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executable file
·480 lines (388 loc) · 16.4 KB
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#!/usr/bin/env python
import urllib
import urllib2
import json
import argparse
import os
# HTTP Delete wrapper
def httpDelete(url):
opener = urllib2.build_opener(urllib2.HTTPHandler)
request = urllib2.Request(url)
request.get_method = lambda: 'DELETE'
try:
url = opener.open(request)
except urllib2.HTTPError, err:
if err.code == 404:
print "Page not found!"
elif err.code == 403:
print "Access denied!"
else:
print "HTTP Error response! Error code", err.code
except urllib2.URLError, err:
print "URL error:", err.reason
# HTTP POST wrapper
def httpPost(url, data):
try:
retData = urllib2.urlopen(url, data)
return retData.read()
except urllib2.HTTPError, err:
if err.code == 404:
print "Page not found!"
elif err.code == 403:
print "Access denied!"
else:
print "HTTP Error! Error code", err.code
return "Error"
except urllib2.URLError, err:
print "URL error:", err.reason
return "Error"
# Wrapper for HTTP get
def httpGet(url):
try:
retData = urllib2.urlopen(url)
return retData.read()
except urllib2.HTTPError, err:
if err.code == 404:
print "Page not found!"
elif err.code == 403:
print "Access denied!"
else:
print "HTTP Error! Error code", err.code
os._exit(1)
except urllib2.URLError, err:
print "URL error:", err.reason
os._exit(1)
# Create Tenant
def createTenant(args):
print "Creating tenant {0}".format(args.tenantName)
# Create tenant
postUrl = 'http://localhost:9999/api/tenants/' + args.tenantName + '/'
jdata = json.dumps({
"key": args.tenantName,
"tenantName": args.tenantName,
"subnetPool": args.subnetpool,
"subnetLen": args.subnetlen,
"vlans": args.vlans,
"vxlans": args.vxlans,
})
response = httpPost(postUrl, jdata)
print "Tenant Create response is: " + response
# Delete Tenant
def deleteTenant(args):
print "Deleting tenant {0}".format(args.tenantName)
# Delete tenant
deleteUrl = 'http://localhost:9999/api/tenants/' + args.tenantName + '/'
httpDelete(deleteUrl)
# List all Tenants
def listTenant(args):
print "Listing all tenants"
# Get the list of Tenants
tenantList = json.loads(urllib2.urlopen('http://localhost:9999/api/tenants/').read())
print "TenantName SubnetPool SubnetLen Vlans Vxlans"
# Print the tenants
for tenant in tenantList:
if (args.tenantName == "") or (tenant['tenantName'] == args.tenantName):
print "{0} {1} {2} {3} {4}".format(tenant['tenantName'], tenant['subnetPool'], tenant['subnetLen'], tenant['vlans'], tenant['vxlans'])
# Create policy
def createPolicy(args):
print "Creating policy {0}:{1}".format(args.tenantName, args.policyName)
postUrl = 'http://netmaster:9999/api/policys/' + args.tenantName + ':' + args.policyName + '/'
jdata = json.dumps({
"tenantName": args.tenantName,
"policyName": args.policyName
})
response = httpPost(postUrl, jdata)
print "Create policy response is: " + response
# Delete policy
def deletePolicy(args):
print "Deleting policy {0}:{1}".format(args.tenantName, args.policyName)
# Delete Policy
deleteUrl = 'http://netmaster:9999/api/policys/' + args.tenantName + ':' + args.policyName + '/'
httpDelete(deleteUrl)
# List all policies
def listPolicy(args):
print "Listing all policies for tenant {0}".format(args.tenantName)
# Get a list of policies
policyList = json.loads(httpGet('http://netmaster:9999/api/policys/'))
print "Tenant, Policy"
print "-----------------------------------"
# Print each policy for the tenant
for policy in policyList:
if policy['tenantName'] == args.tenantName:
print "{0} {1}".format(policy['tenantName'], policy['policyName'])
# Add rule to a policy
def addRule(args):
print "Adding rule to policy rule {0}:{1}".format(args.tenantName, args.policyName)
#Post the data
postUrl = 'http://netmaster:9999/api/rules/' + args.tenantName + ':' + args.policyName + ':' + args.ruleId + '/'
jdata = json.dumps({
"tenantName": args.tenantName,
"policyName": args.policyName,
"ruleId": args.ruleId,
"priority": args.priority,
"direction": args.direction,
"endpointGroup": args.endpointGroup,
"network": args.network,
