def do_sticky_create(cl, args):
"""
Create a new sticky command
"""
sticky = cl.stickies.create(args.lb_id, args.name, args.type,
**extra_args(args.extra))
utils.print_dict(sticky._info)
def do_probe_create(cl, args):
"""
Create a new probe
"""
probe = cl.probes.create(args.lb_id, args.name, args.type,
**extra_args(args.extra))
utils.print_dict(probe._info)
def do_lb_create(cl, args):
"""
Create a new load balancer
"""
lb = cl.loadbalancers.create(args.name, args.algorithm, args.protocol,
**extra_args(args.extra))
utils.print_dict(lb.get_info())
def do_node_update(cl, args):
"""
Update a specific node
"""
kwargs = extra_args(args.extra)
if args.name:
kwargs['name'] = args.name
if args.type:
kwargs['type'] = args.type
if args.address:
kwargs['address'] = args.address
if args.port:
kwargs['port'] = args.port
if args.weight:
kwargs['weight'] = args.weight
if args.condition:
kwargs['condition'] = args.condition
if not len(kwargs):
print "Node not updated, no arguments present."
return
try:
node = cl.nodes.update(args.lb_id, args.id, **kwargs)
print 'Node has been updated.'
utils.print_dict(node._info)
except Exception, e:
print 'Unable to update node: %s' % e
raise
def do_node_update(cl, args):
"""
Update a specific node
"""
kwargs = extra_args(args.extra)
if args.name:
kwargs['name'] = args.name
if args.type:
kwargs['type'] = args.type
if args.address:
kwargs['address'] = args.address
if args.port:
kwargs['port'] = args.port
if args.weight:
kwargs['weight'] = args.weight
if args.condition:
kwargs['condition'] = args.condition
if not len(kwargs):
print "Node not updated, no arguments present."
return
try:
node = cl.nodes.update(args.lb_id, args.id, **kwargs)
print 'Node has been updated.'
utils.print_dict(node._info)
except Exception, e:
print 'Unable to update node: %s' % e
raise
def do_probe_create(cl, args):
"""
Create a new probe
"""
probe = cl.probes.create(args.lb_id, args.name, args.type,
**extra_args(args.extra))
utils.print_dict(probe._info)
def do_sticky_create(cl, args):
"""
Create a new sticky command
"""
sticky = cl.stickies.create(args.lb_id, args.name, args.type,
**extra_args(args.extra))
utils.print_dict(sticky._info)
def do_lb_create(cl, args):
"""
Create a new load balancer
"""
lb = cl.loadbalancers.create(args.name, args.algorithm, args.protocol,
**extra_args(args.extra))
utils.print_dict(lb.get_info())
def do_node_create(cl, args):
"""
Create a new node
"""
node = cl.nodes.create(args.lb_id, args.name, args.type, args.address,
args.port, args.weight, args.condition,
**extra_args(args.extra))
utils.print_dict(node._info)
def do_device_create(cl, args):
"""
Create a new load-balancing device
"""
device = cl.devices.create(args.name, args.type, args.version, args.ip,
args.port, args.user, args.password,
**extra_args(args.extra))
utils.print_dict(device._info)
def do_vip_create(cl, args):
"""
Create a new virtual IP
"""
vip = cl.vips.create(args.lb_id, args.name, args.address, args.mask,
args.port, type=args.type, vlan=args.vlan,
**extra_args(args.extra))
utils.print_dict(vip._info)
def do_node_create(cl, args):
"""
Create a new node
"""
node = cl.nodes.create(args.lb_id, args.name, args.type, args.address,
args.port, args.weight, args.condition,
**extra_args(args.extra))
utils.print_dict(node._info)
def do_device_create(cl, args):
"""
Create a new load-balancing device
"""
device = cl.devices.create(args.name, args.type, args.version, args.ip,
args.port, args.user, args.password,
**extra_args(args.extra))
utils.print_dict(device._info)
def do_vip_create(cl, args):
"""
Create a new virtual IP
"""
vip = cl.vips.create(args.lb_id,
args.name,
args.address,
args.mask,
args.port,
type=args.type,
vlan=args.vlan,
**extra_args(args.extra))
utils.print_dict(vip._info)
def do_lb_update(cl, args):
"""
Update a specific load balancer
"""
kwargs = extra_args(args.extra)
if args.name:
kwargs['name'] = args.name
if args.algorithm:
kwargs['algorithm'] = args.algorithm
if args.protocol:
kwargs['protocol'] = args.protocol
if not len(kwargs):
print "LoadBalancer not updated, no arguments present."
return
try:
lb = cl.loadbalancers.update(args.id, **kwargs)
print 'LoadBalancer has been updated.'
utils.print_dict(lb._info)
except Exception, e:
print 'Unable to update loadbalancer: %s' % e
raise
def do_lb_update(cl, args):
"""
Update a specific load balancer
"""
kwargs = extra_args(args.extra)
if args.name:
kwargs['name'] = args.name
if args.algorithm:
kwargs['algorithm'] = args.algorithm
if args.protocol:
kwargs['protocol'] = args.protocol
if not len(kwargs):
print "LoadBalancer not updated, no arguments present."
return
try:
lb = cl.loadbalancers.update(args.id, **kwargs)
print 'LoadBalancer has been updated.'
utils.print_dict(lb._info)
except Exception, e:
print 'Unable to update loadbalancer: %s' % e
raise
def do_vip_show(cl, args):
"""
Describe a specific virtual IP
"""
vip = cl.vips.get(args.lb_id, args.id)
utils.print_dict(vip._info)
def do_sticky_show(cl, args):
"""
Describe a specific sticky command
"""
sticky = cl.stickies.get(args.lb_id, args.id)
utils.print_dict(sticky._info)
def do_node_show(cl, args):
"""
Describe a specific node
"""
node = cl.nodes.get(args.lb_id, args.id)
utils.print_dict(node._info)
def do_probe_show(cl, args):
"""
Describe a specific probe
"""
probe = cl.probes.get(args.lb_id, args.id)
utils.print_dict(probe._info)
def do_probe_show(cl, args):
"""
Describe a specific probe
"""
probe = cl.probes.get(args.lb_id, args.id)
utils.print_dict(probe._info)
def do_node_show(cl, args):
"""
Describe a specific node
"""
node = cl.nodes.get(args.lb_id, args.id)
utils.print_dict(node._info)
def do_sticky_show(cl, args):
"""
Describe a specific sticky command
"""
sticky = cl.stickies.get(args.lb_id, args.id)
utils.print_dict(sticky._info)
def do_device_show(cl, args):
"""
Describe a specific load-balancing device
"""
device = cl.devices.get(args.id)
utils.print_dict(device._info)
def do_device_show(cl, args):
"""
Describe a specific load-balancing device
"""
device = cl.devices.get(args.id)
utils.print_dict(device._info)
def do_vip_show(cl, args):
"""
Describe a specific virtual IP
"""
vip = cl.vips.get(args.lb_id, args.id)
utils.print_dict(vip._info)
def do_lb_show(cl, args):
"""
Describe a specific load balancer
"""
lb = cl.loadbalancers.get(args.id)
utils.print_dict(lb.get_info())
def do_lb_show(cl, args):
"""
Describe a specific load balancer
"""
lb = cl.loadbalancers.get(args.id)
utils.print_dict(lb.get_info())