def test():
with prefix(env_config.admin_openrc):
for tag in vlans:
try:
netid = run("neutron net-list | grep vlan | awk '/%d/ {print $2}'" % tag)
except:
print align_n("No vlan network found for tag %d" % tag)
raise ValueError
instanceName = 'test-vlan-%d' % tag
msg = 'Launch instance for vlan %d' % tag
try:
runCheck(msg,
"nova boot "
"--flavor m1.tiny "
"--image cirros-test "
"--nic net-id=%s "
"--security-group default "
" %s"
% (netid, instanceName))
except:
run('source neutron_log')
time.sleep(15)
run('nova list')
def glusterTDD(imageID):
"""
TDD: Check the bricks and see if the image is there
"""
result = 'OK'
imageDir = glanceGlusterDir
if run("[ -e {} ]".format(imageDir)).return_code != 0:
print red("Directory {} does not exist in host {}!".format(
imageDir, env.host))
return 'FAIL'
imagesInDir = runCheck("See inside directory", "ls " + imageDir)
if not imagesInDir:
print align_n('Directory seems to be empty in host' + env.host)
result = 'FAIL'
elif imageID not in imagesInDir:
print align_n('The image requested '
'is not in the glance brick in host ' + env.host)
print 'Image requested: ', blue(imageID)
print 'Contents of directory: ', red(imagesInDir)
result = 'FAIL'
else:
print align_y('Can see the image in host ' + env.host)
return result
def tdd():
execute(showStatus)
with prefix(env_config.admin_openrc):
runCheck('List service components', 'cinder service-list')
with prefix(env_config.demo_openrc):
timestamp = run('date +"%Y-%m-%d %H:%M:%S"', quiet=True)
runCheck('Create a 1 GB volume',
'cinder create --display-name demo-volume1 1')
msg = 'Verify creation and availability of volume'
run('cinder list')
status = run("cinder list | awk '/demo-volume1/ {print $4}'",
quiet=True)
if not status:
print align_n('There is no volume called demo-volume1')
sys.exit(1)
else:
# volume takes a while to build, so we loop until it's done
while status != 'error' and status != 'available':
status = run("cinder list | awk '/demo-volume1/ {print $4}'",
quiet=True)
if status == 'available':
print align_y('demo-volume1 is available')
runCheck('Delete test volume', 'cinder delete demo-volume1')
else:
print align_n('Problem with demo-volume1:')
checkLog(timestamp)
runCheck('Delete test volume', 'cinder delete demo-volume1')
sys.exit(1)
def tdd():
execute(showStatus)
with prefix(env_config.admin_openrc):
runCheck("List service components", "cinder service-list")
with prefix(env_config.demo_openrc):
timestamp = run('date +"%Y-%m-%d %H:%M:%S"', quiet=True)
runCheck("Create a 1 GB volume", "cinder create --display-name demo-volume1 1")
msg = "Verify creation and availability of volume"
run("cinder list")
status = run("cinder list | awk '/demo-volume1/ {print $4}'", quiet=True)
if not status:
print align_n("There is no volume called demo-volume1")
sys.exit(1)
else:
# volume takes a while to build, so we loop until it's done
while status != "error" and status != "available":
status = run("cinder list | awk '/demo-volume1/ {print $4}'", quiet=True)
if status == "available":
print align_y("demo-volume1 is available")
runCheck("Delete test volume", "cinder delete demo-volume1")
else:
print align_n("Problem with demo-volume1:")
checkLog(timestamp)
runCheck("Delete test volume", "cinder delete demo-volume1")
sys.exit(1)
def tdd():
"""
Create some test instances
"""
with prefix(env_config.admin_openrc):
for tag in vlans:
netid = run(
"neutron net-list | grep vlan | awk '/%d/ {print $2}'" % tag)
if not netid:
print align_n("No vlan network found for tag %d" % tag)
sys.exit(1)
instanceName = 'test-vlan-%d' % tag
msg = 'Launch instance for vlan %d' % tag
runCheck(
msg, "nova boot "
"--flavor m1.tiny "
"--image cirros-test "
"--nic net-id=%s "
"--security-group default "
" %s" % (netid, instanceName))
# restart all services
# execute(restartServices)
time.sleep(20)
run('nova list')
def networkTDD():
"Check if all agents are functioning"
with prefix(env_config.admin_openrc):
msg = 'Run agent-list'
agentList = runCheck(msg, 'neutron agent-list')
# check if all agents are in the list
allInList = True
