traits.h File Reference

This file contains all the classes necessary to properly define message traits. More...

#include <ratio>
#include "util/access.h"

Go to the source code of this file.

Classes
struct	comms::traits::dispatch::LinearSwitch
	Tag class used to indicate linear switch dispatch. More...
struct	comms::traits::dispatch::Polymorphic
	Tag class used to indicate polymorphic dispatch. More...
struct	comms::traits::dispatch::StaticBinSearch
	Tag class used to indicate static binary search dispatch. More...
struct	comms::traits::units::Angle
	Tag class used to indicate angle value. More...
struct	comms::traits::units::Current
	Tag class used to indicate electrical current value. More...
struct	comms::traits::units::Distance
	Tag class used to indicate distance value. More...
struct	comms::traits::units::Frequency
	Tag class used to indicate frequency value. More...
struct	comms::traits::units::Memory
	Tag class used to indicate memory size value. More...
struct	comms::traits::units::Speed
	Tag class used to indicate speed value. More...
struct	comms::traits::units::Time
	Tag class used to indicate time value. More...
struct	comms::traits::units::Voltage
	Tag class used to indicate electrical voltage value. More...

Namespaces
namespace	comms
	Main namespace for all classes / functions of COMMS library.
namespace	comms::traits
	Namespace for various traits tag classes.
namespace	comms::traits::dispatch
	Namespace for various traits tag classes used in dispatch operations.
namespace	comms::traits::endian
	Namespace for traits tag classes used to specify serialisation endian.
namespace	comms::traits::units
	Namespace for various traits tag classes used in units conversion operations.

Typedefs
using	comms::traits::units::AmpsRatio = std::ratio< 1, 1 >
	Ratio for amperes.
using	comms::traits::endian::Big = util::traits::endian::Big
	Empty class used in traits to indicate Big Endian.
using	comms::traits::units::BytesRatio = std::ratio< 1, 1 >
	Ratio for bytes.
using	comms::traits::units::CentimetersPerSecondRatio = typename std::ratio_divide< CentimetersRatio, SecondsRatio >::type
	Ratio for centimeters / second.
using	comms::traits::units::CentimetersRatio = std::centi
	Ratio for centimeters.
using	comms::traits::units::DaysRatio = std::ratio< 24L *60 *60 >
	Ratio for days.
using	comms::traits::units::DegreesRatio = std::ratio< 1, 1 >
	Ratio for degrees.
using	comms::traits::units::GigabytesRatio = std::ratio< 1024ULL *1024 *1024, 1 >
	Ratio for gigabytes.
using	comms::traits::units::GigaHzRatio = std::giga
	Ratio for gigahertz.
using	comms::traits::units::HoursRatio = std::ratio< 60 *60 >
	Ratio for hours.
using	comms::traits::units::HzRatio = std::ratio< 1, 1 >
	Ratio for hertz.
using	comms::traits::units::KiloampsRatio = std::kilo
	Ratio for kiloamperes.
using	comms::traits::units::KilobytesRatio = std::ratio< 1024, 1 >
	Ratio for kilobytes.
using	comms::traits::units::KiloHzRatio = std::kilo
	Ratio for kilohertz.
using	comms::traits::units::KilometersPerHourRatio = typename std::ratio_divide< KilometersRatio, HoursRatio >::type
	Ratio for kilometers / hour.
using	comms::traits::units::KilometersPerSecondRatio = typename std::ratio_divide< KilometersRatio, SecondsRatio >::type
	Ratio for kilometers / second.
using	comms::traits::units::KilometersRatio = std::kilo
	Ratio for kilometers.
using	comms::traits::units::KilovoltsRatio = std::kilo
	Ratio for kilovolts.
using	comms::traits::endian::Little = util::traits::endian::Little
	Empty class used in traits to indicate Little Endian.
using	comms::traits::units::MegabytesRatio = std::ratio< 1024UL *1024, 1 >
	Ratio for megabytes.
using	comms::traits::units::MegaHzRatio = std::mega
	Ratio for megahertz.
using	comms::traits::units::MetersPerSecondRatio = typename std::ratio_divide< MetersRatio, SecondsRatio >::type
	Ratio for meters / second.
using	comms::traits::units::MetersRatio = std::ratio< 1, 1 >
	Ratio for meters.
using	comms::traits::units::MicroampsRatio = std::micro
	Ratio for microamperes.
using	comms::traits::units::MicrometersPerSecondRatio = typename std::ratio_divide< MicrometersRatio, SecondsRatio >::type
	Ratio for micrometers / second.
using	comms::traits::units::MicrometersRatio = std::micro
	Ratio for micrometers.
using	comms::traits::units::MicrosecondsRatio = std::micro
	Ratio for microseconds.
using	comms::traits::units::MicrovoltsRatio = std::micro
	Ratio for microvolts.
using	comms::traits::units::MilliampsRatio = std::milli
	Ratio for milliamperes.
using	comms::traits::units::MillimetersPerSecondRatio = typename std::ratio_divide< MillimetersRatio, SecondsRatio >::type
	Ratio for millimeters / second.
using	comms::traits::units::MillimetersRatio = std::milli
	Ratio for millimeters.
using	comms::traits::units::MillisecondsRatio = std::milli
	Ratio for milliseconds.
using	comms::traits::units::MillivoltsRatio = std::milli
	Ratio for millivolts.
using	comms::traits::units::MinutesRatio = std::ratio< 60 >
	Ratio for minutes.
using	comms::traits::units::NanoampsRatio = std::nano
	Ratio for nanoamperes.
using	comms::traits::units::NanometersPerSecondRatio = typename std::ratio_divide< NanometersRatio, SecondsRatio >::type
	Ratio for nanometers / second.
using	comms::traits::units::NanometersRatio = std::nano
	Ratio for nanometers.
using	comms::traits::units::NanosecondsRatio = std::nano
	Ratio for nanoseconds.
using	comms::traits::units::NanovoltsRatio = std::nano
	Ratio for nanovolts.
using	comms::traits::units::RadiansRatio = std::ratio< 180, 1 >
	Ratio for radians.
using	comms::traits::units::SecondsRatio = std::ratio< 1, 1 >
	Ratio for seconds.
using	comms::traits::units::TerabytesRatio = std::ratio< 1024ULL *1024 *1024 *1024, 1 >
	Ratio for terabytes.
using	comms::traits::units::VoltsRatio = std::ratio< 1, 1 >
	Ratio for volts.
using	comms::traits::units::WeeksRatio = std::ratio< 7L *24 *60 *60 >
	Ratio for weeks.

Detailed Description

This file contains all the classes necessary to properly define message traits.