#include <system.hh>

Inheritance diagram for System:

Classes
class	SystemPort
	Private class for the system port which is only used as a master for debug access and for non-structural entities that do not have a port of their own. More...

Public Types
typedef SystemParams	Params

Public Types inherited from SimObject
typedef SimObjectParams	Params

Public Member Functions
void	init () override
	After all objects have been created and all ports are connected, check that the system port is connected. More...

MasterPort &	getSystemPort ()
	Get a reference to the system port that can be used by non-structural simulation objects like processes or threads, or external entities like loaders and debuggers, etc, to access the memory system. More...

Port &	getPort (const std::string &if_name, PortID idx=InvalidPortID) override
	Additional function to return the Port of a memory object. More...

unsigned int	cacheLineSize () const
	Get the cache line size of the system. More...

ThreadContext *	findFreeContext ()

ThreadContext *	getThreadContext (ContextID tid) const

bool	schedule (PCEvent *event) override

bool	remove (PCEvent *event) override

unsigned	numContexts () const

int	numRunningContexts ()
	Return number of running (non-halted) thread contexts in system. More...

KvmVM *	getKvmVM ()
	Get a pointer to the Kernel Virtual Machine (KVM) SimObject, if present. More...

bool	validKvmEnvironment () const
	Verify gem5 configuration will support KVM emulation. More...

PhysicalMemory &	getPhysMem ()
	Get a pointer to access the physical memory of the system. More...

Addr	freeMemSize () const
	Amount of physical memory that is still free. More...

Addr	memSize () const
	Amount of physical memory that exists. More...

bool	isMemAddr (Addr addr) const
	Check if a physical address is within a range of a memory that is part of the global address map. More...

Arch	getArch () const
	Get the architecture. More...

ByteOrder	getGuestByteOrder () const
	Get the guest byte order. More...

Addr	getPageBytes () const
	Get the page bytes for the ISA. More...

Addr	getPageShift () const
	Get the number of bits worth of in-page address for the ISA. More...

ThermalModel *	getThermalModel () const
	The thermal model used for this system (if any). More...

MasterID	getMasterId (const SimObject *master, std::string submaster=std::string())
	Request an id used to create a request object in the system. More...

MasterID	getGlobalMasterId (const std::string &master_name)
	Registers a GLOBAL MasterID, which is a MasterID not related to any particular SimObject; since no SimObject is passed, the master gets registered by providing the full master name. More...

std::string	getMasterName (MasterID master_id)
	Get the name of an object for a given request id. More...

MasterID	lookupMasterId (const SimObject *obj) const
	Looks up the MasterID for a given SimObject returns an invalid MasterID (invldMasterId) if not found. More...

MasterID	lookupMasterId (const std::string &name) const
	Looks up the MasterID for a given object name string returns an invalid MasterID (invldMasterId) if not found. More...

MasterID	maxMasters ()
	Get the number of masters registered in the system. More...

void	regStats () override
	Callback to set stat parameters. More...

uint64_t	incWorkItemsBegin ()
	Called by pseudo_inst to track the number of work items started by this system. More...

uint64_t	incWorkItemsEnd ()
	Called by pseudo_inst to track the number of work items completed by this system. More...

int	markWorkItem (int index)
	Called by pseudo_inst to mark the cpus actively executing work items. More...

void	workItemBegin (uint32_t tid, uint32_t workid)

void	workItemEnd (uint32_t tid, uint32_t workid)

virtual Addr	fixFuncEventAddr (Addr addr)
	Fix up an address used to match PCs for hooking simulator events on to target function executions. More...

bool	breakpoint ()

	System (Params *p)

	~System ()

void	initState () override
	initState() is called on each SimObject when not restoring from a checkpoint. More...

const Params *	params () const

const AddrRange &	m5opRange () const
	Range used by memory-mapped m5 pseudo-ops if enabled. More...

Addr	getKernelStart () const
	Returns the address the kernel starts at. More...

Addr	getKernelEnd () const
	Returns the address the kernel ends at. More...

Addr	getKernelEntry () const
	Returns the address the entry point to the kernel code. More...

Addr	allocPhysPages (int npages)
	Allocate npages contiguous unused physical pages. More...

ContextID	registerThreadContext (ThreadContext *tc, ContextID assigned=InvalidContextID)

void	replaceThreadContext (ThreadContext *tc, ContextID context_id)

void	serialize (CheckpointOut &cp) const override
	Serialize an object. More...

void	unserialize (CheckpointIn &cp) override
	Unserialize an object. More...

void	drainResume () override
	Resume execution after a successful drain. More...


bool	isAtomicMode () const
	Is the system in atomic mode? More...

bool	isTimingMode () const
	Is the system in timing mode? More...

bool	bypassCaches () const
	Should caches be bypassed? More...


Enums::MemoryMode	getMemoryMode () const
	Get the memory mode of the system. More...

void	setMemoryMode (Enums::MemoryMode mode)
	Change the memory mode of the system. More...


template<class T , typename... Args>
T *	addFuncEvent (const SymbolTable symtab, const char lbl, const std::string &desc, Args... args)
	Add a function-based event to the given function, to be looked up in the specified symbol table. More...

template<class T >
T *	addFuncEvent (const SymbolTable symtab, const char lbl)

template<class T , typename... Args>
T *	addFuncEventOrPanic (const SymbolTable symtab, const char lbl, Args... args)


template<class T , typename... Args>
T *	addKernelFuncEvent (const char *lbl, Args... args)
	Add a function-based event to a kernel symbol. More...

template<class T , typename... Args>
T *	addKernelFuncEventOrPanic (const char *lbl, Args... args)

Public Member Functions inherited from SimObject
const Params *	params () const

	SimObject (const Params *_params)

virtual	~SimObject ()

virtual const std::string	name () const

virtual void	loadState (CheckpointIn &cp)
	loadState() is called on each SimObject when restoring from a checkpoint. More...

virtual void	regProbePoints ()
	Register probe points for this object. More...

virtual void	regProbeListeners ()
	Register probe listeners for this object. More...

ProbeManager *	getProbeManager ()
	Get the probe manager for this object. More...

virtual void	startup ()
	startup() is the final initialization call before simulation. More...

DrainState	drain () override
	Provide a default implementation of the drain interface for objects that don't need draining. More...

virtual void	memWriteback ()
	Write back dirty buffers to memory using functional writes. More...

virtual void	memInvalidate ()
	Invalidate the contents of memory buffers. More...

