def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
func_dict -> dictionary list for the function calls or other options.
opt_req_list -> contains options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains dict with key that is xor with it's values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d"]
func_dict = {"-M": process_message, "-C": check_nonprocess}
opt_req_list = ["-c", "-d"]
opt_val_list = ["-c", "-d", "-y"]
opt_xor_dict = {"-M": ["-C"], "-C": ["-M"]}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list):
run_program(args_array, func_dict)
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
file_chk_list -> contains the options which will have files included.
func_dict -> dictionary list for the function calls or other options.
opt_arg_list-> contains list of optional arguments for command line.
opt_arg_rep -> contains list of replaceable arguments for command line.
opt_con_req_list -> contains the options that require other options.
opt_multi_list -> contains the options that will have multiple values.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains options which are XOR with its values.
xor_noreq_list -> contains options that are XOR, but are not required.
Arguments:
(input) argv -> Arguments from the command line.
"""
dir_chk_list = ["-d", "-p"]
file_chk_list = ["-f"]
func_dict = {"-I": insert_doc, "-D": delete_docs, "-T": truncate_coll}
opt_arg_list = {"-a": "--authenticationDatabase=", "-b": "--db=",
"-t": "--collection="}
opt_arg_rep = {"-f": "--file="}
opt_con_req_list = {"-k1": ["-l1"]}
opt_multi_list = ["-f", "-l1", "-l2", "-l3", "-l4", "-l5"]
opt_req_list = ["-b", "-c", "-d", "-t"]
opt_val_list = ["-a", "-b", "-c", "-d", "-f", "-k1", "-l1", "-p", "-t",
"-k2", "-l2", "-k3", "-l3", "-k4", "-l4", "-k5", "-l5"]
opt_xor_dict = {"-D": ["-I", "-T"], "-I": ["-D", "-T"], "-T": ["-D", "-I"]}
xor_noreq_list = {"-k1": "-f"}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(sys.argv, opt_val_list,
multi_val=opt_multi_list)
# Remove dupe files.
if "-f" in args_array:
args_array["-f"] = gen_libs.rm_dup_list(args_array["-f"])
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and arg_parser.arg_cond_req(args_array, opt_con_req_list) \
and arg_parser.arg_noreq_xor(args_array, xor_noreq_list) \
and not arg_parser.arg_file_chk(args_array, file_chk_list):
run_program(args_array, func_dict, opt_arg=opt_arg_list,
opt_rep=opt_arg_rep)
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
func_dict -> dictionary list for the function calls or other options.
opt_arg_list -> contains arguments to add to command line by default.
opt_con_req_list -> contains the options that require other options.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_valid_val -> contains list of types of values to be validated.
opt_xor_dict -> contains options which are XOR with its values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d", "-p"]
func_dict = {"-L": fetch_log_pos, "-D": fetch_log_entries, "-R": load_log}
opt_arg_list = ["--force-read", "--read-from-remote-server"]
opt_con_req_list = {"-R": ["-e"]}
opt_req_list = ["-c", "-d"]
opt_val_list = ["-c", "-e", "-d", "-f", "-g", "-p", "-s", "-t", "-y"]
opt_valid_val = {
"-s": gen_libs.validate_date,
"-t": gen_libs.validate_date
}
opt_xor_dict = {"-L": ["-D", "-R"], "-D": ["-L", "-R"], "-R": ["-D", "-L"]}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list) \
and arg_parser.arg_validate(args_array, opt_valid_val) \
and arg_parser.arg_cond_req(args_array, opt_con_req_list):
try:
prog_lock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, func_dict, opt_arg_list)
del prog_lock
except gen_class.SingleInstanceException:
print(
"WARNING: lock in place for mysql_log_admin with id of: %s" %
(args_array.get("-y", "")))
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
func_dict -> dictionary list for the function calls or other options.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains dict with key that is xor with it's values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d"]
func_dict = {
"-B": show_best_slave,
"-D": show_slave_delays,
"-F": promote_best_slave,
"-G": promote_designated_slave
}
opt_req_list = ["-d", "-s"]
opt_val_list = ["-d", "-s", "-G", "-y"]
opt_xor_dict = {
"-B": ["-D", "-F", "-G"],
"-D": ["-B", "-F", "-G"],
"-F": ["-B", "-D", "-G"],
"-G": ["-B", "-D", "-F"]
}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list):
try:
prog_lock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, func_dict)
del prog_lock
except gen_class.SingleInstanceException:
print(
"WARNING: Lock in place for mysql_rep_failover with id: %s" %
(args_array.get("-y", "")))
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
func_dict -> dictionary list for the function calls or other options.
opt_con_req_dict -> contains options requiring other options.
opt_multi_list -> contains the options that will have multiple values.
opt_req_list -> contains options that are required for the program.
