Representation of a mapped Address space window for a VME module. More...

#include <VME64xMappedWindow.hh>

Public Member Functions
	VME64xMappedWindow (uint32_t slotId, uint32_t functionId, uint32_t mappedWindowId, VMEConfigurationSpaceHandler *vmeConfigurationSpaceHandler) throw ( NoSuchItemException, IllegalOperationException, BusAdapterException, UnsupportedException, IllegalValueException )
	VME64xMappedWindow (uint32_t slotId_, uint32_t baseAddress, uint32_t addressRank)
	The constructor for standard VME modules.
virtual	~VME64xMappedWindow ()
uint32_t	getDataAccessWidth () const
uint32_t	getAddressRank () const
uint32_t	getAM () const
uint32_t	getMappedWindowId () const
uint32_t	getFunctionId () const
uint32_t	getSlotId () const
uint32_t	getBaseaddress () const
const std::list< uint32_t > &	getSortedAMCAPList () const
bool	isConfigured () const
bool	isImplemented () const
bool	hasAnotherWindow () const
bool	canA32 () const
bool	canA24 () const
bool	canA16 () const
void	setADER (uint32_t baseAddress, uint32_t AM) throw ( NoSuchItemException, IllegalOperationException, BusAdapterException )
	Set the ADER register with a baseAddress and a AM.
Private Member Functions
void	configFromHardware () throw ( NoSuchItemException, IllegalOperationException, UnsupportedException, BusAdapterException )
	Read out the contents of a configured Mapped Window from the Hardware and store the contents in the internal data.
void	setAddressCapability (uint32_t AM)
Private Attributes
uint32_t	slotId_
uint32_t	functionId_
uint32_t	mappedWindowId_
VMEConfigurationSpaceHandler *	vmeConfigurationSpaceHandlerRef_
std::list< uint32_t >	AMCAP_
uint32_t	AM_
uint32_t	baseaddress_
uint32_t	ADEM_
uint32_t	addressRank_
uint32_t	DAWPR_
uint32_t	dataAccessWidth_
uint32_t	ADER_
bool	implemented_
bool	configured_
bool	canA16_
bool	canA24_
bool	canA32_

Detailed Description

Representation of a mapped Address space window for a VME module.

The software implements in the following way the concept of the VME function and the Mapped Window: A function has one or more mapped windows. All mapped windows of a function refer to the same baseaddress and are distinguished by the AM and the access width. In the AddressTable items are specified by the Mapped window ID (0..7) or the Address Space. The AM and the baseaddress the window are defined during the configuration. Therefore the Module Designer can force a specific AM to be used by offering only that AM in the AMCAP for a given function.

See also:

Author:: Christoph Schwick

Revision:: 1.2

Date:: 2009/01/14 18:10:06

Definition at line 43 of file VME64xMappedWindow.hh.

Constructor & Destructor Documentation

HAL::VME64xMappedWindow::VME64xMappedWindow	(	uint32_t	slotId,
		uint32_t	functionId,
		uint32_t	mappedWindowId,
		HAL::VMEConfigurationSpaceHandler *	vmeConfigurationSpaceHandler
	)		throw ( NoSuchItemException, IllegalOperationException, BusAdapterException, UnsupportedException, IllegalValueException )

Definition at line 5 of file VME64xMappedWindow.cc.

HAL::VME64xMappedWindow::VME64xMappedWindow	(	uint32_t	slotId_,
		uint32_t	baseAddress,
		uint32_t	addressRank
	)

The constructor for standard VME modules.

These modules have exaclty one mapped window. The mapping is defined by some hardwired setting on the board and cannot be configured dynamically.

Definition at line 142 of file VME64xMappedWindow.cc.

HAL::VME64xMappedWindow::~VME64xMappedWindow ( ) [virtual]

Definition at line 164 of file VME64xMappedWindow.cc.

Member Function Documentation

bool HAL::VME64xMappedWindow::canA16 ( ) const

Definition at line 210 of file VME64xMappedWindow.cc.

bool HAL::VME64xMappedWindow::canA24 ( ) const

Definition at line 206 of file VME64xMappedWindow.cc.

bool HAL::VME64xMappedWindow::canA32 ( ) const

Definition at line 202 of file VME64xMappedWindow.cc.

void HAL::VME64xMappedWindow::configFromHardware ( ) throw ( NoSuchItemException, IllegalOperationException, UnsupportedException, BusAdapterException ) [private]