def test_create_vps0(self):
print "create vps00"
logger = Log("test", config=conf)
vpsops = VPSOps(logger)
vps = XenVPS(0)
try:
vps.setup(os_id=10004,
vcpu=1,
mem_m=512,
disk_g=7,
root_pw="fdfdfdsss",
gateway="113.11.199.1")
vps.add_netinf_ext({"113.11.199.18": "255.255.255.0"})
vps.add_netinf_int({"10.10.2.20": '255.255.255.0'})
#vps.add_extra_storage (disk_id=1, size_g=1, fs_type='ext3')
#vps.add_extra_storage (disk_id=2, size_g=0.5, fs_type='ext4')
#vps.setup (os_id=10001, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=10002, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=30001, vcpu=1, mem_m=512, disk_g=7, root_pw="root")
#vps.setup (os_id=1, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=10000, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=20001, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=10003, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
#vps.setup (os_id=20001, vcpu=1, mem_m=512, disk_g=7, root_pw="fdfdfd")
print vps.gen_xenpv_config()
#vpsops.create_vps (vps, vps_image='/data/vps/images/arch-2011.08.19-i386-fs-ext3.tar.gz')
vpsops.create_vps(vps)
except Exception, e:
print str(e)
logger.exception(e)
raise e
def check_via_meta(client, vps_id, vps_info):
meta = client.vpsops._meta_path(vps_id, is_trash=False)
if os.path.exists(meta):
xv = client.vpsops._load_vps_meta(meta)
is_running = xv.is_running() and "(running)" or "(not running)"
ip_ok = "ip %s " % (xv.ip)
if vps_common.ping(xv.ip):
ip_ok += "reachable "
else:
if scan_port_open(xv.ip):
ip_ok += "filtered icmp"
else:
ip_ok += "timeout (filtered all port?)"
print "vps %s %s %s" % (vps_id, is_running, ip_ok)
return
else:
xv = XenVPS(vps_id)
is_running = xv.is_running() and "(running)" or "(not running)"
if not vps_info:
print "vps %s %s has neither meta data or backend data" % (
vps_id, is_running)
return
else:
client.setup_vps(xv, vps_info)
ip_ok = "ip %s " % (xv.ip) + \
(vps_common.ping(xv.ip)
and "reachable" or "timeout")
print "vps %s %s %s has no meta_data" % (vps_id, is_running, ip_ok)
return
def test_create_vps0 (self):
print "create vps00"
logger = Log ("test", config=conf)
vpsops = VPSOps (logger)
vps = XenVPS (0)
try:
vps.setup (os_id=20001, vcpu=1, mem_m=512, disk_g=7, ip="113.11.199.3", netmask="255.255.255.0", gateway="113.11.199.1", root_pw="fdfdfd")
#vps.add_extra_storage (disk_id=1, size_g=1, fs_type='ext3')
#vps.add_extra_storage (disk_id=2, size_g=0.5, fs_type='ext4')
#vps.setup (os_id=10001, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=10002, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=30001, vcpu=1, mem_m=512, disk_g=7, ip="10.10.2.2", netmask="255.255.255.0", gateway="10.10.2.1", root_pw="root")
#vps.setup (os_id=1, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=10000, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=20001, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=10003, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
#vps.setup (os_id=20001, vcpu=1, mem_m=512, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
print vps.gen_xenpv_config ()
#vpsops.create_vps (vps, vps_image='/data/vps/images/arch-2011.08.19-i386-fs-ext3.tar.gz')
vpsops.create_vps (vps)
except Exception, e:
print str(e)
logger.exception (e)
raise e
def vps_open (self, vps, vps_image=None, is_new=True):
self.logger.info ("to open vps %s" % (vps.id))
if vps.host_id != self.host_id:
