import traceback
import socket
from datetime import datetime, timedelta
-from types import StringTypes
import utils
+from Completer import Completer, CompleterTask
from TestSite import TestSite
-from TestNode import TestNode
+from TestNode import TestNode, CompleterTaskNodeSsh
from TestUser import TestUser
from TestKey import TestKey
from TestSlice import TestSlice
from TestApiserver import TestApiserver
from TestAuthSfa import TestAuthSfa
from PlcapiUrlScanner import PlcapiUrlScanner
-from Completer import Completer, CompleterTask
+
+from TestBonding import TestBonding
+
+has_sfa_cache_filename="sfa-cache"
# step methods must take (self) and return a boolean (options is a member of the class)
-def standby(minutes,dry_run):
- utils.header('Entering StandBy for %d mn'%minutes)
+def standby(minutes, dry_run):
+ utils.header('Entering StandBy for {:d} mn'.format(minutes))
if dry_run:
- print 'dry_run'
+ print('dry_run')
else:
time.sleep(60*minutes)
return True
-def standby_generic (func):
+def standby_generic(func):
def actual(self):
- minutes=int(func.__name__.split("_")[1])
- return standby(minutes,self.options.dry_run)
+ minutes = int(func.__name__.split("_")[1])
+ return standby(minutes, self.options.dry_run)
return actual
-def node_mapper (method):
- def actual(self,*args, **kwds):
- overall=True
+def node_mapper(method):
+ def map_on_nodes(self, *args, **kwds):
+ overall = True
node_method = TestNode.__dict__[method.__name__]
for test_node in self.all_nodes():
- if not node_method(test_node, *args, **kwds): overall=False
+ if not node_method(test_node, *args, **kwds):
+ overall=False
return overall
+ # maintain __name__ for ignore_result
+ map_on_nodes.__name__ = method.__name__
# restore the doc text
- actual.__doc__=TestNode.__dict__[method.__name__].__doc__
- return actual
+ map_on_nodes.__doc__ = TestNode.__dict__[method.__name__].__doc__
+ return map_on_nodes
-def slice_mapper (method):
- def actual(self):
- overall=True
+def slice_mapper(method):
+ def map_on_slices(self):
+ overall = True
slice_method = TestSlice.__dict__[method.__name__]
for slice_spec in self.plc_spec['slices']:
site_spec = self.locate_site (slice_spec['sitename'])
test_site = TestSite(self,site_spec)
- test_slice=TestSlice(self,test_site,slice_spec)
- if not slice_method(test_slice,self.options): overall=False
+ test_slice = TestSlice(self,test_site,slice_spec)
+ if not slice_method(test_slice, self.options):
+ overall=False
return overall
+ # maintain __name__ for ignore_result
+ map_on_slices.__name__ = method.__name__
# restore the doc text
- actual.__doc__=TestSlice.__dict__[method.__name__].__doc__
- return actual
+ map_on_slices.__doc__ = TestSlice.__dict__[method.__name__].__doc__
+ return map_on_slices
+
+def bonding_redirector(method):
+ bonding_name = method.__name__.replace('bonding_', '')
+ def redirect(self):
+ bonding_method = TestBonding.__dict__[bonding_name]
+ return bonding_method(self.test_bonding)
+ # maintain __name__ for ignore_result
+ redirect.__name__ = method.__name__
+ # restore the doc text
+ redirect.__doc__ = TestBonding.__dict__[bonding_name].__doc__
+ return redirect
# run a step but return True so that we can go on
-def ignore_result (method):
- def wrappee (self):
+def ignore_result(method):
+ def ignoring(self):
# ssh_slice_ignore->ssh_slice
- ref_name=method.__name__.replace('_ignore','').replace('force_','')
- ref_method=TestPlc.__dict__[ref_name]
- result=ref_method(self)
- print "Actual - but ignored - result for %(ref_name)s is %(result)s"%locals()
- return Ignored (result)
- wrappee.__doc__="ignored version of " + method.__name__.replace('_ignore','').replace('ignore_','')
- return wrappee
+ ref_name = method.__name__.replace('_ignore', '').replace('force_', '')
+ ref_method = TestPlc.__dict__[ref_name]
+ result = ref_method(self)
+ print("Actual (but ignored) result for {ref_name} is {result}".format(**locals()))
+ return Ignored(result)
+ name = method.__name__.replace('_ignore', '').replace('force_', '')
+ ignoring.__name__ = name
+ ignoring.__doc__ = "ignored version of " + name
+ return ignoring
# a variant that expects the TestSlice method to return a list of CompleterTasks that
# are then merged into a single Completer run to avoid wating for all the slices
# esp. useful when a test fails of course
# because we need to pass arguments we use a class instead..
-class slice_mapper__tasks (object):
+class slice_mapper__tasks(object):
# could not get this to work with named arguments
- def __init__ (self,timeout_minutes,silent_minutes,period_seconds):
- print "timeout_minutes,silent_minutes,period_seconds",timeout_minutes,silent_minutes,period_seconds
- self.timeout=timedelta(minutes=timeout_minutes)
- self.silent=timedelta(minutes=silent_minutes)
- self.period=timedelta(seconds=period_seconds)
- def __call__ (self, method):
+ def __init__(self, timeout_minutes, silent_minutes, period_seconds):
+ self.timeout = timedelta(minutes = timeout_minutes)
+ self.silent = timedelta(minutes = silent_minutes)
+ self.period = timedelta(seconds = period_seconds)
+ def __call__(self, method):
decorator_self=self
# compute augmented method name
method_name = method.__name__ + "__tasks"
tasks=[]
for slice_spec in self.plc_spec['slices']:
site_spec = self.locate_site (slice_spec['sitename'])
- test_site = TestSite(self,site_spec)
- test_slice=TestSlice(self,test_site,slice_spec)
+ test_site = TestSite(self, site_spec)
+ test_slice = TestSlice(self, test_site, slice_spec)
tasks += slice_method (test_slice, self.options)
- return Completer (tasks).run (decorator_self.timeout, decorator_self.silent, decorator_self.period)
+ return Completer (tasks, message=method.__name__).\
+ run(decorator_self.timeout, decorator_self.silent, decorator_self.period)
# restore the doc text from the TestSlice method even if a bit odd
+ wrappee.__name__ = method.__name__
wrappee.__doc__ = slice_method.__doc__
return wrappee
-def auth_sfa_mapper (method):
+def auth_sfa_mapper(method):
def actual(self):
- overall=True
+ overall = True
auth_method = TestAuthSfa.__dict__[method.__name__]
for auth_spec in self.plc_spec['sfa']['auth_sfa_specs']:
- test_auth=TestAuthSfa(self,auth_spec)
- if not auth_method(test_auth,self.options): overall=False
+ test_auth = TestAuthSfa(self, auth_spec)
+ if not auth_method(test_auth, self.options):
+ overall=False
return overall
# restore the doc text
- actual.__doc__=TestAuthSfa.__dict__[method.__name__].__doc__
+ actual.__doc__ = TestAuthSfa.__dict__[method.__name__].__doc__
return actual
class Ignored:
- def __init__ (self,result):
- self.result=result
+ def __init__(self, result):
+ self.result = result
-SEP='<sep>'
-SEPSFA='<sep_sfa>'
+SEP = '<sep>'
+SEPSFA = '<sep_sfa>'
class TestPlc:
default_steps = [
'show', SEP,
- 'vs_delete','timestamp_vs','vs_create', SEP,
-# 'plc_install', 'mod_python', 'plc_configure', 'plc_start', SEP,
+ 'plcvm_delete','plcvm_timestamp','plcvm_create', SEP,
'plc_install', 'plc_configure', 'plc_start', SEP,
'keys_fetch', 'keys_store', 'keys_clear_known_hosts', SEP,
'plcapi_urls','speed_up_slices', SEP,
'initscripts', 'sites', 'nodes', 'slices', 'nodegroups', 'leases', SEP,
# slices created under plcsh interactively seem to be fine but these ones don't have the tags
# keep this our of the way for now
-# 'check_vsys_defaults', SEP,
+ 'check_vsys_defaults_ignore', SEP,
+# run this first off so it's easier to re-run on another qemu box
+ 'qemu_kill_mine', SEP,
'nodestate_reinstall', 'qemu_local_init','bootcd', 'qemu_local_config', SEP,
- 'qemu_kill_mine','qemu_clean_mine', 'qemu_export', 'qemu_start', 'timestamp_qemu', SEP,
+ 'qemu_clean_mine', 'qemu_export', 'qemu_start', 'qemu_timestamp', SEP,
'sfa_install_all', 'sfa_configure', 'cross_sfa_configure', 'sfa_start', 'sfa_import', SEPSFA,
- 'sfi_configure@1', 'sfa_add_site@1','sfa_add_pi@1', SEPSFA,
- 'sfa_add_user@1', 'sfa_update_user@1', 'sfa_add_slice@1', 'sfa_renew_slice@1', SEPSFA,
- 'sfa_discover@1', 'sfa_create_slice@1', 'sfa_check_slice_plc@1', 'sfa_update_slice@1', SEPSFA,
- 'sfi_list@1', 'sfi_show@1', 'sfa_utest@1', SEPSFA,
+ 'sfi_configure@1', 'sfa_register_site@1','sfa_register_pi@1', SEPSFA,
+ 'sfa_register_user@1', 'sfa_update_user@1', 'sfa_register_slice@1', 'sfa_renew_slice@1', SEPSFA,
+ 'sfa_remove_user_from_slice@1','sfi_show_slice_researchers@1',
+ 'sfa_insert_user_in_slice@1','sfi_show_slice_researchers@1', SEPSFA,
+ 'sfa_discover@1', 'sfa_rspec@1', 'sfa_allocate@1', 'sfa_provision@1', SEPSFA,
+ 'sfa_check_slice_plc@1', 'sfa_update_slice@1', SEPSFA,
+ 'sfi_list@1', 'sfi_show_site@1', 'sfa_utest@1', SEPSFA,
# we used to run plcsh_stress_test, and then ssh_node_debug and ssh_node_boot
# but as the stress test might take a while, we sometimes missed the debug mode..
- 'ssh_node_debug@1', 'plcsh_stress_test@1', SEP,
- 'ssh_node_boot@1', 'node_bmlogs@1', 'ssh_slice', 'ssh_slice_basics', 'check_initscripts_ignore', SEP,
- 'ssh_slice_sfa@1', 'sfa_delete_slice@1', 'sfa_delete_user@1', SEPSFA,
+ 'probe_kvm_iptables',
+ 'ping_node', 'ssh_node_debug', 'plcsh_stress_test@1', SEP,
+ 'ssh_node_boot', 'node_bmlogs', 'ssh_slice', 'ssh_slice_basics', 'check_initscripts', SEP,
+ 'ssh_slice_sfa@1', SEPSFA,
+ 'sfa_rspec_empty@1', 'sfa_allocate_empty@1', 'sfa_provision_empty@1','sfa_check_slice_plc_empty@1', SEPSFA,
+ 'sfa_delete_slice@1', 'sfa_delete_user@1', SEPSFA,
'cross_check_tcp@1', 'check_system_slice', SEP,
+ # for inspecting the slice while it runs the first time
+ #'fail',
# check slices are turned off properly
- 'empty_slices', 'ssh_slice_off', SEP,
+ 'empty_slices', 'ssh_slice_off', 'slice_fs_deleted_ignore', SEP,
# check they are properly re-created with the same name
- 'fill_slices', 'ssh_slice_again_ignore', SEP,
+ 'fill_slices', 'ssh_slice_again', SEP,
'gather_logs_force', SEP,
]
other_steps = [
- 'export', 'show_boxes', SEP,
- 'check_hooks', 'plc_stop', 'vs_start', 'vs_stop', SEP,
+ 'export', 'show_boxes', 'super_speed_up_slices', SEP,
+ 'check_hooks', 'plc_stop', 'plcvm_start', 'plcvm_stop', SEP,
'delete_initscripts', 'delete_nodegroups','delete_all_sites', SEP,
'delete_sites', 'delete_nodes', 'delete_slices', 'keys_clean', SEP,
'delete_leases', 'list_leases', SEP,
'populate', SEP,
'nodestate_show','nodestate_safeboot','nodestate_boot', SEP,
'qemu_list_all', 'qemu_list_mine', 'qemu_kill_all', SEP,
- 'sfa_install_core', 'sfa_install_sfatables', 'sfa_install_plc', 'sfa_install_client', SEPSFA,
+ 'sfa_install_core', 'sfa_install_sfatables', 'sfa_install_plc', 'sfa_install_client', SEPSFA,
'sfa_plcclean', 'sfa_dbclean', 'sfa_stop','sfa_uninstall', 'sfi_clean', SEPSFA,
+ 'sfa_get_expires', SEPSFA,
'plc_db_dump' , 'plc_db_restore', SEP,
'check_netflow','check_drl', SEP,
- 'debug_nodemanager', SEP,
- 'standby_1_through_20',SEP,
+ 'debug_nodemanager', 'slice_fs_present', SEP,
+ 'standby_1_through_20','yes','no',SEP,
+ ]
+ bonding_steps = [
+ 'bonding_init_partial',
+ 'bonding_add_yum',
+ 'bonding_install_rpms', SEP,
]
@staticmethod
- def printable_steps (list):
- single_line=" ".join(list)+" "
- return single_line.replace(" "+SEP+" "," \\\n").replace(" "+SEPSFA+" "," \\\n")
+ def printable_steps(list):
+ single_line = " ".join(list) + " "
+ return single_line.replace(" "+SEP+" ", " \\\n").replace(" "+SEPSFA+" ", " \\\n")
@staticmethod
- def valid_step (step):
+ def valid_step(step):
return step != SEP and step != SEPSFA
# turn off the sfa-related steps when build has skipped SFA
# this was originally for centos5 but is still valid
# for up to f12 as recent SFAs with sqlalchemy won't build before f14
@staticmethod
- def check_whether_build_has_sfa (rpms_url):
- utils.header ("Checking if build provides SFA package...")