opt_val -> List of options that allow 0 or 1 value for option.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains dict with key that is xor with it's values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d"]
func_dict = {
"-C": create_repo,
"-D": initate_dump,
"-L": list_dumps,
"-R": list_repos
}
opt_con_req_dict = {"-C": ["-l"], "-i": ["-D"]}
opt_multi_list = ["-i"]
opt_req_list = ["-c", "-d"]
opt_val = ["-D", "-L"]
opt_val_list = ["-c", "-d", "-i", "-l", "-C"]
opt_xor_dict = {
"-C": ["-D", "-L", "-R"],
"-D": ["-C", "-L", "-R"],
"-L": ["-C", "-D", "-R"],
"-R": ["-C", "-D", "-L"]
}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv,
opt_val_list,
opt_val=opt_val,
multi_val=opt_multi_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and arg_parser.arg_cond_req_or(args_array, opt_con_req_dict) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list):
run_program(args_array, func_dict)
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
func_dict -> dictionary list for the function calls or other options.
opt_con_req_list -> contains the options that require other options.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains dict with key that is xor with it's values.
slv_key -> contains dict with keys to be converted to data types.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d"]
func_dict = {"-M": move_slave, "-R": move_slave, "-S": move_slave_up}
opt_con_req_list = {
"-M": ["-m", "-n"],
"-R": ["-m", "-n"],
"-S": ["-m", "-n"]
}
opt_req_list = ["-c", "-d", "-s"]
opt_val_list = ["-c", "-d", "-m", "-n", "-s", "-y"]
opt_xor_dict = {"-M": ["-R", "-S"], "-R": ["-M", "-S"], "-S": ["-M", "-R"]}
slv_key = {
"sid": "int",
"port": "int",
"cfg_file": "None",
"ssl_client_ca": "None",
"ssl_ca_path": "None",
"ssl_client_key": "None",
"ssl_client_cert": "None",
"ssl_client_flag": "int",
"ssl_disabled": "bool",
"ssl_verify_id": "bool",
"ssl_verify_cert": "bool"
}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and arg_parser.arg_cond_req(args_array, opt_con_req_list) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list):
try:
proglock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, func_dict, slv_key=slv_key)
del proglock
except gen_class.SingleInstanceException:
print(
"WARNING: lock in place for mysql_rep_change with id of: %s" %
(args_array.get("-y", "")))
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
file_chk_list -> contains the options which will have files included.
file_crt_list -> contains options which require files to be created.
func_dict -> dictionary list for the function calls or other options.
opt_con_req_list -> contains the options that require other options.
opt_def_dict -> contains options with their default values.
opt_multi_list -> contains the options that will have multiple values.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains options which are XOR with its values.
sys_dbs -> contains a list of system databases that will be skipped
over for some functions.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d"]
file_chk_list = ["-o"]
file_crt_list = ["-o"]
func_dict = {"-A": analyze, "-C": check, "-D": optimize, "-S": checksum,
"-M": status, "-L": listdbs}
opt_con_req_list = {"-i": ["-m"], "-s": ["-e"], "-u": ["-e"]}
opt_def_dict = {"-t": None, "-A": [], "-C": [], "-D": [], "-S": [],
"-i": "sysmon:mysql_db_status"}
opt_multi_list = ["-A", "-C", "-D", "-S", "-t", "-e", "-s"]
opt_req_list = ["-c", "-d"]
opt_val_list = ["-c", "-d", "-t", "-A", "-C", "-D", "-S", "-i", "-m", "-o",
"-e", "-s", "-y"]
opt_xor_dict = {"-A": ["-C", "-D", "-M", "-S", "-L"],
"-C": ["-A", "-D", "-M", "-S", "-L"],
"-D": ["-A", "-C", "-M", "-S", "-L"],
"-S": ["-A", "-C", "-D", "-M", "-L"],
"-M": ["-A", "-C", "-D", "-S", "-L"],
"-L": ["-A", "-C", "-D", "-S", "-M"]}
sys_dbs = ["performance_schema", "information_schema", "mysql", "sys"]
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list,
opt_def_dict, multi_val=opt_multi_list)
# Set JSON format for certain option settings
if "-i" in args_array.keys() and "-m" in args_array.keys() \
and "-j" not in args_array.keys():
args_array["-j"] = True
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and arg_parser.arg_cond_req(args_array, opt_con_req_list) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list) \
and not arg_parser.arg_file_chk(args_array, file_chk_list,
file_crt_list):
try:
proglock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, func_dict, sys_dbs=sys_dbs,
multi_val=opt_multi_list)
del proglock
except gen_class.SingleInstanceException:
print("WARNING: lock in place for mysql_db_admin with id of: %s"
% (args_array.get("-y", "")))
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
file_chk_list -> contains the options which will have files included.
file_crt_list -> contains options which require files to be created.
