dxd::ppc Class Reference

PPC device. More...

#include <dxd_pci_ppc.h>

Inheritance diagram for dxd::ppc:

Collaboration diagram for dxd::ppc:

Public Types
enum	eumb {   omisr = 0x030 , omimr = 0x034 , ifpqr = 0x040 , ofpqr = 0x044 ,   odbr = 0x060 , idbr = 0x068 , itwr = 0x310 }
	embedded utility memory block More...
enum	i2o { om0i = LE32(0x01) , om1i = LE32(0x02) , odi = LE32(0x08) , opqi = LE32(0x20) }

Public Member Functions
template<class client_t = ::IOService, typename return_t = os_result, typename exec_arg_t , typename exec_t >
return_t	each_child (exec_arg_t exec_arg, exec_t exec)
	apply executor functor for each child
template<class client_t = ::IOUserClient, typename return_t = os_result, typename exec_arg_t , typename exec_t >
return_t	each_client (exec_arg_t exec_arg, exec_t exec)
	apply executor functor for each user client
volatile unsigned int *	eumb (eumb offset)
	pointer to eumb register
template<endian endian_t>
void	fill32 (unsigned int pattern, unsigned int inbound, size_t size32)
	fill ppc inbound range with 32bit pattern
os_result	i2o (const unsigned int *msg, size_t size)
	i2o message send
template<typename tx_t , typename rx_t >
os_result	ioctl (unsigned int ioctl, const tx_t &tx, rx_t &rx)
	convenience ioctl accessor for direct inter-kext IOCTL
virtual os_result	ioctl (unsigned int ioctl, const void *in, size_t size_in, void *out, size_t size_out, size_t &size)
	device IOCTL handler
os_result	notify_clients ()
	operator::IOPCIDevice * () const
	IOKit IOPCIDevice* implicit cast.
template<typename type_t >
os_result	property (const char *key, type_t &value) const
	provider property request
template<typename type_t >
os_result	query (const char *key, type_t &value)
	device property request
template<>
os_result	query (const char *key, unsigned int &value)
	(defined(doxygen)||defined(DXD_EXTERN))
template<endian endian_t>
void	read32 (unsigned int *dst, unsigned int inbound, size_t size32)
	read endian corrected 32bit values from ppc
template<endian endian_t>
unsigned int	read32 (unsigned int inbound)
	read the endian corrected 32bit value from ppc
os_result	set (const char *key, unsigned int value)
template<endian endian_t>
void	write32 (const unsigned int *src, unsigned int inbound, size_t size32)
	write endian corrected 32bit values to ppc
template<endian endian_t>
void	write32 (unsigned int src, unsigned int inbound)
	write endian corrected 32bit value to ppc

Protected Member Functions
void	conclude () override
	IOKit: Main driver finalization.
virtual os_result	irq_disable ()
	IOKit: disable hardware irq handler.
virtual os_result	irq_enable ()
	IOKit: enable hardware irq handler.
virtual os_result	isr_odi (unsigned int dbr)
	outbound doorbell interrupt handler
virtual os_result	isr_opqi (unsigned int fpqr)
	outbound messsage interrupt handler
os_result	launch () override
	IOKit: Main driver entry.

Protected Attributes
resources	hw

Detailed Description

PPC device.

This class provides embedded PPC PCI device driver functionality.

Member Enumeration Documentation

eumb

enum dxd::ppc::eumb

embedded utility memory block

Register set for use in eumb function to retrieve pointer of device register.

Enumerator
omisr	outbound message interrupt service indication register
omimr	outbound message interrupt mask register
ifpqr	inbound FIFO queue port register
ofpqr	outbound FIFO queue port register
odbr	outbound doorbell message register
idbr	inbound doorbell message register
itwr	inbound translation window register

i2o

enum dxd::ppc::i2o

Enumerator
om0i	outbound message interrupt #0 indication
om1i	outbound message interrupt #1 indication
odi	outbound doorbell message interrupt indication
opqi

Member Function Documentation

conclude()

void dxd::pci::conclude ( )

inlineoverrideprotectedvirtualinherited

IOKit: Main driver finalization.

conclude() is one of the driver-supplied routines that is called before a driver is to be removed. It is responsible for freeing all resource the driver acquired during launch().

Reimplemented from dxd::device.

each_child()

template<class client_t = ::IOService, typename return_t = os_result, typename exec_arg_t , typename exec_t >

return_t dxd::device::each_child ( exec_arg_t exec_arg, exec_t exec )

inlineinherited

apply executor functor for each child

each_client()

template<class client_t = ::IOUserClient, typename return_t = os_result, typename exec_arg_t , typename exec_t >

return_t dxd::device::each_client ( exec_arg_t exec_arg, exec_t exec )

inlineinherited

apply executor functor for each user client

eumb()

volatile unsigned int * dxd::ppc::eumb ( eumb offset )

inline

pointer to eumb register

Use with eumb register set for use in eumb function to retrieve pointer of device register.

fill32()

template<endian endian_t>

void dxd::ppc::fill32 ( unsigned int pattern, unsigned int inbound, size_t size32 )

inline

fill ppc inbound range with 32bit pattern

Fill the ppc inbound range with a 32bit pattern. Since this function needs to access the inbound translation window this call blocks.

