210     assert!(imm.shift <= 0b11);  in enc_move_wide()
218         | u32::from(imm.shift) << 21  in enc_move_wide()
225     assert!(imm.shift <= 0b11);  in enc_movk()
228         | u32::from(imm.shift) << 21  in enc_movk()
1776                 let (imm5, shift, mask) = match size.lane_size() {  in emit()
1782                 let imm5 = imm5 | ((idx as u32) << shift);  in emit()
2279                 let (imm5, shift) = match size.lane_size() {  in emit()
2286                 debug_assert_eq!(idx & (0b11111 >> shift), idx);  in emit()
2287                 let imm5 = imm5 | ((idx as u32) << shift);  in emit()
2296                 let (q, imm5, shift, mask) = match size {  in emit()
2304                 let imm5 = imm5 | ((idx as u32) << shift);  in emit()
2320                 let (imm5, shift, half) = match size {  in emit()
2335                 debug_assert_eq!(idx & (0b11111 >> (half as u32 + shift)), idx);  in emit()
2336                 let imm5 = imm5 | ((idx as u32) << shift);  in emit()
2408                 let (imm, shift, shift_ones) = imm.value();  in emit()
2412                         assert_eq!(shift, 0);  in emit()
2417                         let s = shift & 8;  in emit()
2420                         assert_eq!(s, shift);  in emit()
2426                             assert!(shift == 8 || shift == 16);  in emit()
2428                             (invert as u32, 0b1100 | (shift >> 4))  in emit()
2430                             let s = shift & 24;  in emit()
2432                             assert_eq!(s, shift);  in emit()
2439                         assert_eq!(shift, 0);  in emit()
2554                 let (imm5, shift) = match size.lane_size() {  in emit()
2561                 let mask = 0b11111 >> shift;  in emit()
2564                 let imm4 = (src_idx as u32) << (shift - 1);  in emit()
2565                 let imm5 = imm5 | ((dest_idx as u32) << shift);  in emit()