def main(sender):
username = processConfig('production', 'user')
key = processConfig('production', 'passwd')
tenant_name = processConfig('production', 'name')
url = processConfig('production', 'url')
zone = processConfig('config', 'zone')
client = createNovaConnection(username, key, tenant_name, url)
kclient = createKeystoneConnection(username, key, tenant_name, url)
users = {}
for user in kclient.users.list():
if not user.email:
users[user.id] = None
continue
email = user.email.split('@')[-1]
if email.endswith('.edu.au'):
email = '_'.join(email.split('.')[-3:])
else:
email = email.replace('.', '_')
users[user.id] = email
servers = all_servers(client)
flavors = all_flavors(client, servers)
servers_by_cell = defaultdict(list)
servers_by_cell_by_domain = defaultdict(lambda: defaultdict(list))
for server in servers:
cell = getattr(server, 'OS-EXT-AZ:availability_zone')
servers_by_cell[cell].append(server)
# Skip any hosts that are being run by users without an email
# address.
if server.user_id in users and users[server.user_id] is None:
logger.info("skipping unknown user %s" % server.user_id)
continue
if server.user_id not in users:
logger.error(
"user %s doesn't exist but is currently owner of server %s"
% (server.user_id, server.id))
continue
servers_by_cell_by_domain[cell][users[server.user_id]].append(server)
now = int(time.time())
for metric, value in server_metrics(servers, flavors).items():
sender.send_graphite_nectar(metric, value, now)
for zone, servers in servers_by_cell.items():
for metric, value in server_metrics(servers, flavors).items():
sender.send_graphite_cell(zone, metric, value, now)
for zone, items in servers_by_cell_by_domain.items():
for domain, servers in items.items():
for metric, value in server_metrics(servers, flavors).items():
if metric not in ['used_vcpus']:
continue
sender.send_graphite_domain(zone, domain, metric, value, now)
def main(sender):
username = processConfig('production', 'user')
key = processConfig('production', 'passwd')
tenant_name = processConfig('production', 'name')
url = processConfig('production', 'url')
zone = processConfig('config', 'zone')
client = createNovaConnection(username, key, tenant_name, url)
kclient = createKeystoneConnection(username, key, tenant_name, url)
users = {}
for user in kclient.users.list():
if not user.email:
users[user.id] = None
continue
email = user.email.split('@')[-1]
if email.endswith('.edu.au'):
email = '_'.join(email.split('.')[-3:])
else:
email = email.replace('.', '_')
users[user.id] = email
servers = all_servers(client)
flavors = all_flavors(client, servers)
servers_by_cell = defaultdict(list)
servers_by_cell_by_domain = defaultdict(lambda: defaultdict(list))
for server in servers:
cell = getattr(server, 'OS-EXT-AZ:availability_zone')
servers_by_cell[cell].append(server)
# Skip any hosts that are being run by users without an email
# address.
if server.user_id in users and users[server.user_id] is None:
logger.info("skipping unknown user %s" % server.user_id)
continue
if server.user_id not in users:
logger.error(
"user %s doesn't exist but is currently owner of server %s" %
(server.user_id, server.id))
continue
servers_by_cell_by_domain[cell][users[server.user_id]].append(server)
now = int(time.time())
for metric, value in server_metrics(servers, flavors).items():
sender.send_graphite_nectar(metric, value, now)
for zone, servers in servers_by_cell.items():
for metric, value in server_metrics(servers, flavors).items():
sender.send_graphite_cell(zone, metric, value, now)
for zone, items in servers_by_cell_by_domain.items():
for domain, servers in items.items():
for metric, value in server_metrics(servers, flavors).items():
if metric not in ['used_vcpus']:
continue
sender.send_graphite_domain(zone, domain, metric, value, now)
def collect_all(client, zone, opt=None):
flav = getAvailFlav(client)
cells = filterAz(client, zone)
timeout = processConfig('config', 'timeout')
if opt is True:
jobs = []
for i, cell in enumerate(cells):
cell["queue"] = Queue()
p = Process(name=i, target=gather_all_stats,
args=(cell["cell"], cell["host_name"], flav,
zone, cell["fq_cell"], client, cell["queue"]))
jobs.append(p)
p.start()
for p in jobs:
p.join(int(timeout))
if p.is_alive():
p.terminate()
return False
html_array = []
for cell in cells:
html_array.append(cell["queue"].get())
return html_array
else:
if cell in cells:
index_id = cell['cell'].index(opt)
a_name = cell['fq_cell'][index_id]
c_name = cell['host_name'][index_id]
return gather_all_stats(opt, c_name, flav, zone, a_name, client)
def collect_compute(client, zone, target_cell=None):
cells = filterAz(client, zone)
timeout = processConfig('config', 'timeout')
if target_cell is None:
jobs = []
for i, cell in enumerate(cells):
cell["queue"] = Queue()
p = Process(name=i, target=gather_compute_stats,
args=(cell["cell"], zone,
cell["fq_cell"], client,
cell["queue"]))
jobs.append(p)
p.start()
for p in jobs:
p.join(int(timeout))
if p.is_alive():
p.terminate()
return False
html_array = []
for cell in cells:
html_array.append(cell["queue"].get())
return html_array
else:
for cell in cells:
if cell["cell"] == target_cell:
a_name = cell['fq_cell']
break
else:
raise Exception("Can't find cell.")