for agent in ['Metadata', 'Open vSwitch', 'L3', 'DHCP']:
if agent not in agentList:
print align_n('Agent %s is not in agent list' % agent)
allInList = False
if allInList:
print align_y('All agents in list')
# check if agents are active
agentLines = agentList.splitlines()[3:-1] # remove header and footer
allActive = True
for line in agentLines:
if ':-)' not in line:
print align_n('One of the agents is not active')
print line
allActive = False
if allActive:
print align_y('All agents active')
if not allActive or not allInList:
execute(saveConfigNetwork,'bad')
sys.exit(1)
def tdd():
"""
Create some test instances
"""
with prefix(env_config.admin_openrc):
for tag in vlans:
netid = run("neutron net-list | grep vlan | awk '/%d/ {print $2}'" % tag)
if not netid:
print align_n("No vlan network found for tag %d" % tag)
sys.exit(1)
instanceName = 'test-vlan-%d' % tag
msg = 'Launch instance for vlan %d' % tag
runCheck(msg,
"nova boot "
"--flavor m1.tiny "
"--image cirros-test "
"--nic net-id=%s "
"--security-group default "
" %s"
% (netid, instanceName))
# restart all services
# execute(restartServices)
time.sleep(20)
run('nova list')
def computeTDD():
"Check if all compute nodes have an OVS agent active"
with prefix(env_config.admin_openrc):
msg = 'Run agent-list'
agentList = runCheck(msg, 'neutron agent-list')
# check if all compute nodes are mentioned in the list
computeNodes = [
host.replace('root@', '') for host in env.roledefs['compute']
]
allInList = True
for node in computeNodes:
if node not in agentList:
print align_n('%s is not mentioned in the agent list' % node)
allInList = False
if allInList:
print align_y('All compute nodes are mentioned in agent list')
# check if agents are active
agentLines = agentList.splitlines()[3:-1] # remove header and footer
allActive = True
for line in agentLines:
if ':-)' not in line:
print align_n('One of the agents is not active')
print line
allActive = False
if allActive:
print align_y('All agents active')
if not allActive or not allInList:
execute(saveConfigCompute, 'bad')
sys.exit(1)
def glusterTDD(imageID):
"""
TDD: Check the bricks and see if the image is there
"""
result = 'OK'
imageDir = glanceGlusterDir
if run("[ -e {} ]".format(imageDir)).return_code != 0:
print red("Directory {} does not exist in host {}!".format(
imageDir, env.host))
return 'FAIL'
imagesInDir = runCheck("See inside directory", "ls " + imageDir)
if not imagesInDir:
print align_n('Directory seems to be empty in host' + env.host)
result = 'FAIL'
elif imageID not in imagesInDir:
print align_n('The image requested '
'is not in the glance brick in host ' + env.host)
print 'Image requested: ', blue(imageID)
print 'Contents of directory: ', red(imagesInDir)
result = 'FAIL'
else:
print align_y('Can see the image in host ' + env.host)
return result
def computeTDD():
"Check if all compute nodes have an OVS agent active"
with prefix(env_config.admin_openrc):
msg = 'Run agent-list'
agentList = runCheck(msg, 'neutron agent-list')
# check if all compute nodes are mentioned in the list
computeNodes = [host.replace('root@','') for host in env.roledefs['compute']]
allInList = True
for node in computeNodes:
if node not in agentList:
print align_n('%s is not mentioned in the agent list' % node)
allInList = False
if allInList:
print align_y('All compute nodes are mentioned in agent list')
# check if agents are active
agentLines = agentList.splitlines()[3:-1] # remove header and footer
allActive = True
for line in agentLines:
if ':-)' not in line:
print align_n('One of the agents is not active')
print line
allActive = False
if allActive:
print align_y('All agents active')
if not allActive or not allInList:
execute(saveConfigCompute,'bad')
sys.exit(1)
def test():
with prefix(env_config.admin_openrc):
for tag in vlans:
try:
netid = run(
"neutron net-list | grep vlan | awk '/%d/ {print $2}'" %
tag)
except:
print align_n("No vlan network found for tag %d" % tag)
raise ValueError
instanceName = 'test-vlan-%d' % tag
msg = 'Launch instance for vlan %d' % tag