msg = "vpsopen : vps %s host_id=%s != current host %s , abort" % (vps.id, vps.host_id, self.host_id)
self.logger.error (msg)
self.done_task (Cmd.OPEN, vps.id, False, msg)
return
if not vps.ipv4 or not vps.ipv4_gateway or vps.cpu <= 0 or vps.ram <= 0 or vps.hd <= 0 or not vps.password:
self.logger.error ("vps open: invalid vps data received: %s" % (self.dump_vps_info (vps)))
self.done_task (Cmd.OPEN, vps.id, False, "invalid vps data")
return
xv = XenVPS (vps.id)
vpsops = VPSOps (self.logger)
try:
self.setup_vps (xv, vps)
if xv.is_running ():
msg = "vps %s is running" % (vps.id)
self.logger_err.error (msg)
self.done_task (Cmd.OPEN, vps.id, False, msg)
return
if vps.state in [vps_const.VPS_STATE_PAY, vps_const.VPS_STATE_RUN]:
vpsops.create_vps (xv, vps_image, is_new)
elif vps.state == vps_const.VPS_STATE_CLOSE:
vpsops.reopen_vps (vps.id, xv)
else:
msg = "vps%s state is %s(%s)" % (str(vps.id), vps.state, vps_const.VPS_STATE2CN[vps.state])
self.logger_err.error (msg)
self.done_task (Cmd.OPEN, vps.id, False, msg)
return
except Exception, e:
self.logger_err.exception ("for %s: %s" % (str(vps.id), str(e)))
self.done_task (Cmd.OPEN, vps.id, False, "error, " + str(e))
return
def check_via_meta(client, vps_id, vps_info):
meta = client.vpsops._meta_path(vps_id, is_trash=False)
if os.path.exists(meta):
xv = client.vpsops._load_vps_meta(meta)
is_running = xv.is_running() and "(running)" or "(not running)"
ip_ok = "ip %s " % (xv.ip)
if vps_common.ping(xv.ip):
ip_ok += "reachable "
else:
if scan_port_open(xv.ip):
ip_ok += "filtered icmp"
else:
ip_ok += "timeout (filtered all port?)"
print "vps %s %s %s" % (vps_id, is_running, ip_ok)
return
else:
xv = XenVPS(vps_id)
is_running = xv.is_running() and "(running)" or "(not running)"
if not vps_info:
print "vps %s %s has neither meta data or backend data" % (vps_id, is_running)
return
else:
client.setup_vps(xv, vps_info)
ip_ok = "ip %s " % (xv.ip) + \
(vps_common.ping(xv.ip)
and "reachable" or "timeout")
print "vps %s %s %s has no meta_data" % (vps_id, is_running, ip_ok)
return
def gen_meta(vps_mgr, domain_dict, vps_id):
xv = XenVPS(vps_id)
vps = vps_mgr.query_vps(vps_id)
if not vps_mgr.vps_is_valid(vps):
print "no backend data for %s " % vps_id
return
domain_id = domain_dict[xv.name]
vif_datas = XenStore.get_vif_by_domain_id(domain_id)
vps_mgr.setup_vps(xv, vps)
#xv.add_extra_storage (1, 964) #TEST
vpsops = VPSOps(vps_mgr.logger)
if len(vif_datas.values()) == 1:
vif_data = vif_datas.values()[0]
if vif_data['online'] == '1':
if vif_data.has_key('vifname'):
xv.vifs[vif_data['vifname']].mac = vif_data['mac']
else:
vif_id = vif_datas.items()[0][0]
vif_name = 'vif%s.%s' % (domain_id, vif_id)
del xv.vifs[xv.name]
xv.add_netinf_ext(ip=xv.ip,
netmask=xv.netmask,
mac=vif_data['mac'])
#vpsops.create_xen_config (xv)
vpsops.save_vps_meta(xv, override=True)
def test_mem_too_big (self):
print "test mem too big"
vps = XenVPS (0)
logger = Log ("test", config=conf)
vps.setup (os_id=50001, vcpu=1, mem_m=500000, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
try:
vps.check_resource_avail ()
except Exception, e:
logger.exception (e)
print "exception caught", type (e), str(e)
return
def _load_vps_meta (self, meta_path):
f = open (meta_path, "r")
data = None
try:
data = json.load (f)
finally:
f.close ()
xv = XenVPS.from_meta (data)
return xv
def _load_vps_meta(self, meta_path):
f = open(meta_path, "r")
data = None
try:
data = json.load(f)
