A container for Varnode objects from a specific function. More...

#include <varnode.hh>

Public Member Functions
	VarnodeBank (AddrSpaceManager *m)
	Construct the container. More...

void	clear (void)
	Clear out all Varnodes and reset counters.

	~VarnodeBank (void)
	Destructor.

int4	numVarnodes (void) const
	Get number of Varnodes this contains.

Varnode *	create (int4 s, const Address &m, Datatype *ct)
	Create a free Varnode object. More...

Varnode *	createDef (int4 s, const Address &m, Datatype ct, PcodeOp op)
	Create a Varnode as the output of a PcodeOp. More...

Varnode *	createUnique (int4 s, Datatype *ct)
	Create a temporary varnode. More...

Varnode *	createDefUnique (int4 s, Datatype ct, PcodeOp op)
	Create a temporary Varnode as output of a PcodeOp. More...

void	destroy (Varnode *vn)
	Remove a Varnode from the container. More...

Varnode *	setInput (Varnode *vn)
	Mark a Varnode as an input to the function. More...

Varnode *	setDef (Varnode vn, PcodeOp op)
	Change Varnode to be defined by the given PcodeOp. More...

void	makeFree (Varnode *vn)
	Convert a Varnode to be free. More...

void	replace (Varnode oldvn, Varnode newvn)
	Replace every read of one Varnode with another. More...

Varnode *	find (int4 s, const Address &loc, const Address &pc, uintm uniq=~((uintm) 0)) const
	Find a Varnode. More...

Varnode *	findInput (int4 s, const Address &loc) const
	Find an input Varnode. More...

Varnode *	findCoveredInput (int4 s, const Address &loc) const
	Find an input Varnode contained within this range. More...

Varnode *	findCoveringInput (int4 s, const Address &loc) const
	Find an input Varnode covering a range. More...

uint4	getCreateIndex (void) const
	Get the next creation index to be assigned.

VarnodeLocSet::const_iterator	beginLoc (void) const
	Beginning of location list.

VarnodeLocSet::const_iterator	endLoc (void) const
	End of location list.

VarnodeLocSet::const_iterator	beginLoc (AddrSpace *spaceid) const
	Beginning of Varnodes in given address space sorted by location. More...

VarnodeLocSet::const_iterator	endLoc (AddrSpace *spaceid) const
	Ending of Varnodes in given address space sorted by location. More...

VarnodeLocSet::const_iterator	beginLoc (const Address &addr) const
	Beginning of Varnodes starting at a given address sorted by location. More...

VarnodeLocSet::const_iterator	endLoc (const Address &addr) const
	End of Varnodes starting at a given address sorted by location. More...

VarnodeLocSet::const_iterator	beginLoc (int4 s, const Address &addr) const
	Beginning of Varnodes of given size and starting address sorted by location. More...

VarnodeLocSet::const_iterator	endLoc (int4 s, const Address &addr) const
	End of Varnodes of given size and starting address sorted by location. More...

VarnodeLocSet::const_iterator	beginLoc (int4 s, const Address &addr, uint4 fl) const
	Beginning of Varnodes sorted by location. More...

VarnodeLocSet::const_iterator	endLoc (int4 s, const Address &addr, uint4 fl) const
	End of Varnodes sorted by location. More...

VarnodeLocSet::const_iterator	beginLoc (int4 s, const Address &addr, const Address &pc, uintm uniq) const
	Beginning of Varnodes sorted by location. More...

VarnodeLocSet::const_iterator	endLoc (int4 s, const Address &addr, const Address &pc, uintm uniq) const
	End of Varnodes sorted by location. More...

uint4	overlapLoc (VarnodeLocSet::const_iterator iter, vector< VarnodeLocSet::const_iterator > &bounds) const
	Given start, return maximal range of overlapping Varnodes. More...

VarnodeDefSet::const_iterator	beginDef (void) const
	Beginning of Varnodes sorted by definition.

VarnodeDefSet::const_iterator	endDef (void) const
	End of Varnodes sorted by definition.

VarnodeDefSet::const_iterator	beginDef (uint4 fl) const
	Beginning of varnodes with set definition property. More...