try:
runCheck(
msg, "nova boot "
"--flavor m1.tiny "
"--image cirros-test "
"--nic net-id=%s "
"--security-group default "
" %s" % (netid, instanceName))
except:
run('source neutron_log')
time.sleep(15)
run('nova list')
def glusterTDD():
"""
TDD: check if the contents of the Gluster brick are the same on all nodes
"""
#@roles('controller','network','storage','compute')
@roles('controller', 'network', 'compute')
def _glusterTDD():
"Grab the contents of the gluster brick for each host"
directory = swiftGlusterDir
with cd(directory):
msg = 'Get contents of brick on ' + env.host
contents = runCheck(msg, "ls -a")
return contents
results = execute(_glusterTDD)
hosts = results.keys()
for i, host in enumerate(hosts):
for otherHost in hosts[i + 1:]:
if results[host] != results[otherHost]:
print align_n('Hosts %s and %s have different contents' %
(host, otherHost))
else:
print align_y('Hosts %s and %s OK' % (host, otherHost))
def networkTDD():
"Check if all agents are functioning"
with prefix(env_config.admin_openrc):
msg = 'Run agent-list'
agentList = runCheck(msg, 'neutron agent-list')
# check if all agents are in the list
allInList = True
for agent in ['Metadata', 'Open vSwitch', 'L3', 'DHCP']:
if agent not in agentList:
print align_n('Agent %s is not in agent list' % agent)
allInList = False
if allInList:
print align_y('All agents in list')
# check if agents are active
agentLines = agentList.splitlines()[3:-1] # remove header and footer
allActive = True
for line in agentLines:
if ':-)' not in line:
print align_n('One of the agents is not active')
print line
allActive = False
if allActive:
print align_y('All agents active')
if not allActive or not allInList:
execute(saveConfigNetwork, 'bad')
sys.exit(1)
def curlTDD():
"""
TDD: make some curl operations and check their results
"""
with prefix(env_config.admin_openrc):
msg = 'Get storage URL and token'
url, token = runCheck(msg, "swift stat -v | awk '/StorageURL/ {print $2} /Auth Token/ {print $3}'").splitlines()
msg = 'Show containers'
runCheck(msg, 'curl -v -X GET -H "X-Auth-Token: %s" %s' % (token,url))
msg = 'Make a container creation request'
out = runCheck(msg, 'curl -v -X PUT -H "X-Auth-Token: %s" %s/mycontainer' % (token,url))
if 'HTTP/1.1 201 Created' in out:
print align_y('Container creation succeeded')
else:
print align_n('Problem in the container creation')
run('echo "Now testing object creation" >mytestfile')
msg = 'Request object creation'
runCheck(msg, 'curl -v -X PUT -T mytestfile -H "X-Auth-Token: %s" %s/mycontainer/mytestfile' % (token, url))
msg = 'Request the new object'
runCheck(msg, 'curl -v -X GET -o newfile -H "X-Auth-Token: %s" %s/mycontainer/mytestfile' % (token, url))
diff = run('diff newfile mytestfile', quiet=True)
if diff:
print align_n('File downloaded and local file are not the same')
run('cat newfile')
run('cat mytestfile')
else:
print align_y('File downloaded and local file are the same')
run('rm newfile mytestfile')
def reach_dashboard():
msg = 'Connect to dashboard'
output = runCheck(msg, "curl --connect-timeout 10 http://controller/dashboard | head -10")
# check if it's the Dashboard frontpage
if any(value in output for value in ['<title>','Login']):
print align_y('Can access Dashboard frontpage')
else:
print align_n('Cannot access Dashboard frontpage')
status = 'bad'
def imageTDD():
"Run image-list to verify connectivity with Keystone and Glance"
with prefix(env_config.admin_openrc):
msg = 'Run nova image-list'
out = runCheck(msg, 'nova image-list')
if 'ACTIVE' not in out:
print align_n('No active images')
saveConfigFile(etc_nova_config_file, 'bad')
sys.exit(1)
def imageTDD():
"Run image-list to verify connectivity with Keystone and Glance"
with prefix(env_config.admin_openrc):
msg = 'Run nova image-list'
out = runCheck(msg, 'nova image-list')
if 'ACTIVE' not in out:
print align_n('No active images')
saveConfigFile(etc_nova_config_file, 'bad')
sys.exit(1)
def peerStatus():
"""
TDD: Check gluster peer status
"""
expectedNumPeers = sum([len(rolelist) for rolelist in env.roledefs.values()]) - 1
