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erp5
Commit f83a280b authored by Roque's avatar Roque Committed by Klaus Wölfel
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testnode: scalability test runner update 

- hardcoded software release url removed (http with password protection for now)
- scalability runner handles frontend request. It asks for a local master frontend apache software installation and instance request.
- testsuite brings the urls corresponding to instance, bootstrap, metrics collection.
- vinculation between scalability runner and runScalability script. Process manager is used to run the script as a command.
- scalability runner manages the test result cases and loops among different testsuite configurations.
- userhosts software is used to run the command for the runScalability script, to solve DNS.
- refactoring according to last changes in TaskDistribution
- general refactoring and cleanup
parent 021fac5e
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Showing with 304 additions and 94 deletions
erp5/util/testnode/ScalabilityTestRunner.py
View file @ f83a280b
......@@ -38,25 +38,60 @@ import shutil
import logging
import string
import random
import urlparse
import base64
import httplib
import Utils
import requests
import slapos.slap
from ProcessManager import SubprocessError, ProcessManager, CancellationError
from subprocess import CalledProcessError
from Updater import Updater
from erp5.util import taskdistribution
from erp5.util.benchmark.thread import TestThread
# for dummy slapos answer
import signal
import slapos.slap
from . import logger
# TODO: some hardcoded values for dev purposes that will be removed soon
FRONTEND_MASTER_REFERENCE = "Scalability-FRONTEND-MASTER-SOFT1-COMP-2732"
FRONTEND_MASTER_DOMAIN = "scalability.nexedi.com"
FRONTEND_PUBLIC_IPV4 = "163.172.72.96"
FRONTEND_SOFTWARE = "https://lab.node.vifib.com/nexedi/slapos/raw/1.0.56/software/apache-frontend/software.cfg"
USERHOSTS_BIN = "/opt/slapgrid/488fc141078e0494c60d437972b3fe55/parts/userhosts/userhosts"
# max time to instance changing state: 2 hour
MAX_INSTANCE_TIME = 60*60*2
# max time to generate frontend instance: 1.5 hour
MAX_FRONTEND_TIME = 60*90
# max time to register instance to slapOSMaster: 5 minutes
MAX_CREATION_INSTANCE_TIME = 60*10
# max time for a test: 1 hour
MAX_TEST_CASE_TIME = 60*60
# max time for a test: 2 hour
MAX_TEST_CASE_TIME = 60*60*2
# max time to prepare SlapOS for testsuite (software installation, instances requests, etc.)
MAX_PREPARE_TEST_SUITE = 3600*10*1.0 # 10 hours
MAX_PREPARE_TEST_SUITE = 3600*10*1.0 # 10 hours
# max time for a test line creation: 5 minutes
MAX_CREATION_TEST_LINE = 60*10
# max time for bootstrapping an instance site
MAX_BOOTSRAPPING_TIME = 60*30
# max time to get a connection
MAX_CONNECTION_TIME = 60*5
# time to check pending activities
CHECK_ACTIVITIES_TIME = 60*2
# runner names
PERFORMANCE_RUNNER_SCRIPT = "performance_tester_erp5"
SCALABILITY_RUNNER_SCRIPT = "runScalabilityTestSuite"
SCALABILITY_TEST = "scalability_test"
TEST_SUITE_INIT = "__init__.py"
# access SR by password
TESTNODE_USER = "testnode"
HTACCESS = "/.htaccess"
HTPASSWD = "/.htpasswd"
PASSWORD_FILE = "/sr_pass"
PASSWORD_LENGTH = 10
HOSTFILE = "/hosts"
class ScalabilityTestRunner():
def __init__(self, testnode):
......@@ -65,19 +100,19 @@ class ScalabilityTestRunner():
self.testnode.working_directory,
self.testnode.config)
# Create the slapos account configuration file and dir
key = self.testnode.test_suite_portal.getSlaposAccountKey()
certificate = self.testnode.test_suite_portal.getSlaposAccountCertificate()
key = self.testnode.taskdistribution.getSlaposAccountKey()
certificate = self.testnode.taskdistribution.getSlaposAccountCertificate()
# Get Slapos Master Url
self.slapos_url = ''
try:
self.slapos_url = self.testnode.test_suite_portal.getSlaposUrl()
self.slapos_url = self.testnode.taskdistribution.getSlaposUrl()
if not self.slapos_url:
self.slapos_url = self.testnode.config['server_url']
except:
self.slapos_url = self.testnode.config['server_url']
# Get Slapos Master url used for api rest (using hateoas)
self.slapos_api_rest_url = self.testnode.test_suite_portal.getSlaposHateoasUrl()
self.slapos_api_rest_url = self.testnode.taskdistribution.getSlaposHateoasUrl()
logger.info("SlapOS Master url is: %s", self.slapos_url)
logger.info("SlapOS Master hateoas url is: %s", self.slapos_api_rest_url)
......@@ -114,39 +149,42 @@ class ScalabilityTestRunner():
"""
Generate an instance title using various parameter
TODO : add some verification (to don't use unexisting variables)
ROQUE XXX TODO: for now, the name is always the same. The instance is not being destroyed yet.
