ifw::ccf Namespace Reference

Namespaces
namespace	common
namespace	control
namespace	mptk
namespace	protocols
namespace	stdpub
namespace	stdrecipe
namespace	tools

Classes
class	Base
	Class to be used as parent all CCF classes. More...

Functions
void	SetApplicationLogName (const std::string &app_name)
log4cplus::Logger &	Logger ()
log4cplus::Logger &	FastLogger ()
ifw::ccf::common::Db &	GetDb ()
	Return the reference to the CCF DB Singleton instance.
ifw::ccf::common::Setup &	GetSetup ()
	Return the reference to the CCF DB Singleton instance.

Variables
std::string	ccf_application_name
constexpr auto	CCF_VERSION = "1.2.0"
	Version of CCF.
constexpr auto	IFW_VERSION = "4.0"
	Version of IFW.
constexpr auto	NO_VALUE = "__NO__VALUE__"
Standard metadata keywords.
constexpr auto	META_KEY_EXPO_RATE = "MetaExpoType"
constexpr auto	META_KEY_EXPO_TIME = "MetaExpoTime"
constexpr auto	META_KEY_EXPO_WIN_BINX = "MetaExpoWinBinX"
constexpr auto	META_KEY_EXPO_WIN_BINY = "MetaExpoWinBinY"
constexpr auto	META_KEY_EXPO_WIN_STARTX = "MetaExpoWinStartX"
constexpr auto	META_KEY_EXPO_WIN_STARTY = "MetaExpoWinStartY"
constexpr auto	META_KEY_SYSTEM = "MetaSystem"
constexpr auto	META_KEY_CAM_NAME = "MetaCamName"
constexpr auto	META_KEY_CAM_ID = "MetaCamId"
constexpr auto	META_KEY_CAM_MODEL = "MetaCamModel"
constexpr auto	META_KEY_CAM_CHIPMODEL = "MetaCamChipModel"
constexpr auto	META_KEY_CAM_TYPE = "MetaCamType"
Configuration parameter names.
constexpr auto	CFG_NODE_ACQUISITION = "acquisition"
constexpr auto	CFG_NODE_MONITORING = "monitoring"
constexpr auto	CFG_NODE_TELEMETRY = "telemetry"
constexpr auto	CFG_NODE_PROCESSING = "processing"
constexpr auto	CFG_NODE_RECORDING = "recording"
constexpr auto	CFG_NODE_SERVER = "server"
constexpr auto	CFG_NODE_TASKS = "tasks"
constexpr auto	CFG_KEY_ADAPTER = "adapter"
constexpr auto	CFG_KEY_ADDRESS = "address"
constexpr auto	CFG_KEY_AUTO_ADJUST_TIME_RATE = "auto_adjust_time_rate"
constexpr auto	CFG_KEY_ALLOW_FRAME_SKIPPING = "allow_frame_skipping"
constexpr auto	CFG_KEY_ALLOW_LOST_FRAMES = "allow_lost_frames"
constexpr auto	CFG_KEY_AUTO_STOP_ACQ_AFTER_REC = "auto_stop_acq_after_rec"
constexpr auto	CFG_KEY_ENABLED = "enabled"
constexpr auto	CFG_KEY_DATA_TYPE = "data_type"
constexpr auto	CFG_KEY_DEVICES = "devices"
constexpr auto	CFG_KEY_HEIGHT = "height"
constexpr auto	CFG_KEY_ID = "id"
constexpr auto	CFG_KEY_INIT_SETUP = "init_setup"
constexpr auto	CFG_KEY_INPUT_QUEUE_SIZE = "input_queue_size"
constexpr auto	CFG_KEY_MANUFACTURER = "manufacturer"
constexpr auto	CFG_KEY_MAPPING = "mapping"
constexpr auto	CFG_KEY_MAX_RATE = "max_rate"
constexpr auto	CFG_KEY_MAX_RESOLUTION = "max_resolution"
constexpr auto	CFG_KEY_METADATA_MAP = "metadata_map"
constexpr auto	CFG_KEY_METADATA_KEY = "metadata_key"
constexpr auto	CFG_KEY_MODEL = "model"
constexpr auto	CFG_KEY_NAME = "name"
constexpr auto	CFG_KEY_NAMES = "names"
constexpr auto	CFG_KEY_NB_OF_SAMPLES = "nb_of_samples"
constexpr auto	CFG_KEY_OLDB_NODE = "oldb_node"
constexpr auto	CFG_KEY_OUPUT_QUEUE_SIZE = "output_queue_size"
constexpr auto	CFG_KEY_PERIOD = "period"
constexpr auto	CFG_KEY_PIPELINE = "pipeline"
constexpr auto	CFG_KEY_PROPERTIES = "properties"
constexpr auto	CFG_KEY_PROTOCOL = "protocol"
constexpr auto	CFG_KEY_PUBLISHERS = "publishers"
constexpr auto	CFG_KEY_RECIPES = "recipes"
constexpr auto	CFG_KEY_REC_HIST_EXP = "rec_hist_expiration"
constexpr auto	CFG_KEY_REC_HIST_SIZE = "rec_hist_size"
constexpr auto	CFG_KEY_RESOLUTION = "resolution"
constexpr auto	CFG_KEY_SDK = "sdk"
constexpr auto	CFG_KEY_SIMULATION = "simulation"
constexpr auto	CFG_KEY_SIM_ADDRESS = "sim_address"
constexpr auto	CFG_KEY_TYPE = "type"
constexpr auto	CFG_KEY_VALUE = "value"
constexpr auto	CFG_KEY_WIDTH = "width"
constexpr auto	CFG_KEY_WRITE_ON_INIT = "write_on_init"
Setup parameter names.
constexpr auto	SETUP_NODE_EXPO = "expo"
constexpr auto	SETUP_NODE_SIM = "sim"
constexpr auto	SETUP_KEY_ADDRESS = "address"
constexpr auto	SETUP_KEY_BASENAME = "basename"
constexpr auto	SETUP_KEY_BIN_X = "bin_x"
constexpr auto	SETUP_KEY_BIN_Y = "bin_y"
constexpr auto	SETUP_KEY_DELAY = "delay"
constexpr auto	SETUP_KEY_ENABLED = "enabled"
constexpr auto	SETUP_KEY_FILE = "file"
constexpr auto	SETUP_KEY_FORMAT = "format"
constexpr auto	SETUP_KEY_FRAME_RATE = "frame_rate"
constexpr auto	SETUP_KEY_FRAME_RATE_LIMIT = "frame_rate_limit"
constexpr auto	SETUP_KEY_INTERFACE = "interface"
constexpr auto	SETUP_KEY_MAX_RATE = "max_rate"
constexpr auto	SETUP_KEY_MAX_SHIFT = "max_shift"
constexpr auto	SETUP_KEY_MAX_SHIFT_PR_FRAME = "max_shift_pr_frame"
constexpr auto	SETUP_KEY_MAX_SIZE = "max_size"
constexpr auto	SETUP_KEY_MODE = "mode"
constexpr auto	SETUP_KEY_NB = "nb"
constexpr auto	SETUP_KEY_RATE = "rate"
constexpr auto	SETUP_KEY_NOISE = "noise"
constexpr auto	SETUP_KEY_PORT = "port"
constexpr auto	SETUP_KEY_TIME = "time"
constexpr auto	SETUP_KEY_TYPE = "type"
constexpr auto	SETUP_KEY_WIN_START_X = "win_start_x"
constexpr auto	SETUP_KEY_WIN_START_Y = "win_start_y"
constexpr auto	SETUP_KEY_WIN_WIDTH = "win_width"
constexpr auto	SETUP_KEY_WIN_HEIGHT = "win_height"
Simulation type.
constexpr auto	SIM_TYPE_FILE_STR = "File"
constexpr auto	SIM_TYPE_GAUSSIAN_STR = "Gaussian"
constexpr auto	SIM_TYPE_MULTI_GAUSSIAN_STR = "MultiGaussian"
constexpr auto	SIM_TYPE_FLAT_STR = "Flat"
constexpr auto	SIM_TYPE_GRID_STR = "Grid"
constexpr auto	SIM_TYPE_GRADIENT_STR = "Gradient"
constexpr auto	SIM_TYPE_RING_STR = "Ring"
constexpr auto	SIM_TYPE_CHECKERBOARD_STR = "Checkerboard"
constexpr auto	SIM_TYPE_NOISE_STR = "Noise"
constexpr auto	SIM_TYPE_GRATING_STR = "Grating"

