# ----------------------------------------------------------------------- # XenWebManager # # Copyright (C) 2009 Alberto Gonzalez Rodriguez alberto@pesadilla.org # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of MER- # CHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General # Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program; if not, write to the Free Software Foundation, Inc., # 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA # # ----------------------------------------------------------------------- import xmlrpclib, urllib import asyncore, socket import select from os import chdir import platform import sys, shutil import datetime from threading import Thread from configobj import ConfigObj import xml.dom.minidom from operator import itemgetter import pdb import rrdinfo import time from messages import messages, messages_header from host_nics import * from host_network import * class host(hostnics, hostnetwork): def upload_patch(self, ref, filename): import httplib, os task_uuid = self.connection.task.create(self.session_uuid, "Uploading Patch", "Uploading Patch %s " % (filename)) self.track_tasks[task_uuid['Value']] = "Upload.Patch" size=os.stat(filename)[6] url = self.wine.selected_ip conn = httplib.HTTPS(url) conn.putrequest('PUT', '/pool_patch_upload?session_id=%s&task_id=%s' % (self.session_uuid, task_uuid['Value'])) conn.putheader('Content-Type', 'text/plain') conn.putheader('Content-Length', str(size)) conn.endheaders() fp=open(filename, 'rb') blocknum=0 uploaded=0 blocksize=4096 while not self.halt_import: bodypart=fp.read(blocksize) blocknum+=1 if blocknum % 10 == 0: uploaded+=len(bodypart) if not bodypart: break conn.send(bodypart) fp.close() print "Finish upload.." def remove_patch(self, ref, patch): res = self.connection.Async.pool_patch.destroy(self.session_uuid, patch) if "Value" in res: self.track_tasks[res['Value']] = ref else: print res def apply_patch(self, ref, patch): res = self.connection.Async.pool_patch.apply(self.session_uuid, ref, patch) if "Value" in res: self.track_tasks[res['Value']] = ref else: print res def reconfigure_pif(self, pif_ref, conf_mode, ip, mask, gw, dns, ref): res = self.connection.PIF.reconfigure_ip(self.session_uuid, pif_ref, conf_mode, ip, mask, gw, dns) if "Value" in res: self.track_tasks[res['Value']] = self.host_vm[ref][0] else: print res def change_server_password(self, old, new): self.connection.session.change_password(self.session_uuid, old, new) self.password = new def install_license_key(self, ref, encoded): res = self.connection.host.license_apply(self.session_uuid, ref, encoded) if "Value" in res: self.track_tasks[res['Value']] = self.host_vm[ref][0] return "OK" else: #self.wine.builder.get_object("warninglicense").show() return "ERROR" def join_pool(self, host, user, password): res = self.connection.pool.join(self.session_uuid, host, user, password) if "Value" in res: self.track_tasks[res['Value']] = self.host_vm[self.all_hosts.keys()[0]][0] else: self.wine.push_alert("%s: %s" % (res["ErrorDescription"][0], res["ErrorDescription"][1])) def fill_vms_which_prevent_evacuation(self, ref): list = [] vms = self.connection.host.get_vms_which_prevent_evacuation(self.session_uuid, ref)["Value"] for vm in vms.keys(): # vms[vm][0] list.append(["images/tree_running_16.png", self.all_vms[vm]['name_label'], \ "Suspend or shutdown VM"]) return list def host_evacuate(self, ref): res = self.connection.Async.host.evacuate(self.session_uuid, ref) if "Value" in res: self.track_tasks[res['Value']] = self.host_vm[ref][0] else: print res def thread_restore_server(self, ref, filename, name): Thread(target=self.restore_server, args=(ref, filename, name)).start() def thread_backup_server(self, ref, filename, name): Thread(target=self.backup_server, args=(ref, filename, name)).start() def thread_host_download_logs(self, ref, filename, name): Thread(target=self.host_download_logs, args=(ref, filename, name)).start() def create_pool(self, name, desc): pool_ref = self.all_pools.keys()[0] res = self.connection.pool.set_name_label(self.session_uuid, pool_ref, name) res = self.connection.pool.set_name_description(self.session_uuid, pool_ref, desc) if "Value" in res: self.track_tasks[res['Value']] = pool_ref else: print res def has_hardware_script(self, ref): error = self.connection.host.call_plugin(self.session_uuid, ref, "dmidecode", "test", {}) return "XENAPI_MISSING_PLUGIN" not