Public Member Functions
	BasicModem (Tasks::Task task, Hardware::SerialPort uart)

virtual	~BasicModem (void)

void	initialize (void)

void	setTxRateMax (double rate)

bool	isBusy (void)

bool	isCooling (void)

Public Member Functions inherited from DUNE::Concurrency::Thread
	Thread (void)

virtual	~Thread (void)

Public Member Functions inherited from DUNE::Concurrency::Runnable
	Runnable (void)

virtual	~Runnable (void)

void	start (void)

void	stop (void)

void	join (void)

void	stopAndJoin (void)

void	setPriority (Scheduler::Policy policy, unsigned priority)

State	getState (void)

bool	isCreated (void)

bool	isStopping (void)

bool	isRunning (void)

bool	isStarting (void)

bool	isDead (void)

Protected Types
enum	ReadMode { READ_MODE_LINE, READ_MODE_RAW }

Protected Member Functions
virtual bool	handleUnsolicited (const std::string &str)

virtual void	sendInitialization (void)

virtual void	sendReset (void)

void	sendRaw (const uint8_t *data, unsigned data_size)

void	send (const std::string &str)

void	setTimeout (double timeout)

double	getTimeout (void)

void	expect (const std::string &str)

void	readRaw (Time::Counter< double > &timer, uint8_t *data, unsigned data_size)

ReadMode	getReadMode (void)

void	setReadMode (ReadMode mode)

void	flushInput (void)

std::string	readLine (void)

std::string	readLine (Time::Counter< double > &timer)

Tasks::Task *	getTask (void)

void	setSkipLine (const std::string &line)

void	setBusy (bool value)

Protected Member Functions inherited from DUNE::Concurrency::Thread
void	startImpl (void)

void	stopImpl (void)

void	joinImpl (void)

void	setPriorityImpl (Scheduler::Policy policy, unsigned priority)

Protected Attributes
Concurrency::Mutex	m_mutex

Hardware::SerialPort *	m_uart

std::string	m_last_cmd

Additional Inherited Members
Public Types inherited from DUNE::Concurrency::Runnable
enum	State { StateStarting, StateRunning, StateStopping, StateDead, StateUnknown }

Static Public Member Functions inherited from DUNE::Concurrency::Thread
static unsigned	native (void)

Member Enumeration Documentation

enum DUNE::Hardware::BasicModem::ReadMode

protected

Read mode.

Enumerator
READ_MODE_LINE	Line oriented input.
READ_MODE_RAW	Unprocessed sequence of bytes.

Constructor & Destructor Documentation

DUNE::Hardware::BasicModem::BasicModem	(	Tasks::Task *	task,
		Hardware::SerialPort *	uart
	)

Constructor.

Parameters

[in]	task	parent task.
[in]	uart	serial port connected to the ISU.

References DUNE::Hardware::SerialPort::flushInput(), and m_uart.

virtual DUNE::Hardware::BasicModem::~BasicModem ( void )

inlinevirtual

Member Function Documentation

void DUNE::Hardware::BasicModem::expect ( const std::string & str )

protected

References readLine().

void DUNE::Hardware::BasicModem::flushInput ( void )

protected

References DUNE::Hardware::SerialPort::flushInput(), and m_uart.

BasicModem::ReadMode DUNE::Hardware::BasicModem::getReadMode ( void )

protected

References m_mutex.

Tasks::Task* DUNE::Hardware::BasicModem::getTask ( void )

inlineprotected

Referenced by DUNE::Hardware::HayesModem::HayesModem(), send(), DUNE::Hardware::HayesModem::sendAT(), and DUNE::Hardware::HayesModem::setRSSI().

double DUNE::Hardware::BasicModem::getTimeout ( void )

protected

References m_mutex.

Referenced by readLine().

virtual bool DUNE::Hardware::BasicModem::handleUnsolicited ( const std::string & str )

inlineprotectedvirtual

void DUNE::Hardware::BasicModem::initialize ( void )

References DUNE::Hardware::SerialPort::flushInput(), m_uart, READ_MODE_LINE, sendInitialization(), sendReset(), setReadMode(), and DUNE::Concurrency::Runnable::start().

bool DUNE::Hardware::BasicModem::isBusy ( void )

Test if the modem is busy.

Test if ISU is busy performing an SBD session.

Returns: true if the modem is busy, false otherwise.; true if ISU is busy, false otherwise.

References m_mutex.

bool DUNE::Hardware::BasicModem::isCooling ( void )

Test if the modem is cooling down.

Test if ISU is cooling down.

Returns: true if the modem is cooling down, false otherwise.; true if ISU is cooling down, false otherwise.

References m_mutex, and DUNE::Time::Counter< T >::overflow().

std::string DUNE::Hardware::BasicModem::readLine ( void )

protected

References getTimeout().

Referenced by DUNE::Hardware::HayesModem::expect(), expect(), DUNE::Hardware::HayesModem::getRevision(), readLine(), and DUNE::Hardware::HayesModem::readValue().

std::string DUNE::Hardware::BasicModem::readLine ( Time::Counter< double > & timer )

protected

References DUNE::Time::Counter< T >::getRemaining(), m_last_cmd, DUNE::Concurrency::TSQueue< T >::pop(), readLine(), and DUNE::Concurrency::TSQueue< T >::waitForItems().

void DUNE::Hardware::BasicModem::readRaw	(	Time::Counter< double > &	timer,
		uint8_t *	data,
		unsigned	data_size
	)

protected

References DUNE::Concurrency::TSQueue< T >::pop(), and DUNE::Concurrency::TSQueue< T >::waitForItems().

void DUNE::Hardware::BasicModem::send ( const std::string & str )

protected

References getTask(), DUNE::Tasks::Task::inf(), and sendRaw().

virtual void DUNE::Hardware::BasicModem::sendInitialization ( void )

inlineprotectedvirtual

Reimplemented in DUNE::Hardware::HayesModem.

Referenced by initialize().

void DUNE::Hardware::BasicModem::sendRaw	(	const uint8_t *	data,
		unsigned	data_size
	)

protected

References m_uart, and DUNE::Hardware::SerialPort::write().

Referenced by send().

virtual void DUNE::Hardware::BasicModem::sendReset ( void )

inlineprotectedvirtual

Reimplemented in DUNE::Hardware::HayesModem.

Referenced by initialize().

void DUNE::Hardware::BasicModem::setBusy ( bool value )

protected

References m_mutex, and DUNE::Time::Counter< T >::reset().

void DUNE::Hardware::BasicModem::setReadMode ( BasicModem::ReadMode mode )

protected

References m_mutex.

Referenced by initialize(), and DUNE::Hardware::HayesModem::initialize().

void DUNE::Hardware::BasicModem::setSkipLine ( const std::string & line )

protected

void DUNE::Hardware::BasicModem::setTimeout ( double timeout )

protected

References m_mutex.

void DUNE::Hardware::BasicModem::setTxRateMax ( double rate )

Set maximum transmission rate.

Parameters

[in]	rate	transmission rate in second. Negative values will disable transmission rate control.
[in]	rate	transmission rate in second. Negative values will disable transmission rate cap.

References m_mutex, and DUNE::Time::Counter< T >::setTop().