States (composite).
enum class	ThreadType {   MONITOR = 1 , ACQUISITION , PROCESSING , PUBLISHER ,   UNDEFINED = -1 }
enum class	HwStatus { NOT_OK = 0 , OK }
	HW status values. More...
enum class	Status { FAILURE = 0 , SUCCESS = 1 }
	General status variable. More...
constexpr auto	STATE_ON_NOT_OP_NOT_READY = "On::NotOperational::NotReady"
constexpr auto	STATE_ON_NOT_OP_READY = "On::NotOperational::Ready"
constexpr auto	STATE_ON_OP_IDLE = "On::Operational::Idle"
constexpr auto	STATE_ON_OP_ACQ = "On::Operational::Acquisition"
constexpr auto	STATE_ON_OP_ACQ_NOT_REC = "On::Operational::Acquisition::NotRecording"
constexpr auto	STATE_ON_OP_ACQ_REC = "On::Operational::Acquisition::Recording"
void	SendThrMsg (const std::string &command, const std::string &sender_thread_name, const std::string &receiver_thread_name, const std::string &data)
	Send MPTK message via internal Message Bus.
bool	ReceiveThrMsg (const std::string &receiver_thread_name, const double time_out, ifw::ccf::mptk::Message &message)
	Receive a message from the given thread. Returns true if message received.
void	AssertPtr (const void *ptr, const std::string &object, const std::string &location)
	Check that pointer is not nullptr and raise rad::exception in case it is.
void	DecomposeSmStatus (const std::string &sm_state, std::string &sum_state, std::string &sum_substate)

