#include <axi_tlm.h>

Inheritance diagram for axi::axi3:

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Collaboration diagram for axi::axi3:

Public Member Functions
axi3 &	operator= (const axi3 &o)
void	set_exclusive (bool=true)
	get the exclusive bit of AxLOCK (AxLOCK[0])
bool	is_exclusive () const
	get the exclusive bit of AxLOCK (AxLOCK[0]) return the exclusive bit
void	set_locked (bool=true)
	get the locked bit of AxLOCK (AxLOCK[1])
bool	is_locked () const
	get the locked bit of AxLOCK (AxLOCK[1]) return the locked bit
void	set_bufferable (bool=true)
	set the bufferable bit of AxCACHE (AxCACHE[0])
bool	is_bufferable () const
	get the bufferable bit of AxCACHE (AxCACHE[0]) return the bufferable bit
void	set_cacheable (bool=true)
	set the cacheable bit of AxCACHE (AxCACHE[1])
bool	is_cacheable () const
	get the cacheable bit of AxCACHE (AxCACHE[1]) return the cacheable bit
void	set_write_allocate (bool=true)
	set the write_allocate bit of AxCACHE (AxCACHE[2])
bool	is_write_allocate () const
	get the write_allocate bit of AxCACHE (AxCACHE[2]) return the write_allocate bit
void	set_read_allocate (bool=true)
	set the read_allocate bit of AxCACHE (AxCACHE[3])
bool	is_read_allocate () const
	get the read_allocate bit of AxCACHE (AxCACHE[3]) return the read_allocate bit
Public Member Functions inherited from axi::request
	request ()=default
	the default constructor
void	reset ()
	reset all data member to their default
void	set_length (uint8_t)
	set the AxLEN value of the transaction, the value denotes the burst length - 1
uint8_t	get_length () const
	get the AxLEN value of the transaction, the value denotes the burst length - 1
void	set_size (uint8_t)
	get the AxSIZE value of the transaction, the length is 2^size. It needs to be less than 10 (512 bit width)
uint8_t	get_size () const
	set the AxSIZE value of the transaction
void	set_burst (burst_e)
	set the AxBURST value,
burst_e	get_burst () const
	get the AxBURST value,
void	set_prot (uint8_t)
	set the AxPROT value as POD, only values from 0...7 are allowed
uint8_t	get_prot () const
	set the AxPROT value as POD, only values from 0...7 are allowed
void	set_privileged (bool=true)
	set the privileged bit of the AxPROT (AxPROT[0])
bool	is_privileged () const
	get the privileged bit of the AxPROT (AxPROT[0])
void	set_non_secure (bool=true)
	set the non-secure bit of the AxPROT (AxPROT[1])
bool	is_non_secure () const
	set the non-secure bit of the AxPROT (AxPROT[1])
void	set_instruction (bool=true)
	set the instruction bit of the AxPROT (AxPROT[2])
bool	is_instruction () const
	set the instruction bit of the AxPROT (AxPROT[2])
void	set_cache (uint8_t)
	set the AxCACHE value as POD, only value from 0..15 are allowed
uint8_t	get_cache () const
	get the AxCACHE value as POD
void	set_qos (uint8_t)
	set the AxQOS (quality of service) value
uint8_t	get_qos () const
	get the AxQOS (quality of service) value
void	set_region (uint8_t)
	set the AxREGION value
uint8_t	get_region () const
	get the AxREGION value
void	set_atop (uint8_t)
	set the raw AWATOP value
uint8_t	get_atop () const
	get the raw AWATOP value return the unique value
void	set_stash_nid (uint8_t)
	set the raw AWSTASHNID value
uint8_t	get_stash_nid () const
	get the raw AWSTASHNID value return the unique value
bool	is_stash_nid_en () const
	check if AWSTASHNID is valid return the valid value
void	set_stash_lpid (uint8_t)
	set the raw AWSTASHLPID value
uint8_t	get_stash_lpid () const
	get the raw AWSTASHLPID value return the unique value
bool	is_stash_lpid_en () const
	check if AWSTASHLPID is valid return the valid value