+ def _has_sfa_cached(rpms_url):
+ if os.path.isfile(has_sfa_cache_filename):
+ with open(has_sfa_cache_filename) as cache:
+ cached = cache.read() == "yes"
+ utils.header("build provides SFA (cached):{}".format(cached))
+ return cached
# warning, we're now building 'sface' so let's be a bit more picky
- retcod=os.system ("curl --silent %s/ | grep -q sfa-"%rpms_url)
# full builds are expected to return with 0 here
- if retcod==0:
+ utils.header("Checking if build provides SFA package...")
+ retcod = utils.system("curl --silent {}/ | grep -q sfa-".format(rpms_url)) == 0
+ encoded = 'yes' if retcod else 'no'
+ with open(has_sfa_cache_filename,'w') as cache:
+ cache.write(encoded)
+ return retcod
+
+ @staticmethod
+ def check_whether_build_has_sfa(rpms_url):
+ has_sfa = TestPlc._has_sfa_cached(rpms_url)
+ if has_sfa:
utils.header("build does provide SFA")
else:
# move all steps containing 'sfa' from default_steps to other_steps
utils.header("SFA package not found - removing steps with sfa or sfi")
- sfa_steps= [ step for step in TestPlc.default_steps if step.find('sfa')>=0 or step.find("sfi")>=0 ]
+ sfa_steps = [ step for step in TestPlc.default_steps
+ if step.find('sfa') >= 0 or step.find("sfi") >= 0 ]
TestPlc.other_steps += sfa_steps
- for step in sfa_steps: TestPlc.default_steps.remove(step)
-
- def __init__ (self,plc_spec,options):
- self.plc_spec=plc_spec
- self.options=options
- self.test_ssh=TestSsh(self.plc_spec['host_box'],self.options.buildname)
- self.vserverip=plc_spec['vserverip']
- self.vservername=plc_spec['vservername']
- self.url="https://%s:443/PLCAPI/"%plc_spec['vserverip']
- self.apiserver=TestApiserver(self.url,options.dry_run)
- (self.ssh_node_boot_timeout,self.ssh_node_boot_silent)=plc_spec['ssh_node_boot_timers']
- (self.ssh_node_debug_timeout,self.ssh_node_debug_silent)=plc_spec['ssh_node_debug_timers']
+ for step in sfa_steps:
+ TestPlc.default_steps.remove(step)
+
+ def __init__(self, plc_spec, options):
+ self.plc_spec = plc_spec
+ self.options = options
+ self.test_ssh = TestSsh(self.plc_spec['host_box'], self.options.buildname)
+ self.vserverip = plc_spec['vserverip']
+ self.vservername = plc_spec['vservername']
+ self.vplchostname = self.vservername.split('-')[-1]
+ self.url = "https://{}:443/PLCAPI/".format(plc_spec['vserverip'])
+ self.apiserver = TestApiserver(self.url, options.dry_run)
+ (self.ssh_node_boot_timeout, self.ssh_node_boot_silent) = plc_spec['ssh_node_boot_timers']
+ (self.ssh_node_debug_timeout, self.ssh_node_debug_silent) = plc_spec['ssh_node_debug_timers']
- def has_addresses_api (self):
+ def has_addresses_api(self):
return self.apiserver.has_method('AddIpAddress')
def name(self):
- name=self.plc_spec['name']
- return "%s.%s"%(name,self.vservername)
+ name = self.plc_spec['name']
+ return "{}.{}".format(name,self.vservername)
def hostname(self):
return self.plc_spec['host_box']
- def is_local (self):
+ def is_local(self):
return self.test_ssh.is_local()
# define the API methods on this object through xmlrpc
# would help, but not strictly necessary
- def connect (self):
- pass
+ def connect(self):
+ pass
- def actual_command_in_guest (self,command):
- return self.test_ssh.actual_command(self.host_to_guest(command),dry_run=self.options.dry_run)
+ def actual_command_in_guest(self,command, backslash=False):
+ raw1 = self.host_to_guest(command)
+ raw2 = self.test_ssh.actual_command(raw1, dry_run=self.options.dry_run, backslash=backslash)
+ return raw2
- def start_guest (self):
- return utils.system(self.test_ssh.actual_command(self.start_guest_in_host(),dry_run=self.options.dry_run))
+ def start_guest(self):
+ return utils.system(self.test_ssh.actual_command(self.start_guest_in_host(),
+ dry_run=self.options.dry_run))
- def stop_guest (self):
- return utils.system(self.test_ssh.actual_command(self.stop_guest_in_host(),dry_run=self.options.dry_run))
+ def stop_guest(self):
+ return utils.system(self.test_ssh.actual_command(self.stop_guest_in_host(),
+ dry_run=self.options.dry_run))
- def run_in_guest (self,command):
- return utils.system(self.actual_command_in_guest(command))
+ def run_in_guest(self, command, backslash=False):
+ raw = self.actual_command_in_guest(command, backslash)
+ return utils.system(raw)
- def run_in_host (self,command):
+ def run_in_host(self,command):
return self.test_ssh.run_in_buildname(command, dry_run=self.options.dry_run)
+ # backslashing turned out so awful at some point that I've turned off auto-backslashing
+ # see e.g. plc_start esp. the version for f14
#command gets run in the plc's vm
- def host_to_guest(self,command):
- if self.options.plcs_use_lxc:
- return "ssh -o StrictHostKeyChecking=no -o UserKnownHostsFile=/dev/null %s %s"%(self.vserverip,command)
- else:
- return "vserver %s exec %s"%(self.vservername,command)
+ def host_to_guest(self, command):
+ ssh_leg = TestSsh(self.vplchostname)
+ return ssh_leg.actual_command(command)
+ # this /vservers thing is legacy...
def vm_root_in_host(self):
- if self.options.plcs_use_lxc:
- return "/vservers/%s/"%(self.vservername)
- else:
- return "/vservers/%s"%(self.vservername)
+ return "/vservers/{}/".format(self.vservername)
- def vm_timestamp_path (self):
- if self.options.plcs_use_lxc:
- return "/vservers/%s/%s.timestamp"%(self.vservername,self.vservername)
- else:
- return "/vservers/%s.timestamp"%(self.vservername)
+ def vm_timestamp_path(self):
+ return "/vservers/{}/{}.timestamp".format(self.vservername, self.vservername)
#start/stop the vserver
def start_guest_in_host(self):
- if self.options.plcs_use_lxc:
- return "virsh -c lxc:// start %s"%(self.vservername)
- else:
- return "vserver %s start"%(self.vservername)
+ return "virsh -c lxc:/// start {}".format(self.vservername)
def stop_guest_in_host(self):
- if self.options.plcs_use_lxc:
- return "virsh -c lxc:// destroy %s"%(self.vservername)
- else:
- return "vserver %s stop"%(self.vservername)
+ return "virsh -c lxc:/// destroy {}".format(self.vservername)
# xxx quick n dirty
- def run_in_guest_piped (self,local,remote):
- return utils.system(local+" | "+self.test_ssh.actual_command(self.host_to_guest(remote),keep_stdin=True))
+ def run_in_guest_piped(self,local,remote):
+ return utils.system(local+" | "+self.test_ssh.actual_command(self.host_to_guest(remote),
+ keep_stdin = True))
- def yum_check_installed (self, rpms):
- if isinstance (rpms, list):
+ def yum_check_installed(self, rpms):
+ if isinstance(rpms, list):
rpms=" ".join(rpms)
- return self.run_in_guest("rpm -q %s"%rpms)==0
+ return self.run_in_guest("rpm -q {}".format(rpms)) == 0
# does a yum install in the vs, ignore yum retcod, check with rpm
- def yum_install (self, rpms):
- if isinstance (rpms, list):
+ def yum_install(self, rpms):
+ if isinstance(rpms, list):
rpms=" ".join(rpms)
- self.run_in_guest("yum -y install %s"%rpms)
+ self.run_in_guest("yum -y install {}".format(rpms))
# yum-complete-transaction comes with yum-utils, that is in vtest.pkgs
self.run_in_guest("yum-complete-transaction -y")
- return self.yum_check_installed (rpms)
+ return self.yum_check_installed(rpms)
- def auth_root (self):
- return {'Username':self.plc_spec['PLC_ROOT_USER'],
- 'AuthMethod':'password',
- 'AuthString':self.plc_spec['PLC_ROOT_PASSWORD'],
- 'Role' : self.plc_spec['role']
+ def auth_root(self):
+ return {'Username' : self.plc_spec['settings']['PLC_ROOT_USER'],
+ 'AuthMethod' : 'password',
+ 'AuthString' : self.plc_spec['settings']['PLC_ROOT_PASSWORD'],
+ 'Role' : self.plc_spec['role'],
}
- def locate_site (self,sitename):
+
+ def locate_site(self,sitename):
for site in self.plc_spec['sites']:
if site['site_fields']['name'] == sitename:
return site
if site['site_fields']['login_base'] == sitename:
return site
- raise Exception,"Cannot locate site %s"%sitename
+ raise Exception("Cannot locate site {}".format(sitename))
- def locate_node (self,nodename):
+ def locate_node(self, nodename):
for site in self.plc_spec['sites']:
for node in site['nodes']:
if node['name'] == nodename:
- return (site,node)
- raise Exception,"Cannot locate node %s"%nodename
+ return site, node
+ raise Exception("Cannot locate node {}".format(nodename))
- def locate_hostname (self,hostname):
+ def locate_hostname(self, hostname):
for site in self.plc_spec['sites']:
for node in site['nodes']:
if node['node_fields']['hostname'] == hostname:
- return (site,node)
- raise Exception,"Cannot locate hostname %s"%hostname
+ return(site, node)
+ raise Exception("Cannot locate hostname {}".format(hostname))
- def locate_key (self,key_name):
+ def locate_key(self, key_name):
for key in self.plc_spec['keys']:
if key['key_name'] == key_name:
return key
- raise Exception,"Cannot locate key %s"%key_name
+ raise Exception("Cannot locate key {}".format(key_name))
- def locate_private_key_from_key_names (self, key_names):
+ def locate_private_key_from_key_names(self, key_names):
# locate the first avail. key
- found=False
+ found = False
for key_name in key_names:
- key_spec=self.locate_key(key_name)
- test_key=TestKey(self,key_spec)
- publickey=test_key.publicpath()
- privatekey=test_key.privatepath()
+ key_spec = self.locate_key(key_name)
+ test_key = TestKey(self,key_spec)
+ publickey = test_key.publicpath()
+ privatekey = test_key.privatepath()
if os.path.isfile(publickey) and os.path.isfile(privatekey):
- found=True
- if found: return privatekey
- else: return None
+ found = True
+ if found:
+ return privatekey
+ else:
+ return None
- def locate_slice (self, slicename):
+ def locate_slice(self, slicename):
for slice in self.plc_spec['slices']:
if slice['slice_fields']['name'] == slicename:
return slice
- raise Exception,"Cannot locate slice %s"%slicename
+ raise Exception("Cannot locate slice {}".format(slicename))
- def all_sliver_objs (self):
- result=[]
+ def all_sliver_objs(self):
+ result = []
for slice_spec in self.plc_spec['slices']:
slicename = slice_spec['slice_fields']['name']
for nodename in slice_spec['nodenames']:
- result.append(self.locate_sliver_obj (nodename,slicename))
+ result.append(self.locate_sliver_obj(nodename, slicename))
return result
- def locate_sliver_obj (self,nodename,slicename):
- (site,node) = self.locate_node(nodename)
- slice = self.locate_slice (slicename)
+ def locate_sliver_obj(self, nodename, slicename):
+ site,node = self.locate_node(nodename)
+ slice = self.locate_slice(slicename)
# build objects
- test_site = TestSite (self, site)
- test_node = TestNode (self, test_site,node)
+ test_site = TestSite(self, site)
+ test_node = TestNode(self, test_site, node)
# xxx the slice site is assumed to be the node site - mhh - probably harmless
- test_slice = TestSlice (self, test_site, slice)
- return TestSliver (self, test_node, test_slice)
+ test_slice = TestSlice(self, test_site, slice)
+ return TestSliver(self, test_node, test_slice)
def locate_first_node(self):
- nodename=self.plc_spec['slices'][0]['nodenames'][0]
- (site,node) = self.locate_node(nodename)
- test_site = TestSite (self, site)
- test_node = TestNode (self, test_site,node)
+ nodename = self.plc_spec['slices'][0]['nodenames'][0]
+ site,node = self.locate_node(nodename)
+ test_site = TestSite(self, site)
+ test_node = TestNode(self, test_site, node)
return test_node
- def locate_first_sliver (self):
- slice_spec=self.plc_spec['slices'][0]
- slicename=slice_spec['slice_fields']['name']
- nodename=slice_spec['nodenames'][0]
+ def locate_first_sliver(self):
+ slice_spec = self.plc_spec['slices'][0]
+ slicename = slice_spec['slice_fields']['name']
+ nodename = slice_spec['nodenames'][0]
return self.locate_sliver_obj(nodename,slicename)
# all different hostboxes used in this plc
def get_BoxNodes(self):
# maps on sites and nodes, return [ (host_box,test_node) ]
- tuples=[]
+ tuples = []
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self,site_spec)
for node_spec in site_spec['nodes']:
- test_node = TestNode (self, test_site, node_spec)
+ test_node = TestNode(self, test_site, node_spec)
if not test_node.is_real():
tuples.append( (test_node.host_box(),test_node) )
# transform into a dict { 'host_box' -> [ test_node .. ] }
result = {}
for (box,node) in tuples:
- if not result.has_key(box):
- result[box]=[node]
+ if box not in result:
+ result[box] = [node]
else:
result[box].append(node)
return result
# a step for checking this stuff
- def show_boxes (self):
+ def show_boxes(self):
'print summary of nodes location'
- for (box,nodes) in self.get_BoxNodes().iteritems():
- print box,":"," + ".join( [ node.name() for node in nodes ] )
+ for box,nodes in self.get_BoxNodes().items():
+ print(box,":"," + ".join( [ node.name() for node in nodes ] ))
return True
# make this a valid step
def qemu_kill_all(self):
'kill all qemu instances on the qemu boxes involved by this setup'
# this is the brute force version, kill all qemus on that host box
- for (box,nodes) in self.get_BoxNodes().iteritems():
+ for (box,nodes) in self.get_BoxNodes().items():
# pass the first nodename, as we don't push template-qemu on testboxes
- nodedir=nodes[0].nodedir()
- TestBoxQemu(box,self.options.buildname).qemu_kill_all(nodedir)
+ nodedir = nodes[0].nodedir()
+ TestBoxQemu(box, self.options.buildname).qemu_kill_all(nodedir)
return True
# make this a valid step
def qemu_list_all(self):
'list all qemu instances on the qemu boxes involved by this setup'
- for (box,nodes) in self.get_BoxNodes().iteritems():
+ for box,nodes in self.get_BoxNodes().items():
# this is the brute force version, kill all qemus on that host box
- TestBoxQemu(box,self.options.buildname).qemu_list_all()
+ TestBoxQemu(box, self.options.buildname).qemu_list_all()
return True
# kill only the qemus related to this test
def qemu_list_mine(self):
'list qemu instances for our nodes'
- for (box,nodes) in self.get_BoxNodes().iteritems():
+ for (box,nodes) in self.get_BoxNodes().items():
# the fine-grain version
for node in nodes:
node.list_qemu()
# kill only the qemus related to this test
def qemu_clean_mine(self):
'cleanup (rm -rf) qemu instances for our nodes'
- for (box,nodes) in self.get_BoxNodes().iteritems():
+ for box,nodes in self.get_BoxNodes().items():
# the fine-grain version
for node in nodes:
node.qemu_clean()
# kill only the right qemus
def qemu_kill_mine(self):
'kill the qemu instances for our nodes'
- for (box,nodes) in self.get_BoxNodes().iteritems():
+ for box,nodes in self.get_BoxNodes().items():
# the fine-grain version
for node in nodes:
node.kill_qemu()
return True
#################### display config
- def show (self):
+ def show(self):
"show test configuration after localization"
- self.show_pass (1)
- self.show_pass (2)
+ self.show_pass(1)
+ self.show_pass(2)
