def do_run_instances(self,
instance_ids,
reservation_id,
user_id,
params_t,
image_id, image_url,
kernel_id, kernel_url,
ramdisk_id, ramdisk_url,
mac_addrs,
target_node_id=None):
self._logger.info('invoked')
verify_run_instances_arguments = lambda: len(instance_ids) == len(mac_addrs) and self._has_node(target_node_id) == -1
# verify arguments
if not verify_run_instances_arguments():
self._logger.wran('error arguments')
return Result.new(0xFFFF, 'failed to run instances')
# setup NetConfig
net_configs = [NetConfig.new_instance(mac=mac) for mac in mac_addrs]
param = VirtualMachine(params_t)
self._startup_run_instances_thread(instance_ids,
reservation_id,
user_id,
param,
image_id, image_url,
kernel_id, kernel_url,
ramdisk_id, ramdisk_url,
net_configs,
target_node_id)
self._logger.debug('done')
return Result.new(0x0, {'msg': "run instances"})
def do_remove_node(self, nid, force=False):
self._logger.info('invoked')
with self._res_lock:
if self._has_node(nid) == -1:
self._logger.warn('node %s is not exists' % (nid,))
return Result.new(0xFFFF, 'failed to remove node %s' % (nid,))
if not force:
if self._instance_exist_on_node(nid):
self._logger.warn('failed to remove node %s, some vm running on node %s' % (nid, nid))
return Result.new(0xFFFF, 'failed to remove node %s' % (nid,))
else:
# if force is true, find all instance which is running on node
insts = self._get_instances_on_node(nid)
inst_ids = [inst.instance_id for inst in insts]
if inst_ids:
if force:
with self._nccall_sem:
self._logger.info('terminate instances: %s' % inst_ids)
ret = self._startup_terminate_instances(inst_ids)
if ret.code != 0x0:
self._logger.warn('failed to remove node %s, terminate vm failed' % (nid,))
return Result.new(0xFFFF, 'failed to remove node %s' % (nid,))
else:
return Result.new(0xFFFF, 'failed to remove node %s' % (nid,))
with self._res_lock:
self._logger.info('remove node %s' % nid)
self._remove_node(nid)
self._logger.debug('done')
return Result.new(0x0, "remove node %s" % nid)
def do_describe_instances(self, inst_ids=None):
import copy
self._logger.info('invoked')
if inst_ids and not isinstance(inst_ids, list):
self._logger.warn('error arguments with: ' + inst_ids)
return Result.new(0xFFFF, {'msg': 'error arguments'})
rs = []
with self._inst_lock:
if inst_ids == None:
[rs.append(inst) for inst in self._iter_instance()]
else:
for inst_id in inst_ids:
inst = self._get_instance(inst_id)
if inst:
oi = inst
inst = copy.deepcopy(inst)
if (inst.state_code == InstanceState.RUNNING and inst.net.ip != '0.0.0.0') or inst.state_code == InstanceState.TEARDOWN:
inst.state_code = 0
else:
inst.state_code = 2
rs.append(inst)
self._logger.debug('done')
return Result.new(0x0, {'msg': "describe instances",
'instances': rs})
def do_reboot_instance(self, instance_id):
with self._inst_lock:
inst = self._get_instance(instance_id)
if inst == None:
self._logger.error("cannot find instance %s" % instance_id)
return Result.new(0xFFFF, 'cannot find instance %s' % instance_id)
self._startup_reboot_instance_thread(inst)
return Result.new(0x0, 'reboot instance %s' % instance_id)
def do_terminate_instances(self, inst_ids):
self._logger.info('invoked')
if not isinstance(inst_ids, list):
self._logger.warn('error arguments')
return Result.new(0x0, {'msg': 'error arguments'})
[self._find_and_terminate_instance(inst_id) for inst_id in inst_ids]
self._logger.info('done')
return Result.new(0x0, 'terminate instances')
def do_reboot_instances(self, inst_ids):
self._logger.info('invoked')
if not isinstance(inst_ids, list):
self._logger.warn('error arguments')
return Result.new(0xFFFF, {'msg': 'error arguments'})
[self._find_and_reboot_instance(inst_id) for inst_id in inst_ids]
self._logger.debug('done')
return Result.new(0x0, "reboot instances")
def do_add_node(self, nid, ip, port):
self._logger.info('invoked')
with self._res_lock:
# node is already in cluster?
if self._has_node(nid) != -1:
self._logger.warn('failed to add node %s, %s in node list' % (nid, nid))
return Result.new(0xFFFF, {'msg': 'failed to add node %s' % (nid,)})
self._startup_add_node_thread(nid, ip, port)
self._logger.debug('done')
return Result.new(0x0, {'msg': 'add node %s' % (nid,)})
def do_terminate_instance(self, instance_id):
self._logger.info('invoked')
with self._inst_lock:
inst = self._find_and_terminate_instance(instance_id, 1)
if inst == None:
return Result.new(0xFFFF, "instance not found")
if inst.state_code != InstanceState.TEARDOWN:
self._change_instance_state(inst, InstanceState.SHUTOFF)
self._logger.debug('done')
return Result.new(0x0, 'terminate instance')
def do_run_instance(self,
instance_id,
reservation_id,
params, # data.VirtualMachine
image_id, image_url,
kernel_id, kernel_url, # should be set none
ramdisk_id, ramdisk_url, # should be set none
net_config, # data.NetConfig
user_id):
self._logger.info('invoked')
self._inst_lock.acquire()
idx = self._has_instance(instance_id)
self._inst_lock.release()
if idx != -1:
self._logger.error("instance %s is already running." % instance_id)
return Result.new(0xFFFF, "failed to startup instance %s" % (instance_id,))
params_t = data.VirtualMachine(params)
net_config_t = data.NetConfig(net_config)
inst = data.Instance.new_instance(instance_id,
reservation_id,
params_t,
image_id, image_url,
kernel_id, kernel_url,
ramdisk_id, ramdisk_url,
InstanceState.PENDING,
net_config_t,
user_id)
with self._res_lock:
if self._allocate_resource(inst.params):
self._logger.warn("failed to allocate resource")
return Result.new(0xFFFF, "failed to allocate resource")
self._inst_lock.acquire()
self._add_instance(inst)
self._inst_lock.release()
self._startup_instance_thread(inst)
self._logger.debug('done')
return Result.new(0x0, "run instance")
def do_describe_instances(self, inst_ids=None):
self._logger.info('invoked')
if inst_ids and not isinstance(inst_ids, list):
self._logger.warn("error arguments with: " + inst_ids)
return Result.new(0xFFFF, {'msg': "error arguments"})
rs = []
with self._inst_lock:
if inst_ids == None:
[rs.append(inst) for inst in self._iter_global_instances()]
else:
for inst_id in inst_ids:
inst = self._get_instance(inst_id)
inst and rs.append(inst)
self._logger.debug('done')
return Result.new(0x0, {'msg': 'describe instances',
'instances': rs})
def do_describe_node(self, nids=None):
self._logger.info('invoked')
if not nids:
nids = [node.id for node in self._iter_node()]
ress = []
[ress.append(node) for node in [self._get_node(nid) for nid in nids] if node != None]
self._logger.debug('done')
return Result.new(0x0, {'msg': 'describe node',
'resources': ress})
def do_describe_resources(self):
self._logger.info('invoked')
with self._res_lock:
(cores_available,
mem_available,
disk_available) = reduce(lambda x, acc: (x[0] + acc[0],
x[1] + acc[1],
x[2] + acc[2]),
[(res.number_cores_available,
res.mem_size_available,
res.disk_size_available) for res in self._iter_running_node()],
(0,0,0))
with self._inst_lock:
(sum_cores,
sum_mem,
sum_disk) = reduce(lambda x, acc: (x[0] + acc[0],
x[1] + acc[1],
x[2] + acc[2]),
[(inst.params.cores,
inst.params.mem,
inst.params.disk) for inst in self._iter_instance() if inst.state_code != InstanceState.TEARDOWN],
(0,0,0))
free_cores = cores_available - sum_cores
if free_cores < 0:
self._logger.warn('Error cores free with %d, fix to 0' % free_cores)
free_cores = 0
free_mem = mem_available - sum_mem
if free_mem < 0:
self._logger.warn('Error memory free with %d, fix to 0' % free_mem)
free_mem = 0
free_disk = disk_available - sum_disk
if free_disk < 0:
self._logger.warn('Error disk free with %d, fix to 0' % free_disk)
free_disk = 0
res = NodeResource.new_instance("ok",
free_mem,
mem_available,
free_disk,
disk_available,
free_cores,
cores_available)
self._logger.debug('done')
return Result.new(0x0, {'msg': "describe resources",
'resource': res})
def do_describe_resource(self):
self._logger.info('invoked')
sum_cores = sum_mem = sum_disk = 0
for inst in self._iter_global_instances():
if inst.state_code == InstanceState.TEARDOWN:
continue
sum_cores += inst.params.cores
sum_mem += inst.params.mem
sum_disk += inst.params.disk
cores_free = self._nc_detail.config_max_cores - sum_cores
if cores_free < 0:
self._logger.warning("Error cores free with %d, fix to 0" % cores_free)
cores_free = 0
mem_free = self._nc_detail.config_max_mem - sum_mem
if mem_free < 0:
self._logger.warning("Error memory free with %d, fix to 0" % mem_free)
mem_free = 0
disk_free = self._nc_detail.config_max_disk - sum_disk
if disk_free < 0:
self._logger.warning("Error disk free with %d, fix to 0" % disk_free)
disk_free = 0
res = data.NodeResource.new_instance("ok",
mem_free,
self._nc_detail.config_max_mem,
disk_free,
self._nc_detail.config_max_disk,
cores_free,
self._nc_detail.config_max_cores)
self._logger.debug('done')
return Result.new(0x0, {'msg': 'describe resource',
'resource': res})
def do_get_console_output(self):
return Result.new(0xFFFF, 'get console output')
def do_start_network(self):
return Result.new(0xFFFF, 'start network')
def do_get_console_output(self):
return Result.new(0x0, "console output")
def do_detach_volume(self):
return Result.new(0xFFFF, 'detach volume')
def do_attach_volume(self):
return Result.new(0xFFFF, 'attache volume')
def do_attach_volume(self):
return Result.new(0xFFFF, "attach volume")
def stop(self):
self._logger.info("invoked")
super(Node, self).stop()
self._logger.debug("done")
return Result.new(0x0, "stop service")
def do_power_down(self):
return Result.new(0x0, 'power down')
