helics::apps::Recorder Class Reference

#include <Recorder.hpp>

Inheritance diagram for helics::apps::Recorder:

Classes
class	ValueCapture
class	ValueStats

Public Member Functions
	Recorder (const std::string &name, FederateInfo &fi)
	Recorder (std::vector< std::string > args)
	Recorder (int argc, char *argv[])
	Recorder (const std::string &name, const std::shared_ptr< Core > &core, const FederateInfo &fi)
	Recorder (const std::string &name, CoreApp &core, const FederateInfo &fi)
	Recorder (const std::string &name, const std::string &jsonString)
	Recorder (Recorder &&other_recorder)=default
Recorder &	operator= (Recorder &&other_recorder)=default
	~Recorder ()
virtual void	runTo (Time runToTime) override
void	addSubscription (const std::string &key)
void	addEndpoint (const std::string &endpoint)
void	addSourceEndpointClone (const std::string &sourceEndpoint)
void	addDestEndpointClone (const std::string &destEndpoint)
void	addCapture (const std::string &captureDesc)
void	saveFile (const std::string &filename)
auto	pointCount () const
auto	messageCount () const
std::tuple< Time, std::string, std::string >	getValue (int index) const
std::unique_ptr< Message >	getMessage (int index) const
Public Member Functions inherited from helics::apps::App
	App ()=default
	App (const std::string &defaultAppName, std::vector< std::string > args)
	App (const std::string &defaultAppName, int argc, char *argv[])
	App (const std::string &appName, const FederateInfo &fi)
	App (const std::string &appName, const std::shared_ptr< Core > &core, const FederateInfo &fi)
	App (const std::string &appName, CoreApp &core, const FederateInfo &fi)
	App (const std::string &appName, const std::string &jsonString)
	App (App &&other_app)=default
	App (const App &other_app)=delete
App &	operator= (App &&app)=default
App &	operator= (const App &app)=delete
void	loadFile (const std::string &filename)
virtual void	run ()
virtual void	finalize ()
bool	isActive () const
const CombinationFederate &	accessUnderlyingFederate () const

Protected Attributes
bool	allow_iteration {false}
	trigger to allow Iteration
bool	verbose {false}
	print all captured values to the screen
Time	nextPrintTimeStep
	the time advancement period for printing markers More...
std::unique_ptr< CloningFilter >	cFilt
	a pointer to a clone filter
std::vector< ValueCapture >	points
	lists of points that were captured
std::vector< Input >	subscriptions
	the actual subscription objects
std::vector< Endpoint >	endpoints
	the actual endpoint objects
std::unique_ptr< Endpoint >	cloneEndpoint
	the endpoint for cloned message delivery
std::vector< std::unique_ptr< Message > >	messages
	list of messages
std::map< helics::interface_handle, int >	subids
	map of the subscription ids
std::map< std::string, int >	subkeys
	translate subscription names to an index
std::map< helics::interface_handle, int >	eptids
std::map< std::string, int >	eptNames
	translate endpoint name to index
std::vector< ValueStats >	vStat
	storage for statistics capture
std::vector< std::string >	captureInterfaces
	storage for the interfaces to capture
std::string	mapfile
	file name for the on-line file updater
std::string	outFileName {"out.txt"}
	the final output file
Protected Attributes inherited from helics::apps::App
std::shared_ptr< CombinationFederate >	fed
	the federate created for the Player
Time	stopTime = Time::maxVal()
	the time the Player should stop
std::string	masterFileName
	the name of the master file used to do the construction
bool	useLocal {false}
bool	fileLoaded {false}
bool	deactivated {false}
bool	quietMode {false}
bool	helpMode {false}
std::vector< std::string >	remArgs

Additional Inherited Members
Protected Member Functions inherited from helics::apps::App
void	loadJsonFileConfiguration (const std::string &appName, const std::string &jsonString)

Detailed Description

class designed to capture data points from a set of subscriptions or endpoints

Constructor & Destructor Documentation

Recorder() [1/7]

helics::apps::Recorder::Recorder	(	const std::string &	name,
		FederateInfo &	fi
	)

construct from a FederateInfo structure

Parameters

name	the name of the Recorder, can be left empty for the default or to pull from the federateInfo object
fi	a federate information structure

References helics::apps::App::fed, and helics_flag_observer.

