def __init__(self, *args):
if args.__len__() == 1:
credentials = args[0]
self.cfg = config.get()
self.db = Database()
self.__process_credentials(credentials)
self.hil = HIL(base_url=self.cfg.net_isolator.url,
usr=self.username,
passwd=self.password)
self.fs = RBD(self.cfg.fs, self.cfg.iscsi.password)
self.dhcp = DNSMasq()
# self.iscsi = IET(self.fs, self.config.iscsi_update_password)
# Need to make this generic by passing specific config
self.iscsi = TGT(self.cfg.fs.conf_file, self.cfg.fs.id,
self.cfg.fs.pool)
elif args.__len__() == 3:
username, password, project = args
self.cfg = config.get()
self.username = username
self.password = password
self.proj = project
self.db = Database()
self.pid = self.__does_project_exist(self.proj)
self.is_admin = self.__check_admin()
self.hil = HIL(base_url=self.cfg.net_isolator.url,
usr=self.username,
passwd=self.password)
self.fs = RBD(self.cfg.fs, self.cfg.iscsi.password)
logger.debug("Username is %s and Password is %s", self.username,
self.password)
self.dhcp = DNSMasq()
# self.iscsi = IET(self.fs, self.config.iscsi_update_password)
self.iscsi = TGT(self.cfg.fs.conf_file, self.cfg.fs.id,
self.cfg.fs.pool)
def __init__(self):
# Loads the variable dict with the contents of config.json.
self.dict = {
"function-list": {
"provision": "4",
"deprovision": "3",
"create_snapshot": "2",
"list_images": "0",
"list_snapshots": "0",
"remove_image": "1"
}
}
# The script name and no. of arguments.
self.func_list = self.dict['function-list']
self.cfg = config.get()
self.name_server = None
self.main_obj = None
self.__get_main_obj()
def start_rpc_server():
cfg = config.get()
if cfg.bmi.service:
server = MainServer()
server.remake_mappings()
Pyro4.config.HOST = cfg.rpc.rpc_server_ip
# Starting the Pyro daemon, locating and registering object with name
# server
daemon = Pyro4.Daemon(port=cfg.rpc.rpc_server_port)
# find the name server
ns = Pyro4.locateNS(host=cfg.rpc.name_server_ip,
port=cfg.rpc.name_server_port)
# register the greeting maker as a Pyro object
uri = daemon.register(MainServer)
# register the object with a name in the name server
ns.register(constants.RPC_SERVER_NAME, uri)
# start the event loop of the server to wait for calls
daemon.requestLoop()
def start_rpc_server():
cfg = config.get()
if cfg.bmi.service:
server = MainServer()
server.remake_mappings()
Pyro4.config.HOST = cfg.rpc.rpc_server_ip
# Starting the Pyro daemon, locating and registering object with name
# server
daemon = Pyro4.Daemon(port=cfg.rpc.rpc_server_port)
# find the name server
ns = Pyro4.locateNS(host=cfg.rpc.name_server_ip,
port=cfg.rpc.name_server_port)
# register the greeting maker as a Pyro object
uri = daemon.register(MainServer)
# register the object with a name in the name server
ns.register(constants.RPC_SERVER_NAME, uri)
# start the event loop of the server to wait for calls
daemon.requestLoop()
def __init__(self):
# Loads the variable dict with the contents of config.json.
self.dict = {
"function-list": {
"provision": "4",
"deprovision": "3",
"create_snapshot": "2",
"list_images": "0",
"list_snapshots": "0",
"remove_image": "1"
}
}
# The script name and no. of arguments.
self.func_list = self.dict['function-list']
self.cfg = config.get()
self.name_server = None
self.main_obj = None
self.__get_main_obj()
import subprocess
from ims.common import config
config.load()
import rados
import rbd
from ims.common import shell
from ims.common import constants
from ims.einstein import ceph
from ims.einstein.operations import BMI
from ims.exception import file_system_exceptions
from ims.common.log import trace
import logging
_cfg = config.get()
POOL = _cfg.fs.pool
CEPH_IMG = "BMI_TEST_CEPH"
TEST_NOT_EXIST_IMG_NAME = "BMI_TEST_IMG_NOT_FOUND"
CEPH_IMG_SIZE = 1024
INDEX_OUTSIDE_THE_IMAGE = CEPH_IMG_SIZE + 1
CEPH_SNAP_IMG = "BMI_TEST_CEPH_SNAP"
TEST_DATA = 'bmi' * 10
OFFSET = 0
CEPH_CHILD_IMG = "BMI_TEST_CEPH_CHILD_IMAGE"
class TestCreateImage(unittest.TestCase):
""" Test create image """
@trace
def start():
setup_rpc()
cfg = config.get()
app.run(host=cfg.rest_api.ip,
port=cfg.rest_api.port)
def runTest(self):
os.environ['BMI_CONFIG'] = self.old_path
config.load()
cfg = config.get()
self.assertEqual(cfg.tests.var1, '0')
def runTest(self):
config.load(force=True)
cfg = config.get()
self.assertEqual(cfg.tests.var1, '0')
def start():
setup_rpc()
cfg = config.get()
app.run(host=cfg.rest_api.ip, port=cfg.rest_api.port)
def start_name_server():
cfg = config.get()
Pyro4.naming.startNSloop(host=cfg.rpc.name_server_ip,
port=cfg.rpc.name_server_port)
def runTest(self):
os.environ['BMI_CONFIG'] = self.old_path
config.load()
cfg = config.get()
self.assertEqual(cfg.tests.var1, '0')
def runTest(self):
config.load(force=True)
cfg = config.get()
self.assertEqual(cfg.tests.var1, '0')
