Container class for all Datatype objects in an Architecture. More...

#include <type.hh>

Inheritance diagram for TypeFactory:

Public Member Functions
	TypeFactory (Architecture *g)
	Construct a factory. More...

void	setupSizes (void)
	Derive some size information from Architecture. More...

void	clear (void)
	Clear out all types. More...

void	clearNoncore (void)
	Clear out non-core types. More...

virtual	~TypeFactory (void)
	Destructor.

void	setStructAlign (int4 al)
	Set the default structure alignment.

int4	getStructAlign (void) const
	Get the default structure alignment.

int4	getSizeOfInt (void) const
	Get the size of the default "int".

int4	getSizeOfLong (void) const
	Get the size of the default "long".

Architecture *	getArch (void) const
	Get the Architecture object.

Datatype *	findByName (const string &n)
	Return type of given name. More...

Datatype *	setName (Datatype *ct, const string &n)
	Set the given types name. More...

void	setDisplayFormat (Datatype *ct, uint4 format)
	Set the display format associated with the given data-type. More...

bool	setFields (vector< TypeField > &fd, TypeStruct *ot, int4 fixedsize, uint4 flags)
	Set fields on a TypeStruct. More...

bool	setFields (vector< TypeField > &fd, TypeUnion *ot, int4 fixedsize, uint4 flags)
	Set fields on a TypeUnion. More...

void	setPrototype (const FuncProto fp, TypeCode newCode, uint4 flags)
	Set the prototype on a TypeCode. More...

bool	setEnumValues (const vector< string > &namelist, const vector< uintb > &vallist, const vector< bool > &assignlist, TypeEnum *te)
	Set named values for an enumeration. More...

Datatype *	decodeType (Decoder &decoder)
	Restore Datatype from a stream. More...

Datatype *	decodeTypeWithCodeFlags (Decoder &decoder, bool isConstructor, bool isDestructor)
	Restore data-type from an element and extra "code" flags. More...

TypeVoid *	getTypeVoid (void)
	Get the "void" data-type. More...

Datatype *	getBaseNoChar (int4 s, type_metatype m)
	Get atomic type excluding "char". More...

Datatype *	getBase (int4 s, type_metatype m)
	Get atomic type. More...

Datatype *	getBase (int4 s, type_metatype m, const string &n)
	Get named atomic type. More...

TypeCode *	getTypeCode (void)
	Get an "anonymous" function data-type. More...

TypePointer *	getTypePointerStripArray (int4 s, Datatype *pt, uint4 ws)
	Construct a pointer data-type, stripping an ARRAY level. More...

TypePointer *	getTypePointer (int4 s, Datatype *pt, uint4 ws)
	Construct an absolute pointer data-type. More...

TypePointer *	getTypePointer (int4 s, Datatype *pt, uint4 ws, const string &n)
	Construct a named pointer data-type. More...

TypePointer *	getTypePointerNoDepth (int4 s, Datatype *pt, uint4 ws)
	Construct a depth limited pointer data-type. More...

TypeArray *	getTypeArray (int4 as, Datatype *ao)
	Construct an array data-type. More...

TypeStruct *	getTypeStruct (const string &n)
	Create an (empty) structure. More...

TypeUnion *	getTypeUnion (const string &n)
	Create an (empty) union. More...

TypePartialUnion *	getTypePartialUnion (TypeUnion *contain, int4 off, int4 sz)
	Create a partial union.

TypeEnum *	getTypeEnum (const string &n)
	Create an (empty) enumeration. More...

TypeSpacebase *	getTypeSpacebase (AddrSpace *id, const Address &addr)
	Create a "spacebase" type. More...

TypeCode *	getTypeCode (ProtoModel model, Datatype outtype, const vector< Datatype * > &intypes, bool dotdotdot)
	Create a "function" datatype. More...

Datatype *	getTypedef (Datatype *ct, const string &name, uint8 id, uint4 format)
	Create a new typedef data-type. More...

TypePointerRel *	getTypePointerRel (TypePointer parentPtr, Datatype ptrTo, int4 off)
	Get pointer offset relative to a container. More...

TypePointerRel *	getTypePointerRel (int4 sz, Datatype parent, Datatype ptrTo, int4 ws, int4 off, const string &nm)
	Build a named pointer offset into a larger container. More...

TypePointer *	getTypePointerWithSpace (Datatype ptrTo, AddrSpace spc, const string &nm)
	Build a named pointer with an address space attribute. More...

void	destroyType (Datatype *ct)
	Remove a data-type from this. More...

Datatype *	concretize (Datatype *ct)
	Convert given data-type to concrete form. More...

void	dependentOrder (vector< Datatype * > &deporder) const
	Place all data-types in dependency order. More...

void	encode (Encoder &encoder) const
	Encode this container to stream. More...

void	encodeCoreTypes (Encoder &encoder) const
	Encode core types to stream. More...

void	decode (Decoder &decoder)
	Decode this from a <typegrp> element. More...

void	decodeCoreTypes (Decoder &decoder)
	Initialize basic data-types from a stream. More...

void	decodeDataOrganization (Decoder &decoder)
	Parse a <data_organization> element. More...

void	parseEnumConfig (Decoder &decoder)
	Parse the <enum> tag. More...

void	setCoreType (const string &name, int4 size, type_metatype meta, bool chartp)
	Create a core data-type. More...

void	cacheCoreTypes (void)
	Cache common types. More...

Protected Member Functions
Datatype *	findByIdLocal (const string &nm, uint8 id) const
	Search locally by name and id. More...

virtual Datatype *	findById (const string &n, uint8 id, int4 sz)
	Search by name and/or id. More...

Protected Attributes
Architecture *	glb
	The Architecture object that owns this TypeFactory.

Private Member Functions
Datatype *	findNoName (Datatype &ct)
	Find data-type (in this container) by function. More...

void	insert (Datatype *newtype)
	Insert pointer into the cross-reference sets. More...

