Functions

The public free functions cover bounded HTTP discovery, configuration validation, status classification and decoding, and stable enum/string conversion.

netft::classify_status

#include <netft/status.hpp>·netft-cpp 0.3.3

StatusSeverity classify_status(std::uint32_t status) noexcept;

Member functions

classify_status

StatusSeverity classify_status(std::uint32_t status) noexcept;

Parameter	Type	Default
status	std::uint32_t	Required

Returns: StatusSeverity

Qualifiers: noexcept

netft::decode_status

#include <netft/status.hpp>·netft-cpp 0.3.3

std::string decode_status(std::uint32_t status);

Member functions

decode_status

std::string decode_status(std::uint32_t status);

Parameter	Type	Default
status	std::uint32_t	Required

Returns: std::string

netft::discover_sensor

#include <netft/discovery.hpp>·netft-cpp 0.3.3

SensorConfiguration discover_sensor(const DiscoveryOptions &options);

Member functions

discover_sensor

SensorConfiguration discover_sensor(const DiscoveryOptions &options);

Parameter	Type	Default
options	const DiscoveryOptions &	Required

Returns: SensorConfiguration

netft::force_unit_from_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::optional<ForceUnit> force_unit_from_string(std::string_view value) noexcept;

Member functions

force_unit_from_string

std::optional<ForceUnit> force_unit_from_string(std::string_view value) noexcept;

Parameter	Type	Default
value	std::string_view	Required

Returns: std::optional<ForceUnit>

Qualifiers: noexcept

netft::to_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::string_view to_string(ForceUnit unit) noexcept;

Member functions

to_string

std::string_view to_string(ForceUnit unit) noexcept;

Parameter	Type	Default
unit	ForceUnit	Required

Returns: std::string_view

Qualifiers: noexcept

netft::to_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::string_view to_string(TorqueUnit unit) noexcept;

Member functions

to_string

std::string_view to_string(TorqueUnit unit) noexcept;

Parameter	Type	Default
unit	TorqueUnit	Required

Returns: std::string_view

Qualifiers: noexcept

netft::to_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::string_view to_string(ClientState state) noexcept;

Member functions

to_string

std::string_view to_string(ClientState state) noexcept;

Parameter	Type	Default
state	ClientState	Required

Returns: std::string_view

Qualifiers: noexcept

netft::to_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::string_view to_string(FaultCode code) noexcept;

Member functions

to_string

std::string_view to_string(FaultCode code) noexcept;

Parameter	Type	Default
code	FaultCode	Required

Returns: std::string_view

Qualifiers: noexcept

netft::torque_unit_from_string

#include <netft/types.hpp>·netft-cpp 0.3.3

std::optional<TorqueUnit> torque_unit_from_string(std::string_view value) noexcept;

Member functions

torque_unit_from_string

std::optional<TorqueUnit> torque_unit_from_string(std::string_view value) noexcept;

Parameter	Type	Default
value	std::string_view	Required

Returns: std::optional<TorqueUnit>

Qualifiers: noexcept

netft::validate

#include <netft/types.hpp>·netft-cpp 0.3.3

void validate(const Calibration &calibration);

Member functions

validate

void validate(const Calibration &calibration);

Parameter	Type	Default
calibration	const Calibration &	Required

Returns: void

netft::validate

#include <netft/types.hpp>·netft-cpp 0.3.3

void validate(const Config &config);

Member functions

validate

void validate(const Config &config);

Parameter	Type	Default
config	const Config &	Required

Returns: void

discover_sensor performs HTTP configuration discovery only; it does not begin RDT streaming. decode_status returns human-readable diagnostics, while classify_status provides the stable severity used for decisions.