return [gather_compute_stats(target_cell, zone, a_name, client)]
def retries(func):
attempt = processConfig('config', 'retries')
@wraps(func)
def _decorator(*args, **kwargs):
for x in xrange(int(attempt)):
try:
return func(*args, **kwargs)
except ClientException:
time.sleep(5)
return func(*args, **kwargs)
return _decorator
def retries(func):
attempt = processConfig('config', 'retries')
@wraps(func)
def _decorator(*args, **kwargs):
for x in xrange(int(attempt)):
try:
return func(*args, **kwargs)
except ClientException:
time.sleep(5)
return func(*args, **kwargs)
return _decorator
def main():
parser = argparse.ArgumentParser(argument_default=argparse.SUPPRESS)
parser.add_argument('-a', nargs='?', dest='target_cell', action='store',
required=True, default=True,
help='{specify 1 cell name to overide,e,g -a np}')
parser.add_argument('-o', nargs='?', dest='output', default='n',
choices=['html', 'csv', 'both', 'email'],
required=False,
help='output, {default: console}, {email: email html }')
opts = parser.parse_args()
username = processConfig('production', 'user')
key = processConfig('production', 'passwd')
tenant_name = processConfig('production', 'name')
url = processConfig('production', 'url')
zone = processConfig('config', 'zone')
client = createNovaConnection(username, key, tenant_name, url)
az = processConfig('config', 'az')
if opts.target_cell is not None:
if opts.target_cell not in az:
parser.error("Error!, cell %s not found. Current cell %s " %
(opts.target_cell, az))
else:
opts.target_cell = True
data = collect_all(client, zone, opt=opts.target_cell)
if opts.target_cell is True:
data2 = combineResource(data)
else:
data2 = None
if opts.output is 'n':
printOptions(data, data_2=data2, options='all')
elif opts.output == 'html':
templateLoader(data, data2)
elif opts.output == 'csv':
if opts.target_cell is True:
multiCSVNode(data)
createCSVFileCloud(data2)
else:
createCSVFileNode(data)
elif opts.output == 'both':
templateLoader(data, data2, cell=opts.target_cell)
if opts.target_cell is True:
multiCSVNode(data)
createCSVFileCloud(data2)
else:
createCSVFileNode(data)
elif opts.output == 'email':
file_l = templateLoader(data, data2, cell=opts.target_cell, opt='email')
emailUser(file_l)
def main():
parser = argparse.ArgumentParser(argument_default=argparse.SUPPRESS)
parser.add_argument('-a',
nargs='?',
dest='target_cell',
action='store',
required=True,
default=True,
help='{specify 1 cell name to overide,e,g -a np}')
parser.add_argument(
'-o',
nargs='?',
dest='output',
default='n',
choices=['html', 'csv', 'both', 'email'],
required=False,
help='output, {default: console}, {email: email html }')
opts = parser.parse_args()
username = processConfig('production', 'user')
key = processConfig('production', 'passwd')
tenant_name = processConfig('production', 'name')
url = processConfig('production', 'url')
zone = processConfig('config', 'zone')
client = createNovaConnection(username, key, tenant_name, url)
az = processConfig('config', 'az')
if opts.target_cell is not None:
if opts.target_cell not in az:
parser.error("Error!, cell %s not found. Current cell %s " %
(opts.target_cell, az))
else:
opts.target_cell = True
data = collect_all(client, zone, opt=opts.target_cell)
if opts.target_cell is True:
data2 = combineResource(data)
else:
data2 = None
if opts.output is 'n':
printOptions(data, data_2=data2, options='all')
elif opts.output == 'html':
templateLoader(data, data2)
elif opts.output == 'csv':
if opts.target_cell is True:
multiCSVNode(data)
createCSVFileCloud(data2)
else:
createCSVFileNode(data)
elif opts.output == 'both':
templateLoader(data, data2, cell=opts.target_cell)
if opts.target_cell is True:
multiCSVNode(data)
createCSVFileCloud(data2)
else:
createCSVFileNode(data)
elif opts.output == 'email':
file_l = templateLoader(data,
data2,
cell=opts.target_cell,
opt='email')
emailUser(file_l)