return True
# uggly hack to make sure 'run export' only reports about the 1st plc
# to avoid confusion - also we use 'inri_slice1' in various aliases..
- exported_id=1
- def export (self):
+ exported_id = 1
+ def export(self):
"print cut'n paste-able stuff to export env variables to your shell"
# guess local domain from hostname
- if TestPlc.exported_id>1:
- print "export GUESTHOSTNAME%d=%s"%(TestPlc.exported_id,self.plc_spec['vservername'])
+ if TestPlc.exported_id > 1:
+ print("export GUESTHOSTNAME{:d}={}".format(TestPlc.exported_id, self.plc_spec['vservername']))
return True
- TestPlc.exported_id+=1
- domain=socket.gethostname().split('.',1)[1]
- fqdn="%s.%s"%(self.plc_spec['host_box'],domain)
- print "export BUILD=%s"%self.options.buildname
- if self.options.plcs_use_lxc:
- print "export PLCHOSTLXC=%s"%fqdn
- else:
- print "export PLCHOSTVS=%s"%fqdn
- print "export GUESTNAME=%s"%self.plc_spec['vservername']
- vplcname=self.plc_spec['vservername'].split('-')[-1]
- print "export GUESTHOSTNAME=%s.%s"%(vplcname,domain)
+ TestPlc.exported_id += 1
+ domain = socket.gethostname().split('.',1)[1]
+ fqdn = "{}.{}".format(self.plc_spec['host_box'], domain)
+ print("export BUILD={}".format(self.options.buildname))
+ print("export PLCHOSTLXC={}".format(fqdn))
+ print("export GUESTNAME={}".format(self.vservername))
+ print("export GUESTHOSTNAME={}.{}".format(self.vplchostname, domain))
# find hostname of first node
- (hostname,qemubox) = self.all_node_infos()[0]
- print "export KVMHOST=%s.%s"%(qemubox,domain)
- print "export NODE=%s"%(hostname)
+ hostname, qemubox = self.all_node_infos()[0]
+ print("export KVMHOST={}.{}".format(qemubox, domain))
+ print("export NODE={}".format(hostname))
return True
# entry point
- always_display_keys=['PLC_WWW_HOST','nodes','sites',]
- def show_pass (self,passno):
- for (key,val) in self.plc_spec.iteritems():
- if not self.options.verbose and key not in TestPlc.always_display_keys: continue
+ always_display_keys=['PLC_WWW_HOST', 'nodes', 'sites']
+ def show_pass(self, passno):
+ for (key,val) in self.plc_spec.items():
+ if not self.options.verbose and key not in TestPlc.always_display_keys:
+ continue
if passno == 2:
if key == 'sites':
for site in val:
self.display_site_spec(site)
for node in site['nodes']:
self.display_node_spec(node)
- elif key=='initscripts':
+ elif key == 'initscripts':
for initscript in val:
- self.display_initscript_spec (initscript)
- elif key=='slices':
+ self.display_initscript_spec(initscript)
+ elif key == 'slices':
for slice in val:
- self.display_slice_spec (slice)
- elif key=='keys':
+ self.display_slice_spec(slice)
+ elif key == 'keys':
for key in val:
- self.display_key_spec (key)
+ self.display_key_spec(key)
elif passno == 1:
- if key not in ['sites','initscripts','slices','keys', 'sfa']:
- print '+ ',key,':',val
-
- def display_site_spec (self,site):
- print '+ ======== site',site['site_fields']['name']
- for (k,v) in site.iteritems():
- if not self.options.verbose and k not in TestPlc.always_display_keys: continue
- if k=='nodes':
+ if key not in ['sites', 'initscripts', 'slices', 'keys']:
+ print('+ ', key, ':', val)
+
+ def display_site_spec(self, site):
+ print('+ ======== site', site['site_fields']['name'])
+ for k,v in site.items():
+ if not self.options.verbose and k not in TestPlc.always_display_keys:
+ continue
+ if k == 'nodes':
if v:
- print '+ ','nodes : ',
+ print('+ ','nodes : ', end=' ')
for node in v:
- print node['node_fields']['hostname'],'',
- print ''
- elif k=='users':
+ print(node['node_fields']['hostname'],'', end=' ')
+ print('')
+ elif k == 'users':
if v:
- print '+ users : ',
+ print('+ users : ', end=' ')
for user in v:
- print user['name'],'',
- print ''
+ print(user['name'],'', end=' ')
+ print('')
elif k == 'site_fields':
- print '+ login_base',':',v['login_base']
+ print('+ login_base', ':', v['login_base'])
elif k == 'address_fields':
pass
else:
- print '+ ',
- utils.pprint(k,v)
+ print('+ ', end=' ')
+ utils.pprint(k, v)
- def display_initscript_spec (self,initscript):
- print '+ ======== initscript',initscript['initscript_fields']['name']
+ def display_initscript_spec(self, initscript):
+ print('+ ======== initscript', initscript['initscript_fields']['name'])
- def display_key_spec (self,key):
- print '+ ======== key',key['key_name']
+ def display_key_spec(self, key):
+ print('+ ======== key', key['key_name'])
- def display_slice_spec (self,slice):
- print '+ ======== slice',slice['slice_fields']['name']
- for (k,v) in slice.iteritems():
- if k=='nodenames':
+ def display_slice_spec(self, slice):
+ print('+ ======== slice', slice['slice_fields']['name'])
+ for k,v in slice.items():
+ if k == 'nodenames':
if v:
- print '+ nodes : ',
+ print('+ nodes : ', end=' ')
for nodename in v:
- print nodename,'',
- print ''
- elif k=='usernames':
+ print(nodename,'', end=' ')
+ print('')
+ elif k == 'usernames':
if v:
- print '+ users : ',
+ print('+ users : ', end=' ')
for username in v:
- print username,'',
- print ''
- elif k=='slice_fields':
- print '+ fields',':',
- print 'max_nodes=',v['max_nodes'],
- print ''
+ print(username,'', end=' ')
+ print('')
+ elif k == 'slice_fields':
+ print('+ fields',':', end=' ')
+ print('max_nodes=',v['max_nodes'], end=' ')
+ print('')
else:
- print '+ ',k,v
+ print('+ ',k,v)
- def display_node_spec (self,node):
- print "+ node=%s host_box=%s"%(node['name'],node['host_box']),
- print "hostname=",node['node_fields']['hostname'],
- print "ip=",node['interface_fields']['ip']
+ def display_node_spec(self, node):
+ print("+ node={} host_box={}".format(node['name'], node['host_box']), end=' ')
+ print("hostname=", node['node_fields']['hostname'], end=' ')
+ print("ip=", node['interface_fields']['ip'])
if self.options.verbose:
- utils.pprint("node details",node,depth=3)
+ utils.pprint("node details", node, depth=3)
# another entry point for just showing the boxes involved
- def display_mapping (self):
+ def display_mapping(self):
TestPlc.display_mapping_plc(self.plc_spec)
return True
@staticmethod
- def display_mapping_plc (plc_spec):
- print '+ MyPLC',plc_spec['name']
+ def display_mapping_plc(plc_spec):
+ print('+ MyPLC',plc_spec['name'])
# WARNING this would not be right for lxc-based PLC's - should be harmless though
- print '+\tvserver address = root@%s:/vservers/%s'%(plc_spec['host_box'],plc_spec['vservername'])
- print '+\tIP = %s/%s'%(plc_spec['PLC_API_HOST'],plc_spec['vserverip'])
+ print('+\tvserver address = root@{}:/vservers/{}'.format(plc_spec['host_box'], plc_spec['vservername']))
+ print('+\tIP = {}/{}'.format(plc_spec['settings']['PLC_API_HOST'], plc_spec['vserverip']))
for site_spec in plc_spec['sites']:
for node_spec in site_spec['nodes']:
TestPlc.display_mapping_node(node_spec)
@staticmethod
- def display_mapping_node (node_spec):
- print '+ NODE %s'%(node_spec['name'])
- print '+\tqemu box %s'%node_spec['host_box']
- print '+\thostname=%s'%node_spec['node_fields']['hostname']
+ def display_mapping_node(node_spec):
+ print('+ NODE {}'.format(node_spec['name']))
+ print('+\tqemu box {}'.format(node_spec['host_box']))
+ print('+\thostname={}'.format(node_spec['node_fields']['hostname']))
# write a timestamp in /vservers/<>.timestamp
# cannot be inside the vserver, that causes vserver .. build to cough
- def timestamp_vs (self):
+ def plcvm_timestamp(self):
"Create a timestamp to remember creation date for this plc"
- now=int(time.time())
+ now = int(time.time())
# TODO-lxc check this one
# a first approx. is to store the timestamp close to the VM root like vs does
- stamp_path=self.vm_timestamp_path ()
- stamp_dir = os.path.dirname (stamp_path)
- utils.system(self.test_ssh.actual_command("mkdir -p %s"%stamp_dir))
- return utils.system(self.test_ssh.actual_command("echo %d > %s"%(now,stamp_path)))==0
+ stamp_path = self.vm_timestamp_path()
+ stamp_dir = os.path.dirname(stamp_path)
+ utils.system(self.test_ssh.actual_command("mkdir -p {}".format(stamp_dir)))
+ return utils.system(self.test_ssh.actual_command("echo {:d} > {}".format(now, stamp_path))) == 0
# this is called inconditionnally at the beginning of the test sequence
# just in case this is a rerun, so if the vm is not running it's fine
- def vs_delete(self):
+ def plcvm_delete(self):
"vserver delete the test myplc"
- stamp_path=self.vm_timestamp_path()
- self.run_in_host("rm -f %s"%stamp_path)
- if self.options.plcs_use_lxc:
- self.run_in_host("virsh -c lxc:// destroy %s"%self.vservername)
- self.run_in_host("virsh -c lxc:// undefine %s"%self.vservername)
- self.run_in_host("rm -fr /vservers/%s"%self.vservername)
- return True
- else:
- self.run_in_host("vserver --silent %s delete"%self.vservername)
- return True
+ stamp_path = self.vm_timestamp_path()
+ self.run_in_host("rm -f {}".format(stamp_path))
+ self.run_in_host("virsh -c lxc:// destroy {}".format(self.vservername))
+ self.run_in_host("virsh -c lxc:// undefine {}".format(self.vservername))
+ self.run_in_host("rm -fr /vservers/{}".format(self.vservername))
+ return True
### install
# historically the build was being fetched by the tests
# now the build pushes itself as a subdir of the tests workdir
# so that the tests do not have to worry about extracting the build (svn, git, or whatever)
- def vs_create (self):
+ def plcvm_create(self):
"vserver creation (no install done)"
# push the local build/ dir to the testplc box
if self.is_local():
# a full path for the local calls
- build_dir=os.path.dirname(sys.argv[0])
+ build_dir = os.path.dirname(sys.argv[0])
# sometimes this is empty - set to "." in such a case
- if not build_dir: build_dir="."