Public Member Functions inherited from EventManager
	EventManager (EventManager &em)

	EventManager (EventManager *em)

	EventManager (EventQueue *eq)

EventQueue *	eventQueue () const

void	schedule (Event &event, Tick when)

void	deschedule (Event &event)

void	reschedule (Event &event, Tick when, bool always=false)

void	schedule (Event *event, Tick when)

void	deschedule (Event *event)

void	reschedule (Event *event, Tick when, bool always=false)

void	wakeupEventQueue (Tick when=(Tick) -1)

void	setCurTick (Tick newVal)

Public Member Functions inherited from Serializable
	Serializable ()

virtual	~Serializable ()

void	serializeSection (CheckpointOut &cp, const char *name) const
	Serialize an object into a new section. More...

void	serializeSection (CheckpointOut &cp, const std::string &name) const

void	unserializeSection (CheckpointIn &cp, const char *name)
	Unserialize an a child object. More...

void	unserializeSection (CheckpointIn &cp, const std::string &name)

Public Member Functions inherited from Drainable
DrainState	drainState () const
	Return the current drain state of an object. More...

virtual void	notifyFork ()
	Notify a child process of a fork. More...

Public Member Functions inherited from Stats::Group
	Group ()=delete

	Group (const Group &)=delete

Group &	operator= (const Group &)=delete

	Group (Group parent, const char name=nullptr)
	Construct a new statistics group. More...

virtual	~Group ()

virtual void	resetStats ()
	Callback to reset stats. More...

virtual void	preDumpStats ()
	Callback before stats are dumped. More...

void	addStat (Stats::Info *info)
	Register a stat with this group. More...

const std::map< std::string, Group * > &	getStatGroups () const
	Get all child groups associated with this object. More...

const std::vector< Info * > &	getStats () const
	Get all stats associated with this object. More...

void	addStatGroup (const char name, Group block)
	Add a stat block as a child of this block. More...

Static Public Member Functions
static void	printSystems ()

Static Public Member Functions inherited from SimObject
static void	serializeAll (CheckpointOut &cp)
	Serialize all SimObjects in the system. More...

static SimObject *	find (const char *name)
	Find the SimObject with the given name and return a pointer to it. More...

Static Public Member Functions inherited from Serializable
static const std::string &	currentSection ()
	Get the fully-qualified name of the active section. More...

static void	serializeAll (const std::string &cpt_dir)

static void	unserializeGlobals (CheckpointIn &cp)

Public Attributes
std::vector< ThreadContext * >	threadContexts

const bool	multiThread

Addr	pagePtr

uint64_t	init_param

PortProxy	physProxy
	Port to physical memory used for writing object files into ram at boot. More...

SymbolTable *	kernelSymtab
	kernel symbol table More...

ObjectFile *	kernel
	Object pointer for the kernel code. More...

MemoryImage	kernelImage

std::vector< ObjectFile * >	kernelExtras
	Additional object files. More...

Addr	kernelStart
	Beginning of kernel code. More...

Addr	kernelEnd
	End of kernel code. More...

Addr	kernelEntry
	Entry point in the kernel to start at. More...

Addr	loadAddrMask
	Mask that should be anded for binary/symbol loading. More...

Addr	loadAddrOffset
	Offset that should be used for binary/symbol loading. More...

std::vector< BaseRemoteGDB * >	remoteGDB

Counter	totalNumInsts

std::map< std::pair< uint32_t, uint32_t >, Tick >	lastWorkItemStarted

std::map< uint32_t, Stats::Histogram * >	workItemStats

FutexMap	futexMap

std::set< int >	PIDs
	Process set to track which PIDs have already been allocated. More...

std::list< BasicSignal >	signalList

std::vector< RedirectPath * >	redirectPaths

Static Public Attributes
static std::vector< System * >	systemList

static int	numSystemsRunning = 0

static const int	maxPID = 32768

Static Public Attributes inherited from Serializable
static int	ckptCount = 0

static int	ckptMaxCount = 0

static int	ckptPrevCount = -1

Protected Member Functions
std::string	stripSystemName (const std::string &master_name) const
	Strips off the system name from a master name. More...

MasterID	_getMasterId (const SimObject *master, const std::string &master_name)
	helper function for getMasterId More...

std::string	leafMasterName (const SimObject *master, const std::string &submaster)
	Helper function for constructing the full (sub)master name by providing the root master and the relative submaster name. More...

virtual void	serializeSymtab (CheckpointOut &os) const
	If needed, serialize additional symbol table entries for a specific subclass of this system. More...

virtual void	unserializeSymtab (CheckpointIn &cp)
	If needed, unserialize additional symbol table entries for a specific subclass of this system. More...

Protected Member Functions inherited from Drainable
	Drainable ()

virtual	~Drainable ()

void	signalDrainDone () const
	Signal that an object is drained. More...

Protected Attributes
KvmVM *const	kvmVM

PhysicalMemory	physmem

Enums::MemoryMode	memoryMode

const unsigned int	_cacheLineSize

uint64_t	workItemsBegin

uint64_t	workItemsEnd

uint32_t	numWorkIds

std::vector< bool >	activeCpus

std::vector< MasterInfo >	masters
	This array is a per-system list of all devices capable of issuing a memory system request and an associated string for each master id. More...

ThermalModel *	thermalModel

Params *	_params

const AddrRange	_m5opRange
	Range for memory-mapped m5 pseudo ops. More...

Protected Attributes inherited from SimObject
const SimObjectParams *	_params
	Cached copy of the object parameters. More...

Protected Attributes inherited from EventManager
EventQueue *	eventq
	A pointer to this object's event queue. More...

Private Attributes
std::list< PCEvent * >	liveEvents

SystemPort	_systemPort

Detailed Description

Definition at line 77 of file system.hh.

Member Typedef Documentation

◆ Params

typedef SystemParams System::Params

Definition at line 568 of file system.hh.

Constructor & Destructor Documentation

◆ System()

System::System ( Params * p )

◆ ~System()

System::~System ( )

Definition at line 220 of file system.cc.

References ArmISA::j, kernel, kernelSymtab, numWorkIds, and workItemStats.

Member Function Documentation

◆ _getMasterId()

MasterID System::_getMasterId	(	const SimObject *	master,
		const std::string &	master_name
	)

protected

helper function for getMasterId

Definition at line 610 of file system.cc.

References Stats::enabled(), fatal, ArmISA::i, masters, SimObject::name(), and stripSystemName().

Referenced by getGlobalMasterId(), getMasterId(), and maxMasters().

◆ addFuncEvent() [1/2]

template<class T , typename... Args>

T* System::addFuncEvent	(	const SymbolTable *	symtab,
		const char *	lbl,
		const std::string &	desc,
		Args...	args
	)

inline

Add a function-based event to the given function, to be looked up in the specified symbol table.