Recorder() [2/7]

helics::apps::Recorder::Recorder ( std::vector< std::string >  args )

explicit

construct from command line arguments in a vector

Parameters

args	the command line arguments to pass in a reverse vector

Recorder() [3/7]

helics::apps::Recorder::Recorder	(	int	argc,
		char *	argv[]
	)

construct from command line arguments

Recorder() [4/7]

helics::apps::Recorder::Recorder	(	const std::string &	name,
		const std::shared_ptr< Core > &	core,
		const FederateInfo &	fi
	)

constructor taking a federate information structure and using the given core

Parameters

name	the name of the Recorder, can be left empty for the default or to pull from the federateInfo object
core	a pointer to core object which the federate can join
fi	a federate information structure

References helics::apps::App::fed, and helics_flag_observer.

Recorder() [5/7]

helics::apps::Recorder::Recorder	(	const std::string &	name,
		CoreApp &	core,
		const FederateInfo &	fi
	)

constructor taking a federate information structure and using the given core

Parameters

name	the name of the federate (can be empty to use defaults from fi)
core	a coreApp object that can be joined
fi	a federate information structure

References helics::apps::App::fed, and helics_flag_observer.

Recorder() [6/7]

helics::apps::Recorder::Recorder	(	const std::string &	name,
		const std::string &	jsonString
	)

constructor taking a file with the required information

Parameters

name	the name of the app
jsonString	a file or JSON string defining the federate information in JSON

References helics::apps::App::fed, and helics_flag_observer.

Recorder() [7/7]

helics::apps::Recorder::Recorder ( Recorder &&  other_recorder )

default

move construction

~Recorder()

helics::apps::Recorder::~Recorder

(

)

destructor

References outFileName, and saveFile().

Member Function Documentation

addCapture()

void helics::apps::Recorder::addCapture

(

const std::string &

captureDesc

)

add a capture interface

Parameters

captureDesc

describes a federate to capture all the interfaces for

References captureInterfaces.

addDestEndpointClone()

void helics::apps::Recorder::addDestEndpointClone

(

const std::string &

destEndpoint

)

copy all messages that are going to a specific endpoint

References cFilt, cloneEndpoint, and helics::apps::App::fed.

addEndpoint()

void helics::apps::Recorder::addEndpoint

(

const std::string &

endpoint

)

add an endpoint

References endpoints, eptNames, and helics::apps::App::fed.

addSourceEndpointClone()

void helics::apps::Recorder::addSourceEndpointClone

(

const std::string &

sourceEndpoint

)

copy all messages that come from a specified endpoint

References cFilt, cloneEndpoint, and helics::apps::App::fed.

addSubscription()

void helics::apps::Recorder::addSubscription

(

const std::string &

key

)

add a subscription to capture

add a subscription to record

References helics::apps::App::fed, subids, subkeys, and subscriptions.

getMessage()

std::unique_ptr< Message > helics::apps::Recorder::getMessage

(

int

index

)

const

get a message

makes a copy of a message and returns it in a unique_ptr

Parameters

index

the number of the message to retrieve

References helics::isValidIndex(), and messages.

getValue()

std::tuple< Time, std::string, std::string > helics::apps::Recorder::getValue

(

int

index

)

const

get a string with the value of point index

Parameters

index

the number of the point to retrieve

Returns

a tuple with Time as the first element the tag as the 2nd element and the value as the third

References helics::isValidIndex(), points, and subscriptions.

messageCount()

auto helics::apps::Recorder::messageCount ( ) const

inline

get the number of captured messages

operator=()

Recorder& helics::apps::Recorder::operator= ( Recorder &&  other_recorder )

default

move assignment

pointCount()

auto helics::apps::Recorder::pointCount ( ) const

inline

get the number of captured points

runTo()

void helics::apps::Recorder::runTo ( Time  runToTime )

overridevirtual

run the Player until the specified time

Implements helics::apps::App.

References allow_iteration, helics::apps::App::fed, helics::iterate_if_needed, mapfile, helics::next_step, nextPrintTimeStep, helics::Federate::startup, helics::timeZero, and vStat.

saveFile()

void helics::apps::Recorder::saveFile

(

const std::string &

filename

)

save the data to a file

Referenced by ~Recorder().

Member Data Documentation

nextPrintTimeStep

Time helics::apps::Recorder::nextPrintTimeStep

protected

Initial value:

{
            helics::timeZero}

the time advancement period for printing markers

Referenced by runTo().

---

The documentation for this class was generated from the following files:

• Recorder.hpp
• Recorder.cpp