Datatype *	findAdd (Datatype &ct)
	Find data-type in this container or add it. More...

void	orderRecurse (vector< Datatype * > &deporder, DatatypeSet &mark, Datatype *ct) const
	Write out dependency list. More...

Datatype *	decodeTypedef (Decoder &decoder)
	Restore a <def> element describing a typedef. More...

Datatype *	decodeStruct (Decoder &decoder, bool forcecore)
	Restore a <type> element describing a structure. More...

Datatype *	decodeUnion (Decoder &decoder, bool forcecore)
	Restore a <type> element describing a union. More...

Datatype *	decodeCode (Decoder &decoder, bool isConstructor, bool isDestructor, bool forcecore)
	Restore an element describing a code object. More...

Datatype *	decodeTypeNoRef (Decoder &decoder, bool forcecore)
	Restore from a stream. More...

void	clearCache (void)
	Clear the common type cache. More...

TypeChar *	getTypeChar (const string &n)
	Create a default "char" type. More...

TypeUnicode *	getTypeUnicode (const string &nm, int4 sz, type_metatype m)
	Create a default "unicode" type. More...

TypeCode *	getTypeCode (const string &n)
	Create a default "code" type. More...

void	recalcPointerSubmeta (Datatype *base, sub_metatype sub)
	Recalculate submeta for pointers to given base data-type. More...

Private Attributes
int4	sizeOfInt
	Size of the core "int" datatype.

int4	sizeOfLong
	Size of the core "long" datatype.

int4	align
	Alignment of structures.

int4	enumsize
	Size of an enumerated type.

type_metatype	enumtype
	Default enumeration meta-type (when parsing C)

DatatypeSet	tree
	Datatypes within this factory (sorted by function)

DatatypeNameSet	nametree
	Cross-reference by name.

Datatype *	typecache [9][8]
	Matrix of the most common atomic data-types.

Datatype *	typecache10
	Specially cached 10-byte float type.

Datatype *	typecache16
	Specially cached 16-byte float type.

Datatype *	type_nochar
	Same dimensions as char but acts and displays as an INT.

Detailed Description

Container class for all Datatype objects in an Architecture.

Constructor & Destructor Documentation

◆ TypeFactory()

TypeFactory::TypeFactory ( Architecture * g )

Construct a factory.

Initialize an empty container

Parameters

g	is the owning Architecture

References align, clearCache(), enumsize, glb, sizeOfInt, and sizeOfLong.

Member Function Documentation

◆ cacheCoreTypes()

void TypeFactory::cacheCoreTypes ( void )

Cache common types.

Run through the list of "core" data-types and cache the most commonly accessed ones for quick access (avoiding the tree lookup). The "core" data-types must have been previously initialized.

References Datatype::getMetatype(), Datatype::getSize(), Datatype::isASCII(), Datatype::isCharPrint(), Datatype::isCoreType(), Datatype::isEnumType(), tree, TYPE_BOOL, TYPE_CODE, TYPE_FLOAT, TYPE_INT, type_nochar, TYPE_UINT, TYPE_UNKNOWN, TYPE_VOID, typecache, typecache10, and typecache16.

Referenced by ArchitectureGhidra::buildTypegrp(), SleighArchitecture::buildTypegrp(), and decodeCoreTypes().

◆ clear()

void TypeFactory::clear ( void )

Clear out all types.

Remove all Datatype objects owned by this TypeFactory.

References clearCache(), nametree, and tree.

Referenced by decodeCoreTypes(), and ~TypeFactory().

◆ clearCache()

void TypeFactory::clearCache ( void )

private

Clear the common type cache.

Clear the matrix of commonly used atomic types.

References type_nochar, typecache, typecache10, and typecache16.

Referenced by clear(), and TypeFactory().

◆ clearNoncore()

void TypeFactory::clearNoncore ( void )

Clear out non-core types.

Delete anything that isn't a core type.

References Datatype::isCoreType(), nametree, and tree.

Referenced by FlushNative::rawAction().

◆ concretize()

Datatype * TypeFactory::concretize ( Datatype * ct )

Convert given data-type to concrete form.

The data-type propagation system can push around data-types that are partial or are otherwise unrepresentable in the source language. This method substitutes those data-types with a concrete data-type that is representable, or returns the same data-type if is already concrete. Its important that the returned data-type have the same size as the original data-type regardless.

Parameters

ct	is the given data-type

Returns: the concrete data-type

References getBase(), Datatype::getMetatype(), Datatype::getSize(), TYPE_CODE, and TYPE_UNKNOWN.

Referenced by ScopeLocal::createEntry().

◆ decode()

void TypeFactory::decode ( Decoder & decoder )

Decode this from a <typegrp> element.

Scan configuration parameters of the factory and parse elements describing data-types into this container.

Parameters

decoder is the stream decoder

References align, ATTRIB_ENUMSIGNED, ATTRIB_ENUMSIZE, ATTRIB_INTSIZE, ATTRIB_LONGSIZE, ATTRIB_STRUCTALIGN, Decoder::closeElement(), decodeTypeNoRef(), ELEM_TYPEGRP, enumsize, enumtype, Decoder::openElement(), Decoder::peekElement(), Decoder::readBool(), Decoder::readSignedInteger(), sizeOfInt, sizeOfLong, TYPE_INT, and TYPE_UINT.

Referenced by Architecture::restoreXml().

◆ decodeCode()

Datatype * TypeFactory::decodeCode	(	Decoder &	decoder,
		bool	isConstructor,
		bool	isDestructor,
		bool	forcecore
	)

private

Restore an element describing a code object.