+ if not build_dir:
+ build_dir="."
build_dir += "/build"
else:
# use a standard name - will be relative to remote buildname
- build_dir="build"
+ build_dir = "build"
# remove for safety; do *not* mkdir first, otherwise we end up with build/build/
self.test_ssh.rmdir(build_dir)
- self.test_ssh.copy(build_dir,recursive=True)
+ self.test_ssh.copy(build_dir, recursive=True)
# the repo url is taken from arch-rpms-url
# with the last step (i386) removed
repo_url = self.options.arch_rpms_url
for level in [ 'arch' ]:
- repo_url = os.path.dirname(repo_url)
+ repo_url = os.path.dirname(repo_url)
# invoke initvm (drop support for vs)
- script="lbuild-initvm.sh"
- script_options=""
+ script = "lbuild-initvm.sh"
+ script_options = ""
# pass the vbuild-nightly options to [lv]test-initvm
- script_options += " -p %s"%self.options.personality
- script_options += " -d %s"%self.options.pldistro
- script_options += " -f %s"%self.options.fcdistro
- script_options += " -r %s"%repo_url
+ script_options += " -p {}".format(self.options.personality)
+ script_options += " -d {}".format(self.options.pldistro)
+ script_options += " -f {}".format(self.options.fcdistro)
+ script_options += " -r {}".format(repo_url)
vserver_name = self.vservername
try:
- vserver_hostname=socket.gethostbyaddr(self.vserverip)[0]
- script_options += " -n %s"%vserver_hostname
+ vserver_hostname = socket.gethostbyaddr(self.vserverip)[0]
+ script_options += " -n {}".format(vserver_hostname)
except:
- print "Cannot reverse lookup %s"%self.vserverip
- print "This is considered fatal, as this might pollute the test results"
+ print("Cannot reverse lookup {}".format(self.vserverip))
+ print("This is considered fatal, as this might pollute the test results")
return False
- create_vserver="%(build_dir)s/%(script)s %(script_options)s %(vserver_name)s"%locals()
+ create_vserver="{build_dir}/{script} {script_options} {vserver_name}".format(**locals())
return self.run_in_host(create_vserver) == 0
### install_rpm
elif self.options.personality == "linux64":
arch = "x86_64"
else:
- raise Exception, "Unsupported personality %r"%self.options.personality
- nodefamily="%s-%s-%s"%(self.options.pldistro,self.options.fcdistro,arch)
+ raise Exception("Unsupported personality {}".format(self.options.personality))
+ nodefamily = "{}-{}-{}".format(self.options.pldistro, self.options.fcdistro, arch)
pkgs_list=[]
- pkgs_list.append ("slicerepo-%s"%nodefamily)
- pkgs_list.append ("myplc")
- pkgs_list.append ("noderepo-%s"%nodefamily)
- pkgs_list.append ("nodeimage-%s-plain"%nodefamily)
+ pkgs_list.append("slicerepo-{}".format(nodefamily))
+ pkgs_list.append("myplc")
+ pkgs_list.append("noderepo-{}".format(nodefamily))
+ pkgs_list.append("nodeimage-{}-plain".format(nodefamily))
pkgs_string=" ".join(pkgs_list)
- return self.yum_install (pkgs_list)
+ return self.yum_install(pkgs_list)
###
def mod_python(self):
"""yum install mod_python, useful on f18 and above so as to avoid broken wsgi"""
- return self.yum_install ( [ 'mod_python' ] )
+ return self.yum_install( ['mod_python'] )
###
def plc_configure(self):
"run plc-config-tty"
- tmpname='%s.plc-config-tty'%(self.name())
- fileconf=open(tmpname,'w')
- for var in [ 'PLC_NAME',
- 'PLC_ROOT_USER',
- 'PLC_ROOT_PASSWORD',
- 'PLC_SLICE_PREFIX',
- 'PLC_MAIL_ENABLED',
- 'PLC_MAIL_SUPPORT_ADDRESS',
- 'PLC_DB_HOST',
-# 'PLC_DB_PASSWORD',
- # Above line was added for integrating SFA Testing
- 'PLC_API_HOST',
- 'PLC_WWW_HOST',
- 'PLC_BOOT_HOST',
- 'PLC_NET_DNS1',
- 'PLC_NET_DNS2',
- 'PLC_RESERVATION_GRANULARITY',
- 'PLC_OMF_ENABLED',
- 'PLC_OMF_XMPP_SERVER',
- 'PLC_VSYS_DEFAULTS',
- ]:
- fileconf.write ('e %s\n%s\n'%(var,self.plc_spec[var]))
- fileconf.write('w\n')
- fileconf.write('q\n')
- fileconf.close()
- utils.system('cat %s'%tmpname)
- self.run_in_guest_piped('cat %s'%tmpname,'plc-config-tty')
- utils.system('rm %s'%tmpname)
+ tmpname = '{}.plc-config-tty'.format(self.name())
+ with open(tmpname,'w') as fileconf:
+ for (var,value) in self.plc_spec['settings'].items():
+ fileconf.write('e {}\n{}\n'.format(var, value))
+ fileconf.write('w\n')
+ fileconf.write('q\n')
+ utils.system('cat {}'.format(tmpname))
+ self.run_in_guest_piped('cat {}'.format(tmpname), 'plc-config-tty')
+ utils.system('rm {}'.format(tmpname))
return True
+# f14 is a bit odd in this respect, although this worked fine in guests up to f18
+# however using a vplc guest under f20 requires this trick
+# the symptom is this: service plc start
+# Starting plc (via systemctl): Failed to get D-Bus connection: \
+# Failed to connect to socket /org/freedesktop/systemd1/private: Connection refused
+# weird thing is the doc says f14 uses upstart by default and not systemd
+# so this sounds kind of harmless
+ def start_service(self, service):
+ return self.start_stop_service(service, 'start')
+ def stop_service(self, service):
+ return self.start_stop_service(service, 'stop')
+
+ def start_stop_service(self, service, start_or_stop):
+ "utility to start/stop a service with the special trick for f14"
+ if self.options.fcdistro != 'f14':
+ return self.run_in_guest("service {} {}".format(service, start_or_stop)) == 0
+ else:
+ # patch /sbin/service so it does not reset environment
+ self.run_in_guest('sed -i -e \\"s,env -i,env,\\" /sbin/service')
+ # this is because our own scripts in turn call service
+ return self.run_in_guest("SYSTEMCTL_SKIP_REDIRECT=true service {} {}"\
+ .format(service, start_or_stop)) == 0
+
def plc_start(self):
"service plc start"
- self.run_in_guest('service plc start')
- return True
+ return self.start_service('plc')
def plc_stop(self):
"service plc stop"
- self.run_in_guest('service plc stop')
- return True
-
- def vs_start (self):
+ return self.stop_service('plc')
+
+ def plcvm_start(self):
"start the PLC vserver"
self.start_guest()
return True
- def vs_stop (self):
+ def plcvm_stop(self):
"stop the PLC vserver"
self.stop_guest()
return True
def keys_store(self):
"stores test users ssh keys in keys/"
for key_spec in self.plc_spec['keys']:
- TestKey(self,key_spec).store_key()
+ TestKey(self,key_spec).store_key()
return True
def keys_clean(self):
dir="./keys"
if not os.path.isdir(dir):
os.mkdir(dir)
- vservername=self.vservername
- vm_root=self.vm_root_in_host()
- overall=True
+ vservername = self.vservername
+ vm_root = self.vm_root_in_host()
+ overall = True
prefix = 'debug_ssh_key'
- for ext in [ 'pub', 'rsa' ] :
- src="%(vm_root)s/etc/planetlab/%(prefix)s.%(ext)s"%locals()
- dst="keys/%(vservername)s-debug.%(ext)s"%locals()
- if self.test_ssh.fetch(src,dst) != 0: overall=False
+ for ext in ['pub', 'rsa'] :
+ src = "{vm_root}/etc/planetlab/{prefix}.{ext}".format(**locals())
+ dst = "keys/{vservername}-debug.{ext}".format(**locals())
+ if self.test_ssh.fetch(src, dst) != 0:
+ overall=False
return overall
- def sites (self):
+ def sites(self):
"create sites with PLCAPI"
return self.do_sites()
- def delete_sites (self):
+ def delete_sites(self):
"delete sites with PLCAPI"
return self.do_sites(action="delete")
- def do_sites (self,action="add"):
+ def do_sites(self, action="add"):
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self,site_spec)
if (action != "add"):
- utils.header("Deleting site %s in %s"%(test_site.name(),self.name()))
+ utils.header("Deleting site {} in {}".format(test_site.name(), self.name()))
test_site.delete_site()
# deleted with the site
#test_site.delete_users()
continue
else:
- utils.header("Creating site %s & users in %s"%(test_site.name(),self.name()))
+ utils.header("Creating site {} & users in {}".format(test_site.name(), self.name()))
test_site.create_site()
test_site.create_users()
return True
- def delete_all_sites (self):
+ def delete_all_sites(self):
"Delete all sites in PLC, and related objects"
- print 'auth_root',self.auth_root()
+ print('auth_root', self.auth_root())
sites = self.apiserver.GetSites(self.auth_root(), {}, ['site_id','login_base'])
for site in sites:
# keep automatic site - otherwise we shoot in our own foot, root_auth is not valid anymore
- if site['login_base']==self.plc_spec['PLC_SLICE_PREFIX']: continue
- site_id=site['site_id']
- print 'Deleting site_id',site_id
- self.apiserver.DeleteSite(self.auth_root(),site_id)
+ if site['login_base'] == self.plc_spec['settings']['PLC_SLICE_PREFIX']:
+ continue
+ site_id = site['site_id']
+ print('Deleting site_id', site_id)
+ self.apiserver.DeleteSite(self.auth_root(), site_id)
return True
- def nodes (self):
+ def nodes(self):
"create nodes with PLCAPI"
return self.do_nodes()
- def delete_nodes (self):
+ def delete_nodes(self):
"delete nodes with PLCAPI"
return self.do_nodes(action="delete")
- def do_nodes (self,action="add"):
+ def do_nodes(self, action="add"):
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self, site_spec)
if action != "add":
- utils.header("Deleting nodes in site %s"%test_site.name())
+ utils.header("Deleting nodes in site {}".format(test_site.name()))
for node_spec in site_spec['nodes']:
- test_node=TestNode(self,test_site,node_spec)
- utils.header("Deleting %s"%test_node.name())
+ test_node = TestNode(self, test_site, node_spec)
+ utils.header("Deleting {}".format(test_node.name()))
test_node.delete_node()
else:
- utils.header("Creating nodes for site %s in %s"%(test_site.name(),self.name()))
+ utils.header("Creating nodes for site {} in {}".format(test_site.name(), self.name()))
for node_spec in site_spec['nodes']:
- utils.pprint('Creating node %s'%node_spec,node_spec)
- test_node = TestNode (self,test_site,node_spec)
- test_node.create_node ()
+ utils.pprint('Creating node {}'.format(node_spec), node_spec)
+ test_node = TestNode(self, test_site, node_spec)
+ test_node.create_node()
return True
- def nodegroups (self):
+ def nodegroups(self):
"create nodegroups with PLCAPI"
return self.do_nodegroups("add")
- def delete_nodegroups (self):
+ def delete_nodegroups(self):
"delete nodegroups with PLCAPI"
return self.do_nodegroups("delete")
YEAR = 365*24*3600
@staticmethod
- def translate_timestamp (start,grain,timestamp):
- if timestamp < TestPlc.YEAR: return start+timestamp*grain
- else: return timestamp
+ def translate_timestamp(start, grain, timestamp):
+ if timestamp < TestPlc.YEAR:
+ return start + timestamp*grain
+ else:
+ return timestamp
@staticmethod
- def timestamp_printable (timestamp):
- return time.strftime('%m-%d %H:%M:%S UTC',time.gmtime(timestamp))
+ def timestamp_printable(timestamp):
+ return time.strftime('%m-%d %H:%M:%S UTC', time.gmtime(timestamp))
def leases(self):
"create leases (on reservable nodes only, use e.g. run -c default -c resa)"
- now=int(time.time())
- grain=self.apiserver.GetLeaseGranularity(self.auth_root())
- print 'API answered grain=',grain
- start=(now/grain)*grain
+ now = int(time.time())
+ grain = self.apiserver.GetLeaseGranularity(self.auth_root())
+ print('API answered grain=', grain)
+ start = (now//grain)*grain
start += grain
# find out all nodes that are reservable
- nodes=self.all_reservable_nodenames()
+ nodes = self.all_reservable_nodenames()
if not nodes:
- utils.header ("No reservable node found - proceeding without leases")
+ utils.header("No reservable node found - proceeding without leases")
return True
- ok=True
+ ok = True
# attach them to the leases as specified in plc_specs
# this is where the 'leases' field gets interpreted as relative of absolute
for lease_spec in self.plc_spec['leases']:
# skip the ones that come with a null slice id
- if not lease_spec['slice']: continue
- lease_spec['t_from']=TestPlc.translate_timestamp(start,grain,lease_spec['t_from'])
- lease_spec['t_until']=TestPlc.translate_timestamp(start,grain,lease_spec['t_until'])
- lease_addition=self.apiserver.AddLeases(self.auth_root(),nodes,
- lease_spec['slice'],lease_spec['t_from'],lease_spec['t_until'])
+ if not lease_spec['slice']:
+ continue
+ lease_spec['t_from'] = TestPlc.translate_timestamp(start, grain, lease_spec['t_from'])
+ lease_spec['t_until'] = TestPlc.translate_timestamp(start, grain, lease_spec['t_until'])
+ lease_addition = self.apiserver.AddLeases(self.auth_root(), nodes, lease_spec['slice'],
+ lease_spec['t_from'], lease_spec['t_until'])
if lease_addition['errors']:
- utils.header("Cannot create leases, %s"%lease_addition['errors'])
- ok=False
+ utils.header("Cannot create leases, {}".format(lease_addition['errors']))
+ ok = False
else:
- utils.header('Leases on nodes %r for %s from %d (%s) until %d (%s)'%\
- (nodes,lease_spec['slice'],
- lease_spec['t_from'],TestPlc.timestamp_printable(lease_spec['t_from']),
- lease_spec['t_until'],TestPlc.timestamp_printable(lease_spec['t_until'])))
+ utils.header('Leases on nodes {} for {} from {:d} ({}) until {:d} ({})'\
+ .format(nodes, lease_spec['slice'],
+ lease_spec['t_from'], TestPlc.timestamp_printable(lease_spec['t_from']),
+ lease_spec['t_until'], TestPlc.timestamp_printable(lease_spec['t_until'])))
return ok
- def delete_leases (self):
+ def delete_leases(self):
"remove all leases in the myplc side"
- lease_ids= [ l['lease_id'] for l in self.apiserver.GetLeases(self.auth_root())]
- utils.header("Cleaning leases %r"%lease_ids)
- self.apiserver.DeleteLeases(self.auth_root(),lease_ids)
+ lease_ids = [ l['lease_id'] for l in self.apiserver.GetLeases(self.auth_root())]
+ utils.header("Cleaning leases {}".format(lease_ids))
+ self.apiserver.DeleteLeases(self.auth_root(), lease_ids)
return True
- def list_leases (self):
+ def list_leases(self):
"list all leases known to the myplc"
leases = self.apiserver.GetLeases(self.auth_root())
- now=int(time.time())
+ now = int(time.time())
for l in leases:
- current=l['t_until']>=now
+ current = l['t_until'] >= now
if self.options.verbose or current:
- utils.header("%s %s from %s until %s"%(l['hostname'],l['name'],
- TestPlc.timestamp_printable(l['t_from']),
- TestPlc.timestamp_printable(l['t_until'])))
+ utils.header("{} {} from {} until {}"\
+ .format(l['hostname'], l['name'],
+ TestPlc.timestamp_printable(l['t_from']),
+ TestPlc.timestamp_printable(l['t_until'])))
return True