finally:
f.close()
xv = XenVPS.from_meta(data)
return xv
def vps_open(self, vps_info, vps_image=None, is_new=True):
vps_id = vps_info.id
self.logger.info("to open vps %s" % (vps_id))
if vps_info.host_id != self.host_id:
msg = "vpsopen : vps %s host_id=%s != current host %s , abort" % (
vps_id, vps_info.host_id, self.host_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
if not self.vpsinfo_check_ip(vps_info):
msg = "no ip with vps %s" % (vps_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
xv = XenVPS(vps_id)
try:
domain_dict = XenStore.domain_name_id_map()
limit = None
if 'VPS_NUM_LIMIT' in dir(conf):
limit = conf.VPS_NUM_LIMIT
if limit and len(domain_dict.keys()) >= limit + 1:
msg = "vps open: cannot open more than %d vps" % (limit)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
self.setup_vps(xv, vps_info)
if xv.is_running():
msg = "vps %s is running" % (vps_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, True, msg)
return
if vps_info.state in [VM_STATE.PAY, VM_STATE.OPEN, VM_STATE.CLOSE]:
if self.vpsops.is_normal_exists(vps_id):
xv.check_storage_integrity()
xv.check_xen_config()
if not xv.is_running():
self.logger.info(
"seems vps %s was not closed, try to boot" %
(vps_id))
self.vpsops._boot_and_test(xv, is_new=False)
elif self.vpsops.is_trash_exists(vps_id):
self.vpsops.reopen_vps(vps_id, xv)
else:
self.vpsops.create_vps(xv, vps_image, is_new)
else:
msg = "vps%s state is %s(%s)" % (str(vps_id), vps_info.state,
VM_STATE_CN[vps_info.state])
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
except Exception, e:
self.logger.exception("vps %s: %s" % (str(vps_id), str(e)))
self.done_task(CMD.OPEN, vps_id, False, "error, " + str(e))
return
def test_meta(self):
print "test vps meta"
logger = Log("test", config=conf)
vpsops = VPSOps(logger)
vps = XenVPS(0)
vps.setup(os_id=50001,
vcpu=1,
mem_m=500000,
disk_g=7,
ip="10.10.1.2",
netmask="255.255.255.0",
gateway="10.10.1.1",
root_pw="fdfdfd")
vps.add_extra_storage(disk_id=1, size_g=1, fs_type='ext3')
vps.add_netinf('vps0_inter', "10.10.3.2", '255.255.255.0', 'xenbr0',
None)
vps.data_disks['xvdc1']._set_expire_days(1)
print "trash_date", vps.data_disks['xvdc1'].trash_date
print "expire_date", vps.data_disks['xvdc1'].expire_date
vpsops.save_vps_meta(vps)
_vps = vpsops.load_vps_meta(0)
self.assertEqual(_vps.vps_id, vps.vps_id)
self.assertEqual(_vps.os_id, vps.os_id)
self.assertEqual(_vps.vcpu, vps.vcpu)
self.assertEqual(_vps.mem_m, vps.mem_m)
self.assertEqual(_vps.ip, vps.ip)
self.assertEqual(_vps.netmask, vps.netmask)
self.assertEqual(_vps.gateway, vps.gateway)
self.assertEqual(_vps.root_store.size_g, vps.root_store.size_g)
self.assertEqual(_vps.swap_store.size_g, vps.swap_store.size_g)
self.assertEqual(_vps.data_disks['xvdc1'].size_g, 1)
self.assertEqual(_vps.data_disks['xvdc1'].fs_type, 'ext3')
self.assertEqual(_vps.data_disks['xvdc1'].mount_point, '/mnt/data1')
self.assertEqual(_vps.data_disks['xvdc1'].xen_dev, 'xvdc1')
self.assertEqual(_vps.data_disks['xvdc1'].trash_date,
vps.data_disks['xvdc1'].trash_date)
self.assertEqual(_vps.data_disks['xvdc1'].expire_date,
vps.data_disks['xvdc1'].expire_date)
print _vps.data_disks['xvdc1'].__class__.__name__
self.assertEqual(len(_vps.vifs.values()), 2)
self.assertEqual(_vps.vifs['vps0_inter'].ip, '10.10.3.2')
self.assertEqual(_vps.vifs['vps0_inter'].netmask, '255.255.255.0')
self.assertEqual(_vps.vifs['vps0_inter'].bridge, 'xenbr0')