Parameters

pattern	32bit pattern to be written to inbound ppc range
inbound	ppc inbound range start address to be filled
size32	amount of 32bit values written to inbound range

Here is the call graph for this function:

i2o()

os_result dxd::ppc::i2o ( const unsigned int * msg, size_t size )

inline

i2o message send

Copies the message contents to PCI window and

writes inbound queue to post the message.

ioctl() [1/2]

template<typename tx_t , typename rx_t >

os_result dxd::device::ioctl ( unsigned int ioctl, const tx_t & tx, rx_t & rx )

inlineinherited

convenience ioctl accessor for direct inter-kext IOCTL

ioctl() [2/2]

virtual os_result dxd::device::ioctl ( unsigned int ioctl, const void * in, size_t size_in, void * out, size_t size_out, size_t & size )

inlinevirtualinherited

device IOCTL handler

virtual ioctl() gets called by the dynax driver framework for device IOCTL handling.

remark: this is rarely done. usually IOCTLs are handled in the user client derivate.

• dx::version

Parameters

ioctl	IOCTL
in	buffer pointer containing data from user mode
size_in	size of the buffer containing data from user mode
out	buffer pointer accepting data to be returned to user mode
size_out	size of the buffer accepting data to be returned to user mode
size	actual size of data to be returned to user mode

Reimplemented in dxd::usb_stream_device.

Here is the caller graph for this function:

irq_disable()

virtual os_result dxd::pci::irq_disable ( )

inlineprotectedvirtualinherited

IOKit: disable hardware irq handler.

irq_enable()

virtual os_result dxd::pci::irq_enable ( )

inlineprotectedvirtualinherited

IOKit: enable hardware irq handler.

isr_odi()

virtual os_result dxd::ppc::isr_odi ( unsigned int dbr )

inlineprotectedvirtual

outbound doorbell interrupt handler

Parameters

dbr	doorbell register

isr_opqi()

virtual os_result dxd::ppc::isr_opqi ( unsigned int fpqr )

inlineprotectedvirtual

outbound messsage interrupt handler

Parameters

fpqr	FIFO pointer queue register

launch()

os_result dxd::ppc::launch ( )

inlineoverrideprotectedvirtual

IOKit: Main driver entry.

launch() is one of the dynax driver frameword-supplied routines that is called after this driver is loaded. It is responsible for initializing the driver.

Checks if there are exactly two PCI memory windows.

Reimplemented from dxd::pci.

Here is the call graph for this function:

notify_clients()

os_result dxd::device::notify_clients ( )

inlineinherited

operator::IOPCIDevice *()

dxd::pci::operator::IOPCIDevice * ( ) const

inlineinherited

IOKit IOPCIDevice* implicit cast.

property()

template<typename type_t >

os_result dxd::device::property ( const char * key, type_t & value ) const

inlineinherited

provider property request

try if property is an OSString

or, try to get it as OSData

Here is the caller graph for this function:

query() [1/2]

template<typename type_t >

os_result dxd::device::query ( const char * key, type_t & value )

inherited

device property request

device string property request

Todo

move into property class

try if property is an OSString

get it as OSData

query() [2/2]

template<>

os_result dxd::device::query ( const char * key, unsigned int & value )

inherited

(defined(doxygen)||defined(DXD_EXTERN))

device integer property request

read32() [1/2]

template<endian endian_t>

void dxd::ppc::read32 ( unsigned int * dst, unsigned int inbound, size_t size32 )

inline

read endian corrected 32bit values from ppc

Return the endian corrected 32bit values from ppc device. Since this function needs to access the inbound translation window this call blocks.

Parameters

dst	buffer to accept read data
inbound	ppc inbound address to read from
size32	amount of 32bit words to read

Here is the call graph for this function:

read32() [2/2]

template<endian endian_t>

unsigned int dxd::ppc::read32 ( unsigned int inbound )

inline

read the endian corrected 32bit value from ppc

Return the endian corrected 32bit value from ppc device. Since this function needs to access the inbound translation window this call blocks.

Parameters

inbound

ppc inbound address to read from

Here is the call graph for this function:

set()

os_result dxd::device::set ( const char * key, unsigned int value )

inlineinherited

write32() [1/2]

template<endian endian_t>

void dxd::ppc::write32 ( const unsigned int * src, unsigned int inbound, size_t size32 )

inline

write endian corrected 32bit values to ppc

Writes the endian corrected 32bit values to ppc device. Since this function needs to access the inbound translation window this call blocks.

Parameters

src	32bit buffer containing data to be written to ppc
inbound	ppc inbound destination address
size32	number of 32bit values to be written to ppc

Here is the call graph for this function:

write32() [2/2]

template<endian endian_t>

void dxd::ppc::write32 ( unsigned int src, unsigned int inbound )

inline

write endian corrected 32bit value to ppc

Writes the endian corrected 32bit value to ppc device. Since this function needs to access the inbound translation window this call blocks.

Parameters

src	32bit value containing data to be written to ppc
inbound	ppc inbound destination address

Here is the call graph for this function:

Member Data Documentation

dbr

volatile unsigned int dxd::ppc::dbr

doorbell register

hw

resources dxd::pci::hw

protectedinherited

sr

volatile unsigned int dxd::ppc::sr

status register

---

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

• dxd_pci_ppc.h