Microsoft PE .EXE portable executable file format. More...

#include <peexe.h>

Inheritance diagram for Microsoft::PEFormat:

Classes
class	BaseRelocation
	Represents a base relocation, as stored in the image. More...

class	BaseRelocationBlock
	A block of base relocations, corresponding to a single page in the image. More...

class	BaseRelocationsSection
	Represents a `.reloc` section for the base relocations for the binary. More...

class	ExportedEntry
	Represents a single exported entry in the file. More...

class	ExportsSection
	Represents an `.edata` section for the exported entries in the binary. More...

class	ImportDirectory
	A collection of the imported names for a specific dynamic linking library. More...

class	ImportsSection
	Represents an `.idata` section for imported DLLs in the binary. More...

class	PEOptionalHeader
	The PE optional header as specified by Microsoft. More...

class	PEOptionCollector

class	Resource
	Represents a resource inside the image. More...

class	ResourceDirectory

class	ResourcesSection
	Represents an `.rsrc` resource section in the binary. More...

class	Section
	A section, with the PE extensions. More...

struct	version_type
	Represents a version entry with major and minor versions. More...

Public Types
enum	target_type { TargetWin9x = 1 , TargetWinNT , TargetWinCE , TargetMacintosh , TargetWin32s , TargetTNT , TargetEFI , TargetDotNET , TargetXbox }
	Represents settings and assumptions about the target. More...

enum	output_type { OUTPUT_EXE , OUTPUT_DLL , OUTPUT_SYS }
	Represents the target image type. More...

enum	{ FLAG_NO_RELOCATIONS = 0x0001 , FLAG_EXECUTABLE = 0x0002 , FLAG_NO_LINE_NUMBERS = 0x0004 , FLAG_NO_SYMBOLS = 0x0008 , FLAG_TRIM_WORKING_SET = 0x0010 , FLAG_LARGE_ADDRESS = 0x0020 , FLAG_LITTLE_ENDIAN = 0x0080 , FLAG_32BIT = 0x0100 , FLAG_NO_DEBUG = 0x0200 , FLAG_ON_REMOVABLE = 0x0400 , FLAG_ON_NETWORK = 0x0800 , FLAG_SYSTEM = 0x1000 , FLAG_LIBRARY = 0x2000 , FLAG_UNIPROCESSOR_ONLY = 0x4000 , FLAG_BIG_ENDIAN = 0x8000 }
	COFF file header flags, most of these are obsolete, we only use them as precombined flag sets. More...

Public Types inherited from COFF::COFFFormat
enum	cpu { CPU_UNKNOWN = 0 , CPU_I386 = 0x014C , CPU_M68K = 0x0150 , CPU_W65 = 0x6500 , CPU_Z80 = 0x805A , CPU_Z8K = 0x8000 , CPU_I86 = 0x0148 , CPU_NS32K = 0x0154 , CPU_I370 = 0x0158 , CPU_MIPS = 0x0160 , CPU_M88K = 0x016D , CPU_WE32K = 0x0170 , CPU_VAX = 0x0178 , CPU_AM29K = 0x017A , CPU_ALPHA = 0x0183 , CPU_PPC = 0x01DF , CPU_PPC64 = 0x01F7 , CPU_SHARC = 0x521C , CPU_C5400 = 0x0098 , CPU_C6000 = 0x0099 , CPU_C5500 = 0x009C , CPU_MSP430 = 0x00A0 , CPU_I860 = 0x014D , CPU_SH = 0x01A2 , CPU_ARM = 0x01C0 , CPU_AM33 = 0x01D3 , CPU_IA64 = 0x0200 , CPU_HPPA = 0x0290 , CPU_EFI = 0x0EBC , CPU_RISCV32 = 0x5032 , CPU_RISCV64 = 0x5064 , CPU_RISCV128 = 0x5128 , CPU_AMD64 = 0x8664 , CPU_M32R = 0x9041 , CPU_ARM64 = 0xAA64 }
	Represents the first 16-bit word of a COFF file. More...

enum	COFFVariantType { COFF = 1 , ECOFF = 2 , XCOFF32 = 3 , XCOFF64 = 4 , PECOFF = 5 , TICOFF = 6 , TICOFF1 = 7 }
	Variants of the COFF file format. More...

enum	format_type { GENERIC , DJGPP , CDOS68K , CDOS386 , WINDOWS }
	Represents the type of target system, which will determine the CPU type and several other fields. More...