If necessary create a stub object before parsing the prototype description, to deal with recursive definitions

Parameters

decoder	is the stream decoder
isConstructor	is true if any prototype should be treated as a constructor
isDestructor	is true if any prototype should be treated as a destructor
forcecore	is true if the data-type is considered core

Returns: the newly minted code data-type

References Datatype::compareDependency(), Datatype::coretype, TypeCode::decodePrototype(), TypeCode::decodeStub(), findAdd(), findByIdLocal(), Datatype::flags, Datatype::getMetatype(), Datatype::id, Datatype::isIncomplete(), Datatype::name, TypeCode::proto, setPrototype(), and TYPE_CODE.

Referenced by decodeTypeNoRef(), and decodeTypeWithCodeFlags().

◆ decodeCoreTypes()

void TypeFactory::decodeCoreTypes ( Decoder & decoder )

Initialize basic data-types from a stream.

Parse data-type elements into this container. This stream is presumed to contain "core" datatypes and the cached matrix will be populated from this set.

Parameters

decoder is the stream decoder

References cacheCoreTypes(), clear(), Decoder::closeElement(), decodeTypeNoRef(), ELEM_CORETYPES, Decoder::openElement(), and Decoder::peekElement().

Referenced by ArchitectureGhidra::buildTypegrp(), and SleighArchitecture::buildTypegrp().

◆ decodeDataOrganization()

void TypeFactory::decodeDataOrganization ( Decoder & decoder )

Parse a <data_organization> element.

Recover various sizes relevant to this container, such as the default size of "int" and structure alignment, by parsing a <data_organization> element.

Parameters

decoder is the stream decoder

References align, ATTRIB_ALIGNMENT, Decoder::closeElement(), Decoder::closeElementSkipping(), ELEM_DATA_ORGANIZATION, ELEM_ENTRY, ELEM_INTEGER_SIZE, ELEM_LONG_SIZE, ELEM_SIZE_ALIGNMENT_MAP, Decoder::openElement(), Decoder::readSignedInteger(), sizeOfInt, and sizeOfLong.

Referenced by Architecture::parseCompilerConfig().

◆ decodeStruct()

Datatype * TypeFactory::decodeStruct	(	Decoder &	decoder,
		bool	forcecore
	)

private

Restore a <type> element describing a structure.

If necessary create a stub object before parsing the field descriptions, to deal with recursive definitions

Parameters

decoder	is the stream decoder
forcecore	is true if the data-type is considered core

Returns: the newly minted structure data-type

References Datatype::compareDependency(), Datatype::coretype, Datatype::decodeBasic(), TypeStruct::decodeFields(), TypeStruct::field, findAdd(), findByIdLocal(), Datatype::flags, Datatype::getMetatype(), Datatype::id, Datatype::isIncomplete(), Datatype::name, setFields(), Datatype::size, and TYPE_STRUCT.

Referenced by decodeTypeNoRef().

◆ decodeType()

Datatype * TypeFactory::decodeType ( Decoder & decoder )

Restore Datatype from a stream.

Restore a Datatype object from an element: either <type>, <typeref>, or <void>

Parameters

decoder is the stream decoder

Returns: the decoded Datatype object

References Decoder::closeElement(), decodeTypeNoRef(), ELEM_TYPEREF, findById(), Decoder::getNextAttributeId(), Datatype::hashName(), Decoder::openElement(), Decoder::peekElement(), Decoder::readSignedInteger(), Decoder::readString(), and Decoder::readUnsignedInteger().

Referenced by ProtoStoreInternal::decode(), CPoolRecord::decode(), TypePointer::decode(), TypeArray::decode(), TypePointerRel::decode(), Symbol::decodeBody(), decodeTypedef(), TypeFactoryGhidra::findById(), and TypeField::TypeField().

◆ decodeTypedef()

Datatype * TypeFactory::decodeTypedef ( Decoder & decoder )

private

Restore a <def> element describing a typedef.

Scan the new id and name. A subtag references the data-type being typedefed. Construct the new data-type based on the referenced data-type but with new name and id.

Parameters

decoder is the stream decoder

Returns: the constructed typedef data-type

References decodeType(), Datatype::encodeIntegerFormat(), TypeStruct::field, TypeUnion::field, findByIdLocal(), Datatype::flags, Datatype::getMetatype(), Decoder::getNextAttributeId(), getTypedef(), Datatype::getTypedef(), Datatype::hashName(), Datatype::hashSize(), Datatype::isVariableLength(), Datatype::name, Decoder::readString(), Decoder::readUnsignedInteger(), setFields(), Datatype::size, TYPE_STRUCT, and TYPE_UNION.

Referenced by decodeTypeNoRef().

◆ decodeTypeNoRef()

Datatype * TypeFactory::decodeTypeNoRef	(	Decoder &	decoder,
		bool	forcecore
	)

private

Restore from a stream.

Restore a Datatype object from a <type> element. (Don't use for <typeref> elements) The new Datatype is added to this container.

Parameters

decoder	is the stream decoder
forcecore	is true if the new type should be labeled as a core type

Returns: the new Datatype object

References ATTRIB_CHAR, ATTRIB_ENUM, ATTRIB_UTF, Decoder::closeElement(), Datatype::coretype, TypeChar::decode(), TypeUnicode::decode(), TypePointer::decode(), TypeArray::decode(), TypeEnum::decode(), TypePointerRel::decode(), TypeSpacebase::decode(), Datatype::decodeBasic(), decodeCode(), decodeStruct(), decodeTypedef(), decodeUnion(), ELEM_DEF, findAdd(), Datatype::flags, Decoder::getNextAttributeId(), getTypeVoid(), glb, Decoder::openElement(), Decoder::readBool(), Decoder::readString(), Decoder::rewindAttributes(), string2metatype(), TYPE_ARRAY, TYPE_CODE, TYPE_INT, TYPE_PTR, TYPE_PTRREL, TYPE_SPACEBASE, TYPE_STRUCT, TYPE_UNION, and TYPE_UNKNOWN.

Referenced by decode(), decodeCoreTypes(), and decodeType().

