def _start_init(self):
# Regenerage key
new_crypto_key = cryptotool.keygen()
# Prepare HostInit
__node__['boot_time'] = time.time() - sysutil.uptime()
msg = self.new_message(
Messages.HOST_INIT,
dict(
seconds_since_start=float(
'%.2f' % (time.time() - __node__['start_time'], )),
seconds_since_boot=float(
'%.2f' % (time.time() - __node__['boot_time'], )),
#operation_id = bus.init_op.operation_id,
crypto_key=new_crypto_key),
broadcast=True)
bus.fire("before_host_init", msg)
result_msg = self.send_message(msg,
new_crypto_key=new_crypto_key,
handle_host_init=True)
bus.cnf.state = ScalarizrState.INITIALIZING
bus.fire("host_init")
if result_msg and \
parse_bool(result_msg.body.get('base', {}).get('reboot_after_hostinit_phase')):
# apply setting from HostInit
self._system_api.reboot()
threading.Event().wait(600)
def test_on_mysql_newmaster_up(self):
bus.queryenv_service = _QueryEnv()
bus.platform = _Platform()
config = bus.config
sect_name = configtool.get_behaviour_section_name(mysql.BEHAVIOUR)
config.set(sect_name, mysql.OPT_REPLICATION_MASTER, '0')
handler = _MysqlHandler()
root_pass, repl_pass, stat_pass = handler._add_mysql_users(mysql.ROOT_USER, mysql.REPL_USER, mysql.STAT_USER)
handler._update_config( {mysql.OPT_ROOT_PASSWORD : root_pass,
mysql.OPT_REPL_PASSWORD : repl_pass,
mysql.OPT_STAT_PASSWORD : stat_pass})
message = _Message()
if linux.os.redhat_family:
daemon = "/usr/libexec/mysqld"
else:
daemon = "/usr/sbin/mysqld"
initd.stop("mysql")
myd = Popen([daemon, '--defaults-file=/etc/mysql2/my.cnf', '--skip-grant-tables'], stdin=PIPE, stdout=PIPE, stderr=STDOUT)
ping_service(LOCAL_IP, 3306, 5)
myclient = pexpect.spawn('/usr/bin/mysql -h'+LOCAL_IP)
myclient.expect('mysql>')
repl_password = re.sub('[^\w]','', cryptotool.keygen(20))
sql = "update mysql.user set password = PASSWORD('"+repl_password+"') where user = '******';"
myclient.sendline(sql)
myclient.expect('mysql>')
result = myclient.before
if re.search('ERROR', result):
os.kill(myd.pid, signal.SIGTERM)
raise BaseException("Cannot update user", result)
myclient.sendline('FLUSH TABLES WITH READ LOCK;')
myclient.expect('mysql>')
# system('cp -pr /var/lib/mysql /var/lib/backmysql')
# system('rm -rf /var/lib/mysql && cp -pr /var/lib/mysql2 /var/lib/mysql')
myclient.sendline('SHOW MASTER STATUS;')
myclient.expect('mysql>')
# retrieve log file and position
try:
master_status = myclient.before.split('\r\n')[4].split('|')
except:
raise BaseException("Cannot get master status")
finally:
myclient.sendline('UNLOCK TABLES;')
os.kill(myd.pid, signal.SIGTERM)
myd = Popen([daemon, '--defaults-file=/etc/mysql2/my.cnf'], stdin=PIPE, stdout=PIPE, stderr=STDOUT)
ping_service(LOCAL_IP, 3306, 5)
message.log_file = master_status[1].strip()
message.log_pos = master_status[2].strip()
message.repl_user = mysql.REPL_USER
message.repl_password = repl_password
message.root_password = root_pass
handler.on_Mysql_NewMasterUp(message)
os.kill(myd.pid, signal.SIGTERM)
initd.stop("mysql")
system ('rm -rf /var/lib/mysql && cp -pr /var/lib/backmysql /var/lib/mysql && rm -rf /var/lib/backmysql')
config.set(sect_name, mysql.OPT_REPLICATION_MASTER, '1')
def test_on_mysql_newmaster_up(self):
bus.queryenv_service = _QueryEnv()
bus.platform = _Platform()
config = bus.config
sect_name = configtool.get_behaviour_section_name(mysql.BEHAVIOUR)
