Enum lief::assembly::instruction::Instructions

pub enum Instructions {
    AArch64(Instruction),
    X86(Instruction),
    ARM(Instruction),
    EBPF(Instruction),
    PowerPC(Instruction),
    Mips(Instruction),
    RiscV(Instruction),
    Generic(Generic),
}

All instruction variants supported by LIEF

Variants

AArch64(Instruction)

An AArch64 instruction

X86(Instruction)

A x86/x86-64 instruction

ARM(Instruction)

An ARM/thumb instruction

EBPF(Instruction)

An eBPF instruction

PowerPC(Instruction)

A PowerPC (ppc64/ppc32) instruction

Mips(Instruction)

A Mips (mips32/mips64) instruction

RiscV(Instruction)

A RISC-V (32 or 64 bit) instruction

Generic(Generic)

A generic instruction that doesn’t have an extended structure

Trait Implementations

impl Instruction for Instructions

fn address(&self) -> u64

Address of the instruction

fn size(&self) -> u64

Size of the instruction in bytes

fn raw(&self) -> &[u8]

Raw bytes of the current instruction

fn mnemonic(&self) -> String

Instruction mnemonic (e.g. br)

fn to_string(&self) -> String

Representation of the current instruction in a pretty assembly way

fn to_string_no_address(&self) -> String

Same as Instruction::to_string but without the address as prefix

fn is_call(&self) -> bool

True if the instruction is a call

fn is_terminator(&self) -> bool

True if the instruction marks the end of a basic block

fn is_branch(&self) -> bool

True if the instruction is a branch

fn is_syscall(&self) -> bool

True if the instruction is a syscall

fn is_memory_access(&self) -> bool

True if the instruction performs a memory access

fn is_move_reg(&self) -> bool

True if the instruction is a register to register move.

fn is_add(&self) -> bool

True if the instruction performs an arithmetic addition.

fn is_trap(&self) -> bool

True if the instruction is a trap.

fn is_barrier(&self) -> bool

True if the instruction prevents executing the instruction that immediatly follows the current. This includes return or unconditional branch instructions

fn is_return(&self) -> bool

True if the instruction is a return

fn is_indirect_branch(&self) -> bool

True if the instruction is and indirect branch.

fn is_conditional_branch(&self) -> bool

True if the instruction is conditionally jumping to the next instruction or an instruction into some other basic block.

fn is_unconditional_branch(&self) -> bool

True if the instruction is jumping (unconditionally) to some other basic block.

fn is_compare(&self) -> bool

True if the instruction is a comparison

fn is_move_immediate(&self) -> bool

True if the instruction is moving an immediate

fn is_bitcast(&self) -> bool

True if the instruction is doing a bitcast

fn memory_access(&self) -> MemoryAccess

Memory access flags

fn branch_target(&self) -> Result<u64, Error>

Given a Instruction::is_branch instruction, try to evaluate the address of the destination.