def command_metrics(self):
"""
Return metrics
"""
# Create the XML document
metrics = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
#pdb.set_trace()
for o in objs:
metrics.append({
'ResourceId':
getattr(o, "name", '').lower().replace(' ', '-'),
'Status':
getattr(o, "status", ''),
'CPUUtil':
"95",
'MemUsage':
"100",
'ExecHostId':
getattr(o, "OS-EXT-SRV-ATTR:host", ""),
'Nics': [{
'DeviceName': 'eth0',
'NicUsage': '100'
}],
'Disks':
""
})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed,
memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
#pdb.set_trace()
for com in novaComputes:
metrics.append({
'ResourceId': com,
'Status': '',
'CPUUtil': str(cpuUT[cc]),
'MemUsage': str(memUsed[cc]),
'ExecHostId': 'xxx',
'Nics': [],
'Disks': ""
})
cc = cc + 1
return metrics
def command_connections(self):
"""
Get the IP addresses of the nodes from OPENSTACK
"""
# Set up single dummy connections for now, until we understand this more
# At least in the Amazon environment
# Create the XML document
connections = []
device = "eth0"
mac = "00:00:00:00:00:00"
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
for o in objs:
connections.append({
'ResourceId':
getattr(o, "name", '').lower().replace(' ', '-'),
'Nics': []
})
ip = getattr(o, "addresses", "").get('private')[0]['addr'] if (
getattr(o, "addresses", "")) else 'None'
connections[-1]['Nics'].append({
'Fqdn': "Fqdn",
'Ip': ip,
'Mac': "00:00:00:00:00",
'DeviceName': "eth0"
})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed,
memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# check host aggregate
connections.append({'ResourceId': com, 'Nics': []})
ip = ''
if len(ips) > 0:
ip = ips[cc]
connections[-1]['Nics'].append({
'Fqdn': "Fqdn",
'Ip': ip,
'Mac': "00:00:00:00:00",
'DeviceName': "eth0"
})
cc = cc + 1
return connections
def command_inventory(self):
"""
Return inventory
"""
# Create the XML document
inventories = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
# TODO
# First get flavors, then get flavor CPU and Memory
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
for o in objs:
inventories.append({
'ResourceId':
getattr(o, "name", '').lower().replace(' ', '-'),
'CPUType':
"OpenStack",
'NumCPUs':
"2",
'MemSize':
"1024",
'NumDisks':
'1',
'Disks':
""
})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed,
memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
#pdb.set_trace()
for com in novaComputes:
inventories.append({
'ResourceId': com,
'CPUType': 'Intel',
'NumCPUs': '2',
'MemSize': str(memTotal[cc]),
'NumDisks': '1',
'Disks': ""
})
cc = cc + 1
return inventories
def getvmIdByName(self,name):
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
returnId= ''
for o in objs:
if cmp(getattr(o, "name", ''), name)==0:
returnId = getattr(o, "id", '')
break
return returnId
def getvmIdByName(self, name):
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
returnId = ''
for o in objs:
if cmp(getattr(o, "name", ''), name) == 0:
returnId = getattr(o, "id", '')
break
return returnId
def command_connections(self):
"""
Get the IP addresses of the nodes from OPENSTACK
"""
# Set up single dummy connections for now, until we understand this more
# At least in the Amazon environment
# Create the XML document
connections = []
device = "eth0"
mac = "00:00:00:00:00:00"
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
for o in objs:
connections.append({'ResourceId':getattr(o, "name", '').lower().replace(' ', '-'),
'Nics':[]})
ip = getattr(o, "addresses", "").get('private')[0]['addr'] if(getattr(o, "addresses", "")) else 'None'