enum	{ FLAG_NO_RELOCATIONS = 0x0001 , FLAG_EXECUTABLE = 0x0002 , FLAG_NO_LINE_NUMBERS = 0x0004 , FLAG_NO_SYMBOLS = 0x0008 , FLAG_PDP11_ENDIAN = 0x0080 , FLAG_32BIT_LITTLE_ENDIAN = 0x0100 , FLAG_32BIT_BIG_ENDIAN = 0x0200 , OMAGIC = 0x0107 , NMAGIC = 0x0108 , ZMAGIC = 0x010B , MAGIC_FLEXOS386 = 0x01C0 }
	COFF file header flags, most of these are obsolete, we only use them as precombined flag sets. More...

Public Member Functions
PEOptionalHeader &	GetOptionalHeader ()
	Retrieves the optional header.

const PEOptionalHeader &	GetOptionalHeader () const
	Retrieves the optional header.

bool	Is64Bit () const
	Whether the file is in the PE32+ (64-bit) format.

uint32_t	AddressToRVA (offset_t address) const
	Converts a virtual address into an image base relative virtual address.

offset_t	RVAToAddress (uint32_t rva, bool suppress_on_zero=false) const
	Converts an image base relative virtual address into a virtual address.

void	AddBaseRelocation (uint32_t rva, BaseRelocation::relocation_type type, uint16_t low_ref=0)
	Adds a base relocation at the specified relative virtual address.

void	ReadFile (Linker::Reader &rd) override
	Loads file into memory.

::EndianType	GetMachineEndianType () const

void	CalculateValues () override
	Intermediate step between processing module and generating output file to set up headers and management sections It is expected that after a module is processed, additional steps are required to evaluate the final values of the fields.

offset_t	WriteFile (Linker::Writer &wr) const override
	Stores data in memory to file.

void	Dump (Dumper::Dumper &dump) const override
	Display file contents in a nice manner.

bool	FormatSupportsLibraries () const override
	Whether the format supports libraries.

unsigned	FormatAdditionalSectionFlags (std::string section_name) const override

std::shared_ptr< Resource > &	AddResource (std::shared_ptr< Resource > &resource)

ImportDirectory &	FetchImportLibrary (std::string library_name, bool create_if_not_present=false)

void	AddImportByName (std::string library_name, std::string entry_name, uint16_t hint)

void	AddImportByOrdinal (std::string library_name, uint16_t ordinal)

std::vector< Linker::OptionDescription< void > * >	GetLinkerScriptParameterNames () override
	Returns a list of the parameters used in the linker scripts, used for documentation.

std::shared_ptr< Linker::OptionCollector >	GetOptions () override
	Returns object containing a sequence of option fields provided with the -S command line flag.

void	SetOptions (std::map< std::string, std::string > &options) override
	Passes command line parameters as settings over to format object.

void	OnNewSegment (std::shared_ptr< Linker::Segment > segment) override
	Callback function when allocating a new segment When the linker script runs, it creates segments consecutively. Overriding this method permits the output format to handle the allocated segment.

std::unique_ptr< Script::List >	GetScript (Linker::Module &module)

void	Link (Linker::Module &module)

void	ProcessModule (Linker::Module &module) override
	Processes the module object and initializes format fields.

void	GenerateFile (std::string filename, Linker::Module &module) override
	The main function that handles processing, calculating and generating the final image.

std::string	GetDefaultExtension (Linker::Module &module, std::string filename) const override
	Appends a default extension to the filename.

Public Member Functions inherited from COFF::COFFFormat
::EndianType	GetEndianType () const
	Retrieves the natural byte order for the architecture.

void	Clear () override
	Resets all fields to their default values, deallocate memory.

void	AssignMagicValue (uint16_t value, ::EndianType as_endian_type)
	Loads the specified 16-bit integer in the specified byte order into the COFF header signature.

void	AssignMagicValue (uint16_t value)
	Loads the specified 16-bit integer in the currently set byte order into the COFF header signature.

void	AssignMagicValue ()
	Loads the currently set CPU value in the currently set byte order into the COFF header signature.

bool	DetectCpuType (::EndianType expected)

void	DetectCpuType ()

offset_t	ImageSize () const override
	Retrieves size of stored data.

void	SetupOptions (std::shared_ptr< Linker::OutputFormat > format) override
	Initializes the reader for linking purposes.

bool	FormatRequiresDataStreamFix () const override
	Whether the generated file might contain bugs that require fixing.

void	GenerateModule (Linker::Module &module) const override
	Loads the information into a module object, a convenience method when there is a single module generated.