VarnodeDefSet::const_iterator	endDef (uint4 fl) const
	End of varnodes with set definition property. More...

VarnodeDefSet::const_iterator	beginDef (uint4 fl, const Address &addr) const
	Beginning of varnodes starting at a given address with a set definition property. More...

VarnodeDefSet::const_iterator	endDef (uint4 fl, const Address &addr) const
	End of varnodes starting at a given address with a set definition property. More...

Private Member Functions
Varnode *	xref (Varnode *vn)
	Insert a Varnode into the sorted lists. More...

Private Attributes
AddrSpaceManager *	manage
	Underlying address space manager.

AddrSpace *	uniq_space
	Space to allocate unique varnodes from.

uintm	uniqbase
	Base for unique addresses.

uintm	uniqid
	Counter for generating unique offsets.

uint4	create_index
	Number of varnodes created.

VarnodeLocSet	loc_tree
	Varnodes sorted by location then def.

VarnodeDefSet	def_tree
	Varnodes sorted by def then location.

Varnode	searchvn
	Template varnode for searching trees.

Detailed Description

A container for Varnode objects from a specific function.

The API allows the creation, deletion, search, and iteration of Varnode objects from one function. The class maintains two ordering for efficiency:

Sorting based on storage location (loc)
Sorting based on point of definition (def) The class maintains a last offset counter for allocation temporary Varnode objects in the unique space. Constants are created by passing a constant address to the create() method.

Constructor & Destructor Documentation

◆ VarnodeBank()

ghidra::VarnodeBank::VarnodeBank ( AddrSpaceManager * m )

Construct the container.

Parameters

m	is the underlying address space manager

References ghidra::Translate::ANALYSIS, create_index, ghidra::Varnode::flags, ghidra::AddrSpace::getTrans(), ghidra::AddrSpaceManager::getUniqueSpace(), ghidra::Translate::getUniqueStart(), ghidra::Varnode::input, manage, searchvn, uniq_space, uniqbase, and uniqid.

Member Function Documentation

◆ beginDef() [1/2]

VarnodeDefSet::const_iterator ghidra::VarnodeBank::beginDef ( uint4 fl ) const

Beginning of varnodes with set definition property.

Get an iterator to Varnodes in definition order restricted with the following properties:

Varnode::input for Varnodes which are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

fl is the property restriction

Returns
the beginning iterator

References ghidra::Varnode::def, def_tree, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, ghidra::Address::m_maximal, ghidra::Address::m_minimal, searchvn, and ghidra::Varnode::written.

◆ beginDef() [2/2]

VarnodeDefSet::const_iterator ghidra::VarnodeBank::beginDef	(	uint4	fl,
		const Address &	addr
	)		const

Beginning of varnodes starting at a given address with a set definition property.

Get an iterator to Varnodes in definition order. The starting address of the Varnodes must match the given address, and they are further restricted by the following properties:

Varnode::input for Varnodes which are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

fl is the property restriction

addr is the given starting address

Returns
the beginning iterator

References def_tree, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, searchvn, and ghidra::Varnode::written.

◆ beginLoc() [1/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::beginLoc ( AddrSpace * spaceid ) const

Beginning of Varnodes in given address space sorted by location.

Parameters

spaceid is the given address space

Returns: the beginning iterator

References ghidra::Varnode::loc, loc_tree, and searchvn.

◆ beginLoc() [2/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::beginLoc ( const Address & addr ) const

Beginning of Varnodes starting at a given address sorted by location.

Parameters

addr	is the given starting address

Returns: the beginning iterator

References ghidra::Varnode::loc, loc_tree, and searchvn.

◆ beginLoc() [3/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::beginLoc	(	int4	s,
		const Address &	addr
	)		const

Beginning of Varnodes of given size and starting address sorted by location.

Parameters

s	is the given size
addr	is the given starting address

Returns: the beginning iterator

References ghidra::Varnode::loc, loc_tree, searchvn, and ghidra::Varnode::size.

