pflib::HcalTarget Class Reference

An HcalTarget is a Target with access to the biasing chips. More...

#include <HcalTarget.h>

Inheritance diagram for pflib::HcalTarget:

Collaboration diagram for pflib::HcalTarget:

Public Member Functions
virtual Bias &	bias (int which)=0
Public Member Functions inherited from pflib::Target
virtual int	nrocs ()=0
	number of boards
virtual int	necons ()=0
	number of econds
virtual bool	have_roc (int iroc) const =0
	do we have a roc with this id?
virtual bool	have_econ (int iecon) const =0
	do we have an econ with this id?
virtual std::vector< int >	roc_ids () const =0
	get a list of the IDs we have set up
virtual std::vector< int >	econ_ids () const =0
	get a list of the econ IDs we have set up
virtual ROC &	roc (int which)=0
	Get a ROC interface for the given HGCROC board.
virtual ECON &	econ (int which)=0
	get a ECON interface for the given econ board
virtual void	hardResetROCs ()=0
	Generate a hard reset to all the HGCROC boards.
virtual void	hardResetECONs ()=0
	generate a hard reset to all the ECON boards
virtual uint32_t	getFirmwareVersion ()
	Get the firmware version.
virtual void	softResetROC (int which=-1)=0
	Generate a soft reset to a specific HGCROC board, -1 for all.
virtual void	softResetECON (int which=-1)=0
	Generate a soft reset to a specific ECON board, -1 for all.
virtual Elinks &	elinks ()=0
	get the Elinks object
virtual FastControl &	fc ()=0
	get the FastControl object
virtual DAQ &	daq ()=0
	get the DAQ object
virtual TRIG *	trig (int itrig=0)
	get the TRIG object, if it exists (may return NULL)
std::vector< std::string >	i2c_bus_names ()
	names of different I2C busses we could talk to
I2C &	get_i2c_bus (const std::string &name)
	get an I2C bus by name
std::vector< std::string >	opto_link_names () const
	names of different Optical Links we could talk to
OptoLink &	get_opto_link (const std::string &name) const
	get an OptoLink by name
virtual const std::vector< std::pair< int, int > > &	getHardwareRocErxMappingDAQ ()=0
	Define the ROC-half -> eRx input into the ECON-D for the hardware.
virtual const std::vector< std::pair< int, std::vector< int > > > &	getHardwareRocErxMappingTRG ()=0
	Define the ROC-TRG -> eRx input into the ECON-T for the hardware.
const packing::SingleECONDRocErxMapping &	getRocErxMapping ()
	get the mapping that can be used to convert between (i_erx, link_chan) and (i_roc, chan) indices
virtual void	setup_run (int irun, DaqFormat format, int contrib_id=-1)=0
virtual std::vector< uint32_t >	read_event ()=0
virtual bool	has_event ()
TempParametersAllROCs	tempApplyAllROCs (const std::map< std::string, std::map< std::string, uint64_t > > &parameters)
	temporarily apply the same parameters to all the ROCs these parameters are unset when the returned object goes out of scope
TempParametersAllROCs	tempApplyAllROCs (const std::map< int, std::map< std::string, std::map< std::string, uint64_t > > > &parameters)
	temporarily apply some parameters (varying depending on ROC) these parameters are unset when the returned object goes out of scope

Additional Inherited Members
Public Types inherited from pflib::Target
enum class	DaqFormat { SIMPLEROC = 1 , ECOND_SW_HEADERS = 2 }
	types of daq formats that we can do More...
Protected Attributes inherited from pflib::Target
std::map< std::string, std::shared_ptr< I2C > >	i2c_
std::map< std::string, std::shared_ptr< OptoLink > >	opto_
logging::logger	the_log_ {logging::get("Target")}

Detailed Description

An HcalTarget is a Target with access to the biasing chips.

Member Function Documentation

bias()

virtual Bias & pflib::HcalTarget::bias ( int which )

pure virtual

Implemented in pflib::HcalBackplane.

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

• include/pflib/HcalTarget.h