Compiler Explorer

Source code

#include <cstdint>
#include <optional>

using u32 = uint32_t;
using u64 = uint64_t;

using i32 = int32_t;
using i64 = int64_t;

auto w0_lsl_0_ne_0(u32 w0) -> bool { return (w0 << 0) != 0; }
auto w0_lsl_1_ne_0(u32 w0) -> bool { return (w0 << 1) != 0; }
auto w0_lsl_2_ne_0(u32 w0) -> bool { return (w0 << 2) != 0; }
auto w0_lsl_3_ne_0(u32 w0) -> bool { return (w0 << 3) != 0; }
auto w0_lsl_4_ne_0(u32 w0) -> bool { return (w0 << 4) != 0; }
auto w0_lsl_5_ne_0(u32 w0) -> bool { return (w0 << 5) != 0; }
auto w0_lsl_6_ne_0(u32 w0) -> bool { return (w0 << 6) != 0; }
auto w0_lsl_7_ne_0(u32 w0) -> bool { return (w0 << 7) != 0; }
auto w0_lsl_8_ne_0(u32 w0) -> bool { return (w0 << 8) != 0; }
auto w0_lsl_9_ne_0(u32 w0) -> bool { return (w0 << 9) != 0; }
auto w0_lsl_10_ne_0(u32 w0) -> bool { return (w0 << 10) != 0; }
auto w0_lsl_11_ne_0(u32 w0) -> bool { return (w0 << 11) != 0; }
auto w0_lsl_12_ne_0(u32 w0) -> bool { return (w0 << 12) != 0; }
auto w0_lsl_13_ne_0(u32 w0) -> bool { return (w0 << 13) != 0; }
auto w0_lsl_14_ne_0(u32 w0) -> bool { return (w0 << 14) != 0; }
auto w0_lsl_15_ne_0(u32 w0) -> bool { return (w0 << 15) != 0; }
auto w0_lsl_16_ne_0(u32 w0) -> bool { return (w0 << 16) != 0; }
auto w0_lsl_17_ne_0(u32 w0) -> bool { return (w0 << 17) != 0; }
auto w0_lsl_18_ne_0(u32 w0) -> bool { return (w0 << 18) != 0; }
auto w0_lsl_19_ne_0(u32 w0) -> bool { return (w0 << 19) != 0; }
auto w0_lsl_20_ne_0(u32 w0) -> bool { return (w0 << 20) != 0; }
auto w0_lsl_21_ne_0(u32 w0) -> bool { return (w0 << 21) != 0; }
auto w0_lsl_22_ne_0(u32 w0) -> bool { return (w0 << 22) != 0; }
auto w0_lsl_23_ne_0(u32 w0) -> bool { return (w0 << 23) != 0; }
auto w0_lsl_24_ne_0(u32 w0) -> bool { return (w0 << 24) != 0; }
auto w0_lsl_25_ne_0(u32 w0) -> bool { return (w0 << 25) != 0; }
auto w0_lsl_26_ne_0(u32 w0) -> bool { return (w0 << 26) != 0; }
auto w0_lsl_27_ne_0(u32 w0) -> bool { return (w0 << 27) != 0; }
auto w0_lsl_28_ne_0(u32 w0) -> bool { return (w0 << 28) != 0; }
auto w0_lsl_29_ne_0(u32 w0) -> bool { return (w0 << 29) != 0; }
auto w0_lsl_30_ne_0(u32 w0) -> bool { return (w0 << 30) != 0; }
auto w0_lsl_31_ne_0(u32 w0) -> bool { return (w0 << 31) != 0; }
auto x0_lsl_0_ne_0(u64 x0) -> bool { return (x0 << 0) != 0; }
auto x0_lsl_1_ne_0(u64 x0) -> bool { return (x0 << 1) != 0; }
auto x0_lsl_2_ne_0(u64 x0) -> bool { return (x0 << 2) != 0; }
auto x0_lsl_3_ne_0(u64 x0) -> bool { return (x0 << 3) != 0; }
auto x0_lsl_4_ne_0(u64 x0) -> bool { return (x0 << 4) != 0; }
auto x0_lsl_5_ne_0(u64 x0) -> bool { return (x0 << 5) != 0; }
auto x0_lsl_6_ne_0(u64 x0) -> bool { return (x0 << 6) != 0; }
auto x0_lsl_7_ne_0(u64 x0) -> bool { return (x0 << 7) != 0; }
auto x0_lsl_8_ne_0(u64 x0) -> bool { return (x0 << 8) != 0; }
auto x0_lsl_9_ne_0(u64 x0) -> bool { return (x0 << 9) != 0; }
auto x0_lsl_10_ne_0(u64 x0) -> bool { return (x0 << 10) != 0; }
auto x0_lsl_11_ne_0(u64 x0) -> bool { return (x0 << 11) != 0; }
auto x0_lsl_12_ne_0(u64 x0) -> bool { return (x0 << 12) != 0; }
auto x0_lsl_13_ne_0(u64 x0) -> bool { return (x0 << 13) != 0; }
