Macros
#define	hppDout(channel, data)
	Write `data` to `channel` when HPP_DEBUG is defined. More...

#define	hppDoutFatal(channel, data)
	Write `data` to `channel` and exit the program. More...

#define	HPP_DEFINE_TIMECOUNTER(name) ::hpp::debug::TimeCounter _##name##_timecounter_ (#name)
	Define a new TimeCounter. More...

#define	HPP_SCOPE_TIMECOUNTER(name)
	Compute the time spent in the current scope. More...

#define	HPP_START_TIMECOUNTER(name) _##name##_timecounter_.start ()
	Start a watch. More...

#define	HPP_STOP_TIMECOUNTER(name) _##name##_timecounter_.stop()
	Stop a watch and save elapsed time. More...

#define	HPP_DISPLAY_LAST_TIMECOUNTER(name)
	Print last elapsed time to the logs. More...

#define	HPP_DISPLAY_TIMECOUNTER(name)
	Print min, max and mean time of the time measurements. More...

#define	HPP_RESET_TIMECOUNTER(name) _##name##_timecounter_.reset();
	Reset a TimeCounter. More...

#define	HPP_STREAM_TIMECOUNTER(os, name) os << _##name##_timecounter_
	Stream (`operator<<`) to the output stream. More...

Detailed Description

Macro Definition Documentation

#define HPP_DEFINE_TIMECOUNTER ( name ) ::hpp::debug::TimeCounter _##name##_timecounter_ (#name)

Define a new TimeCounter.

#define HPP_DISPLAY_LAST_TIMECOUNTER ( name )

Value:

do {                                                            \
      using namespace hpp;                                          \
      using namespace ::hpp::debug;                                 \
      std::stringstream __ss;                                       \
      __ss << #name << " last: "                                    \
      << _##name##_timecounter_.last() <<  iendl;                   \
      logging.benchmark.write (__FILE__, __LINE__,                  \
                               __PRETTY_FUNCTION__, __ss);          \
    } while (0)

Print last elapsed time to the logs.

#define HPP_DISPLAY_TIMECOUNTER ( name )

Value:

do {                                                            \
      using namespace hpp;                                          \
      using namespace ::hpp::debug;                                 \
      std::stringstream __ss;                                       \
      __ss << _##name##_timecounter_ << iendl;                      \
      logging.benchmark.write (__FILE__, __LINE__,                  \
                               __PRETTY_FUNCTION__, __ss);          \
    } while (0)

Print min, max and mean time of the time measurements.

#define HPP_RESET_TIMECOUNTER ( name ) _##name##_timecounter_.reset();

Reset a TimeCounter.

#define HPP_SCOPE_TIMECOUNTER ( name )

Value:

::hpp::debug::TimeCounter::Scope _##name##_scopetimecounter_ \

(_##name##_timecounter_)

hpp::debug::TimeCounter::Scope

Definition: timer.hh:95

Compute the time spent in the current scope.

#define HPP_START_TIMECOUNTER ( name ) _##name##_timecounter_.start ()

Start a watch.

#define HPP_STOP_TIMECOUNTER ( name ) _##name##_timecounter_.stop()

Stop a watch and save elapsed time.

#define HPP_STREAM_TIMECOUNTER	(	os,
		name
	)	os << _##name##_timecounter_

Stream (operator<<) to the output stream.

#define hppDout	(	channel,
		data
	)

Value:

do {                  \
    using namespace hpp;            \
    using namespace ::hpp::debug;         \
    std::stringstream __ss;           \
    __ss << data << iendl;            \
    logging.channel.write (__FILE__, __LINE__, __PRETTY_FUNCTION__,     \
         __ss);         \
  } while (0)

Write data to channel when HPP_DEBUG is defined.

Parameters

channel	one of error, warning, notice, info or benchmark.
data	a statement that can be `<<` to a `std::stringstream`.

Referenced by hpp::util::parser::Parser::addObjectFactory(), hpp::util::parser::SequenceFactory< ValueType >::addTextChild(), hpp::Exception::Exception(), hpp::util::parser::ObjectFactory::getAttribute(), hpp::util::parser::ObjectFactory::getChildOfType(), hpp::util::parser::Parser::parseFile(), and hpp::util::parser::ObjectFactory::setAttribute().

#define hppDoutFatal	(	channel,
		data
	)

Value:

do {                  \
    using namespace hpp;            \
    using namespace ::hpp::debug;         \
    std::stringstream __ss;           \
    __ss << data << iendl;            \
    logging.channel.write ( __FILE__, __LINE__, __PRETTY_FUNCTION__,  \
          __ss);          \
    ::std::exit(EXIT_FAILURE);            \
  } while (1)

Write data to channel and exit the program.

Parameters

channel	one of error, warning, notice, info or benchmark.
data	a statement that can be `<<` to a `std::stringstream`.

Macros

Detailed Description

Macro Definition Documentation