32             let bits = ty.bits();  localVariable
33             assert!(bits <= 64);
34             let clz_offset = 64 - bits;
35             let a_v: u64 = a.bits().cast_unsigned();
42             let bits = ty.bits();  localVariable
43             assert!(bits <= 64);
44             let a_v: u64 = a.bits().cast_unsigned();
47                 Imm64::new(i64::from(bits))
57             let type_width = ty.bits();
59             let x = x.sign_extend_from_width(type_width).bits();
60             let y = y.sign_extend_from_width(type_width).bits();
80             let type_width = ty.bits();
82             let x = x.sign_extend_from_width(type_width).bits();
83             let y = y.sign_extend_from_width(type_width).bits();
95             let shift_mask = (ty.bits() - 1) as u64;
96             let y = (y.bits() as u64) & shift_mask;
100             Imm64::new((x.bits() << y) & ty_mask)
106             let x = (x.bits() as u64) & ty_mask;
109             let shift_mask = (ty.bits() - 1) as u64;
110             let y = (y.bits() as u64) & shift_mask;
119             let shift = u32::checked_sub(64, ty.bits()).unwrap_or(0);
120             let x = (x.bits() << shift) >> shift;
123             let shift_mask = (ty.bits() - 1) as i64;
124             let y = y.bits() & shift_mask;
133             let bits = ty.bits();  localVariable
134             assert!(bits <= 64);
136             debug_assert!(bits.is_power_of_two());
139             let x = (x.bits() as u64) & ty_mask;
142             let shift_mask = bits - 1;
143             let y = ((y.bits() as u64) & u64::from(shift_mask)) as u32;
149                 (x << y) | (x >> (u32::from(bits) - y))
157             let bits = ty.bits();  localVariable
158             assert!(bits <= 64);
159             debug_assert!(bits.is_power_of_two());
162             let x = (x.bits() as u64) & ty_mask;
165             let shift_mask = bits - 1;
166             let y = ((y.bits() as u64) & u64::from(shift_mask)) as u32;
171                 (x >> y) | (x << (u32::from(bits) - y))
179             let shift_amt = core::cmp::max(0, 64 - ty.bits());
185             x.sign_extend_from_width(ty.bits()).bits()
190             (x.bits() as u64) & self.ty_mask(ty)
217             ty.bits().try_into().unwrap()
222             ty.bits() as u16
227             ty.bits() as u64
237             let ty_bits = ty.bits();
272             let ty_bits = ty.bits();
282             let ty_bits = ty.bits();
291             if ty.bits() <= 16 && !ty.is_dynamic_vector() {
300             if ty.bits() <= 32 && !ty.is_dynamic_vector() {
311             } else if ty.lane_type().bits() <= 32 {
320             if ty.bits() <= 64 && !ty.is_dynamic_vector() {
329             if ty.bits() <= 64 && !ty.is_float() && !ty.is_vector() && !ty.is_dynamic_vector() {
343             if ty.bits() == 16 { Some(ty) } else { None }
348             if ty.bits() == 32 { Some(ty) } else { None }
353             if ty.bits() == 64 { Some(ty) } else { None }
358             if ty.bits() == 128 { Some(ty) } else { None }
363             if ty.bits() == 32 || ty.bits() == 64 {
372             if ty.bits() == 8 || ty.bits() == 16 {
381             if ty.bits() == 16 || ty.bits() == 32 {
455             if ty.is_vector() && ty.bits() == 64 {
464             if ty.is_vector() && ty.bits() == 64 {
473             if ty.is_vector() && ty.bits() == 128 {
482             if ty.is_dynamic_vector() && dynamic_to_fixed(ty).bits() == 64 {
491             if ty.is_dynamic_vector() && dynamic_to_fixed(ty).bits() == 128 {
500             if ty.is_vector() && ty.bits() == 64 && ty.lane_type().is_int() {
509             if ty.is_vector() && ty.bits() == 128 && ty.lane_type().is_int() {
526             imm.bits() as u64
582             val.bits()
586             val.bits()
590             val.bits()
622             match val.bits() {