numPeersConnected = int(run('gluster peer status | '
'grep -c "Peer in Cluster (Connected)"'))
if numPeersConnected != expectedNumPeers:
print align_n('Problem on host '+env.host)
run('gluster peer status')
else:
print align_y('Peer status on host %s OK')
def setSettingsFile():
"Set the local_setting.py file in the controller"
newLines = "# Dashboard configuration\n"
newLines += "SITE_BRANDING = 'Electrical and Computer Engineering Department'"
out = append(localsettings, newLines)
msg = "Set the local_setting.py file in the controller"
if out:
print align_n(msg)
else:
print align_y(msg)
def reach_dashboard():
msg = 'Connect to dashboard'
output = runCheck(
msg,
"curl --connect-timeout 10 http://controller/dashboard | head -10")
# check if it's the Dashboard frontpage
if any(value in output for value in ['<title>', 'Login']):
print align_y('Can access Dashboard frontpage')
else:
print align_n('Cannot access Dashboard frontpage')
status = 'bad'
def peerStatus():
"""
TDD: Check gluster peer status
"""
expectedNumPeers = sum(
[len(rolelist) for rolelist in env.roledefs.values()]) - 1
numPeersConnected = int(
run('gluster peer status | '
'grep -c "Peer in Cluster (Connected)"'))
if numPeersConnected != expectedNumPeers:
print align_n('Problem on host ' + env.host)
run('gluster peer status')
else:
print align_y('Peer status on host %s OK')
def tdd():
msg = 'Connect to dashboard'
output = runCheck(msg, "curl --connect-timeout 10 http://controller/dashboard | head -10")
# check if the Dashboard frontpage has been customized
if '<title>Login - Electrical and Computer Engineering Department</title>' in output:
msg = 'Dashboard frontpage has been customized'
print align_y(msg)
logging.info(msg)
else:
msg = 'Dashboard frontpage has NOT been customized'
print align_n(msg)
logging.error(msg)
sys.exit(1)
def imageCreationTDD():
"""
TDD: Try to create an image and see if it shows up in all hosts
"""
result = 'OK'
msg = 'Retrieve instance image from the cirros website'
run_v("mkdir /tmp/images")
url = "http://download.cirros-cloud.net/0.3.3/cirros-0.3.3-x86_64-disk.img"
runCheck(msg, "wget -qP /tmp/images " + url)
with prefix(env_config.admin_openrc):
msg = 'Create glance image'
runCheck(
msg, "glance image-create --name 'cirros-test' "
"--file /tmp/images/cirros-0.3.3-x86_64-disk.img "
"--disk-format qcow2 "
"--container-format bare "
"--is-public True ")
msg = 'List images'
output = runCheck(msg, "glance image-list | grep 'cirros-test'")
# imageIDs = [l.split()[1] for l in output.splitlines() if 'cirros-test' in l]
imageID = run(
"glance image-list | grep 'cirros-test' | awk '{print $2}'")
if len(output.splitlines()) > 1:
align_n("There seems to be more than one 'cirros-test'!")
return 'FAIL'
if output:
print(align_y("Successfully installed cirros image"))
else:
print(align_n("Couldn't install cirros image"))
return 'FAIL'
# check the hosts and see if the image file
# was distributed among all of them
#results = execute(glusterTDD,imageID).values()
#for r in results:
# if r == 'FAIL':
# result = 'FAIL'
msg = 'Clear local files'
runCheck(msg, "rm -r /tmp/images")
return result
def imageCreationTDD():
"""
TDD: Try to create an image and see if it shows up in all hosts
"""
result = 'OK'
msg = 'Retrieve instance image from the cirros website'
run_v("mkdir /tmp/images")
url = "http://download.cirros-cloud.net/0.3.3/cirros-0.3.3-x86_64-disk.img"
runCheck(msg, "wget -qP /tmp/images " + url)
with prefix(env_config.admin_openrc):
msg = 'Create glance image'
runCheck(msg, "glance image-create --name 'cirros-test' "
"--file /tmp/images/cirros-0.3.3-x86_64-disk.img "
"--disk-format qcow2 "
"--container-format bare "
"--is-public True "
)
msg = 'List images'
output = runCheck(msg, "glance image-list | grep 'cirros-test'")
# imageIDs = [l.split()[1] for l in output.splitlines() if 'cirros-test' in l]
imageID = run("glance image-list | grep 'cirros-test' | awk '{print $2}'")
if len(output.splitlines()) > 1:
align_n("There seems to be more than one 'cirros-test'!")