func_dict -> dictionary list for the function calls or other options.
opt_arg_list -> contains optional arguments for the command line.
opt_con_req_dict -> contains options requiring one or more options.
opt_con_req_list -> contains the options that require other options.
opt_def_dict -> contains options with their default values.
opt_multi_list -> contains the options that will have multiple values.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_valid_val -> contains a list of valid values for options.
opt_xor_dict -> contains dict with key that is xor with it's values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-d", "-n"]
file_chk_list = ["-o"]
file_crt_list = ["-o"]
func_dict = {"-C": defrag, "-D": dbcc, "-R": repair_db, "-M": status,
"-L": rotate, "-G": get_log}
opt_con_req_dict = {"-j": ["-M", "-G"]}
opt_con_req_list = {"-i": ["-m"], "-n": ["-L"], "-l": ["-G"], "-f": ["-D"],
"-s": ["-e"]}
opt_def_dict = {"-C": [], "-D": [], "-R": [], "-G": "global",
"-i": "sysmon:mongo_db_status"}
opt_multi_list = ["-C", "-D", "-R", "-t", "-e", "-s"]
opt_req_list = ["-c", "-d"]
opt_val_list = ["-c", "-d", "-t", "-C", "-D", "-R", "-i", "-m", "-o",
"-G", "-n", "-e", "-s", "-y"]
opt_valid_val = {"-G": ["global", "rs", "startupWarnings"]}
opt_xor_dict = {"-R": ["-C", "-M", "-D"], "-C": ["-D", "-M", "-R"],
"-D": ["-C", "-M", "-R"], "-M": ["-C", "-D", "-R", "-G"],
"-G": ["-M"], "-j": ["-l"], "-l": ["-j"]}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv, opt_val_list,
opt_def_dict, multi_val=opt_multi_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_valid_val(args_array, opt_valid_val) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and arg_parser.arg_cond_req_or(args_array, opt_con_req_dict) \
and arg_parser.arg_cond_req(args_array, opt_con_req_list) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list) \
and not arg_parser.arg_file_chk(args_array, file_chk_list,
file_crt_list):
try:
prog_lock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, func_dict)
del prog_lock
except gen_class.SingleInstanceException:
print("WARNING: lock in place for mongo_db_admin with id of: %s"
% (args_array.get("-y", "")))
def main():
"""Function: main
Description: Initializes program-wide used variables and processes command
line arguments and values.
Variables:
dir_chk_list -> contains options which will be directories.
dir_crt_list -> contain options that require directory to be created.
opt_arg_list -> contains arguments to add to command line by default.
opt_con_req_dict -> contains options requiring other options.
opt_dump_list -> contains optional arguments to mysqldump.
opt_multi_list -> contains the options that will have multiple values.
opt_req_list -> contains the options that are required for the program.
opt_val_list -> contains options which require values.
opt_xor_dict -> contains options which are XOR with its values.
Arguments:
(input) argv -> Arguments from the command line.
"""
cmdline = gen_libs.get_inst(sys)
dir_chk_list = ["-o", "-d", "-p"]
dir_crt_list = ["-o"]
# --ignore-table=mysql.event -> Skips dumping the event table.
opt_arg_list = ["--ignore-table=mysql.event"]
opt_con_req_dict = {
"-t": ["-e"],
"-A": ["-o"],
"-B": ["-o"],
"-D": ["-o"],
"-u": ["-e"]
}
opt_dump_list = {
"-s": "--single-transaction",
"-D": ["--all-databases", "--triggers", "--routines", "--events"],
"-r": "--set-gtid-purged=OFF"
}
opt_multi_list = ["-B", "-e", "-t"]
opt_req_list = ["-c", "-d"]
opt_val_list = ["-B", "-c", "-d", "-o", "-p", "-y", "-e", "-t"]
opt_xor_dict = {"-A": ["-B", "-D"], "-B": ["-A", "-D"], "-D": ["-A", "-B"]}
# Process argument list from command line.
args_array = arg_parser.arg_parse2(cmdline.argv,
opt_val_list,
multi_val=opt_multi_list)
if not gen_libs.help_func(args_array, __version__, help_message) \
and not arg_parser.arg_require(args_array, opt_req_list) \
and arg_parser.arg_xor_dict(args_array, opt_xor_dict) \
and not arg_parser.arg_dir_chk_crt(args_array, dir_chk_list,
dir_crt_list) \
and arg_parser.arg_cond_req_or(args_array, opt_con_req_dict):
try:
prog_lock = gen_class.ProgramLock(cmdline.argv,
args_array.get("-y", ""))
run_program(args_array, opt_arg_list, opt_dump_list)
del prog_lock
except gen_class.SingleInstanceException:
print("WARNING: Lock in place for mysql_db_dump with id: %s" %
(args_array.get("-y", "")))