def host_add(args):
assert isinstance(args, dict)
# remove this assert after adding more type and htype
assert (args['type'].lower() in ['vm', 'server', '1']
and args['htype'].lower() == 'kvm')
host_info = models.HostAdd()
host_info.ip = args['ip']
host_info.user_name = args['user_name']
host_info.user_passwd = args['user_passwd']
if args['type'].lower() in ['vm', 'server', '1']:
host_info.instance_type = host_info.instance_types.VM
if args['htype'].lower() in ['xen', 'xenserver', 'xcp', '1']:
host_info.hypervisor_type = host_info.hypervisor_types.XEN
elif args['htype'].lower() in ['vmware', 'esxi', '2']:
host_info.hypervisor_type = host_info.hypervisor_types.VMWARE
elif args['htype'].lower() in ['kvm', '3']:
host_info.hypervisor_type = host_info.hypervisor_types.KVM
elif args['type'].lower() in ['nspgateway', 'nsp', '3']:
host_info.instance_type = host_info.instance_types.NSP
host_info.hypervisor_type = host_info.hypervisor_types.KVM
host_info.rack_name = args['rack_name']
if args['nic_type'].lower() == 'gigabit':
host_info.nic_type = host_info.nic_types.GIGABIT
elif args['nic_type'].lower() == '10gigabit':
host_info.nic_type = host_info.nic_types.XGIGABIT
host_info.uplink_ip = args.get('uplink_ip')
host_info.uplink_netmask = args.get('uplink_netmask')
host_info.uplink_gateway = args.get('uplink_gateway')
host_info.misc = args.get('misc')
host_info.brand = args.get('brand')
host_info.model = args.get('model')
host_info.storage_link_ip = args.get('storage_link_ip')
if (host_info.storage_link_ip is None
and host_info.hypervisor_type == host_info.hypervisor_types.KVM
and host_info.instance_type == host_info.instance_types.VM):
print >> sys.stderr, 'Error: No storage_link_ip specified'
return -1
resp = call_post_with_callback(TALKER_URL + 'hosts/',
data=host_info.to_primitive())
if 'OPT_STATUS' not in resp or 'DESCRIPTION' not in resp:
print >> sys.stderr, 'Error: response %s corrupted' % resp
return -1
if resp['OPT_STATUS'] != 'SUCCESS':
print >> sys.stderr, 'Error (%s): %s' % (resp['OPT_STATUS'],
resp['DESCRIPTION'])
return -1
print resp['DATA']['LCUUID']
if host_info.instance_type != host_info.instance_types.NSP:
print >> sys.stderr, 'Please activate storage of this host before use'
return 0
def host_add(args):
assert isinstance(args, dict)
# remove this assert after adding more type and htype
assert (args['type'].lower() in ['vm', 'server', '1'] and
args['htype'].lower() == 'kvm')
host_info = models.HostAdd()
host_info.ip = args['ip']
host_info.user_name = args['user_name']
host_info.user_passwd = args['user_passwd']
if args['type'].lower() in ['vm', 'server', '1']:
host_info.instance_type = host_info.instance_types.VM
if args['htype'].lower() in ['xen', 'xenserver', 'xcp', '1']:
host_info.hypervisor_type = host_info.hypervisor_types.XEN
elif args['htype'].lower() in ['vmware', 'esxi', '2']:
host_info.hypervisor_type = host_info.hypervisor_types.VMWARE
elif args['htype'].lower() in ['kvm', '3']:
host_info.hypervisor_type = host_info.hypervisor_types.KVM
elif args['type'].lower() in ['nspgateway', 'nsp', '3']:
host_info.instance_type = host_info.instance_types.NSP
host_info.hypervisor_type = host_info.hypervisor_types.KVM
host_info.rack_name = args['rack_name']
if args['nic_type'].lower() == 'gigabit':
host_info.nic_type = host_info.nic_types.GIGABIT
elif args['nic_type'].lower() == '10gigabit':
host_info.nic_type = host_info.nic_types.XGIGABIT
host_info.uplink_ip = args.get('uplink_ip')
host_info.uplink_netmask = args.get('uplink_netmask')
host_info.uplink_gateway = args.get('uplink_gateway')