The ...OrPanic flavor of the method causes the simulator to panic if the symbol can't be found.

Parameters

symtab	Symbol table to use for look up.
lbl	Function to hook the event to.
desc	Description to be passed to the event.
args	Arguments to be forwarded to the event constructor.

Definition at line 499 of file system.hh.

References SymbolTable::findAddress(), fixFuncEventAddr(), and M5_VAR_USED.

◆ addFuncEvent() [2/2]

template<class T >

T* System::addFuncEvent	(	const SymbolTable *	symtab,
		const char *	lbl
	)

inline

Definition at line 514 of file system.hh.

◆ addFuncEventOrPanic()

template<class T , typename... Args>

T* System::addFuncEventOrPanic	(	const SymbolTable *	symtab,
		const char *	lbl,
		Args...	args
	)

inline

Definition at line 520 of file system.hh.

References ArmISA::e, and panic.

◆ addKernelFuncEvent()

template<class T , typename... Args>

T* System::addKernelFuncEvent	(	const char *	lbl,
		Args...	args
	)

inline

Add a function-based event to a kernel symbol.

These functions work like their addFuncEvent() and addFuncEventOrPanic() counterparts. The only difference is that they automatically use the kernel symbol table. All arguments are forwarded to the underlying method.

See also: addFuncEvent(); addFuncEventOrPanic()

Parameters

lbl	Function to hook the event to.
args	Arguments to be passed to addFuncEvent

Definition at line 546 of file system.hh.

References kernelSymtab.

◆ addKernelFuncEventOrPanic()

template<class T , typename... Args>

T* System::addKernelFuncEventOrPanic	(	const char *	lbl,
		Args...	args
	)

inline

Definition at line 553 of file system.hh.

References ArmISA::e, and panic.

◆ allocPhysPages()

Addr System::allocPhysPages ( int npages )

Allocate npages contiguous unused physical pages.

Returns: Starting address of first page

Definition at line 428 of file system.cc.

References _m5opRange, AddrRange::contains(), fatal, pagePtr, AlphaISA::PageShift, physmem, PhysicalMemory::totalSize(), and warn.

Referenced by Process::allocateMem(), getKernelEntry(), X86ISA::X86_64Process::initState(), and Process::replicatePage().

◆ breakpoint()

bool System::breakpoint ( )

Definition at line 251 of file system.cc.

References remoteGDB.

◆ bypassCaches()

bool System::bypassCaches ( ) const

inline

Should caches be bypassed?

Some CPUs need to bypass caches to allow direct memory accesses, which is required for hardware virtualization.

Definition at line 160 of file system.hh.

References memoryMode.

Referenced by HDLcd::cmdDisable(), HDLcd::cmdEnable(), HDLcd::drainResume(), CoherentXBar::forwardAtomic(), CoherentXBar::forwardFunctional(), CoherentXBar::forwardTiming(), RubyPort::MemSlavePort::recvAtomic(), RubyPort::PioSlavePort::recvAtomic(), BaseCache::CpuSidePort::recvAtomic(), CoherentXBar::recvAtomicBackdoor(), BaseCache::MemSidePort::recvAtomicSnoop(), BaseCache::CpuSidePort::recvFunctional(), CoherentXBar::recvFunctional(), BaseCache::MemSidePort::recvFunctionalSnoop(), BaseCache::CpuSidePort::recvTimingReq(), CoherentXBar::recvTimingReq(), CoherentXBar::recvTimingResp(), BaseCache::MemSidePort::recvTimingSnoopReq(), BaseCache::CpuSidePort::recvTimingSnoopResp(), DmaReadFifo::resumeFill(), BaseCache::CpuSidePort::tryTiming(), NonCachingSimpleCPU::verifyMemoryMode(), and BaseKvmCPU::verifyMemoryMode().

◆ cacheLineSize()

unsigned int System::cacheLineSize ( ) const

inline

Get the cache line size of the system.

Definition at line 188 of file system.hh.

References _cacheLineSize.

Referenced by DmaDevice::cacheBlockSize(), BaseTrafficGen::createDram(), BaseTrafficGen::createDramRot(), BaseTrafficGen::createLinear(), BaseTrafficGen::createRandom(), DmaPort::dmaAction(), DRAMSim2::init(), MemFootprintProbe::MemFootprintProbe(), ArmSemihosting::physProxy(), ArmISA::ISA::readMiscReg(), and DmaReadFifo::resumeFillFunctional().

◆ drainResume()

void System::drainResume ( )

overridevirtual

Resume execution after a successful drain.

Reimplemented from Drainable.

Definition at line 465 of file system.cc.

References totalNumInsts.

Referenced by getKernelEntry().

◆ findFreeContext()

ThreadContext * System::findFreeContext ( )

Definition at line 306 of file system.cc.

References ThreadContext::Halted, and threadContexts.

Referenced by cloneFunc().

◆ fixFuncEventAddr()

virtual Addr System::fixFuncEventAddr ( Addr addr )

inlinevirtual

Fix up an address used to match PCs for hooking simulator events on to target function executions.

See comment in system.cc for details.

Reimplemented in ArmSystem, SparcSystem, AlphaSystem, X86System, RiscvSystem, and MipsSystem.

Definition at line 480 of file system.hh.

References panic.

Referenced by addFuncEvent().

◆ freeMemSize()

Addr System::freeMemSize ( ) const

Amount of physical memory that is still free.

Definition at line 453 of file system.cc.

References pagePtr, AlphaISA::PageShift, physmem, and PhysicalMemory::totalSize().

Referenced by getPhysMem(), and Linux::procMeminfo().

◆ getArch()

Arch System::getArch ( ) const

inline

Get the architecture.

Definition at line 287 of file system.hh.

Referenced by Sequencer::makeRequest().

◆ getGlobalMasterId()

MasterID System::getGlobalMasterId ( const std::string & master_name )

Registers a GLOBAL MasterID, which is a MasterID not related to any particular SimObject; since no SimObject is passed, the master gets registered by providing the full master name.

Parameters

masterName full name of the master

Returns: the master's ID.

Definition at line 597 of file system.cc.

References _getMasterId().

◆ getGuestByteOrder()

ByteOrder System::getGuestByteOrder ( ) const

inline

Get the guest byte order.

Definition at line 293 of file system.hh.

References AlphaISA::GuestByteOrder, and panic.

Referenced by _llseekFunc(), dumpDmesgEntry(), and rmdirFunc().

◆ getKernelEnd()

Addr System::getKernelEnd ( ) const

inline

Returns the address the kernel ends at.