	COFFFormat (format_type type=GENERIC, COFFVariantType coff_variant=COFF, EndianType endiantype=::UndefinedEndian)

void	CreateDefaultSegments ()

std::unique_ptr< Script::List >	GetScript (Linker::Module &module)

void	Link (Linker::Module &module)

std::shared_ptr< Linker::Segment >	GetSegment (std::shared_ptr< Section > &section)
	Return the segment stored inside the section, note that this only works for binary generation.

std::shared_ptr< Linker::Segment >	GetCodeSegment ()

std::shared_ptr< Linker::Segment >	GetDataSegment ()

std::shared_ptr< Linker::Segment >	GetBssSegment ()

Public Member Functions inherited from Linker::InputFormat
virtual void	ProduceModule (ModuleCollector &linker, Reader &rd, std::string file_name)
	Reads a file and loads the information into a module object.

virtual void	ProduceModule (Module &module, Reader &rd)
	Reads a file and loads the information into a module object, a convenience method when there is a single module generated.

virtual void	GenerateModule (ModuleCollector &linker, std::string file_name, bool is_library=false) const
	Loads the information into a module object.

virtual bool	FormatProvidesSegmentation () const
	Whether the format enables multiple x86 segments.

virtual bool	FormatProvidesResources () const
	Whether the format supports resources.

virtual bool	FormatProvidesLibraries () const
	Whether the format enables importing/exporting libraries.

Public Member Functions inherited from Linker::Format
	Format (offset_t file_offset=0)

offset_t	ImageSize () const override
	Retrieves size of stored data.

offset_t	WriteFile (Writer &wr, offset_t count, offset_t offset=0) const override
	Writes data of non-zero filled sections.

Public Member Functions inherited from Linker::Image
virtual std::shared_ptr< const ActualImage >	AsImage () const
	Retrieves a randomly accessible image.

std::shared_ptr< ActualImage >	AsImage ()
	Retrieves a randomly accessible image.

Public Member Functions inherited from Linker::SegmentManager
void	ClearSegmentManager ()

void	SetLinkScript (std::string script_file, std::map< std::string, std::string > &options) override
	Sets up the linker script and linker parameters.

std::unique_ptr< Script::List >	GetScript (Module &module)
	Compiles the linker script into an internal format.

offset_t	GetCurrentAddress () const
	Retrieves current address pointer.

void	SetCurrentAddress (offset_t address)
	Moves the current address pointer further, and if the current segment already contains data, fill it up to the point.

void	AlignCurrentAddress (offset_t align)
	Aligns current address to alignment, using SetCurrentAddress.

void	SetLatestBase (offset_t address)
	Sets the base of the current section (the value from which offsets are counted from)

void	FinishCurrentSegment ()
	Closes the current segment, sets current_segment to null.

std::shared_ptr< Segment >	AppendSegment (std::string name)
	Terminates the current segment (if there is one), creates a new segment and attaches it to the image.

std::shared_ptr< Segment >	FetchSegment (std::string name)
	Attempts to fetch a segment, returns null if not found.

void	AppendSection (std::shared_ptr< Section > section)
	Adds a new section to the current segment, sets the base to the same as the segment.

void	ProcessScript (std::unique_ptr< Script::List > &directives, Module &module)
	Executes a parsed linker script on a module and collects segments The function OnNewSegment can be defined to handle each newly allocated segment.

void	ProcessAction (std::unique_ptr< Script::Node > &action, Module &module)

void	PostProcessAction (std::unique_ptr< Script::Node > &action, Module &module)

void	ProcessCommand (std::unique_ptr< Script::Node > &command, Module &module)

bool	CheckPredicate (std::unique_ptr< Script::Node > &predicate, std::shared_ptr< Section > section, Module &module)

offset_t	EvaluateExpression (std::unique_ptr< Script::Node > &expression, Module &module)

Public Member Functions inherited from Linker::OutputFormat
virtual bool	AddSupplementaryOutputFormat (std::string subformat)
	If the output format actually drives multiple output formats (resource file, apple double, etc.), specify multiple types, return false if unknown.

virtual std::vector< OptionDescription< void > >	GetMemoryModelNames ()
	Returns a list of the supported memory models, used for documentation.

virtual std::vector< OptionDescription< void > >	GetSpecialSymbolNames ()
	Returns a list of special symbol names recognized by the format, used for documentation.