self.assertEqual(_vps.vifs['vps0_inter'].mac,
vps.vifs['vps0_inter'].mac)
print "test trash expire date None"
vps.data_disks['xvdc1']._set_expire_days(None)
self.assertEqual(vps.data_disks['xvdc1'].trash_date, None)
self.assertEqual(vps.data_disks['xvdc1'].expire_date, None)
vpsops.save_vps_meta(vps)
_vps = vpsops.load_vps_meta(0)
self.assertEqual(_vps.data_disks['xvdc1'].trash_date, None)
self.assertEqual(_vps.data_disks['xvdc1'].expire_date, None)
def save_closed_vps(self, meta, origin_host_id):
try:
xv = XenVPS.from_meta(meta)
self.logger.info("closed vps %s immigrate from host=%s" %
(xv.vps_id, origin_host_id))
vpsops = VPSOps(self.logger)
vpsops.save_vps_meta(xv, is_trash=True)
except Exception, e:
self.logger.exception(e)
raise
def save_closed_vps(self, meta, origin_host_id):
try:
xv = XenVPS.from_meta(meta)
self.logger.info("closed vps %s immigrate from host=%s" %
(xv.vps_id, origin_host_id))
vpsops = VPSOps(self.logger)
vpsops.save_vps_meta(xv, is_trash=True)
except Exception, e:
self.logger.exception(e)
raise
def vps_reboot(self, vps_info):
xv = XenVPS(vps_info.id)
self.logger.info("to reboot vps %s" % (vps_info.id))
try:
self.setup_vps(xv, vps_info)
self.vpsops.reboot_vps(xv)
except Exception, e:
self.logger.exception(e)
self.done_task(CMD.REBOOT, vps_info.id, False,
"exception %s" % (str(e)))
return
def _vps_delete(self, vps_id, vps=None):
try:
vpsops = VPSOps(self.logger)
xv = None
if vps:
xv = XenVPS(vps_id)
self.setup_vps(xv, vps)
vpsops.delete_vps(vps_id, xv)
except Exception, e:
self.logger_err.exception(e)
raise e
def vps_set_bandwidth(self, vps_info):
xv = XenVPS(vps_info.id)
self.logger.info("to modify bandwidth for vps %s" % (vps_info.id))
try:
self.setup_vps(xv, vps_info)
self.vpsops.change_qos(xv)
except Exception, e:
self.logger.exception(e)
self.done_task(CMD.BANDWIDTH, vps_info.id, False,
"exception %s" % (str(e)))
return
def _vps_delete(self, vps_id, vps_info=None, check_date=False):
try:
xv = None
if vps_info:
xv = XenVPS(vps_id)
self.setup_vps(xv, vps_info)
self.vpsops.delete_vps(vps_id, xv, check_date=check_date)
self.done_task(CMD.RM, vps_id, True)
except Exception, e:
self.logger.exception(e)
raise e
def vps_close(self, vps):
try:
assert vps.state == vps_const.VPS_STATE_CLOSE
vpsops = VPSOps(self.logger)
xv = XenVPS(vps.id)
self.setup_vps(xv, vps)
vpsops.close_vps(vps.id, xv)
except Exception, e:
self.logger_err.exception(e)
self.done_task(Cmd.CLOSE, vps.id, False, "exception %s" % (str(e)))
return
def create_vps(self, meta, origin_host_id):
try:
xv = XenVPS.from_meta(meta)
self.logger.info("vps %s immigrate from host=%s" %
(xv.vps_id, origin_host_id))
vpsops = VPSOps(self.logger)
# some setting various between different hosts
vpsops.create_from_migrate(xv.clone())
except Exception, e:
self.logger.exception(e)
raise
def create_vps(self, meta, origin_host_id):
try:
xv = XenVPS.from_meta(meta)
self.logger.info("vps %s immigrate from host=%s" %
(xv.vps_id, origin_host_id))
vpsops = VPSOps(self.logger)
# some setting various between different hosts
vpsops.create_from_migrate(xv.clone())
except Exception, e:
self.logger.exception(e)
raise
def vps_reset_pw(self, vps_info):
xv = XenVPS(vps_info.id)
self.logger.info("to reset passwd for vps %s" % (vps_info.id))
try:
self.setup_vps(xv, vps_info)
self.vpsops.reset_pw(xv)
except Exception, e:
self.logger.exception(e)
self.done_task(CMD.RESET_PW, vps_info.id, False,