connections[-1]['Nics'].append({'Fqdn':"Fqdn",
'Ip': ip,
'Mac':"00:00:00:00:00",
'DeviceName':"eth0"})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed, memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# check host aggregate
connections.append({'ResourceId':com,
'Nics':[]})
ip = ''
if len(ips) > 0:
ip = ips[cc]
connections[-1]['Nics'].append({'Fqdn':"Fqdn",
'Ip':ip,
'Mac':"00:00:00:00:00",
'DeviceName':"eth0"})
cc = cc + 1
return connections
def command_statuses(self):
"""
Return status
"""
cc = 0
# Create the XML document
statuses = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
#pdb.set_trace()
for o in objs:
if cmp(getattr(o, "status", ''), "ACTIVE") == 0 or cmp(
getattr(o, "status", ''), "MIGRATING") == 0:
status = "Up"
else:
status = "Down"
statuses.append({
'ResourceId':
getattr(o, "name", '').lower().replace(' ', '-'),
'Status':
status
})
(novaComputes, hostStatus, ips, cpuUT, memUsed,
memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# get all PM name and status
computeName = com
if hostStatus[cc] == 0:
status = "Up"
else:
status = "Down"
statuses.append({'ResourceId': computeName, 'Status': status})
cc = cc + 1
return statuses
def command_inventory(self):
"""
Return inventory
"""
# Create the XML document
inventories = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
# TODO
# First get flavors, then get flavor CPU and Memory
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
for o in objs:
inventories.append({'ResourceId':getattr(o, "name", '').lower().replace(' ', '-'),
'CPUType':"OpenStack",
'NumCPUs':"2",
'MemSize':"1024",
'NumDisks':'1',
'Disks':""})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed, memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
#pdb.set_trace()
for com in novaComputes:
inventories.append({'ResourceId': com,
'CPUType': 'Intel',
'NumCPUs': '2',
'MemSize': str(memTotal[cc]),
'NumDisks':'1',
'Disks':""})
cc = cc + 1
return inventories
def command_metrics(self):
"""
Return metrics
"""
# Create the XML document
metrics = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
#pdb.set_trace()
for o in objs:
metrics.append({'ResourceId':getattr(o, "name", '').lower().replace(' ', '-'),
'Status':getattr(o, "status", ''),
'CPUUtil':"95",
'MemUsage':"100",
'ExecHostId':getattr(o, "OS-EXT-SRV-ATTR:host", ""),
'Nics':[{'DeviceName':'eth0', 'NicUsage':'100'}],
'Disks':""})
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed, memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
#pdb.set_trace()
for com in novaComputes:
metrics.append({'ResourceId': com,
'Status': '',
'CPUUtil': str(cpuUT[cc]),
'MemUsage': str(memUsed[cc]),
'ExecHostId':'xxx',
'Nics': [],
'Disks':""})
cc = cc + 1
return metrics
def command_statuses(self):
"""
Return status
"""
cc = 0
# Create the XML document
statuses = []
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
#pdb.set_trace()
for o in objs:
if cmp(getattr(o, "status", ''), "ACTIVE")==0 or cmp(getattr(o, "status", ''), "MIGRATING")==0:
status = "Up"
else:
status = "Down"
statuses.append({'ResourceId':getattr(o, "name", '').lower().replace(' ', '-'),
'Status':status})
(novaComputes, hostStatus, ips, cpuUT, memUsed, memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# get all PM name and status
computeName = com
if hostStatus[cc] == 0:
status = "Up"
else:
status = "Down"
statuses.append({'ResourceId':computeName,
'Status':status})
cc = cc + 1
return statuses
def command_resources(self):
"""
Get the nodes managed by LS
"""
self.logger.error("get resource >>>>>>>>>>>>>>>>>>>>.")