return 'FAIL'
if output:
print(align_y("Successfully installed cirros image"))
else:
print(align_n("Couldn't install cirros image"))
return 'FAIL'
# check the hosts and see if the image file
# was distributed among all of them
#results = execute(glusterTDD,imageID).values()
#for r in results:
# if r == 'FAIL':
# result = 'FAIL'
msg = 'Clear local files'
runCheck(msg, "rm -r /tmp/images")
return result
def createInitialNetworkTDD():
msg = 'Get namespaces'
netspaces = runCheck(msg, 'ip netns list').splitlines()
if len(netspaces) > 1:
print align_n('There should be only one namespace (qrouter). Namespaces:')
print netspaces
# exit with error
execute(saveConfigCompute,'bad')
sys.exit(1)
msg = "Ping the tenant router gateway from " + env.host
runCheck(msg, "ip netns exec %s ping -c 1 %s" %
(netspaces[0], env_config.ext_subnet['start']))
def curlTDD():
"""
TDD: make some curl operations and check their results
"""
with prefix(env_config.admin_openrc):
msg = 'Get storage URL and token'
url, token = runCheck(
msg,
"swift stat -v | awk '/StorageURL/ {print $2} /Auth Token/ {print $3}'"
).splitlines()
msg = 'Show containers'
runCheck(msg, 'curl -v -X GET -H "X-Auth-Token: %s" %s' % (token, url))
msg = 'Make a container creation request'
out = runCheck(
msg,
'curl -v -X PUT -H "X-Auth-Token: %s" %s/mycontainer' % (token, url))
if 'HTTP/1.1 201 Created' in out:
print align_y('Container creation succeeded')
else:
print align_n('Problem in the container creation')
run('echo "Now testing object creation" >mytestfile')
msg = 'Request object creation'
runCheck(
msg,
'curl -v -X PUT -T mytestfile -H "X-Auth-Token: %s" %s/mycontainer/mytestfile'
% (token, url))
msg = 'Request the new object'
runCheck(
msg,
'curl -v -X GET -o newfile -H "X-Auth-Token: %s" %s/mycontainer/mytestfile'
% (token, url))
diff = run('diff newfile mytestfile', quiet=True)
if diff:
print align_n('File downloaded and local file are not the same')
run('cat newfile')
run('cat mytestfile')
else:
print align_y('File downloaded and local file are the same')
run('rm newfile mytestfile')
def createInitialNetworkTDD():
msg = 'Get namespaces'
netspaces = runCheck(msg, 'ip netns list').splitlines()
if len(netspaces) > 1:
print align_n(
'There should be only one namespace (qrouter). Namespaces:')
print netspaces
# exit with error
execute(saveConfigCompute, 'bad')
sys.exit(1)
msg = "Ping the tenant router gateway from " + env.host
runCheck(
msg, "ip netns exec %s ping -c 1 %s" %
(netspaces[0], env_config.ext_subnet['start']))
def configurersyncd():
fileContents = env_config.rsyncd_conf
# replace variables
fileContents = fileContents.replace('MANAGEMENT_INTERFACE_IP_ADDRESS',
env_config.nicDictionary['compute1']['mgtIPADDR'])
devicepath = swiftGlusterDir
fileContents = fileContents.replace('PATH', devicepath)
out = append('/etc/rsynd.conf', fileContents)
if out:
print align_n("Error appending to rsyncd.conf")
logging.error(out)
else:
print align_y("Success appending to rsyncd.conf")
logging.info(out)
msg= 'Enable rsyncd service'
runCheck(msg, 'systemctl enable rsyncd.service')
msg= 'Start rsyncd service'
runCheck(msg, 'systemctl start rsyncd.service')
def controllerTDD():
"Check if all extensions are functioning"
with prefix(env_config.admin_openrc):
msg = 'Run ext-list'
extList = runCheck(msg, 'neutron ext-list')
extensions = [
'security-group',
'l3_agent_scheduler',
'ext-gw-mode',
'binding',
'provider',
'agent',
'quotas',
'dhcp_agent_scheduler',
'l3-ha',
'multi-provider',
'external-net',
'router',
'allowed-address-pairs',
'extraroute',
'extra_dhcp_opt',
'dvr',
]
allInList = True
for extension in extensions:
if extension not in extList:
print align_n('Extension %s is not in the list' % extension)
allInList = False
if allInList:
print align_y('All extensions in list')
else:
execute(saveConfigController,'bad')
sys.exit(1)
def controllerTDD():
"Check if all extensions are functioning"
with prefix(env_config.admin_openrc):
msg = 'Run ext-list'
extList = runCheck(msg, 'neutron ext-list')
extensions = [
'security-group',
'l3_agent_scheduler',
'ext-gw-mode',
'binding',
'provider',
'agent',
'quotas',
'dhcp_agent_scheduler',
'l3-ha',
'multi-provider',
