예제 #1
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/nagios_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()
        self.conf.create_objects(raw_objects)
        self.conf.old_properties_names_to_new()
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        self.conf.linkify_templates()
        self.conf.apply_inheritance()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.remove_twins()
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.compute_hash()
        #print "conf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.pythonize()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            return

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None)
        self.sched = Scheduler(scheddaemon)

        scheddaemon.sched = self.sched

        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        #check = ref.actions.pop()
        check = ref.checks_in_progress[0]
        self.sched.add(check)  # check is now in sched.checks[]
        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)

    def scheduler_loop(self, count, reflist, do_sleep=False, sleep_time=61):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()
            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.worker_loop()
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)

    def worker_loop(self):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True,
                                              False,
                                              worker_name='tester')
        actions = self.sched.get_to_run_checks(False,
                                               True,
                                               worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        self.show_actions()
        #print "------------ worker loop end ----------------"

    def show_logs(self):
        print "--- logs <<<----------------------------------"
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                print "LOG:", brok.data['log']
        print "--- logs >>>----------------------------------"

    def show_actions(self):
        print "--- actions <<<----------------------------------"
        for a in sorted(self.sched.actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(),
                                                a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (
                    a.id, ref, a.type, time.asctime(time.localtime(
                        a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"

    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()

    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()

    def count_logs(self):
        return len([b for b in self.sched.broks.values() if b.type == 'log'])

    def count_actions(self):
        return len(self.sched.actions.values())

    def clear_logs(self):
        id_to_del = []
        for b in self.sched.broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del self.sched.broks[id]

    def clear_actions(self):
        self.sched.actions = {}

    def log_match(self, index, pattern):
        # log messages are counted 1...n, so index=1 for the first message
        if index > self.count_logs():
            return False
        else:
            regex = re.compile(pattern)
            lognum = 1
            for brok in sorted(self.sched.broks.values(),
                               lambda x, y: x.id - y.id):
                if brok.type == 'log':
                    brok.prepare()
                    if index == lognum:
                        if re.search(regex, brok.data['log']):
                            return True
                    lognum += 1
        return False

    def any_log_match(self, pattern):
        regex = re.compile(pattern)
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    return True
        return False

    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assert_(self.conf.conf_is_correct)

    def find_modules_path(self):
        """ Find the absolute path of the shinken module directory and returns it.  """
        import shinken

        # BEWARE: this way of finding path is good if we still
        # DO NOT HAVE CHANGE PWD!!!
        # Now get the module path. It's in fact the directory modules
        # inside the shinken directory. So let's find it.

        print "modulemanager file", shinken.modulesmanager.__file__
        modulespath = os.path.abspath(shinken.modulesmanager.__file__)
        print "modulemanager absolute file", modulespath
        # We got one of the files of
        parent_path = os.path.dirname(os.path.dirname(modulespath))
        modulespath = os.path.join(parent_path, 'shinken', 'modules')
        print("Using modules path: %s" % (modulespath))

        return modulespath

    def do_load_modules(self):
        self.modules_manager.load_and_init()
        self.log.log("I correctly loaded the modules: [%s]" % (','.join(
            [inst.get_name() for inst in self.modules_manager.instances])))

    def init_livestatus(self, modconf=None):
        self.livelogs = 'tmp/livelogs.db' + self.testid

        if modconf is None:
            modconf = Module({
                'module_name': 'LiveStatus',
                'module_type': 'livestatus',
                'port': str(50000 + os.getpid()),
                'pnp_path': 'tmp/pnp4nagios_test' + self.testid,
                'host': '127.0.0.1',
                'socket': 'live',
                'name': 'test',  #?
            })

        dbmodconf = Module({
            'module_name':
            'LogStore',
            'module_type':
            'logstore_sqlite',
            'use_aggressive_sql':
            "0",
            'database_file':
            self.livelogs,
            'archive_path':
            os.path.join(os.path.dirname(self.livelogs), 'archives'),
        })
        modconf.modules = [dbmodconf]
        self.livestatus_broker = LiveStatus_broker(modconf)
        self.livestatus_broker.create_queues()