std::optional< std::string >	FetchOption (std::map< std::string, std::string > &options, std::string name)
	Convenience method to look up option by name.

std::string	FetchOption (std::map< std::string, std::string > &options, std::string name, std::string default_value)
	Convenience method to look up option by name, returning default value if name is missing.

std::optional< offset_t >	FetchIntegerOption (std::map< std::string, std::string > &options, std::string name)
	Convenience method to look up option by name and convert it to integer.

virtual void	SetModel (std::string model)
	Sets the way memory is organized, typically modifying a built-in script.

virtual std::string	GetDefaultExtension (Module &module) const
	Provides a default filename for the output file.

virtual bool	FormatSupportsSegmentation () const
	Whether the format supports multiple segments.

virtual bool	FormatIs16bit () const
	Whether the format is 16-bit or not.

virtual bool	FormatIsProtectedMode () const
	Whether the format is in protected mode or not (x86 only)

virtual bool	FormatIsLinear () const
	Whether the address space is linear or segmented.

virtual bool	FormatSupportsResources () const
	Whether the format supports resources.

Public Attributes
char	pe_signature [4]

std::shared_ptr< ResourcesSection >	resources = std::make_shared<ResourcesSection>()
	The resources in this file.

std::shared_ptr< ImportsSection >	imports = std::make_shared<ImportsSection>()
	The collection of imports in the file.

std::shared_ptr< ExportsSection >	exports = std::make_shared<ExportsSection>()
	The collection of exported symbols.

std::shared_ptr< BaseRelocationsSection >	base_relocations = std::make_shared<BaseRelocationsSection>()
	The collection of base relocations.

MZStubWriter	stub

target_type	target = target_type(0)
	The expected target system, only used for setting up default values.

output_type	output = OUTPUT_EXE

bool	option_relocatable = true
	Make generated image relocatable (TODO: expose as command line option)

bool	option_include_deprecated_flags = false
	Certain header flags are deprecated and should be zero, this option sets them if applicable (TODO: expose as command line option)

bool	option_coff_line_numbers = false
	Include COFF line numbers (TODO: not implemented)

bool	option_coff_local_symbols = false
	Include COFF local symbols (TODO: not implemented)

bool	option_debug_info = false
	Include debug information (TODO: not implemented)

Public Attributes inherited from COFF::COFFFormat
offset_t	file_size

char	signature [2] = { }
	The actual value of the magic number (COFF name: f_magic)

std::vector< std::shared_ptr< Section > >	sections
	The list of COFF sections.

uint16_t	section_count = 0
	Section count (COFF name: f_nscns)

uint32_t	timestamp = 0
	Time stamp, unused (COFF name: f_timdat)

offset_t	symbol_table_offset = 0
	Offset to the first symbol (COFF name: f_symptr)

uint32_t	symbol_count = 0
	The number of symbols (COFF name: f_nsyms)

std::vector< std::unique_ptr< Symbol > >	symbols
	The symbols stored inside the COFF file.

uint32_t	optional_header_size = 0
	The size of the optional header (COFF: f_opthdr)

uint16_t	flags = 0
	COFF flags, such as whether the file is executable (f_flags)

uint16_t	target = 0
	TI system target ID.

std::unique_ptr< OptionalHeader >	optional_header = nullptr
	The optional header instance used for reading/writing the COFF file.

std::map< uint32_t, CDOS68K_Relocation >	relocations
	Concurrent DOS 68K requires a special block of data to represent "crunched" relocations (see CPM68KWriter for more details)

COFFVariantType	coff_variant = AnyCOFFVariant

cpu	cpu_type = CPU_UNKNOWN
	The CPU type, reflected by the first 16-bit word of a COFF file.

::EndianType	endiantype = ::UndefinedEndian
	The byte order.

bool	option_segmentation = false

Microsoft::MZSimpleStubWriter	stub

format_type	type = GENERIC
	A representation of the format to generate.

bool	option_no_relocation = false
	Suppress relocation generation, only relevant for Concurrent DOS 68K, since the other target formats do not store relocations.

uint32_t	stub_size = 0
	Size of MZ stub, only used for DJGPP COFF executables.

std::shared_ptr< Linker::Segment >	stack
	Concurrent DOS 68K and FlexOS 386: The stack segment, not stored as part of any section.

uint32_t	entry_address = 0
	Entry address, gets stored in optional header later.

uint32_t	relocations_offset = 0
	Concurrent DOS 68K: Offset to relocations.

