def init_vm(self, vm_id, lab_repo_name):
logger.debug("BridgeVZAdapter: init_vm(): vm_id = %s" % vm_id)
success = True
success = success and self.copy_public_key(vm_id)
success = success and self.copy_ovpl_source(vm_id)
success = success and self.copy_lab_source(vm_id, lab_repo_name,
self.git.get_git_clone_loc())
success = success and self.start_vm_manager(vm_id)
response = {"vm_id": vm_id, "vm_ip": IP_ADDRESS, "vm_port": base_config.VM_MANAGER_PORT}
# check if the VMManager service came up and running..
logger.debug("Ensuring VMManager service is running on VM %s" %
response['vm_ip'])
vmmgr_port = int(base_config.VM_MANAGER_PORT)
success = base_adapter.wait_for_service(response['vm_ip'], vmmgr_port,
self.time_before_next_retry,
config.TIMEOUT)
if not success:
logger.debug("Could not reach VMManager after %s secs!! Aborting." %
config.TIMEOUT)
return (success, response)
logger.debug("centos_openvz_adapter: init_vm(): success = %s, response = %s" %
(success, response))
return (success, response)
def init_vm(self, vm_id, lab_repo_name):
"""
initialize the VM by copying relevant ADS component (VMManager) and
the lab sources, add default gateway, start the VMManager and ensure the
VMManager service is up...
"""
logger.debug("AWSAdapter: init_vm(): vm_id = %s" % vm_id)
vm_ip_addr = self.get_vm_ip(vm_id)
logger.debug("instance id: %s; IP addr: %s" % (vm_id, vm_ip_addr))
# Return info for AdapterServer: the VM's id, IP and port of VM Mgr
info = {"vm_id": vm_id, "vm_ip": vm_ip_addr,
"vm_port": base_config.VM_MANAGER_PORT}
# wait until the VM is up with the SSH service..
# until then we won't be able to go ahead with later steps..
logger.debug("AWSAdapter: VM %s: waiting for SSH to be up..." %
vm_ip_addr)
success = base_adapter.wait_for_service(vm_ip_addr, 22,
self.time_before_next_retry,
config.TIMEOUT)
if not success:
logger.debug("Could not reach SSH after %s secs!! Aborting." %
config.TIMEOUT)
return (success, info)
success = self._copy_ovpl_source(vm_ip_addr)
if not success:
logger.debug("Error in copying OVPL sources. Aborting.")
return (success, info)
success = self._copy_lab_source(vm_ip_addr, lab_repo_name)
if not success:
logger.debug("Error in copying lab sources. Aborting.")
return (success, info)
# NOTE: this step is necessary as the systems team is using a single
# subnet for both public and private nodes, and that means for private
# nodes default gateway has to be configured separately!
success = self._add_default_gw(vm_ip_addr)
if not success:
logger.debug("Error in adding default gateway. Aborting.")
return (success, info)
success = self.start_vm_manager(vm_ip_addr)
if not success:
logger.debug("Error in starting VMManager. Aborting.")
return (success, info)
# check if the VMManager service came up and running..
logger.debug("Ensuring VMManager service is running on VM %s" %
vm_ip_addr)
vmmgr_port = int(base_config.VM_MANAGER_PORT)
success = base_adapter.wait_for_service(vm_ip_addr, vmmgr_port,
self.time_before_next_retry,
config.TIMEOUT)
if not success:
logger.debug("Could not reach VMManager after %s secs!! Aborting." %
config.TIMEOUT)
return (success, info)
logger.debug("AWSAdapter: init_vm(): success = %s, response = %s" %
(success, info))
return (success, info)
def init_vm(self, vm_id, lab_repo_name):
"""
initialize the VM by copying relevant ADS component (VMManager) and
the lab sources, add default gateway, start the VMManager and ensure the
VMManager service is up...
"""
logger.debug("AWSAdapter: init_vm(): vm_id = %s" % vm_id)
vm_ip_addr = self.get_vm_ip(vm_id)
logger.debug("instance id: %s; IP addr: %s" % (vm_id, vm_ip_addr))
# Return info for AdapterServer: the VM's id, IP and port of VM Mgr
info = {
"vm_id": vm_id,
"vm_ip": vm_ip_addr,
"vm_port": base_config.VM_MANAGER_PORT
}
# wait until the VM is up with the SSH service..
# until then we won't be able to go ahead with later steps..
logger.debug("AWSAdapter: VM %s: waiting for SSH to be up..." %
vm_ip_addr)
success = base_adapter.wait_for_service(vm_ip_addr, 22,
self.time_before_next_retry,
config.TIMEOUT)
if not success:
logger.debug("Could not reach SSH after %s secs!! Aborting." %
config.TIMEOUT)
return (success, info)
success = self._copy_ovpl_source(vm_ip_addr)
if not success:
logger.debug("Error in copying OVPL sources. Aborting.")
return (success, info)
success = self._copy_lab_source(vm_ip_addr, lab_repo_name)
if not success:
logger.debug("Error in copying lab sources. Aborting.")
return (success, info)
# NOTE: this step is necessary as the systems team is using a single
# subnet for both public and private nodes, and that means for private
# nodes default gateway has to be configured separately!
success = self._add_default_gw(vm_ip_addr)
if not success:
logger.debug("Error in adding default gateway. Aborting.")
return (success, info)
success = self.start_vm_manager(vm_ip_addr)
if not success:
logger.debug("Error in starting VMManager. Aborting.")
return (success, info)
# check if the VMManager service came up and running..
logger.debug("Ensuring VMManager service is running on VM %s" %
vm_ip_addr)
vmmgr_port = int(base_config.VM_MANAGER_PORT)
success = base_adapter.wait_for_service(vm_ip_addr, vmmgr_port,
self.time_before_next_retry,
config.TIMEOUT)
if not success:
logger.debug(
"Could not reach VMManager after %s secs!! Aborting." %
config.TIMEOUT)
return (success, info)
logger.debug("AWSAdapter: init_vm(): success = %s, response = %s" %
(success, info))
return (success, info)