"""
instance_title = "Scalability-"
instance_title += "("+test_suite_title+")-"
instance_title += str(self.involved_nodes_computer_guid).replace("'","")
instance_title += "-2" # XXX hack to force instance creation. Will be removed.
#instance_title += "-"+str(datetime.datetime.now().isoformat())+"-"
#instance_title += "timestamp="+str(time.time())
instance_title += "-"+str(datetime.datetime.now().isoformat())+"-"
instance_title += "timestamp="+str(time.time())
return instance_title
def _generateInstanceXML(self, software_configuration,
test_result, test_suite):
test_result, test_suite, frontend_instance_guid=None):
"""
Generate a complete scalability instance XML configuration
"""
config = software_configuration.copy()
config.update({'scalability-launcher-computer-guid':self.launcher_nodes_computer_guid[0]})
config.update({'scalability-launcher-title':'MyTestNodeTitle'})
config.update({'scalability-launcher-title':self.testnode.config['test_node_title']})
config.update({'test-result-path':test_result.test_result_path})
config.update({'test-suite-revision':test_result.revision})
config.update({'test-suite':test_suite})
config.update({'test-suite-master-url':self.testnode.config['test_suite_master_url']})
if frontend_instance_guid:
config["frontend"] = {"software-url": FRONTEND_SOFTWARE,
"virtualhostroot-http-port" : 8080,
"virtualhostroot-https-port" : 4443}
config["sla-dict"]["instance_guid=%s" % frontend_instance_guid] = ["frontend"]
return config
def _createInstance(self, software_path, software_configuration, instance_title,
test_result, test_suite):
test_result, test_suite, frontend_instance_guid=None):
"""
Create scalability instance
"""
if self.authorize_request:
logger.info("testnode, request : %s", instance_title)
config = self._generateInstanceXML(software_configuration,
test_result, test_suite)
test_result, test_suite, frontend_instance_guid)
request_kw = {"partition_parameter_kw": {"_" : json.dumps(config)} }
self.slapos_communicator.requestInstanceStart(instance_title, request_kw)
self.authorize_request = False
......@@ -160,7 +198,7 @@ ces or already launched.")
"""
We will build slapos software needed by the testnode itself,
"""
if self.testnode.test_suite_portal.isMasterTestnode(
if self.testnode.taskdistribution.isMasterTestnode(
self.testnode.config['test_node_title']):
pass
return {'status_code' : 0}
......@@ -190,9 +228,9 @@ ces or already launched.")
Return true if the specified software on the specified node is installed.
This method should communicates with SlapOS Master.
