import crypt import json import os import re import socket import time from bisect import insort from accounts.models import UserInstance, UserSSHKey from admin.decorators import superuser_only from appsettings.models import AppSettings from appsettings.settings import app_settings from computes.models import Compute from django.conf import settings from django.contrib import messages from django.contrib.auth.decorators import permission_required from django.contrib.auth.models import User from django.http import Http404, HttpResponse, JsonResponse from django.shortcuts import get_object_or_404, redirect, render from django.urls import reverse from django.utils.translation import gettext_lazy as _ from instances.models import Instance from libvirt import VIR_DOMAIN_UNDEFINE_KEEP_NVRAM, VIR_DOMAIN_UNDEFINE_NVRAM, libvirtError from logs.views import addlogmsg from vrtManager import util from vrtManager.create import wvmCreate from vrtManager.instance import wvmInstances from vrtManager.interface import wvmInterface from vrtManager.storage import wvmStorage from vrtManager.util import randomPasswd from . import utils from .forms import ConsoleForm, FlavorForm, NewVMForm from .models import Flavor def index(request): instances = None computes = ( Compute.objects.all() .order_by("name") .prefetch_related("instance_set") .prefetch_related("instance_set__userinstance_set") ) for compute in computes: utils.refr(compute) if request.user.is_superuser: instances = Instance.objects.all().prefetch_related("userinstance_set") else: instances = Instance.objects.filter(userinstance__user=request.user).prefetch_related("userinstance_set") return render(request, "allinstances.html", {"computes": computes, "instances": instances}) def instance(request, pk): instance: Instance = get_instance(request.user, pk) compute: Compute = instance.compute computes = Compute.objects.all().order_by("name") computes_count = computes.count() users = User.objects.all().order_by("username") publickeys = UserSSHKey.objects.filter(user_id=request.user.id) keymaps = settings.QEMU_KEYMAPS console_types = AppSettings.objects.get(key="QEMU_CONSOLE_DEFAULT_TYPE").choices_as_list() console_form = ConsoleForm( initial={ "type": instance.console_type, "listen_on": instance.console_listen_address, "password": instance.console_passwd, "keymap": instance.console_keymap, } ) console_listen_addresses = settings.QEMU_CONSOLE_LISTEN_ADDRESSES bottom_bar = app_settings.VIEW_INSTANCE_DETAIL_BOTTOM_BAR allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template try: userinstance = UserInstance.objects.get( instance__compute_id=compute.id, instance__name=instance.name, user__id=request.user.id ) except UserInstance.DoesNotExist: userinstance = None memory_range = [256, 512, 768, 1024, 2048, 3072, 4096, 6144, 8192, 16384] if instance.memory not in memory_range: insort(memory_range, instance.memory) if instance.cur_memory not in memory_range: insort(memory_range, instance.cur_memory) clone_free_names = utils.get_clone_free_names() user_quota_msg = utils.check_user_quota(request.user, 0, 0, 0, 0) default_bus = app_settings.INSTANCE_VOLUME_DEFAULT_BUS default_io = app_settings.INSTANCE_VOLUME_DEFAULT_IO default_discard = app_settings.INSTANCE_VOLUME_DEFAULT_DISCARD default_zeroes = app_settings.INSTANCE_VOLUME_DEFAULT_DETECT_ZEROES default_cache = app_settings.INSTANCE_VOLUME_DEFAULT_CACHE default_format = app_settings.INSTANCE_VOLUME_DEFAULT_FORMAT # default_disk_owner_uid = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_UID) # default_disk_owner_gid = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_GID) # clone_instance_auto_name = app_settings.CLONE_INSTANCE_AUTO_NAME # try: # instance = Instance.objects.get(compute=compute, name=vname) # if instance.uuid != uuid: # instance.uuid = uuid # instance.save() # msg = _(f"Fixing UUID {uuid}") # addlogmsg(request.user.username, instance.compute.name, instance.name, msg) # except Instance.DoesNotExist: # instance = Instance(compute=compute, name=vname, uuid=uuid) # instance.save() # msg = _("Instance does not exist: Creating new instance") # addlogmsg(request.user.username, instance.compute.name, instance.name, msg) # userinstances = UserInstance.objects.filter(instance=instance).order_by('user__username') userinstances = instance.userinstance_set.order_by("user__username") allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template # Host resources vcpu_host = len(instance.vcpu_range) memory_host = instance.proxy.get_max_memory() bus_host = instance.proxy.get_disk_bus_types(instance.arch, instance.machine) networks_host = sorted(instance.proxy.get_networks()) interfaces_host = sorted(instance.proxy.get_ifaces()) nwfilters_host = instance.proxy.get_nwfilters() storages_host = sorted(instance.proxy.get_storages(True)) net_models_host = instance.proxy.get_network_models() return render(request, "instance.html", locals()) def status(request, pk): instance = get_instance(request.user, pk) return JsonResponse({"status": instance.proxy.get_status()}) def stats(request, pk): instance = get_instance(request.user, pk) json_blk = [] json_net = [] # TODO: stats are inaccurate cpu_usage = instance.proxy.cpu_usage() mem_usage = instance.proxy.mem_usage() blk_usage = instance.proxy.disk_usage() net_usage = instance.proxy.net_usage() current_time = time.strftime("%H:%M:%S") for blk in blk_usage: json_blk.append({"dev": blk["dev"], "data": [int(blk["rd"]) / 1048576, int(blk["wr"]) / 1048576]}) for net in net_usage: json_net.append({"dev": net["dev"], "data": [int(net["rx"]) / 1048576, int(net["tx"]) / 1048576]}) return JsonResponse( { "cpudata": int(cpu_usage["cpu"]), "memdata": mem_usage, "blkdata": json_blk, "netdata": json_net, "timeline": current_time, } ) def