Struct InstructionStringOutputter

pub struct InstructionStringOutputter {
    pub insn_pc: u32,
}

Fields

insn_pc: u32

PC of the instruction being output. Used to generate disassembly of instructions with PC relative fields (such as BEQ and JAL).

Trait Implementations

impl InstructionProcessor for InstructionStringOutputter

type InstructionResult = String

fn process_add(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_addi(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_slt(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_slti(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_xor(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_xori(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_or(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_ori(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_and(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_andi(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_sltu(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_sub(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_sll(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_slli(&mut self, dec_insn: ITypeShamt) -> Self::InstructionResult

fn process_srl(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_srli(&mut self, dec_insn: ITypeShamt) -> Self::InstructionResult

fn process_sra(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_srai(&mut self, dec_insn: ITypeShamt) -> Self::InstructionResult

fn process_sltui(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_lui(&mut self, dec_insn: UType) -> Self::InstructionResult

fn process_auipc(&mut self, dec_insn: UType) -> Self::InstructionResult

fn process_beq(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_bne(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_bge(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_bgeu(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_blt(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_bltu(&mut self, dec_insn: BType) -> Self::InstructionResult

fn process_lb(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_lbu(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_lh(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_lhu(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_lw(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_sb(&mut self, dec_insn: SType) -> Self::InstructionResult

fn process_sh(&mut self, dec_insn: SType) -> Self::InstructionResult

fn process_sw(&mut self, dec_insn: SType) -> Self::InstructionResult

fn process_jal(&mut self, dec_insn: JType) -> Self::InstructionResult

fn process_jalr(&mut self, dec_insn: IType) -> Self::InstructionResult

fn process_mul(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_mulh(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_mulhu(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_mulhsu(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_div(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_divu(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_rem(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_remu(&mut self, dec_insn: RType) -> Self::InstructionResult

fn process_fence(&mut self, _dec_insn: IType) -> Self::InstructionResult