        #--- livestatus_broker.main
        self.livestatus_broker.log = logger
        # this seems to damage the logger so that the scheduler can't use it
        #self.livestatus_broker.log.load_obj(self.livestatus_broker)
        self.livestatus_broker.debug_output = []
        self.livestatus_broker.modules_manager = ModulesManager(
            'livestatus', self.livestatus_broker.find_modules_path(), [])
        self.livestatus_broker.modules_manager.set_modules(
            self.livestatus_broker.modules)
        # We can now output some previouly silented debug ouput
        self.livestatus_broker.do_load_modules()
        for inst in self.livestatus_broker.modules_manager.instances:
            if inst.properties["type"].startswith('logstore'):
                f = getattr(inst, 'load', None)
                if f and callable(f):
                    f(self.livestatus_broker)  # !!! NOT self here !!!!
                break
        for s in self.livestatus_broker.debug_output:
            print "errors during load", s
        del self.livestatus_broker.debug_output
        self.livestatus_broker.rg = LiveStatusRegenerator()
        self.livestatus_broker.datamgr = datamgr
        datamgr.load(self.livestatus_broker.rg)
        self.livestatus_broker.query_cache = LiveStatusQueryCache()
        self.livestatus_broker.query_cache.disable()
        self.livestatus_broker.rg.register_cache(
            self.livestatus_broker.query_cache)
        #--- livestatus_broker.main

        self.livestatus_broker.init()
        self.livestatus_broker.db = self.livestatus_broker.modules_manager.instances[
            0]
        self.livestatus_broker.livestatus = LiveStatus(
            self.livestatus_broker.datamgr, self.livestatus_broker.query_cache,
            self.livestatus_broker.db, self.livestatus_broker.pnp_path,
            self.livestatus_broker.from_q)

        #--- livestatus_broker.do_main
        self.livestatus_broker.db.open()
예제 #2
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/shinken_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        time_hacker.set_my_time()
        self.print_header()
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()

        # If we got one arbiter defined here (before default) we should be in a case where
        # the tester want to load/test a module, so we simulate an arbiter daemon
        # and the modules loading phase. As it has its own modulesmanager, should
        # not impact scheduler modules ones, especially we are asking for arbiter type :)
        if len(self.conf.arbiters) == 1:
            arbdaemon = Arbiter([''],[''], False, False, None, None)
            # only load if the module_dir is reallyexisting, so was set explicitly
            # in the test configuration
            if os.path.exists(getattr(self.conf, 'modules_dir', '')):
                arbdaemon.modules_dir = self.conf.modules_dir
                arbdaemon.load_modules_manager()

                # we request the instances without them being *started*
                # (for those that are concerned ("external" modules):
                # we will *start* these instances after we have been daemonized (if requested)
                me = None
                for arb in self.conf.arbiters:
                    me = arb
                    arbdaemon.modules_manager.set_modules(arb.modules)
                    arbdaemon.do_load_modules()
                    arbdaemon.load_modules_configuration_objects(raw_objects)

        self.conf.create_objects(raw_objects)
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        #import pdb;pdb.set_trace()
        self.conf.linkify_templates()
        #import pdb;pdb.set_trace()
        self.conf.apply_inheritance()
        #import pdb;pdb.set_trace()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.compute_hash()
        #print "conf.services has %d elements" % len(self.conf.services)
        self.conf.override_properties()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.set_initial_state()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            self.conf.dump()
            return
        self.conf.clean()

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None, None)
        self.scheddaemon = scheddaemon
        self.sched = scheddaemon.sched
        scheddaemon.modules_dir = modules_dir
        scheddaemon.load_modules_manager()
        # Remember to clean the logs we just created before launching tests
        self.clear_logs()
        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2
        self.sched.conf.accept_passive_unknown_check_results = False

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        #check = ref.actions.pop()
        check = ref.checks_in_progress[0]
        self.sched.add(check)  # check is now in sched.checks[]

        # Allows to force check scheduling without setting its status nor
        # output. Useful for manual business rules rescheduling, for instance.
        if exit_status is None:
            return

        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)


    def scheduler_loop(self, count, reflist, do_sleep=False, sleep_time=61, verbose=True):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            if verbose is True:
                print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()

            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.sched.scatter_master_notifications()
            self.worker_loop(verbose)
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)


    def worker_loop(self, verbose=True):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True, False, worker_name='tester')
        actions = self.sched.get_to_run_checks(False, True, worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop end ----------------"


    def show_logs(self):
        print "--- logs <<<----------------------------------"
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        for brok in sorted(broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                safe_print("LOG: ", brok.data['log'])

        print "--- logs >>>----------------------------------"


    def show_actions(self):
        print "--- actions <<<----------------------------------"
        if hasattr(self, "sched"):
            actions = self.sched.actions
        else:
            actions = self.actions
        for a in sorted(actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(), a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (a.id, ref, a.type, time.asctime(time.localtime(a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"


    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()