config.set(sect_name, mysql.OPT_REPLICATION_MASTER, '0')
handler = _MysqlHandler()
root_pass, repl_pass, stat_pass = handler._add_mysql_users(mysql.ROOT_USER, mysql.REPL_USER, mysql.STAT_USER)
handler._update_config( {mysql.OPT_ROOT_PASSWORD : root_pass,
mysql.OPT_REPL_PASSWORD : repl_pass,
mysql.OPT_STAT_PASSWORD : stat_pass})
message = _Message()
if disttool.is_redhat_based():
daemon = "/usr/libexec/mysqld"
else:
daemon = "/usr/sbin/mysqld"
initd.stop("mysql")
myd = Popen([daemon, '--defaults-file=/etc/mysql2/my.cnf', '--skip-grant-tables'], stdin=PIPE, stdout=PIPE, stderr=STDOUT)
ping_service(LOCAL_IP, 3306, 5)
myclient = pexpect.spawn('/usr/bin/mysql -h'+LOCAL_IP)
myclient.expect('mysql>')
repl_password = re.sub('[^\w]','', cryptotool.keygen(20))
sql = "update mysql.user set password = PASSWORD('"+repl_password+"') where user = '******';"
myclient.sendline(sql)
myclient.expect('mysql>')
result = myclient.before
if re.search('ERROR', result):
os.kill(myd.pid, signal.SIGTERM)
raise BaseException("Cannot update user", result)
myclient.sendline('FLUSH TABLES WITH READ LOCK;')
myclient.expect('mysql>')
# system('cp -pr /var/lib/mysql /var/lib/backmysql')
# system('rm -rf /var/lib/mysql && cp -pr /var/lib/mysql2 /var/lib/mysql')
myclient.sendline('SHOW MASTER STATUS;')
myclient.expect('mysql>')
# retrieve log file and position
try:
master_status = myclient.before.split('\r\n')[4].split('|')
except:
raise BaseException("Cannot get master status")
finally:
myclient.sendline('UNLOCK TABLES;')
os.kill(myd.pid, signal.SIGTERM)
myd = Popen([daemon, '--defaults-file=/etc/mysql2/my.cnf'], stdin=PIPE, stdout=PIPE, stderr=STDOUT)
ping_service(LOCAL_IP, 3306, 5)
message.log_file = master_status[1].strip()
message.log_pos = master_status[2].strip()
message.repl_user = mysql.REPL_USER
message.repl_password = repl_password
message.root_password = root_pass
handler.on_Mysql_NewMasterUp(message)
os.kill(myd.pid, signal.SIGTERM)
initd.stop("mysql")
system ('rm -rf /var/lib/mysql && cp -pr /var/lib/backmysql /var/lib/mysql && rm -rf /var/lib/backmysql')
config.set(sect_name, mysql.OPT_REPLICATION_MASTER, '1')
def setup(self):
self.tmp = tempfile.mkdtemp()
self.crypto_key_path = os.path.join(self.tmp, 'crypto_key')
with open(self.crypto_key_path, 'w') as fp:
fp.write(cryptotool.keygen())
def app_creator():
return jsonrpc_http.WsgiApplication(
rpc.RequestHandler({'myservice': MyService()}),
self.crypto_key_path)
self.app = app_creator()
self.app_creator = app_creator
def setup(self):
self.tmp = tempfile.mkdtemp()
self.crypto_key_path = os.path.join(self.tmp, 'crypto_key')
with open(self.crypto_key_path, 'w') as fp:
fp.write(cryptotool.keygen())
def app_creator():
return jsonrpc_http.WsgiApplication(
rpc.RequestHandler({'myservice': MyService()}),
self.crypto_key_path)
self.app = app_creator()
self.app_creator = app_creator
def _start_init(self):
# Regenerage key
new_crypto_key = cryptotool.keygen()
# Prepare HostInit
msg = self.new_message(Messages.HOST_INIT, dict(
crypto_key = new_crypto_key,
snmp_port = self._cnf.rawini.get(config.SECT_SNMP, config.OPT_PORT),
snmp_community_name = self._cnf.rawini.get(config.SECT_SNMP, config.OPT_COMMUNITY_NAME)
), broadcast=True)
bus.fire("before_host_init", msg)
self.send_message(msg, new_crypto_key=new_crypto_key, wait_ack=True)
bus.cnf.state = ScalarizrState.INITIALIZING
