def get(self):
self.handle = Handle()
self.con = Container()
"""
changed the runContainerid with getContainerTrucId
"""
"""
self.ret_con = self.con.runContainerId()
"""
self.ret_con = self.con.getContainerTrucId()
self.write(json.dumps(self.ret_con))
def test_get(self, tag, payload, expected_class, constructors):
print("=====")
container = Container()
container.add(tag, payload)
if constructors is not None:
container.with_constructors(tag, constructors)
object = container.get(tag)
if expected_class is None:
return False
self.assertTrue(isinstance(object, expected_class))
def get(self, id, name):
self.handle = Handle()
self.con = Container()
for item in self.con.getContainerTrucId():
if id == item:
if name == "cpu":
ret = self.handle.getCpu()[id]
if name == "mem":
ret = self.handle.getMem()[id]
if name == "blkio":
ret = self.handle.getBlk()[id]
if name == "net":
ret = self.handle.getNet()[id]
self.write(json.dumps(ret))
def test_container():
container = Container()
item = 5
item2 = 6
assert container.is_empty()
assert container.size() == 0
container.push(item)
assert container.size() == 1
assert not container.is_empty()
container.push(item2)
assert container.size() == 2
assert not container.is_empty()
print('Container tested SUCCESSFULLY')
def get(self, id):
self.handle = Handle()
self.con = Container()
self.dt = {}
"""
we have a another wonderful method to make
things better.
"""
"""
for item in self.con.runContainerId():
self.ret = self.con.getContainerArg(item)
self.dt[item]= self.ret
self.write(json.dumps(self.dt))
"""
self.ret = self.con.getContainerArg(id)
self.dt[id] = self.ret
self.write(json.dumps(self.dt))
def __init__(self, args, config):
""" Function to manage qb container operations. """
# Use the logger object created by Client.
self.p = logging.getLogger('qb')
# Pull out the relevant values from config.
self.url = config['container']['lxd_api']['url']
self.cert = config['container']['lxd_api']['cert']
self.key = config['container']['lxd_api']['key']
# Create a Container instance.
self.container = Container(self.url, self.cert, self.key)
# Invoke the required function based on the provided args.
if args.list:
self.list()
elif args.create is not None:
self.create(
args.create[0], # Name.
args.create[1]) # Image.
elif args.start is not None:
self.start(args.start[0])
elif args.stop is not None:
self.stop(args.stop[0])
elif args.remove is not None:
self.remove(args.remove[0])
else:
self.p.error("Error invoking function.")
sys.exit(1)
return
def _spawn_container(self, msg):
# checks
description = msg.params['description']
if description['Architecture'] != 'amd64' or description[
'Os'] != 'linux':
raise ValueError(
"Does not appear to be a linux/amd64 container: " +
description['uuid'])
# check and strip trailing slashes
if 'volumes' in msg.params and msg.params['volumes'] is not None:
for vol in msg.params['volumes']:
if len(vol[0]) != 22 or len(vol[1]) == 0:
raise ValueError("Volume specifications are wrong")
if vol[1][-1:] == '/':
vol[1] = vol[1][:-1]
# Have a look at the configuration, replace any missing bits with defaults
try:
config = description['Config']
except KeyError:
raise ValueError("Config node not in description")
Node._ensure_docker_config(config, 'Cmd', [])
Node._ensure_docker_config(config, 'Entrypoint', [])
Node._ensure_docker_config(config, 'Env', [])
Node._ensure_docker_config(config, 'WorkingDir', '/')
if config['WorkingDir'] == '':
config['WorkingDir'] = '/'
# allocate the container and fetch an IP from laksa
ctr = Container(self, self.network, msg, config)
self.containers[ctr.uuid] = ctr
self.stats.containers = len(self.containers)
logging.info("Spawning a container: %s" % ctr.name)
self.connection.send_cmd(b'allocate_ip', {'container': ctr.uuid},
reply_callback=self._launch)
def test_add(self, tag, payload, expected_class, constructors):
container = Container()
container.add(tag, payload)
self.assertEqual(1, len(container.definitions))
self.assertEqual(container.definitions[tag], payload)
#!/usr/bin/python2.7
import sys
from container.container import Container
if __name__ == "__main__":
host_ip1 = sys.argv[1]
host_ip2 = sys.argv[2]
image = "zoidberg:latest"
ksfile1 = "atv_bondi_02.ks"
beaker_name1 = "dell-per515-01.lab.eng.pek2.redhat.com"
# Set docker run
dr = Container()
dr.image = image
dr.ksfile = ksfile1
dr.host_ip = host_ip1
dr.beaker_name = beaker_name1
# Run test
dr.run_test()
print "Running test1 in background..."
#
# Run second test
#
ksfile2 = "atv_nfs_01.ks"
beaker_name2 = "dguo-localhost.nay.redhat.com"
# Main method
if __name__ == '__main__':
# Instantiate connection
conn = DBsetup()
# Instantiate view on DB
initView(conn)
# Get a list of available items
for rule in range(1, 11):
# Query data
orderData = conn.execute(
"SELECT * FROM PRODUCT_ORDERS WHERE ORDERID <= 25")
rootContainer = Container()
# Setup global container
for row in orderData:
rootContainer.addItem(Item(rule, row))
# - - - - - - - - - - - - - - - - - - - - -
# Actual start of algorithm
# Initialise result array
result = []
# Split on Rule 1
subContainers = splitOnRule([rootContainer], rule)
subContainers.append(Container())