    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()


    def count_logs(self):
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        return len([b for b in broks.values() if b.type == 'log'])


    def count_actions(self):
        if hasattr(self, "sched"):
            actions = self.sched.actions
        else:
            actions = self.actions
        return len(actions.values())


    def clear_logs(self):
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        id_to_del = []
        for b in broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del broks[id]


    def clear_actions(self):
        if hasattr(self, "sched"):
            self.sched.actions = {}
        else:
            self.actions = {}


    def assert_log_match(self, index, pattern, no_match=False):
        # log messages are counted 1...n, so index=1 for the first message
        if not no_match:
            self.assertGreaterEqual(self.count_logs(), index)
        regex = re.compile(pattern)
        lognum = 1
        broks = sorted(self.sched.broks.values(), key=lambda x: x.id)
        for brok in broks:
            if brok.type == 'log':
                brok.prepare()
                if index == lognum:
                    if re.search(regex, brok.data['log']):
                        return
                lognum += 1
        self.assertTrue(no_match, "%s found a matched log line in broks :\n"
                               "index=%s pattern=%r\n"
                               "broks_logs=[[[\n%s\n]]]" % (
            '*HAVE*' if no_match else 'Not',
            index, pattern, '\n'.join(
                '\t%s=%s' % (idx, b.strip())
                for idx, b in enumerate(
                    (b.data['log'] for b in broks if b.type == 'log'),
                    1)
            )
        ))

    def _any_log_match(self, pattern, assert_not):
        regex = re.compile(pattern)
        broks = getattr(self, 'sched', self).broks
        broks = sorted(broks.values(), lambda x, y: x.id - y.id)
        for brok in broks:
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    self.assertTrue(not assert_not,
                                    "Found matching log line:\n"
                                    "pattern = %r\nbrok log = %r" % (pattern, brok.data['log'])
                    )
                    return
        self.assertTrue(assert_not,
            "No matching log line found:\n"
            "pattern = %r\n" "broks = %r" % (pattern, broks)
        )

    def assert_any_log_match(self, pattern):
        self._any_log_match(pattern, assert_not=False)

    def assert_no_log_match(self, pattern):
        self._any_log_match(pattern, assert_not=True)


    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "\n" + "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assertTrue(self.conf.conf_is_correct)
예제 #3
0
class ShinkenTest(unittest.TestCase, _Unittest2CompatMixIn):
    def setUp(self):
        self.setup_with_file('etc/shinken_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        self.print_header()
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()
        self.conf.create_objects(raw_objects)
        self.conf.old_properties_names_to_new()
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        self.conf.linkify_templates()
        self.conf.apply_inheritance()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.remove_twins()
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.compute_hash()
        #print "conf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.override_properties()
        self.conf.pythonize()
        count = self.conf.remove_exclusions()
        if count > 0:
            self.conf.create_reversed_list()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            return
        self.conf.clean()

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None, None)
        self.sched = Scheduler(scheddaemon)

        scheddaemon.sched = self.sched
        scheddaemon.modules_dir = modules_dir
        scheddaemon.load_modules_manager()
        # Remember to clean the logs we just created before launching tests
        self.clear_logs()
        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        #check = ref.actions.pop()
        check = ref.checks_in_progress[0]
        self.sched.add(check)  # check is now in sched.checks[]

        # Allows to force check scheduling without setting its status nor
        # output. Useful for manual business rules rescheduling, for instance.
        if exit_status is None:
            return

        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)


    def scheduler_loop(self, count, reflist, do_sleep=False, sleep_time=61, verbose=True):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            if verbose is True:
                print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()

            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.sched.scatter_master_notifications()
            self.worker_loop(verbose)
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)


    def worker_loop(self, verbose=True):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True, False, worker_name='tester')
        actions = self.sched.get_to_run_checks(False, True, worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop end ----------------"


    def show_logs(self):
        print "--- logs <<<----------------------------------"
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                print "LOG:", brok.data['log']
        print "--- logs >>>----------------------------------"


    def show_actions(self):
        print "--- actions <<<----------------------------------"
        for a in sorted(self.sched.actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(), a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (a.id, ref, a.type, time.asctime(time.localtime(a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"


    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()


    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()


    def count_logs(self):
        return len([b for b in self.sched.broks.values() if b.type == 'log'])


    def count_actions(self):
        return len(self.sched.actions.values())


    def clear_logs(self):
        id_to_del = []
        for b in self.sched.broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del self.sched.broks[id]


    def clear_actions(self):
        self.sched.actions = {}


    def log_match(self, index, pattern):
        # log messages are counted 1...n, so index=1 for the first message
        if index > self.count_logs():
            return False
        else:
            regex = re.compile(pattern)
            lognum = 1
            for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
                if brok.type == 'log':
                    brok.prepare()
                    if index == lognum:
                        if re.search(regex, brok.data['log']):
                            return True
                    lognum += 1
        return False

    def any_log_match(self, pattern):
        regex = re.compile(pattern)
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    return True
        return False