"exception %s" % (str(e)))
return
def modify_vif_rate(self, vps):
xv = XenVPS(vps.id)
vpsops = VPSOps(self.logger)
self.logger.info("to modify vif rate for vps %s" % (vps.id))
try:
self.setup_vps(xv, vps)
vpsops.create_xen_config(vps)
except Exception, e:
self.logger_err.exception(e)
self.done_task(Cmd.BANDWIDTH, vps.id, False,
"exception %s" % (str(e)))
return
def vps_change_ip(self, vps_info):
self.logger.info("to change ip vps %s" % (vps_info.id))
if not self.vpsinfo_check_ip(vps_info):
msg = "no ip with vps %s" % (vps_info.id)
self.logger.error(msg)
return
try:
xv = XenVPS(vps_info.id)
self.setup_vps(xv, vps_info)
self.vpsops.change_ip(xv)
except Exception, e:
self.logger.error(e)
def _load_vps_meta(self, meta_path):
f = open(meta_path, "r")
data = None
try:
data = json.load(f)
finally:
f.close()
try:
xv = XenVPS.from_meta(data)
return xv
except Exception, e:
raise Exception("file=%s, %s" % (meta_path, str(e)))
def _load_vps_meta(self, meta_path):
f = open(meta_path, "r")
data = None
try:
data = json.load(f)
finally:
f.close()
try:
xv = XenVPS.from_meta(data)
return xv
except Exception, e:
raise Exception("file=%s, %s" % (meta_path, str(e)))
def vps_close(self, vps_info):
try:
if vps_info.state == VM_STATE.CLOSE or vps_info.host_id != self.host_id:
xv = XenVPS(vps_info.id)
self.setup_vps(xv, vps_info)
self.vpsops.close_vps(vps_info.id, xv)
else:
raise Exception("state check not passed")
except Exception, e:
self.logger.exception(e)
self.done_task(CMD.CLOSE, vps_info.id, False,
"exception %s" % (str(e)))
return
def vps_open(self, vps_info, vps_image=None, is_new=True):
vps_id = vps_info.id
self.logger.info("to open vps %s" % (vps_id))
if vps_info.host_id != self.host_id:
msg = "vpsopen : vps %s host_id=%s != current host %s , abort" % (
vps_id, vps_info.host_id, self.host_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
if not self.vpsinfo_check_ip(vps_info):
msg = "no ip with vps %s" % (vps_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
xv = XenVPS(vps_id)
try:
domain_dict = XenStore.domain_name_id_map()
limit = None
if 'VPS_NUM_LIMIT' in dir(conf):
limit = conf.VPS_NUM_LIMIT
if limit and len(domain_dict.keys()) >= limit + 1:
msg = "vps open: cannot open more than %d vps" % (limit)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
self.setup_vps(xv, vps_info)
if xv.is_running():
msg = "vps %s is running" % (vps_id)
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, True, msg)
return
if vps_info.state in [VM_STATE.PAY, VM_STATE.OPEN, VM_STATE.CLOSE]:
if self.vpsops.is_normal_exists(vps_id):
xv.check_storage_integrity()
xv.check_xen_config()
if not xv.is_running():
self.logger.info(
"seems vps %s was not closed, try to boot" % (vps_id))
self.vpsops._boot_and_test(xv, is_new=False)
elif self.vpsops.is_trash_exists(vps_id):
self.vpsops.reopen_vps(vps_id, xv)
else:
self.vpsops.create_vps(xv, vps_image, is_new)
else:
msg = "vps%s state is %s(%s)" % (
str(vps_id), vps_info.state, VM_STATE_CN[vps_info.state])
self.logger.error(msg)
self.done_task(CMD.OPEN, vps_id, False, msg)
return
except Exception, e:
self.logger.exception("vps %s: %s" % (str(vps_id), str(e)))
self.done_task(CMD.OPEN, vps_id, False, "error, " + str(e))
return
def gen_meta (vps_mgr, domain_dict, vps_id):
xv = XenVPS (vps_id)
vps = vps_mgr.query_vps (vps_id)
if not vps_mgr.vps_is_valid (vps):
print "no backend data for %s " % vps_id
return