#pdb.set_trace()
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
# Create the XML document
resources = []
# get all openstack instance
objs = retrieve_openstack_instance.retrieve_instance(
user, passwd, controller)
for o in objs:
resources.append({
'ResourceId':
getattr(o, "name", '').lower().replace(' ', '-'),
'Caption':
getattr(o, "name", '').lower().replace(' ', '-'),
'Description':
"openstack instance",
'SubType':
'Virtual',
'TemplateId':
o.image.get('id'),
'ResourceStatus':
getattr(o, "status", ''),
'GroupId':
""
})
#print field
#print "dict %s\n" % (o.__dict__)
#field_name = field.lower().replace(' ', '_')
name = getattr(o, "name", '')
id = getattr(o, "id", '')
status = getattr(o, "status", '')
networks = getattr(o, "networks", '')
#print "name %s id %s status %s networks %s" % (name, id, status, networks)
#print "field %s data %s\n" % (field, data)
#pdb.set_trace()
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed,
memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# check host aggregate
objs = retrieve_openstack_rgs.retrieve_rgs(user, passwd,
controller)
for o in objs:
hosts = getattr(o, "hosts", "")
if com in hosts:
resgrp = getattr(o, "name", "")
break
if hostStatus[cc] == 0:
status = "Up"
else:
status = "Down"
# get all openstack PM
resources.append({
'ResourceId': com,
'Caption': com,
'Description': "nova-compute",
'SubType': 'Physical',
'TemplateId': "",
'ResourceStatus': status,
'GroupId': [resgrp]
})
cc = cc + 1
"""
mock data for storage repository
"""
self.getStorageRepository(resources)
"""
get volumes info
"""
self.getVolumes(dbuser, dbpasswd, db, resources)
"""
get networking info
"""
self.getNetworking(dbuser, dbpasswd, db, resources)
return resources
def command_resources(self):
"""
Get the nodes managed by LS
"""
self.logger.error("get resource >>>>>>>>>>>>>>>>>>>>.")
#pdb.set_trace()
resgrp = self.getEnv("RI_OPENSTACK_RG")
controller = self.getEnv("RI_OPENSTACK_NOVACONTROLLER")
user = self.getEnv("RI_OPENSTACK_USERNAME")
passwd = self.getEnv("RI_OPENSTACK_PASSWORD")
db = self.getEnv("RI_OPENSTACK_DB")
dbuser = self.getEnv("RI_OPENSTACK_DBUSERNAME")
dbpasswd = self.getEnv("RI_OPENSTACK_DBPASSWORD")
# Create the XML document
resources = []
# get all openstack instance
objs = retrieve_openstack_instance.retrieve_instance(user, passwd, controller)
for o in objs:
resources.append({'ResourceId':getattr(o, "name", '').lower().replace(' ', '-'),
'Caption':getattr(o, "name", '').lower().replace(' ', '-'),
'Description':"openstack instance",
'SubType':'Virtual',
'TemplateId':o.image.get('id'),
'ResourceStatus':getattr(o, "status", ''),
'GroupId':""})
#print field
#print "dict %s\n" % (o.__dict__)
#field_name = field.lower().replace(' ', '_')
name = getattr(o, "name", '')
id = getattr(o, "id", '')
status = getattr(o, "status", '')
networks = getattr(o, "networks", '')
#print "name %s id %s status %s networks %s" % (name, id, status, networks)
#print "field %s data %s\n" % (field, data)
#pdb.set_trace()
cc = 0
(novaComputes, hostStatus, ips, cpuUT, memUsed, memTotal) = self.getAllComputeNodes(dbuser, dbpasswd, db)
for com in novaComputes:
# check host aggregate
objs = retrieve_openstack_rgs.retrieve_rgs(user, passwd, controller)
for o in objs:
hosts = getattr(o, "hosts", "")
if com in hosts:
resgrp = getattr(o, "name", "")
break
if hostStatus[cc] == 0:
status = "Up"
else:
status = "Down"
# get all openstack PM
resources.append({'ResourceId':com,
'Caption':com,
'Description':"nova-compute",
'SubType':'Physical',
'TemplateId':"",
'ResourceStatus':status,
'GroupId':[resgrp]})
cc = cc + 1
"""
mock data for storage repository
"""
self.getStorageRepository(resources)
"""
get volumes info
"""
self.getVolumes(dbuser, dbpasswd, db,resources)
"""
get networking info
"""
self.getNetworking(dbuser, dbpasswd, db,resources)
return resources