use super::Mov; use crate::{Asm, Imm16, Imm32, Imm64, Imm8, Mem16, Mem32, Mem64, Mem8, Reg16, Reg32, Reg64, Reg8}; // -- MOV : reg reg impl Mov for Asm { fn mov(&mut self, op1: Reg64, op2: Reg64) { self.encode_rr(&[0x89], op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg32, op2: Reg32) { self.encode_rr(&[0x89], op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg16, op2: Reg16) { self.encode_rr(&[0x89], op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg8, op2: Reg8) { self.encode_rr(&[0x88], op1, op2); } } // -- MOV : mem reg impl Mov for Asm { fn mov(&mut self, op1: Mem64, op2: Reg64) { self.encode_mr(0x89, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Mem32, op2: Reg32) { self.encode_mr(0x89, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Mem16, op2: Reg16) { self.encode_mr(0x89, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Mem8, op2: Reg8) { self.encode_mr(0x88, op1, op2); } } // -- MOV : reg mem impl Mov for Asm { fn mov(&mut self, op1: Reg64, op2: Mem64) { self.encode_rm(0x8b, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg32, op2: Mem32) { self.encode_rm(0x8b, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg16, op2: Mem16) { self.encode_rm(0x8b, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg8, op2: Mem8) { self.encode_rm(0x8a, op1, op2); } } // -- MOV : reg imm impl Mov for Asm { fn mov(&mut self, op1: Reg64, op2: Imm64) { self.encode_oi(0xb8, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg32, op2: Imm32) { self.encode_oi(0xb8, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg16, op2: Imm16) { self.encode_oi(0xb8, op1, op2); } } impl Mov for Asm { fn mov(&mut self, op1: Reg8, op2: Imm8) { self.encode_oi(0xb0, op1, op2); } } // -- MOV : mem imm impl Mov for Asm { fn mov(&mut self, op1: Mem16, op2: Imm16) { self.encode_mi(0xc7, 0, op1, op2); } }