# create nodegroups if needed, and populate
- def do_nodegroups (self, action="add"):
+ def do_nodegroups(self, action="add"):
# 1st pass to scan contents
groups_dict = {}
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self,site_spec)
for node_spec in site_spec['nodes']:
- test_node=TestNode (self,test_site,node_spec)
- if node_spec.has_key('nodegroups'):
- nodegroupnames=node_spec['nodegroups']
- if isinstance(nodegroupnames,StringTypes):
+ test_node = TestNode(self, test_site, node_spec)
+ if 'nodegroups' in node_spec:
+ nodegroupnames = node_spec['nodegroups']
+ if isinstance(nodegroupnames, str):
nodegroupnames = [ nodegroupnames ]
for nodegroupname in nodegroupnames:
- if not groups_dict.has_key(nodegroupname):
- groups_dict[nodegroupname]=[]
+ if nodegroupname not in groups_dict:
+ groups_dict[nodegroupname] = []
groups_dict[nodegroupname].append(test_node.name())
- auth=self.auth_root()
+ auth = self.auth_root()
overall = True
- for (nodegroupname,group_nodes) in groups_dict.iteritems():
+ for (nodegroupname,group_nodes) in groups_dict.items():
if action == "add":
- print 'nodegroups:','dealing with nodegroup',nodegroupname,'on nodes',group_nodes
+ print('nodegroups:', 'dealing with nodegroup',\
+ nodegroupname, 'on nodes', group_nodes)
# first, check if the nodetagtype is here
- tag_types = self.apiserver.GetTagTypes(auth,{'tagname':nodegroupname})
+ tag_types = self.apiserver.GetTagTypes(auth, {'tagname':nodegroupname})
if tag_types:
tag_type_id = tag_types[0]['tag_type_id']
else:
tag_type_id = self.apiserver.AddTagType(auth,
- {'tagname':nodegroupname,
- 'description': 'for nodegroup %s'%nodegroupname,
- 'category':'test'})
- print 'located tag (type)',nodegroupname,'as',tag_type_id
+ {'tagname' : nodegroupname,
+ 'description' : 'for nodegroup {}'.format(nodegroupname),
+ 'category' : 'test'})
+ print('located tag (type)', nodegroupname, 'as', tag_type_id)
# create nodegroup
- nodegroups = self.apiserver.GetNodeGroups (auth, {'groupname':nodegroupname})
+ nodegroups = self.apiserver.GetNodeGroups(auth, {'groupname' : nodegroupname})
if not nodegroups:
self.apiserver.AddNodeGroup(auth, nodegroupname, tag_type_id, 'yes')
- print 'created nodegroup',nodegroupname,'from tagname',nodegroupname,'and value','yes'
+ print('created nodegroup', nodegroupname, \
+ 'from tagname', nodegroupname, 'and value', 'yes')
# set node tag on all nodes, value='yes'
for nodename in group_nodes:
try:
self.apiserver.AddNodeTag(auth, nodename, nodegroupname, "yes")
except:
traceback.print_exc()
- print 'node',nodename,'seems to already have tag',nodegroupname
+ print('node', nodename, 'seems to already have tag', nodegroupname)
# check anyway
try:
expect_yes = self.apiserver.GetNodeTags(auth,
- {'hostname':nodename,
- 'tagname':nodegroupname},
+ {'hostname' : nodename,
+ 'tagname' : nodegroupname},
['value'])[0]['value']
if expect_yes != "yes":
- print 'Mismatch node tag on node',nodename,'got',expect_yes
- overall=False
+ print('Mismatch node tag on node',nodename,'got',expect_yes)
+ overall = False
except:
if not self.options.dry_run:
- print 'Cannot find tag',nodegroupname,'on node',nodename
+ print('Cannot find tag', nodegroupname, 'on node', nodename)
overall = False
else:
try:
- print 'cleaning nodegroup',nodegroupname
- self.apiserver.DeleteNodeGroup(auth,nodegroupname)
+ print('cleaning nodegroup', nodegroupname)
+ self.apiserver.DeleteNodeGroup(auth, nodegroupname)
except:
traceback.print_exc()
- overall=False
+ overall = False
return overall
# a list of TestNode objs
- def all_nodes (self):
+ def all_nodes(self):
nodes=[]
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self,site_spec)
for node_spec in site_spec['nodes']:
- nodes.append(TestNode (self,test_site,node_spec))
+ nodes.append(TestNode(self, test_site, node_spec))
return nodes
# return a list of tuples (nodename,qemuname)
- def all_node_infos (self) :
+ def all_node_infos(self) :
node_infos = []
for site_spec in self.plc_spec['sites']:
- node_infos += [ (node_spec['node_fields']['hostname'],node_spec['host_box']) \
+ node_infos += [ (node_spec['node_fields']['hostname'], node_spec['host_box']) \
for node_spec in site_spec['nodes'] ]
return node_infos
- def all_nodenames (self): return [ x[0] for x in self.all_node_infos() ]
- def all_reservable_nodenames (self):
- res=[]
+ def all_nodenames(self):
+ return [ x[0] for x in self.all_node_infos() ]
+ def all_reservable_nodenames(self):
+ res = []
for site_spec in self.plc_spec['sites']:
for node_spec in site_spec['nodes']:
- node_fields=node_spec['node_fields']
- if 'node_type' in node_fields and node_fields['node_type']=='reservable':
+ node_fields = node_spec['node_fields']
+ if 'node_type' in node_fields and node_fields['node_type'] == 'reservable':
res.append(node_fields['hostname'])
return res
# silent_minutes : during the first <silent_minutes> minutes nothing gets printed
- def nodes_check_boot_state (self, target_boot_state, timeout_minutes, silent_minutes,period_seconds=15):
+ def nodes_check_boot_state(self, target_boot_state, timeout_minutes,
+ silent_minutes, period_seconds = 15):
if self.options.dry_run:
- print 'dry_run'
+ print('dry_run')
return True
- class CompleterTaskBootState (CompleterTask):
- def __init__ (self, test_plc,hostname):
- self.test_plc=test_plc
- self.hostname=hostname
- self.last_boot_state='undef'
- def actual_run (self):
+ class CompleterTaskBootState(CompleterTask):
+ def __init__(self, test_plc, hostname):
+ self.test_plc = test_plc
+ self.hostname = hostname
+ self.last_boot_state = 'undef'
+ def actual_run(self):
try:
- node = self.test_plc.apiserver.GetNodes(self.test_plc.auth_root(), [ self.hostname ],
- ['boot_state'])[0]
+ node = self.test_plc.apiserver.GetNodes(self.test_plc.auth_root(),
+ [ self.hostname ],
+ ['boot_state'])[0]
self.last_boot_state = node['boot_state']
return self.last_boot_state == target_boot_state
except:
return False
- def message (self):
- return "CompleterTaskBootState with node %s"%self.hostname
- def failure_message (self):
- return "node %s in state %s - expected %s"%(self.hostname,self.last_boot_state,target_boot_state)
+ def message(self):
+ return "CompleterTaskBootState with node {}".format(self.hostname)
+ def failure_epilogue(self):
+ print("node {} in state {} - expected {}"\
+ .format(self.hostname, self.last_boot_state, target_boot_state))
timeout = timedelta(minutes=timeout_minutes)
graceout = timedelta(minutes=silent_minutes)
period = timedelta(seconds=period_seconds)
# the nodes that haven't checked yet - start with a full list and shrink over time
- utils.header("checking nodes boot state (expected %s)"%target_boot_state)
- tasks = [ CompleterTaskBootState (self,hostname) \
+ utils.header("checking nodes boot state (expected {})".format(target_boot_state))
+ tasks = [ CompleterTaskBootState(self,hostname) \
for (hostname,_) in self.all_node_infos() ]
- return Completer (tasks).run (timeout, graceout, period)
+ message = 'check_boot_state={}'.format(target_boot_state)
+ return Completer(tasks, message=message).run(timeout, graceout, period)
def nodes_booted(self):
- return self.nodes_check_boot_state('boot',timeout_minutes=30,silent_minutes=28)
-
- def check_nodes_ssh(self,debug,timeout_minutes,silent_minutes,period_seconds=15):
- class CompleterTaskNodeSsh (CompleterTask):
- def __init__ (self, hostname, qemuname, boot_state, local_key):
- self.hostname=hostname
- self.qemuname=qemuname
- self.boot_state=boot_state
- self.local_key=local_key
- def run (self, silent):
- command = TestSsh (self.hostname,key=self.local_key).actual_command("hostname;uname -a")
- return utils.system (command, silent=silent)==0
- def failure_message (self):
- return "Cannot reach %s @ %s in %s mode"%(self.hostname, self.qemuname, self.boot_state)
+ return self.nodes_check_boot_state('boot', timeout_minutes=30, silent_minutes=28)
+
+ def probe_kvm_iptables(self):
+ (_,kvmbox) = self.all_node_infos()[0]
+ TestSsh(kvmbox).run("iptables-save")
+ return True
+
+ # probing nodes
+ def check_nodes_ping(self, timeout_seconds=30, period_seconds=10):
+ class CompleterTaskPingNode(CompleterTask):
+ def __init__(self, hostname):
+ self.hostname = hostname
+ def run(self, silent):
+ command="ping -c 1 -w 1 {} >& /dev/null".format(self.hostname)
+ return utils.system(command, silent=silent) == 0
+ def failure_epilogue(self):
+ print("Cannot ping node with name {}".format(self.hostname))
+ timeout = timedelta(seconds = timeout_seconds)
+ graceout = timeout
+ period = timedelta(seconds = period_seconds)
+ node_infos = self.all_node_infos()
+ tasks = [ CompleterTaskPingNode(h) for (h,_) in node_infos ]
+ return Completer(tasks, message='ping_node').run(timeout, graceout, period)
+
+ # ping node before we try to reach ssh, helpful for troubleshooting failing bootCDs
+ def ping_node(self):
+ "Ping nodes"
+ return self.check_nodes_ping()
+ def check_nodes_ssh(self, debug, timeout_minutes, silent_minutes, period_seconds=15):
# various delays
timeout = timedelta(minutes=timeout_minutes)
graceout = timedelta(minutes=silent_minutes)
period = timedelta(seconds=period_seconds)
- vservername=self.vservername
+ vservername = self.vservername
if debug:
- message="debug"
- local_key = "keys/%(vservername)s-debug.rsa"%locals()
+ message = "debug"
+ completer_message = 'ssh_node_debug'
+ local_key = "keys/{vservername}-debug.rsa".format(**locals())
else:
- message="boot"
- local_key = "keys/key_admin.rsa"
- utils.header("checking ssh access to nodes (expected in %s mode)"%message)
+ message = "boot"
+ completer_message = 'ssh_node_boot'
+ local_key = "keys/key_admin.rsa"
+ utils.header("checking ssh access to nodes (expected in {} mode)".format(message))
node_infos = self.all_node_infos()
- tasks = [ CompleterTaskNodeSsh (nodename, qemuname, message, local_key) \
- for (nodename,qemuname) in node_infos ]
- return Completer (tasks).run (timeout, graceout, period)
+ tasks = [ CompleterTaskNodeSsh(nodename, qemuname, local_key,
+ boot_state=message, dry_run=self.options.dry_run) \
+ for (nodename, qemuname) in node_infos ]
+ return Completer(tasks, message=completer_message).run(timeout, graceout, period)
def ssh_node_debug(self):
"Tries to ssh into nodes in debug mode with the debug ssh key"
- return self.check_nodes_ssh(debug=True,
- timeout_minutes=self.ssh_node_debug_timeout,
- silent_minutes=self.ssh_node_debug_silent)
+ return self.check_nodes_ssh(debug = True,
+ timeout_minutes = self.ssh_node_debug_timeout,
+ silent_minutes = self.ssh_node_debug_silent)
def ssh_node_boot(self):
"Tries to ssh into nodes in production mode with the root ssh key"
- return self.check_nodes_ssh(debug=False,
- timeout_minutes=self.ssh_node_boot_timeout,
- silent_minutes=self.ssh_node_boot_silent)
+ return self.check_nodes_ssh(debug = False,
+ timeout_minutes = self.ssh_node_boot_timeout,
+ silent_minutes = self.ssh_node_boot_silent)
def node_bmlogs(self):
"Checks that there's a non-empty dir. /var/log/bm/raw"
- return utils.system(self.actual_command_in_guest("ls /var/log/bm/raw"))==0
+ return utils.system(self.actual_command_in_guest("ls /var/log/bm/raw")) == 0
@node_mapper
- def qemu_local_init (self): pass
+ def qemu_local_init(self): pass
@node_mapper
- def bootcd (self): pass
+ def bootcd(self): pass
@node_mapper
- def qemu_local_config (self): pass
+ def qemu_local_config(self): pass
@node_mapper
- def nodestate_reinstall (self): pass
+ def nodestate_reinstall(self): pass
@node_mapper
- def nodestate_safeboot (self): pass
+ def nodestate_safeboot(self): pass
@node_mapper
- def nodestate_boot (self): pass
+ def nodestate_boot(self): pass
@node_mapper
- def nodestate_show (self): pass
+ def nodestate_show(self): pass
@node_mapper
- def qemu_export (self): pass
+ def qemu_export(self): pass
### check hooks : invoke scripts from hooks/{node,slice}
- def check_hooks_node (self):
+ def check_hooks_node(self):
return self.locate_first_node().check_hooks()
- def check_hooks_sliver (self) :
+ def check_hooks_sliver(self) :
return self.locate_first_sliver().check_hooks()
- def check_hooks (self):
+ def check_hooks(self):
"runs unit tests in the node and slice contexts - see hooks/{node,slice}"
return self.check_hooks_node() and self.check_hooks_sliver()
### initscripts
def do_check_initscripts(self):
- class CompleterTaskInitscript (CompleterTask):
- def __init__ (self, test_sliver, stamp):
- self.test_sliver=test_sliver
- self.stamp=stamp
- def actual_run (self):
- return self.test_sliver.check_initscript_stamp (self.stamp)
- def message (self):
- return "initscript checker for %s"%self.test_sliver.name()
- def failure_message (self):
- return "initscript stamp %s not found in sliver %s"%(self.stamp,self.test_sliver.name())
+ class CompleterTaskInitscript(CompleterTask):
+ def __init__(self, test_sliver, stamp):
+ self.test_sliver = test_sliver
+ self.stamp = stamp
+ def actual_run(self):
+ return self.test_sliver.check_initscript_stamp(self.stamp)
+ def message(self):
+ return "initscript checker for {}".format(self.test_sliver.name())
+ def failure_epilogue(self):
+ print("initscript stamp {} not found in sliver {}"\
+ .format(self.stamp, self.test_sliver.name()))
- tasks=[]
+ tasks = []
for slice_spec in self.plc_spec['slices']:
- if not slice_spec.has_key('initscriptstamp'):
+ if 'initscriptstamp' not in slice_spec:
continue
- stamp=slice_spec['initscriptstamp']
- slicename=slice_spec['slice_fields']['name']
+ stamp = slice_spec['initscriptstamp']
+ slicename = slice_spec['slice_fields']['name']
for nodename in slice_spec['nodenames']:
- print 'nodename',nodename,'slicename',slicename,'stamp',stamp
- (site,node) = self.locate_node (nodename)
+ print('nodename', nodename, 'slicename', slicename, 'stamp', stamp)
+ site,node = self.locate_node(nodename)
# xxx - passing the wrong site - probably harmless
- test_site = TestSite (self,site)
- test_slice = TestSlice (self,test_site,slice_spec)
- test_node = TestNode (self,test_site,node)
- test_sliver = TestSliver (self, test_node, test_slice)