"""
logger.info("Current software state: %s",
self.slapos_communicator._getSoftwareState())
return self.slapos_communicator._getSoftwareState() == SlapOSMasterCommunicator.SOFTWARE_STATE_INSTALLED
software_state = self.slapos_communicator._getSoftwareState(computer_guid)
logger.info("Current software state: %s", software_state)
return software_state == SlapOSMasterCommunicator.SOFTWARE_STATE_INSTALLED
def remainSoftwareToInstall(self):
"""
......@@ -245,8 +283,7 @@ ces or already launched.")
slapgrid_rest_uri=self.slapos_api_rest_url)
if getattr(slap, '_hateoas_navigator', None) is None:
retry += 1
logger.info(
"Fail to load _hateoas_navigator waiting a bit and retry.")
logger.info("Fail to load _hateoas_navigator waiting a bit and retry.")
time.sleep(30)
else:
break
......@@ -258,6 +295,31 @@ ces or already launched.")
order = slap.registerOpenOrder()
return slap, supply, order
def generateProfilePasswordAccess(self):
software_hash_directory = self.testnode.config['slapos_binary'].rsplit("bin/slapos", 1)[0]
apache_htpasswd = software_hash_directory + "parts/apache/bin/htpasswd"
testsuite_directory = self.testnode.config['repository_path_list'][0].rsplit('/', 1)[0]
htaccess_file = open(testsuite_directory + HTACCESS, "w")
file_content = """
AuthType Basic
AuthName "Password Protected Area"
AuthUserFile "%s%s"
Require valid-user
""" % (testsuite_directory, HTPASSWD)
htaccess_file.write(file_content)
htaccess_file.close()
password_path = testsuite_directory + PASSWORD_FILE
password_file = open(password_path, "r+") if os.path.isfile(password_path) else open(password_path, "w+")
password = password_file.read()
if len(password) != PASSWORD_LENGTH:
password = ''.join(random.choice(string.digits + string.letters) for i in xrange(PASSWORD_LENGTH))
password_file.write(password)
password_file.close()
user = TESTNODE_USER
command = [apache_htpasswd, "-bc", testsuite_directory + HTPASSWD, user, password]
self.testnode.process_manager.spawn(*command)
return user, password
def createSoftwareReachableProfilePath(self, node_test_suite):
# Create an obfuscated link to the testsuite directory
path_to_suite = os.path.join(
......@@ -278,14 +340,13 @@ ces or already launched.")
raise ValueError(msg)
logger.info("Sym link : %s %s", path_to_suite, self.obfuscated_link_path)
user, password = self.generateProfilePasswordAccess()
logger.info("Software Profile password: %s" % password)
# Construct the ipv6 obfuscated url of the software profile reachable from outside
self.reachable_address = os.path.join(
"https://","["+self.testnode.config['httpd_ip']+"]"+":"+self.testnode.config['httpd_software_access_port'],
self.randomized_path)
self.reachable_address = "http://%s:%s@%s" % (user, password,
os.path.join("["+self.testnode.config['httpd_ip']+"]"+":"+self.testnode.config['httpd_software_access_port'],
"software",self.randomized_path))
self.reachable_profile = os.path.join(self.reachable_address, "software.cfg")
# ROQUE XXX: below urls are hardcoded until we find ways to make buildout extending through unsafe https
self.reachable_address = "https://lab.nexedi.com/rporchetto/telecom/tree/master"
self.reachable_profile = "https://lab.nexedi.com/rporchetto/telecom/raw/master/software_release/software.cfg"
# Write the reachable address in the software.cfg file,
# by replacing <obfuscated_url> occurences by the current reachable address.
software_file = open(node_test_suite.custom_profile_path, "r")
......@@ -300,6 +361,37 @@ ces or already launched.")
software_file.write(line)
software_file.close()
def prepareFrontendMasterInstance(self, computer, test_suite_title):
public_ipv4 = FRONTEND_PUBLIC_IPV4
frontend_software = FRONTEND_SOFTWARE
frontend_master_reference = FRONTEND_MASTER_REFERENCE
domain = FRONTEND_MASTER_DOMAIN
slap, supply, order = self._initializeSlapOSConnection()
slapos_communicator = SlapOSMasterCommunicator.SlapOSTester(
frontend_master_reference, slap, order, supply,
frontend_software, computer_guid=computer)
# Ask for software installation
start_time = time.time()
slapos_communicator.supply(frontend_software, computer)
while (slapos_communicator._getSoftwareState() != SlapOSMasterCommunicator.SOFTWARE_STATE_INSTALLED
and (MAX_PREPARE_TEST_SUITE > (time.time()-start_time))):
logger.info("Waiting for frontend software installation")
time.sleep(60)
if slapos_communicator._getSoftwareState() != SlapOSMasterCommunicator.SOFTWARE_STATE_INSTALLED:
raise ValueError("ERROR while installing frontend software")
logger.info("Frontend software installed.")
