def check(self):
if linux.os['family'] in ('RedHat',
'Oracle') and linux.os['version'] >= (6, 0):
# Avoid "Can't locate Time/HiRes.pm in @INC"
# with InnoDB Backup Utility v1.5.1-xtrabackup
pkgmgr.installed('perl-Time-HiRes')
mgr = pkgmgr.package_mgr()
if not 'percona' in mgr.repos():
if linux.os['family'] in ('RedHat', 'Oracle'):
url = 'http://www.percona.com/downloads/percona-release/percona-release-0.0-1.%s.rpm' % linux.os[
'arch']
pkgmgr.YumPackageMgr().localinstall(url)
if linux.os.amazon:
linux.system(("sed -i 's/\$releasever/latest/g' "
"/etc/yum.repos.d/Percona.repo"),
shell=True)
else:
try:
codename = linux.os['lsb_codename']
except KeyError:
codename = linux.ubuntu_release_to_codename[
linux.os['lsb_release']]
pkgmgr.apt_source(
'percona.list',
['deb http://repo.percona.com/apt %s main' % codename],
gpg_keyserver='hkp://keys.gnupg.net',
gpg_keyid='CD2EFD2A')
mgr.updatedb()
if software.mysql_software_info().version < (5, 5):
self.package = 'percona-xtrabackup-21'
else:
self.package = 'percona-xtrabackup'
return super(PerconaExec, self).check()
def check(self):
if linux.os['family'] in ('RedHat', 'Oracle') and linux.os['version'] >= (6, 0):
# Avoid "Can't locate Time/HiRes.pm in @INC"
# with InnoDB Backup Utility v1.5.1-xtrabackup
pkgmgr.installed('perl-Time-HiRes')
mgr = pkgmgr.package_mgr()
if not 'percona' in mgr.repos():
if linux.os['family'] in ('RedHat', 'Oracle'):
url = 'http://www.percona.com/downloads/percona-release/percona-release-0.0-1.%s.rpm' % linux.os['arch']
pkgmgr.YumPackageMgr().localinstall(url)
if linux.os.amazon:
linux.system(("sed -i 's/\$releasever/latest/g' "
"/etc/yum.repos.d/Percona.repo"), shell=True)
else:
try:
codename = linux.os['lsb_codename']
except KeyError:
codename = linux.ubuntu_release_to_codename[linux.os['lsb_release']]
pkgmgr.apt_source(
'percona.list',
['deb http://repo.percona.com/apt %s main' % codename],
gpg_keyserver='hkp://keys.gnupg.net',
gpg_keyid='CD2EFD2A')
mgr.updatedb()
if software.mysql_software_info().version < (5, 5):
self.package = 'percona-xtrabackup-21'
else:
self.package = 'percona-xtrabackup'
return super(PerconaExec, self).check()
def check(self):
if linux.os["family"] in ("RedHat", "Oracle") and linux.os["version"] >= (6, 0):
# Avoid "Can't locate Time/HiRes.pm in @INC"
# with InnoDB Backup Utility v1.5.1-xtrabackup
pkgmgr.installed("perl-Time-HiRes")
mgr = pkgmgr.package_mgr()
if not "percona" in mgr.repos():
if linux.os["family"] in ("RedHat", "Oracle"):
url = "http://www.percona.com/downloads/percona-release/percona-release-0.0-1.%s.rpm" % linux.os["arch"]
pkgmgr.YumPackageMgr().localinstall(url)
else:
try:
codename = linux.os["lsb_codename"]
except KeyError:
codename = linux.ubuntu_release_to_codename[linux.os["lsb_release"]]
pkgmgr.apt_source(
"percona.list",
["deb http://repo.percona.com/apt %s main" % codename],
gpg_keyserver="hkp://keys.gnupg.net",
gpg_keyid="CD2EFD2A",
)
mgr.updatedb()
return super(PerconaExec, self).check()
def check(self):
if linux.os['family'] in ('RedHat', 'Oracle') and linux.os['version'] >= (6, 0):
# Avoid "Can't locate Time/HiRes.pm in @INC"
# with InnoDB Backup Utility v1.5.1-xtrabackup
pkgmgr.installed('perl-Time-HiRes')
mgr = pkgmgr.package_mgr()
if not 'percona' in mgr.repos():
if linux.os['family'] in ('RedHat', 'Oracle'):
url = 'http://www.percona.com/downloads/percona-release/percona-release-0.0-1.%s.rpm' % linux.os['arch']
pkgmgr.YumPackageMgr().localinstall(url)
else:
try:
codename = linux.os['lsb_codename']
except KeyError:
codename = linux.ubuntu_release_to_codename[linux.os['lsb_release']]
pkgmgr.apt_source(
'percona.list',
['deb http://repo.percona.com/apt %s main' % codename],
gpg_keyserver='hkp://keys.gnupg.net',
gpg_keyid='CD2EFD2A')
mgr.updatedb()
return super(PerconaExec, self).check()
def get_ready_behaviours(self):
LOG.info('Detecting supported behaviors...')
