def get_PmInfo(token):
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
# url_para_obj = _kwargs_to_url_parameter_object(**kwargs)
allInfo = []
project_id = token.project['id']
serverList = nova_connection(project_id, '/os-hypervisors', method='GET', header=request_header)
# print serverList
for single in serverList['data']['hypervisors']:
id = single['id']
info = \
nova_connection(project_id, '/os-hypervisors/' + str(id), method='GET', header=request_header)['data'][
'hypervisor']
singleInfo = {}
singleInfo['id'] = id
singleInfo['name'] = single['hypervisor_hostname']
singleInfo['vcpus_used'] = info['vcpus_used']
singleInfo['local_gb_used'] = info['local_gb_used']
singleInfo['memory_mb'] = info['memory_mb']
singleInfo['vcpus'] = info['vcpus']
singleInfo['memory_mb_used'] = info['memory_mb_used']
singleInfo['local_gb'] = info['local_gb']
allInfo.append(singleInfo)
return allInfo
def get_PmInfo(token):
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
# url_para_obj = _kwargs_to_url_parameter_object(**kwargs)
allInfo = []
project_id = token.project['id']
serverList = nova_connection(project_id,
'/os-hypervisors',
method='GET',
header=request_header)
# print serverList
for single in serverList['data']['hypervisors']:
id = single['id']
info = \
nova_connection(project_id, '/os-hypervisors/' + str(id), method='GET', header=request_header)['data'][
'hypervisor']
singleInfo = {}
singleInfo['id'] = id
singleInfo['name'] = single['hypervisor_hostname']
singleInfo['vcpus_used'] = info['vcpus_used']
singleInfo['local_gb_used'] = info['local_gb_used']
singleInfo['memory_mb'] = info['memory_mb']
singleInfo['vcpus'] = info['vcpus']
singleInfo['memory_mb_used'] = info['memory_mb_used']
singleInfo['local_gb'] = info['local_gb']
allInfo.append(singleInfo)
return allInfo
def get_VMonPM(token):
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
vm_opInfo = {}
pmList = nova_connection(project_id,
'/servers/detail',
method='GET',
header=request_header)
#print pmList
if pmList['status'] == "success":
for single in pmList['data']['servers']:
pm_name = single['OS-EXT-SRV-ATTR:hypervisor_hostname']
if vm_opInfo.has_key(pm_name) == False:
vm_opInfo[pm_name] = []
temp = {}
temp['name'] = single['name']
temp['id'] = single['id']
if (single['addresses'] == {}):
temp['ip'] = ""
vm_opInfo[pm_name].append(temp)
continue
temp1 = single['addresses']['tenant-net']
temp['ip'] = temp1[0]['addr']
vm_opInfo[pm_name].append(temp)
#print pm_name
#print vm_opInfo[pm_name]
allInfo = {}
serList = nova_connection(project_id,
'/os-hypervisors',
method='GET',
header=request_header)
#print serList
for single in serList['data']['hypervisors']:
id = single['id']
info = \
nova_connection(project_id, '/os-hypervisors/' + str(id), method='GET', header=request_header)['data'][
'hypervisor']
host_name = info['hypervisor_hostname']
host_ip = info['host_ip']
ip_end = host_ip.split('.')[3]
#print ip_end
if vm_opInfo.has_key(host_name) == False:
continue
if allInfo.has_key(ip_end) == False:
allInfo[ip_end] = []
allInfo[ip_end].append(vm_opInfo[host_name])
#print host_ip
#print allInfo[host_ip]
# return allInfo for append in the formation.txt for VM info
return allInfo
def get_allVMList(token):
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
PM_vmInfo = {}
'''
url_para_obj = _kwargs_to_url_parameter_object(**kwargs)
tenantList=ceilometer_api.keystone_connection('tenants', method='GET', header=request_header)
print tenantList
for tenantIdinfo in tenantList['data']['tenants']:
'''
serverList = nova_connection(project_id,
'/servers/detail',
method='GET',
header=request_header)
# print tenantIdinfo['name']
# print serverList
if serverList['status'] == "success":
for single in serverList['data']['servers']:
PM_name = single['OS-EXT-SRV-ATTR:host']
if PM_vmInfo.has_key(PM_name) == False:
PM_vmInfo[PM_name] = []
temp = {}
temp['name'] = single['name']
temp['id'] = single['id']
temp['instance_name'] = single['OS-EXT-SRV-ATTR:instance_name']
PM_vmInfo[PM_name].append(temp)
return PM_vmInfo
def get_server_list(token):
assert isinstance(token, openstack_auth_token_class)
token_string = token.id
project_id = token.project['id']
request_header = {'X-Auth-Token': token_string,
'Content-Type': 'application/json'}
return nova_connection(project_id,'servers/detail', 'GET', request_header)
def get_allVMList(token):
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
PM_vmInfo = {}
'''
url_para_obj = _kwargs_to_url_parameter_object(**kwargs)
tenantList=ceilometer_api.keystone_connection('tenants', method='GET', header=request_header)
print tenantList
for tenantIdinfo in tenantList['data']['tenants']:
'''
serverList = nova_connection(project_id, '/servers/detail', method='GET', header=request_header)
# print tenantIdinfo['name']
# print serverList
if serverList['status'] == "success":
for single in serverList['data']['servers']:
PM_name = single['OS-EXT-SRV-ATTR:host']
if PM_vmInfo.has_key(PM_name) == False:
PM_vmInfo[PM_name] = []
temp = {}