◆ decodeTypeWithCodeFlags()

Datatype * TypeFactory::decodeTypeWithCodeFlags	(	Decoder &	decoder,
		bool	isConstructor,
		bool	isDestructor
	)

Restore data-type from an element and extra "code" flags.

Kludge to get flags into code pointer types, when they can't come through the stream

Parameters

decoder	is the stream decoder
isConstructor	toggles "constructor" property on "function" datatypes
isDestructor	toggles "destructor" property on "function" datatypes

Returns: the decoded Datatype object

References Decoder::closeElement(), Datatype::decodeBasic(), decodeCode(), findAdd(), Datatype::getMetatype(), Decoder::getNextAttributeId(), Decoder::openElement(), TypePointer::ptrto, Decoder::readUnsignedInteger(), TYPE_PTR, and TypePointer::wordsize.

Referenced by CPoolRecord::decode().

◆ decodeUnion()

Datatype * TypeFactory::decodeUnion	(	Decoder &	decoder,
		bool	forcecore
	)

private

Restore a <type> element describing a union.

If necessary create a stub object before parsing the field descriptions, to deal with recursive definitions

Parameters

decoder	is the stream decoder
forcecore	is true if the data-type is considered core

Returns: the newly minted union data-type

References Datatype::compareDependency(), Datatype::coretype, Datatype::decodeBasic(), TypeUnion::decodeFields(), TypeUnion::field, findAdd(), findByIdLocal(), Datatype::flags, Datatype::getMetatype(), Datatype::id, Datatype::isIncomplete(), Datatype::name, setFields(), Datatype::size, and TYPE_UNION.

Referenced by decodeTypeNoRef().

◆ dependentOrder()

void TypeFactory::dependentOrder ( vector< Datatype * > & deporder ) const

Place all data-types in dependency order.

Place data-types in an order such that if the definition of data-type "a" depends on the definition of data-type "b", then "b" occurs earlier in the order

Parameters

deporder will hold the generated dependency list of data-types

References orderRecurse(), and tree.

Referenced by PrintC::docTypeDefinitions(), and encode().

◆ destroyType()

void TypeFactory::destroyType ( Datatype * ct )

Remove a data-type from this.

The indicated Datatype object is removed from this container. Indirect references (via TypeArray TypeStruct etc.) are not affected

Parameters

ct	is the data-type to destroy

References Datatype::isCoreType(), nametree, and tree.

◆ encode()

void TypeFactory::encode ( Encoder & encoder ) const

Encode this container to stream.

All data-types, in dependency order, are encoded to a stream

Parameters

encoder is the stream encoder

References align, ATTRIB_ENUMSIGNED, ATTRIB_ENUMSIZE, ATTRIB_INTSIZE, ATTRIB_LONGSIZE, ATTRIB_STRUCTALIGN, Encoder::closeElement(), dependentOrder(), ELEM_TYPEGRP, enumsize, enumtype, Encoder::openElement(), sizeOfInt, sizeOfLong, TYPE_ARRAY, TYPE_INT, TYPE_PTR, TYPE_STRUCT, TYPE_UNION, Encoder::writeBool(), and Encoder::writeSignedInteger().

Referenced by Architecture::encode().

◆ encodeCoreTypes()

void TypeFactory::encodeCoreTypes ( Encoder & encoder ) const

Encode core types to stream.

Any data-type within this container marked as core will be encodeded as a <coretypes> element.

Parameters

encoder is the stream encoder

References Encoder::closeElement(), ELEM_CORETYPES, Datatype::encode(), Datatype::getMetatype(), Datatype::isCoreType(), Encoder::openElement(), tree, TYPE_ARRAY, TYPE_PTR, TYPE_STRUCT, and TYPE_UNION.

Referenced by BfdArchitecture::encode(), RawBinaryArchitecture::encode(), and XmlArchitecture::encode().

◆ findAdd()

Datatype * TypeFactory::findAdd ( Datatype & ct )

private

Find data-type in this container or add it.

Use quickest method (name or id is possible) to locate the matching data-type. If its not currently in this container, clone the data-type and add it to the container.

Parameters

ct	is the data-type to match

Returns: the matching Datatype object in this container

References Datatype::clone(), Datatype::compareDependency(), findByIdLocal(), findNoName(), Datatype::id, insert(), and Datatype::name.

Referenced by decodeCode(), decodeStruct(), decodeTypeNoRef(), decodeTypeWithCodeFlags(), decodeUnion(), getBase(), getTypeArray(), getTypeChar(), getTypeCode(), getTypeEnum(), getTypePartialUnion(), getTypePointer(), getTypePointerRel(), getTypePointerStripArray(), getTypePointerWithSpace(), getTypeSpacebase(), getTypeStruct(), getTypeUnicode(), and getTypeUnion().

◆ findById()

Datatype * TypeFactory::findById	(	const string &	n,
		uint8	id,
		int4	sz
	)

protectedvirtual

Search by name and/or id.

The id is expected to resolve uniquely. Internally, different length instances of a variable length data-type are stored as separate Datatype objects. A non-zero size can be given to distinguish these cases. Derived classes may search outside this container.

Parameters

n	is the name of the data-type
id	is the type id of the data-type
sz	is the given distinguishing size if non-zero

Returns: the matching Datatype object

Reimplemented in TypeFactoryGhidra.

References findByIdLocal(), and Datatype::hashSize().

Referenced by decodeType(), TypeFactoryGhidra::findById(), and findByName().

◆ findByIdLocal()

Datatype * TypeFactory::findByIdLocal	(	const string &	n,
		uint8	id
	)		const

protected

Search locally by name and id.

Looking just within this container, find a Datatype by name and/or id.

Parameters

n	is the name of the data-type
id	is the type id of the data-type

Returns: the matching Datatype object

References Datatype::id, nametree, and TYPE_UNKNOWN.

Referenced by decodeCode(), decodeStruct(), decodeTypedef(), decodeUnion(), findAdd(), findById(), and getTypedef().