if linux.os['family'] != 'Windows':
system_packages = pkgmgr.package_mgr().list()
possible_behaviors = config.BuiltinBehaviours.values()
else:
system_packages = []
possible_behaviors = ('base', 'chef')
msg = (
"Scalr built-in automation: checking for supported software.\n"
"If installed software isn't detected, "
"review the Scalr Wiki: https://scalr-wiki.atlassian.net/wiki/x/IoB1"
)
LOG.info(msg)
ready_behaviors = list()
for behavior in possible_behaviors:
if behavior in ['base', 'mongodb'
] or behavior not in api.api_routes.keys():
continue
try:
api_cls = util.import_class(api.api_routes[behavior])
installed = api_cls.check_software(system_packages)
ready_behaviors.append(behavior)
LOG.info('%s: Available. Installed version: %s', behavior,
installed[1])
except (exceptions.NotFound, exceptions.UnsupportedBehavior,
ImportError), e:
if isinstance(e, exceptions.UnsupportedBehavior):
LOG.info('%s: %s', behavior, e.args[1])
else:
LOG.info('%s: %s', behavior, e)
continue
def check(self):
if linux.os['family'] in ('RedHat', 'Oracle') and linux.os['version'] >= (6, 0):
# Avoid "Can't locate Time/HiRes.pm in @INC"
# with InnoDB Backup Utility v1.5.1-xtrabackup
pkgmgr.installed('perl-Time-HiRes')
mgr = pkgmgr.package_mgr()
if not 'percona' in mgr.repos():
if linux.os['family'] in ('RedHat', 'Oracle'):
url = 'http://www.percona.com/downloads/percona-release/percona-release-0.0-1.%s.rpm' % linux.os['arch']
pkgmgr.YumPackageMgr().localinstall(url)
else:
try:
codename = linux.os['lsb_codename']
except KeyError:
codename = linux.ubuntu_release_to_codename[linux.os['lsb_release']]
pkgmgr.apt_source(
'percona.list',
['deb http://repo.percona.com/apt %s main' % codename],
gpg_keyserver='hkp://keys.gnupg.net',
gpg_keyid='CD2EFD2A')
mgr.updatedb()
return super(PerconaExec, self).check()
def rabbitmq_software_info():
if linux.os.windows_family:
raise SoftwareError()
pkg_mgr = pkgmgr.package_mgr()
version = pkg_mgr.info('rabbitmq-server')['installed']
version = re.search('[\d\.]+', version).group(0)
return SoftwareInfo('rabbitmq', version, version)
def get_semanage():
if linux.os['family'] == 'RedHat':
semanage = software.which('semanage')
if not semanage:
mgr = pkgmgr.package_mgr()
mgr.install('policycoreutils-python')
semanage = software.which('semanage')
return semanage
def rabbitmq_software_info():
if linux.os.windows_family:
raise SoftwareError()
pkg_mgr = pkgmgr.package_mgr()
version = pkg_mgr.info('rabbitmq-server')['installed']
version = re.search('[\d\.]+', version).group(0)
return SoftwareInfo('rabbitmq', version, version)
def get_semanage():
if linux.os['family'] == 'RedHat':
semanage = software.which('semanage')
if not semanage:
mgr = pkgmgr.package_mgr()
mgr.install('policycoreutils-python')
semanage = software.which('semanage')
return semanage
def __init__(self, **kwds):
self._update_self_dict(kwds)
self.pkgmgr = pkgmgr.package_mgr()
self.daemon = initdv2.Daemon('scalarizr')
self.op_api = operation.OperationAPI()
self.dist = '{name} {release} {codename}'.format(**linux.os)
self.state = 'noop'
self.meta = metadata.Metadata()
self.shutdown_ev = threading.Event()
self.early_bootstrapped = False
def __init__(self, **kwds):
self._update_self_dict(kwds)
self.pkgmgr = pkgmgr.package_mgr()
self.daemon = initdv2.Daemon("scalarizr")
self.op_api = operation.OperationAPI()
self.dist = "{name} {release} {codename}".format(**linux.os)
