Namespace cubmonitor¶

Classes¶

Type	Name
class	accumulator_atomic_statistic <class Rep>
class	accumulator_statistic <class Rep>
class	atomic_primitive <typename Rep>
class	atomic_primitive< time_rep > <>
class	counter_timer_max_statistic <class A, class T, class M>
class	counter_timer_statistic <class A, class T>
class	gauge_atomic_statistic <class Rep>
class	gauge_statistic <class Rep>
class	max_atomic_statistic <class Rep>
class	max_statistic <class Rep>
class	min_atomic_statistic <class Rep>
class	min_statistic <class Rep>
class	monitor
class	primitive <typename Rep>
class	timer
class	timer_statistic <typename T>
class	transaction_sheet_manager
class	transaction_statistic <class S>

Public Types¶

Type	Name
typedef accumulator_atomic_statistic< amount_rep >	amount_accumulator_atomic_statistic
typedef accumulator_statistic< amount_rep >	amount_accumulator_statistic
typedef gauge_atomic_statistic< amount_rep >	amount_gauge_atomic_statistic
typedef gauge_statistic< amount_rep >	amount_gauge_statistic
typedef max_atomic_statistic< amount_rep >	amount_max_atomic_statistic
typedef max_statistic< amount_rep >	amount_max_statistic
typedef min_atomic_statistic< amount_rep >	amount_min_atomic_statistic
typedef min_statistic< amount_rep >	amount_min_statistic
typedef std::uint64_t	amount_rep
typedef counter_timer_statistic< amount_accumulator_atomic_statistic, time_accumulator_atomic_statistic >	atomic_counter_timer_stat
typedef timer_statistic< time_accumulator_atomic_statistic >	atomic_timer_stat
typedef std::chrono::high_resolution_clock	clock_type
typedef counter_timer_statistic<>	counter_timer_stat
typedef clock_type::duration	duration
typedef bool	fetch_mode
typedef accumulator_statistic< floating_rep >	floating_accumulator_statistic
typedef gauge_statistic< floating_rep >	floating_gauge_statistic
typedef max_statistic< floating_rep >	floating_max_statistic
typedef min_statistic< floating_rep >	floating_min_statistic
typedef double	floating_rep
typedef std::uint64_t	statistic_value
typedef accumulator_atomic_statistic< time_rep >	time_accumulator_atomic_statistic
typedef accumulator_statistic< time_rep >	time_accumulator_statistic
typedef gauge_atomic_statistic< time_rep >	time_gauge_atomic_statistic
typedef gauge_statistic< time_rep >	time_gauge_statistic
typedef max_atomic_statistic< time_rep >	time_max_atomic_statistic
typedef max_statistic< time_rep >	time_max_statistic
typedef min_atomic_statistic< time_rep >	time_min_atomic_statistic
typedef min_statistic< time_rep >	time_min_statistic
typedef clock_type::time_point	time_point
typedef duration	time_rep
typedef timer_statistic< time_accumulator_statistic >	timer_stat
typedef timer_statistic< transaction_statistic< time_accumulator_atomic_statistic > >	transaction_atomic_timer_stat
typedef std::size_t	transaction_sheet
typedef timer_statistic< transaction_statistic< time_accumulator_statistic > >	transaction_timer_stat

Public Attributes¶

Type	Name
const fetch_mode	FETCH_GLOBAL = `[true](broker__monitor_8c.md#function-timeout)`
const fetch_mode	FETCH_TRANSACTION_SHEET = `[false](broker__monitor_8c.md#function-timeout)`

Public Static Attributes¶

Type	Name
monitor	Monitor

Public Functions¶

Type	Name
amount_rep	amount_rep_cast (statistic_value value)
void	build_name_vector (std::vector< std::string > & names, const char * basename, const char * prefix)
void	build_name_vector (std::vector< std::string > & names, const char * basename, const char * prefix, Args &&... args)
floating_rep	floating_rep_cast (statistic_value value)
monitor &	get_global_monitor (void)
statistic_value	statistic_value_cast (const amount_rep & rep)
statistic_value	statistic_value_cast (const floating_rep & rep)
statistic_value	statistic_value_cast (const time_rep & rep)
time_rep	time_rep_cast (statistic_value value)

Public Types Documentation¶

typedef amount_accumulator_atomic_statistic¶

using cubmonitor::amount_accumulator_atomic_statistic = typedef accumulator_atomic_statistic<amount_rep>;

typedef amount_accumulator_statistic¶

using cubmonitor::amount_accumulator_statistic = typedef accumulator_statistic<amount_rep>;

typedef amount_gauge_atomic_statistic¶

using cubmonitor::amount_gauge_atomic_statistic = typedef gauge_atomic_statistic<amount_rep>;

typedef amount_gauge_statistic¶

using cubmonitor::amount_gauge_statistic = typedef gauge_statistic<amount_rep>;

typedef amount_max_atomic_statistic¶

using cubmonitor::amount_max_atomic_statistic = typedef max_atomic_statistic<amount_rep>;

typedef amount_max_statistic¶

using cubmonitor::amount_max_statistic = typedef max_statistic<amount_rep>;