in error['ErrorDescription'] def fill_host_hardware(self, ref): hwinfo = self.connection.host.call_plugin(self.session_uuid, ref, "dmidecode", "main", {})['Value'] relation = {} keys = [] for line in hwinfo.split("\n"): if not line: continue if line[0] != "\t" and line not in relation: relation[line] = [] key = line keys.append(key) else: if line[0] == "\t": relation[key].append(line) else: relation[key].append("\n") for ch in self.wine.builder.get_object("hosttablehw").get_children(): self.wine.builder.get_object("hosttablehw").remove(ch) for key in keys: self.add_box_hardware(key, relation[key]) def add_box_hardware(self, title, text): vboxframe = gtk.Frame() vboxframe.modify_bg(gtk.STATE_NORMAL, gtk.gdk.color_parse("white")) vboxchild = gtk.Fixed() vboxevent = gtk.EventBox() vboxevent.modify_bg(gtk.STATE_NORMAL, gtk.gdk.color_parse("white")) vboxevent.add(vboxchild) vboxframe.add(vboxevent) vboxchildlabel1 = gtk.Label() vboxchildlabel1.set_selectable(True) vboxchildlabel1.set_markup("" + title + "") vboxchild.put(vboxchildlabel1, 5, 5) vboxchildlabel2 = gtk.Label() vboxchildlabel2.set_selectable(True) vboxchildlabel2.set_text('\n'.join(text) + "\n") vboxchild.put(vboxchildlabel2, 5, 35) self.wine.builder.get_object("hosttablehw").add(vboxframe) self.wine.builder.get_object("hosttablehw").show_all() def fill_host_network(self, ref): list = [] for network_key in self.all_network.keys(): network = self.all_network[network_key] #for pif in network['PIFs']: # if self.all_pif[pif]['host'] == ref: # on_host = True if network['bridge'] != "xapi0": name = network['name_label'].replace('Pool-wide network associated with eth','Network ') desc = network['name_description'] auto = "no" if "automatic" in network['other_config']: if network['other_config']['automatic'] == "true": auto = "yes" else: auto = "No" pifs = filter(lambda lista: lista["network"] == network_key, self.all_pif.values()) vlan = "-" linkstatus = "-" macaddress = "-" nic = "-" physical = "" for pif in pifs: if pif['host'] == ref: nic = "NIC " + pif['device'][-1:] if pif: if pif['VLAN'] != "-1": vlan = pif['VLAN'] if self.all_pif_metrics[pif['metrics']]['carrier']: # Link status linkstatus = "Connected" if pif['MAC'] != "fe:ff:ff:ff:ff:ff": macaddress = pif['MAC'] if macaddress != "-" and linkstatus == "-": linkstatus = "Disconnected" physical = pif['physical'] # FIXME: not bond networks list.append((name, desc, nic, vlan, auto, linkstatus, macaddress,network_key, physical)) return list def fill_host_nics(self, ref): list = [] for pif_key in self.all_pif.keys(): if self.all_pif[pif_key]['host'] == ref: if self.all_pif[pif_key]['metrics'] != "OpaqueRef:NULL": if self.all_pif[pif_key]['metrics'] not in self.all_pif_metrics: continue pif_metric = self.all_pif_metrics[self.all_pif[pif_key]['metrics']] pif = self.all_pif[pif_key] #pif = filter(lambda lista: lista["metrics"] == pif_key, self.all_pif.values()) if pif_metric['duplex']: duplex = "full" else: duplex = "half" if pif: if "MAC" in pif: mac = pif['MAC'] else: mac = "" connected = "Disconnected" if pif_metric['carrier']: connected = "Connected" if connected == "Connected": speed = pif_metric['speed'] + " mbit/s" else: speed = "" if pif_metric['pci_bus_path'] != "N/A": list.append(("NIC %s" % pif['device'][-1:],mac,connected, speed, duplex, pif_metric['vendor_name'], pif_metric['device_name'], pif_metric['pci_bus_path'],pif_key, len(pif['bond_master_of'])>0)) else: if pif['bond_master_of'][0] in self.all_bond: devices = [] for slave in self.all_bond[pif['bond_master_of'][0]]['slaves']: devices.append(self.all_pif[slave]['device'][-1:]) devices.sort() list.append(("Bond %s" % ('+'.join(devices)),mac,connected, speed, duplex, pif_metric['vendor_name'], pif_metric['device_name'], pif_metric['pci_bus_path'],pif_key, len(pif['bond_master_of'])>0)) else: pass #print pif, pif_metric else: pif = self.all_pif[pif_key] if "MAC" in pif: mac = pif['MAC'] else: mac = "" connected = "Disconnected" if pif['bond_master_of']: devices = [] for slave in self.all_bond[pif['bond_master_of'][0]]['slaves']: devices.append(self.all_pif[slave]['device'][-1:]) devices.sort() list.append(("Bond %s" % ('+'.join(devices)),mac,connected, "-", "-", "-", "-", "-",pif_key,len(pif['bond_master_of'])>0)) else: list.append(("NIC %s" % pif['device'][-1:],mac,connected, "-", "-", "-", "-", "-",pif_key,len(pif['bond_master_of'])>0)) return list