"ipAddress": args.ipAddress,
"protocol": args.protocol,
"port": int(args.port),
"action": args.action
})
print "rule create, sending: " + jdata
response = httpPost(postUrl, jdata)
print "Rule add response is: " + response
# Delete rule
def deleteRule(args):
print "Deleting rule {0}:{1}:{2}".format(args.tenantName, args.policyName, args.ruleId)
# Delete Rule
deleteUrl = 'http://netmaster:9999/api/rules/' + args.tenantName + ':' + args.policyName + ':' + args.ruleId + '/'
httpDelete(deleteUrl)
# List all rules
def listRule(args):
print "Listing all rules for policy {0}:{1}".format(args.tenantName, args.policyName)
# Get the list of all rules
ruleList = json.loads(httpGet('http://netmaster:9999/api/rules/'))
print "Rule, direction, priority, endpointGroup, network, ipAddress, protocol, port, action"
print "---------------------------------------------------------------------------------------------"
for rule in ruleList:
if rule['tenantName'] == args.tenantName and rule['policyName'] == args.policyName:
# Handle if field not present
if 'endpointGroup' not in rule:
rule['endpointGroup'] = "--"
if 'network' not in rule:
rule['network'] = "--"
if 'ipAddress' not in rule:
rule['ipAddress'] = "--"
if 'protocol' not in rule:
rule['protocol'] = "--"
if 'port' not in rule:
rule['port'] = "--"
print "{0}, {1}, {2}, {3}, {4}, {5}, {6}, {7}, {8}".format(rule['ruleId'], rule['direction'], rule['priority'], rule['endpointGroup'], rule['network'], rule['ipAddress'], rule['protocol'], rule['port'], rule['action'])
# Create endpoint group
def createEpg(args):
print "Creating endpoint group {0}:{1}:{2}".format(args.tenantName, args.networkName, args.groupName)
# Create epg
postUrl = 'http://netmaster:9999/api/endpointGroups/' + args.tenantName + ':' + args.networkName + ":" + args.groupName + '/'
jdata = json.dumps({
"tenantName": args.tenantName,
"groupName": args.groupName,
"networkName": args.networkName,
"policies": args.policies.split(",") if args.policies != "" else [],
})
response = httpPost(postUrl, jdata)
print "Epg Create response is: " + response
# Delete endpoint group
def deleteEpg(args):
print "Deleting endpoint group {0}:{1}:{2}".format(args.tenantName, args.networkName, args.groupName)
# Delete EPG
deleteUrl = 'http://netmaster:9999/api/endpointGroups/' + args.tenantName + ':' + args.networkName + ":" + args.groupName + '/'
httpDelete(deleteUrl)
# List all endpoint groups
def listEpg(args):
print "Listing all endpoint groups for tenant {0}".format(args.tenantName)
# Get the list of endpoint groups
epgList = json.loads(httpGet('http://netmaster:9999/api/endpointGroups/'))
print "Group Network Policies"
print "---------------------------------------------------"
# Print epgs
for epg in epgList:
if epg['tenantName'] == args.tenantName:
# Handle empty fields
network = epg['networkName'] if 'networkName' in epg else "--"
policies = ",".join(epg['policies']) if 'policies' in epg else "--"
print "{0} {1} {2}".format(epg['groupName'], network, policies)
# Create Network
def createNet(args):
print "Creating network {0}:{1}".format(args.tenantName, args.networkName)
# Create network
postUrl = 'http://netmaster:9999/api/networks/' + args.tenantName + ':' + args.networkName + '/'
jdata = json.dumps({
"tenantName": args.tenantName,
"networkName": args.networkName,
"isPublic": True if args.public == True else False,
"isPrivate": False if args.public == True else True,
"encap": args.encap,
"subnet": args.subnet,
"gateway": args.gateway,
})
response = httpPost(postUrl, jdata)
print "Network Create response is: " + response
# Delete Network
def deleteNet(args):
print "Deleting network {0}:{1}".format(args.tenantName, args.networkName)
# Delete network
deleteUrl = 'http://netmaster:9999/api/networks/' + args.tenantName + ':' + args.networkName + '/'
httpDelete(deleteUrl)
# List all Networks
def listNet(args):
print "Listing all networks for tenant {0}".format(args.tenantName)
# Get the list of Networks
netList = json.loads(httpGet('http://netmaster:9999/api/networks/'))
print "Network Public Encap Subnet Gateway"