self.state = "noop"
self.meta = metadata.Metadata()
self.shutdown_ev = threading.Event()
self.early_bootstrapped = False
def apache_software_info():
binary_name = "httpd" if linux.os.redhat_family else "apache2ctl"
binary = which(binary_name)
if not binary:
raise SoftwareError("Can't find executable for apache http server")
try:
out = system2((binary, '-V'))[0]
except PopenError, e:
pkg_mgr = pkgmgr.package_mgr()
version_string = pkg_mgr.info('apache2')['installed']
def apache_software_info():
binary_name = "httpd" if linux.os.redhat_family else "apache2ctl"
binary = which(binary_name)
if not binary:
raise SoftwareError("Can't find executable for apache http server")
try:
out = system2((binary, '-V'))[0]
except PopenError, e:
pkg_mgr = pkgmgr.package_mgr()
version_string = pkg_mgr.info('apache2')['installed']
def _gzip_bin(self):
if self.try_pigz:
mgr = pkgmgr.package_mgr()
if not mgr.info('pigz')['installed']:
try:
pkgmgr.epel_repository()
mgr.installed("pigz")
except:
LOG.debug("PIGZ install with epel failed, using gzip."\
" Caught %s", repr(sys.exc_info()[1]))
else:
return self.pigz_bin
else:
return self.pigz_bin
return self.gzip_bin
def check_software(cls, system_packages=None):
try:
if linux.os.windows and cls.behavior != 'chef':
raise exceptions.UnsupportedBehavior(
cls.behavior,
("'{beh}' behavior is only supported on "
"Linux operation systems").format(beh=cls.behavior))
elif not linux.os.windows:
system_packages = system_packages or pkgmgr.package_mgr().list(
)
installed = cls.do_check_software(system_packages=system_packages)
cls.software_supported = True
return installed
except:
cls.software_supported = False
e = sys.exc_info()[1]
if isinstance(e, exceptions.UnsupportedBehavior):
raise
elif isinstance(e, pkgmgr.NotInstalledError):
msg = 'Unavailable. Not installed.'
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
elif isinstance(e, pkgmgr.VersionMismatchError):
packages = list()
for package in e.args[0]:
if package[1]:
packages.append('{0}-{1}'.format(
package[0], package[1]))
else:
packages.append(package[0])
msg = 'Unavailable. Installed version {0} is not supported by Scalr on {1} {2}.'
msg = msg.format(','.join(packages), linux.os['name'],
linux.os['version'])
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
elif isinstance(e, SoftwareDependencyError):
packages = list()
for package in e.args[0]:
if package[1]:
packages.append('{0} {1}'.format(
package[0], package[1]))
else:
packages.append(package[0])
msg = 'Unavailable. Installed, but missing additional dependencies: {0}.'
msg = msg.format(','.join(packages))
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
else:
raise sys.exc_info()[0], sys.exc_info()[1], sys.exc_info()[2]
def check_software(cls, system_packages=None):
try:
if linux.os.windows and cls.behavior != 'chef':
raise exceptions.UnsupportedBehavior(cls.behavior, (
"'{beh}' behavior is only supported on "
"Linux operation systems").format(beh=cls.behavior)
)
system_packages = system_packages or pkgmgr.package_mgr().list()
installed = cls.do_check_software(system_packages=system_packages)
cls.software_supported = True
return installed
except:
cls.software_supported = False
e = sys.exc_info()[1]
if isinstance(e, exceptions.UnsupportedBehavior):
raise
elif isinstance(e, pkgmgr.NotInstalledError):
msg = 'Unavailable. Not installed.'