typedef amount_min_atomic_statistic¶

using cubmonitor::amount_min_atomic_statistic = typedef min_atomic_statistic<amount_rep>;

typedef amount_min_statistic¶

using cubmonitor::amount_min_statistic = typedef min_statistic<amount_rep>;

typedef amount_rep¶

using cubmonitor::amount_rep = typedef std::uint64_t;

typedef atomic_counter_timer_stat¶

using cubmonitor::atomic_counter_timer_stat = typedef counter_timer_statistic<amount_accumulator_atomic_statistic, time_accumulator_atomic_statistic>;

typedef atomic_timer_stat¶

using cubmonitor::atomic_timer_stat = typedef timer_statistic<time_accumulator_atomic_statistic>;

typedef clock_type¶

using cubmonitor::clock_type = typedef std::chrono::high_resolution_clock;

typedef counter_timer_stat¶

using cubmonitor::counter_timer_stat = typedef counter_timer_statistic<>;

typedef duration¶

using cubmonitor::duration = typedef clock_type::duration;

typedef fetch_mode¶

using cubmonitor::fetch_mode = typedef bool;

typedef floating_accumulator_statistic¶

using cubmonitor::floating_accumulator_statistic = typedef accumulator_statistic<floating_rep>;

typedef floating_gauge_statistic¶

using cubmonitor::floating_gauge_statistic = typedef gauge_statistic<floating_rep>;

typedef floating_max_statistic¶

using cubmonitor::floating_max_statistic = typedef max_statistic<floating_rep>;

typedef floating_min_statistic¶

using cubmonitor::floating_min_statistic = typedef min_statistic<floating_rep>;

typedef floating_rep¶

using cubmonitor::floating_rep = typedef double;

typedef statistic_value¶

using cubmonitor::statistic_value = typedef std::uint64_t;

typedef time_accumulator_atomic_statistic¶

using cubmonitor::time_accumulator_atomic_statistic = typedef accumulator_atomic_statistic<time_rep>;

typedef time_accumulator_statistic¶

using cubmonitor::time_accumulator_statistic = typedef accumulator_statistic<time_rep>;

typedef time_gauge_atomic_statistic¶

using cubmonitor::time_gauge_atomic_statistic = typedef gauge_atomic_statistic<time_rep>;

typedef time_gauge_statistic¶

using cubmonitor::time_gauge_statistic = typedef gauge_statistic<time_rep>;

typedef time_max_atomic_statistic¶

using cubmonitor::time_max_atomic_statistic = typedef max_atomic_statistic<time_rep>;

typedef time_max_statistic¶

using cubmonitor::time_max_statistic = typedef max_statistic<time_rep>;

typedef time_min_atomic_statistic¶

using cubmonitor::time_min_atomic_statistic = typedef min_atomic_statistic<time_rep>;

typedef time_min_statistic¶

using cubmonitor::time_min_statistic = typedef min_statistic<time_rep>;

typedef time_point¶

using cubmonitor::time_point = typedef clock_type::time_point;

typedef time_rep¶

using cubmonitor::time_rep = typedef duration;

typedef timer_stat¶

using cubmonitor::timer_stat = typedef timer_statistic<time_accumulator_statistic>;

typedef transaction_atomic_timer_stat¶

using cubmonitor::transaction_atomic_timer_stat = typedef timer_statistic<transaction_statistic<time_accumulator_atomic_statistic> >;

typedef transaction_sheet¶

using cubmonitor::transaction_sheet = typedef std::size_t;

typedef transaction_timer_stat¶

using cubmonitor::transaction_timer_stat = typedef timer_statistic<transaction_statistic<time_accumulator_statistic> >;

Public Attributes Documentation¶

variable FETCH_GLOBAL¶

const fetch_mode cubmonitor::FETCH_GLOBAL;

variable FETCH_TRANSACTION_SHEET¶

const fetch_mode cubmonitor::FETCH_TRANSACTION_SHEET;

Public Static Attributes Documentation¶

variable Monitor¶

monitor cubmonitor::Monitor;

Public Functions Documentation¶

function amount_rep_cast¶

amount_rep cubmonitor::amount_rep_cast (
    statistic_value value
)

function build_name_vector¶

void cubmonitor::build_name_vector (
    std::vector< std::string > & names,
    const  char * basename,
    const  char * prefix
)

function build_name_vector¶

template<typename ... Args>
void cubmonitor::build_name_vector (
    std::vector< std::string > & names,
    const  char * basename,
    const  char * prefix,
    Args &&... args
)

function floating_rep_cast¶

floating_rep cubmonitor::floating_rep_cast (
    statistic_value value
)

function get_global_monitor¶

monitor & cubmonitor::get_global_monitor (
    void
)

function statistic_value_cast¶

statistic_value cubmonitor::statistic_value_cast (
    const  amount_rep & rep
)

function statistic_value_cast¶

statistic_value cubmonitor::statistic_value_cast (
    const  floating_rep & rep
)

function statistic_value_cast¶

statistic_value cubmonitor::statistic_value_cast (
    const  time_rep & rep
)

function time_rep_cast¶

time_rep cubmonitor::time_rep_cast (
    statistic_value value
)

The documentation for this class was generated from the following file cubrid/src/monitor/monitor_collect.cpp