domain_id = domain_dict[xv.name]
vif_datas = XenStore.get_vif_by_domain_id (domain_id)
vps_mgr.setup_vps (xv, vps)
#xv.add_extra_storage (1, 964) #TEST
vpsops = VPSOps (vps_mgr.logger)
if len (vif_datas.values ()) == 1:
vif_data = vif_datas.values()[0]
if vif_data['online'] == '1':
if vif_data.has_key ('vifname'):
xv.vifs[vif_data['vifname']].mac = vif_data['mac']
else:
vif_id = vif_datas.items ()[0][0]
vif_name = 'vif%s.%s' % (domain_id, vif_id)
del xv.vifs[xv.name]
xv.add_netinf (name=vif_name, ip=xv.ip, netmask=xv.netmask,bridge=vif_data['bridge'], mac=vif_data['mac'])
#vpsops.create_xen_config (xv)
vpsops.save_vps_meta (xv, override=False)
def test_vps0 (self):
print "create vps00"
logger = Log ("test", config=conf)
vpsops = VPSOps (logger)
xv = XenVPS (0)
try:
xv.setup (os_id=10001, vcpu=1, mem_m=512, disk_g=7, ip="10.10.2.2", netmask="255.255.255.0", gateway="10.10.2.1", root_pw="fdfdfd")
xv.add_extra_storage (disk_id=1, size_g=1, fs_type='ext3')
print xv.gen_xenpv_config ()
vpsops.create_vps (xv)
except Exception, e:
logger.exception (e)
raise e
def vps_open(self, vps, vps_image=None, is_new=True):
self.logger.info("to open vps %s" % (vps.id))
if vps.host_id != self.host_id:
msg = "vpsopen : vps %s host_id=%s != current host %s , abort" % (
vps.id, vps.host_id, self.host_id)
self.logger.error(msg)
self.done_task(Cmd.OPEN, vps.id, False, msg)
return
if not vps.ipv4 or not vps.ipv4_gateway or vps.cpu <= 0 or vps.ram <= 0 or vps.hd <= 0 or not vps.password:
self.logger.error("vps open: invalid vps data received: %s" %
(self.dump_vps_info(vps)))
self.done_task(Cmd.OPEN, vps.id, False, "invalid vps data")
return
xv = XenVPS(vps.id)
vpsops = VPSOps(self.logger)
try:
self.setup_vps(xv, vps)
if xv.is_running():
msg = "vps %s is running" % (vps.id)
self.logger_err.error(msg)
self.done_task(Cmd.OPEN, vps.id, False, msg)
return
if vps.state in [vps_const.VPS_STATE_PAY, vps_const.VPS_STATE_RUN]:
vpsops.create_vps(xv, vps_image, is_new)
elif vps.state == vps_const.VPS_STATE_CLOSE:
vpsops.reopen_vps(vps.id, xv)
else:
msg = "vps%s state is %s(%s)" % (str(
vps.id), vps.state, vps_const.VPS_STATE2CN[vps.state])
self.logger_err.error(msg)
self.done_task(Cmd.OPEN, vps.id, False, msg)
return
except Exception, e:
self.logger_err.exception("for %s: %s" % (str(vps.id), str(e)))
self.done_task(Cmd.OPEN, vps.id, False, "error, " + str(e))
return
def _reinstall_os(self, vps_id, _vps=None, os_id=None, vps_image=None):
try:
vpsops = VPSOps(self.logger)
xv = None
if _vps:
xv = XenVPS(_vps.id)
self.setup_vps(xv, _vps)
vpsops.reinstall_os(vps_id, xv, os_id, vps_image)
if _vps:
self.done_task(Cmd.OS, vps_id, True)
return True
except Exception, e:
self.logger_err.exception("for %s: %s" % (str(vps_id), str(e)))
if _vps:
self.done_task(Cmd.OS, vps_id, False, "error," + str(e))
return False
def _reinstall_os(self, vps_id, vps_info=None, os_id=None, vps_image=None):
try:
xv = None
if vps_info:
xv = XenVPS(vps_info.id)
self.setup_vps(xv, vps_info)
self.vpsops.reinstall_os(vps_id, xv, os_id, vps_image)
if vps_info:
self.done_task(CMD.OS, vps_id, True, "os:%s" % (vps_info.os))
return True
except Exception, e:
self.logger.exception("vps %s: %s" % (str(vps_id), str(e)))
if vps_info:
self.done_task(CMD.OS, vps_id, False,
"os:%s, error: %s " % (vps_info.os, str(e)))
return False
def test_vps0(self):
print "create vps00"
logger = Log("test", config=conf)
vpsops = VPSOps(logger)