# Print the networks
for net in netList:
if net['tenantName'] == args.tenantName:
isPublic = "No"
if 'isPublic' in net and net['isPublic'] == True:
isPublic = "Yes"
print "{0} {1} {2} {3} {4}".format(net['networkName'], isPublic, net['encap'], net['subnet'], net['gateway'])
# Set global config
def globalSet(args):
print "Setting network type {0}".format(args.nwinfra)
postUrl = 'http://netmaster:9999/api/globals/config/'
jdata = json.dumps({
"name": "config",
"network-infra-type": args.nwinfra,
})
print jdata
response = httpPost(postUrl, jdata)
print "Global config response is: " + response
# Set global config
def globalGet(args):
print "Getting network type"
getUrl = 'http://netmaster:9999/api/globals/config/'
res = json.loads(httpGet(getUrl))
print "\nnwinfra: " + res['network-infra-type']
# Add Tenant parser
def addTenantParser(sub):
tenantParser = sub.add_parser("tenant", help="Tenant operations")
tenantSubparser = tenantParser.add_subparsers()
#Add tenant add/delete commands
tenantCreateParser = tenantSubparser.add_parser("create", help="Create Tenant")
tenantDeleteParser = tenantSubparser.add_parser("delete", help="Delete Tenant")
tenantListParser = tenantSubparser.add_parser("list", help="List all Tenants")
# Tenant name
tenantCreateParser.add_argument("tenantName", help="Tenant name")
tenantDeleteParser.add_argument("tenantName", help="Tenant name")
tenantListParser.add_argument("-tenantName", default="")
# tenant params
tenantCreateParser.add_argument("-subnetpool", required=True, help="Subnet addr/mask")
tenantCreateParser.add_argument("-subnetlen", default=24, help="subnet length")
tenantCreateParser.add_argument("-vlans", required=True, help="Vlan range <x-y>")
tenantCreateParser.add_argument("-vxlans", required=True, help="Vlan range <Vx-Vy>")
# Handler functions
tenantCreateParser.set_defaults(func=createTenant)
tenantDeleteParser.set_defaults(func=deleteTenant)
tenantListParser.set_defaults(func=listTenant)
# Add policy subparser
def addPolicyParser(sub):
policyParser = sub.add_parser("policy", help="Policy operations")
policySubparser = policyParser.add_subparsers()
# Add policy add/delete commands
plCreateParser = policySubparser.add_parser("create", help="Create policy")
plDeleteParser = policySubparser.add_parser("delete", help="Delete policy")
plListParser = policySubparser.add_parser("list", help="List all policies")
# Policy name
plCreateParser.add_argument("policyName", help="Policy name")
plDeleteParser.add_argument("policyName", help="Policy name")
# tenant name
plCreateParser.add_argument("-tenantName", default="default")
plDeleteParser.add_argument("-tenantName", default="default")
plListParser.add_argument("-tenantName", default="default")
# Handler functions
plCreateParser.set_defaults(func=createPolicy)
plDeleteParser.set_defaults(func=deletePolicy)
plListParser.set_defaults(func=listPolicy)
# Add Rule parser
def addRuleParser(sub):
ruleParser = sub.add_parser("rule", help="Rule add/delete")
ruleSubparser = ruleParser.add_subparsers()
# Add rule add/delete commands
ruleAddParser = ruleSubparser.add_parser("add", help="Add rule to a policy")
ruleDeleteParser = ruleSubparser.add_parser("delete", help="Delete rule from a policy")
ruleListParser = ruleSubparser.add_parser("list", help="List all rules for a policy")
# Policy name
ruleAddParser.add_argument("policyName", help="Policy name")
ruleDeleteParser.add_argument("policyName", help="Policy name")
ruleListParser.add_argument("policyName", help="Policy name")
# Rule Id
ruleAddParser.add_argument("ruleId", help="Rule identifier")
ruleDeleteParser.add_argument("ruleId", help="Rule identifier")
# Tenant name
ruleAddParser.add_argument("-tenantName", default="default")
ruleDeleteParser.add_argument("-tenantName", default="default")
ruleListParser.add_argument("-tenantName", default="default")
# Rule Parameters
ruleAddParser.add_argument("-direction", default="in", choices=["in", "out", "both"])
ruleAddParser.add_argument("-priority", type=int, default=1, help="priority [1..100]")
ruleAddParser.add_argument("-endpointGroup", help="Name of endpoint group")