Returns: address the kernel ends at

Definition at line 605 of file system.hh.

References kernelEnd.

Referenced by AlphaBackdoor::startup().

◆ getKernelEntry()

Addr System::getKernelEntry ( ) const

inline

Returns the address the entry point to the kernel code.

Returns: entry point of the kernel code

Definition at line 611 of file system.hh.

References allocPhysPages(), drainResume(), InvalidContextID, kernelEntry, registerThreadContext(), replaceThreadContext(), serialize(), and unserialize().

Referenced by AlphaBackdoor::startup().

◆ getKernelStart()

Addr System::getKernelStart ( ) const

inline

Returns the address the kernel starts at.

Returns: address the kernel starts at

Definition at line 599 of file system.hh.

References kernelStart.

Referenced by AlphaBackdoor::startup().

◆ getKvmVM()

KvmVM* System::getKvmVM ( )

inline

Get a pointer to the Kernel Virtual Machine (KVM) SimObject, if present.

Definition at line 259 of file system.hh.

References kvmVM, and validKvmEnvironment().

Referenced by MuxingKvmGic::MuxingKvmGic().

◆ getMasterId()

MasterID System::getMasterId	(	const SimObject *	master,
		std::string	submaster = `std::string()`
	)

Request an id used to create a request object in the system.

All objects that intend to issues requests into the memory system must request an id in the init() phase of startup. All master ids must be fixed by the regStats() phase that immediately precedes it. This allows objects in the memory system to understand how many masters may exist and appropriately name the bins of their per-master stats before the stats are finalized.

Registers a MasterID: This method takes two parameters, one of which is optional. The first one is the master object, and it is compulsory; in case a object has multiple (sub)masters, a second parameter must be provided and it contains the name of the submaster. The method will create a master's name by concatenating the SimObject name with the eventual submaster string, separated by a dot.

As an example: For a cpu having two masters: a data master and an instruction master, the method must be called twice:

instMasterId = getMasterId(cpu, "inst"); dataMasterId = getMasterId(cpu, "data");

and the masters' names will be:

"cpu.inst"
"cpu.data"

Parameters

master	SimObject related to the master
submaster	String containing the submaster's name

Returns: the master's ID.

Definition at line 603 of file system.cc.

References _getMasterId(), and leafMasterName().

Referenced by BaseTrafficGen::BaseTrafficGen(), and System().

◆ getMasterName()

std::string System::getMasterName ( MasterID master_id )

Get the name of an object for a given request id.

Definition at line 652 of file system.cc.

References fatal, masters, and System().

Referenced by QoS::MemCtrl::addMaster(), AbstractMemory::checkLockedAddrList(), QoS::MemSinkCtrl::processNextReqEvent(), QoS::MemCtrl::qosSchedule(), QoS::MemSinkCtrl::recvTimingReq(), BaseTags::BaseTagStats::regStats(), QoS::MemCtrl::MemCtrlStats::regStats(), AbstractMemory::MemStats::regStats(), BaseCache::CacheStats::regStats(), DRAMCtrl::DRAMStats::regStats(), BaseCache::CacheCmdStats::regStatsFromParent(), QoS::FixedPriorityPolicy::schedule(), and MemTraceProbe::startup().

◆ getMemoryMode()

Enums::MemoryMode System::getMemoryMode ( ) const

inline

Get the memory mode of the system.

This should only be used by the Python world. The C++ world should use one of the query functions above (isAtomicMode(), isTimingMode(), bypassCaches()).

Definition at line 173 of file system.hh.

References memoryMode, ArmISA::mode, and setMemoryMode().

Referenced by MinorCPU::init().

◆ getPageBytes()

Addr System::getPageBytes ( ) const

inline

Get the page bytes for the ISA.

Definition at line 305 of file system.hh.

References AlphaISA::PageBytes.

Referenced by IdeController::IdeController(), and AbstractMemory::init().

◆ getPageShift()

Addr System::getPageShift ( ) const

inline

Get the number of bits worth of in-page address for the ISA.

Definition at line 310 of file system.hh.

References AlphaISA::PageShift.

◆ getPhysMem()

PhysicalMemory& System::getPhysMem ( )

inline

Get a pointer to access the physical memory of the system.

Definition at line 267 of file system.hh.

References addr, freeMemSize(), isMemAddr(), memSize(), and physmem.

Referenced by KvmVM::delayedStartup(), ArmSemihosting::readString(), and NonCachingSimpleCPU::sendPacket().

◆ getPort()

Port & System::getPort	(	const std::string &	if_name,
		PortID	idx = `InvalidPortID`
	)

overridevirtual

Additional function to return the Port of a memory object.

Reimplemented from SimObject.

Definition at line 238 of file system.cc.

References _systemPort.

Referenced by getSystemPort().

◆ getSystemPort()

MasterPort& System::getSystemPort ( )

inline

Get a reference to the system port that can be used by non-structural simulation objects like processes or threads, or external entities like loaders and debuggers, etc, to access the memory system.

Returns: a reference to the system port we own

Definition at line 121 of file system.hh.

References _systemPort, getPort(), and InvalidPortID.

Referenced by ArmSemihosting::physProxy().

◆ getThermalModel()

ThermalModel* System::getThermalModel ( ) const

inline

The thermal model used for this system (if any).

Definition at line 315 of file system.hh.

References thermalModel.

◆ getThreadContext()

ThreadContext* System::getThreadContext ( ContextID tid ) const

inline

Definition at line 194 of file system.hh.

Referenced by AlphaProcess::argsInit(), MipsProcess::argsInit(), RiscvProcess::argsInit(), PowerProcess::argsInit(), SparcProcess::argsInit(), ArmProcess::argsInit(), X86ISA::X86Process::argsInit(), ArmProcess64::armHwcapImpl(), ArmISA::TLBIOp::broadcast(), AbstractMemory::checkLockedAddrList(), KvmVM::contextIdToVCpuId(), GenericTimer::createTimers(), LinuxArmSystem::dumpDmesg(), Gicv3Redistributor::getAffinity(), CpuLocalTimer::init(), AlphaProcess::initState(), SparcProcess::initState(), RiscvProcess64::initState(), RiscvProcess32::initState(), ArmLinuxProcess32::initState(), Process::initState(), ArmProcess32::initState(), ArmProcess64::initState(), Sparc32Process::initState(), X86ISA::X86_64Process::initState(), Sparc64Process::initState(), X86ISA::I386Process::initState(), QueuedPrefetcher::insert(), DistIface::SyncEvent::process(), AlphaProcess::setupASNReg(), X86ISA::I82094AA::signalInterrupt(), and DistIface::toggleSync().