Execution status.
enum class	PubType { UNDEFINED = -1 , RECORDING = 1 , NOT_RECORDING }
	A Publisher may be Recording or Not-Recording. A Recording Publisher publishes data into files. More...
enum class	PubStatus {   ACTIVE = recif::RecStatusNames::Active , COMPLETED = recif::RecStatusNames::Completed , STOPPED = recif::RecStatusNames::Stopped , ABORTED = recif::RecStatusNames::Aborted ,   FAILED = recif::RecStatusNames::Failed , UNDEFINED = recif::RecStatusNames::Undefined }
	Defines the various possible states of a Data Publisher. More...
enum class	ProcStatus {   UNDEFINED = -1 , IDLE = 1 , PROCESSING = 32 , FINISHED = 128 ,   FAILED = 256 }
	Possible states for a Processing Recipe defined. More...
enum class	ExpoMode { FINITE = 1 , CONTINUOUS , INACTIVE }
	Exposure modes. More...
constexpr auto	SUCCESS = "Success"
constexpr auto	FAILURE = "Failure"
std::string	StatusToStr (ifw::ccf::Status status)
	Convert the status from number to string.
void	ResetRecStatusObj (std::shared_ptr< recif::RecStatus > &rec_status_obj, const recif::RecStatusNames rec_status=recif::RecStatusNames::Undefined)
	Reset the members of the Recording Status Object.
void	CopyRecStatusObj (const std::shared_ptr< recif::RecStatus > &src_rec_status_obj, const std::shared_ptr< recif::RecStatus > &trg_rec_status_obj)
	Cope the members of one Recording Status Object to another.

Exposure modes.
enum class	SimType {   FILE = 1 , GAUSSIAN , MULTI_GAUSSIAN , FLAT ,   GRID , GRADIENT , RING , CHECKERBOARD ,   NOISE , GRATING }
	Simulation type. More...
enum class	GradientDir { HORIZONTAL = 1 , VERTICAL , RADIAL }
	Gradient direction. More...
enum class	NoiseDist { GAUSSIAN = 1 , POISSON , UNIFORM }
	Noise distribution type. More...
constexpr auto	EXPO_MODE_FINITE = "Finite"
constexpr auto	EXPO_MODE_CONTINUOUS = "Continuous"
constexpr auto	EXPO_MODE_INACTIVE = "Inactive"
constexpr auto	REC_ID_PREFIX = "RecId"
ExpoMode	ExpoModeToNb (const std::string &expo_mode)
	Convert exposure mode from number representation to string.

DB state nodes names.
const std::string	DB_DELIM = std::string(ifw::core::utils::bat::CONFIG_DB_DELIMITER)
const std::string	DB_NODE_SM_STATUS_STATE
const std::string	DB_NODE_SM_STATUS_SUBSTATE
const std::string	DB_NODE_SM_STATE
ifw::fnd::datatype::DataType	CiiCfgNodeToIfwDataType (elt::configng::CiiConfigInstanceNode &node)
	Determine IFW data type from a CII Cfg Node.
void	PrintStackTrace ()

Publisher Status names.
constexpr auto	PUB_STAT_NAME_ACTIVE = "Active"
constexpr auto	PUB_STAT_NAME_COMPLETED = "Completed"
constexpr auto	PUB_STAT_NAME_STOPPED = "Stopped"
constexpr auto	PUB_STAT_NAME_ABORTED = "Aborted"
constexpr auto	PUB_STAT_NAME_FAILED = "Failed"
constexpr auto	PUB_STAT_NAME_UNDEFINED = "Undefined"
std::string	PubStatusNameToStr (PubStatus pub_status_nb)
	Publisher status, number representation to string.
std::string	RecStatusNameToStr (recif::RecStatusNames rec_status_nb)
	Recording Status name, number to string representation.
std::string	BuildKey (const std::vector< std::string > &elements)
	Build a concatenated key from a number of elements (<el1>.<el2.>...).
std::vector< std::string >	SplitKey (const std::string &key)
	Split up a concatenated key.