◆ findByName()

Datatype * TypeFactory::findByName ( const string & n )

Return type of given name.

Find type with given name. If there are more than, return first.

Parameters

n	is the name to search for

Returns: a Datatype object with the name or NULL

References findById().

Referenced by IfcMapunionfacet::execute(), IfcForceDatatypeFormat::execute(), and IfcPointerSetting::execute().

◆ findNoName()

Datatype * TypeFactory::findNoName ( Datatype & ct )

private

Find data-type (in this container) by function.

Find data-type without reference to name, using the functional comparators For this to work, the type must be built out of dependencies that are already present in this type factory

Parameters

ct	is the data-type to match

Returns: the matching Datatype or NULL

References tree.

Referenced by findAdd().

◆ getBase() [1/2]

Datatype * TypeFactory::getBase	(	int4	s,
		type_metatype	m
	)

Get atomic type.

Get one of the "base" datatypes. This routine is called a lot, so we go through a cache first.

Parameters

s	is the desired size
m	is the desired meta-type

Returns: the Datatype object

References findAdd(), getTypeArray(), glb, Architecture::max_basetype_size, TYPE_FLOAT, TYPE_UNKNOWN, typecache, typecache10, and typecache16.

◆ getBase() [2/2]

Datatype * TypeFactory::getBase	(	int4	s,
		type_metatype	m,
		const string &	n
	)

Get named atomic type.

Get or create a "base" type with a specified name and properties

Parameters

s	is the desired size
m	is the desired meta-type
n	is the desired name

Returns: the Database object

References findAdd(), Datatype::hashName(), and Datatype::id.

◆ getBaseNoChar()

Datatype * TypeFactory::getBaseNoChar	(	int4	s,
		type_metatype	m
	)

Get atomic type excluding "char".

Get a "base" data-type, given its size and metatype. If a 1-byte integer is requested, do NOT return a TypeChar

Parameters

s	is the size of the data-type
m	is the meta-type of the data-type

Returns: the Datatype object

References getBase(), TYPE_INT, and type_nochar.

Referenced by TypeOpIntLeft::getInputLocal(), TypeOpIntRight::getInputLocal(), and TypeOpIntSright::getInputLocal().

◆ getTypeArray()

TypeArray * TypeFactory::getTypeArray	(	int4	as,
		Datatype *	ao
	)

Construct an array data-type.

Parameters

as	is the number of elements in the desired array
ao	is the data-type of the array element

Returns: the TypeArray object

References findAdd(), Datatype::getStripped(), and Datatype::hasStripped().

Referenced by ScopeLocal::createEntry(), and getBase().

◆ getTypeChar()

TypeChar * TypeFactory::getTypeChar ( const string & n )

private

Create a default "char" type.

This creates a 1-byte character datatype (assumed to use UTF8 encoding)

Parameters

n	is the name to give the data-type

Returns: the new character Datatype object

References findAdd(), Datatype::hashName(), and Datatype::id.

Referenced by setCoreType().

◆ getTypeCode() [1/3]

TypeCode * TypeFactory::getTypeCode ( const string & nm )

private

Create a default "code" type.

Create a "function" or "executable" Datatype object This is used for anonymous function pointers with no prototype

Parameters

nm	is the name of the data-type

Returns: the new Datatype object

References findAdd(), getTypeCode(), Datatype::hashName(), Datatype::id, Datatype::markComplete(), and Datatype::name.

Referenced by ExternRefSymbol::buildNameType(), FunctionSymbol::buildType(), TypeOpCbranch::getInputLocal(), TypeOpCallind::getInputLocal(), TypeOpIndirect::getInputLocal(), and Funcdata::newCodeRef().

◆ getTypeCode() [2/3]

TypeCode * TypeFactory::getTypeCode	(	ProtoModel *	model,
		Datatype *	outtype,
		const vector< Datatype * > &	intypes,
		bool	dotdotdot
	)

Create a "function" datatype.

Creates a TypeCode object and associates a specific function prototype with it.

Parameters

model	is the prototype model associated with the function
outtype	is the return type of the function
intypes	is the array of input parameters of the function
dotdotdot	is true if the function takes variable arguments

Returns: the TypeCode object

References findAdd(), getTypeVoid(), Datatype::markComplete(), and TypeCode::setPrototype().

◆ getTypeCode() [3/3]

TypeCode * TypeFactory::getTypeCode ( void )

Get an "anonymous" function data-type.

Retrieve or create the core "code" Datatype object This has no prototype attached to it and is appropriate for anonymous function pointers.

Returns: the TypeCode object

References findAdd(), Datatype::markComplete(), TYPE_CODE, TYPE_FLOAT, and typecache.

Referenced by getTypeCode(), and setCoreType().

◆ getTypedef()

Datatype * TypeFactory::getTypedef	(	Datatype *	ct,
		const string &	name,
		uint8	id,
		uint4	format
	)

Create a new typedef data-type.

Find or create a data-type identical to the given data-type except for its name and id. If the name and id already describe an incompatible data-type, an exception is thrown.

Parameters

ct	is the given data-type to clone
name	is the new name for the clone
id	is the new id for the clone (or 0)
format	is a particular format to force when printing (or zero)

Returns: the (found or created) typedef data-type

References Datatype::clone(), Datatype::coretype, findByIdLocal(), Datatype::flags, Datatype::getTypedef(), Datatype::hashName(), Datatype::id, insert(), Datatype::name, Datatype::setDisplayFormat(), and Datatype::typedefImm.

Referenced by decodeTypedef().

◆ getTypeEnum()

TypeEnum * TypeFactory::getTypeEnum ( const string & n )

Create an (empty) enumeration.

The created enumeration will have no named values and a default configuration Named values must be added later.

Parameters

n	is the name of the enumeration

Returns: the TypeEnum object

References enumsize, enumtype, findAdd(), Datatype::hashName(), and Datatype::id.

