Enum elflib::ProgramHeaderType

#[repr(u32)]
pub enum ProgramHeaderType {
    _SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext = 1_879_048_192,
    _RiscvAttributesOrMipsAbiflags = 1_879_048_195,
    _Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc = 1_879_048_193,
    _Ia64HpOptAnotOrHpOptAnnot = 1_610_612_754,
    _Ia64HpHslAnotOrHpHslAnnot = 1_610_612_755,
    _Ia64HpStackOrHpStack = 1_610_612_756,
    _PariscWeakorderOrMipsOptionsOrAArch64MemtagMte = 1_879_048_194,
    _HpTlsOrLoos = 1_610_612_736,
    HpCoreNone = 1_610_612_737,
    HpCoreVersion = 1_610_612_738,
    HpCoreKernel = 1_610_612_739,
    HpCoreComm = 1_610_612_740,
    HpCoreProc = 1_610_612_741,
    HpCoreLoadable = 1_610_612_742,
    HpCoreStack = 1_610_612_743,
    HpCoreShm = 1_610_612_744,
    HpCoreMmf = 1_610_612_745,
    HpParallel = 1_610_612_752,
    HpFastbind = 1_610_612_753,
    HpCoreUtsname = 1_610_612_757,
    Null = 0,
    Load = 1,
    Dynamic = 2,
    Interp = 3,
    Note = 4,
    Shlib = 5,
    Phdr = 6,
    Tls = 7,
    _HiosOrHisunw = 1_879_048_191,
    Hiproc = 2_147_483_647,
    _GnuEhFrameOrSunwEhFrame = 1_685_382_480,
    GnuStack = 1_685_382_481,
    GnuRelro = 1_685_382_482,
    GnuProperty = 1_685_382_483,
    GnuSframe = 1_685_382_484,
    OpenbsdMutable = 1_705_237_477,
    OpenbsdRandomize = 1_705_237_478,
    OpenbsdWxneeded = 1_705_237_479,
    OpenbsdNobtcfi = 1_705_237_480,
    OpenbsdBootdata = 1_705_253_862,
    GnuMbindNum = 4_096,
    GnuMbindLo = 1_685_382_485,
    GnuMbindHi = 1_685_386_580,
    _LosunwOrSunwbss = 1_879_048_186,
    Sunwstack = 1_879_048_187,
}

Variants

_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext = 1_879_048_192

SpuInfo Or PariscArchext Or MipsReginfo Or C6000Phattr Or Processor-specific Or S390Pgste Or Arch extension bits, Or AArch64Archext

_RiscvAttributesOrMipsAbiflags = 1_879_048_195

_Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc = 1_879_048_193

IA64 unwind bits Or ArmExidx Or PariscUnwind Or MipsRtproc

_Ia64HpOptAnotOrHpOptAnnot = 1_610_612_754

_Ia64HpHslAnotOrHpHslAnnot = 1_610_612_755

_Ia64HpStackOrHpStack = 1_610_612_756

_PariscWeakorderOrMipsOptionsOrAArch64MemtagMte = 1_879_048_194

_HpTlsOrLoos = 1_610_612_736

HpTls Or OS-specific

HpCoreNone = 1_610_612_737

HpCoreVersion = 1_610_612_738

HpCoreKernel = 1_610_612_739

HpCoreComm = 1_610_612_740

HpCoreProc = 1_610_612_741

HpCoreLoadable = 1_610_612_742

HpCoreStack = 1_610_612_743

HpCoreShm = 1_610_612_744

HpCoreMmf = 1_610_612_745

HpParallel = 1_610_612_752

HpFastbind = 1_610_612_753

HpCoreUtsname = 1_610_612_757

Null = 0

Program header table entry unused

Load = 1

Loadable program segment

Dynamic = 2

Dynamic linking information

Interp = 3

Program interpreter

Note = 4

Auxiliary information

Shlib = 5

Reserved, unspecified semantics

Phdr = 6

Entry for header table itself

Tls = 7

Thread local storage segment

_HiosOrHisunw = 1_879_048_191

OS-specific Or Hisunw

Hiproc = 2_147_483_647

Processor-specific

_GnuEhFrameOrSunwEhFrame = 1_685_382_480

Frame unwind information Or Solaris uses the same value

GnuStack = 1_685_382_481

Stack flags

GnuRelro = 1_685_382_482

Read-only after relocation

GnuProperty = 1_685_382_483

GNU property

GnuSframe = 1_685_382_484

SFrame stack trace information

OpenbsdMutable = 1_705_237_477

Like bss, but not immutable.