- tasks.append ( CompleterTaskInitscript (test_sliver, stamp))
- return Completer (tasks).run (timedelta(minutes=5), timedelta(minutes=4), timedelta(seconds=10))
-
+ test_site = TestSite(self, site)
+ test_slice = TestSlice(self, test_site, slice_spec)
+ test_node = TestNode(self, test_site, node)
+ test_sliver = TestSliver(self, test_node, test_slice)
+ tasks.append(CompleterTaskInitscript(test_sliver, stamp))
+ return Completer(tasks, message='check_initscripts').\
+ run (timedelta(minutes=5), timedelta(minutes=4), timedelta(seconds=10))
+
def check_initscripts(self):
"check that the initscripts have triggered"
return self.do_check_initscripts()
- def initscripts (self):
+ def initscripts(self):
"create initscripts with PLCAPI"
for initscript in self.plc_spec['initscripts']:
- utils.pprint('Adding Initscript in plc %s'%self.plc_spec['name'],initscript)
- self.apiserver.AddInitScript(self.auth_root(),initscript['initscript_fields'])
+ utils.pprint('Adding Initscript in plc {}'.format(self.plc_spec['name']), initscript)
+ self.apiserver.AddInitScript(self.auth_root(), initscript['initscript_fields'])
return True
- def delete_initscripts (self):
+ def delete_initscripts(self):
"delete initscripts with PLCAPI"
for initscript in self.plc_spec['initscripts']:
initscript_name = initscript['initscript_fields']['name']
- print('Attempting to delete %s in plc %s'%(initscript_name,self.plc_spec['name']))
+ print(('Attempting to delete {} in plc {}'.format(initscript_name, self.plc_spec['name'])))
try:
- self.apiserver.DeleteInitScript(self.auth_root(),initscript_name)
- print initscript_name,'deleted'
+ self.apiserver.DeleteInitScript(self.auth_root(), initscript_name)
+ print(initscript_name, 'deleted')
except:
- print 'deletion went wrong - probably did not exist'
+ print('deletion went wrong - probably did not exist')
return True
### manage slices
- def slices (self):
+ def slices(self):
"create slices with PLCAPI"
return self.do_slices(action="add")
- def delete_slices (self):
+ def delete_slices(self):
"delete slices with PLCAPI"
return self.do_slices(action="delete")
- def fill_slices (self):
+ def fill_slices(self):
"add nodes in slices with PLCAPI"
return self.do_slices(action="fill")
- def empty_slices (self):
+ def empty_slices(self):
"remove nodes from slices with PLCAPI"
return self.do_slices(action="empty")
- def do_slices (self, action="add"):
+ def do_slices(self, action="add"):
for slice in self.plc_spec['slices']:
- site_spec = self.locate_site (slice['sitename'])
+ site_spec = self.locate_site(slice['sitename'])
test_site = TestSite(self,site_spec)
test_slice=TestSlice(self,test_site,slice)
if action == "delete":
test_slice.delete_slice()
- elif action=="fill":
+ elif action == "fill":
test_slice.add_nodes()
- elif action=="empty":
+ elif action == "empty":
test_slice.delete_nodes()
else:
test_slice.create_slice()
return True
- @slice_mapper__tasks(20,10,15)
+ @slice_mapper__tasks(20, 10, 15)
def ssh_slice(self): pass
- @slice_mapper__tasks(20,19,15)
- def ssh_slice_off (self): pass
+ @slice_mapper__tasks(20, 19, 15)
+ def ssh_slice_off(self): pass
+ @slice_mapper__tasks(1, 1, 15)
+ def slice_fs_present(self): pass
+ @slice_mapper__tasks(1, 1, 15)
+ def slice_fs_deleted(self): pass
# use another name so we can exclude/ignore it from the tests on the nightly command line
def ssh_slice_again(self): return self.ssh_slice()
- # note that simply doing ssh_slice_again=ssh_slice would kind od work too
+ # note that simply doing ssh_slice_again=ssh_slice would kind of work too
# but for some reason the ignore-wrapping thing would not
@slice_mapper
def ssh_slice_basics(self): pass
-
@slice_mapper
def check_vsys_defaults(self): pass
@node_mapper
- def keys_clear_known_hosts (self): pass
+ def keys_clear_known_hosts(self): pass
- def plcapi_urls (self):
- return PlcapiUrlScanner (self.auth_root(),ip=self.vserverip).scan()
+ def plcapi_urls(self):
+ return PlcapiUrlScanner(self.auth_root(), ip=self.vserverip).scan()
- def speed_up_slices (self):
- "tweak nodemanager settings on all nodes using a conf file"
+ def speed_up_slices(self):
+ "tweak nodemanager cycle (wait time) to 30+/-10 s"
+ return self._speed_up_slices (30, 10)
+ def super_speed_up_slices(self):
+ "dev mode: tweak nodemanager cycle (wait time) to 5+/-1 s"
+ return self._speed_up_slices(5, 1)
+
+ def _speed_up_slices(self, p, r):
# create the template on the server-side
- template="%s.nodemanager"%self.name()
- template_file = open (template,"w")
- template_file.write('OPTIONS="-p 30 -r 11 -d"\n')
- template_file.close()
- in_vm="/var/www/html/PlanetLabConf/nodemanager"
- remote="%s/%s"%(self.vm_root_in_host(),in_vm)
- self.test_ssh.copy_abs(template,remote)
+ template = "{}.nodemanager".format(self.name())
+ with open(template,"w") as template_file:
+ template_file.write('OPTIONS="-p {} -r {} -d"\n'.format(p, r))
+ in_vm = "/var/www/html/PlanetLabConf/nodemanager"
+ remote = "{}/{}".format(self.vm_root_in_host(), in_vm)
+ self.test_ssh.copy_abs(template, remote)
# Add a conf file
- self.apiserver.AddConfFile (self.auth_root(),
- {'dest':'/etc/sysconfig/nodemanager',
- 'source':'PlanetLabConf/nodemanager',
- 'postinstall_cmd':'service nm restart',})
+ if not self.apiserver.GetConfFiles(self.auth_root(),
+ {'dest' : '/etc/sysconfig/nodemanager'}):
+ self.apiserver.AddConfFile(self.auth_root(),
+ {'dest' : '/etc/sysconfig/nodemanager',
+ 'source' : 'PlanetLabConf/nodemanager',
+ 'postinstall_cmd' : 'service nm restart',})
return True
- def debug_nodemanager (self):
+ def debug_nodemanager(self):
"sets verbose mode for nodemanager, and speeds up cycle even more (needs speed_up_slices first)"
- template="%s.nodemanager"%self.name()
- template_file = open (template,"w")
- template_file.write('OPTIONS="-p 10 -r 6 -v -d"\n')
- template_file.close()
- in_vm="/var/www/html/PlanetLabConf/nodemanager"
- remote="%s/%s"%(self.vm_root_in_host(),in_vm)
- self.test_ssh.copy_abs(template,remote)
+ template = "{}.nodemanager".format(self.name())
+ with open(template,"w") as template_file:
+ template_file.write('OPTIONS="-p 10 -r 6 -v -d"\n')
+ in_vm = "/var/www/html/PlanetLabConf/nodemanager"
+ remote = "{}/{}".format(self.vm_root_in_host(), in_vm)
+ self.test_ssh.copy_abs(template, remote)
return True
@node_mapper
- def qemu_start (self) : pass
+ def qemu_start(self) : pass
@node_mapper
- def timestamp_qemu (self) : pass
+ def qemu_timestamp(self) : pass
# when a spec refers to a node possibly on another plc
- def locate_sliver_obj_cross (self, nodename, slicename, other_plcs):
+ def locate_sliver_obj_cross(self, nodename, slicename, other_plcs):
for plc in [ self ] + other_plcs:
try:
- return plc.locate_sliver_obj (nodename, slicename)
+ return plc.locate_sliver_obj(nodename, slicename)
except:
pass
- raise Exception, "Cannot locate sliver %s@%s among all PLCs"%(nodename,slicename)
+ raise Exception("Cannot locate sliver {}@{} among all PLCs".format(nodename, slicename))
# implement this one as a cross step so that we can take advantage of different nodes
# in multi-plcs mode
- def cross_check_tcp (self, other_plcs):
+ def cross_check_tcp(self, other_plcs):
"check TCP connectivity between 2 slices (or in loopback if only one is defined)"
if 'tcp_specs' not in self.plc_spec or not self.plc_spec['tcp_specs']:
- utils.header ("check_tcp: no/empty config found")
+ utils.header("check_tcp: no/empty config found")
return True
specs = self.plc_spec['tcp_specs']
- overall=True
+ overall = True
+
+ # first wait for the network to be up and ready from the slices
+ class CompleterTaskNetworkReadyInSliver(CompleterTask):
+ def __init__(self, test_sliver):
+ self.test_sliver = test_sliver
+ def actual_run(self):
+ return self.test_sliver.check_tcp_ready(port = 9999)
+ def message(self):
+ return "network ready checker for {}".format(self.test_sliver.name())
+ def failure_epilogue(self):
+ print("could not bind port from sliver {}".format(self.test_sliver.name()))
+
+ sliver_specs = {}
+ tasks = []
+ managed_sliver_names = set()
+ for spec in specs:
+ # locate the TestSliver instances involved, and cache them in the spec instance
+ spec['s_sliver'] = self.locate_sliver_obj_cross(spec['server_node'], spec['server_slice'], other_plcs)
+ spec['c_sliver'] = self.locate_sliver_obj_cross(spec['client_node'], spec['client_slice'], other_plcs)
+ message = "Will check TCP between s={} and c={}"\
+ .format(spec['s_sliver'].name(), spec['c_sliver'].name())
+ if 'client_connect' in spec:
+ message += " (using {})".format(spec['client_connect'])
+ utils.header(message)
+ # we need to check network presence in both slivers, but also
+ # avoid to insert a sliver several times
+ for sliver in [ spec['s_sliver'], spec['c_sliver'] ]:
+ if sliver.name() not in managed_sliver_names:
+ tasks.append(CompleterTaskNetworkReadyInSliver(sliver))
+ # add this sliver's name in the set
+ managed_sliver_names .update( {sliver.name()} )
+
+ # wait for the netork to be OK in all server sides
+ if not Completer(tasks, message='check for network readiness in slivers').\
+ run(timedelta(seconds=30), timedelta(seconds=24), period=timedelta(seconds=5)):
+ return False
+
+ # run server and client
for spec in specs:
port = spec['port']
# server side
- s_test_sliver = self.locate_sliver_obj_cross (spec['server_node'],spec['server_slice'],other_plcs)
- if not s_test_sliver.run_tcp_server(port,timeout=20):
- overall=False
+ # the issue here is that we have the server run in background
+ # and so we have no clue if it took off properly or not
+ # looks like in some cases it does not
+ if not spec['s_sliver'].run_tcp_server(port, timeout=20):
+ overall = False
break
# idem for the client side
- c_test_sliver = self.locate_sliver_obj_cross (spec['client_node'],spec['client_slice'],other_plcs)
- # use nodename from locatesd sliver, unless 'client_connect' is set
+ # use nodename from located sliver, unless 'client_connect' is set
if 'client_connect' in spec:
destination = spec['client_connect']
else:
- destination=s_test_sliver.test_node.name()
- if not c_test_sliver.run_tcp_client(destination,port):
- overall=False
+ destination = spec['s_sliver'].test_node.name()
+ if not spec['c_sliver'].run_tcp_client(destination, port):
+ overall = False
return overall
# painfully enough, we need to allow for some time as netflow might show up last
- def check_system_slice (self):
+ def check_system_slice(self):
"all nodes: check that a system slice is alive"
# netflow currently not working in the lxc distro
# drl not built at all in the wtx distro
return self.check_netflow() or self.check_drl()
# expose these
- def check_netflow (self): return self._check_system_slice ('netflow')
- def check_drl (self): return self._check_system_slice ('drl')
+ def check_netflow(self): return self._check_system_slice('netflow')
+ def check_drl(self): return self._check_system_slice('drl')
# we have the slices up already here, so it should not take too long
- def _check_system_slice (self, slicename, timeout_minutes=5, period_seconds=15):
- class CompleterTaskSystemSlice (CompleterTask):
- def __init__ (self, test_node, dry_run):
- self.test_node=test_node
- self.dry_run=dry_run
- def actual_run (self):
- return self.test_node._check_system_slice (slicename, dry_run=self.dry_run)
- def message (self):
- return "System slice %s @ %s"%(slicename, self.test_node.name())
- def failure_message (self):
- return "COULD not find system slice %s @ %s"%(slicename, self.test_node.name())
+ def _check_system_slice(self, slicename, timeout_minutes=5, period_seconds=15):
+ class CompleterTaskSystemSlice(CompleterTask):
+ def __init__(self, test_node, dry_run):
+ self.test_node = test_node
+ self.dry_run = dry_run
+ def actual_run(self):
+ return self.test_node._check_system_slice(slicename, dry_run=self.dry_run)
+ def message(self):
+ return "System slice {} @ {}".format(slicename, self.test_node.name())
+ def failure_epilogue(self):
+ print("COULD not find system slice {} @ {}".format(slicename, self.test_node.name()))
timeout = timedelta(minutes=timeout_minutes)
- silent = timedelta (0)
- period = timedelta (seconds=period_seconds)
- tasks = [ CompleterTaskSystemSlice (test_node, self.options.dry_run) \
+ silent = timedelta(0)
+ period = timedelta(seconds=period_seconds)
+ tasks = [ CompleterTaskSystemSlice(test_node, self.options.dry_run) \
for test_node in self.all_nodes() ]
- return Completer (tasks) . run (timeout, silent, period)
+ return Completer(tasks, message='_check_system_slice').run(timeout, silent, period)
- def plcsh_stress_test (self):
+ def plcsh_stress_test(self):
"runs PLCAPI stress test, that checks Add/Update/Delete on all types - preserves contents"
# install the stress-test in the plc image
location = "/usr/share/plc_api/plcsh_stress_test.py"
- remote="%s/%s"%(self.vm_root_in_host(),location)
- self.test_ssh.copy_abs("plcsh_stress_test.py",remote)
+ remote = "{}/{}".format(self.vm_root_in_host(), location)
+ self.test_ssh.copy_abs("plcsh_stress_test.py", remote)
command = location
command += " -- --check"
if self.options.size == 1:
command += " --tiny"
- return ( self.run_in_guest(command) == 0)
+ return self.run_in_guest(command) == 0
# populate runs the same utility without slightly different options
# in particular runs with --preserve (dont cleanup) and without --check
# also it gets run twice, once with the --foreign option for creating fake foreign entries
- def sfa_install_all (self):
+ def sfa_install_all(self):
"yum install sfa sfa-plc sfa-sfatables sfa-client"
- return self.yum_install ("sfa sfa-plc sfa-sfatables sfa-client")
+ return self.yum_install("sfa sfa-plc sfa-sfatables sfa-client")
def sfa_install_core(self):
"yum install sfa"
- return self.yum_install ("sfa")
+ return self.yum_install("sfa")
def sfa_install_plc(self):
"yum install sfa-plc"
def sfa_install_sfatables(self):
"yum install sfa-sfatables"
- return self.yum_install ("sfa-sfatables")
+ return self.yum_install("sfa-sfatables")
