Represents an interface to the optical links (GTX, GTH, GTY) and the upper levels of the encoder/decoder blocks. More...

#include <OptoLink.h>

Inheritance diagram for pflib::OptoLink:

Collaboration diagram for pflib::OptoLink:

Public Member Functions
virtual int	ilink ()=0
	which optical link does this represent?

virtual bool	is_bidirectional ()
	is this link bidirectional (e.g. a DAQ lpGBT)

virtual void	reset_link ()=0
	reset a given optical link, may have side-effects

virtual void	run_linktrick ()

virtual bool	get_rx_polarity ()=0

virtual bool	get_tx_polarity ()=0

virtual void	set_rx_polarity (bool polarity)=0

virtual void	set_tx_polarity (bool polarity)=0

virtual std::map< std::string, uint32_t >	opto_status ()=0

virtual std::map< std::string, uint32_t >	opto_rates ()=0

virtual lpGBT_ConfigTransport &	lpgbt_transport ()=0

lpGBT &	lpgbt ()

virtual int	get_elink_tx_mode (int elink)=0
	there are four TX elinks configured in the coder block, this is needed for testing purposes only

virtual void	set_elink_tx_mode (int elink, int mode)=0

virtual void	capture_ec (int mode, std::vector< uint8_t > &tx, std::vector< uint8_t > &rx)=0

virtual void	capture_ic (int mode, std::vector< uint8_t > &tx, std::vector< uint8_t > &rx)=0

Detailed Description

Represents an interface to the optical links (GTX, GTH, GTY) and the upper levels of the encoder/decoder blocks.

Member Function Documentation

virtual int pflib::OptoLink::get_elink_tx_mode ( int elink )

pure virtual

there are four TX elinks configured in the coder block, this is needed for testing purposes only

virtual int pflib::OptoLink::ilink ( )

pure virtual

which optical link does this represent?

virtual bool pflib::OptoLink::is_bidirectional ( )

inlinevirtual

is this link bidirectional (e.g. a DAQ lpGBT)

virtual void pflib::OptoLink::reset_link ( )

pure virtual

reset a given optical link, may have side-effects

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