xv = XenVPS(0)
try:
xv.setup(os_id=10001,
vcpu=1,
mem_m=512,
disk_g=7,
ip="10.10.2.2",
netmask="255.255.255.0",
gateway="10.10.2.1",
root_pw="fdfdfd")
xv.add_extra_storage(disk_id=1, size_g=1, fs_type='ext3')
print xv.gen_xenpv_config()
vpsops.create_vps(xv)
except Exception, e:
logger.exception(e)
raise e
def vps_upgrade(self, vps_info):
self.logger.info("to upgrade vps %s" % (vps_info.id))
if not self.vpsinfo_check_ip(vps_info):
msg = "no ip with vps %s" % (vps_info.id)
self.logger.error(msg)
self.done_task(CMD.UPGRADE, vps_info.id, False, msg)
return
try:
xv = XenVPS(vps_info.id)
self.setup_vps(xv, vps_info)
self.vpsops.upgrade_vps(xv)
self.refresh_host_space()
self.done_task(CMD.UPGRADE, vps_info.id, True)
return True
except Exception, e:
self.logger.exception("vps %s: %s" % (str(vps_info.id), str(e)))
self.done_task(CMD.UPGRADE, vps_info.id, False,
"exception %s" % str(e))
return False
def test_meta (self):
print "test vps meta"
logger = Log ("test", config=conf)
vpsops = VPSOps (logger)
vps = XenVPS (0)
vps.setup (os_id=50001, vcpu=1, mem_m=500000, disk_g=7, ip="10.10.1.2", netmask="255.255.255.0", gateway="10.10.1.1", root_pw="fdfdfd")
vps.add_extra_storage (disk_id=1, size_g=1, fs_type='ext3')
vps.add_netinf ('vps0_inter', "10.10.3.2", '255.255.255.0', 'xenbr0', None)
vps.data_disks['xvdc1']._set_expire_days (1)
print "trash_date", vps.data_disks['xvdc1'].trash_date
print "expire_date", vps.data_disks['xvdc1'].expire_date
vpsops.save_vps_meta (vps)
_vps = vpsops.load_vps_meta (0)
self.assertEqual (_vps.vps_id, vps.vps_id)
self.assertEqual (_vps.os_id, vps.os_id)
self.assertEqual (_vps.vcpu, vps.vcpu)
self.assertEqual (_vps.mem_m, vps.mem_m)
self.assertEqual (_vps.ip, vps.ip)
self.assertEqual (_vps.netmask, vps.netmask)
self.assertEqual (_vps.gateway, vps.gateway)
self.assertEqual (_vps.root_store.size_g, vps.root_store.size_g)
self.assertEqual (_vps.swap_store.size_g, vps.swap_store.size_g)
self.assertEqual (_vps.data_disks['xvdc1'].size_g, 1)
self.assertEqual (_vps.data_disks['xvdc1'].fs_type, 'ext3')
self.assertEqual (_vps.data_disks['xvdc1'].mount_point, '/mnt/data1')
self.assertEqual (_vps.data_disks['xvdc1'].xen_dev, 'xvdc1')
self.assertEqual (_vps.data_disks['xvdc1'].trash_date, vps.data_disks['xvdc1'].trash_date)
self.assertEqual (_vps.data_disks['xvdc1'].expire_date, vps.data_disks['xvdc1'].expire_date)
print _vps.data_disks['xvdc1'].__class__.__name__
self.assertEqual (len (_vps.vifs.values ()), 2)
self.assertEqual (_vps.vifs['vps0_inter'].ip, '10.10.3.2')
self.assertEqual (_vps.vifs['vps0_inter'].netmask, '255.255.255.0')
self.assertEqual (_vps.vifs['vps0_inter'].bridge, 'xenbr0')
self.assertEqual (_vps.vifs['vps0_inter'].mac, vps.vifs['vps0_inter'].mac)
print "test trash expire date None"
vps.data_disks['xvdc1']._set_expire_days (None)
self.assertEqual (vps.data_disks['xvdc1'].trash_date, None)
self.assertEqual (vps.data_disks['xvdc1'].expire_date, None)
vpsops.save_vps_meta (vps)
_vps = vpsops.load_vps_meta (0)
self.assertEqual (_vps.data_disks['xvdc1'].trash_date, None)
self.assertEqual (_vps.data_disks['xvdc1'].expire_date, None)
def test_mem_too_big(self):
print "test mem too big"
vps = XenVPS(0)
logger = Log("test", config=conf)
vps.setup(os_id=50001,
vcpu=1,
mem_m=500000,
disk_g=7,
ip="10.10.1.2",
netmask="255.255.255.0",
gateway="10.10.1.1",
root_pw="fdfdfd")
try:
vps.check_resource_avail()
except Exception, e:
logger.exception(e)
print "exception caught", type(e), str(e)
return
from ops.saas_rpc import VM_STATE, VM_STATE_CN
def _check_bandwidth(client, vps_id):
meta = client.vpsops._meta_path(vps_id, is_trash=False)
if not os.path.exists(meta):
print >> sys.stderr, vps_id, "has no meta"
return
xv = client.vpsops._load_vps_meta(meta)
vps_info = None
try:
vps_info = client.query_vps(vps_id)
except Exception, e:
print str(e)
return
_xv = XenVPS(vps_id)
client.setup_vps(_xv, vps_info)
if vps_info.host_id != conf.HOST_ID:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s host_id=%s not on this host" % (vps_id, is_running,
vps_info.host_id)
return
elif vps_info.state != VM_STATE.OPEN:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s backend state=%s " % (vps_id, is_running,
VM_STATE_CN[vps_info.state])
return
if not _xv.vif_ext or not xv.vif_ext:
return
if xv.vif_ext.bandwidth != _xv.vif_ext.bandwidth:
print "vps", vps_id, "bandwidth old:", xv.vif_ext.bandwidth, "new:", _xv.vif_ext.bandwidth
return
def reopen_vps(vps_id):
client = VPSMgr()
vps_info = None
try:
vps_info = client.query_vps(vps_id)
except Exception, e:
print "failed to query vps state: %s %s " % (type(e), str(e))
return False
if not vps_info:
print "not backend data for vps %s" % (vps_id)
return False
try:
xv = XenVPS(vps_info.id)
client.setup_vps(xv, vps_info)
client.vpsops.reopen_vps(vps_id, xv)
client.done_task(CMD.OPEN, vps_id, True)
return True
except Exception, e:
client.logger.exception("for %s: %s" % (str(vps_id), str(e)))
client.done_task(CMD.OPEN, vps_id, False, "error, " + str(e))
return False
if __name__ == '__main__':
if len(sys.argv) <= 1:
usage()
os._exit(0)
optlist, args = getopt.gnu_getopt(sys.argv[1:], "", [
ip_ok = "ip %s " % (xv.ip) + \
(vps_common.ping(xv.ip)
and "reachable" or "timeout")
print "vps %s %s %s has no meta_data" % (vps_id, is_running, ip_ok)
return
def check_via_backend(client, vps_id):
vps_info = None
try:
vps_info = client.query_vps(vps_id)
if not vps_info:
return False, None
except Exception, e:
raise e
xv = XenVPS(vps_id)
if vps_info.host_id != conf.HOST_ID:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s host_id=%s not on this host" % (vps_id, is_running, vps_info.host_id)
return True, None
elif vps_info.state != VM_STATE.OPEN:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s backend state=%s " % (vps_id, is_running, VM_STATE_CN[vps_info.state])
return True, None
return False, vps_info
def check_all_vps():
client = VPSMgr()
all_ids = client.vpsops.all_vpsid_from_config()
print "xen_config: %d, running: %d" % (len(all_ids), client.vpsops.running_count)
ip_ok = "ip %s " % (xv.ip) + \
(vps_common.ping(xv.ip)
and "reachable" or "timeout")
print "vps %s %s %s has no meta_data" % (vps_id, is_running, ip_ok)
return
def check_via_backend(client, vps_id):
vps_info = None
try:
vps_info = client.query_vps(vps_id)
if not vps_info:
return False, None
except Exception, e:
raise e
xv = XenVPS(vps_id)
if vps_info.host_id != conf.HOST_ID:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s host_id=%s not on this host" % (vps_id, is_running,
vps_info.host_id)
return True, None
elif vps_info.state != VM_STATE.OPEN:
is_running = xv.is_running() and "(running)" or "(not running)"
print "vps %s %s backend state=%s " % (vps_id, is_running,
VM_STATE_CN[vps_info.state])
return True, None
return False, vps_info
def check_all_vps():
client = VPSMgr()