# for some very odd reason, this sometimes fails with the following symptom
# # yum install sfa-client
# so as a workaround, we first try yum install, and then invoke rpm on the cached rpm...
def sfa_install_client(self):
"yum install sfa-client"
- first_try=self.yum_install("sfa-client")
- if first_try: return True
- utils.header ("********** Regular yum failed - special workaround in place, 2nd chance")
- (code,cached_rpm_path)=utils.output_of(self.actual_command_in_guest('find /var/cache/yum -name sfa-client\*.rpm'))
- utils.header("rpm_path=<<%s>>"%rpm_path)
+ first_try = self.yum_install("sfa-client")
+ if first_try:
+ return True
+ utils.header("********** Regular yum failed - special workaround in place, 2nd chance")
+ code, cached_rpm_path = \
+ utils.output_of(self.actual_command_in_guest('find /var/cache/yum -name sfa-client\*.rpm'))
+ utils.header("rpm_path=<<{}>>".format(rpm_path))
# just for checking
- self.run_in_guest("rpm -i %s"%cached_rpm_path)
- return self.yum_check_installed ("sfa-client")
+ self.run_in_guest("rpm -i {}".format(cached_rpm_path))
+ return self.yum_check_installed("sfa-client")
def sfa_dbclean(self):
"thoroughly wipes off the SFA database"
- return self.run_in_guest("sfaadmin reg nuke")==0 or \
- self.run_in_guest("sfa-nuke.py")==0 or \
- self.run_in_guest("sfa-nuke-plc.py")==0
+ return self.run_in_guest("sfaadmin reg nuke") == 0 or \
+ self.run_in_guest("sfa-nuke.py") == 0 or \
+ self.run_in_guest("sfa-nuke-plc.py") == 0 or \
+ self.run_in_guest("sfaadmin registry nuke") == 0
def sfa_fsclean(self):
"cleanup /etc/sfa/trusted_roots and /var/lib/sfa"
def sfa_plcclean(self):
"cleans the PLC entries that were created as a side effect of running the script"
# ignore result
- sfa_spec=self.plc_spec['sfa']
+ sfa_spec = self.plc_spec['sfa']
for auth_sfa_spec in sfa_spec['auth_sfa_specs']:
- login_base=auth_sfa_spec['login_base']
- try: self.apiserver.DeleteSite (self.auth_root(),login_base)
- except: print "Site %s already absent from PLC db"%login_base
+ login_base = auth_sfa_spec['login_base']
+ try:
+ self.apiserver.DeleteSite(self.auth_root(),login_base)
+ except:
+ print("Site {} already absent from PLC db".format(login_base))
for spec_name in ['pi_spec','user_spec']:
- user_spec=auth_sfa_spec[spec_name]
- username=user_spec['email']
- try: self.apiserver.DeletePerson(self.auth_root(),username)
+ user_spec = auth_sfa_spec[spec_name]
+ username = user_spec['email']
+ try:
+ self.apiserver.DeletePerson(self.auth_root(),username)
except:
# this in fact is expected as sites delete their members
- #print "User %s already absent from PLC db"%username
+ #print "User {} already absent from PLC db".format(username)
pass
- print "REMEMBER TO RUN sfa_import AGAIN"
+ print("REMEMBER TO RUN sfa_import AGAIN")
return True
def sfa_uninstall(self):
"yum install sfa-tests and run SFA unittests"
self.run_in_guest("yum -y install sfa-tests")
# failed to install - forget it
- if self.run_in_guest("rpm -q sfa-tests")!=0:
+ if self.run_in_guest("rpm -q sfa-tests") != 0:
utils.header("WARNING: SFA unit tests failed to install, ignoring")
return True
- return self.run_in_guest("/usr/share/sfa/tests/testAll.py")==0
+ return self.run_in_guest("/usr/share/sfa/tests/testAll.py") == 0
###
def confdir(self):
- dirname="conf.%s"%self.plc_spec['name']
+ dirname = "conf.{}".format(self.plc_spec['name'])
if not os.path.isdir(dirname):
- utils.system("mkdir -p %s"%dirname)
+ utils.system("mkdir -p {}".format(dirname))
if not os.path.isdir(dirname):
- raise Exception,"Cannot create config dir for plc %s"%self.name()
+ raise Exception("Cannot create config dir for plc {}".format(self.name()))
return dirname
- def conffile(self,filename):
- return "%s/%s"%(self.confdir(),filename)
- def confsubdir(self,dirname,clean,dry_run=False):
- subdirname="%s/%s"%(self.confdir(),dirname)
+ def conffile(self, filename):
+ return "{}/{}".format(self.confdir(), filename)
+ def confsubdir(self, dirname, clean, dry_run=False):
+ subdirname = "{}/{}".format(self.confdir(), dirname)
if clean:
- utils.system("rm -rf %s"%subdirname)
+ utils.system("rm -rf {}".format(subdirname))
if not os.path.isdir(subdirname):
- utils.system("mkdir -p %s"%subdirname)
+ utils.system("mkdir -p {}".format(subdirname))
if not dry_run and not os.path.isdir(subdirname):
- raise "Cannot create config subdir %s for plc %s"%(dirname,self.name())
+ raise "Cannot create config subdir {} for plc {}".format(dirname, self.name())
return subdirname
- def conffile_clean (self,filename):
+ def conffile_clean(self, filename):
filename=self.conffile(filename)
- return utils.system("rm -rf %s"%filename)==0
+ return utils.system("rm -rf {}".format(filename))==0
###
def sfa_configure(self):
"run sfa-config-tty"
- tmpname=self.conffile("sfa-config-tty")
- fileconf=open(tmpname,'w')
- for var in [ 'SFA_REGISTRY_ROOT_AUTH',
- 'SFA_INTERFACE_HRN',
- 'SFA_REGISTRY_LEVEL1_AUTH',
- 'SFA_REGISTRY_HOST',
- 'SFA_AGGREGATE_HOST',
- 'SFA_SM_HOST',
- 'SFA_PLC_URL',
- 'SFA_PLC_USER',
- 'SFA_PLC_PASSWORD',
- 'SFA_DB_HOST',
- 'SFA_DB_USER',
- 'SFA_DB_PASSWORD',
- 'SFA_DB_NAME',
- 'SFA_API_LOGLEVEL',
- 'SFA_GENERIC_FLAVOUR',
- 'SFA_AGGREGATE_ENABLED',
- ]:
- if self.plc_spec['sfa'].has_key(var):
- fileconf.write ('e %s\n%s\n'%(var,self.plc_spec['sfa'][var]))
- # the way plc_config handles booleans just sucks..