osinfo(request, pk): instance = get_instance(request.user, pk) results = instance.proxy.osinfo() return JsonResponse(results) def guess_mac_address(request, vname): data = {"vname": vname} mac = utils.get_dhcp_mac_address(vname) if not mac: mac = utils.get_random_mac_address() data["mac"] = mac return HttpResponse(json.dumps(data)) def random_mac_address(request): data = dict() data["mac"] = utils.get_random_mac_address() return HttpResponse(json.dumps(data)) def guess_clone_name(request): dhcp_file = "/srv/webvirtcloud/dhcpd.conf" prefix = app_settings.CLONE_INSTANCE_DEFAULT_PREFIX if os.path.isfile(dhcp_file): instance_names = [i.name for i in Instance.objects.filter(name__startswith=prefix)] with open(dhcp_file, "r") as f: for line in f: line = line.strip() if f"host {prefix}" in line: fqdn = line.split(" ")[1] hostname = fqdn.split(".")[0] if hostname.startswith(prefix) and hostname not in instance_names: return HttpResponse(json.dumps({"name": hostname})) return HttpResponse(json.dumps({})) def check_instance(request, vname): instance = Instance.objects.filter(name=vname) data = {"vname": vname, "exists": False} if instance: data["exists"] = True return JsonResponse(data) def sshkeys(request, pk): """ :param request: :param vname: :return: """ instance = get_instance(request.user, pk) instance_keys = [] userinstances = UserInstance.objects.filter(instance=instance) for ui in userinstances: keys = UserSSHKey.objects.filter(user=ui.user) for k in keys: instance_keys.append(k.keypublic) if request.GET.get("plain", ""): response = "\n".join(instance_keys) response += "\n" else: response = json.dumps(instance_keys) return HttpResponse(response) def get_instance(user, pk): """ Check that instance is available for user, if not raise 404 """ instance = get_object_or_404(Instance, pk=pk) user_instances = user.userinstance_set.all().values_list("instance", flat=True) if user.is_superuser or instance.id in user_instances: return instance else: raise Http404() def poweron(request, pk): instance = get_instance(request.user, pk) if instance.is_template: messages.warning(request, _("Templates cannot be started.")) else: instance.proxy.start() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Power On")) return redirect(request.META.get("HTTP_REFERER")) def powercycle(request, pk): instance = get_instance(request.user, pk) instance.proxy.force_shutdown() instance.proxy.start() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Power Cycle")) return redirect(request.META.get("HTTP_REFERER")) def poweroff(request, pk): instance = get_instance(request.user, pk) instance.proxy.shutdown() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Power Off")) return redirect(request.META.get("HTTP_REFERER")) @superuser_only def suspend(request, pk): instance = get_instance(request.user, pk) instance.proxy.suspend() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Suspend")) return redirect(request.META.get("HTTP_REFERER")) @superuser_only def resume(request, pk): instance = get_instance(request.user, pk) instance.proxy.resume() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Resume")) return redirect(request.META.get("HTTP_REFERER")) def force_off(request, pk): instance = get_instance(request.user, pk) instance.proxy.force_shutdown() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Force Off")) return redirect(request.META.get("HTTP_REFERER")) def destroy(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_delete=request.user.is_superuser) if request.method == "POST" and userinstance.is_delete: if instance.proxy.get_status() == 1: instance.proxy.force_shutdown() if request.POST.get("delete_disk", ""): snapshots = sorted(instance.proxy.get_snapshot(), reverse=True, key=lambda k: k["date"]) for snapshot in snapshots: instance.proxy.snapshot_delete(snapshot["name"]) instance.proxy.delete_all_disks() if request.POST.get("delete_nvram", ""): instance.proxy.delete(VIR_DOMAIN_UNDEFINE_NVRAM) else: instance.proxy.delete(VIR_DOMAIN_UNDEFINE_KEEP_NVRAM) instance.delete() addlogmsg(request.user.username, instance.compute.name, instance.name, _("Destroy")) return redirect(reverse("instances:index")) return render( request, "instances/destroy_instance_form.html", { "instance": instance, "userinstance": userinstance, }, ) @superuser_only def migrate(request, pk): instance = get_instance(request.user, pk) compute_id = request.POST.get("compute_id", "") live = request.POST.get("live_migrate", False) unsafe = request.POST.get("unsafe_migrate", False) xml_del = request.POST.get("xml_delete", False) offline = request.POST.get("offline_migrate", False) autoconverge = request.POST.get("autoconverge", False) compress = request.POST.get("compress", False) postcopy = request.POST.get("postcopy", False) new_compute = Compute.objects.get(id=compute_id) try: utils.migrate_instance(new_compute, instance, request.user, live, unsafe, xml_del, offline) except libvirtError as err: messages.error(request, err) msg = _("Instance is migrated to %(hostname)s") % {"hostname": new_compute.hostname} addlogmsg(request.user.username, instance.compute.hostname, instance.name, msg) return redirect(request.META.get("HTTP_REFERER")) def set_root_pass(request, pk): instance = get_instance(request.user, pk) if request.method == "POST": passwd = request.POST.get("passwd", None) if passwd: passwd_hash = crypt.crypt(passwd, "$6$kgPoiREy") data = {"action": "password", "passwd": passwd_hash, "vname": instance.name} if instance.proxy.get_status() == 5: s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.connect((instance.compute.hostname, 16510)) s.send(bytes(json.dumps(data).encode())) d = s.recv(1024).strip() result = json.loads(d) s.close() if result["return"] == "success": msg = _("Reset root password") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) messages.success(request, msg) else: messages.error(request, result["message"]) else: msg = _("Please shutdown down your instance and then try again") messages.error(request, msg) return redirect(reverse("instances:instance", args=[instance.id]) + "#access") def add_public_key(request, pk): instance = get_instance(request.user, pk) if request.method == "POST": sshkeyid = request.POST.get("sshkeyid", "") publickey = UserSSHKey.objects.get(id=sshkeyid) data = {"action": "publickey", "key": publickey.keypublic, "vname": instance.name} if instance.proxy.get_status() == 5: s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.connect((instance.compute.hostname, 16510)) s.send(json.dumps(data).encode()) result = json.loads(s.recv(1024)) s.close() if result["return"] == "error": msg = result["message"] else: msg = _("Installed new SSH public key %(keyname)s") % {"keyname": publickey.keyname} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) if result["return"] == "success": messages.success(request, msg) else: messages.error(request, msg) else: msg = _("Please shutdown down your instance and then try again") messages.error(request, msg) return redirect(reverse("instances:instance", args=[instance.id]) + "#access") def resizevm_cpu(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_change=False) vcpu = instance.proxy.get_vcpu() if request.method == "POST": if request.user.is_superuser or request.user.is_staff or userinstance.is_change: new_vcpu = request.POST.get("vcpu", "") new_cur_vcpu = request.POST.get("cur_vcpu", "") quota_msg = utils.check_user_quota(request.user, 0, int(new_vcpu) - vcpu, 0, 0) if not request.user.is_superuser and quota_msg: msg = _("User %(quota_msg)s quota reached, cannot resize CPU of '%(instance_name)s'!") % { "quota_msg": quota_msg, "instance_name": instance.name, } messages.error(request, msg) else: cur_vcpu = new_cur_vcpu vcpu = new_vcpu instance.proxy.resize_cpu(cur_vcpu, vcpu) msg = _("CPU is resized: %(old)s to %(new)s") % {"old": cur_vcpu, "new": vcpu} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) messages.success(request, msg) return redirect(reverse("instances:instance", args=[instance.id]) + "#resize") def resize_memory(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_change=False) memory = instance.proxy.get_memory() cur_memory = instance.proxy.get_cur_memory() if request.method == "POST": if request.user.is_superuser or request.user.is_staff or userinstance.is_change: new_memory = request.POST.get("memory", "") new_memory_custom = request.POST.get("memory_custom", "") if new_memory_custom: new_memory = new_memory_custom new_cur_memory = request.POST.get("cur_memory", "") new_cur_memory_custom = request.POST.get("cur_memory_custom", "") if new_cur_memory_custom: new_cur_memory = new_cur_memory_custom quota_msg = utils.check_user_quota(request.user, 0, 0, int(new_memory) - memory, 0) if not request.user.is_superuser and quota_msg: msg = _("User %(quota_msg)s quota reached, cannot resize memory of '%(instance_name)s'!") % { "quota_msg": quota_msg, "instance_name": instance.name, } messages.error(request, msg) else: instance.proxy.resize_mem(new_cur_memory, new_memory) msg = _("Memory is resized: current/max: %(old_cur)s/%(old_max)s to %(new_cur)s/%(new_max)s") % { "old_cur": cur_memory, "old_max": memory, "new_cur": new_cur_memory, "new_max": new_memory, } addlogmsg(request.user.username, instance.compute.name, instance.name, msg) messages.success(request, msg) return redirect(reverse("instances:instance", args=[instance.id]) + "#resize") def resize_disk(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_change=False) disks = instance.proxy.get_disk_devices() if request.method == "POST": if request.user.is_superuser or request.user.is_staff or userinstance.is_change: disks_new = list() for disk in disks: input_disk_size = int(request.POST.get("disk_size_" + disk["dev"], "0")) * 1073741824 if input_disk_size > disk["size"] + (64 << 20): disk["size_new"] = input_disk_size disks_new.append(disk) disk_sum = sum([disk["size"] >> 30 for disk in disks_new]) disk_new_sum = sum([disk["size_new"] >> 30 for disk in disks_new]) quota_msg = utils.check_user_quota(request.user, 0, 0, 0, disk_new_sum - disk_sum) if not request.user.is_superuser and quota_msg: msg = _("User %(quota_msg)s quota reached, cannot resize disks of '%(instance_name)s'!") % { "quota_msg": quota_msg, "instance_name": instance.name, } messages.error(request, msg) else: instance.proxy.resize_disk(disks_new) msg = _("Disk is resized: %(dev)s") % {"dev": disk["dev"]} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) messages.success(request, msg) return redirect(reverse("instances:instance", args=[instance.id]) + "#resize") def add_new_vol(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: media = instance.proxy.get_media_devices() disks = instance.proxy.get_disk_devices() conn_create = wvmCreate( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, ) storage = request.POST.get("storage", "") name = request.POST.get("name", "") format = request.POST.get("format", app_settings.INSTANCE_VOLUME_DEFAULT_FORMAT) size = request.POST.get("size", 0) meta_prealloc = True if request.POST.get("meta_prealloc", False) else False bus = request.POST.get("bus", app_settings.INSTANCE_VOLUME_DEFAULT_BUS) cache = request.POST.get("cache", app_settings.INSTANCE_VOLUME_DEFAULT_CACHE) target_dev = utils.get_new_disk_dev(media, disks, bus) source = conn_create.create_volume( storage, name, size, format, meta_prealloc, int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_UID), int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_GID), ) instance.proxy.attach_disk(target_dev, source, target_bus=bus, driver_type=format, cache_mode=cache) msg = _("Attach new disk: %(name)s (%(format)s)") % {"name": name, "format": format} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def add_existing_vol(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: storage = request.POST.get("selected_storage", "") name = request.POST.get("vols", "") bus = request.POST.get("bus", app_settings.INSTANCE_VOLUME_DEFAULT_BUS) cache = request.POST.get("cache", app_settings.INSTANCE_VOLUME_DEFAULT_CACHE) media = instance.proxy.get_media_devices() disks = instance.proxy.get_disk_devices() conn_create = wvmStorage( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, storage, ) driver_type = conn_create.get_volume_type(name) path = conn_create.get_target_path() target_dev = utils.get_new_disk_dev(media, disks, bus) source = f"{path}/{name}" instance.proxy.attach_disk(target_dev, source, target_bus=bus, driver_type=driver_type, cache_mode=cache) msg = _("Attach Existing disk: %(target_dev)s") % {"target_dev": target_dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def edit_volume(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if "edit_volume" in request.POST and allow_admin_or_not_template: target_dev = request.POST.get("dev", "") new_path = request.POST.get("vol_path", "") shareable = bool(request.POST.get("vol_shareable", False)) readonly = bool(request.POST.get("vol_readonly", False)) disk_type = request.POST.get("vol_type", "") bus = request.POST.get("vol_bus_old", "") new_bus = request.POST.get("vol_bus", bus) serial = request.POST.get("vol_serial", "") format = request.POST.get("vol_format", "") cache = request.POST.get("vol_cache", app_settings.INSTANCE_VOLUME_DEFAULT_CACHE) io = request.POST.get("vol_io_mode", app_settings.INSTANCE_VOLUME_DEFAULT_IO) discard = request.POST.get("vol_discard_mode", app_settings.INSTANCE_VOLUME_DEFAULT_DISCARD) zeroes = request.POST.get("vol_detect_zeroes", app_settings.INSTANCE_VOLUME_DEFAULT_DETECT_ZEROES) new_target_dev = utils.get_new_disk_dev(instance.media, instance.disks, new_bus) if new_bus != bus: instance.proxy.detach_disk(target_dev) instance.proxy.attach_disk( new_target_dev, new_path, target_bus=new_bus, driver_type=format, cache_mode=cache, readonly=readonly, shareable=shareable, serial=serial, io_mode=io, discard_mode=discard, detect_zeroes_mode=zeroes, ) else: instance.proxy.edit_disk( target_dev, new_path, readonly, shareable, new_bus, serial, format, cache, io, discard, zeroes, ) if not instance.proxy.get_status() == 5: messages.success( request, _("Volume changes are applied. " + "But it will be activated after shutdown"), ) else: messages.success(request, _("Volume is changed successfully.")) msg = _("Edit disk: %(target_dev)s") % {"target_dev": target_dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def delete_vol(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: storage = request.POST.get("storage", "") conn_delete = wvmStorage( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, storage, ) dev = request.POST.get("dev", "") path = request.POST.get("path", "") name = request.POST.get("name", "") msg = _("Delete disk: %(dev)s") % {"dev": dev} instance.proxy.detach_disk(dev) conn_delete.del_volume(name) addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def detach_vol(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: dev = request.POST.get("dev", "") path = request.POST.get("path", "") instance.proxy.detach_disk(dev) msg = _("Detach disk: %(dev)s") % {"dev": dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def add_cdrom(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: bus = request.POST.get("bus", "ide" if instance.machine == "pc" else "sata") target = utils.get_new_disk_dev(instance.media, instance.disks, bus) instance.proxy.attach_disk(target, "", disk_device="cdrom", cache_mode="none", target_bus=bus, readonly=True) msg = _("Add CD-ROM: %(target)s") % {"target": target} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def detach_cdrom(request, pk, dev): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: # dev = request.POST.get('detach_cdrom', '') instance.proxy.detach_disk(dev) msg = _("Detach CD-ROM: %(dev)s") % {"dev": dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def unmount_iso(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: image = request.POST.get("path", "") dev = request.POST.get("umount_iso", "") instance.proxy.umount_iso(dev, image) msg = _("Mount media: %(dev)s") % {"dev": dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def mount_iso(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: image = request.POST.get("media", "") dev = request.POST.get("mount_iso", "") instance.proxy.mount_iso(dev, image) msg = _("Unmount media: %(dev)s") % {"dev": dev} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#disks") def snapshot(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: name = request.POST.get("name", "") instance.proxy.create_snapshot(name) msg = _("Create snapshot: %(snap)s") % {"snap": name} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#managesnapshot") def delete_snapshot(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: snap_name = request.POST.get("name", "") instance.proxy.snapshot_delete(snap_name) msg = _("Delete snapshot: %(snap)s") % {"snap": snap_name} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#managesnapshot") def revert_snapshot(request, pk): instance = get_instance(request.user, pk) allow_admin_or_not_template = request.user.is_superuser or request.user.is_staff or not instance.is_template if allow_admin_or_not_template: snap_name = request.POST.get("name", "") instance.proxy.snapshot_revert(snap_name) msg = _("Successful revert