◆ incWorkItemsBegin()

uint64_t System::incWorkItemsBegin ( )

inline

Called by pseudo_inst to track the number of work items started by this system.

Definition at line 434 of file system.hh.

References workItemsBegin.

Referenced by PseudoInst::workbegin().

◆ incWorkItemsEnd()

uint64_t System::incWorkItemsEnd ( )

inline

Called by pseudo_inst to track the number of work items completed by this system.

Definition at line 444 of file system.hh.

References workItemsEnd.

Referenced by PseudoInst::workend().

◆ init()

void System::init ( )

overridevirtual

After all objects have been created and all ports are connected, check that the system port is connected.

Reimplemented from SimObject.

Definition at line 230 of file system.cc.

References _systemPort, Port::isConnected(), SimObject::name(), and panic.

◆ initState()

void System::initState ( )

overridevirtual

initState() is called on each SimObject when not restoring from a checkpoint.

This provides a hook for state initializations that are only required for a "cold start".

Load the kernel code into memory

Reimplemented from SimObject.

Definition at line 349 of file system.cc.

References ArmISA::a, DPRINTF, fatal, FullSystem, isMemAddr(), kernelEnd, kernelEntry, kernelExtras, kernelImage, kernelStart, loadAddrMask, loadAddrOffset, MaxAddr, params(), physProxy, and MemoryImage::write().

Referenced by BareMetalRiscvSystem::initState(), SparcSystem::initState(), AlphaSystem::initState(), X86System::initState(), and ArmSystem::initState().

◆ isAtomicMode()

bool System::isAtomicMode ( ) const

inline

Is the system in atomic mode?

There are currently two different atomic memory modes: 'atomic', which supports caches; and 'atomic_noncaching', which bypasses caches. The latter is used by hardware virtualized CPUs. SimObjects are expected to use Port::sendAtomic() and Port::recvAtomic() when accessing memory in this mode.

Definition at line 139 of file system.hh.

References ArmISA::atomic, and memoryMode.

Referenced by sc_gem5::TlmToGem5Bridge< BITWIDTH >::before_end_of_elaboration(), SMMUTranslationProcess::completeTransaction(), SMMUv3::processCommands(), SMMUv3::runProcess(), Gicv3Its::runProcess(), DmaPort::sendDma(), NonCachingSimpleCPU::verifyMemoryMode(), and AtomicSimpleCPU::verifyMemoryMode().

◆ isMemAddr()

bool System::isMemAddr ( Addr addr ) const

Check if a physical address is within a range of a memory that is part of the global address map.

Parameters

addr	A physical address

Returns: Whether the address corresponds to a memory

Definition at line 459 of file system.cc.

References PhysicalMemory::isMemAddr(), and physmem.

Referenced by getPhysMem(), MemFootprintProbe::handleRequest(), initState(), RubyPort::MemSlavePort::isPhysMemAddress(), RubyPort::ruby_hit_callback(), NonCachingSimpleCPU::sendPacket(), and BaseTrafficGen::update().

◆ isTimingMode()

bool System::isTimingMode ( ) const

inline

Is the system in timing mode?

SimObjects are expected to use Port::sendTiming() and Port::recvTiming() when accessing memory in this mode.

Definition at line 150 of file system.hh.

References memoryMode.

Referenced by sc_gem5::TlmToGem5Bridge< BITWIDTH >::before_end_of_elaboration(), SMMUTranslationProcess::completeTransaction(), SMMUProcess::doDelay(), MinorCPU::drainResume(), DRAMCtrl::drainResume(), TrafficGen::initState(), SMMUTranslationProcess::issuePrefetch(), SMMUv3::processCommands(), SMMUTranslationProcess::resumeTransaction(), SMMUv3::runProcess(), Gicv3Its::runProcess(), DmaPort::sendDma(), X86ISA::I82094AA::signalInterrupt(), X86ISA::Walker::start(), DRAMCtrl::startup(), TimingSimpleCPU::verifyMemoryMode(), and FullO3CPU< O3CPUImpl >::verifyMemoryMode().

◆ leafMasterName()

std::string System::leafMasterName	(	const SimObject *	master,
		const std::string &	submaster
	)

protected

Helper function for constructing the full (sub)master name by providing the root master and the relative submaster name.

Definition at line 640 of file system.cc.

References SimObject::name().

Referenced by getMasterId(), and maxMasters().

◆ lookupMasterId() [1/2]

MasterID System::lookupMasterId ( const SimObject * obj ) const

Looks up the MasterID for a given SimObject returns an invalid MasterID (invldMasterId) if not found.

Definition at line 560 of file system.cc.

References fatal_if, ArmISA::i, ArmISA::id, Request::invldMasterId, and masters.

Referenced by QoS::PropFairPolicy::initMaster(), and QoS::Policy::pair().

◆ lookupMasterId() [2/2]

MasterID System::lookupMasterId ( const std::string & name ) const

Looks up the MasterID for a given object name string returns an invalid MasterID (invldMasterId) if not found.

Definition at line 583 of file system.cc.

References ArmISA::i, Request::invldMasterId, masters, SimObject::name(), and stripSystemName().

◆ m5opRange()

const AddrRange& System::m5opRange ( ) const

inline

Range used by memory-mapped m5 pseudo-ops if enabled.

Returns an invalid/empty range if disabled.

Definition at line 591 of file system.hh.

References _m5opRange.

Referenced by ArmISA::handleIprRead(), X86ISA::handleIprRead(), ArmISA::handleIprWrite(), X86ISA::handleIprWrite(), and ArmISA::TLB::TLB().

◆ markWorkItem()

int System::markWorkItem ( int index )

inline

Called by pseudo_inst to mark the cpus actively executing work items.

Returns the total number of cpus that have executed work item begin or ends.

Definition at line 455 of file system.hh.

References X86ISA::count, ArmISA::i, and MipsISA::index.

Referenced by PseudoInst::workbegin(), and PseudoInst::workend().

◆ maxMasters()

MasterID System::maxMasters ( )

inline

Get the number of masters registered in the system.

Definition at line 412 of file system.hh.

References _getMasterId(), leafMasterName(), and regStats().

Referenced by BaseCache::getNextQueueEntry(), BaseCache::handleTimingReqMiss(), BaseCache::incHitCount(), BaseCache::incMissCount(), BaseCache::recvTimingResp(), BaseTags::BaseTagStats::regStats(), QoS::MemCtrl::MemCtrlStats::regStats(), AbstractMemory::MemStats::regStats(), BaseCache::CacheStats::regStats(), DRAMCtrl::DRAMStats::regStats(), BaseCache::CacheCmdStats::regStatsFromParent(), NoncoherentCache::serviceMSHRTargets(), Cache::serviceMSHRTargets(), and MemTraceProbe::startup().