◆ beginLoc() [4/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::beginLoc	(	int4	s,
		const Address &	addr,
		uint4	fl
	)		const

Beginning of Varnodes sorted by location.

Varnodes are restricted by a given size and location and by the property

Varnode::input for Varnodes that are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

s is the given size

addr is the given starting address

fl is the property restriction

Returns
the beginning iterator

References ghidra::Varnode::def, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, loc_tree, ghidra::Address::m_maximal, ghidra::Address::m_minimal, searchvn, ghidra::Varnode::size, and ghidra::Varnode::written.

◆ beginLoc() [5/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::beginLoc	(	int4	s,
		const Address &	addr,
		const Address &	pc,
		uintm	uniq
	)		const

Beginning of Varnodes sorted by location.

Varnodes are restricted by a given size and location and by the sequence number of the PcodeOp defining it

Parameters

s	is the given size
addr	is the given starting address
pc	is the address of the PcodeOp defining the Varnode
uniq	is the sequence number of the PcodeOp or -1 for now sequence number restriction

Returns: the beginning iterator

References ghidra::Varnode::def, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, loc_tree, searchvn, ghidra::Varnode::size, and ghidra::Varnode::written.

◆ create()

Varnode * ghidra::VarnodeBank::create	(	int4	s,
		const Address &	m,
		Datatype *	ct
	)

Create a free Varnode object.

The Varnode is created and inserted into the maps as free: not defined as the output of a p-code op or the input to a function.

Parameters

s	is the size of the Varnode in bytes
m	is the starting address
ct	is the data-type of the new varnode (must not be NULL)

Returns: the newly allocated Varnode object

References ghidra::Varnode::create_index, create_index, def_tree, ghidra::Varnode::defiter, loc_tree, and ghidra::Varnode::lociter.

Referenced by ghidra::Funcdata::cloneVarnode(), createUnique(), ghidra::Funcdata::newCodeRef(), ghidra::Funcdata::newConstant(), ghidra::Funcdata::newVarnode(), ghidra::Funcdata::newVarnodeCallSpecs(), ghidra::Funcdata::newVarnodeIop(), and ghidra::Funcdata::newVarnodeSpace().

◆ createDef()

Varnode * ghidra::VarnodeBank::createDef	(	int4	s,
		const Address &	m,
		Datatype *	ct,
		PcodeOp *	op
	)

Create a Varnode as the output of a PcodeOp.

The new Varnode object will already be put in the definition list as if it were the output of the given PcodeOp. The Varnode must still be set as the output.

Parameters

s	is the size in bytes
m	is the starting address
ct	is the data-type to associate
op	is the given PcodeOp

References ghidra::Varnode::create_index, create_index, ghidra::Varnode::setDef(), and xref().

Referenced by createDefUnique(), and ghidra::Funcdata::newVarnodeOut().

◆ createDefUnique()

Varnode * ghidra::VarnodeBank::createDefUnique	(	int4	s,
		Datatype *	ct,
		PcodeOp *	op
	)

Create a temporary Varnode as output of a PcodeOp.

The new Varnode will be assigned from the unique space, and it will already be put in the definition list as if it were the output of the given PcodeOp. The Varnode must still be set as the output.

Parameters

s	is the size in bytes
ct	is the data-type to associate
op	is the given PcodeOp

References createDef(), uniq_space, and uniqid.

Referenced by ghidra::Funcdata::newUniqueOut().

◆ createUnique()

Varnode * ghidra::VarnodeBank::createUnique	(	int4	s,
		Datatype *	ct
	)

Create a temporary varnode.

The Varnode is allocated in the unique space and automatically assigned an offset. The Varnode is initially free.

Parameters

s	is the size of the Varnode in bytes
ct	is the data-type to assign (must not be NULL)

References create(), uniq_space, and uniqid.

Referenced by ghidra::Funcdata::newUnique().

◆ destroy()

void ghidra::VarnodeBank::destroy ( Varnode * vn )

Remove a Varnode from the container.

The Varnode object is removed from the sorted lists and its memory reclaimed

Parameters

vn	is the Varnode to remove

References def_tree, ghidra::Varnode::defiter, ghidra::Varnode::getDef(), ghidra::Varnode::hasNoDescend(), loc_tree, and ghidra::Varnode::lociter.