host_info.misc = args.get('misc')
host_info.brand = args.get('brand')
host_info.model = args.get('model')
host_info.storage_link_ip = args.get('storage_link_ip')
if (host_info.storage_link_ip is None and
host_info.hypervisor_type == host_info.hypervisor_types.KVM and
host_info.instance_type == host_info.instance_types.VM):
print >>sys.stderr, 'Error: No storage_link_ip specified'
return -1
resp = call_post_with_callback(TALKER_URL + 'hosts/',
data=host_info.to_primitive())
if 'OPT_STATUS' not in resp or 'DESCRIPTION' not in resp:
print >>sys.stderr, 'Error: response %s corrupted' % resp
return -1
if resp['OPT_STATUS'] != 'SUCCESS':
print >>sys.stderr, 'Error (%s): %s' % (resp['OPT_STATUS'],
resp['DESCRIPTION'])
return -1
print resp['DATA']['LCUUID']
if host_info.instance_type != host_info.instance_types.NSP:
print >>sys.stderr, 'Please activate storage of this host before use'
return 0
def vm_import(args):
assert isinstance(args, dict)
url = TALKER_URL + 'hosts/'
try:
resp = requests.get(url)
except requests.exceptions.ConnectionError:
print >> sys.stderr, 'Error: unable to connet to talker'
return -1
if resp.status_code != 200:
print >> sys.stderr, 'Error: unable to get hosts'
return -1
r_data = resp.json()
if 'DATA' not in r_data:
print >> sys.stderr, 'Error: unable to get hosts'
return -1
launch_server_htype = None
for it in r_data['DATA']:
if args['launch-server'] == it.get('IP', None):
launch_server_htype = it.get('HTYPE', None)
break
if launch_server_htype is None:
print >>sys.stderr, 'Error: launch_server %s not found' % \
args['launch-server']
return -1
if launch_server_htype != HOST_HTYPE_KVM:
call_args = []
for key, value in args.items():
call_args.append('%s=%s' % (key, value))
if os.path.isfile('/usr/local/bin/mntnct'):
call_cmd = 'mntnct'
else:
call_cmd = (os.path.dirname(os.path.realpath(__file__)) +
'/mntnct')
subprocess.call([call_cmd, 'vm.import'] + call_args)
return
url = TALKER_URL + 'domains/'
try:
resp = requests.get(url)
except requests.exceptions.ConnectionError:
print >> sys.stderr, 'Error: unable to connet to talker'
return -1
if resp.status_code != 200:
print >> sys.stderr, 'Error: unable to get domains'
return -1
r_data = resp.json()
if 'DATA' not in r_data:
print >> sys.stderr, 'Error: unable to get domains'
return -1
domain_uuid = None
for it in r_data['DATA']:
if args['domain'] == it.get('NAME', None):
domain_uuid = it.get('LCUUID', None)
break
if domain_uuid is None:
print >> sys.stderr, 'Error: domain %s not found' % args['domain']
return -1
try:
user = data.User.get(data.User.email == args['user-email'])
userid = user.id
except Exception:
print >>sys.stderr, 'Error: user %s not found' % \
args['user-email']
return -1
try:
ps = data.OssProductSpec.get(
data.OssProductSpec.plan_name == args['product-specification'],
data.OssProductSpec.domain == domain_uuid)
ps_lcuuid = ps.lcuuid
except Exception:
print >>sys.stderr, 'Error: product-specification %s not found' % \
args['product-specification']
return -1
vm_info = models.VMImport()
vm_info.name = args['label']
vm_info.os = args['os']
vm_info.launch_server = args['launch-server']
vm_info.userid = userid
vm_info.product_specification_lcuuid = ps_lcuuid
vm_info.domain = domain_uuid
resp = call_post_with_callback(TALKER_URL + 'vms/import/',
data=vm_info.to_primitive())
if 'OPT_STATUS' not in resp or 'DESCRIPTION' not in resp:
print >> sys.stderr, 'Error: response %s corrupted' % resp
return -1
if resp['OPT_STATUS'] != 'SUCCESS':
print >> sys.stderr, 'Error (%s): %s' % (resp['OPT_STATUS'],
resp['DESCRIPTION'])
return -1
print >> sys.stdout, ''