Enumeration Type Documentation

ExpoMode

enum class ifw::ccf::ExpoMode

strong

Exposure modes.

Enumerator
FINITE
CONTINUOUS
INACTIVE

GradientDir

enum class ifw::ccf::GradientDir

strong

Gradient direction.

Enumerator
HORIZONTAL
VERTICAL
RADIAL

HwStatus

enum class ifw::ccf::HwStatus

strong

HW status values.

Enumerator
NOT_OK
OK

NoiseDist

enum class ifw::ccf::NoiseDist

strong

Noise distribution type.

Enumerator
GAUSSIAN
POISSON
UNIFORM

ProcStatus

enum class ifw::ccf::ProcStatus

strong

Possible states for a Processing Recipe defined.

Enumerator
UNDEFINED
IDLE
PROCESSING
FINISHED
FAILED

PubStatus

enum class ifw::ccf::PubStatus

strong

Defines the various possible states of a Data Publisher.

Enumerator
ACTIVE
COMPLETED
STOPPED
ABORTED
FAILED
UNDEFINED

PubType

enum class ifw::ccf::PubType

strong

A Publisher may be Recording or Not-Recording. A Recording Publisher publishes data into files.

Enumerator
UNDEFINED
RECORDING
NOT_RECORDING

SimType

enum class ifw::ccf::SimType

strong

Simulation type.

Enumerator
FILE
GAUSSIAN
MULTI_GAUSSIAN
FLAT
GRID
GRADIENT
RING
CHECKERBOARD
NOISE
GRATING

Status

enum class ifw::ccf::Status

strong

General status variable.

Enumerator
FAILURE
SUCCESS

ThreadType

enum class ifw::ccf::ThreadType

strong

Enumerator
MONITOR
ACQUISITION
PROCESSING
PUBLISHER
UNDEFINED

Function Documentation

AssertPtr()

void ifw::ccf::AssertPtr	(	const void *	ptr,
		const std::string &	object,
		const std::string &	location )

Check that pointer is not nullptr and raise rad::exception in case it is.

BuildKey()

std::string ifw::ccf::BuildKey

(

const std::vector< std::string > &

elements

)

Build a concatenated key from a number of elements (<el1>.<el2.>...).

CiiCfgNodeToIfwDataType()

ifw::fnd::datatype::DataType ifw::ccf::CiiCfgNodeToIfwDataType

(

elt::configng::CiiConfigInstanceNode &

node

)

Determine IFW data type from a CII Cfg Node.

CopyRecStatusObj()

void ifw::ccf::CopyRecStatusObj	(	const std::shared_ptr< recif::RecStatus > &	src_rec_status_obj,
		const std::shared_ptr< recif::RecStatus > &	trg_rec_status_obj )

Cope the members of one Recording Status Object to another.

DecomposeSmStatus()

void ifw::ccf::DecomposeSmStatus	(	const std::string &	sm_state,
		std::string &	sum_state,
		std::string &	sum_substate )

Decompose the SM status string proivided by the SM, as follows: (sum state) ::= Off | NotOperational | Operational (sum substate) ::= Idle | Acquisition | Recording | Error

ExpoModeToNb()

ExpoMode ifw::ccf::ExpoModeToNb

(

const std::string &

expo_mode

)

Convert exposure mode from number representation to string.

FastLogger()

log4cplus::Logger & ifw::ccf::FastLogger

(

)

GetDb()

ifw::ccf::common::Db & ifw::ccf::GetDb ( )

inline

Return the reference to the CCF DB Singleton instance.

GetSetup()

ifw::ccf::common::Setup & ifw::ccf::GetSetup ( )

inline

Return the reference to the CCF DB Singleton instance.

Logger()

log4cplus::Logger & ifw::ccf::Logger

(

)

PrintStackTrace()

void ifw::ccf::PrintStackTrace

(

)

PubStatusNameToStr()

std::string ifw::ccf::PubStatusNameToStr

(

PubStatus

pub_status_nb

)

Publisher status, number representation to string.

ReceiveThrMsg()

bool ifw::ccf::ReceiveThrMsg	(	const std::string &	receiver_thread_name,
		const double	time_out,
		ifw::ccf::mptk::Message &	message )

Receive a message from the given thread. Returns true if message received.