◆ getTypePointer() [1/2]

TypePointer * TypeFactory::getTypePointer	(	int4	s,
		Datatype *	pt,
		uint4	ws
	)

Construct an absolute pointer data-type.

Allows "pointer to array" to be constructed

Parameters

s	is the size of the pointer
pt	is the pointed-to data-type
ws	is the wordsize associated with the pointer

Returns: the TypePointer object

References findAdd(), Datatype::getStripped(), and Datatype::hasStripped().

Referenced by ParamListStandard::assignMap(), ParamListStandardOut::assignMap(), ExternRefSymbol::buildNameType(), TypePointer::downChain(), TypePointerRel::downChain(), Funcdata::forceFacingType(), TypeOpLoad::getInputCast(), TypeOpStore::getInputCast(), TypeOpCbranch::getInputLocal(), TypeOpCallind::getInputLocal(), TypeOpIndirect::getInputLocal(), TypeOpPtrsub::getOutputToken(), getTypePointerNoDepth(), TypePointerRel::markEphemeral(), Funcdata::prepareThisPointer(), TypeOpEqual::propagateAcrossCompare(), TypeOpIntAdd::propagateAddIn2Out(), TypeOpCopy::propagateType(), TypeOpIntXor::propagateType(), TypeOpIntAnd::propagateType(), TypeOpIntOr::propagateType(), TypeOpMulti::propagateType(), TypeOpIndirect::propagateType(), TypeOpSegment::propagateType(), ResolvedUnion::ResolvedUnion(), ScoreUnionFields::scoreTrialUp(), Funcdata::spacebase(), and Funcdata::spacebaseConstant().

◆ getTypePointer() [2/2]

TypePointer * TypeFactory::getTypePointer	(	int4	s,
		Datatype *	pt,
		uint4	ws,
		const string &	n
	)

Construct a named pointer data-type.

The given name is attached, which distinguishes the returned data-type from other unnamed (or differently named) pointers that otherwise have the same attributes.

Parameters

s	is the size of the pointer
pt	is the pointed-to data-type
ws	is the wordsize associated with the pointer
n	is the given name to attach to the pointer

Returns: the TypePointer object

References findAdd(), Datatype::getStripped(), Datatype::hashName(), Datatype::hasStripped(), Datatype::id, and Datatype::name.

◆ getTypePointerNoDepth()

TypePointer * TypeFactory::getTypePointerNoDepth	(	int4	s,
		Datatype *	pt,
		uint4	ws
	)

Construct a depth limited pointer data-type.

Parameters

s	is the size of the pointer
pt	is the pointed-to data-type
ws	is the wordsize associated with the pointer

Returns: the TypePointer object

References getBase(), Datatype::getMetatype(), Datatype::getSize(), getTypePointer(), TYPE_PTR, and TYPE_UNKNOWN.

Referenced by TypeOpLoad::propagateType(), and TypeOpStore::propagateType().

◆ getTypePointerRel() [1/2]

TypePointerRel * TypeFactory::getTypePointerRel	(	int4	sz,
		Datatype *	parent,
		Datatype *	ptrTo,
		int4	ws,
		int4	off,
		const string &	nm
	)

Build a named pointer offset into a larger container.

The resulting data-type is named and not ephemeral and will display as a formal data-type in decompiler output.

Parameters

sz	is the size in bytes of the pointer
parent	is data-type of the parent container being indirectly pointed to
ptrTo	is the data-type being pointed directly to
ws	is the addressable unit size of pointed to data
off	is the offset of the pointed-to data-type relative to the container
nm	is the name to associate with the pointer

Returns: the new/matching pointer

References findAdd(), Datatype::hashName(), Datatype::id, and Datatype::name.

◆ getTypePointerRel() [2/2]

TypePointerRel * TypeFactory::getTypePointerRel	(	TypePointer *	parentPtr,
		Datatype *	ptrTo,
		int4	off
	)

Get pointer offset relative to a container.

Find/create a pointer data-type that points at a known offset relative to a containing data-type. The resulting data-type is unnamed and ephemeral.

Parameters

parentPtr	is a model pointer data-type, pointing to the containing data-type
ptrTo	is the data-type being pointed directly to
off	is the offset of the pointed-to data-type relative to the container

Returns: the new/matching pointer

References findAdd(), TypePointerRel::markEphemeral(), TypePointer::ptrto, Datatype::size, and TypePointer::wordsize.

Referenced by IfcPointerSetting::execute(), and TypeOpIntAdd::propagateAddIn2Out().

◆ getTypePointerStripArray()

TypePointer * TypeFactory::getTypePointerStripArray	(	int4	s,
		Datatype *	pt,
		uint4	ws
	)

Construct a pointer data-type, stripping an ARRAY level.

This creates a pointer to a given data-type. If the given data-type is an array, the TYPE_ARRAY property is stripped off, and a pointer to the array element data-type is returned.

Parameters

s	is the size of the pointer
pt	is the pointed-to data-type
ws	is the wordsize associated with the pointer

Returns: the TypePointer object

References findAdd(), Datatype::getMetatype(), Datatype::getStripped(), Datatype::hasStripped(), and TYPE_ARRAY.

Referenced by TypePointer::downChain(), ScoreUnionFields::ScoreUnionFields(), and Funcdata::spacebaseConstant().

◆ getTypePointerWithSpace()

TypePointer * TypeFactory::getTypePointerWithSpace	(	Datatype *	ptrTo,
		AddrSpace *	spc,
		const string &	nm
	)

Build a named pointer with an address space attribute.

The new data-type acts like a typedef of a normal pointer but can affect the resolution of constants by the type propagation system.

Parameters

ptrTo	is the data-type being pointed directly to
spc	is the address space to associate with the pointer
nm	is the name to associate with the pointer

Returns: the new/matching pointer

References findAdd(), Datatype::hashName(), Datatype::id, and Datatype::name.

Referenced by IfcPointerSetting::execute().