    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "\n" + "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assert_(self.conf.conf_is_correct)
예제 #4
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/nagios_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()
        self.conf.create_objects(raw_objects)
        self.conf.old_properties_names_to_new()
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        self.conf.linkify_templates()
        self.conf.apply_inheritance()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.remove_twins()
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.compute_hash()
        #print "conf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.pythonize()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            return

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None)
        self.sched = Scheduler(scheddaemon)

        scheddaemon.sched = self.sched

        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        check = ref.actions.pop()
        self.sched.add(check)  # check is now in sched.checks[]
        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)

    def scheduler_loop(self, count, reflist, do_sleep=False, sleep_time=61):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()
            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.worker_loop()
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)

    def worker_loop(self):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True, False, worker_name='tester')
        actions = self.sched.get_to_run_checks(False, True, worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        self.show_actions()
        #print "------------ worker loop end ----------------"

    def show_logs(self):
        print "--- logs <<<----------------------------------"
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                print "LOG:", brok.data['log']
        print "--- logs >>>----------------------------------"

    def show_actions(self):
        print "--- actions <<<----------------------------------"
        for a in sorted(self.sched.actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(), a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (a.id, ref, a.type, time.asctime(time.localtime(a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"

    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()

    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()

    def count_logs(self):
        return len([b for b in self.sched.broks.values() if b.type == 'log'])

    def count_actions(self):
        return len(self.sched.actions.values())

    def clear_logs(self):
        id_to_del = []
        for b in self.sched.broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del self.sched.broks[id]

    def clear_actions(self):
        self.sched.actions = {}

    def log_match(self, index, pattern):
        # log messages are counted 1...n, so index=1 for the first message
        if index > self.count_logs():
            return False
        else:
            regex = re.compile(pattern)
            lognum = 1
            for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
                if brok.type == 'log':
                    brok.prepare()
                    if index == lognum:
                        if re.search(regex, brok.data['log']):
                            return True
                    lognum += 1
        return False

    def any_log_match(self, pattern):
        regex = re.compile(pattern)
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    return True
        return False

    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assert_(self.conf.conf_is_correct)

    def find_modules_path(self):
        """ Find the absolute path of the shinken module directory and returns it.  """
        import shinken

        # BEWARE: this way of finding path is good if we still
        # DO NOT HAVE CHANGE PWD!!!
        # Now get the module path. It's in fact the directory modules
        # inside the shinken directory. So let's find it.

        print "modulemanager file", shinken.modulesmanager.__file__
        modulespath = os.path.abspath(shinken.modulesmanager.__file__)
        print "modulemanager absolute file", modulespath
        # We got one of the files of
        parent_path = os.path.dirname(os.path.dirname(modulespath))
        modulespath = os.path.join(parent_path, 'shinken', 'modules')
        print("Using modules path: %s" % (modulespath))

        return modulespath

    def do_load_modules(self):
        self.modules_manager.load_and_init()
        self.log.log("I correctly loaded the modules: [%s]" % (','.join([inst.get_name() for inst in self.modules_manager.instances])))

    def init_livestatus(self, modconf=None):
        self.livelogs = 'tmp/livelogs.db' + self.testid

        if modconf is None:
            modconf = Module({'module_name': 'LiveStatus',
                'module_type': 'livestatus',
                'port': str(50000 + os.getpid()),
                'pnp_path': 'tmp/pnp4nagios_test' + self.testid,
                'host': '127.0.0.1',
                'socket': 'live',
                'name': 'test', #?
            })

        dbmodconf = Module({'module_name': 'LogStore',
            'module_type': 'logstore_sqlite',
            'use_aggressive_sql': "0",
            'database_file': self.livelogs,
            'archive_path': os.path.join(os.path.dirname(self.livelogs), 'archives'),
        })
        modconf.modules = [dbmodconf]
        self.livestatus_broker = LiveStatus_broker(modconf)
        self.livestatus_broker.create_queues()

        #--- livestatus_broker.main
        self.livestatus_broker.log = logger
        # this seems to damage the logger so that the scheduler can't use it
        #self.livestatus_broker.log.load_obj(self.livestatus_broker)
        self.livestatus_broker.debug_output = []
        self.livestatus_broker.modules_manager = ModulesManager('livestatus', self.livestatus_broker.find_modules_path(), [])
        self.livestatus_broker.modules_manager.set_modules(self.livestatus_broker.modules)
        # We can now output some previouly silented debug ouput
        self.livestatus_broker.do_load_modules()
        for inst in self.livestatus_broker.modules_manager.instances:
            if inst.properties["type"].startswith('logstore'):
                f = getattr(inst, 'load', None)
                if f and callable(f):
                    f(self.livestatus_broker)  # !!! NOT self here !!!!
                break
        for s in self.livestatus_broker.debug_output:
            print "errors during load", s
        del self.livestatus_broker.debug_output
        self.livestatus_broker.rg = LiveStatusRegenerator()
        self.livestatus_broker.datamgr = datamgr
        datamgr.load(self.livestatus_broker.rg)
        self.livestatus_broker.query_cache = LiveStatusQueryCache()
        self.livestatus_broker.query_cache.disable()
        self.livestatus_broker.rg.register_cache(self.livestatus_broker.query_cache)
        #--- livestatus_broker.main