◆ memSize()

Addr System::memSize ( ) const

Amount of physical memory that exists.

Definition at line 447 of file system.cc.

References physmem, and PhysicalMemory::totalSize().

Referenced by getPhysMem(), Linux::procMeminfo(), and AlphaBackdoor::startup().

◆ numContexts()

unsigned System::numContexts ( ) const

inline

Definition at line 206 of file system.hh.

References numRunningContexts().

Referenced by ArmISA::TLBIOp::broadcast(), MuxingKvmGic::clearBankedDistRange(), MuxingKvmGic::copyBankedDistRange(), MuxingKvmGic::copyGicState(), exitImpl(), MuxingKvmGic::fromKvmToGicV2(), Iob::generateIpi(), Gicv3CPUInterface::generateSGI(), GicV2::genSwiMask(), getrlimitFunc(), Gicv3::init(), CpuLocalTimer::init(), DistIface::SyncEvent::process(), A9SCU::read(), Gicv3Redistributor::read(), SparcISA::ISA::readFSReg(), ArmISA::ISA::readMiscReg(), Gicv3Distributor::route(), CpuLocalTimer::serialize(), setpgidFunc(), X86ISA::I82094AA::signalInterrupt(), GicV2::softInt(), AlphaBackdoor::startup(), tgkillFunc(), DistIface::toggleSync(), CpuLocalTimer::unserialize(), Gicv3Distributor::update(), GicV2::updateIntState(), GicV2::updateRunPri(), and PseudoInst::wakeCPU().

◆ numRunningContexts()

int System::numRunningContexts ( )

Return number of running (non-halted) thread contexts in system.

These threads could be Active or Suspended.

Definition at line 336 of file system.cc.

References ThreadContext::Halted, ThreadContext::Halting, and threadContexts.

Referenced by numContexts(), GicV2::readCpu(), GicV2::readDistributor(), VGic::updateIntState(), GicV2::updateIntState(), and VGic::VGic().

◆ params()

const Params* System::params ( ) const

inline

Definition at line 585 of file system.hh.

References _params.

Referenced by initState(), PseudoInst::loadsymbol(), PseudoInst::readfile(), System(), PseudoInst::workbegin(), and PseudoInst::workend().

◆ printSystems()

void System::printSystems ( )

static

Definition at line 529 of file system.cc.

References ArmISA::i, SimObject::name(), and systemList.

Referenced by printSystems(), and unserializeSymtab().

◆ registerThreadContext()

ContextID System::registerThreadContext	(	ThreadContext *	tc,
		ContextID	assigned = `InvalidContextID`
	)

Definition at line 259 of file system.cc.

References activeCpus, ArmISA::e, fatal_if, ThreadContext::getCpuPtr(), getRemoteGDBPort(), ArmISA::id, inform, InvalidContextID, liveEvents, SimObject::name(), remoteGDB, PCEventScope::schedule(), threadContexts, and BaseCPU::waitForRemoteGDB().

Referenced by getKernelEntry(), and BaseCPU::registerThreadContexts().

◆ regStats()

void System::regStats ( )

overridevirtual

Callback to set stat parameters.

This callback is typically used for complex stats (e.g., distributions) that need parameters in addition to a name and a description. Stat names and descriptions should typically be set from the constructor usingo from the constructor using the ADD_STAT macro.

Reimplemented from Stats::Group.

Definition at line 496 of file system.cc.

References ccprintf(), ArmISA::j, SimObject::name(), numWorkIds, Stats::Group::regStats(), and workItemStats.

Referenced by maxMasters().

◆ remove()

bool System::remove ( PCEvent * event )

overridevirtual

Implements PCEventScope.

Definition at line 326 of file system.cc.

References liveEvents, and threadContexts.

◆ replaceThreadContext()

void System::replaceThreadContext	(	ThreadContext *	tc,
		ContextID	context_id
	)

Definition at line 393 of file system.cc.

References ArmISA::e, liveEvents, panic, remoteGDB, PCEventScope::schedule(), and threadContexts.

Referenced by getKernelEntry(), and BaseCPU::takeOverFrom().

◆ schedule()

bool System::schedule ( PCEvent * event )

overridevirtual

Implements PCEventScope.

Definition at line 316 of file system.cc.

References liveEvents, and threadContexts.

◆ serialize()

void System::serialize ( CheckpointOut & cp ) const

overridevirtual

Serialize an object.

Output an object's state into the current checkpoint section.

Parameters

cp	Checkpoint state

Reimplemented from SimObject.

Definition at line 471 of file system.cc.

References FullSystem, kernelSymtab, pagePtr, physmem, SymbolTable::serialize(), SERIALIZE_SCALAR, Serializable::serializeSection(), and serializeSymtab().

Referenced by getKernelEntry().

◆ serializeSymtab()

virtual void System::serializeSymtab ( CheckpointOut & os ) const

inlineprotectedvirtual

If needed, serialize additional symbol table entries for a specific subclass of this system.

Currently this is used by Alpha and MIPS.

Parameters

os	stream to serialize to

Reimplemented in AlphaSystem, and SparcSystem.

Definition at line 667 of file system.hh.

Referenced by serialize().

◆ setMemoryMode()

void System::setMemoryMode ( Enums::MemoryMode mode )

Change the memory mode of the system.

This should only be called by the Python!

Parameters

mode	Mode to change to (atomic/timing/...)

Definition at line 245 of file system.cc.

References Drained, Drainable::drainState(), memoryMode, and ArmISA::mode.

Referenced by getMemoryMode().

◆ stripSystemName()

std::string System::stripSystemName ( const std::string & master_name ) const

protected

Strips off the system name from a master name.

Definition at line 550 of file system.cc.

References SimObject::name(), and startswith().

Referenced by _getMasterId(), and lookupMasterId().

◆ unserialize()

void System::unserialize ( CheckpointIn & cp )

overridevirtual

Unserialize an object.

Read an object's state from the current checkpoint section.

Parameters

cp	Checkpoint state

Reimplemented from SimObject.

Definition at line 484 of file system.cc.

References FullSystem, kernelSymtab, pagePtr, physmem, SymbolTable::unserialize(), UNSERIALIZE_SCALAR, Serializable::unserializeSection(), and unserializeSymtab().

Referenced by getKernelEntry().

◆ unserializeSymtab()

virtual void System::unserializeSymtab ( CheckpointIn & cp )

inlineprotectedvirtual

If needed, unserialize additional symbol table entries for a specific subclass of this system.

