature/>", $xml);
else
$xml = str_replace('', "\n<$feature/>", $xml);
}
else
$xml = str_replace("<$feature/>\n", '', $xml);
return $this->domain_define($xml);
}
function domain_set_clock_offset($domain, $offset) {
$domain = $this->get_domain_object($domain);
if (($old_offset = $this->domain_get_clock_offset($domain)) == $offset)
return true;
$xml = $this->domain_get_xml($domain);
$xml = str_replace("", "", $xml);
return $this->domain_define($xml);
}
//change vpus for domain
function domain_set_vcpu($domain, $vcpu) {
$domain = $this->get_domain_object($domain);
if (($old_vcpu = $this->domain_get_vcpu($domain)) == $vcpu)
return true;
$xml = $this->domain_get_xml($domain);
$xml = str_replace("$old_vcpu", "$vcpu", $xml);
return $this->domain_define($xml);
}
//change memory for domain
function domain_set_memory($domain, $memory) {
$domain = $this->get_domain_object($domain);
if (($old_memory = $this->domain_get_memory($domain)) == $memory)
return true;
$xml = $this->domain_get_xml($domain);
$xml = str_replace("$old_memory", "$memory", $xml);
return $this->domain_define($xml);
}
//change memory for domain
function domain_set_current_memory($domain, $memory) {
$domain = $this->get_domain_object($domain);
if (($old_memory = $this->domain_get_current_memory($domain)) == $memory)
return true;
$xml = $this->domain_get_xml($domain);
$xml = str_replace("$old_memory", "$memory", $xml);
return $this->domain_define($xml);
}
//change domain disk dev name
function domain_set_disk_dev($domain, $olddev, $dev) {
$domain = $this->get_domain_object($domain);
$xml = $this->domain_get_xml($domain);
$tmp = explode("\n", $xml);
for ($i = 0; $i < sizeof($tmp); $i++)
if (strpos('.'.$tmp[$i], "domain_define($xml);
}
//create metadata node for domain
function domain_set_metadata($domain) {
$domain = $this->get_domain_object($domain);
$xml = $this->domain_get_xml($domain);
$metadata = $this->get_xpath($domain, '//domain/metadata', false);
if (empty($metadata)){
$description = $this->domain_get_description($domain);
if(!$description)
$node = "";
else
$node = "";
$desc = "$node\n\n\n";
$xml = str_replace($node, $desc, $xml);
}
return $this->domain_define($xml);
}
//set description for snapshot
function snapshot_set_metadata($domain, $name, $desc) {
$this->domain_set_metadata($domain);
$domain = $this->get_domain_object($domain);
$xml = $this->domain_get_xml($domain);
$metadata = $this->get_xpath($domain, '//domain/metadata/snapshot'.$name, false);
if (empty($metadata)){
$desc = "\n$desc\n";
$xml = str_replace('', $desc, $xml);
} else {
$tmp = explode("\n", $xml);
for ($i = 0; $i < sizeof($tmp); $i++)
if (strpos('.'.$tmp[$i], 'domain_define($xml);
}
//get host node info
function host_get_node_info() {
$tmp = libvirt_node_get_info($this->conn);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//get domain autostart status true or false
function domain_get_autostart($domain) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_get_autostart($domain);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//set domain to start with libvirt
function domain_set_autostart($domain,$flags) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_set_autostart($domain,$flags);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//list all snapshots for domain
function domain_snapshots_list($domain) {
$tmp = libvirt_list_domain_snapshots($domain);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//list all snapshots for domain
function domain_snapshot_get_xml($domain) {
$tmp = libvirt_domain_snapshot_get_xml($domain);
return ($tmp) ? $tmp : $this->_set_last_error();
}
// create a snapshot and metadata node for description
function domain_snapshot_create($domain) {
$this->domain_set_metadata($domain);
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_snapshot_create($domain);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//delete snapshot and metadata
function domain_snapshot_delete($domain, $name, $flags=0) {
$name = $this->domain_snapshot_lookup_by_name($domain, $name);
$tmp = libvirt_domain_snapshot_delete($name,$flags);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//get resource number of snapshot
function domain_snapshot_lookup_by_name($domain, $name) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_snapshot_lookup_by_name($domain, $name);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//revert domain to snapshot state
function domain_snapshot_revert($domain, $name) {
$name = $this->domain_snapshot_lookup_by_name($domain, $name);
$tmp = libvirt_domain_snapshot_revert($name);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//get snapshot description
function domain_snapshot_get_info($domain, $name) {
$domain = $this->get_domain_object($domain);
$tmp = $this->get_xpath($domain, '//domain/metadata/snapshot'.$name, false);
$var = $tmp[0];
unset($tmp);
return $var;
}
//remove snapshot metadata
function snapshot_remove_metadata($domain, $name) {
$domain = $this->get_domain_object($domain);
$xml = $this->domain_get_xml($domain);
$tmp = explode("\n", $xml);
for ($i = 0; $i < sizeof($tmp); $i++)
if (strpos('.'.$tmp[$i], 'domain_define($xml);
}
//change cdrom media
function domain_change_cdrom($domain, $iso, $dev, $bus) {
$domain = $this->get_domain_object($domain);
$tmp = libvirt_domain_update_device($domain, "", VIR_DOMAIN_DEVICE_MODIFY_CONFIG);
if ($this->domain_is_active($domain))
libvirt_domain_update_device($domain, "", VIR_DOMAIN_DEVICE_MODIFY_LIVE);
return ($tmp) ? $tmp : $this->_set_last_error();
}
//change disk capacity
/*function disk_set_cap($disk, $cap) {
$xml = $this->domain_get_xml($domain);
$tmp = explode("\n", $xml);
for ($i = 0; $i < sizeof($tmp); $i++)
if (strpos('.'.$tmp[$i], "";
$xml = join("\n", $tmp);
return $this->domain_define($xml);
}
function libvirt_get_net_res($conn, $net) {
return libvirt_network_get($conn, $net);
}
function libvirt_get_net_list($conn, $opt=VIR_NETWORKS_ALL) {
// VIR_NETWORKS_{ACTIVE|INACTIVE|ALL}
return libvirt_list_networks($conn, $opt);
}
function libvirt_get_net_xml($res, $xpath=NULL) {
return libvirt_network_get_xml_desc($res, $xpath);
}
}
?>