Referenced by ghidra::Funcdata::clearDeadVarnodes(), ghidra::Funcdata::deleteVarnode(), and ghidra::Funcdata::destroyVarnode().

◆ endDef() [1/2]

VarnodeDefSet::const_iterator ghidra::VarnodeBank::endDef ( uint4 fl ) const

End of varnodes with set definition property.

Get an iterator to Varnodes in definition order restricted with the following properties:

Varnode::input for Varnodes which are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

fl is the property restriction

Returns
the ending iterator

References ghidra::Varnode::def, def_tree, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, ghidra::Address::m_maximal, ghidra::Address::m_minimal, searchvn, and ghidra::Varnode::written.

◆ endDef() [2/2]

VarnodeDefSet::const_iterator ghidra::VarnodeBank::endDef	(	uint4	fl,
		const Address &	addr
	)		const

End of varnodes starting at a given address with a set definition property.

Get an iterator to Varnodes in definition order. The starting address of the Varnodes must match the given address, and they are further restricted by the following properties:

Varnode::input for Varnodes which are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

fl is the property restriction

addr is the given starting address

Returns
the ending iterator

References def_tree, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, loc_tree, searchvn, ghidra::Varnode::size, and ghidra::Varnode::written.

◆ endLoc() [1/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::endLoc ( AddrSpace * spaceid ) const

Ending of Varnodes in given address space sorted by location.

Parameters

spaceid is the given address space

Returns: the ending iterator

References ghidra::AddrSpaceManager::getNextSpaceInOrder(), ghidra::Varnode::loc, loc_tree, manage, and searchvn.

◆ endLoc() [2/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::endLoc ( const Address & addr ) const

End of Varnodes starting at a given address sorted by location.

Parameters

addr	is the given starting address

Returns: the ending iterator

References ghidra::AddrSpace::getHighest(), ghidra::AddrSpaceManager::getNextSpaceInOrder(), ghidra::Address::getOffset(), ghidra::Address::getSpace(), ghidra::Varnode::loc, loc_tree, manage, and searchvn.

◆ endLoc() [3/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::endLoc	(	int4	s,
		const Address &	addr
	)		const

End of Varnodes of given size and starting address sorted by location.

Parameters

s	is the given size
addr	is the given starting address

Returns: the ending iterator

References ghidra::Varnode::loc, loc_tree, searchvn, and ghidra::Varnode::size.

◆ endLoc() [4/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::endLoc	(	int4	s,
		const Address &	addr,
		uint4	fl
	)		const

End of Varnodes sorted by location.

Varnodes are restricted by a given size and location and by the property

Varnode::input for Varnodes that are inputs to the function
Varnode::written for Varnodes that are defined by a PcodeOp
0 for free Varnodes
Parameters

s is the given size

addr is the given starting address

fl is the property restriction

Returns
the ending iterator

References ghidra::Varnode::def, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, loc_tree, ghidra::Address::m_maximal, searchvn, ghidra::Varnode::size, and ghidra::Varnode::written.

◆ endLoc() [5/5]

VarnodeLocSet::const_iterator ghidra::VarnodeBank::endLoc	(	int4	s,
		const Address &	addr,
		const Address &	pc,
		uintm	uniq
	)		const

End of Varnodes sorted by location.

Varnodes are restricted by a given size and location and by the sequence number of the PcodeOp defining it

Parameters

s	is the given size
addr	is the given starting address
pc	is the address of the PcodeOp defining the Varnode
uniq	is the sequence number of the PcodeOp or -1 for now sequence number restriction

Returns: the ending iterator

References ghidra::Varnode::def, ghidra::Varnode::flags, ghidra::Varnode::input, ghidra::Varnode::loc, loc_tree, searchvn, ghidra::Varnode::size, and ghidra::Varnode::written.

◆ find()

Varnode * ghidra::VarnodeBank::find	(	int4	s,
		const Address &	loc,
		const Address &	pc,
		uintm	uniq = `~((uintm)0)`
	)		const

Find a Varnode.