'external-net',
'router',
'allowed-address-pairs',
'extraroute',
'extra_dhcp_opt',
'dvr',
]
allInList = True
for extension in extensions:
if extension not in extList:
print align_n('Extension %s is not in the list' % extension)
allInList = False
if allInList:
print align_y('All extensions in list')
else:
execute(saveConfigController, 'bad')
sys.exit(1)
def glusterTDD():
"""
TDD: check if the contents of the Gluster brick are the same on all nodes
"""
#@roles('controller','network','storage','compute')
@roles('controller', 'network', 'compute')
def _glusterTDD():
"Grab the contents of the gluster brick for each host"
directory = swiftGlusterDir
with cd(directory):
msg = 'Get contents of brick on '+env.host
contents = runCheck(msg, "ls -a")
return contents
results = execute(_glusterTDD)
hosts = results.keys()
for i, host in enumerate(hosts):
for otherHost in hosts[i+1:]:
if results[host] != results[otherHost]:
print align_n('Hosts %s and %s have different contents' % (host,otherHost))
else:
print align_y('Hosts %s and %s OK' % (host,otherHost))
def configurersyncd():
fileContents = env_config.rsyncd_conf
# replace variables
fileContents = fileContents.replace(
'MANAGEMENT_INTERFACE_IP_ADDRESS',
env_config.nicDictionary['compute1']['mgtIPADDR'])
devicepath = swiftGlusterDir
fileContents = fileContents.replace('PATH', devicepath)
out = append('/etc/rsynd.conf', fileContents)
if out:
print align_n("Error appending to rsyncd.conf")
logging.error(out)
else:
print align_y("Success appending to rsyncd.conf")
logging.info(out)
msg = 'Enable rsyncd service'
runCheck(msg, 'systemctl enable rsyncd.service')
msg = 'Start rsyncd service'
runCheck(msg, 'systemctl start rsyncd.service')
def servicesTDD():
"Check service-list to see if the nova services are up and running"
with prefix(env_config.admin_openrc):
msg = 'Get service list'
serviceList = runCheck(msg, 'nova service-list >service-list')
run('cat service-list')
servlist = run('cat service-list | grep nova', quiet=True)
# check if all services are running
allRunning = True
for line in servlist.splitlines():
if 'enabled' not in line:
print align_n('One of the services is not enabled')
print line
allRunning = False
elif 'up' not in line:
print align_n('One of the services is not up')
print line
allRunning = False
if allRunning:
print align_y('All services OK')
# check if all compute nodes are mentioned in the list
computeNodes = [
host.replace('root@', '') for host in env.roledefs['compute']
]
allComputes = True
for node in computeNodes:
if node not in servlist:
print align_n('%s is not mentioned in the service list' % node)
allComputes = False
if allComputes:
print align_y('All compute nodes have a service')
if not allRunning or not allComputes:
saveConfigFile(etc_nova_config_file, 'bad')
sys.exit(1)
def servicesTDD():
"Check service-list to see if the nova services are up and running"
with prefix(env_config.admin_openrc):
msg = 'Get service list'
serviceList = runCheck(msg, 'nova service-list >service-list')
run('cat service-list')
servlist = run('cat service-list | grep nova', quiet=True)
# check if all services are running
allRunning = True
for line in servlist.splitlines():
if 'enabled' not in line:
print align_n('One of the services is not enabled')
print line
allRunning = False
elif 'up' not in line:
print align_n('One of the services is not up')
print line
allRunning = False
if allRunning:
print align_y('All services OK')
# check if all compute nodes are mentioned in the list
computeNodes = [host.replace('root@','') for host in env.roledefs['compute']]
allComputes = True
for node in computeNodes:
if node not in servlist:
print align_n('%s is not mentioned in the service list' % node)
allComputes = False
if allComputes:
print align_y('All compute nodes have a service')
if not allRunning or not allComputes:
saveConfigFile(etc_nova_config_file, 'bad')
sys.exit(1)
def check_selinux():
output = run("getenforce")
if "Disabled" in output:
print align_y("SELINUX is " + output)
else:
print align_n("Oh no! SELINUX is " + output)
def keystone_tdd():
with settings(warn_only=True):
status = 'good'
resk = keystone_check('keystone')
