MFSWorker Class Reference

MFSWorker is a class that handles the connection to Microsoft Flight Simulator This class handles the connection to Microsoft Flight Simulator and the data that is sent to and from the simulator. This class inherits from QThread and is run in a separate thread from the main thread. More...

#include <MFSWorker.h>

Inheritance diagram for MFSWorker:

Signals
void	boardConnectionMade (int con)
void	logMessage (std::string message, LogLevel level)

Public Member Functions
void	setInputs (std::map< int, Input >inputsToSet)
	MFSWorker ()
	~MFSWorker ()
void	eventLoop ()
	MFSWorker::eventLoop is the main loop of the application. It directs the connection to the sim and the microcontrollers This loop is started from the Dashboard using the StartButton. /sa Dashboard. More...
void	sendToArduino (float received, const string &prefix, int index, int mode)
	MFSWorker::sendToArduino is responsible for sending data to the Arduino The modes are defined in the ModeEnum class. More...

Public Attributes
bool	abortDual
QMutex	mutex
QWaitCondition	condition

Private Member Functions
void	run () override
void	setConnected (bool connectedToSim)
void	loadRunningPortsAndSets ()
	MFSWorker::loadRunningPortsAndSets initiates the ports and sets that are saved in the settings file It loads in the coms and bundles them into a single ComBundle object. After this the app loads in all the inputs from the dist/Inputs.json file. More...

Static Private Member Functions
static void	MyDispatchProcInput (SIMCONNECT_RECV *pData, DWORD cbData, void *pContext)
	MFSWorker::MyDispatchProcInput handles the data received from the simulator. More...

Private Attributes
bool	connected = false
SettingsHandler	settingsHandler
SIMCONNECT_OBJECT_ID	objectID = SIMCONNECT_OBJECT_ID_USER
OutputHandler	OutputHandler
QList< ComBundle * > *	comBundles = new QList<ComBundle *>()
InputSwitchHandler *	dualInputHandler
InputMapper	dualInputMapper = InputMapper()
outputMapper *	dualOutputMapper = new outputMapper()
double	dataF = 1.2
SIMCONNECT_CLIENT_DATA_ID	ClientDataID = 1
InputEnum	radioDefs = InputEnum()
InputMapper	radioMap = InputMapper()
QList< Output * >	outputsToMap
QStringList *	keys = new QStringList()
OutputConverters	converter = OutputConverters()
std::map< int, Input >	inputs = std::map<int, Input>()

Detailed Description

MFSWorker is a class that handles the connection to Microsoft Flight Simulator This class handles the connection to Microsoft Flight Simulator and the data that is sent to and from the simulator. This class inherits from QThread and is run in a separate thread from the main thread.

Constructor & Destructor Documentation

MFSWorker()

MFSWorker::MFSWorker

(

)

~MFSWorker()

MFSWorker::~MFSWorker

(

)

Member Function Documentation

boardConnectionMade

void MFSWorker::boardConnectionMade ( int  con )

signal

eventLoop()

void MFSWorker::eventLoop

(

)

MFSWorker::eventLoop is the main loop of the application. It directs the connection to the sim and the microcontrollers This loop is started from the Dashboard using the StartButton. /sa Dashboard.

loadRunningPortsAndSets()

void MFSWorker::loadRunningPortsAndSets ( )

private

MFSWorker::loadRunningPortsAndSets initiates the ports and sets that are saved in the settings file It loads in the coms and bundles them into a single ComBundle object. After this the app loads in all the inputs from the dist/Inputs.json file.

See also

ComBundle

logMessage

void MFSWorker::logMessage ( std::string  message, LogLevel  level  )

signal

MyDispatchProcInput()

void MFSWorker::MyDispatchProcInput ( SIMCONNECT_RECV *  pData, DWORD  cbData, void *  pContext  )

staticprivate

MFSWorker::MyDispatchProcInput handles the data received from the simulator.

This function monitors the SimConnect data. The function handles SimConnect events provided by the simulator. If new data is available, the function will send the data to the Microcontroller using the sendToArduino function. It also handles the data received from the WASM module.

Parameters

*pData
cbData
*pContext	Pointer to the calling MFSWorker object. This can be used to reference the MFSWorker object.

See also

MFSWorker::sendToArduino

run()

void MFSWorker::run ( )

inlineoverrideprivate

sendToArduino()

void MFSWorker::sendToArduino	(	float	received,
		const string &	prefix,
		int	index,
		int	mode
	)

MFSWorker::sendToArduino is responsible for sending data to the Arduino The modes are defined in the ModeEnum class.

Parameters

received	is the data received from the simulator
prefix	prefix to tag the data
index	index of the comport
mode	defines the data type

See also

ModeEnum

setConnected()

void MFSWorker::setConnected ( bool  connectedToSim )

private

setInputs()

void MFSWorker::setInputs

(

std::map< int, Input >

inputsToSet

)

Member Data Documentation

abortDual

bool MFSWorker::abortDual

ClientDataID

SIMCONNECT_CLIENT_DATA_ID MFSWorker::ClientDataID = 1

private

comBundles

QList<ComBundle *>* MFSWorker::comBundles = new QList<ComBundle *>()

private

condition

QWaitCondition MFSWorker::condition

connected

bool MFSWorker::connected = false

private

converter

OutputConverters MFSWorker::converter = OutputConverters()

private

dataF

double MFSWorker::dataF = 1.2

private

dualInputHandler

InputSwitchHandler* MFSWorker::dualInputHandler

private

dualInputMapper

InputMapper MFSWorker::dualInputMapper = InputMapper()

private

dualOutputMapper

outputMapper* MFSWorker::dualOutputMapper = new outputMapper()

private

inputs

std::map<int, Input> MFSWorker::inputs = std::map<int, Input>()

private

keys

QStringList* MFSWorker::keys = new QStringList()

private

mutex

QMutex MFSWorker::mutex

objectID

SIMCONNECT_OBJECT_ID MFSWorker::objectID = SIMCONNECT_OBJECT_ID_USER

private

OutputHandler

OutputHandler MFSWorker::OutputHandler

private

outputsToMap

QList<Output *> MFSWorker::outputsToMap

private

radioDefs

InputEnum MFSWorker::radioDefs = InputEnum()

private

radioMap

InputMapper MFSWorker::radioMap = InputMapper()

private

settingsHandler

SettingsHandler MFSWorker::settingsHandler

private

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

• dashboard/workers/MFSWorker.h
• dashboard/workers/MFSWorker.cpp