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
elif isinstance(e, pkgmgr.VersionMismatchError):
packages = list()
for package in e.args[0]:
if package[1]:
packages.append('{0}-{1}'.format(package[0], package[1]))
else:
packages.append(package[0])
msg = 'Unavailable. Installed version {0} is not supported by Scalr on {1} {2}.'
msg = msg.format(','.join(packages), linux.os['name'], linux.os['version'])
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
elif isinstance(e, SoftwareDependencyError):
packages = list()
for package in e.args[0]:
if package[1]:
packages.append('{0} {1}'.format(package[0], package[1]))
else:
packages.append(package[0])
msg = 'Unavailable. Installed, but missing additional dependencies: {0}.'
msg = msg.format(','.join(packages))
raise exceptions.UnsupportedBehavior(cls.behavior, msg)
else:
raise sys.exc_info()[0], sys.exc_info()[1], sys.exc_info()[2]
def check_supported_behaviors(*args):
# *args to adaptee as a handler function
if linux.os.windows:
return
system_packages = pkgmgr.package_mgr().list()
for behavior in __node__['behavior']:
if behavior in ['base', 'mongodb'
] or behavior not in api.api_routes.keys():
continue
try:
api_cls = util.import_class(api.api_routes[behavior])
api_cls.check_software(system_packages)
except exceptions.NotFound as e:
LOG.error(e)
except exceptions.UnsupportedBehavior as e:
if e.args[0] == 'chef':
# We pass it, cause a lot of roles has chef behavior without chef installed on them
continue
__node__['messaging'].send('RuntimeError',
body={
'code': 'UnsupportedBehavior',
'message': str(e)
})
raise sys.exc_info()[0], sys.exc_info()[1], sys.exc_info()[2]
def _init_services(self):
logger = logging.getLogger(__name__)
cnf = bus.cnf
ini = cnf.rawini
server_id = ini.get('general', 'server_id')
queryenv_url = ini.get('general', 'queryenv_url')
messaging_adp = ini.get('messaging', 'adapter')
# Set base URL
pr = urlparse(queryenv_url)
bus.scalr_url = urlunparse((pr.scheme, pr.netloc, '', '', '', ''))
logger.debug("Got scalr url: '%s'" % bus.scalr_url)
if not linux.os.windows and __node__['platform'].name == 'openstack':
self._try_resolver(bus.scalr_url)
# Create periodical executor for background tasks (cleanup, rotate, gc, etc...)
bus.periodical_executor = PeriodicalExecutor()
logger.debug("Initialize QueryEnv client")
queryenv = QueryEnvService(queryenv_url, server_id,
cnf.key_path(cnf.DEFAULT_KEY), '2008-12-16')
queryenv_latest = queryenv.get_latest_version()
queryenv = QueryEnvService(queryenv_url, server_id,
cnf.key_path(cnf.DEFAULT_KEY),
queryenv_latest)
if tuple(map(int, queryenv_latest.split('-'))) >= (2012, 7, 1):
scalr_version = queryenv.get_global_config()['params'].get(
'scalr.version')
if scalr_version:
bus.scalr_version = tuple(map(int, scalr_version.split('.')))
version_file = cnf.private_path('.scalr-version')
with open(version_file, 'w') as fp:
fp.write(scalr_version)
bus.queryenv_service = queryenv
bus.queryenv_version = tuple(map(int, queryenv.api_version.split('-')))
if __node__['state'] != 'importing':
lfrp = bus.queryenv_service.list_farm_role_params(
__node__['farm_role_id'])['params']
__node__['base'].update(lfrp.get('base', {}))
ports_non_default = self._select_control_ports()
logger.debug("Initialize messaging")
factory = MessageServiceFactory()
try:
params = dict(ini.items("messaging_" + messaging_adp))
if ports_non_default:
consumer_url = list(
urlparse(params[P2pConfigOptions.CONSUMER_URL]))
consumer_url[1] = ':'.join(
(consumer_url[1].split(':')[0],
str(__node__['base']['messaging_port'])))