Public Attributes inherited from Linker::Format
offset_t	file_offset

Public Attributes inherited from Linker::SegmentManager
offset_t	current_base = 0
	The base address of the current section.

std::vector< std::shared_ptr< Segment > >	segment_vector
	Ordered sequence of segments.

std::map< std::string, std::shared_ptr< Segment > >	segment_map
	Map of segments from their names.

std::shared_ptr< Segment >	current_segment
	Currently processed segment.

std::map< std::string, Location >	linker_parameters
	Parameters that permit customizing the linker script.

std::string	linker_script
	Contents of the linker script.

Static Public Attributes
static std::vector< Linker::OptionDescription< void > * >	ParameterNames

Static Public Attributes inherited from COFF::COFFFormat
static constexpr COFFVariantType	AnyCOFFVariant = COFFVariantType(0)

static const std::map< uint32_t, MachineType >	MACHINE_TYPES

static std::vector< Linker::OptionDescription< void > * >	ParameterNames

Additional Inherited Members
Protected Member Functions inherited from COFF::COFFFormat
void	ReadCOFFHeader (Linker::Reader &rd)

void	ReadOptionalHeader (Linker::Reader &rd)

void	ReadRestOfFile (Linker::Reader &rd)

offset_t	WriteFileContents (Linker::Writer &wr) const

Protected Attributes inherited from Linker::SegmentManager
offset_t	current_address = 0
	Holds the current address value when there is no current_segment.

bool	current_is_template = false

bool	current_is_template_head = false

offset_t	template_counter = 0

std::string	current_template_name

Detailed Description

Microsoft PE .EXE portable executable file format.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

COFF file header flags, most of these are obsolete, we only use them as precombined flag sets.

Enumerator
FLAG_NO_RELOCATIONS	IMAGE_FILE_RELOCS_STRIPPED (F_RELFLG)
FLAG_EXECUTABLE	IMAGE_FILE_EXECUTABLE_IMAGE (F_EXEC)
FLAG_NO_LINE_NUMBERS	(deprecated) IMAGE_FILE_LINE_NUMS_STRIPPED (F_LNNO)
FLAG_NO_SYMBOLS	(deprecated) IMAGE_FILE_LOCAL_SYMS_STRIPPED (F_LSYMS)
FLAG_TRIM_WORKING_SET	(deprecated) IMAGE_FILE_AGGRESSIVE_WS_TRIM (no COFF meaning)
FLAG_LARGE_ADDRESS	IMAGE_FILE_LARGE_ADDRESS_AWARE (no COFF meaning)
FLAG_LITTLE_ENDIAN	(deprecated) IMAGE_FILE_BYTES_REVERSED_LO (redefined from COFF F_AR16WR)
FLAG_32BIT	IMAGE_FILE_32BIT_MACHINE (redefined from COFF F_AR32WR)
FLAG_NO_DEBUG	IMAGE_FILE_DEBUG_STRIPPED (redefined from COFF F_AR32W)
FLAG_ON_REMOVABLE	IMAGE_FILE_REMOVABLE_RUN_FROM_SWAP.
FLAG_ON_NETWORK	IMAGE_FILE_NET_RUN_FROM_SWAP.
FLAG_SYSTEM	IMAGE_FILE_SYSTEM.
FLAG_LIBRARY	IMAGE_FILE_DLL.
FLAG_UNIPROCESSOR_ONLY	IMAGE_FILE_UP_SYSTEM_ONLY.
FLAG_BIG_ENDIAN	(deprecated) IMAGE_FILE_BYTES_REVERSED_HI

◆ output_type

enum Microsoft::PEFormat::output_type

Represents the target image type.

Enumerator
OUTPUT_EXE	An executable image, conventionally taking the suffix `.exe`
OUTPUT_DLL	A dynamically linked library, conventionally taking the suffix `.dll`
OUTPUT_SYS	A system file or driver, conventionally taking the suffix `.sys`

◆ target_type

enum Microsoft::PEFormat::target_type

Represents settings and assumptions about the target.

Enumerator
TargetWin9x	Windows 95/98/ME.
TargetWinNT	Windows NT kernel.
TargetWinCE	Windows CE kernel.
TargetMacintosh	Windows Portability Library.
TargetWin32s	Win32s compatibility library for Windows 3.1.
TargetTNT	Phar Lap TNT DOS Extender.
TargetEFI	EFI and UEFI firmware.
TargetDotNET	.NET environment
TargetXbox	Xbox.