◆ getTypeSpacebase()

TypeSpacebase * TypeFactory::getTypeSpacebase	(	AddrSpace *	id,
		const Address &	addr
	)

Create a "spacebase" type.

Creates the special TypeSpacebase with an associated address space and scope

Parameters

id	is the address space
addr	specifies the function scope, or isInvalid() for global scope

Returns: the TypeSpacebase object

References findAdd(), and glb.

Referenced by Funcdata::spacebase(), and Funcdata::spacebaseConstant().

◆ getTypeStruct()

TypeStruct * TypeFactory::getTypeStruct ( const string & n )

Create an (empty) structure.

The created structure will be incomplete and have no fields. They must be added later.

Parameters

n	is the name of the structure

Returns: the TypeStruct object

References findAdd(), Datatype::hashName(), Datatype::id, and Datatype::name.

◆ getTypeUnicode()

TypeUnicode * TypeFactory::getTypeUnicode	(	const string &	nm,
		int4	sz,
		type_metatype	m
	)

private

Create a default "unicode" type.

This creates a multi-byte character data-type (using UTF16 or UTF32 encoding)

Parameters

nm	is the name to give the data-type
sz	is the size of the data-type in bytes
m	is the presumed meta-type when treating the character as an integer

Returns: the new character Datatype object

References findAdd(), Datatype::hashName(), and Datatype::id.

Referenced by setCoreType().

◆ getTypeUnion()

TypeUnion * TypeFactory::getTypeUnion ( const string & n )

Create an (empty) union.

The created union will be incomplete and have no fields. They must be added later.

Parameters

n	is the name of the union

Returns: the TypeUnion object

References findAdd(), Datatype::hashName(), Datatype::id, and Datatype::name.

◆ getTypeVoid()

TypeVoid * TypeFactory::getTypeVoid ( void )

Get the "void" data-type.

There should be exactly one instance of the "void" Datatype object, which this fetches

Returns: the "void" data-type

References TypeVoid::clone(), Datatype::getName(), Datatype::hashName(), Datatype::id, nametree, tree, TYPE_FLOAT, TYPE_VOID, and typecache.

Referenced by ActionDefaultParams::apply(), ProtoModel::assignParameterStorage(), PrintC::buildTypeStack(), ProtoStoreSymbol::clearOutput(), Override::decode(), TypeCode::decodePrototype(), decodeTypeNoRef(), IfcProtooverride::execute(), getTypeCode(), FuncProto::paramShift(), Funcdata::prepareThisPointer(), ProtoStoreSymbol::ProtoStoreSymbol(), PrintJava::pushTypeStart(), and setCoreType().

◆ insert()

void TypeFactory::insert ( Datatype * newtype )

private

Insert pointer into the cross-reference sets.

Internal method for finally inserting a new Datatype pointer

Parameters

newtype is the new pointer

References Datatype::getId(), Datatype::id, nametree, Datatype::printRaw(), and tree.

Referenced by findAdd(), and getTypedef().

◆ orderRecurse()

void TypeFactory::orderRecurse	(	vector< Datatype * > &	deporder,
		DatatypeSet &	mark,
		Datatype *	ct
	)		const

private

Write out dependency list.

Recursively write out all the components of a data-type in dependency order Component data-types will come before the data-type containing them in the list.

Parameters

deporder	holds the ordered list of data-types to construct
mark	is a "marking" container to prevent cycles
ct	is the data-type to have written out

References Datatype::getDepend(), Datatype::numDepend(), orderRecurse(), and Datatype::typedefImm.

Referenced by dependentOrder(), and orderRecurse().

◆ parseEnumConfig()

void TypeFactory::parseEnumConfig ( Decoder & decoder )

Parse the <enum> tag.

Recover default enumeration properties (size and meta-type) from an <enum> XML tag. Should probably consider this deprecated. These values are only used by the internal C parser. param el is the XML element

References ATTRIB_SIGNED, Decoder::closeElement(), ELEM_ENUM, enumsize, enumtype, Decoder::openElement(), Decoder::readBool(), Decoder::readSignedInteger(), TYPE_INT, and TYPE_UINT.

Referenced by Architecture::parseCompilerConfig().

◆ recalcPointerSubmeta()

void TypeFactory::recalcPointerSubmeta	(	Datatype *	base,
		sub_metatype	sub
	)

private

Recalculate submeta for pointers to given base data-type.

Search for pointers that match the given ptrto and sub-metatype and change it to the current calculated sub-metatype. A change in the sub-metatype may involve reinserting the pointer data-type in the functional tree.

Parameters

base	is the given base data-type
sub	is the type of pointer to search for

References Datatype::getMetatype(), TypePointer::ptrto, Datatype::submeta, tree, and TYPE_PTR.

Referenced by setFields().

◆ setCoreType()

void TypeFactory::setCoreType	(	const string &	name,
		int4	size,
		type_metatype	meta,
		bool	chartp
	)

Create a core data-type.

Manually create a "base" core type. This currently must be called before any pointers or arrays are defined off of the type.

Parameters

name	is the data-type name
size	is the size of the data-type
meta	is the meta-type of the data-type
chartp	is true if a character type should be created

References Datatype::coretype, Datatype::flags, getBase(), getTypeChar(), getTypeCode(), getTypeUnicode(), getTypeVoid(), TYPE_CODE, and TYPE_VOID.

Referenced by ArchitectureGhidra::buildTypegrp(), and SleighArchitecture::buildTypegrp().

◆ setDisplayFormat()

void TypeFactory::setDisplayFormat	(	Datatype *	ct,
		uint4	format
	)

Set the display format associated with the given data-type.

The display format for the data-type is changed based on the given format. A value of zero clears any preexisting format. Otherwise the value can be one of: 1=hex, 2=dec, 4=oct, 8=bin, 16=char

Parameters

ct	is the given data-type to change
format	is the given format

References Datatype::setDisplayFormat().