auto x0_lsl_14_ne_0(u64 x0) -> bool { return (x0 << 14) != 0; }
auto x0_lsl_15_ne_0(u64 x0) -> bool { return (x0 << 15) != 0; }
auto x0_lsl_16_ne_0(u64 x0) -> bool { return (x0 << 16) != 0; }
auto x0_lsl_17_ne_0(u64 x0) -> bool { return (x0 << 17) != 0; }
auto x0_lsl_18_ne_0(u64 x0) -> bool { return (x0 << 18) != 0; }
auto x0_lsl_19_ne_0(u64 x0) -> bool { return (x0 << 19) != 0; }
auto x0_lsl_20_ne_0(u64 x0) -> bool { return (x0 << 20) != 0; }
auto x0_lsl_21_ne_0(u64 x0) -> bool { return (x0 << 21) != 0; }
auto x0_lsl_22_ne_0(u64 x0) -> bool { return (x0 << 22) != 0; }
auto x0_lsl_23_ne_0(u64 x0) -> bool { return (x0 << 23) != 0; }
auto x0_lsl_24_ne_0(u64 x0) -> bool { return (x0 << 24) != 0; }
auto x0_lsl_25_ne_0(u64 x0) -> bool { return (x0 << 25) != 0; }
auto x0_lsl_26_ne_0(u64 x0) -> bool { return (x0 << 26) != 0; }
auto x0_lsl_27_ne_0(u64 x0) -> bool { return (x0 << 27) != 0; }
auto x0_lsl_28_ne_0(u64 x0) -> bool { return (x0 << 28) != 0; }
auto x0_lsl_29_ne_0(u64 x0) -> bool { return (x0 << 29) != 0; }
auto x0_lsl_30_ne_0(u64 x0) -> bool { return (x0 << 30) != 0; }
auto x0_lsl_31_ne_0(u64 x0) -> bool { return (x0 << 31) != 0; }
auto x0_lsl_32_ne_0(u64 x0) -> bool { return (x0 << 32) != 0; }
auto x0_lsl_33_ne_0(u64 x0) -> bool { return (x0 << 33) != 0; }
auto x0_lsl_34_ne_0(u64 x0) -> bool { return (x0 << 34) != 0; }
auto x0_lsl_35_ne_0(u64 x0) -> bool { return (x0 << 35) != 0; }
auto x0_lsl_36_ne_0(u64 x0) -> bool { return (x0 << 36) != 0; }
auto x0_lsl_37_ne_0(u64 x0) -> bool { return (x0 << 37) != 0; }
auto x0_lsl_38_ne_0(u64 x0) -> bool { return (x0 << 38) != 0; }
auto x0_lsl_39_ne_0(u64 x0) -> bool { return (x0 << 39) != 0; }
auto x0_lsl_40_ne_0(u64 x0) -> bool { return (x0 << 40) != 0; }
auto x0_lsl_41_ne_0(u64 x0) -> bool { return (x0 << 41) != 0; }
auto x0_lsl_42_ne_0(u64 x0) -> bool { return (x0 << 42) != 0; }
auto x0_lsl_43_ne_0(u64 x0) -> bool { return (x0 << 43) != 0; }
auto x0_lsl_44_ne_0(u64 x0) -> bool { return (x0 << 44) != 0; }
auto x0_lsl_45_ne_0(u64 x0) -> bool { return (x0 << 45) != 0; }
auto x0_lsl_46_ne_0(u64 x0) -> bool { return (x0 << 46) != 0; }
auto x0_lsl_47_ne_0(u64 x0) -> bool { return (x0 << 47) != 0; }
auto x0_lsl_48_ne_0(u64 x0) -> bool { return (x0 << 48) != 0; }
auto x0_lsl_49_ne_0(u64 x0) -> bool { return (x0 << 49) != 0; }
auto x0_lsl_50_ne_0(u64 x0) -> bool { return (x0 << 50) != 0; }
auto x0_lsl_51_ne_0(u64 x0) -> bool { return (x0 << 51) != 0; }
auto x0_lsl_52_ne_0(u64 x0) -> bool { return (x0 << 52) != 0; }
auto x0_lsl_53_ne_0(u64 x0) -> bool { return (x0 << 53) != 0; }
auto x0_lsl_54_ne_0(u64 x0) -> bool { return (x0 << 54) != 0; }
auto x0_lsl_55_ne_0(u64 x0) -> bool { return (x0 << 55) != 0; }
auto x0_lsl_56_ne_0(u64 x0) -> bool { return (x0 << 56) != 0; }
auto x0_lsl_57_ne_0(u64 x0) -> bool { return (x0 << 57) != 0; }
auto x0_lsl_58_ne_0(u64 x0) -> bool { return (x0 << 58) != 0; }
auto x0_lsl_59_ne_0(u64 x0) -> bool { return (x0 << 59) != 0; }
auto x0_lsl_60_ne_0(u64 x0) -> bool { return (x0 << 60) != 0; }
auto x0_lsl_61_ne_0(u64 x0) -> bool { return (x0 << 61) != 0; }