Find a Varnode given its (loc,size) and the address where it is defined.

Parameters

s	is the size of the Varnode
loc	is its starting address
pc	is the address where it is defined
uniq	is the sequence number or -1 if not specified

Returns: the matching Varnode or NULL

References beginLoc(), ghidra::PcodeOp::getAddr(), ghidra::Varnode::getAddr(), ghidra::Varnode::getDef(), ghidra::Varnode::getSize(), ghidra::PcodeOp::getTime(), and loc_tree.

Referenced by ghidra::Funcdata::findVarnodeWritten().

◆ findCoveredInput()

Varnode * ghidra::VarnodeBank::findCoveredInput	(	int4	s,
		const Address &	loc
	)		const

Find an input Varnode contained within this range.

Find the first Varnode completely contained within the given range, which is also marked as a function input.

Parameters

s	is the size of the range
loc	is the starting address of the range

Returns: the Varnode object or NULL if no Varnode met the conditions

References beginDef(), endDef(), ghidra::AddrSpace::getHighest(), ghidra::Address::getOffset(), ghidra::Varnode::getOffset(), ghidra::Varnode::getSize(), ghidra::Address::getSpace(), and ghidra::Varnode::input.

Referenced by ghidra::Funcdata::findCoveredInput().

◆ findCoveringInput()

Varnode * ghidra::VarnodeBank::findCoveringInput	(	int4	s,
		const Address &	loc
	)		const

Find an input Varnode covering a range.

Search for the Varnode that completely contains the given range and is marked as an input to the function. If it exists, it is unique.

Parameters

s	is the size of the range
loc	is the starting address of the range

References beginDef(), def_tree, ghidra::Varnode::getAddr(), ghidra::Address::getOffset(), ghidra::Varnode::getOffset(), ghidra::Varnode::getSize(), ghidra::Address::getSpace(), ghidra::Varnode::getSpace(), ghidra::Varnode::input, and ghidra::Varnode::isInput().

Referenced by ghidra::Funcdata::findCoveringInput().

◆ findInput()

Varnode * ghidra::VarnodeBank::findInput	(	int4	s,
		const Address &	loc
	)		const

Find an input Varnode.

Find a Varnode marked as a function input given its size and address

Parameters

s	is the size
loc	is the starting address

Returns: the match Varnode object or NULL

References beginLoc(), ghidra::Varnode::getAddr(), ghidra::Varnode::getSize(), ghidra::Varnode::input, ghidra::Varnode::isInput(), and loc_tree.

Referenced by ghidra::Funcdata::findSpacebaseInput(), and ghidra::Funcdata::findVarnodeInput().

◆ makeFree()

void ghidra::VarnodeBank::makeFree ( Varnode * vn )

Convert a Varnode to be free.

The Varnode is removed from the cross-referencing lists and reinserted as as if it were not defined by any PcodeOp and not an input to the function. If the Varnode was originally a PcodeOp output, this must be explicitly cleared.

Parameters

vn	is the Varnode to modify

References ghidra::Varnode::clearFlags(), def_tree, ghidra::Varnode::defiter, ghidra::Varnode::indirect_creation, ghidra::Varnode::input, ghidra::Varnode::insert, loc_tree, ghidra::Varnode::lociter, and ghidra::Varnode::setDef().

Referenced by ghidra::Funcdata::clearDeadVarnodes(), and ghidra::Funcdata::opUnsetOutput().

◆ overlapLoc()

uint4 ghidra::VarnodeBank::overlapLoc	(	VarnodeLocSet::const_iterator	iter,
		vector< VarnodeLocSet::const_iterator > &	bounds
	)		const

Given start, return maximal range of overlapping Varnodes.

Advance the iterator until no Varnodes after the iterator intersect any Varnodes from the initial Varnode through the current iterator. The range is returned as pairs of iterators to subranges. One subrange for each set of Varnodes with the same size and starting address. A final iterator to the next Varnode after the overlapping set is also passed back.