Additional Inherited Members
Protected Types inherited from axi::request
enum	{ BUFFERABLE = 1 , CACHEABLE = 2 , RA = 4 , WA = 8 , EXCL = 1 , LOCKED = 2 , PRIVILEGED = 1 , SECURE = 2 , INSTRUCTION = 4 }
Protected Member Functions inherited from axi::request
request &	operator= (const request &o)
Protected Attributes inherited from axi::request
bool	unique {false}
uint8_t	length {0}
uint8_t	size {0}
burst_e	burst {burst_e::FIXED}
uint8_t	prot {0}
uint8_t	qos {0}
uint8_t	region {0}
domain_e	domain {domain_e::NON_SHAREABLE}
snoop_e	snoop {snoop_e::READ_NO_SNOOP}
bar_e	barrier {bar_e::RESPECT_BARRIER}
lock_e	lock {lock_e::NORMAL}
uint8_t	cache {0}
uint8_t	atop {0}
uint16_t	stash_nid {std::numeric_limits<uint16_t>::max()}
uint8_t	stash_lpid {std::numeric_limits<uint8_t>::max()}

Detailed Description

The AXI3 specific interpretation of request data members

Definition at line 404 of file axi_tlm.h.

Member Function Documentation

◆ is_bufferable()

bool axi::axi3::is_bufferable ( ) const

inline

get the bufferable bit of AxCACHE (AxCACHE[0]) return the bufferable bit

Definition at line 1340 of file axi_tlm.h.

◆ is_cacheable()

bool axi::axi3::is_cacheable ( ) const

inline

get the cacheable bit of AxCACHE (AxCACHE[1]) return the cacheable bit

Definition at line 1349 of file axi_tlm.h.

◆ is_exclusive()

bool axi::axi3::is_exclusive ( ) const

inline

get the exclusive bit of AxLOCK (AxLOCK[0]) return the exclusive bit

Definition at line 1314 of file axi_tlm.h.

◆ is_locked()

bool axi::axi3::is_locked ( ) const

inline

get the locked bit of AxLOCK (AxLOCK[1]) return the locked bit

Definition at line 1328 of file axi_tlm.h.

◆ is_read_allocate()

bool axi::axi3::is_read_allocate ( ) const

inline

get the read_allocate bit of AxCACHE (AxCACHE[3]) return the read_allocate bit

Definition at line 1367 of file axi_tlm.h.

◆ is_write_allocate()

bool axi::axi3::is_write_allocate ( ) const

inline

get the write_allocate bit of AxCACHE (AxCACHE[2]) return the write_allocate bit

Definition at line 1358 of file axi_tlm.h.

◆ operator=()

axi3 & axi::axi3::operator= ( const axi3 & o )

inline

equal operator

Parameters

o

Returns: reference to self

Definition at line 410 of file axi_tlm.h.

◆ set_bufferable()

void axi::axi3::set_bufferable ( bool bufferable = true )

inline

set the bufferable bit of AxCACHE (AxCACHE[0])

Parameters

the	bufferable bit

Definition at line 1333 of file axi_tlm.h.

◆ set_cacheable()

void axi::axi3::set_cacheable ( bool cacheable = true )

inline

set the cacheable bit of AxCACHE (AxCACHE[1])

Parameters

the	cacheable bit

Definition at line 1342 of file axi_tlm.h.

◆ set_exclusive()

void axi::axi3::set_exclusive ( bool exclusive = true )

inline

get the exclusive bit of AxLOCK (AxLOCK[0])

Parameters

the	exclusive bit

Definition at line 1305 of file axi_tlm.h.

◆ set_locked()

void axi::axi3::set_locked ( bool locked = true )

inline

get the locked bit of AxLOCK (AxLOCK[1])

Parameters

the	locked bit

Definition at line 1319 of file axi_tlm.h.

◆ set_read_allocate()

void axi::axi3::set_read_allocate ( bool ra = true )

inline

set the read_allocate bit of AxCACHE (AxCACHE[3])

Parameters

the	read_allocate bit

Definition at line 1360 of file axi_tlm.h.

◆ set_write_allocate()

void axi::axi3::set_write_allocate ( bool wa = true )

inline

set the write_allocate bit of AxCACHE (AxCACHE[2])

Parameters

the	write_allocate bit

Definition at line 1351 of file axi_tlm.h.

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

/home/eyck/Projects/MINRES/SystemC-Components/third_party/axi_chi/axi/axi_tlm.h

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ is_bufferable()

◆ is_cacheable()

◆ is_exclusive()

◆ is_locked()

◆ is_read_allocate()

◆ is_write_allocate()

◆ operator=()

◆ set_bufferable()

◆ set_cacheable()

◆ set_exclusive()

◆ set_locked()

◆ set_read_allocate()

◆ set_write_allocate()