282                     let ty = match insn.opc {  in translate_program()  localVariable
307                     let loaded = self.reg_load(bcx, ty, addr, 0);  in translate_program()
309                     let ext = if ty != I64 {  in translate_program()
328                     let ty = match insn.opc {  in translate_program()  localVariable
337                     let loaded = self.reg_load(bcx, ty, base, insn.off);  in translate_program()
339                     let ext = if ty != I64 {  in translate_program()
357                     let ty = match insn.opc {  in translate_program()  localVariable
376                     let narrow = if ty != I64 {  in translate_program()
377                         bcx.ins().ireduce(ty, value)  in translate_program()
383                     self.reg_store(bcx, ty, base, insn.off, narrow);  in translate_program()
593                     let ty: Type = match insn.imm {  in translate_program()  localVariable
602                         let src_narrow = if ty != I64 {  in translate_program()
603                             bcx.ins().ireduce(ty, src)  in translate_program()
609                         let res_wide = if ty != I64 {  in translate_program()
981     fn reg_load(&mut self, bcx: &mut FunctionBuilder, ty: Type, base: Value, offset: i16) -> Value {  in reg_load()
982         self.insert_bounds_check(bcx, ty, base, offset);  in reg_load()
987         bcx.ins().load(ty, flags, base, offset as i32)  in reg_load()
992         ty: Type,  in reg_store()
997         self.insert_bounds_check(bcx, ty, base, offset);  in reg_store()
1012         ty: Type,  in insert_bounds_check()
1016         let access_size = bcx.ins().iconst(I64, ty.bytes() as i64);  in insert_bounds_check()