Parameters

iter	is an iterator to the given start Varnode
bounds	holds the array of iterator pairs passed back

Returns: the union of Varnode flags across the range

References endLoc(), ghidra::Varnode::getAddr(), ghidra::Varnode::getFlags(), ghidra::Varnode::getOffset(), ghidra::Varnode::getSize(), ghidra::Varnode::getSpace(), ghidra::Varnode::isFree(), loc_tree, and ghidra::Varnode::written.

Referenced by ghidra::Funcdata::overlapLoc().

◆ replace()

void ghidra::VarnodeBank::replace	(	Varnode *	oldvn,
		Varnode *	newvn
	)

Replace every read of one Varnode with another.

Any PcodeOps that read oldvn are changed to read newvn

Parameters

oldvn	is the old Varnode
newvn	is the Varnode to replace it with

References ghidra::Varnode::addDescend(), ghidra::PcodeOp::clearInput(), ghidra::Varnode::coverdirty, ghidra::Varnode::descend, ghidra::PcodeOp::getSlot(), ghidra::PcodeOp::output, ghidra::Varnode::setFlags(), and ghidra::PcodeOp::setInput().

Referenced by xref().

◆ setDef()

Varnode * ghidra::VarnodeBank::setDef	(	Varnode *	vn,
		PcodeOp *	op
	)

Change Varnode to be defined by the given PcodeOp.

The Varnode must initially be free. It will be removed from the cross-referencing lists and reinserted as if its were the output of the given PcodeOp. It still must be explicitly set as the output.

Parameters

vn	is the Varnode to modify
op	is the given PcodeOp

Returns: the modified Varnode, which may be a different object than the original

References def_tree, ghidra::Varnode::defiter, ghidra::PcodeOp::getAddr(), ghidra::Address::getShortcut(), ghidra::Varnode::isConstant(), ghidra::Varnode::isFree(), loc_tree, ghidra::Varnode::lociter, ghidra::Varnode::setDef(), and xref().

Referenced by ghidra::Funcdata::opSetOutput().

◆ setInput()

Varnode * ghidra::VarnodeBank::setInput ( Varnode * vn )

Mark a Varnode as an input to the function.

Define the Varnode as an input formally; it is no longer considered free. Its position in the cross-referencing lists will change

Parameters

vn	is the Varnode to mark

Returns: the modified Varnode, which be a different object than the original

References def_tree, ghidra::Varnode::defiter, ghidra::Varnode::isConstant(), ghidra::Varnode::isFree(), loc_tree, ghidra::Varnode::lociter, ghidra::Varnode::setInput(), and xref().

Referenced by ghidra::Funcdata::setInputVarnode().

◆ xref()

Varnode * ghidra::VarnodeBank::xref ( Varnode * vn )

private

Insert a Varnode into the sorted lists.

Enter the Varnode into both the location and definition based trees. Update the Varnode iterators and flags

Parameters

vn	is the Varnode object to insert

Returns: the inserted object, which may not be the same as the input Varnode

References def_tree, ghidra::Varnode::defiter, ghidra::Varnode::insert, loc_tree, ghidra::Varnode::lociter, replace(), and ghidra::Varnode::setFlags().

Referenced by createDef(), setDef(), and setInput().

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

varnode.hh
varnode.cc

fl	is the property restriction
addr	is the given starting address

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ VarnodeBank()

Member Function Documentation

◆ beginDef() [1/2]

◆ beginDef() [2/2]

◆ beginLoc() [1/5]

◆ beginLoc() [2/5]

◆ beginLoc() [3/5]

◆ beginLoc() [4/5]

◆ beginLoc() [5/5]

◆ create()

◆ createDef()

◆ createDefUnique()

◆ createUnique()

◆ destroy()

◆ endDef() [1/2]

◆ endDef() [2/2]

◆ endLoc() [1/5]

◆ endLoc() [2/5]

◆ endLoc() [3/5]

◆ endLoc() [4/5]

◆ endLoc() [5/5]

◆ find()

◆ findCoveredInput()

◆ findCoveringInput()

◆ findInput()

◆ makeFree()

◆ overlapLoc()

◆ replace()

◆ setDef()

◆ setInput()

◆ xref()