RecStatusNameToStr()

std::string ifw::ccf::RecStatusNameToStr

(

recif::RecStatusNames

rec_status_nb

)

Recording Status name, number to string representation.

ResetRecStatusObj()

void ifw::ccf::ResetRecStatusObj	(	std::shared_ptr< recif::RecStatus > &	rec_status_obj,
		const recif::RecStatusNames	rec_status )

Reset the members of the Recording Status Object.

SendThrMsg()

void ifw::ccf::SendThrMsg	(	const std::string &	command,
		const std::string &	sender_thread_name,
		const std::string &	receiver_thread_name,
		const std::string &	data )

Send MPTK message via internal Message Bus.

SetApplicationLogName()

void ifw::ccf::SetApplicationLogName

(

const std::string &

app_name

)

SplitKey()

std::vector< std::string > ifw::ccf::SplitKey

(

const std::string &

key

)

Split up a concatenated key.

StatusToStr()

std::string ifw::ccf::StatusToStr

(

ifw::ccf::Status

status

)

Convert the status from number to string.

Variable Documentation

ccf_application_name

std::string ifw::ccf::ccf_application_name

extern

CCF_VERSION

auto ifw::ccf::CCF_VERSION = "1.2.0"

constexpr

Version of CCF.

CFG_KEY_ADAPTER

auto ifw::ccf::CFG_KEY_ADAPTER = "adapter"

constexpr

CFG_KEY_ADDRESS

auto ifw::ccf::CFG_KEY_ADDRESS = "address"

constexpr

CFG_KEY_ALLOW_FRAME_SKIPPING

auto ifw::ccf::CFG_KEY_ALLOW_FRAME_SKIPPING = "allow_frame_skipping"

constexpr

CFG_KEY_ALLOW_LOST_FRAMES

auto ifw::ccf::CFG_KEY_ALLOW_LOST_FRAMES = "allow_lost_frames"

constexpr

CFG_KEY_AUTO_ADJUST_TIME_RATE

auto ifw::ccf::CFG_KEY_AUTO_ADJUST_TIME_RATE = "auto_adjust_time_rate"

constexpr

CFG_KEY_AUTO_STOP_ACQ_AFTER_REC

auto ifw::ccf::CFG_KEY_AUTO_STOP_ACQ_AFTER_REC = "auto_stop_acq_after_rec"

constexpr

CFG_KEY_DATA_TYPE

auto ifw::ccf::CFG_KEY_DATA_TYPE = "data_type"

constexpr

CFG_KEY_DEVICES

auto ifw::ccf::CFG_KEY_DEVICES = "devices"

constexpr

CFG_KEY_ENABLED

auto ifw::ccf::CFG_KEY_ENABLED = "enabled"

constexpr

CFG_KEY_HEIGHT

auto ifw::ccf::CFG_KEY_HEIGHT = "height"

constexpr

CFG_KEY_ID

auto ifw::ccf::CFG_KEY_ID = "id"

constexpr

CFG_KEY_INIT_SETUP

auto ifw::ccf::CFG_KEY_INIT_SETUP = "init_setup"

constexpr

CFG_KEY_INPUT_QUEUE_SIZE

auto ifw::ccf::CFG_KEY_INPUT_QUEUE_SIZE = "input_queue_size"

constexpr

CFG_KEY_MANUFACTURER

auto ifw::ccf::CFG_KEY_MANUFACTURER = "manufacturer"

constexpr

CFG_KEY_MAPPING

auto ifw::ccf::CFG_KEY_MAPPING = "mapping"

constexpr

CFG_KEY_MAX_RATE

auto ifw::ccf::CFG_KEY_MAX_RATE = "max_rate"

constexpr

CFG_KEY_MAX_RESOLUTION

auto ifw::ccf::CFG_KEY_MAX_RESOLUTION = "max_resolution"

constexpr

CFG_KEY_METADATA_KEY

auto ifw::ccf::CFG_KEY_METADATA_KEY = "metadata_key"

constexpr

CFG_KEY_METADATA_MAP

auto ifw::ccf::CFG_KEY_METADATA_MAP = "metadata_map"

constexpr

CFG_KEY_MODEL

auto ifw::ccf::CFG_KEY_MODEL = "model"

constexpr

CFG_KEY_NAME

auto ifw::ccf::CFG_KEY_NAME = "name"

constexpr

CFG_KEY_NAMES

auto ifw::ccf::CFG_KEY_NAMES = "names"

constexpr

CFG_KEY_NB_OF_SAMPLES

auto ifw::ccf::CFG_KEY_NB_OF_SAMPLES = "nb_of_samples"

constexpr

CFG_KEY_OLDB_NODE

auto ifw::ccf::CFG_KEY_OLDB_NODE = "oldb_node"

