#! /usr/bin/env python
from vsphere import Vsphere
from vsphere import credentials
from vsphere import seldc
import sys
# Select the vSphere to be modified
inputs = seldc(sys.argv[1:])
# Specify manually the distributed port group to be created
dportgroup = raw_input("Distributed port group: ")
# Create an instance of Class vSphere
cred = credentials(inputs)
vmw = Vsphere(*cred)
# Check if the port group already exist
vmw.find_dvportgroup(dportgroup)
from vsphere import credentials
from vsphere import seldc
from vsphere import dvswitch
import sys
from termcolor import cprint
# Read the credentials for vSphere from YAML file and input dialog
inputs = seldc(sys.argv[1:])
# It returns the name of distributed switch, banner and active uplink in teaming policy
dswitch = dvswitch(inputs)
dportgroup = raw_input("Distributed port group to be deleted: ")
cred = credentials(inputs)
vmw = Vsphere(*cred)
# Check if the port group exist
if not vmw.find_dvportgroup(dportgroup):
sys.exit()
else:
print('\n')
cprint(dswitch['banner'], 'yellow')
cprint('\nReview the portgroup to be deleted:', 'red')
print(' ' + dportgroup)
print('\n')
agree = raw_input("Do you want to apply these changes? y/n[N]: " or 'N')
# Proceed with updating configuration
if agree != "Y" and agree != "y":
#! /usr/bin/env python
from vsphere import Vsphere
from vsphere import credentials
from vsphere import seldc
import sys
from pprint import pprint
# Select the vSphere to be modified
inputs = seldc(sys.argv[1:])
# Create an instance of Class vSphere
cred = credentials(inputs)
vmw = Vsphere(*cred)
# Retrieve all distributed switches
dsw = vmw.list_dvswitch()
# Retrieve all portgroups
pgdir = vmw.list_portgroups()
# Resolve dvs_id to dvs_name and add it to dictionary
for pg in pgdir:
pgdir[pg]['dvsname'] = dsw[pgdir[pg]['dvs_id']]['name']
pprint(pgdir)
#! /usr/bin/env python from vsphere import Vsphere from vsphere import credentials from vsphere import seldc import sys from pprint import pprint # Select the vSphere instance inputs = seldc(sys.argv[1:]) # Create an instance of Class vSphere cred = credentials(inputs) vmw = Vsphere(*cred) # List all VMs and display id, uuid, IP, hostname etc.. VMs = vmw.list_vm() pprint(VMs)
inputs = seldc(sys.argv[1:])
# Specify the telnet port
telnetport = raw_input("Telnet port: ")
while not telnetport.isdigit():
telnetport = raw_input("Telnet port must be a number: ")
vm_name = raw_input("VM name: ")
# Review and accept or decline the proposed changes
cprint('\nReview the serial port to be created:', 'red')
print(' Telnet port: %s ' % telnetport)
print(' VM: %s ' % vm_name)
agree = raw_input("Do you want to apply these changes? y/n[N]: " or 'N')
# Proceed with updating the configuration
if agree != "Y" and agree != "y":
print("Script execution canceled")
sys.exit(1)
else:
# Create an instance of Class vSphere
cred = credentials(inputs)
vmw = Vsphere(*cred)
# Create serial port
if vmw.find_vm(vm_name):
vmw.add_telnet(vm_name, telnetport)
else:
print('VM {} not found'.format(vm_name))
The clusters are identified by static 'NSX' string as a part of the name
It provides summary of all datastore appliances from all esx hosts
Date: 2018-05-07
===================================================================================================
"""
from vsphere import Vsphere
from vsphere import credentials
from vsphere import seldc
import sys
# Select the vSphere instance
inputs = seldc(sys.argv[1:])
# Create an instance of Class vSphere
cred = credentials(inputs)
# Or bypass with custom credentials
# cred = ('10.20.30.40', 'administrator', 'mysecretpassword123')
vmw = Vsphere(*cred)
# Get a list of NSX-dedicated cluster; it searches for 'NSX' in the name of a cluster
clusters = vmw.list_clusters()
for cluster in clusters:
print('\n')
print(cluster)
# Get a list of NSX-dedicated cluster; it searches for 'NSX' in the name
datastores = vmw.find_cluster(cluster)['datastores']
for i in range(len(datastores)):
print(vmw.get_datastore_byid(datastores[i]), datastores[i])
#! /usr/bin/env python
from vsphere import Vsphere
from vsphere import credentials
from vsphere import seldc
import sys
from pprint import pprint
# Select the vSphere to be modified
inputs = seldc(sys.argv[1:])
# Specify manually the VM to be found
vm = raw_input("Virtual machine: ")
# Create an instance of Class vSphere
cred = credentials(inputs)
vmw = Vsphere(*cred)
# Check if the VM exists
vminfo = vmw.find_vm(vm)
pprint(vminfo)
#! /usr/bin/env python
from vsphere import Vsphere
from pyVmomi import vim, vmodl
from vsphere import credentials
from vsphere import seldc
import sys
# Select the vSphere to be modified
inputs = seldc(sys.argv[1:])
# Create an instance of Class vSphere
cred = credentials(inputs)
# Or bypass with custom credentials
# cred = ('10.20.30.40', 'administrator', 'mysecretpassword123')
vmw = Vsphere(*cred)
# Specify the VM Group, the name of the VM to be added to the group and the cluster where the group exists
vm_group = ''
while not vm_group:
vm_group = raw_input("VM Group name: ")
vm_name = ''
while not vm_name:
vm_name = raw_input("VM name: ")
cluster_name = ''
while not vm_name:
cluster_name = raw_input("Cluster name: ")
# Find the VM
vm = vmw.get_vm_object(vm_name)
vmid = str(vm)
===================================================================================================
"""
from vsphere import Vsphere
from vsphere import credentials
from vsphere import seldc
import sys
# Select the vSphere instance
inputs = seldc(sys.argv[1:])
# Create an instance of Class vSphere
cred = credentials(inputs)
# Or bypass with custom credentials
# cred = ('10.20.30.40', 'administrator', 'mysecretpassword123')
vmw = Vsphere(*cred)
# Get a list of NSX-dedicated cluster; it searches for 'NSX' in the name
clusters = vmw.list_clusters()
# Retrieve all ESX hosts
hosts = vmw.list_hosts()
# Retrieve all datadstores
datastores = vmw.list_datastores()
# Identify subset of datastores attached to all hosts present in a cluster
for cluster in clusters:
cluster_shared_storages = {}
cluster_shared_storages['cluster_name'] = cluster
cluster_shared_storages['cluster_id'] = clusters[cluster]['domain']