- for var in []:
- val='false'
- if self.plc_spec['sfa'][var]: val='true'
- fileconf.write ('e %s\n%s\n'%(var,val))
- fileconf.write('w\n')
- fileconf.write('R\n')
- fileconf.write('q\n')
- fileconf.close()
- utils.system('cat %s'%tmpname)
- self.run_in_guest_piped('cat %s'%tmpname,'sfa-config-tty')
+ tmpname = self.conffile("sfa-config-tty")
+ with open(tmpname,'w') as fileconf:
+ for (var,value) in self.plc_spec['sfa']['settings'].items():
+ fileconf.write('e {}\n{}\n'.format(var, value))
+ fileconf.write('w\n')
+ fileconf.write('R\n')
+ fileconf.write('q\n')
+ utils.system('cat {}'.format(tmpname))
+ self.run_in_guest_piped('cat {}'.format(tmpname), 'sfa-config-tty')
return True
def aggregate_xml_line(self):
- port=self.plc_spec['sfa']['neighbours-port']
- return '<aggregate addr="%s" hrn="%s" port="%r"/>' % \
- (self.vserverip,self.plc_spec['sfa']['SFA_REGISTRY_ROOT_AUTH'],port)
+ port = self.plc_spec['sfa']['neighbours-port']
+ return '<aggregate addr="{}" hrn="{}" port="{}"/>'\
+ .format(self.vserverip, self.plc_spec['sfa']['settings']['SFA_REGISTRY_ROOT_AUTH'], port)
def registry_xml_line(self):
- return '<registry addr="%s" hrn="%s" port="12345"/>' % \
- (self.vserverip,self.plc_spec['sfa']['SFA_REGISTRY_ROOT_AUTH'])
+ return '<registry addr="{}" hrn="{}" port="12345"/>'\
+ .format(self.vserverip, self.plc_spec['sfa']['settings']['SFA_REGISTRY_ROOT_AUTH'])
# a cross step that takes all other plcs in argument
# of course with a single plc, other_plcs is an empty list
if not other_plcs:
return True
- agg_fname=self.conffile("agg.xml")
- file(agg_fname,"w").write("<aggregates>%s</aggregates>\n" % \
- " ".join([ plc.aggregate_xml_line() for plc in other_plcs ]))
- utils.header ("(Over)wrote %s"%agg_fname)
+ agg_fname = self.conffile("agg.xml")
+ with open(agg_fname,"w") as out:
+ out.write("<aggregates>{}</aggregates>\n"\
+ .format(" ".join([ plc.aggregate_xml_line() for plc in other_plcs ])))
+ utils.header("(Over)wrote {}".format(agg_fname))
reg_fname=self.conffile("reg.xml")
- file(reg_fname,"w").write("<registries>%s</registries>\n" % \
- " ".join([ plc.registry_xml_line() for plc in other_plcs ]))
- utils.header ("(Over)wrote %s"%reg_fname)
- return self.test_ssh.copy_abs(agg_fname,'/%s/etc/sfa/aggregates.xml'%self.vm_root_in_host())==0 \
- and self.test_ssh.copy_abs(reg_fname,'/%s/etc/sfa/registries.xml'%self.vm_root_in_host())==0
+ with open(reg_fname,"w") as out:
+ out.write("<registries>{}</registries>\n"\
+ .format(" ".join([ plc.registry_xml_line() for plc in other_plcs ])))
+ utils.header("(Over)wrote {}".format(reg_fname))
+ return self.test_ssh.copy_abs(agg_fname,
+ '/{}/etc/sfa/aggregates.xml'.format(self.vm_root_in_host())) == 0 \
+ and self.test_ssh.copy_abs(reg_fname,
+ '/{}/etc/sfa/registries.xml'.format(self.vm_root_in_host())) == 0
def sfa_import(self):
"use sfaadmin to import from plc"
- auth=self.plc_spec['sfa']['SFA_REGISTRY_ROOT_AUTH']
- return \
- self.run_in_guest('sfaadmin reg import_registry')==0
-# not needed anymore
-# self.run_in_guest('cp /etc/sfa/authorities/%s/%s.pkey /etc/sfa/authorities/server.key'%(auth,auth))
+ auth = self.plc_spec['sfa']['settings']['SFA_REGISTRY_ROOT_AUTH']
+ return self.run_in_guest('sfaadmin reg import_registry') == 0
def sfa_start(self):
"service sfa start"
- return self.run_in_guest('service sfa start')==0
+ return self.start_service('sfa')
+
def sfi_configure(self):
"Create /root/sfi on the plc side for sfi client configuration"
if self.options.dry_run:
utils.header("DRY RUN - skipping step")
return True
- sfa_spec=self.plc_spec['sfa']
+ sfa_spec = self.plc_spec['sfa']
# cannot use auth_sfa_mapper to pass dir_name
for slice_spec in self.plc_spec['sfa']['auth_sfa_specs']:
- test_slice=TestAuthSfa(self,slice_spec)
- dir_basename=os.path.basename(test_slice.sfi_path())
- dir_name=self.confsubdir("dot-sfi/%s"%dir_basename,clean=True,dry_run=self.options.dry_run)
+ test_slice = TestAuthSfa(self, slice_spec)
+ dir_basename = os.path.basename(test_slice.sfi_path())
+ dir_name = self.confsubdir("dot-sfi/{}".format(dir_basename),
+ clean=True, dry_run=self.options.dry_run)
test_slice.sfi_configure(dir_name)
# push into the remote /root/sfi area
location = test_slice.sfi_path()
- remote="%s/%s"%(self.vm_root_in_host(),location)
- self.test_ssh.mkdir(remote,abs=True)
+ remote = "{}/{}".format(self.vm_root_in_host(), location)
+ self.test_ssh.mkdir(remote, abs=True)
# need to strip last level or remote otherwise we get an extra dir level
self.test_ssh.copy_abs(dir_name, os.path.dirname(remote), recursive=True)
return True
- def sfi_clean (self):
+ def sfi_clean(self):
"clean up /root/sfi on the plc side"
self.run_in_guest("rm -rf /root/sfi")
return True
+ def sfa_rspec_empty(self):
+ "expose a static empty rspec (ships with the tests module) in the sfi directory"
+ filename = "empty-rspec.xml"
+ overall = True
+ for slice_spec in self.plc_spec['sfa']['auth_sfa_specs']:
+ test_slice = TestAuthSfa(self, slice_spec)
+ in_vm = test_slice.sfi_path()
+ remote = "{}/{}".format(self.vm_root_in_host(), in_vm)
+ if self.test_ssh.copy_abs(filename, remote) !=0:
+ overall = False
+ return overall
+
@auth_sfa_mapper
- def sfa_add_site (self): pass
+ def sfa_register_site(self): pass
@auth_sfa_mapper
- def sfa_add_pi (self): pass
+ def sfa_register_pi(self): pass
@auth_sfa_mapper
- def sfa_add_user(self): pass
+ def sfa_register_user(self): pass
@auth_sfa_mapper
def sfa_update_user(self): pass
@auth_sfa_mapper
- def sfa_add_slice(self): pass
+ def sfa_register_slice(self): pass
@auth_sfa_mapper
def sfa_renew_slice(self): pass
@auth_sfa_mapper
+ def sfa_get_expires(self): pass
+ @auth_sfa_mapper
def sfa_discover(self): pass
@auth_sfa_mapper
- def sfa_create_slice(self): pass
+ def sfa_rspec(self): pass
+ @auth_sfa_mapper
+ def sfa_allocate(self): pass
+ @auth_sfa_mapper
+ def sfa_allocate_empty(self): pass
+ @auth_sfa_mapper
+ def sfa_provision(self): pass
+ @auth_sfa_mapper
+ def sfa_provision_empty(self): pass
@auth_sfa_mapper
def sfa_check_slice_plc(self): pass
@auth_sfa_mapper
+ def sfa_check_slice_plc_empty(self): pass
+ @auth_sfa_mapper
def sfa_update_slice(self): pass
@auth_sfa_mapper
+ def sfa_remove_user_from_slice(self): pass
+ @auth_sfa_mapper
+ def sfa_insert_user_in_slice(self): pass
+ @auth_sfa_mapper
def sfi_list(self): pass
@auth_sfa_mapper
- def sfi_show(self): pass
+ def sfi_show_site(self): pass
+ @auth_sfa_mapper
+ def sfi_show_slice(self): pass
+ @auth_sfa_mapper
+ def sfi_show_slice_researchers(self): pass
@auth_sfa_mapper
def ssh_slice_sfa(self): pass
@auth_sfa_mapper
def sfa_stop(self):
"service sfa stop"
- self.run_in_guest('service sfa stop')==0
- return True
+ return self.stop_service('sfa')
- def populate (self):
+ def populate(self):
"creates random entries in the PLCAPI"
# install the stress-test in the plc image
location = "/usr/share/plc_api/plcsh_stress_test.py"
- remote="%s/%s"%(self.vm_root_in_host(),location)
- self.test_ssh.copy_abs("plcsh_stress_test.py",remote)
+ remote = "{}/{}".format(self.vm_root_in_host(), location)
+ self.test_ssh.copy_abs("plcsh_stress_test.py", remote)
command = location
command += " -- --preserve --short-names"
local = (self.run_in_guest(command) == 0);
# second run with --foreign
command += ' --foreign'
remote = (self.run_in_guest(command) == 0);
- return ( local and remote)
+ return local and remote
+
+
+ ####################
+ @bonding_redirector
+ def bonding_init_partial(self): pass
+
+ @bonding_redirector
+ def bonding_add_yum(self): pass
+
+ @bonding_redirector
+ def bonding_install_rpms(self): pass
- def gather_logs (self):
+ ####################
+
+ def gather_logs(self):
"gets all possible logs from plc's/qemu node's/slice's for future reference"
# (1.a) get the plc's /var/log/ and store it locally in logs/myplc.var-log.<plcname>/*
# (1.b) get the plc's /var/lib/pgsql/data/pg_log/ -> logs/myplc.pgsql-log.<plcname>/*
# (3) get the nodes /var/log and store is as logs/node.var-log.<node>/*
# (4) as far as possible get the slice's /var/log as logs/sliver.var-log.<sliver>/*
# (1.a)
- print "-------------------- TestPlc.gather_logs : PLC's /var/log"
- self.gather_var_logs ()
+ print("-------------------- TestPlc.gather_logs : PLC's /var/log")
+ self.gather_var_logs()
# (1.b)
- print "-------------------- TestPlc.gather_logs : PLC's /var/lib/psql/data/pg_log/"
- self.gather_pgsql_logs ()
+ print("-------------------- TestPlc.gather_logs : PLC's /var/lib/psql/data/pg_log/")
+ self.gather_pgsql_logs()
# (1.c)
- print "-------------------- TestPlc.gather_logs : PLC's /root/sfi/"
- self.gather_root_sfi ()
+ print("-------------------- TestPlc.gather_logs : PLC's /root/sfi/")
+ self.gather_root_sfi()
# (2)
- print "-------------------- TestPlc.gather_logs : nodes's QEMU logs"
+ print("-------------------- TestPlc.gather_logs : nodes's QEMU logs")
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self,site_spec)
for node_spec in site_spec['nodes']:
- test_node=TestNode(self,test_site,node_spec)
+ test_node = TestNode(self, test_site, node_spec)
test_node.gather_qemu_logs()
# (3)
- print "-------------------- TestPlc.gather_logs : nodes's /var/log"
+ print("-------------------- TestPlc.gather_logs : nodes's /var/log")
self.gather_nodes_var_logs()
# (4)
- print "-------------------- TestPlc.gather_logs : sample sliver's /var/log"
+ print("-------------------- TestPlc.gather_logs : sample sliver's /var/log")
self.gather_slivers_var_logs()
return True
def gather_slivers_var_logs(self):
for test_sliver in self.all_sliver_objs():
remote = test_sliver.tar_var_logs()
- utils.system("mkdir -p logs/sliver.var-log.%s"%test_sliver.name())
- command = remote + " | tar -C logs/sliver.var-log.%s -xf -"%test_sliver.name()
+ utils.system("mkdir -p logs/sliver.var-log.{}".format(test_sliver.name()))
+ command = remote + " | tar -C logs/sliver.var-log.{} -xf -".format(test_sliver.name())
utils.system(command)
return True
- def gather_var_logs (self):
- utils.system("mkdir -p logs/myplc.var-log.%s"%self.name())
+ def gather_var_logs(self):
+ utils.system("mkdir -p logs/myplc.var-log.{}".format(self.name()))
to_plc = self.actual_command_in_guest("tar -C /var/log/ -cf - .")
- command = to_plc + "| tar -C logs/myplc.var-log.%s -xf -"%self.name()
+ command = to_plc + "| tar -C logs/myplc.var-log.{} -xf -".format(self.name())
utils.system(command)
- command = "chmod a+r,a+x logs/myplc.var-log.%s/httpd"%self.name()
+ command = "chmod a+r,a+x logs/myplc.var-log.{}/httpd".format(self.name())
utils.system(command)
- def gather_pgsql_logs (self):
- utils.system("mkdir -p logs/myplc.pgsql-log.%s"%self.name())
+ def gather_pgsql_logs(self):
+ utils.system("mkdir -p logs/myplc.pgsql-log.{}".format(self.name()))
to_plc = self.actual_command_in_guest("tar -C /var/lib/pgsql/data/pg_log/ -cf - .")
- command = to_plc + "| tar -C logs/myplc.pgsql-log.%s -xf -"%self.name()
+ command = to_plc + "| tar -C logs/myplc.pgsql-log.{} -xf -".format(self.name())
utils.system(command)
- def gather_root_sfi (self):
- utils.system("mkdir -p logs/sfi.%s"%self.name())
+ def gather_root_sfi(self):
+ utils.system("mkdir -p logs/sfi.{}".format(self.name()))
to_plc = self.actual_command_in_guest("tar -C /root/sfi/ -cf - .")
- command = to_plc + "| tar -C logs/sfi.%s -xf -"%self.name()
+ command = to_plc + "| tar -C logs/sfi.{} -xf -".format(self.name())
utils.system(command)
- def gather_nodes_var_logs (self):
+ def gather_nodes_var_logs(self):
for site_spec in self.plc_spec['sites']:
- test_site = TestSite (self,site_spec)
+ test_site = TestSite(self, site_spec)
for node_spec in site_spec['nodes']:
- test_node=TestNode(self,test_site,node_spec)
- test_ssh = TestSsh (test_node.name(),key="keys/key_admin.rsa")
+ test_node = TestNode(self, test_site, node_spec)
+ test_ssh = TestSsh(test_node.name(), key="keys/key_admin.rsa")
command = test_ssh.actual_command("tar -C /var/log -cf - .")
- command = command + "| tar -C logs/node.var-log.%s -xf -"%test_node.name()
- utils.system("mkdir -p logs/node.var-log.%s"%test_node.name())
+ command = command + "| tar -C logs/node.var-log.{} -xf -".format(test_node.name())
+ utils.system("mkdir -p logs/node.var-log.{}".format(test_node.name()))
utils.system(command)
# returns the filename to use for sql dump/restore, using options.dbname if set
- def dbfile (self, database):
+ def dbfile(self, database):
# uses options.dbname if it is found
try:
- name=self.options.dbname
- if not isinstance(name,StringTypes):
+ name = self.options.dbname
+ if not isinstance(name, str):
raise Exception
except:
- t=datetime.now()
- d=t.date()
- name=str(d)
- return "/root/%s-%s.sql"%(database,name)
+ t = datetime.now()
+ d = t.date()
+ name = str(d)
+ return "/root/{}-{}.sql".format(database, name)
def plc_db_dump(self):
'dump the planetlab5 DB in /root in the PLC - filename has time'
dump=self.dbfile("planetab5")
self.run_in_guest('pg_dump -U pgsqluser planetlab5 -f '+ dump)
- utils.header('Dumped planetlab5 database in %s'%dump)
+ utils.header('Dumped planetlab5 database in {}'.format(dump))
return True
def plc_db_restore(self):
'restore the planetlab5 DB - looks broken, but run -n might help'
- dump=self.dbfile("planetab5")
+ dump = self.dbfile("planetab5")
##stop httpd service
self.run_in_guest('service httpd stop')
# xxx - need another wrapper
- self.run_in_guest_piped('echo drop database planetlab5','psql --user=pgsqluser template1')
+ self.run_in_guest_piped('echo drop database planetlab5', 'psql --user=pgsqluser template1')
self.run_in_guest('createdb -U postgres --encoding=UNICODE --owner=pgsqluser planetlab5')
- self.run_in_guest('psql -U pgsqluser planetlab5 -f '+dump)
+ self.run_in_guest('psql -U pgsqluser planetlab5 -f ' + dump)
##starting httpd service
self.run_in_guest('service httpd start')
utils.header('Database restored from ' + dump)
@staticmethod
- def create_ignore_steps ():
+ def create_ignore_steps():
for step in TestPlc.default_steps + TestPlc.other_steps:
# default step can have a plc qualifier
- if '@' in step: (step,qualifier)=step.split('@')
+ if '@' in step:
+ step, qualifier = step.split('@')
# or be defined as forced or ignored by default
for keyword in ['_ignore','_force']:
- if step.endswith (keyword): step=step.replace(keyword,'')
- if step == SEP or step == SEPSFA : continue
- method=getattr(TestPlc,step)
- name=step+'_ignore'
- wrapped=ignore_result(method)
+ if step.endswith(keyword):
+ step=step.replace(keyword,'')
+ if step == SEP or step == SEPSFA :
+ continue
+ method = getattr(TestPlc,step)
+ name = step + '_ignore'
+ wrapped = ignore_result(method)
# wrapped.__doc__ = method.__doc__ + " (run in ignore-result mode)"
setattr(TestPlc, name, wrapped)
def standby_19(): pass
@standby_generic
def standby_20(): pass
+
+ # convenience for debugging the test logic
+ def yes(self): return True
+ def no(self): return False
+ def fail(self): return False
git://git.onelab.eu / tests.git / blobdiff