Referenced by IfcForceDatatypeFormat::execute().

◆ setEnumValues()

bool TypeFactory::setEnumValues	(	const vector< string > &	namelist,
		const vector< uintb > &	vallist,
		const vector< bool > &	assignlist,
		TypeEnum *	te
	)

Set named values for an enumeration.

Set the list of enumeration values and identifiers for a TypeEnum Fill in any values for any names that weren't explicitly assigned and check for duplicates.

Parameters

namelist	is the list of names in the enumeration
vallist	is the corresponding list of values assigned to names in namelist
assignlist	is true if the corresponding name in namelist has an assigned value
te	is the enumeration object to modify

Returns: true if the modification is successful (no duplicate names)

References calc_mask(), Datatype::getSize(), TypeEnum::setNameMap(), and tree.

◆ setFields() [1/2]

bool TypeFactory::setFields	(	vector< TypeField > &	fd,
		TypeStruct *	ot,
		int4	fixedsize,
		uint4	flags
	)

Set fields on a TypeStruct.

Make sure all the offsets are fully established then set fields of the structure If fixedsize is greater than 0, force the final structure to have that size. This method should only be used on an incomplete structure. It will mark the structure as complete.

Parameters

fd	is the list of fields to set
ot	is the TypeStruct object to modify
fixedsize	is 0 or the forced size of the structure
flags	are other flags to set on the structure

Returns: true if modification was successful

References Datatype::flags, Datatype::getMetatype(), Datatype::getName(), Datatype::getSize(), Datatype::isIncomplete(), Datatype::opaque_string, recalcPointerSubmeta(), TypeStruct::setFields(), Datatype::size, SUB_PTR, SUB_PTR_STRUCT, tree, Datatype::type_incomplete, TYPE_VOID, and Datatype::variable_length.

Referenced by decodeStruct(), decodeTypedef(), and decodeUnion().

◆ setFields() [2/2]

bool TypeFactory::setFields	(	vector< TypeField > &	fd,
		TypeUnion *	ot,
		int4	fixedsize,
		uint4	flags
	)

Set fields on a TypeUnion.

If fixedsize is greater than 0, force the final structure to have that size. This method should only be used on an incomplete union. It will mark the union as complete.

Parameters

fd	is the list of fields to set
ot	is the TypeUnion object to modify
fixedsize	is 0 or the forced size of the union
flags	are other flags to set on the union

Returns: true if modification was successful

References Datatype::flags, Datatype::getMetatype(), Datatype::getName(), Datatype::isIncomplete(), TypeUnion::setFields(), Datatype::size, tree, Datatype::type_incomplete, TYPE_VOID, and Datatype::variable_length.

◆ setName()

Datatype * TypeFactory::setName	(	Datatype *	ct,
		const string &	n
	)

Set the given types name.

This routine renames a Datatype object and fixes up cross-referencing

Parameters

ct	is the data-type to rename
n	is the new name

Returns: the renamed Datatype object

References Datatype::hashName(), Datatype::id, Datatype::name, nametree, and tree.

◆ setPrototype()

void TypeFactory::setPrototype	(	const FuncProto *	fp,
		TypeCode *	newCode,
		uint4	flags
	)

Set the prototype on a TypeCode.

The given prototype is copied into the given code data-type This method should only be used on an incomplete TypeCode. It will mark the TypeCode as complete.

Parameters

fp	is the given prototype to copy
newCode	is the given code data-type
flags	are additional flags to transfer into the code data-type

References Datatype::flags, Datatype::isIncomplete(), TypeCode::setPrototype(), tree, Datatype::type_incomplete, and Datatype::variable_length.

Referenced by decodeCode().

◆ setupSizes()

void TypeFactory::setupSizes ( void )

Derive some size information from Architecture.

Set up default values for size of "int", structure alignment, and enums.

References align, enumsize, enumtype, AddrSpaceManager::getDefaultSize(), AddrSpace::getSpacebase(), AddrSpaceManager::getStackSpace(), glb, VarnodeData::size, sizeOfInt, sizeOfLong, and TYPE_UINT.

Referenced by Architecture::parseCompilerConfig().

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

type.hh
type.cc

Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ TypeFactory()

Member Function Documentation

◆ cacheCoreTypes()

◆ clear()

◆ clearCache()

◆ clearNoncore()

◆ concretize()

◆ decode()

◆ decodeCode()

◆ decodeCoreTypes()

◆ decodeDataOrganization()

◆ decodeStruct()

◆ decodeType()

◆ decodeTypedef()

◆ decodeTypeNoRef()

◆ decodeTypeWithCodeFlags()

◆ decodeUnion()

◆ dependentOrder()

◆ destroyType()

◆ encode()

◆ encodeCoreTypes()

◆ findAdd()

◆ findById()

◆ findByIdLocal()

◆ findByName()

◆ findNoName()

◆ getBase() [1/2]

◆ getBase() [2/2]

◆ getBaseNoChar()

◆ getTypeArray()

◆ getTypeChar()

◆ getTypeCode() [1/3]

◆ getTypeCode() [2/3]

◆ getTypeCode() [3/3]

◆ getTypedef()

◆ getTypeEnum()

◆ getTypePointer() [1/2]

◆ getTypePointer() [2/2]

◆ getTypePointerNoDepth()

◆ getTypePointerRel() [1/2]

◆ getTypePointerRel() [2/2]

◆ getTypePointerStripArray()

◆ getTypePointerWithSpace()

◆ getTypeSpacebase()

◆ getTypeStruct()

◆ getTypeUnicode()

◆ getTypeUnion()

◆ getTypeVoid()

◆ insert()

◆ orderRecurse()

◆ parseEnumConfig()

◆ recalcPointerSubmeta()

◆ setCoreType()

◆ setDisplayFormat()

◆ setEnumValues()

◆ setFields() [1/2]

◆ setFields() [2/2]

◆ setName()

◆ setPrototype()

◆ setupSizes()