        self.livestatus_broker.init()
        self.livestatus_broker.db = self.livestatus_broker.modules_manager.instances[0]
        self.livestatus_broker.livestatus = LiveStatus(self.livestatus_broker.datamgr, self.livestatus_broker.query_cache, self.livestatus_broker.db, self.livestatus_broker.pnp_path, self.livestatus_broker.from_q)

        #--- livestatus_broker.do_main
        self.livestatus_broker.db.open()
예제 #5
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/nagios_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        self.conf.read_config(self.config_files)
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()
        self.conf.create_objects(raw_objects)
        self.conf.old_properties_names_to_new()
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        self.conf.linkify_templates()
        self.conf.apply_inheritance()
        self.conf.explode()
        self.conf.create_reversed_list()
        self.conf.remove_twins()
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.create_reversed_list()
        self.conf.pythonize()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        self.confs = self.conf.cut_into_parts()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)
        
        scheddaemon = Shinken(None, False, False, False, None)
        self.sched = Scheduler(scheddaemon)
        
        scheddaemon.sched = self.sched
                
        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2
        self.sched.schedule()


    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)


    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        #now checks are schedule and we get them in
        #the action queue
        check = ref.actions.pop()
        self.sched.add(check)  # check is now in sched.checks[]
        # fake execution
        check.check_time = now
        
        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)


    def scheduler_loop(self, count, reflist, do_sleep=False, sleep_time=61):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()
            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.worker_loop()
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)


    def worker_loop(self):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True, False, worker_name='tester')
        actions = self.sched.get_to_run_checks(False, True, worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        self.show_actions()
        #print "------------ worker loop end ----------------"


    def show_logs(self):
        print "--- logs <<<----------------------------------"
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                print "LOG:", brok.data['log']
        print "--- logs >>>----------------------------------"


    def show_actions(self):
        print "--- actions <<<----------------------------------"
        for a in sorted(self.sched.actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(), a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (a.id, ref, a.type, time.asctime(time.localtime(a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"


    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()


    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()


    def count_logs(self):
        return len([b for b in self.sched.broks.values() if b.type == 'log'])


    def count_actions(self):
        return len(self.sched.actions.values())


    def clear_logs(self):
        id_to_del = []
        for b in self.sched.broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del self.sched.broks[id]


    def clear_actions(self):
        self.sched.actions = {}


    def log_match(self, index, pattern):
        # log messages are counted 1...n, so index=1 for the first message
        if index > self.count_logs():
            return False
        else:
            regex = re.compile(pattern)
            lognum = 1
            for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
                if brok.type == 'log':
                    if index == lognum:
                        if re.search(regex, brok.data['log']):
                            return True
                    lognum += 1
        return False


    def any_log_match(self, pattern):
        regex = re.compile(pattern)
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    return True
        return False


    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res



    def print_header(self):
        print "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"




    def xtest_conf_is_correct(self):
        self.print_header()
        self.assert_(self.conf.conf_is_correct)


    def init_livestatus(self):
        self.livelogs = 'tmp/livelogs.db' + self.testid
        self.db_archives = os.path.join(os.path.dirname(self.livelogs), 'archives')
        self.pnp4nagios = 'tmp/pnp4nagios_test' + self.testid
        self.livestatus_broker = Livestatus_broker(livestatus_modconf, '127.0.0.1', str(50000 + os.getpid()), 'live', [], self.livelogs, self.db_archives, 365, self.pnp4nagios, True)
        self.livestatus_broker.create_queues()
        #self.livestatus_broker.properties = {
        #    'to_queue' : 0,
        #    'from_queue' : 0
        #
        #    }
        self.livestatus_broker.init()
        self.livestatus_broker.db = LiveStatusDb(self.livestatus_broker.database_file, self.livestatus_broker.archive_path, self.livestatus_broker.max_logs_age)
        self.livestatus_broker.livestatus = LiveStatus(self.livestatus_broker.configs, self.livestatus_broker.hosts, self.livestatus_broker.services, self.livestatus_broker.contacts, self.livestatus_broker.hostgroups, self.livestatus_broker.servicegroups, self.livestatus_broker.contactgroups, self.livestatus_broker.timeperiods, self.livestatus_broker.commands, self.livestatus_broker.schedulers, self.livestatus_broker.pollers, self.livestatus_broker.reactionners, self.livestatus_broker.brokers, self.livestatus_broker.db, self.livestatus_broker.use_aggressive_sql, self.livestatus_broker.pnp_path, self.livestatus_broker.from_q)
예제 #6
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/shinken_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        time_hacker.set_my_time()
        self.print_header()
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()