params[P2pConfigOptions.CONSUMER_URL] = urlunparse(
consumer_url)
params[P2pConfigOptions.SERVER_ID] = server_id
params[P2pConfigOptions.CRYPTO_KEY_PATH] = cnf.key_path(
cnf.DEFAULT_KEY)
msg_service = factory.new_service(messaging_adp, **params)
bus.messaging_service = msg_service
except (BaseException, Exception):
raise ScalarizrError(
"Cannot create messaging service adapter '%s'" %
(messaging_adp))
optparser = bus.optparser
if optparser and not optparser.values.import_server and linux.os[
'family'] != 'Windows':
system_packages = pkgmgr.package_mgr().list()
for behavior in __node__['behavior']:
if behavior in ['base', 'mongodb'
] or behavior not in api.api_routes.keys():
continue
try:
api_cls = util.import_class(api.api_routes[behavior])
api_cls.check_software(system_packages)
except exceptions.NotFound as e:
logger.error(e)
except exceptions.UnsupportedBehavior as e:
if e.args[0] == 'chef':
# We pass it, cause a lot of roles has chef behavior without chef installed on them
continue
__node__['messaging'].send('RuntimeError',
body={
'code':
'UnsupportedBehavior',
'message': str(e)
})
raise sys.exc_info()[0], sys.exc_info()[1], sys.exc_info(
)[2]
logger.debug('Initialize message handlers')
consumer = msg_service.get_consumer()
consumer.listeners.append(MessageListener())
producer = msg_service.get_producer()
def msg_meta(queue, message):
"""
Add scalarizr version to meta
"""
message.meta.update({
'szr_version':
__version__,
'timestamp':
os_time.utcnow().strftime("%a %d %b %Y %H:%M:%S %z")
})
producer.on('before_send', msg_meta)
Storage.maintain_volume_table = True
if not bus.api_server:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
api_port = 8010
try:
sock.connect(('0.0.0.0', api_port))
api_port = 8009
sock.close()
except socket.error:
pass
STATE['global.api_port'] = api_port
api_app = jsonrpc_http.WsgiApplication(
rpc.RequestHandler(api.api_routes),
cnf.key_path(cnf.DEFAULT_KEY))
class ThreadingWSGIServer(SocketServer.ThreadingMixIn,
wsgiref.simple_server.WSGIServer):
pass
bus.api_server = wsgiref.simple_server.make_server(
'0.0.0.0',
__node__['base']['api_port'],
api_app,
server_class=ThreadingWSGIServer)
if ports_non_default:
msg = msg_service.new_message(
'HostUpdate', None, {
'base': {
'api_port': __node__['base']['api_port'],
'messaging_port': __node__['base']['messaging_port']
}
})
msg_service.get_producer().send(Queues.CONTROL, msg)
def _init_services(self):
logger = logging.getLogger(__name__)
cnf = bus.cnf; ini = cnf.rawini
server_id = ini.get('general', 'server_id')
queryenv_url = ini.get('general', 'queryenv_url')
messaging_adp = ini.get('messaging', 'adapter')
# Set base URL
pr = urlparse(queryenv_url)
bus.scalr_url = urlunparse((pr.scheme, pr.netloc, '', '', '', ''))
logger.debug("Got scalr url: '%s'" % bus.scalr_url)
if not linux.os.windows and __node__['platform'].name == 'openstack':
self._try_resolver(bus.scalr_url)
# Create periodical executor for background tasks (cleanup, rotate, gc, etc...)
bus.periodical_executor = PeriodicalExecutor()
logger.debug("Initialize QueryEnv client")
queryenv = QueryEnvService(queryenv_url, server_id, cnf.key_path(cnf.DEFAULT_KEY), '2008-12-16')
queryenv_latest = queryenv.get_latest_version()
queryenv = QueryEnvService(queryenv_url, server_id, cnf.key_path(cnf.DEFAULT_KEY), queryenv_latest)
if tuple(map(int, queryenv_latest.split('-'))) >= (2012, 7, 1):
scalr_version = queryenv.get_global_config()['params'].get('scalr.version')
if scalr_version:
bus.scalr_version = tuple(map(int, scalr_version.split('.')))