Parameters

cp	checkpoint to unserialize from
section	relevant section in the checkpoint

Reimplemented in AlphaSystem, and SparcSystem.

Definition at line 676 of file system.hh.

References printSystems().

Referenced by unserialize().

◆ validKvmEnvironment()

bool System::validKvmEnvironment ( ) const

Verify gem5 configuration will support KVM emulation.

Definition at line 410 of file system.cc.

References threadContexts.

Referenced by MuxingKvmGic::drainResume(), getKvmVM(), ArchTimerKvm::scheduleEvents(), and MuxingKvmGic::startup().

◆ workItemBegin()

void System::workItemBegin	(	uint32_t	tid,
		uint32_t	workid
	)

inline

Definition at line 467 of file system.hh.

References curTick(), lastWorkItemStarted, MipsISA::p, and workItemEnd().

Referenced by PseudoInst::workbegin().

◆ workItemEnd()

void System::workItemEnd	(	uint32_t	tid,
		uint32_t	workid
	)

Definition at line 512 of file system.cc.

References curTick(), DPRINTF, fatal, lastWorkItemStarted, numWorkIds, MipsISA::p, and workItemStats.

Referenced by PseudoInst::workend(), and workItemBegin().

Member Data Documentation

◆ _cacheLineSize

const unsigned int System::_cacheLineSize

protected

Definition at line 325 of file system.hh.

Referenced by cacheLineSize(), and System().

◆ _m5opRange

const AddrRange System::_m5opRange

protected

Range for memory-mapped m5 pseudo ops.

The range will be invalid/empty if disabled.

Definition at line 577 of file system.hh.

Referenced by allocPhysPages(), and m5opRange().

◆ _params

Params* System::_params

protected

Definition at line 571 of file system.hh.

Referenced by FreebsdArmSystem::params(), LinuxArmSystem::params(), MipsSystem::params(), RiscvSystem::params(), SparcSystem::params(), AlphaSystem::params(), LinuxAlphaSystem::params(), ArmSystem::params(), GenericArmSystem::params(), and params().

◆ _systemPort

SystemPort System::_systemPort

private

Definition at line 103 of file system.hh.

Referenced by getPort(), getSystemPort(), and init().

◆ activeCpus

std::vector<bool> System::activeCpus

protected

Definition at line 330 of file system.hh.

Referenced by registerThreadContext().

◆ futexMap

FutexMap System::futexMap

Definition at line 642 of file system.hh.

Referenced by exitFutexWake(), and futexFunc().

◆ init_param

uint64_t System::init_param

Definition at line 214 of file system.hh.

Referenced by PseudoInst::initParam().

◆ kernel

ObjectFile* System::kernel

Object pointer for the kernel code.

Definition at line 224 of file system.hh.

Referenced by ArmSystem::ArmSystem(), FreebsdArmSystem::initState(), X86System::initState(), LinuxArmSystem::initState(), System(), and ~System().

◆ kernelEnd

Addr System::kernelEnd

End of kernel code.

Definition at line 234 of file system.hh.

Referenced by getKernelEnd(), initState(), System(), and AlphaISA::StackTrace::trace().

◆ kernelEntry

Addr System::kernelEntry

Entry point in the kernel to start at.

Definition at line 237 of file system.hh.

Referenced by getKernelEntry(), X86System::initState(), ArmSystem::initState(), initState(), and System().

◆ kernelExtras

std::vector<ObjectFile *> System::kernelExtras

Additional object files.

Definition at line 228 of file system.hh.

Referenced by initState(), and System().

◆ kernelImage

MemoryImage System::kernelImage

Definition at line 225 of file system.hh.

Referenced by initState(), and System().

◆ kernelStart

Addr System::kernelStart

Beginning of kernel code.

Definition at line 231 of file system.hh.

Referenced by getKernelStart(), initState(), System(), and AlphaISA::StackTrace::trace().

◆ kernelSymtab

SymbolTable* System::kernelSymtab

◆ kvmVM

KvmVM* const System::kvmVM

protected

Definition at line 319 of file system.hh.

Referenced by getKvmVM(), and System().

◆ lastWorkItemStarted

std::map<std::pair<uint32_t,uint32_t>, Tick> System::lastWorkItemStarted

Definition at line 628 of file system.hh.

Referenced by workItemBegin(), and workItemEnd().

◆ liveEvents

std::list<PCEvent *> System::liveEvents

private

Definition at line 102 of file system.hh.

Referenced by registerThreadContext(), remove(), replaceThreadContext(), and schedule().

◆ loadAddrMask

Addr System::loadAddrMask

Mask that should be anded for binary/symbol loading.

This allows one two different OS requirements for the same ISA to be handled. Some OSes are compiled for a virtual address and need to be loaded into physical memory that starts at address 0, while other bare metal tools generate images that start at address 0.

Definition at line 245 of file system.hh.

Referenced by AlphaSystem::initState(), FreebsdArmSystem::initState(), LinuxArmSystem::initState(), ArmSystem::initState(), initState(), and System().

◆ loadAddrOffset

Addr System::loadAddrOffset

Offset that should be used for binary/symbol loading.

This further allows more flexibility than the loadAddrMask allows alone in loading kernels and similar. The loadAddrOffset is applied after the loadAddrMask.

Definition at line 252 of file system.hh.

Referenced by FreebsdArmSystem::initState(), LinuxArmSystem::initState(), ArmSystem::initState(), initState(), and System().

◆ masters

std::vector<MasterInfo> System::masters

protected

This array is a per-system list of all devices capable of issuing a memory system request and an associated string for each master id.

It's used to uniquely id any master in the system by name for things like cache statistics.

Definition at line 337 of file system.hh.

Referenced by _getMasterId(), getMasterName(), and lookupMasterId().

◆ maxPID

const int System::maxPID = 32768

static

Definition at line 644 of file system.hh.

Referenced by cloneFunc(), and Process::Process().

◆ memoryMode

Enums::MemoryMode System::memoryMode

protected

Definition at line 323 of file system.hh.

Referenced by bypassCaches(), getMemoryMode(), isAtomicMode(), isTimingMode(), and setMemoryMode().

◆ multiThread

const bool System::multiThread

Definition at line 199 of file system.hh.

Referenced by ArmISA::getMPIDR(), and BaseCPU::registerThreadContexts().

◆ numSystemsRunning

int System::numSystemsRunning = 0

static

Definition at line 638 of file system.hh.

Referenced by IGbE::ethRxPkt(), and System().

◆ numWorkIds

uint32_t System::numWorkIds

protected

Definition at line 329 of file system.hh.