print >> sys.stdout, 'NAME: %s' % resp['DATA']['NAME']
print >> sys.stdout, 'LCUUID: %s' % resp['DATA']['LCUUID']
print >> sys.stdout, 'STATE: %d' % resp['DATA']['STATE']
print >> sys.stdout, 'CPU: %d' % resp['DATA']['VCPU_NUM']
print >> sys.stdout, 'MEM_SIZE: %d M' % resp['DATA']['MEM_SIZE']
print >> sys.stdout, 'SYS_DISK_SIZE: %d G' % resp['DATA']['VDI_SYS_SIZE']
print >> sys.stdout, 'SYS_SR_NAME: %s' % resp['DATA']['VDI_SYS_SR_NAME']
return 0
def vm_import(args):
assert isinstance(args, dict)
url = TALKER_URL + 'hosts/'
try:
resp = requests.get(url)
except requests.exceptions.ConnectionError:
print >>sys.stderr, 'Error: unable to connet to talker'
return -1
if resp.status_code != 200:
print >>sys.stderr, 'Error: unable to get hosts'
return -1
r_data = resp.json()
if 'DATA' not in r_data:
print >>sys.stderr, 'Error: unable to get hosts'
return -1
launch_server_htype = None
for it in r_data['DATA']:
if args['launch-server'] == it.get('IP', None):
launch_server_htype = it.get('HTYPE', None)
break
if launch_server_htype is None:
print >>sys.stderr, 'Error: launch_server %s not found' % \
args['launch-server']
return -1
if launch_server_htype != HOST_HTYPE_KVM:
call_args = []
for key, value in args.items():
call_args.append('%s=%s' % (key, value))
if os.path.isfile('/usr/local/bin/mntnct'):
call_cmd = 'mntnct'
else:
call_cmd = (os.path.dirname(os.path.realpath(__file__)) +
'/mntnct')
subprocess.call([call_cmd, 'vm.import'] + call_args)
return
url = TALKER_URL + 'domains/'
try:
resp = requests.get(url)
except requests.exceptions.ConnectionError:
print >>sys.stderr, 'Error: unable to connet to talker'
return -1
if resp.status_code != 200:
print >>sys.stderr, 'Error: unable to get domains'
return -1
r_data = resp.json()
if 'DATA' not in r_data:
print >>sys.stderr, 'Error: unable to get domains'
return -1
domain_uuid = None
for it in r_data['DATA']:
if args['domain'] == it.get('NAME', None):
domain_uuid = it.get('LCUUID', None)
break
if domain_uuid is None:
print >>sys.stderr, 'Error: domain %s not found' % args['domain']
return -1
try:
user = data.User.get(data.User.email == args['user-email'])
userid = user.id
except Exception:
print >>sys.stderr, 'Error: user %s not found' % \
args['user-email']
return -1
try:
ps = data.OssProductSpec.get(
data.OssProductSpec.plan_name == args['product-specification'],
data.OssProductSpec.domain == domain_uuid)
ps_lcuuid = ps.lcuuid
except Exception:
print >>sys.stderr, 'Error: product-specification %s not found' % \
args['product-specification']
return -1
vm_info = models.VMImport()
vm_info.name = args['label']
vm_info.os = args['os']
vm_info.launch_server = args['launch-server']
vm_info.userid = userid
vm_info.product_specification_lcuuid = ps_lcuuid
vm_info.domain = domain_uuid
resp = call_post_with_callback(TALKER_URL + 'vms/import/',
data=vm_info.to_primitive())
if 'OPT_STATUS' not in resp or 'DESCRIPTION' not in resp:
print >>sys.stderr, 'Error: response %s corrupted' % resp
return -1
if resp['OPT_STATUS'] != 'SUCCESS':
print >>sys.stderr, 'Error (%s): %s' % (resp['OPT_STATUS'],
resp['DESCRIPTION'])
return -1
print >>sys.stdout, ''
print >>sys.stdout, 'NAME: %s' % resp['DATA']['NAME']
print >>sys.stdout, 'LCUUID: %s' % resp['DATA']['LCUUID']
print >>sys.stdout, 'STATE: %d' % resp['DATA']['STATE']
print >>sys.stdout, 'CPU: %d' % resp['DATA']['VCPU_NUM']
print >>sys.stdout, 'MEM_SIZE: %d M' % resp['DATA']['MEM_SIZE']
print >>sys.stdout, 'SYS_DISK_SIZE: %d G' % resp['DATA']['VDI_SYS_SIZE']
print >>sys.stdout, 'SYS_SR_NAME: %s' % resp['DATA']['VDI_SYS_SR_NAME']
return 0