# Request master frontend instance
master_request_kw = {"partition_parameter_kw": {"domain": domain, "public-ipv4": public_ipv4 } }
slapos_communicator.requestInstanceStart(frontend_master_reference, master_request_kw)
slapos_communicator.waitInstanceStarted(frontend_master_reference)
logger.info("Master Frontend instance started.")
frontend_master_dict = slapos_communicator.getMasterFrontendDict()
if not frontend_master_dict['frontend_master_ipv6']:
raise ValueError("ERROR with master frontend: ipv6 url not found")
parsed_url = urlparse.urlparse(frontend_master_dict['frontend_master_ipv6'])
self.frontend_master_ipv6 = parsed_url.hostname
return frontend_master_dict['instance_guid']
def prepareSlapOSForTestSuite(self, node_test_suite):
"""
Install testsuite softwares
......@@ -313,10 +405,10 @@ ces or already launched.")
slap, supply, order = self._initializeSlapOSConnection()
# Only master testnode must order software installation
if self.testnode.test_suite_portal.isMasterTestnode(self.testnode.config['test_node_title']):
if self.testnode.taskdistribution.isMasterTestnode(self.testnode.config['test_node_title']):
# Get from ERP5 Master the configuration of the cluster for the test
test_configuration = Utils.deunicodeData(
json.loads(self.testnode.test_suite_portal.generateConfiguration(
json.loads(self.testnode.taskdistribution.generateConfiguration(
node_test_suite.test_suite_title)))
self.involved_nodes_computer_guid = test_configuration['involved_nodes_computer_guid']
self.launchable = test_configuration['launchable']
......@@ -332,10 +424,9 @@ ces or already launched.")
node_test_suite.edit(configuration_list=configuration_list)
self.launcher_nodes_computer_guid = test_configuration['launcher_nodes_computer_guid']
self.instance_title = self._generateInstanceTitle(node_test_suite.test_suite_title)
self.createSoftwareReachableProfilePath(node_test_suite)
logger.info("Software reachable profile path is: %s",
self.reachable_profile)
logger.info("Software reachable profile path is: %s", self.reachable_profile)
# Initialize SlapOS Master Communicator
self.slapos_communicator = SlapOSMasterCommunicator.SlapOSTester(
......@@ -356,14 +447,17 @@ ces or already launched.")
# Waiting until all softwares are installed
while (self.remainSoftwareToInstall()
and (max_time > (time.time()-start_time))):
logger.info("Master testnode is waiting for the end of"
" all software installation (for %ss) PID=%s.",
logger.info("Master testnode is waiting for the end of "
"all software installation (for %ss) PID=%s.",
int(time.time()-start_time), os.getpid())
time.sleep(interval_time)
# TODO : remove the line below wich simulate an answer from slapos master
self._comeBackFromDummySlapOS()
# Ask for frontend SR installation and instance request
frontend_instance_guid = self.prepareFrontendMasterInstance(self.launcher_nodes_computer_guid[0], node_test_suite.test_suite_title)
if self.remainSoftwareToInstall() :
# All softwares are not installed, however maxtime is elapsed, that's a failure.
logger.error("All softwares are not installed.")
return {'status_code' : 1}
self.authorize_request = True
logger.debug("Softwares installed.")