Member Function Documentation

◆ AddBaseRelocation()

void PEFormat::AddBaseRelocation	(	uint32_t	rva,
		BaseRelocation::relocation_type	type,
		uint16_t	low_ref = 0 )

Adds a base relocation at the specified relative virtual address.

Parameters

rva	The relative virtual address where the relocation appears, to be split into the page address and the page offset
type	The type of the base relocation
low_ref	Only used for HIGHADJ relocations, the parameter to be stored after the base relocation entry

◆ CalculateValues()

void PEFormat::CalculateValues ( )

overridevirtual

Intermediate step between processing module and generating output file to set up headers and management sections It is expected that after a module is processed, additional steps are required to evaluate the final values of the fields.

Reimplemented from COFF::COFFFormat.

◆ Dump()

void PEFormat::Dump ( Dumper::Dumper & dump ) const

overridevirtual

Display file contents in a nice manner.

Reimplemented from COFF::COFFFormat.

◆ FormatAdditionalSectionFlags()

unsigned PEFormat::FormatAdditionalSectionFlags ( std::string section_name ) const

overridevirtual

Reimplemented from COFF::COFFFormat.

◆ FormatSupportsLibraries()

bool PEFormat::FormatSupportsLibraries ( ) const

overridevirtual

Whether the format supports libraries.

Reimplemented from Linker::OutputFormat.

◆ GenerateFile()

void PEFormat::GenerateFile	(	std::string	filename,
		Linker::Module &	module )

overridevirtual

The main function that handles processing, calculating and generating the final image.

Reimplemented from COFF::COFFFormat.

◆ GetDefaultExtension()

std::string PEFormat::GetDefaultExtension	(	Linker::Module &	module,
		std::string	filename ) const

overridevirtual

Appends a default extension to the filename.

A typical behavior would be to append .exe at the end of the filename. The default action is to leave it intact.

Reimplemented from COFF::COFFFormat.

◆ GetLinkerScriptParameterNames()

std::vector< Linker::OptionDescription< void > * > PEFormat::GetLinkerScriptParameterNames ( )

overridevirtual

Returns a list of the parameters used in the linker scripts, used for documentation.

Reimplemented from COFF::COFFFormat.

◆ GetOptions()

std::shared_ptr< Linker::OptionCollector > PEFormat::GetOptions ( )

overridevirtual

Returns object containing a sequence of option fields provided with the -S command line flag.

Reimplemented from COFF::COFFFormat.

◆ OnNewSegment()

void PEFormat::OnNewSegment ( std::shared_ptr< Linker::Segment > segment )

overridevirtual

Callback function when allocating a new segment When the linker script runs, it creates segments consecutively. Overriding this method permits the output format to handle the allocated segment.

Reimplemented from COFF::COFFFormat.

◆ ProcessModule()

void PEFormat::ProcessModule ( Linker::Module & object )

overridevirtual

Processes the module object and initializes format fields.

Reimplemented from COFF::COFFFormat.

◆ ReadFile()

void PEFormat::ReadFile ( Linker::Reader & rd )

overridevirtual

Loads file into memory.

Reimplemented from COFF::COFFFormat.

◆ SetOptions()

void PEFormat::SetOptions ( std::map< std::string, std::string > & options )

overridevirtual

Passes command line parameters as settings over to format object.

Reimplemented from COFF::COFFFormat.

◆ WriteFile()

offset_t PEFormat::WriteFile ( Linker::Writer & wr ) const

overridevirtual

Stores data in memory to file.

Reimplemented from COFF::COFFFormat.

Member Data Documentation

◆ ParameterNames

std::vector< Linker::OptionDescription< void > * > PEFormat::ParameterNames

static

Initial value:

=
{
    
}

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

src/format/peexe.h
src/format/peexe.cc

Classes

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

◆ output_type

◆ target_type

Member Function Documentation

◆ AddBaseRelocation()

◆ CalculateValues()

◆ Dump()

◆ FormatAdditionalSectionFlags()

◆ FormatSupportsLibraries()

◆ GenerateFile()

◆ GetDefaultExtension()

◆ GetLinkerScriptParameterNames()

◆ GetOptions()

◆ OnNewSegment()

◆ ProcessModule()

◆ ReadFile()

◆ SetOptions()

◆ WriteFile()

Member Data Documentation

◆ ParameterNames