Adc Local Control System (LCS) Interface (IF) class. More...

#include <adcLcsIf.hpp>

Inheritance diagram for fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >:

Public Member Functions
	AdcLcsIf (std::shared_ptr< AdcConfig > config, fcf::devmgr::common::DataContext &data_ctx)
	adcLcsIf constructor. More...

virtual	~AdcLcsIf ()
	Default destructor. More...

virtual void	Init ()
	Executes the Init RPC. More...

void	MoveAbs (int axis_id, double position, double velocity)
	Executes the MoveAbs RPC. More...

void	MoveRel (int axis_id, double position, double velocity)
	Executes the MoveRel RPC. More...

void	MoveVel (int axis_id, double velocity)
	Executes the MoveVel RPC. More...

bool	IsMoving ()
	Check if motor is moving. More...

bool	IsStandstill ()
	Check if motor is on. More...

bool	IsTracking ()
	Check if adc is tracking. More...

void	ReadConfig ()
	Read the configuration. More...

std::string	GetMotorMapValue (std::string motor, std::string category, std::string key)

void	MoveAngle (double angle)
	Move adc to a position angle. More...

void	StartTrack (double angle)
	Start ADC tracking. More...

void	StopTrack ()
	StopTrack. More...

virtual void	ReadStatus (AdcControllerData &status)
	Read status from the controller. More...

void	StartTrackMonitoring ()

void	StopMonitoring ()
	Stop monitoring of controller attributes. More...

void	StopTrackMonitoring ()

void	Listener (fcf::common::VectorVariant &params)
	Callback to manage changes on the monitored items. More...

virtual std::string	GetRpcError (const short error_code) const

Public Member Functions inherited from fcf::devmgr::common::DeviceLcsIf
	DeviceLcsIf (std::shared_ptr< IDeviceConfig > config, DataContext &data_ctx)
	DeviceLcsIf constructor. More...

virtual void	RegisterComm (std::shared_ptr< fcf::common::IComm > comm_if, fcf::common::Dispatcher<> &failure, fcf::common::Dispatcher<> &normal)
	Register a communication interface. More...

virtual void	Connect ()
	Connect to the controller or simulator. More...

virtual void	Disconnect ()
	Disconnect from the controller of simulator. More...

virtual void	ReadConfig (const std::vector< std::string > &stat_map_vector, const std::vector< std::string > &rpc_map_vector)
	Read the configuration. More...

virtual bool	IsNotReady ()
	Check if controller is in Standby/NotReady state. More...

virtual bool	IsReady ()
	Check if controller is in Standby/Ready state. More...

virtual bool	IsDisabling ()
	Check if controller is in Disabling state. More...

virtual bool	IsOperational ()
	Check if controller is in Operational. More...

virtual bool	IsHwFailure ()
	Check if controller is in Hardware Failure. More...

virtual void	Enable ()
	Executes the Enable RPC. More...

virtual void	Disable ()
	Executes the Disable RPC. More...

virtual void	Stop ()
	Executes the Stop RPC. More...

virtual void	Reset ()
	Executes the Reset RPC. More...

virtual void	StartMonitoring ()
	Start monitoring of controller attributes. More...

virtual std::string	GetHwError (int &error_code, const bool update=false)
	Get error message. More...

std::string	GetMapValue (std::string category, std::string key)
	Get mapping valLampConfigue. More...

fcf::common::Dispatcher < fcf::common::VectorVariant & > &	GetDispatcher ()

bool	IsConfigLoaded () const
	Check if configuration was loaded. More...

bool	IsConnected () const
	Check is the communication was established. More...

virtual std::shared_ptr < IDeviceConfig >	GetDeviceConfig ()
	Get a pointer of device configuration. More...

Protected Member Functions
void	LoadConfig ()
	Load the YAML configuration. More...

Protected Member Functions inherited from fcf::devmgr::common::DeviceLcsIf
void	LoadConfig ()
	Load the YAML configuration. More...

void	ExecuteRpc (const std::string &obj, const std::string &proc, fcf::common::VectorVariant &attr_list)

int	ReadErrorCode ()

void	GetStates (int &state, int &substate)
	Get states (state and substate) of the controller. More...

void	StoreUaNames (const std::vector< std::pair< std::string, unsigned int >> &ualist)
	StoreUaNames. More...

void	StoreAttribute (const std::string key, const fcf::common::Variant &value, int attribute)
	Store the updated into the DB. More...

Protected Attributes
std::vector< std::string >	m_monitor_track_vector
	Special monitor vector of attributes to be monitored only in tracking mode. More...

std::unordered_map < std::string, std::unique_ptr < rad::cii::Publisher < fcfif::MotorPositionTopic > > >	m_motor_publisher_map

std::unique_ptr < rad::cii::Publisher < TOPIC_TYPE > >	m_publisher

Protected Attributes inherited from fcf::devmgr::common::DeviceLcsIf
YAML::Node	m_config_node
	YAML node for the device mapping file. More...

std::shared_ptr < fcf::common::IComm >	m_comm
	Shared pointer to the communication object. More...

std::shared_ptr< IDeviceConfig >	m_config
	Shared pointer to the device config object. More...

fcf::common::Dispatcher < fcf::common::VectorVariant & >	m_dispatcher
	Dispatcher for managing subscription events. More...

fcf::common::Dispatcher	m_failure
	Dispatcher for managing failures in the communication. More...