constexpr

CFG_KEY_OUPUT_QUEUE_SIZE

auto ifw::ccf::CFG_KEY_OUPUT_QUEUE_SIZE = "output_queue_size"

constexpr

CFG_KEY_PERIOD

auto ifw::ccf::CFG_KEY_PERIOD = "period"

constexpr

CFG_KEY_PIPELINE

auto ifw::ccf::CFG_KEY_PIPELINE = "pipeline"

constexpr

CFG_KEY_PROPERTIES

auto ifw::ccf::CFG_KEY_PROPERTIES = "properties"

constexpr

CFG_KEY_PROTOCOL

auto ifw::ccf::CFG_KEY_PROTOCOL = "protocol"

constexpr

CFG_KEY_PUBLISHERS

auto ifw::ccf::CFG_KEY_PUBLISHERS = "publishers"

constexpr

CFG_KEY_REC_HIST_EXP

auto ifw::ccf::CFG_KEY_REC_HIST_EXP = "rec_hist_expiration"

constexpr

CFG_KEY_REC_HIST_SIZE

auto ifw::ccf::CFG_KEY_REC_HIST_SIZE = "rec_hist_size"

constexpr

CFG_KEY_RECIPES

auto ifw::ccf::CFG_KEY_RECIPES = "recipes"

constexpr

CFG_KEY_RESOLUTION

auto ifw::ccf::CFG_KEY_RESOLUTION = "resolution"

constexpr

CFG_KEY_SDK

auto ifw::ccf::CFG_KEY_SDK = "sdk"

constexpr

CFG_KEY_SIM_ADDRESS

auto ifw::ccf::CFG_KEY_SIM_ADDRESS = "sim_address"

constexpr

CFG_KEY_SIMULATION

auto ifw::ccf::CFG_KEY_SIMULATION = "simulation"

constexpr

CFG_KEY_TYPE

auto ifw::ccf::CFG_KEY_TYPE = "type"

constexpr

CFG_KEY_VALUE

auto ifw::ccf::CFG_KEY_VALUE = "value"

constexpr

CFG_KEY_WIDTH

auto ifw::ccf::CFG_KEY_WIDTH = "width"

constexpr

CFG_KEY_WRITE_ON_INIT

auto ifw::ccf::CFG_KEY_WRITE_ON_INIT = "write_on_init"

constexpr

CFG_NODE_ACQUISITION

auto ifw::ccf::CFG_NODE_ACQUISITION = "acquisition"

constexpr

CFG_NODE_MONITORING

auto ifw::ccf::CFG_NODE_MONITORING = "monitoring"

constexpr

CFG_NODE_PROCESSING

auto ifw::ccf::CFG_NODE_PROCESSING = "processing"

constexpr

CFG_NODE_RECORDING

auto ifw::ccf::CFG_NODE_RECORDING = "recording"

constexpr

CFG_NODE_SERVER

auto ifw::ccf::CFG_NODE_SERVER = "server"

constexpr

CFG_NODE_TASKS

auto ifw::ccf::CFG_NODE_TASKS = "tasks"

constexpr

CFG_NODE_TELEMETRY

auto ifw::ccf::CFG_NODE_TELEMETRY = "telemetry"

constexpr

DB_DELIM

const std::string ifw::ccf::DB_DELIM = std::string(ifw::core::utils::bat::CONFIG_DB_DELIMITER)

DB_NODE_SM_STATE

const std::string ifw::ccf::DB_NODE_SM_STATE

Initial value:

=
    ("sm" + DB_DELIM + "state")

DB_NODE_SM_STATUS_STATE

const std::string ifw::ccf::DB_NODE_SM_STATUS_STATE

Initial value:

=
    ("sm" + DB_DELIM + "status" + DB_DELIM + "state")

DB_NODE_SM_STATUS_SUBSTATE

const std::string ifw::ccf::DB_NODE_SM_STATUS_SUBSTATE

Initial value:

=
    ("sm" + DB_DELIM + "status" + DB_DELIM + "substate")

EXPO_MODE_CONTINUOUS

auto ifw::ccf::EXPO_MODE_CONTINUOUS = "Continuous"

constexpr

EXPO_MODE_FINITE

auto ifw::ccf::EXPO_MODE_FINITE = "Finite"

constexpr

EXPO_MODE_INACTIVE

auto ifw::ccf::EXPO_MODE_INACTIVE = "Inactive"

constexpr

FAILURE

auto ifw::ccf::FAILURE = "Failure"

constexpr

IFW_VERSION

auto ifw::ccf::IFW_VERSION = "4.0"

constexpr

Version of IFW.