ruleAddParser.add_argument("-network", help="Name of network")
ruleAddParser.add_argument("-ipAddress", help="IP address/mask")
ruleAddParser.add_argument("-protocol", default="", choices=["tcp", "udp", "icmp", "igmp"], help="IP protocol")
ruleAddParser.add_argument("-port", default="0", help="tcp/udp port number")
ruleAddParser.add_argument("-action", default="allow", choices=["allow", "deny"], help="Accept or deny")
# Handler functions
ruleAddParser.set_defaults(func=addRule)
ruleDeleteParser.set_defaults(func=deleteRule)
ruleListParser.set_defaults(func=listRule)
# Add EPG parser
def addEpgParser(sub):
epgParser = sub.add_parser("group", help="Endpoint group operations")
epgSubparser = epgParser.add_subparsers()
# Add EPG add/delete commands
epgCreateParser = epgSubparser.add_parser("create", help="Create endpoint group")
epgDeleteParser = epgSubparser.add_parser("delete", help="Delete endpoint group")
epgListParser = epgSubparser.add_parser("list", help="List all endpoint groups")
# network and Group name
epgCreateParser.add_argument("networkName", help="Network name")
epgCreateParser.add_argument("groupName", help="Endpoint group name")
epgDeleteParser.add_argument("networkName", help="Network name")
epgDeleteParser.add_argument("groupName", help="Endpoint group name")
# Tenant name
epgCreateParser.add_argument("-tenantName", default="default")
epgDeleteParser.add_argument("-tenantName", default="default")
epgListParser.add_argument("-tenantName", default="default")
# Epg params
epgCreateParser.add_argument("-policies", default="", help="List of policies")
# Handler functions
epgCreateParser.set_defaults(func=createEpg)
epgDeleteParser.set_defaults(func=deleteEpg)
epgListParser.set_defaults(func=listEpg)
# Add network parser
def addNetworkParser(sub):
netParser = sub.add_parser("network", help="Network operations")
netSubparser = netParser.add_subparsers()
#Add network add/delete commands
netCreateParser = netSubparser.add_parser("create", help="Create Network")
netDeleteParser = netSubparser.add_parser("delete", help="Delete Network")
netListParser = netSubparser.add_parser("list", help="List all Networks")
# Network name
netCreateParser.add_argument("networkName", help="Network name")
netDeleteParser.add_argument("networkName", help="Network name")
# Tenant name
netCreateParser.add_argument("-tenantName", default="default")
netDeleteParser.add_argument("-tenantName", default="default")
netListParser.add_argument("-tenantName", default="default")
# Network params
netCreateParser.add_argument("-public", default="no", choices=["yes", "no"], help="Is this a public network")
netCreateParser.add_argument("-encap", default="vxlan", choices=["vlan", "vxlan"], help="Packet tag")
netCreateParser.add_argument("-subnet", required=True, help="Subnet addr/mask")
netCreateParser.add_argument("-gateway", required=True, help="default GW")
# Handler functions
netCreateParser.set_defaults(func=createNet)
netDeleteParser.set_defaults(func=deleteNet)
netListParser.set_defaults(func=listNet)
# Add Global parser
def addGlobalParser(sub):
modeParser = sub.add_parser("global", help="Global config")
modeSubparser = modeParser.add_subparsers()
modeSetParser = modeSubparser.add_parser("set", help="Set Global config")
modeGetParser = modeSubparser.add_parser("get", help="Get Global config")
modeSetParser.add_argument("-nwinfra", required=True, choices=["aci", "stand-alone"], help="set network type")
# Handler function
modeSetParser.set_defaults(func=globalSet)
modeGetParser.set_defaults(func=globalGet)
# Create the parser and sub parser
parser = argparse.ArgumentParser()
parser.add_argument('--version', action='version', version='1.0.0')
subparsers = parser.add_subparsers()
# Add subparser for each object
addTenantParser(subparsers)
addPolicyParser(subparsers)
addRuleParser(subparsers)
addEpgParser(subparsers)
addNetworkParser(subparsers)
addGlobalParser(subparsers)
# Run the parser
args = parser.parse_args()
args.func(args) # call the default function
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