......@@ -373,7 +467,8 @@ ces or already launched.")
configuration_list[0],
self.instance_title,
node_test_suite.test_result,
node_test_suite.test_suite)
node_test_suite.test_suite,
frontend_instance_guid)
logger.debug("Scalability instance requested.")
except Exception:
msg = "Unable to launch instance"
......@@ -384,6 +479,57 @@ ces or already launched.")
return {'status_code' : 0}
return {'status_code' : 1}
# TODO: this will be refactored soon
# this information must be retrieved by the testsuite itself
def getConnection(self, instance_url):
start_time = time.time()
count = 0
while MAX_CONNECTION_TIME > time.time()-start_time:
try:
count = count + 1
parsed = urlparse.urlparse(instance_url)
host = "%s:%s" % (parsed.hostname, str(parsed.port))
if parsed.port is None: host = parsed.hostname
if parsed.scheme == 'https':
return httplib.HTTPSConnection(host)
elif parsed.scheme == 'http':
return httplib.HTTPConnection(host)
else:
raise ValueError("Protocol not implemented")
except Exception as e:
logger.info("Can't get connection to %s, we will retry." %instance_url)
logger.info("Exception: " + str(e))
raise ValueError("Cannot get new connection after %d try (for %s s)" %(count, str(time.time()-start_time)))
def waitForPendingActivities(self, instance_url):
start_time = time.time()
parsed = urlparse.urlparse(instance_url)
user = parsed.username;
password = parsed.password;
header_dict = {'Authorization': 'Basic %s' % \
base64.encodestring('%s:%s' % (user, password)).strip()}
count = 0
no_pending_activities = False
while MAX_BOOTSRAPPING_TIME > time.time()-start_time and not no_pending_activities:
zope_connection = self.getConnection(instance_url)
try:
count = count + 1
zope_connection.request(
'GET', '/erp5/portal_activities/getMessageList',
headers=header_dict
)
result = zope_connection.getresponse()
message_list_text = result.read()
message_list = [s.strip() for s in message_list_text[1:-1].split(',')]
if len(message_list)==0 or len(message_list)==1: # hack to ignore alarm activities
logger.info("There are no pending activities.")
return True
logger.info("There are %d pending activities" %len(message_list))
time.sleep(CHECK_ACTIVITIES_TIME)
except Exception as e:
logger.info("ERROR getting activities: " + str(e))
return no_pending_activities
def runTestSuite(self, node_test_suite, portal_url):
if not self.launchable:
......@@ -391,7 +537,7 @@ ces or already launched.")
return {'status_code' : 1} # Unable to continue due to not realizable configuration
configuration_list = node_test_suite.configuration_list
test_list = range(0, len(configuration_list))
test_result_proxy = self.testnode.portal.createTestResult(
test_result_proxy = self.testnode.taskdistribution.createTestResult(
node_test_suite.revision, test_list,
self.testnode.config['test_node_title'],
True, node_test_suite.test_suite_title,
......@@ -400,58 +546,159 @@ ces or already launched.")
count = 0
error_message = None
self.slapos_communicator.waitInstanceStarted(self.instance_title)
def makeSuite(test_suite, location_list, **kwargs):
import imp
suite = None
repo_location = None
for location in location_list:
try:
module = imp.load_source(SCALABILITY_TEST, "%s/%s/%s" %(location, SCALABILITY_TEST, TEST_SUITE_INIT))
suite_class = getattr(module, test_suite)
suite = suite_class(**kwargs)
repo_location = "%s/%s/" % (location, SCALABILITY_TEST)
except:
pass
return suite, repo_location
suite, repo_location = makeSuite(node_test_suite.test_suite, self.testnode.config['repository_path_list'])
if suite == None:
error_message = "Could not find test suite %s in the repositories" % node_test_suite.test_suite
return {'status_code' : 1, 'error_message': error_message }
# Each cluster configuration are tested
for configuration in configuration_list:
# First configuration doesn't need XML configuration update.
if count > 0:
logger.info("Requesting instance with configuration %d" % count)
self.slapos_communicator.requestInstanceStop()
self.slapos_communicator.waitInstanceStopped(self.instance_title)
self._updateInstanceXML(configuration, self.instance_title,
node_test_suite.test_result, node_test_suite.test_suite)
self.slapos_communicator.waitInstanceStarted(self.instance_title)
self.slapos_communicator.requestInstanceStart()
self.slapos_communicator.waitInstanceStarted(self.instance_title)
logger.debug("INSTANCE CORRECTLY STARTED")
# ROQUE XXX : for debug
if True:
logger.debug("RETURN FOR DEBUG")
return {'status_code' : 0}
# loop for getting instance information (with frontend)
instance_information_time = time.time()
instance_information = self.slapos_communicator.getInstanceUrlDict()
logger.info("Getting instance information:")
while not instance_information['frontend-url-list'] and \
time.time() - instance_information_time < MAX_FRONTEND_TIME:
time.sleep(5*60)
instance_information = self.slapos_communicator.getInstanceUrlDict()
logger.info(instance_information)
if not instance_information['frontend-url-list']:
return {'status_code' : 1, 'error_message': "Error getting instance information: frontend url not available" }
instance_url = suite.getScalabilityTestUrl(instance_information)
bootstrap_url = suite.getBootstrapScalabilityTestUrl(instance_information, count)
metric_url = suite.getScalabilityTestMetricUrl(instance_information)
logger.info("Instance url: " + str(instance_url))
# adding frontend url to userhosts
logger.info("Updating userhots with instance frontend url...")
parsed_url = urlparse.urlparse(instance_url)
testsuite_directory = self.testnode.config['repository_path_list'][0].rsplit('/', 1)[0]
hosts_file = open(testsuite_directory + HOSTFILE, "w")
file_content = """%s %s
""" % (self.frontend_master_ipv6, parsed_url.hostname)
hosts_file.write(file_content)
hosts_file.close()
bootstrap_password = "insecure"
if bootstrap_url is not None:
logger.info("Bootstrapping instance...")
try:
response = requests.get(bootstrap_url)
except Exception as e:
error_message = "Site error. %s not found. Instance site not properly created? Error: %s" % (instance_url, e)
return {'status_code' : 1, 'error_message': error_message }
try:
result = json.loads(response.text)
except:
return {'status_code' : 1, 'error_message': "ERROR bootstrapping: " + str(response.text)}
if result["status_code"] != 0:
return {'status_code' : result["status_code"], 'error_message': "ERROR bootstrapping: " + result["error_message"]}
bootstrap_password = result["password"]
if not self.waitForPendingActivities(bootstrap_url):
return {'status_code' : 1, 'error_message': "ERROR waiting for pending activities."}
logger.info("Bootstrap password: " + bootstrap_password)
software_bin_directory = self.testnode.config['slapos_binary'].rsplit("slapos", 1)[0]
runner = software_bin_directory + PERFORMANCE_RUNNER_SCRIPT
scalabilityRunner = software_bin_directory + SCALABILITY_RUNNER_SCRIPT
slappart_directory = self.testnode.config['srv_directory'].rsplit("srv", 1)[0]
log_path = slappart_directory + "var/log/"
# Start only the current test
exclude_list=[x for x in test_list if x!=test_list[count]]
count += 1
test_result_line_proxy = test_result_proxy.start(exclude_list)
logger.info("Test case for count : %d is in a running state." %count)
count += 1
# Loop for getting the running test case
test_line_time = time.time()
current_test = test_result_proxy.getRunningTestCase()
while not current_test and \
time.time() - test_line_time < MAX_CREATION_TEST_LINE:
time.sleep(15)
current_test = test_result_proxy.getRunningTestCase()
if test_result_line_proxy == None :
error_message = "Test case already tested."
logger.info("ERROR: " + error_message)
break
logger.info("Test for count : %d is in a running state.", count)
current_test_data_json = json.loads(current_test)
current_test_data = "%d,%s,%s" % (current_test_data_json["count"], current_test_data_json["title"], current_test_data_json["relative_path"])
command = [ USERHOSTS_BIN,
scalabilityRunner,
"--instance-url", instance_url,
"--bootstrap-password", bootstrap_password,
"--test-result-path", node_test_suite.test_result.test_result_path,
"--revision", node_test_suite.revision,
"--current-test-data", current_test_data,
"--node-title", self.testnode.config['test_node_title'],
"--test-suite-master-url", self.testnode.config["test_suite_master_url"],
"--test-suite", node_test_suite.test_suite,
"--runner-path", runner,
"--repo-location", repo_location,
"--log-path", log_path,
"--metric-url", metric_url
]
hosts_file = testsuite_directory + HOSTFILE
exec_env = os.environ.copy()
exec_env.update({'HOSTS': hosts_file})
logger.info("Running test case...")