Referenced by regStats(), workItemEnd(), and ~System().

◆ pagePtr

Addr System::pagePtr

Definition at line 212 of file system.hh.

Referenced by allocPhysPages(), freeMemSize(), serialize(), and unserialize().

◆ physmem

PhysicalMemory System::physmem

protected

Definition at line 321 of file system.hh.

Referenced by allocPhysPages(), freeMemSize(), getPhysMem(), LinuxArmSystem::initState(), isMemAddr(), memSize(), serialize(), and unserialize().

◆ physProxy

PortProxy System::physProxy

Port to physical memory used for writing object files into ram at boot.

Definition at line 218 of file system.hh.

Referenced by TsunamiPChip::dmaAddr(), Gicv3Redistributor::init(), BareMetalRiscvSystem::initState(), SparcSystem::initState(), AlphaSystem::initState(), LinuxX86System::initState(), FreebsdArmSystem::initState(), X86System::initState(), LinuxArmSystem::initState(), X86ISA::X86_64Process::initState(), ArmSystem::initState(), initState(), MultiLevelPageTable< EntryTypes >::map(), SimpleDisk::read(), MultiLevelPageTable< EntryTypes >::remap(), DmaReadFifo::resumeFillFunctional(), MultiLevelPageTable< EntryTypes >::unmap(), X86System::writeOutMPTable(), and X86System::writeOutSMBiosTable().

◆ PIDs

std::set<int> System::PIDs

Process set to track which PIDs have already been allocated.

Definition at line 647 of file system.hh.

Referenced by Process::Process().

◆ redirectPaths

std::vector<RedirectPath*> System::redirectPaths

Definition at line 656 of file system.hh.

Referenced by Process::checkPathRedirect().

◆ remoteGDB

std::vector<BaseRemoteGDB *> System::remoteGDB

Definition at line 564 of file system.hh.

Referenced by breakpoint(), registerThreadContext(), and replaceThreadContext().

◆ signalList

std::list<BasicSignal> System::signalList

Definition at line 651 of file system.hh.

Referenced by exitImpl(), pollFunc(), selectFunc(), and wait4Func().

◆ systemList

vector< System * > System::systemList

static

Definition at line 637 of file system.hh.

Referenced by IGbE::ethRxPkt(), exitImpl(), printSystems(), and System().

◆ thermalModel

ThermalModel* System::thermalModel

protected

Definition at line 339 of file system.hh.

Referenced by getThermalModel().

◆ threadContexts

std::vector<ThreadContext *> System::threadContexts

Definition at line 190 of file system.hh.

Referenced by IntrControl::clear(), TsunamiCChip::clearDRIR(), MaltaCChip::clearIntr(), TsunamiCChip::clearIPI(), TsunamiCChip::clearITI(), SparcISA::TLB::doMmuRegWrite(), exitImpl(), findFreeContext(), Iob::generateIpi(), BareMetalRiscvSystem::initState(), SparcSystem::initState(), AlphaSystem::initState(), LinuxX86System::initState(), FreebsdArmSystem::initState(), X86System::initState(), LinuxArmSystem::initState(), ArmSystem::initState(), FullO3CPU< O3CPUImpl >::insertThread(), numRunningContexts(), IntrControl::post(), TsunamiCChip::postDRIR(), MaltaCChip::postIntr(), TsunamiCChip::postRTC(), SparcISA::ISA::readFSReg(), registerThreadContext(), remove(), replaceThreadContext(), TsunamiCChip::reqIPI(), schedule(), setpgidFunc(), LinuxArmSystem::startup(), tgkillFunc(), validKvmEnvironment(), and PseudoInst::wakeCPU().

◆ totalNumInsts

Counter System::totalNumInsts

Definition at line 627 of file system.hh.

Referenced by BaseSimpleCPU::countInst(), Minor::Execute::doInstCommitAccounting(), TimingSimpleCPU::drainResume(), drainResume(), FullO3CPU< O3CPUImpl >::instDone(), and BaseKvmCPU::kvmRun().

◆ workItemsBegin

uint64_t System::workItemsBegin

protected

Definition at line 327 of file system.hh.

Referenced by incWorkItemsBegin().

◆ workItemsEnd

uint64_t System::workItemsEnd

protected

Definition at line 328 of file system.hh.

Referenced by incWorkItemsEnd().

◆ workItemStats

std::map<uint32_t, Stats::Histogram*> System::workItemStats

Definition at line 629 of file system.hh.

Referenced by regStats(), workItemEnd(), and ~System().

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

sim/system.hh
sim/system.cc

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Protected Member Functions

Protected Attributes

Private Attributes

Detailed Description

Member Typedef Documentation

◆ Params

Constructor & Destructor Documentation

◆ System()

◆ ~System()

Member Function Documentation

◆ _getMasterId()

◆ addFuncEvent() [1/2]

◆ addFuncEvent() [2/2]

◆ addFuncEventOrPanic()

◆ addKernelFuncEvent()

◆ addKernelFuncEventOrPanic()

◆ allocPhysPages()

◆ breakpoint()

◆ bypassCaches()

◆ cacheLineSize()

◆ drainResume()

◆ findFreeContext()

◆ fixFuncEventAddr()

◆ freeMemSize()

◆ getArch()

◆ getGlobalMasterId()

◆ getGuestByteOrder()

◆ getKernelEnd()

◆ getKernelEntry()

◆ getKernelStart()

◆ getKvmVM()

◆ getMasterId()

◆ getMasterName()

◆ getMemoryMode()

◆ getPageBytes()

◆ getPageShift()

◆ getPhysMem()

◆ getPort()

◆ getSystemPort()

◆ getThermalModel()

◆ getThreadContext()

◆ incWorkItemsBegin()

◆ incWorkItemsEnd()

◆ init()

◆ initState()

◆ isAtomicMode()

◆ isMemAddr()

◆ isTimingMode()

◆ leafMasterName()

◆ lookupMasterId() [1/2]

◆ lookupMasterId() [2/2]

◆ m5opRange()

◆ markWorkItem()

◆ maxMasters()

◆ memSize()

◆ numContexts()

◆ numRunningContexts()

◆ params()

◆ printSystems()

◆ registerThreadContext()

◆ regStats()

◆ remove()

◆ replaceThreadContext()

◆ schedule()

◆ serialize()

◆ serializeSymtab()

◆ setMemoryMode()

◆ stripSystemName()

◆ unserialize()

◆ unserializeSymtab()

◆ validKvmEnvironment()

◆ workItemBegin()

◆ workItemEnd()

Member Data Documentation