fcf::common::Dispatcher	m_normal
	Dispatcher for managing recovery of communication failures. More...

short	m_state
	Actual controller state. More...

short	m_substate
	Actual controller substate. More...

bool	m_config_loaded
	Flag indicating whether the configuration was successfully loaded. More...

bool	m_connected
	Flag indicating whether the LCS is connected. More...

devmgr::common::DataContext &	m_data_ctx

std::string	m_lcs_prefix
	Store the prefix for storing keys in the database. More...

elt::mal::Mal::Properties	m_mal_properties

std::string	m_pub_endpoint

std::unordered_map < std::string, short >	m_ua_status_map

std::vector< std::string >	m_ua_monitor_vector

std::unordered_map< short, std::string >	m_hw_errors

Additional Inherited Members
Public Types inherited from fcf::devmgr::common::DeviceLcsIf
enum	{ STAT_LOCAL = 1, STAT_ERROR = 2, STAT_HW_STATUS = 3, STAT_STATE = 4, STAT_SUBSTATE = 5 }

Detailed Description

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>
class fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >

Adc Local Control System (LCS) Interface (IF) class.

This class manages the Adc connection to the LCS encapsulating all basic communication with the controller or the simulator.

Each RPC call is synchronous but it only starts the action in the controller. The controller will return successfully if the action can be started, not that the action was completed.

The completion of the action must be monitored by reading the status of the controller but this is out of the scope of this class.

Constructor & Destructor Documentation

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::AdcLcsIf	(	std::shared_ptr< AdcConfig >	config,
		fcf::devmgr::common::DataContext &	data_ctx
	)

adcLcsIf constructor.

Parameters

[in,out]	config	Shared pointer to the device configuration.
[in,out]	data_ctx	Reference to the data context object.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

virtual fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::~AdcLcsIf ( )

inlinevirtual

Default destructor.

Member Function Documentation

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

std::string fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::GetMotorMapValue	(	std::string	motor,
		std::string	category,
		std::string	key
	)

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

virtual std::string fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::GetRpcError ( const short error_code ) const

virtual

Parameters

error_code Error code

Returns: Associated error text to the passed error code.

Implements fcf::devmgr::common::DeviceLcsIf.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

virtual void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::Init ( )

virtual

Executes the Init RPC.

Exceptions

an	exception if an error ocurrs.

Reimplemented from fcf::devmgr::common::DeviceLcsIf.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

bool fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::IsMoving ( )

Check if motor is moving.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

bool fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::IsStandstill ( )

Check if motor is on.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

bool fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::IsTracking ( )

Check if adc is tracking.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::Listener ( fcf::common::VectorVariant & params )

virtual

Callback to manage changes on the monitored items.

Parameters

[in] params Vector containing the list of atributes that have changed

This method implement the actions associated to the events originated from the monitoring of attributes.

This method is storing in the database the values that have changed. It also publish the events for the clients via zeroMQ.

Implements fcf::devmgr::common::DeviceLcsIf.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::LoadConfig ( )

protected

Load the YAML configuration.

Exceptions

rad::Exception in case of error

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::MoveAbs	(	int	axis_id,
		double	position,
		double	velocity
	)

Executes the MoveAbs RPC.

Exceptions

an	exception if an error ocurrs.

This RPC call make the motor move in absolute user units.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::MoveAngle ( double angle )

Move adc to a position angle.

Parameters

angle target position angle.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::MoveRel	(	int	axis_id,
		double	position,
		double	velocity
	)

Executes the MoveRel RPC.

Exceptions

an	exception if an error ocurrs.

This RPC call make the motor move in relative user units.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::MoveVel	(	int	axis_id,
		double	velocity
	)

Executes the MoveVel RPC.

Parameters

axis_id	Axis identifier.
velocity	Speed in which the motor will be moved.

Exceptions

an	exception if an error ocurrs.

This RPC call make the motor move in velocity mode.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::ReadConfig ( )

Read the configuration.

This class reads the mapping configuration of the device.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

virtual void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::ReadStatus ( AdcControllerData & status )

virtual

Read status from the controller.

Parameters

status structure containing the status of the controller.

Warning: : The unpacking of the data shall follow the proper order or there is the risk of having an exception related to the boost conversion to variant.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::StartTrack ( double angle )

Start ADC tracking.

Parameters

angle offset position angle.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::StartTrackMonitoring ( )

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::StopMonitoring ( )

virtual

Stop monitoring of controller attributes.

This method will inform the communication interface to stop monitoring the Adc attributes.

Reimplemented from fcf::devmgr::common::DeviceLcsIf.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::StopTrack ( )

StopTrack.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

void fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::StopTrackMonitoring ( )

Member Data Documentation

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

std::vector<std::string> fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::m_monitor_track_vector

protected

Special monitor vector of attributes to be monitored only in tracking mode.

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

std::unordered_map<std::string, std::unique_ptr<rad::cii::Publisher<fcfif::MotorPositionTopic> > > fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::m_motor_publisher_map

protected

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>

std::unique_ptr<rad::cii::Publisher<TOPIC_TYPE> > fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >::m_publisher

protected

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

devmgr/devices/src/include/fcf/devmgr/devices/adcLcsIf.hpp

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion> class fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<typename TOPIC_TYPE = fcfif::AdcTopicUnion>
class fcf::devmgr::adc::AdcLcsIf< TOPIC_TYPE >