resd = database_check('keystone')
if (resk == 'FAIL') or (resd == 'FAIL'):
status = 'bad'
# Check if 'admin' and 'demo' are users
user_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 user-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
if 'admin' in user_list_output:
print align_y('Admin was found in user list')
else:
print align_n('admin not a user')
status = 'bad'
if 'demo' in user_list_output:
print align_y('Demo was found in user list')
else:
print align_n('demo not a user')
status = 'bad'
# Check if 'admin', 'service' and 'demo' are tenants
tenant_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 tenant-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
for name in ['admin','demo','service']:
if name in tenant_list_output:
print align_y('{} was found in tenant list'.format(name))
else:
print align_n('{} not a tenant'.format(name))
status = 'bad'
# Check if '_member_' and 'admin' are roles
role_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 role-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
if '_member_' in role_list_output:
print align_y('_member_ is a role')
else:
print align_n('_member_ not a role')
status = 'bad'
if 'admin' in role_list_output:
print align_y('admin is a role')
else:
print align_n('admin not a role')
status = 'bad'
# Check if non-admin user is forbidden to perform admin tasks
user_list_output = run("keystone --os-tenant-name demo --os-username demo " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 user-list"\
.format(passwd['DEMO_PASS']), quiet=True)
if 'You are not authorized to perform the requested action' in user_list_output:
print align_y('demo was not allowed to run user-list')
else:
print align_n('demo was allowed to run user-list')
status = 'bad'
confFile= '/etc/keystone/keystone.conf'
saveConfigFile(confFile,status)
print blue('\nCalling openstack-status\n###########################\n')
run('openstack-status')
def check_selinux():
output = run("getenforce")
if "Disabled" in output:
print align_y("SELINUX is " + output)
else:
print align_n("Oh no! SELINUX is " + output)
def keystone_tdd():
with settings(warn_only=True):
status = 'good'
resk = keystone_check('keystone')
resd = database_check('keystone')
if (resk == 'FAIL') or (resd == 'FAIL'):
status = 'bad'
# Check if 'admin' and 'demo' are users
user_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 user-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
if 'admin' in user_list_output:
print align_y('Admin was found in user list')
else:
print align_n('admin not a user')
status = 'bad'
if 'demo' in user_list_output:
print align_y('Demo was found in user list')
else:
print align_n('demo not a user')
status = 'bad'
# Check if 'admin', 'service' and 'demo' are tenants
tenant_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 tenant-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
for name in ['admin', 'demo', 'service']:
if name in tenant_list_output:
print align_y('{} was found in tenant list'.format(name))
else:
print align_n('{} not a tenant'.format(name))
status = 'bad'
# Check if '_member_' and 'admin' are roles
role_list_output = run("keystone --os-tenant-name admin --os-username admin " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 role-list"\
.format(passwd['ADMIN_PASS']), quiet=True)
if '_member_' in role_list_output:
print align_y('_member_ is a role')
else:
print align_n('_member_ not a role')
status = 'bad'
if 'admin' in role_list_output:
print align_y('admin is a role')
else:
print align_n('admin not a role')
status = 'bad'
# Check if non-admin user is forbidden to perform admin tasks
user_list_output = run("keystone --os-tenant-name demo --os-username demo " + \
"--os-password {} --os-auth-url http://controller:35357/v2.0 user-list"\
.format(passwd['DEMO_PASS']), quiet=True)
if 'You are not authorized to perform the requested action' in user_list_output:
print align_y('demo was not allowed to run user-list')
else:
print align_n('demo was allowed to run user-list')
status = 'bad'
confFile = '/etc/keystone/keystone.conf'
saveConfigFile(confFile, status)
print blue('\nCalling openstack-status\n###########################\n')
run('openstack-status')