        # If we got one arbiter defined here (before default) we should be in a case where
        # the tester want to load/test a module, so we simulate an arbiter daemon
        # and the modules loading phase. As it has its own modulesmanager, should
        # not impact scheduler modules ones, especially we are asking for arbiter type :)
        if len(self.conf.arbiters) == 1:
            arbdaemon = Arbiter([''], [''], False, False, None, None)
            # only load if the module_dir is reallyexisting, so was set explicitly
            # in the test configuration
            if os.path.exists(getattr(self.conf, 'modules_dir', '')):
                arbdaemon.modules_dir = self.conf.modules_dir
                arbdaemon.load_modules_manager()

                # we request the instances without them being *started*
                # (for those that are concerned ("external" modules):
                # we will *start* these instances after we have been daemonized (if requested)
                me = None
                for arb in self.conf.arbiters:
                    me = arb
                    arbdaemon.modules_manager.set_modules(arb.modules)
                    arbdaemon.do_load_modules()
                    arbdaemon.load_modules_configuration_objects(raw_objects)

        self.conf.create_objects(raw_objects)
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        #import pdb;pdb.set_trace()
        self.conf.linkify_templates()
        #import pdb;pdb.set_trace()
        self.conf.apply_inheritance()
        #import pdb;pdb.set_trace()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.override_properties()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.set_initial_state()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            self.conf.dump()
            return
        self.conf.clean()

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None, None)
        self.scheddaemon = scheddaemon
        self.sched = scheddaemon.sched
        scheddaemon.modules_dir = modules_dir
        scheddaemon.load_modules_manager()
        # Remember to clean the logs we just created before launching tests
        self.clear_logs()
        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2
        self.sched.conf.accept_passive_unknown_check_results = False

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        #check = ref.actions.pop()
        check = ref.checks_in_progress[0]
        self.sched.add(check)  # check is now in sched.checks[]

        # Allows to force check scheduling without setting its status nor
        # output. Useful for manual business rules rescheduling, for instance.
        if exit_status is None:
            return

        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)

    def scheduler_loop(self,
                       count,
                       reflist,
                       do_sleep=False,
                       sleep_time=61,
                       verbose=True):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            if verbose is True:
                print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()

            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.sched.scatter_master_notifications()
            self.worker_loop(verbose)
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)

    def worker_loop(self, verbose=True):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True,
                                              False,
                                              worker_name='tester')
        actions = self.sched.get_to_run_checks(False,
                                               True,
                                               worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop end ----------------"

    def show_logs(self):
        print "--- logs <<<----------------------------------"
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        for brok in sorted(broks.values(), lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                safe_print("LOG: ", brok.data['log'])

        print "--- logs >>>----------------------------------"

    def show_actions(self):
        print "--- actions <<<----------------------------------"
        if hasattr(self, "sched"):
            actions = self.sched.actions
        else:
            actions = self.actions
        for a in sorted(actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(),
                                                a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (
                    a.id, ref, a.type, time.asctime(time.localtime(
                        a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"

    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()

    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()

    def count_logs(self):
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        return len([b for b in broks.values() if b.type == 'log'])

    def count_actions(self):
        if hasattr(self, "sched"):
            actions = self.sched.actions
        else:
            actions = self.actions
        return len(actions.values())

    def clear_logs(self):
        if hasattr(self, "sched"):
            broks = self.sched.broks
        else:
            broks = self.broks
        id_to_del = []
        for b in broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del broks[id]

    def clear_actions(self):
        if hasattr(self, "sched"):
            self.sched.actions = {}
        else:
            self.actions = {}

    def assert_log_match(self, index, pattern, no_match=False):
        # log messages are counted 1...n, so index=1 for the first message
        if not no_match:
            self.assertGreaterEqual(self.count_logs(), index)
        regex = re.compile(pattern)
        lognum = 1
        broks = sorted(self.sched.broks.values(), key=lambda x: x.id)
        for brok in broks:
            if brok.type == 'log':
                brok.prepare()
                if index == lognum:
                    if re.search(regex, brok.data['log']):
                        return
                lognum += 1
        self.assertTrue(
            no_match, "%s found a matched log line in broks :\n"
            "index=%s pattern=%r\n"
            "broks_logs=[[[\n%s\n]]]" %
            ('*HAVE*' if no_match else 'Not', index, pattern, '\n'.join(
                '\t%s=%s' % (idx, b.strip())
                for idx, b in enumerate((b.data['log'] for b in broks
                                         if b.type == 'log'), 1))))