OpenbsdRandomize = 1_705_237_478

Fill with random data.

OpenbsdWxneeded = 1_705_237_479

Program does W^X violations.

OpenbsdNobtcfi = 1_705_237_480

No branch target CFI.

OpenbsdBootdata = 1_705_253_862

Section for boot arguments.

GnuMbindNum = 4_096

GnuMbindLo = 1_685_382_485

GnuMbindHi = 1_685_386_580

_LosunwOrSunwbss = 1_879_048_186

Losunw Or Sun Specific segment

Sunwstack = 1_879_048_187

Stack segment

Implementations

impl ProgramHeaderType

pub const SpuInfo: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const PariscArchext: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const MipsReginfo: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const C6000Phattr: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const Loproc: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

Processor-specific

pub const S390Pgste: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const Ia64Archext: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

Arch extension bits,

pub const AArch64Archext: Self = Self::_SpuInfoOrPariscArchextOrMipsReginfoOrC6000PhattrOrLoprocOrS390PgsteOrIa64ArchextOrAArch64Archext

pub const RiscvAttributes: Self = Self::_RiscvAttributesOrMipsAbiflags

pub const MipsAbiflags: Self = Self::_RiscvAttributesOrMipsAbiflags

pub const Ia64Unwind: Self = Self::_Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc

IA64 unwind bits.

pub const ArmExidx: Self = Self::_Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc

pub const PariscUnwind: Self = Self::_Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc

pub const MipsRtproc: Self = Self::_Ia64UnwindOrArmExidxOrPariscUnwindOrMipsRtproc

pub const Ia64HpOptAnot: Self = Self::_Ia64HpOptAnotOrHpOptAnnot

pub const HpOptAnnot: Self = Self::_Ia64HpOptAnotOrHpOptAnnot

pub const Ia64HpHslAnot: Self = Self::_Ia64HpHslAnotOrHpHslAnnot

pub const HpHslAnnot: Self = Self::_Ia64HpHslAnotOrHpHslAnnot

pub const Ia64HpStack: Self = Self::_Ia64HpStackOrHpStack

pub const HpStack: Self = Self::_Ia64HpStackOrHpStack

pub const PariscWeakorder: Self = Self::_PariscWeakorderOrMipsOptionsOrAArch64MemtagMte

pub const MipsOptions: Self = Self::_PariscWeakorderOrMipsOptionsOrAArch64MemtagMte

pub const AArch64MemtagMte: Self = Self::_PariscWeakorderOrMipsOptionsOrAArch64MemtagMte

pub const HpTls: Self = Self::_HpTlsOrLoos

pub const Loos: Self = Self::_HpTlsOrLoos

OS-specific

pub const Hios: Self = Self::_HiosOrHisunw

OS-specific

pub const Hisunw: Self = Self::_HiosOrHisunw

pub const GnuEhFrame: Self = Self::_GnuEhFrameOrSunwEhFrame

Frame unwind information

pub const SunwEhFrame: Self = Self::_GnuEhFrameOrSunwEhFrame

Solaris uses the same value

pub const Losunw: Self = Self::_LosunwOrSunwbss

pub const Sunwbss: Self = Self::_LosunwOrSunwbss

Sun Specific segment

Trait Implementations

impl BinarySerde for ProgramHeaderType

const SERIALIZED_SIZE: usize = 4usize

the size of this type when serialized to a packed binary format.

type RecursiveArray = <u32 as BinarySerde>::RecursiveArray

the fixed size recursive array type that is returned when serializing this type to an array. the length of this array is guaranteed to be equal to Self::SERIALIZED_SIZE.

fn binary_serialize(&self, buf: &mut [u8], endianness: Endianness)

serialize this value into the given buffer using the given endianness.

fn binary_deserialize( buf: &[u8], endianness: Endianness ) -> Result<Self, DeserializeError>

deserializes the given buffer using the given endianness into a value of this type.

fn binary_serialize_to_array( &self, endianness: Endianness ) -> Self::RecursiveArray

serialize this value to a fixed size array using the given endianness.

impl Clone for ProgramHeaderType

fn clone(&self) -> ProgramHeaderType

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ProgramHeaderType

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Hash for ProgramHeaderType

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for ProgramHeaderType

fn eq(&self, other: &ProgramHeaderType) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for ProgramHeaderType

impl Eq for ProgramHeaderType

impl StructuralPartialEq for ProgramHeaderType