snapshot: ") msg += snap_name messages.success(request, msg) msg = _("Revert snapshot: %(snap)s") % {"snap": snap_name} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#managesnapshot") @superuser_only def set_vcpu(request, pk): instance = get_instance(request.user, pk) id = request.POST.get("id", "") enabled = request.POST.get("set_vcpu", "") if enabled == "True": instance.proxy.set_vcpu(id, 1) else: instance.proxy.set_vcpu(id, 0) msg = _("VCPU %(id)s is enabled=%(enabled)s") % {"id": id, "enabled": enabled} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#resize") @superuser_only def set_vcpu_hotplug(request, pk): instance = get_instance(request.user, pk) status = request.POST.get("vcpu_hotplug", "") msg = _("VCPU Hot-plug is enabled=%(status)s") % {"status": status} instance.proxy.set_vcpu_hotplug(eval(status)) addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#resize") @superuser_only def set_autostart(request, pk): instance = get_instance(request.user, pk) instance.proxy.set_autostart(1) msg = _("Set autostart") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#boot_opt") @superuser_only def unset_autostart(request, pk): instance = get_instance(request.user, pk) instance.proxy.set_autostart(0) msg = _("Unset autostart") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#boot_opt") @superuser_only def set_bootmenu(request, pk): instance = get_instance(request.user, pk) instance.proxy.set_bootmenu(1) msg = _("Enable boot menu") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#boot_opt") @superuser_only def unset_bootmenu(request, pk): instance = get_instance(request.user, pk) instance.proxy.set_bootmenu(0) msg = _("Disable boot menu") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#boot_opt") @superuser_only def set_bootorder(request, pk): instance = get_instance(request.user, pk) bootorder = request.POST.get("bootorder", "") if bootorder: order_list = {} for idx, val in enumerate(bootorder.split(",")): dev_type, dev = val.split(":", 1) order_list[idx] = {"type": dev_type, "dev": dev} instance.proxy.set_bootorder(order_list) msg = _("Set boot order") if not instance.proxy.get_status() == 5: messages.success( request, _("Boot menu changes applied. " + "But it will be activated after shutdown"), ) else: messages.success(request, _("Boot order changed successfully.")) addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#boot_opt") @superuser_only def change_xml(request, pk): instance = get_instance(request.user, pk) new_xml = request.POST.get("inst_xml", "") if new_xml: instance.proxy._defineXML(new_xml) msg = _("Change instance XML") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#xmledit") @superuser_only def set_guest_agent(request, pk): instance = get_instance(request.user, pk) status = request.POST.get("guest_agent") if status == "True": instance.proxy.add_guest_agent() if status == "False": instance.proxy.remove_guest_agent() msg = _("Set Guest Agent: %(status)s") % {"status": status} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#options") @superuser_only def set_video_model(request, pk): instance = get_instance(request.user, pk) video_model = request.POST.get("video_model", "vga") instance.proxy.set_video_model(video_model) msg = _("Set Video Model: %(model)s") % {"model": video_model} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#options") @superuser_only def change_network(request, pk): instance = get_instance(request.user, pk) msg = _("Change network") network_data = {} for post in request.POST: if post.startswith("net-source-"): (source, source_type) = utils.get_network_tuple(request.POST.get(post)) network_data[post] = source network_data[post + "-type"] = source_type if source_type == 'iface': iface = wvmInterface( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, source, ) network_data[post + "-type"] = iface.get_type() elif post.startswith("net-"): network_data[post] = request.POST.get(post, "") instance.proxy.change_network(network_data) addlogmsg(request.user.username, instance.compute.name, instance.name, msg) msg = _("Network Device Config is changed. Please shutdown instance to activate.") if instance.proxy.get_status() != 5: messages.success(request, msg) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def add_network(request, pk): instance = get_instance(request.user, pk) mac = request.POST.get("add-net-mac") nwfilter = request.POST.get("add-net-nwfilter") (source, source_type) = utils.get_network_tuple(request.POST.get("add-net-network")) if source_type == 'iface': iface = wvmInterface( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, source, ) source_type = iface.get_type() instance.proxy.add_network(mac, source, source_type, nwfilter=nwfilter) msg = _("Add network: %(mac)s") % {"mac": mac} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def delete_network(request, pk): instance = get_instance(request.user, pk) mac_address = request.POST.get("delete_network", "") instance.proxy.delete_network(mac_address) msg = _("Delete Network: %(mac)s") % {"mac": mac_address} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def set_link_state(request, pk): instance = get_instance(request.user, pk) mac_address = request.POST.get("mac", "") state = request.POST.get("set_link_state") state = "down" if state == "up" else "up" instance.proxy.set_link_state(mac_address, state) msg = _("Set Link State: %(state)s") % {"state": state} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def set_qos(request, pk): instance = get_instance(request.user, pk) qos_dir = request.POST.get("qos_direction", "") average = request.POST.get("qos_average") or 0 peak = request.POST.get("qos_peak") or 0 burst = request.POST.get("qos_burst") or 0 keys = request.POST.keys() mac_key = [key for key in keys if "mac" in key] if mac_key: mac = request.POST.get(mac_key[0]) instance.proxy.set_qos(mac, qos_dir, average, peak, burst) if instance.proxy.get_status() == 5: messages.success(request, _("%(qos_dir)s QoS is set") % {"qos_dir": qos_dir.capitalize()}) else: messages.success( request, _( "%(qos_dir)s QoS is set. Network XML is changed. \ Stop and start network to activate new config." ) % {"qos_dir": qos_dir.capitalize()}, ) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def unset_qos(request, pk): instance = get_instance(request.user, pk) qos_dir = request.POST.get("qos_direction", "") mac = request.POST.get("net-mac") instance.proxy.unset_qos(mac, qos_dir) if instance.proxy.get_status() == 5: messages.success(request, _("%(qos_dir)s QoS is deleted") % {"qos_dir": qos_dir.capitalize()}) else: messages.success( request, _( "%(qos_dir)s QoS is deleted. Network XML is changed. \ Stop and start network to activate new config." ) % {"qos_dir": qos_dir.capitalize()}, ) return redirect(request.META.get("HTTP_REFERER") + "#network") @superuser_only def add_owner(request, pk): instance = get_instance(request.user, pk) user_id = request.POST.get("user_id") check_inst = 0 if app_settings.ALLOW_INSTANCE_MULTIPLE_OWNER == "False": check_inst = UserInstance.objects.filter(instance=instance).count() if check_inst > 0: messages.error(request, _("Only one owner is allowed and the one already added")) else: add_user_inst = UserInstance(instance=instance, user_id=user_id) add_user_inst.save() user = User.objects.get(id=user_id) msg = _("Add owner: %(user)s") % {"user": user} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#users") @superuser_only def del_owner(request, pk): instance = get_instance(request.user, pk) userinstance_id = int(request.POST.get("userinstance", "")) userinstance = UserInstance.objects.get(pk=userinstance_id) userinstance.delete() msg = _("Delete owner: %(userinstance_id)s ") % {"userinstance_id": userinstance_id} addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#users") @permission_required("instances.clone_instances", raise_exception=True) def clone(request, pk): instance = get_instance(request.user, pk) clone_data = dict() clone_data["name"] = request.POST.get("name", "") disk_sum = sum([disk["size"] >> 30 for disk in instance.disks]) quota_msg = utils.check_user_quota(request.user, 1, instance.vcpu, instance.memory, disk_sum) check_instance = Instance.objects.filter(name=clone_data["name"]) clone_data["disk_owner_uid"] = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_UID) clone_data["disk_owner_gid"] = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_GID) for post in request.POST: clone_data[post] = request.POST.get(post, "").strip() if app_settings.CLONE_INSTANCE_AUTO_NAME == "True" and not clone_data["name"]: auto_vname = utils.get_clone_free_names()[0] clone_data["name"] = auto_vname clone_data["clone-net-mac-0"] = utils.get_dhcp_mac_address(auto_vname) for disk in instance.disks: disk_dev = f"disk-{disk['dev']}" disk_name = utils.get_clone_disk_name(disk, instance.name, auto_vname) clone_data[disk_dev] = disk_name if not request.user.is_superuser and quota_msg: msg = _("User '%(quota_msg)s' quota reached, cannot create '%(clone_name)s'!") % { "quota_msg": quota_msg, "clone_name": clone_data["name"], } messages.error(request, msg) elif check_instance: msg = _("Instance '%(clone_name)s' already exists!") % {"clone_name": clone_data["name"]} messages.error(request, msg) elif not re.match(r"^[a-zA-Z0-9-]+$", clone_data["name"]): msg = _("Instance name '%(clone_name)s' contains invalid characters!") % {"clone_name": clone_data["name"]} messages.error(request, msg) elif not re.match(r"^([0-9A-F]{2})(:?[0-9A-F]{2}){5}$", clone_data["clone-net-mac-0"], re.IGNORECASE): msg = _("Instance MAC '%(clone_mac)s' invalid format!") % {"clone_mac": clone_data["clone-net-mac-0"]} messages.error(request, msg) else: new_instance = Instance(compute=instance.compute, name=clone_data["name"]) try: new_uuid = instance.proxy.clone_instance(clone_data) new_instance.uuid = new_uuid new_instance.save() user_instance = UserInstance(instance_id=new_instance.id, user_id=request.user.id, is_delete=True) user_instance.save() msg = _("Create a clone of '%(instance_name)s'") % {"instance_name": instance.name} messages.success(request, msg) addlogmsg(request.user.username, new_instance.name, msg) if app_settings.CLONE_INSTANCE_AUTO_MIGRATE == "True": new_compute = Compute.objects.order_by("?").first() utils.migrate_instance(new_compute, new_instance, request.user, xml_del=True, offline=True) return redirect(reverse("instances:instance", args=[new_instance.id])) except Exception as e: messages.error(request, e) return redirect(request.META.get("HTTP_REFERER") + "#clone") def update_console(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_vnc=False) if request.user.is_superuser or request.user.is_staff or userinstance.is_vnc: form = ConsoleForm(request.POST or None) if form.is_valid(): if ( "generate_password" in form.changed_data or "clear_password" in form.changed_data or "password" in form.changed_data ): if form.cleaned_data["generate_password"]: password = randomPasswd() elif form.cleaned_data["clear_password"]: password = "" else: password = form.cleaned_data["password"] if not instance.proxy.set_console_passwd(password): msg = _( "Error setting console password. " + "You should check that your instance have an graphic device." ) messages.error(request, msg) else: msg = _("Set VNC password") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) if "keymap" in form.changed_data or "clear_keymap" in form.changed_data: if form.cleaned_data["clear_keymap"]: instance.proxy.set_console_keymap("") else: instance.proxy.set_console_keymap(form.cleaned_data["keymap"]) msg = _("Set VNC keymap") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) if "type" in form.changed_data: instance.proxy.set_console_type(form.cleaned_data["type"]) msg = _("Set VNC type") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) if "listen_on" in form.changed_data: instance.proxy.set_console_listen_addr(form.cleaned_data["listen_on"]) msg = _("Set VNC listen address") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#vncsettings") def change_options(request, pk): instance = get_instance(request.user, pk) try: userinstance = instance.userinstance_set.get(user=request.user) except Exception: userinstance = UserInstance(is_change=False) if request.user.is_superuser or request.user.is_staff or userinstance.is_change: instance.is_template = request.POST.get("is_template", False) instance.save() options = {} for post in request.POST: if post in ["title", "description"]: options[post] = request.POST.get(post, "") instance.proxy.set_options(options) msg = _("Edit options") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) return redirect(request.META.get("HTTP_REFERER") + "#options") def getvvfile(request, pk): instance = get_instance(request.user, pk) conn = wvmInstances( instance.compute.hostname, instance.compute.login, instance.compute.password, instance.compute.type, ) msg = _("Send console.vv file") addlogmsg(request.user.username, instance.compute.name, instance.name, msg) response = HttpResponse( content="", content_type="application/x-virt-viewer", status=200, reason=None, charset="utf-8", ) response.writelines("[virt-viewer]\n") response.writelines("type=" + conn.graphics_type(instance.name) + "\n") if conn.graphics_listen(instance.name) == "0.0.0.0": response.writelines("host=" + conn.host + "\n") else: response.writelines("host=" + conn.graphics_listen(instance.name) + "\n") response.writelines("port=" + conn.graphics_port(instance.name) + "\n") response.writelines("title=" + conn.domain_name(instance.name) + "\n") response.writelines("password=" + conn.graphics_passwd(instance.name) + "\n") response.writelines("enable-usbredir=1\n") response.writelines("disable-effects=all\n") response.writelines("secure-attention=ctrl+alt+ins\n") response.writelines("release-cursor=ctrl+alt\n") response.writelines("fullscreen=1\n") response.writelines("delete-this-file=1\n") response["Content-Disposition"] = 'attachment; filename="console.vv"' return response @superuser_only def create_instance_select_type(request, compute_id): """ :param request: :param compute_id: :return: """ conn = None storages = list() networks = list() hypervisors = list() meta_prealloc = False compute = get_object_or_404(Compute, pk=compute_id) conn = wvmCreate(compute.hostname, compute.login, compute.password, compute.type) instances = conn.get_instances() all_hypervisors = conn.get_hypervisors_machines() # Supported hypervisors by webvirtcloud: i686, x86_64(for now) supported_arch = ["x86_64", "i686", "aarch64", "armv7l", "ppc64", "ppc64le", "s390x"] hypervisors = [hpv for hpv in all_hypervisors.keys() if hpv in supported_arch] default_machine = app_settings.INSTANCE_MACHINE_DEFAULT_TYPE default_arch = app_settings.INSTANCE_ARCH_DEFAULT_TYPE if request.method == "POST": if "create_xml" in request.POST: xml = request.POST.get("dom_xml", "") try: name = util.get_xml_path(xml, "/domain/name") except util.etree.Error: name = None if name in instances: error_msg = _("A virtual machine with this name already exists") messages.error(request, error_msg) else: conn._defineXML(xml) utils.refr(compute) instance = compute.instance_set.get(name=name) return redirect(reverse("instances:instance", args=[instance.id])) return render(request, "create_instance_w1.html", locals()) @superuser_only def create_instance(request, compute_id, arch, machine): """ :param request: :param compute_id: :param arch: :param machine: :return: """ conn = None storages = list() networks = list() hypervisors = list() firmwares = list() meta_prealloc = False compute = get_object_or_404(Compute, pk=compute_id) flavors = Flavor.objects.filter().order_by("id") appsettings = AppSettings.objects.all() try: conn = wvmCreate(compute.hostname, compute.login, compute.password, compute.type) default_firmware = app_settings.INSTANCE_FIRMWARE_DEFAULT_TYPE default_cpu_mode = app_settings.INSTANCE_CPU_DEFAULT_MODE instances = conn.get_instances() videos = conn.get_video_models(arch, machine) cache_modes = sorted(conn.get_cache_modes().items()) default_cache = app_settings.INSTANCE_VOLUME_DEFAULT_CACHE default_io = app_settings.INSTANCE_VOLUME_DEFAULT_IO default_zeroes = app_settings.INSTANCE_VOLUME_DEFAULT_DETECT_ZEROES default_discard = app_settings.INSTANCE_VOLUME_DEFAULT_DISCARD default_disk_format = app_settings.INSTANCE_VOLUME_DEFAULT_FORMAT default_disk_owner_uid = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_UID) default_disk_owner_gid = int(app_settings.INSTANCE_VOLUME_DEFAULT_OWNER_GID) default_scsi_disk_model = app_settings.INSTANCE_VOLUME_DEFAULT_SCSI_CONTROLLER listener_addr = settings.QEMU_CONSOLE_LISTEN_ADDRESSES mac_auto = util.randomMAC() disk_devices = conn.get_disk_device_types(arch, machine) disk_buses = conn.get_disk_bus_types(arch, machine) default_bus = app_settings.INSTANCE_VOLUME_DEFAULT_BUS networks = sorted(conn.get_networks()) nwfilters = conn.get_nwfilters() storages = sorted(conn.get_storages(only_actives=True)) default_graphics = app_settings.QEMU_CONSOLE_DEFAULT_TYPE dom_caps = conn.get_dom_capabilities(arch, machine) caps = conn.get_capabilities(arch) virtio_support = conn.is_supports_virtio(arch, machine) hv_supports_uefi = conn.supports_uefi_xml(dom_caps["loader_enums"]) # Add BIOS label = conn.label_for_firmware_path(arch, None) if label: firmwares.append(label) # Add UEFI loader_path = conn.find_uefi_path_for_arch(arch, dom_caps["loaders"]) label = conn.label_for_firmware_path(arch, loader_path) if label: firmwares.append(label) firmwares = list(set(firmwares)) flavor_form = FlavorForm() if conn: if not storages: raise libvirtError(_("You haven't defined any storage pools")) if not networks: raise libvirtError(_("You haven't defined any network pools")) if request.method == "POST": if "create" in request.POST: firmware = dict() volume_list = list() is_disk_created = False clone_path = "" form = NewVMForm(request.POST) if form.is_valid(): data = form.cleaned_data if data["meta_prealloc"]: meta_prealloc = True if instances: if data["name"] in instances: raise libvirtError(_("A virtual machine with this name already exists")) if Instance.objects.filter(name__exact=data["name"]): raise libvirtError(_("There is an instance with same name. Remove it and try again!")) if data["hdd_size"]: if not data["mac"]: raise libvirtError(_("No Virtual Machine MAC has been entered")) else: path = conn.create_volume( data["storage"], data["name"], data["hdd_size"], default_disk_format, meta_prealloc, default_disk_owner_uid, default_disk_owner_gid, ) volume = dict() volume["device"] = "disk" volume["path"] = path volume["type"] = conn.get_volume_type(path) volume["cache_mode"] = data["cache_mode"] volume["bus"] = default_bus if volume["bus"] == "scsi": volume["scsi_model"] = default_scsi_disk_model volume["discard_mode"] = default_discard volume["detect_zeroes_mode"] = default_zeroes volume["io_mode"] = default_io volume_list.append(volume) is_disk_created = True elif data["template"]: templ_path = conn.get_volume_path(data["template"]) dest_vol = conn.get_volume_path(data["name"] + ".img", data["storage"]) if dest_vol: raise libvirtError( _("Image has already exist. Please check volumes or change instance name") ) else: clone_path = conn.clone_from_template( data["name"], templ_path, data["storage"], meta_prealloc, default_disk_owner_uid, default_disk_owner_gid, ) volume = dict() volume["path"] = clone_path volume["type"] = conn.get_volume_type(clone_path) volume["device"] = "disk" volume["cache_mode"] = data["cache_mode"] volume["bus"] = default_bus if volume["bus"] == "scsi": volume["scsi_model"] = default_scsi_disk_model volume["discard_mode"] = default_discard volume["detect_zeroes_mode"] = default_zeroes volume["io_mode"] = default_io volume_list.append(volume) is_disk_created = True else: if not data["images"]: raise libvirtError(_("First you need to create or select an image")) else: for idx, vol in enumerate(data["images"].split(",")): path = conn.get_volume_path(vol) volume = dict() volume["path"] = path volume["type"] = conn.get_volume_type(path) volume["device"] = request.POST.get("device" + str(idx), "") volume["bus"] = request.POST.get("bus" + str(idx), "") if volume["bus"] == "scsi": volume["scsi_model"] = default_scsi_disk_model volume["cache_mode"] = data["cache_mode"] volume["discard_mode"] = default_discard volume["detect_zeroes_mode"] = default_zeroes volume["io_mode"] = default_io volume_list.append(volume) if data["cache_mode"] not in conn.get_cache_modes(): error_msg = _("Invalid cache mode") raise libvirtError if "UEFI" in data["firmware"]: firmware["loader"] = data["firmware"].split(":")[1].strip() firmware["secure"] = "no" firmware["readonly"] = "yes" firmware["type"] = "pflash" if "secboot" in firmware["loader"] and machine != "q35": messages.warning( request, "Changing machine type from '%s' to 'q35' " "which is required for UEFI secure boot." % machine, ) machine = "q35" firmware["secure"] = "yes" uuid = util.randomUUID() try: conn.create_instance( name=data["name"], memory=data["memory"], vcpu=data["vcpu"], vcpu_mode=data["vcpu_mode"], uuid=uuid, arch=arch, machine=machine, firmware=firmware, volumes=volume_list, networks=data["networks"], virtio=data["virtio"], listen_addr=data["listener_addr"], nwfilter=data["nwfilter"], graphics=data["graphics"], video=data["video"], console_pass=data["console_pass"], mac=data["mac"], qemu_ga=data["qemu_ga"], ) create_instance = Instance(compute_id=compute_id, name=data["name"], uuid=uuid) create_instance.save() msg = _("Instance is created") messages.success(request, msg) addlogmsg(request.user.username, create_instance.name, msg) return redirect(reverse("instances:instance", args=[create_instance.id])) except libvirtError as lib_err: if data["hdd_size"] or len(volume_list) > 0: if is_disk_created: for vol in volume_list: conn.delete_volume(vol["path"]) messages.error(request, lib_err) conn.close() except libvirtError as lib_err: messages.error(request, lib_err) return render(request, "create_instance_w2.html", locals()) @superuser_only def flavor_create(request): form = FlavorForm(request.POST or None) if form.is_valid(): form.save() messages.success(request, _("Flavor Created")) return redirect(request.META.get("HTTP_REFERER")) return render( request, "common/form.html", {"form": form, "title": _("Create Flavor")}, ) @superuser_only def flavor_update(request, pk): flavor = get_object_or_404(Flavor, pk=pk) form = FlavorForm(request.POST or None, instance=flavor) if form.is_valid(): form.save() messages.success(request, _("Flavor Updated")) return redirect(request.META.get("HTTP_REFERER")) return render( request, "common/form.html", {"form": form, "title": _("Update Flavor")}, ) @superuser_only def flavor_delete(request, pk): flavor = get_object_or_404(Flavor, pk=pk) if request.method == "POST": flavor.delete() messages.success(request, _("Flavor Deleted")) return redirect(request.META.get("HTTP_REFERER")) return render( request, "common/confirm_delete.html", {"object": flavor}, )