except UtilRplError:
_, err, _ = sys.exc_info()
sys.stderr.write("ERROR: {0}\n".format(err.errmsg))
sys.exit(1)
# Check host aliases (master cannot be included in slaves list).
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
master = Server({"conn_info": master_val})
slave = Server({"conn_info": slave_val})
parser.error(
ERROR_MASTER_IN_SLAVES.format(
master_host=master.host,
master_port=master.port,
slaves_candidates="slaves",
slave_host=slave.host,
slave_port=slave.port,
)
)
# Process list of databases/tables to exclude (check format errors).
data_to_exclude = {}
if opt.exclude:
exclude_list = [val for val in opt.exclude.split(",") if val]
data_to_exclude = db_objects_list_to_dictionary(parser, exclude_list, "the --exclude option")
elif opt.exclude == "":
# Issue an error if --exclude is used with no value.
parser.error(PARSE_ERR_OPT_REQ_VALUE.format(opt="--exclude"))
# Process list of databases/tables to include (check format errors).
master_val, slaves_val, _ = parse_topology_connections(
opt, parse_candidates=False
)
except UtilRplError:
_, err, _ = sys.exc_info()
parser.error("ERROR: {0}\n".format(err.errmsg))
sys.exit(1)
# Check host aliases (master cannot be included in slaves list).
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
err = ERROR_MASTER_IN_SLAVES.format(
master_host=master_val['host'],
master_port=master_val['port'],
slaves_candidates="slaves",
slave_host=slave_val['host'],
slave_port=slave_val['port'],
)
parser.error(err)
# Parse source connection values of --server
if opt.server:
try:
ssl_opts = get_ssl_dict(opt)
server_val = parse_connection(opt.server, None, ssl_opts)
except FormatError as err:
parser.error("ERROR: {0}\n".format(err.errmsg))
except UtilError as err:
parser.error("ERROR: {0}\n".format(err.errmsg))
opt, parse_candidates=False)
except UtilRplError:
_, err, _ = sys.exc_info()
sys.stderr.write("ERROR: {0}\n".format(err.errmsg))
sys.exit(1)
# Check host aliases (master cannot be included in slaves list).
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
master = Server({'conn_info': master_val})
slave = Server({'conn_info': slave_val})
parser.error(
ERROR_MASTER_IN_SLAVES.format(master_host=master.host,
master_port=master.port,
slaves_candidates="slaves",
slave_host=slave.host,
slave_port=slave.port))
# Process list of databases/tables to exclude (check format errors).
data_to_exclude = {}
if opt.exclude:
exclude_list = [val for val in opt.exclude.split(',') if val]
data_to_exclude = db_objects_list_to_dictionary(
parser, exclude_list, 'the --exclude option')
elif opt.exclude == '':
# Issue an error if --exclude is used with no value.
parser.error(PARSE_ERR_OPT_REQ_VALUE.format(opt='--exclude'))
# Process list of databases/tables to include (check format errors).
data_to_include = {}
master = Server({'conn_info': master_val})
new_master = Server({'conn_info': new_master_val})
parser.error(ERROR_SAME_MASTER.format(
n_master_host=new_master.host,
n_master_port=new_master.port,
master_host=master.host,
master_port=master.port))
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
master = Server({'conn_info': master_val})
slave = Server({'conn_info': slave_val})
msg = ERROR_MASTER_IN_SLAVES.format(master_host=master.host,
master_port=master.port,
slaves_candidates=SLAVES,
slave_host=slave.host,
slave_port=slave.port)
parser.error(msg)
for cand_val in candidates_val:
if check_hostname_alias(master_val, cand_val):
master = Server({'conn_info': master_val})
candidate = Server({'conn_info': cand_val})
msg = ERROR_MASTER_IN_SLAVES.format(
master_host=master.host,
master_port=master.port,
slaves_candidates=CANDIDATES,
slave_host=candidate.host,
slave_port=candidate.port)
parser.error(msg)
master = Server({'conn_info': master_val})
new_master = Server({'conn_info': new_master_val})
parser.error(
ERROR_SAME_MASTER.format(n_master_host=new_master.host,
n_master_port=new_master.port,
master_host=master.host,
master_port=master.port))
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
master = Server({'conn_info': master_val})
slave = Server({'conn_info': slave_val})
msg = ERROR_MASTER_IN_SLAVES.format(master_host=master.host,
master_port=master.port,
slaves_candidates=SLAVES,
slave_host=slave.host,
slave_port=slave.port)
parser.error(msg)
for cand_val in candidates_val:
if check_hostname_alias(master_val, cand_val):
master = Server({'conn_info': master_val})
candidate = Server({'conn_info': cand_val})
msg = ERROR_MASTER_IN_SLAVES.format(
master_host=master.host,
master_port=master.port,
slaves_candidates=CANDIDATES,
slave_host=candidate.host,
slave_port=candidate.port)
parser.error(msg)
try:
master_val, slaves_val, _ = parse_topology_connections(
opt, parse_candidates=False)
except UtilRplError:
_, err, _ = sys.exc_info()
parser.error("ERROR: {0}\n".format(err.errmsg))
sys.exit(1)
# Check host aliases (master cannot be included in slaves list).
if master_val:
for slave_val in slaves_val:
if check_hostname_alias(master_val, slave_val):
err = ERROR_MASTER_IN_SLAVES.format(
master_host=master_val['host'],
master_port=master_val['port'],
slaves_candidates="slaves",
slave_host=slave_val['host'],
slave_port=slave_val['port'],
)
parser.error(err)
# Parse source connection values of --server
if opt.server:
try:
ssl_opts = get_ssl_dict(opt)
server_val = parse_connection(opt.server, None, ssl_opts)
except FormatError:
_, err, _ = sys.exc_info()
parser.error("ERROR: {0}\n".format(err.errmsg))
except UtilError as err:
_, err, _ = sys.exc_info()
