def vm_details(s, opt):
vm = vm_get(s, opt['<name>'])
if not vm:
return
d = vm.details()
details = {
'Name': d.name,
'Instance UUID': d.instance_uuid[0],
'Bios UUID': d.bios_uuid,
'Path to VM': d.path,
'Guest OS id': d.guest_id[0],
'Guest OS name': d.guest_name,
'Host': d.host[0],
'Last booted timestamp': d.ts
}
for name, value in details.items():
print(" {0:{width}{base}}: {1}".format(name,
value,
width=25,
base='s'))
print(" Devices:")
print(" --------")
for dev in d.devices:
dev_details = {'summary': dev.summary, 'device type': dev.type}
print(" label: {0}".format(dev.label))
print(" ------------------")
for name, value in dev_details.items():
print(" {0:{width}{base}}: {1}".format(name,
value,
width=15,
base='s'))
ds = dev.ds
if ds is None:
continue
print(" datastore")
print(" name: {0}".format(ds.ds_name))
print(" summary")
summary = {
'capacity': sizeof_fmt(ds.ds_capacity),
'freeSpace': sizeof_fmt(ds.ds_freespace),
'file system': ds.ds_fs,
'url': ds.ds_url
}
for key, val in summary.items():
print(" {0}: {1}".format(key, val))
print(" fileName: {0}".format(ds.filename))
print(" ------------------")
def vm_details(s, opt):
vm = vm_get(s, opt['<name>'])
if not vm:
return
d = vm.details()
details = {
'Name': d.name,
'Instance UUID': d.instance_uuid[0],
'Bios UUID': d.bios_uuid,
'Path to VM': d.path,
'Guest OS id': d.guest_id[0],
'Guest OS name': d.guest_name,
'Host': d.host[0],
'Last booted timestamp': d.ts
}
for name, value in details.items():
print(" {0:{width}{base}}: {1}".format(name, value, width=25, base='s'))
print(" Devices:")
print(" --------")
for dev in d.devices:
dev_details = {
'summary': dev.summary,
'device type': dev.type
}
print(" label: {0}".format(dev.label))
print(" ------------------")
for name, value in dev_details.items():
print(" {0:{width}{base}}: {1}".format(name, value, width=15, base='s'))
ds = dev.ds
if ds is None:
continue
print(" datastore")
print(" name: {0}".format(ds.ds_name))
print(" summary")
summary = {
'capacity': sizeof_fmt(ds.ds_capacity),
'freeSpace': sizeof_fmt(ds.ds_freespace),
'file system': ds.ds_fs,
'url': ds.ds_url
}
for key, val in summary.items():
print(" {0}: {1}".format(key, val))
print(" fileName: {0}".format(ds.filename))
print(" ------------------")
def host_print_details(hosts):
headers = [
"Key", "Name", "Version", "IP", "Status", "Mem", "Mem Usage",
"Mem Fairness", "CPUs", "Cores", "Threads", "CPU Usage",
"CPU Fairness", "NICs", "VMs", "Uptime"
]
tabs = []
for host in hosts:
info = host.info()
mem = sizeof_fmt(info.mem_size)
mem_usage = "{0} %".format(
round(info.mem_usage * 100 / float(info.mem_size), 2))
cpu_usage = "{0} %".format(
round(info.mean_core_usage_mhz * 100 / float(info.cpu_mhz), 2))
vals = [
host.key, info.name, info.version, info.ip, info.status, mem,
mem_usage, info.mem_fairness, info.cpu, info.cores, info.threads,
cpu_usage, info.cpu_fairness, info.nics, info.vms,
humanize_time(info.uptime)
]
tabs.append(vals)
print tabulate(tabs, headers)
def ds_print_details(ds):
tabs = []
headers = [ "Key", "Name", "Type", "Capacity", "Free Space", "Local", "SSD", "Remote Host", "Remote Path" ]
for d in ds:
d.info()
local = "False"
if d.local: local = "True"
ssd = "False"
if d.ssd: ssd = "True"
vals = [ d.key, d.name, d.type, sizeof_fmt(d.capacity), sizeof_fmt(d.free_space),
local, ssd, d.host, d.path ]
tabs.append(vals)
print tabulate(tabs, headers)
def ds_print_content(files):
tabs = []
headers = [ "Name", "Size", "Owner", "Modification Time" ]
for f in files:
vals = [ f.fullpath, sizeof_fmt(f.size), f.owner, f.modification ]
tabs.append(vals)
print tabulate(tabs, headers)
def cluster_print_details(clusters):
headers = [ "Key", "Name", "Status", "Hosts", "Cores", "Threads", "Memory" ]
tabs = []
for cl in clusters:
info = cl.info()
vals = [ cl.key, cl.name, cl.status,
info.hosts, info.cores, info.threads, sizeof_fmt(info.mem) ]
tabs.append(vals)
print tabulate(tabs, headers)
def cluster_print_details(clusters):
headers = ["Key", "Name", "Status", "Hosts", "Cores", "Threads", "Memory"]
tabs = []
for cl in clusters:
info = cl.info()
vals = [
cl.key, cl.name, cl.status, info.hosts, info.cores, info.threads,
sizeof_fmt(info.mem)
]
tabs.append(vals)
print tabulate(tabs, headers)
def host_hw(s, opt):
host = host_get(s, opt['<name>'])
if not host:
return
hw = host.hw()
print "Model: {0} {1}".format(hw.vendor, hw.model)
print " - CPUs: {0}".format(hw.cpu)
for p in hw.desc:
print " + {0}".format(p)
print " - Cores: {0}".format(hw.cores)
print " - Threads: {0}".format(hw.threads)
print " - Memory: {0}".format(sizeof_fmt(hw.mem))
print " - Devices:"
for d in hw.devices:
print " + {0} {1}".format(d[0], d[1])
def host_hw(s, opt):
host = host_get(s, opt['<name>'])
if not host:
return
hw = host.hw()
print "Model: {0} {1}".format(hw.vendor, hw.model)
print " - CPUs: {0}".format(hw.cpu)
for p in hw.desc:
print " + {0}".format(p)
print " - Cores: {0}".format(hw.cores)
print " - Threads: {0}".format(hw.threads)
print " - Memory: {0}".format(sizeof_fmt(hw.mem))
print " - Devices:"
for d in hw.devices:
print " + {0} {1}".format(d[0], d[1])
def host_print_details(hosts):
headers = [ "Key", "Name", "Version", "IP", "Status", "Mem", "Mem Usage", "Mem Fairness",
"CPUs", "Cores", "Threads", "CPU Usage", "CPU Fairness",
"NICs", "VMs", "Uptime" ]
tabs = []
for host in hosts:
info = host.info()
mem = sizeof_fmt(info.mem_size)
mem_usage = "{0} %".format(round(info.mem_usage * 100 / float(info.mem_size), 2))
cpu_usage = "{0} %".format(round(info.mean_core_usage_mhz * 100 / float(info.cpu_mhz), 2))
vals = [ host.key, info.name, info.version, info.ip, info.status, mem, mem_usage, info.mem_fairness,
info.cpu, info.cores, info.threads, cpu_usage, info.cpu_fairness,
info.nics, info.vms, humanize_time(info.uptime) ]
tabs.append(vals)
print tabulate(tabs, headers)