META_KEY_CAM_CHIPMODEL

auto ifw::ccf::META_KEY_CAM_CHIPMODEL = "MetaCamChipModel"

constexpr

META_KEY_CAM_ID

auto ifw::ccf::META_KEY_CAM_ID = "MetaCamId"

constexpr

META_KEY_CAM_MODEL

auto ifw::ccf::META_KEY_CAM_MODEL = "MetaCamModel"

constexpr

META_KEY_CAM_NAME

auto ifw::ccf::META_KEY_CAM_NAME = "MetaCamName"

constexpr

META_KEY_CAM_TYPE

auto ifw::ccf::META_KEY_CAM_TYPE = "MetaCamType"

constexpr

META_KEY_EXPO_RATE

auto ifw::ccf::META_KEY_EXPO_RATE = "MetaExpoType"

constexpr

META_KEY_EXPO_TIME

auto ifw::ccf::META_KEY_EXPO_TIME = "MetaExpoTime"

constexpr

META_KEY_EXPO_WIN_BINX

auto ifw::ccf::META_KEY_EXPO_WIN_BINX = "MetaExpoWinBinX"

constexpr

META_KEY_EXPO_WIN_BINY

auto ifw::ccf::META_KEY_EXPO_WIN_BINY = "MetaExpoWinBinY"

constexpr

META_KEY_EXPO_WIN_STARTX

auto ifw::ccf::META_KEY_EXPO_WIN_STARTX = "MetaExpoWinStartX"

constexpr

META_KEY_EXPO_WIN_STARTY

auto ifw::ccf::META_KEY_EXPO_WIN_STARTY = "MetaExpoWinStartY"

constexpr

META_KEY_SYSTEM

auto ifw::ccf::META_KEY_SYSTEM = "MetaSystem"

constexpr

NO_VALUE

auto ifw::ccf::NO_VALUE = "__NO__VALUE__"

constexpr

PUB_STAT_NAME_ABORTED

auto ifw::ccf::PUB_STAT_NAME_ABORTED = "Aborted"

constexpr

PUB_STAT_NAME_ACTIVE

auto ifw::ccf::PUB_STAT_NAME_ACTIVE = "Active"

constexpr

PUB_STAT_NAME_COMPLETED

auto ifw::ccf::PUB_STAT_NAME_COMPLETED = "Completed"

constexpr

PUB_STAT_NAME_FAILED

auto ifw::ccf::PUB_STAT_NAME_FAILED = "Failed"

constexpr

PUB_STAT_NAME_STOPPED

auto ifw::ccf::PUB_STAT_NAME_STOPPED = "Stopped"

constexpr

PUB_STAT_NAME_UNDEFINED

auto ifw::ccf::PUB_STAT_NAME_UNDEFINED = "Undefined"

constexpr

REC_ID_PREFIX

auto ifw::ccf::REC_ID_PREFIX = "RecId"

constexpr

SETUP_KEY_ADDRESS

auto ifw::ccf::SETUP_KEY_ADDRESS = "address"

constexpr

SETUP_KEY_BASENAME

auto ifw::ccf::SETUP_KEY_BASENAME = "basename"

constexpr

SETUP_KEY_BIN_X

auto ifw::ccf::SETUP_KEY_BIN_X = "bin_x"

constexpr

SETUP_KEY_BIN_Y

auto ifw::ccf::SETUP_KEY_BIN_Y = "bin_y"

constexpr

SETUP_KEY_DELAY

auto ifw::ccf::SETUP_KEY_DELAY = "delay"

constexpr

SETUP_KEY_ENABLED

auto ifw::ccf::SETUP_KEY_ENABLED = "enabled"

constexpr

SETUP_KEY_FILE

auto ifw::ccf::SETUP_KEY_FILE = "file"

constexpr

SETUP_KEY_FORMAT

auto ifw::ccf::SETUP_KEY_FORMAT = "format"

constexpr

SETUP_KEY_FRAME_RATE

auto ifw::ccf::SETUP_KEY_FRAME_RATE = "frame_rate"

constexpr

SETUP_KEY_FRAME_RATE_LIMIT

auto ifw::ccf::SETUP_KEY_FRAME_RATE_LIMIT = "frame_rate_limit"

constexpr

SETUP_KEY_INTERFACE

auto ifw::ccf::SETUP_KEY_INTERFACE = "interface"

constexpr

SETUP_KEY_MAX_RATE

auto ifw::ccf::SETUP_KEY_MAX_RATE = "max_rate"

constexpr

SETUP_KEY_MAX_SHIFT

auto ifw::ccf::SETUP_KEY_MAX_SHIFT = "max_shift"