bus.fire("host_init")
def _start_init(self):
# Regenerage key
new_crypto_key = cryptotool.keygen()
# Prepare HostInit
msg = self.new_message(Messages.HOST_INIT,
dict(crypto_key=new_crypto_key,
snmp_port=self._cnf.rawini.get(
config.SECT_SNMP, config.OPT_PORT),
snmp_community_name=self._cnf.rawini.get(
config.SECT_SNMP,
config.OPT_COMMUNITY_NAME)),
broadcast=True)
bus.fire("before_host_init", msg)
self.send_message(msg, new_crypto_key=new_crypto_key, wait_ack=True)
bus.cnf.state = ScalarizrState.INITIALIZING
bus.fire("host_init")
def _init_bollard(self):
if linux.os.windows:
return
# FatMouse integration
import agent.celeryfile
import agent.config
agent.config.TASK_ENGINE = 'bollard'
agent.config.HOME_DIR = \
os.path.expandvars('$ProgramData\\scalarizr') \
if linux.os.windows else \
'/var/lib/scalarizr'
agent.config.CACHE_DIR = os.path.join(agent.config.HOME_DIR, 'cache')
task_modules = [
'scalarizr.api.mariadb',
'scalarizr.api.mysql',
'scalarizr.api.operation',
'scalarizr.api.postgresql',
'scalarizr.api.redis',
'scalarizr.api.storage',
'scalarizr.api.system'] + \
list(agent.celeryfile.CELERY_INCLUDE)
callbacks = {
'global.push': _bollard_pass_access_data,
'global.before': _bollard_set_access_data,
'global.after': _bollard_clear_access_data,
'global.pull': _bollard_send_operation_result,
'global.fork': _bollard_fork
}
if not os.path.exists(bus.cnf.key_path('bollard')):
bollard_key = cryptotool.keygen(length=40)
bus.cnf.write_key('bollard', bollard_key, 'Bollard crypto key')
bollard.CRYPTO_KEY = bus.cnf.read_key('bollard')
bollard.AUTH_KEY = bollard.CRYPTO_KEY[0:16]
__node__['bollard'] = bollard.Executor(
task_modules=task_modules,
callbacks=callbacks,
push_server_address='/var/run/scalarizr.push.sock',
pull_server_address='/var/run/scalarizr.pull.sock')
def _start_init(self):
# Regenerage key
new_crypto_key = cryptotool.keygen()
bus.init_op = self._op_api.create('system.init', lambda op: None)
# Prepare HostInit
msg = self.new_message(
Messages.HOST_INIT,
dict(seconds_since_start=float(
'%.2f' % (time.time() - __node__['start_time'], )),
seconds_since_boot=float(
'%.2f' % (time.time() - metadata.boot_time(), )),
operation_id=bus.init_op.operation_id,
crypto_key=new_crypto_key),
broadcast=True)
bus.fire("before_host_init", msg)
self.send_message(msg, new_crypto_key=new_crypto_key, wait_ack=True)
bus.cnf.state = ScalarizrState.INITIALIZING
bus.fire("host_init")
def _start_init(self):
# Regenerage key
new_crypto_key = cryptotool.keygen()
bus.init_op = self._op_api.create("system.init", lambda op: None)
# Prepare HostInit
msg = self.new_message(
Messages.HOST_INIT,
dict(
seconds_since_start=float("%.2f" % (time.time() - __node__["start_time"],)),
seconds_since_boot=float("%.2f" % (time.time() - metadata.boot_time(),)),
operation_id=bus.init_op.operation_id,
crypto_key=new_crypto_key,
),
broadcast=True,
)
bus.fire("before_host_init", msg)
self.send_message(msg, new_crypto_key=new_crypto_key, wait_ack=True)
bus.cnf.state = ScalarizrState.INITIALIZING
bus.fire("host_init")
def do_keygen():
from scalarizr.util import cryptotool
print cryptotool.keygen()
def do_keygen():
print cryptotool.keygen()
def do_keygen(): from scalarizr.util import cryptotool print cryptotool.keygen()
def test_keygen(self):
print cryptotool.keygen(40)
def test_keygen(self):
print cryptotool.keygen(40)