    def _any_log_match(self, pattern, assert_not):
        regex = re.compile(pattern)
        broks = getattr(self, 'sched', self).broks
        broks = sorted(broks.values(), lambda x, y: x.id - y.id)
        for brok in broks:
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    self.assertTrue(
                        not assert_not, "Found matching log line:\n"
                        "pattern = %r\nbrok log = %r" %
                        (pattern, brok.data['log']))
                    return
        self.assertTrue(
            assert_not, "No matching log line found:\n"
            "pattern = %r\n"
            "broks = %r" % (pattern, broks))

    def assert_any_log_match(self, pattern):
        self._any_log_match(pattern, assert_not=False)

    def assert_no_log_match(self, pattern):
        self._any_log_match(pattern, assert_not=True)

    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "\n" + "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assertTrue(self.conf.conf_is_correct)
예제 #7
0
class ShinkenTest(unittest.TestCase):
    def setUp(self):
        self.setup_with_file('etc/shinken_1r_1h_1s.cfg')

    def setup_with_file(self, path):
        # i am arbiter-like
        self.broks = {}
        self.me = None
        self.log = logger
        self.log.load_obj(self)
        self.config_files = [path]
        self.conf = Config()
        buf = self.conf.read_config(self.config_files)
        raw_objects = self.conf.read_config_buf(buf)
        self.conf.create_objects_for_type(raw_objects, 'arbiter')
        self.conf.create_objects_for_type(raw_objects, 'module')
        self.conf.early_arbiter_linking()
        self.conf.create_objects(raw_objects)
        self.conf.old_properties_names_to_new()
        self.conf.instance_id = 0
        self.conf.instance_name = 'test'
        # Hack push_flavor, that is set by the dispatcher
        self.conf.push_flavor = 0
        self.conf.load_triggers()
        self.conf.linkify_templates()
        self.conf.apply_inheritance()
        self.conf.explode()
        #print "Aconf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.remove_twins()
        self.conf.apply_implicit_inheritance()
        self.conf.fill_default()
        self.conf.remove_templates()
        self.conf.compute_hash()
        #print "conf.services has %d elements" % len(self.conf.services)
        self.conf.create_reversed_list()
        self.conf.override_properties()
        self.conf.pythonize()
        self.conf.linkify()
        self.conf.apply_dependencies()
        self.conf.explode_global_conf()
        self.conf.propagate_timezone_option()
        self.conf.create_business_rules()
        self.conf.create_business_rules_dependencies()
        self.conf.is_correct()
        if not self.conf.conf_is_correct:
            print "The conf is not correct, I stop here"
            return
        self.conf.clean()

        self.confs = self.conf.cut_into_parts()
        self.conf.prepare_for_sending()
        self.conf.show_errors()
        self.dispatcher = Dispatcher(self.conf, self.me)

        scheddaemon = Shinken(None, False, False, False, None, None)
        self.sched = Scheduler(scheddaemon)

        scheddaemon.sched = self.sched
        scheddaemon.modules_dir = modules_dir
        scheddaemon.load_modules_manager()
        # Remember to clean the logs we just created before launching tests
        self.clear_logs()
        m = MacroResolver()
        m.init(self.conf)
        self.sched.load_conf(self.conf, in_test=True)
        e = ExternalCommandManager(self.conf, 'applyer')
        self.sched.external_command = e
        e.load_scheduler(self.sched)
        e2 = ExternalCommandManager(self.conf, 'dispatcher')
        e2.load_arbiter(self)
        self.external_command_dispatcher = e2

        self.sched.schedule()

    def add(self, b):
        if isinstance(b, Brok):
            self.broks[b.id] = b
            return
        if isinstance(b, ExternalCommand):
            self.sched.run_external_command(b.cmd_line)

    def fake_check(self, ref, exit_status, output="OK"):
        #print "fake", ref
        now = time.time()
        ref.schedule(force=True)
        # now checks are schedule and we get them in
        # the action queue
        #check = ref.actions.pop()
        check = ref.checks_in_progress[0]
        self.sched.add(check)  # check is now in sched.checks[]

        # Allows to force check scheduling without setting its status nor
        # output. Useful for manual business rules rescheduling, for instance.
        if exit_status is None:
            return