constexpr

SETUP_KEY_MAX_SHIFT_PR_FRAME

auto ifw::ccf::SETUP_KEY_MAX_SHIFT_PR_FRAME = "max_shift_pr_frame"

constexpr

SETUP_KEY_MAX_SIZE

auto ifw::ccf::SETUP_KEY_MAX_SIZE = "max_size"

constexpr

SETUP_KEY_MODE

auto ifw::ccf::SETUP_KEY_MODE = "mode"

constexpr

SETUP_KEY_NB

auto ifw::ccf::SETUP_KEY_NB = "nb"

constexpr

SETUP_KEY_NOISE

auto ifw::ccf::SETUP_KEY_NOISE = "noise"

constexpr

SETUP_KEY_PORT

auto ifw::ccf::SETUP_KEY_PORT = "port"

constexpr

SETUP_KEY_RATE

auto ifw::ccf::SETUP_KEY_RATE = "rate"

constexpr

SETUP_KEY_TIME

auto ifw::ccf::SETUP_KEY_TIME = "time"

constexpr

SETUP_KEY_TYPE

auto ifw::ccf::SETUP_KEY_TYPE = "type"

constexpr

SETUP_KEY_WIN_HEIGHT

auto ifw::ccf::SETUP_KEY_WIN_HEIGHT = "win_height"

constexpr

SETUP_KEY_WIN_START_X

auto ifw::ccf::SETUP_KEY_WIN_START_X = "win_start_x"

constexpr

SETUP_KEY_WIN_START_Y

auto ifw::ccf::SETUP_KEY_WIN_START_Y = "win_start_y"

constexpr

SETUP_KEY_WIN_WIDTH

auto ifw::ccf::SETUP_KEY_WIN_WIDTH = "win_width"

constexpr

SETUP_NODE_EXPO

auto ifw::ccf::SETUP_NODE_EXPO = "expo"

constexpr

SETUP_NODE_SIM

auto ifw::ccf::SETUP_NODE_SIM = "sim"

constexpr

SIM_TYPE_CHECKERBOARD_STR

auto ifw::ccf::SIM_TYPE_CHECKERBOARD_STR = "Checkerboard"

constexpr

SIM_TYPE_FILE_STR

auto ifw::ccf::SIM_TYPE_FILE_STR = "File"

constexpr

SIM_TYPE_FLAT_STR

auto ifw::ccf::SIM_TYPE_FLAT_STR = "Flat"

constexpr

SIM_TYPE_GAUSSIAN_STR

auto ifw::ccf::SIM_TYPE_GAUSSIAN_STR = "Gaussian"

constexpr

SIM_TYPE_GRADIENT_STR

auto ifw::ccf::SIM_TYPE_GRADIENT_STR = "Gradient"

constexpr

SIM_TYPE_GRATING_STR

auto ifw::ccf::SIM_TYPE_GRATING_STR = "Grating"

constexpr

SIM_TYPE_GRID_STR

auto ifw::ccf::SIM_TYPE_GRID_STR = "Grid"

constexpr

SIM_TYPE_MULTI_GAUSSIAN_STR

auto ifw::ccf::SIM_TYPE_MULTI_GAUSSIAN_STR = "MultiGaussian"

constexpr

SIM_TYPE_NOISE_STR

auto ifw::ccf::SIM_TYPE_NOISE_STR = "Noise"

constexpr

SIM_TYPE_RING_STR

auto ifw::ccf::SIM_TYPE_RING_STR = "Ring"

constexpr

STATE_ON_NOT_OP_NOT_READY

auto ifw::ccf::STATE_ON_NOT_OP_NOT_READY = "On::NotOperational::NotReady"

constexpr

STATE_ON_NOT_OP_READY

auto ifw::ccf::STATE_ON_NOT_OP_READY = "On::NotOperational::Ready"

constexpr

STATE_ON_OP_ACQ

auto ifw::ccf::STATE_ON_OP_ACQ = "On::Operational::Acquisition"

constexpr

STATE_ON_OP_ACQ_NOT_REC

auto ifw::ccf::STATE_ON_OP_ACQ_NOT_REC = "On::Operational::Acquisition::NotRecording"

constexpr

STATE_ON_OP_ACQ_REC

auto ifw::ccf::STATE_ON_OP_ACQ_REC = "On::Operational::Acquisition::Recording"

constexpr

STATE_ON_OP_IDLE

auto ifw::ccf::STATE_ON_OP_IDLE = "On::Operational::Idle"

constexpr

SUCCESS

auto ifw::ccf::SUCCESS = "Success"

constexpr