version_file = cnf.private_path('.scalr-version')
with open(version_file, 'w') as fp:
fp.write(scalr_version)
bus.queryenv_service = queryenv
bus.queryenv_version = tuple(map(int, queryenv.api_version.split('-')))
if __node__['state'] != 'importing':
lfrp = bus.queryenv_service.list_farm_role_params(__node__['farm_role_id'])['params']
__node__['base'].update(lfrp.get('base', {}))
ports_non_default = self._select_control_ports()
logger.debug("Initialize messaging")
factory = MessageServiceFactory()
try:
params = dict(ini.items("messaging_" + messaging_adp))
if ports_non_default:
consumer_url = list(urlparse(params[P2pConfigOptions.CONSUMER_URL]))
consumer_url[1] = ':'.join((consumer_url[1].split(':')[0], str(__node__['base']['messaging_port'])))
params[P2pConfigOptions.CONSUMER_URL] = urlunparse(consumer_url)
params[P2pConfigOptions.SERVER_ID] = server_id
params[P2pConfigOptions.CRYPTO_KEY_PATH] = cnf.key_path(cnf.DEFAULT_KEY)
msg_service = factory.new_service(messaging_adp, **params)
bus.messaging_service = msg_service
except (BaseException, Exception):
raise ScalarizrError("Cannot create messaging service adapter '%s'" % (messaging_adp))
optparser = bus.optparser
if optparser and not optparser.values.import_server and linux.os['family'] != 'Windows':
system_packages = pkgmgr.package_mgr().list()
for behavior in __node__['behavior']:
if behavior in ['base', 'mongodb'] or behavior not in api.api_routes.keys():
continue
try:
api_cls = util.import_class(api.api_routes[behavior])
api_cls.check_software(system_packages)
except exceptions.NotFound as e:
logger.error(e)
except exceptions.UnsupportedBehavior as e:
if e.args[0] == 'chef':
# We pass it, cause a lot of roles has chef behavior without chef installed on them
continue
__node__['messaging'].send(
'RuntimeError',
body={
'code': 'UnsupportedBehavior',
'message': str(e)
}
)
raise sys.exc_info()[0], sys.exc_info()[1], sys.exc_info()[2]
logger.debug('Initialize message handlers')
consumer = msg_service.get_consumer()
consumer.listeners.append(MessageListener())
producer = msg_service.get_producer()
def msg_meta(queue, message):
"""
Add scalarizr version to meta
"""
message.meta.update({
'szr_version': __version__,
'timestamp': os_time.utcnow().strftime("%a %d %b %Y %H:%M:%S %z")
})
producer.on('before_send', msg_meta)
Storage.maintain_volume_table = True
if not bus.api_server:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
api_port = 8010
try:
sock.connect(('0.0.0.0', api_port))
api_port = 8009
sock.close()
except socket.error:
pass
STATE['global.api_port'] = api_port
api_app = jsonrpc_http.WsgiApplication(rpc.RequestHandler(api.api_routes),
cnf.key_path(cnf.DEFAULT_KEY))
class ThreadingWSGIServer(SocketServer.ThreadingMixIn, wsgiref.simple_server.WSGIServer):
pass
bus.api_server = wsgiref.simple_server.make_server('0.0.0.0',
__node__['base']['api_port'],
api_app,
server_class=ThreadingWSGIServer)
if ports_non_default:
msg = msg_service.new_message('HostUpdate', None, {
'base': {
'api_port': __node__['base']['api_port'],
'messaging_port': __node__['base']['messaging_port']
}
})
msg_service.get_producer().send(Queues.CONTROL, msg)
def rabbitmq_software_info():
pkg_mgr = pkgmgr.package_mgr()
version = pkg_mgr.info('rabbitmq-server')['installed']
version = re.search('[\d\.]+', version).group(0)
return SoftwareInfo('rabbitmq', version, version)
def test_package_mgr():
mgr = pkgmgr.package_mgr()
assert isinstance(mgr, pkgmgr.YumPackageMgr)
def and_i_have_percona_repostory_on_machine(step, w1):
mgr = pkgmgr.package_mgr()
assert "percona" in mgr.repos()
def given_i_have_no_percona_repository_on_machine(step):
mgr = pkgmgr.package_mgr()
assert "percona" not in mgr.repos()
def given_i_have_no_percona_repository_on_machine(step):
mgr = pkgmgr.package_mgr()
assert 'percona' not in mgr.repos()
def rabbitmq_software_info():
pkg_mgr = pkgmgr.package_mgr()
version = pkg_mgr.info('rabbitmq-server')['installed']
version = re.search('[\d\.]+', version).group(0)
return SoftwareInfo('rabbitmq', version, version)
def test_package_mgr():
mgr = pkgmgr.package_mgr()
assert isinstance(mgr, pkgmgr.YumPackageMgr)
def and_i_have_percona_repostory_on_machine(step, w1):
mgr = pkgmgr.package_mgr()
assert 'percona' in mgr.repos()