test_thread = TestThread(self.testnode.process_manager, command, logger.info, env=exec_env)
test_thread.start()
# Wait for test case ending
test_case_start_time = time.time()
while test_result_line_proxy.isTestCaseAlive() and \
test_result_proxy.isAlive() and \
time.time() - test_case_start_time < MAX_TEST_CASE_TIME:
time.sleep(15)
time.sleep(60)
# Max time limit reach for current test case: failure.
if test_result_line_proxy.isTestCaseAlive():
error_message = "Test case during for %s seconds, too long. (max: %s seconds). Test failure." \
%(str(time.time() - test_case_start_time), MAX_TEST_CASE_TIME)
logger.info("ERROR: " + str(error_message))
break
logger.info("[DEBUG] Test case for current configuration finished")
# Test cancelled, finished or in an undeterminate state.
if not test_result_proxy.isAlive():
logger.info("[DEBUG] Test case finished")
# Test finished
if count == len(configuration_list):
break
# Cancelled or in an undeterminate state.
error_message = "Test cancelled or undeterminate state."
error_message = "Test case cancelled or undeterminate state."
logger.info("ERROR: " + str(error_message))
break
# Stop current instance
......@@ -459,8 +706,7 @@ ces or already launched.")
self.slapos_communicator.waitInstanceStopped(self.instance_title)
# Delete old instances
# ROQUE: for now, the instance is not removed.
#self._cleanUpOldInstance()
self._cleanUpOldInstance()
# If error appears then that's a test failure.
if error_message:
......@@ -470,55 +716,19 @@ ces or already launched.")
logger.debug("Test Failed.")
return {'status_code' : 1, 'error_message': error_message}
# Test is finished.
logger.debug("Test finished.")
logger.info("Test finished.")
return {'status_code' : 0}
def _cleanUpOldInstance(self):
logger.debug("_cleanUpOldInstance")
# Get title and link list of all instances
instance_dict = self.slapos_communicator.getHostingSubscriptionDict()
instance_to_delete_list = []
outdated_date = datetime.datetime.fromtimestamp(time.time()) - datetime.timedelta(days=2)
# Select instances to delete
for title,link in instance_dict.items():
# Instances created by testnode contains "Scalability-" and
# "timestamp=" in the title.
if "Scalability-" in title and "timestamp=" in title:
# Get timestamp of the instance creation date
foo, timestamp = title.split("timestamp=")
creation_date = datetime.datetime.fromtimestamp(float(timestamp))
# Test if instance is older than the limit
if creation_date < outdated_date:
instance_to_delete_list.append((title,link))
for title,link in instance_to_delete_list:
# Get instance information
instance_information_dict = self.slapos_communicator.getHostingSubscriptionInformationDict(title)
# Delete instance
if instance_information_dict:
if instance_information_dict['status'] != 'destroyed':
self.slapos_controler.request(
instance_information_dict['title'],
instance_information_dict['software_url'],
software_type=instance_information_dict['software_type'],
computer_guid=instance_information_dict['computer_guid'],
state='destroyed'
)
logger.debug("Instance '%s' deleted.",
instance_information_dict['title'])
def _cleanUpNodesInformation(self):
self.involved_nodes_computer_guid = []
self.launcher_nodes_computer_guid = []
self.remaining_software_installation_dict = {}
self.authorize_supply = True
self.authorize_request = False
self.slapos_communicator.requestInstanceDestroy(self.instance_title)
# TODO: check status? Is it possible to check status 'destroy requested' ?
# does make sense to wait the destruction? For now it waits until stop
self.slapos_communicator.waitInstanceStopped(self.instance_title)
def getRelativePathUsage(self):
"""
Used by the method testnode.constructProfile() to know
if the software.cfg have to use relative path or not.
"""
return True
\ No newline at end of file
return True
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