        # fake execution
        check.check_time = now

        # and lie about when we will launch it because
        # if not, the schedule call for ref
        # will not really reschedule it because there
        # is a valid value in the future
        ref.next_chk = now - 0.5

        check.get_outputs(output, 9000)
        check.exit_status = exit_status
        check.execution_time = 0.001
        check.status = 'waitconsume'
        self.sched.waiting_results.append(check)

    def scheduler_loop(self,
                       count,
                       reflist,
                       do_sleep=False,
                       sleep_time=61,
                       verbose=True):
        for ref in reflist:
            (obj, exit_status, output) = ref
            obj.checks_in_progress = []
        for loop in range(1, count + 1):
            if verbose is True:
                print "processing check", loop
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.update_in_checking()
                self.fake_check(obj, exit_status, output)
            self.sched.manage_internal_checks()
            self.sched.consume_results()
            self.sched.get_new_actions()
            self.sched.get_new_broks()
            self.worker_loop(verbose)
            for ref in reflist:
                (obj, exit_status, output) = ref
                obj.checks_in_progress = []
            self.sched.update_downtimes_and_comments()
            #time.sleep(ref.retry_interval * 60 + 1)
            if do_sleep:
                time.sleep(sleep_time)

    def worker_loop(self, verbose=True):
        self.sched.delete_zombie_checks()
        self.sched.delete_zombie_actions()
        checks = self.sched.get_to_run_checks(True,
                                              False,
                                              worker_name='tester')
        actions = self.sched.get_to_run_checks(False,
                                               True,
                                               worker_name='tester')
        #print "------------ worker loop checks ----------------"
        #print checks
        #print "------------ worker loop actions ----------------"
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop new ----------------"
        for a in actions:
            a.status = 'inpoller'
            a.check_time = time.time()
            a.exit_status = 0
            self.sched.put_results(a)
        if verbose is True:
            self.show_actions()
        #print "------------ worker loop end ----------------"

    def show_logs(self):
        print "--- logs <<<----------------------------------"
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                print "LOG:", brok.data['log']
        print "--- logs >>>----------------------------------"

    def show_actions(self):
        print "--- actions <<<----------------------------------"
        for a in sorted(self.sched.actions.values(), lambda x, y: x.id - y.id):
            if a.is_a == 'notification':
                if a.ref.my_type == "host":
                    ref = "host: %s" % a.ref.get_name()
                else:
                    ref = "host: %s svc: %s" % (a.ref.host.get_name(),
                                                a.ref.get_name())
                print "NOTIFICATION %d %s %s %s %s" % (
                    a.id, ref, a.type, time.asctime(time.localtime(
                        a.t_to_go)), a.status)
            elif a.is_a == 'eventhandler':
                print "EVENTHANDLER:", a
        print "--- actions >>>----------------------------------"

    def show_and_clear_logs(self):
        self.show_logs()
        self.clear_logs()

    def show_and_clear_actions(self):
        self.show_actions()
        self.clear_actions()

    def count_logs(self):
        return len([b for b in self.sched.broks.values() if b.type == 'log'])

    def count_actions(self):
        return len(self.sched.actions.values())

    def clear_logs(self):
        id_to_del = []
        for b in self.sched.broks.values():
            if b.type == 'log':
                id_to_del.append(b.id)
        for id in id_to_del:
            del self.sched.broks[id]

    def clear_actions(self):
        self.sched.actions = {}

    def log_match(self, index, pattern):
        # log messages are counted 1...n, so index=1 for the first message
        if index > self.count_logs():
            return False
        else:
            regex = re.compile(pattern)
            lognum = 1
            for brok in sorted(self.sched.broks.values(),
                               lambda x, y: x.id - y.id):
                if brok.type == 'log':
                    brok.prepare()
                    if index == lognum:
                        if re.search(regex, brok.data['log']):
                            return True
                    lognum += 1
        return False

    def any_log_match(self, pattern):
        regex = re.compile(pattern)
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                brok.prepare()
                if re.search(regex, brok.data['log']):
                    return True
        return False

    def get_log_match(self, pattern):
        regex = re.compile(pattern)
        res = []
        for brok in sorted(self.sched.broks.values(),
                           lambda x, y: x.id - y.id):
            if brok.type == 'log':
                if re.search(regex, brok.data['log']):
                    res.append(brok.data['log'])
        return res

    def print_header(self):
        print "#" * 80 + "\n" + "#" + " " * 78 + "#"
        print "#" + string.center(self.id(), 78) + "#"
        print "#" + " " * 78 + "#\n" + "#" * 80 + "\n"

    def xtest_conf_is_correct(self):
        self.print_header()
        self.assert_(self.conf.conf_is_correct)