temp['name'] = single['name']
temp['id'] = single['id']
temp['instance_name'] = single['OS-EXT-SRV-ATTR:instance_name']
PM_vmInfo[PM_name].append(temp)
return PM_vmInfo
def get_VMonPM(token):
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
vm_opInfo = {}
pmList = nova_connection(project_id, '/servers/detail', method='GET', header=request_header)
#print pmList
if pmList['status'] == "success":
for single in pmList['data']['servers']:
pm_name = single['OS-EXT-SRV-ATTR:hypervisor_hostname']
if vm_opInfo.has_key(pm_name) == False:
vm_opInfo[pm_name] = []
temp = {}
temp['name'] = single['name']
temp['id'] = single['id']
if (single['addresses']=={}):
temp['ip']=""
vm_opInfo[pm_name].append(temp)
continue
temp1 = single['addresses']['tenant-net']
temp['ip'] = temp1[0]['addr']
vm_opInfo[pm_name].append(temp)
#print pm_name
#print vm_opInfo[pm_name]
allInfo = {}
serList = nova_connection(project_id, '/os-hypervisors', method='GET', header=request_header)
#print serList
for single in serList['data']['hypervisors']:
id = single['id']
info = \
nova_connection(project_id, '/os-hypervisors/' + str(id), method='GET', header=request_header)['data'][
'hypervisor']
host_name = info['hypervisor_hostname']
host_ip = info['host_ip']
ip_end = host_ip.split('.')[3]
#print ip_end
if vm_opInfo.has_key(host_name)==False:
continue
if allInfo.has_key(ip_end) == False:
allInfo[ip_end] = []
allInfo[ip_end].append(vm_opInfo[host_name])
#print host_ip
#print allInfo[host_ip]
# return allInfo for append in the formation.txt for VM info
return allInfo
def getVM_TopoInfo(request):
token = request.session['token']
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
vm_topo = []
vm_ip = []
pmList = nova_connection(project_id, '/servers/detail', method='GET', header=request_header)
if pmList['status'] == "success":
for single in pmList['data']['servers']:
if (single['addresses']=={}):
continue
temp1 = single['addresses']['tenant-net']
ip = temp1[0]['addr']
vm_ip.append(ip)
#print vm_ip
#for i in vm_ip:
# print i
#print
#SSH files
paramiko.util.log_to_file('paramiko.log')
s = paramiko.SSHClient()
s.set_missing_host_key_policy(paramiko.AutoAddPolicy())
for pm in range(len(settings.VM_TOPO_SERVER)) :
s.connect(hostname=settings.VM_TOPO_SERVER[pm], port=settings.VM_TOPO_SERVER_PORT, username=settings.VM_TOPO_SERVER_USER[pm],
password=settings.VM_TOPO_SERVER_PASSWD[pm])
stdin, stdout, stderr = s.exec_command('cat ' + settings.VM_TOPO_FILE)
res = stdout.read()
to = res.split('\n')
vm_topo.extend(to)
while '' in vm_topo :
vm_topo.remove('')
#for single in vm_topo :
# print single
#print "#####################"
#print len(vm_topo)
for vm in range(len(vm_topo)) :
ip = []
ip = vm_topo[vm].split()
for i in range(len(ip)) :
if ip[i] not in vm_ip :
ip[i] = 'externNet'
temp = ip[0]+' '+ip[1]+','
vm_topo[vm] = temp
#delete the repeat item there has 10 21 or 21 10 can not be deleted
vm_topo = list(set(vm_topo))
for i in range(len(vm_topo)) :
if vm_topo[i] == 'externNet externNet,' :
del vm_topo[i]
for single in vm_topo :
print single
return HttpResponse(vm_topo)
def get_server_list(token):
assert isinstance(token, openstack_auth_token_class)
token_string = token.id
project_id = token.project['id']
request_header = {
'X-Auth-Token': token_string,
'Content-Type': 'application/json'
}
return nova_connection(project_id, 'servers/detail', 'GET', request_header)
def getVM_TopoInfo(request):
token = request.session['token']
project_id = token.project['id']
request_header = {}
request_header['X-Auth-Token'] = token.id
request_header['Content-Type'] = 'application/json'
vm_topo = []
vm_ip = []
pmList = nova_connection(project_id,
'/servers/detail',
method='GET',
header=request_header)
if pmList['status'] == "success":
for single in pmList['data']['servers']:
if (single['addresses'] == {}):
continue
temp1 = single['addresses']['tenant-net']
ip = temp1[0]['addr']
vm_ip.append(ip)
#print vm_ip
#for i in vm_ip:
# print i
#print
#SSH files
paramiko.util.log_to_file('paramiko.log')
s = paramiko.SSHClient()
s.set_missing_host_key_policy(paramiko.AutoAddPolicy())
for pm in range(len(settings.VM_TOPO_SERVER)):
s.connect(hostname=settings.VM_TOPO_SERVER[pm],
port=settings.VM_TOPO_SERVER_PORT,
username=settings.VM_TOPO_SERVER_USER[pm],
password=settings.VM_TOPO_SERVER_PASSWD[pm])
stdin, stdout, stderr = s.exec_command('cat ' + settings.VM_TOPO_FILE)
res = stdout.read()
to = res.split('\n')
vm_topo.extend(to)
while '' in vm_topo:
vm_topo.remove('')
#for single in vm_topo :
# print single
#print "#####################"
#print len(vm_topo)
for vm in range(len(vm_topo)):
ip = []
ip = vm_topo[vm].split()
for i in range(len(ip)):
if ip[i] not in vm_ip:
ip[i] = 'externNet'
temp = ip[0] + ' ' + ip[1] + ','
vm_topo[vm] = temp
#delete the repeat item there has 10 21 or 21 10 can not be deleted
vm_topo = list(set(vm_topo))
for i in range(len(vm_topo)):
if vm_topo[i] == 'externNet externNet,':
del vm_topo[i]
for single in vm_topo:
print single
return HttpResponse(vm_topo)