auto x0_lsl_62_ne_0(u64 x0) -> bool { return (x0 << 62) != 0; }
auto x0_lsl_63_ne_0(u64 x0) -> bool { return (x0 << 63) != 0; }
auto w0_lsr_0_ne_0(u32 w0) -> bool { return (w0 >> 0) != 0; }
auto w0_lsr_1_ne_0(u32 w0) -> bool { return (w0 >> 1) != 0; }
auto w0_lsr_2_ne_0(u32 w0) -> bool { return (w0 >> 2) != 0; }
auto w0_lsr_3_ne_0(u32 w0) -> bool { return (w0 >> 3) != 0; }
auto w0_lsr_4_ne_0(u32 w0) -> bool { return (w0 >> 4) != 0; }
auto w0_lsr_5_ne_0(u32 w0) -> bool { return (w0 >> 5) != 0; }
auto w0_lsr_6_ne_0(u32 w0) -> bool { return (w0 >> 6) != 0; }
auto w0_lsr_7_ne_0(u32 w0) -> bool { return (w0 >> 7) != 0; }
auto w0_lsr_8_ne_0(u32 w0) -> bool { return (w0 >> 8) != 0; }
auto w0_lsr_9_ne_0(u32 w0) -> bool { return (w0 >> 9) != 0; }
auto w0_lsr_10_ne_0(u32 w0) -> bool { return (w0 >> 10) != 0; }
auto w0_lsr_11_ne_0(u32 w0) -> bool { return (w0 >> 11) != 0; }
auto w0_lsr_12_ne_0(u32 w0) -> bool { return (w0 >> 12) != 0; }
auto w0_lsr_13_ne_0(u32 w0) -> bool { return (w0 >> 13) != 0; }
auto w0_lsr_14_ne_0(u32 w0) -> bool { return (w0 >> 14) != 0; }
auto w0_lsr_15_ne_0(u32 w0) -> bool { return (w0 >> 15) != 0; }
auto w0_lsr_16_ne_0(u32 w0) -> bool { return (w0 >> 16) != 0; }
auto w0_lsr_17_ne_0(u32 w0) -> bool { return (w0 >> 17) != 0; }
auto w0_lsr_18_ne_0(u32 w0) -> bool { return (w0 >> 18) != 0; }
auto w0_lsr_19_ne_0(u32 w0) -> bool { return (w0 >> 19) != 0; }
auto w0_lsr_20_ne_0(u32 w0) -> bool { return (w0 >> 20) != 0; }
auto w0_lsr_21_ne_0(u32 w0) -> bool { return (w0 >> 21) != 0; }
auto w0_lsr_22_ne_0(u32 w0) -> bool { return (w0 >> 22) != 0; }
auto w0_lsr_23_ne_0(u32 w0) -> bool { return (w0 >> 23) != 0; }
auto w0_lsr_24_ne_0(u32 w0) -> bool { return (w0 >> 24) != 0; }
auto w0_lsr_25_ne_0(u32 w0) -> bool { return (w0 >> 25) != 0; }
auto w0_lsr_26_ne_0(u32 w0) -> bool { return (w0 >> 26) != 0; }
auto w0_lsr_27_ne_0(u32 w0) -> bool { return (w0 >> 27) != 0; }
auto w0_lsr_28_ne_0(u32 w0) -> bool { return (w0 >> 28) != 0; }
auto w0_lsr_29_ne_0(u32 w0) -> bool { return (w0 >> 29) != 0; }
auto w0_lsr_30_ne_0(u32 w0) -> bool { return (w0 >> 30) != 0; }
auto w0_lsr_31_ne_0(u32 w0) -> bool { return (w0 >> 31) != 0; }
auto x0_lsr_0_ne_0(u64 x0) -> bool { return (x0 >> 0) != 0; }
auto x0_lsr_1_ne_0(u64 x0) -> bool { return (x0 >> 1) != 0; }
auto x0_lsr_2_ne_0(u64 x0) -> bool { return (x0 >> 2) != 0; }
auto x0_lsr_3_ne_0(u64 x0) -> bool { return (x0 >> 3) != 0; }
auto x0_lsr_4_ne_0(u64 x0) -> bool { return (x0 >> 4) != 0; }
auto x0_lsr_5_ne_0(u64 x0) -> bool { return (x0 >> 5) != 0; }
auto x0_lsr_6_ne_0(u64 x0) -> bool { return (x0 >> 6) != 0; }
auto x0_lsr_7_ne_0(u64 x0) -> bool { return (x0 >> 7) != 0; }
auto x0_lsr_8_ne_0(u64 x0) -> bool { return (x0 >> 8) != 0; }
auto x0_lsr_9_ne_0(u64 x0) -> bool { return (x0 >> 9) != 0; }
auto x0_lsr_10_ne_0(u64 x0) -> bool { return (x0 >> 10) != 0; }
auto x0_lsr_11_ne_0(u64 x0) -> bool { return (x0 >> 11) != 0; }
auto x0_lsr_12_ne_0(u64 x0) -> bool { return (x0 >> 12) != 0; }
auto x0_lsr_13_ne_0(u64 x0) -> bool { return (x0 >> 13) != 0; }
auto x0_lsr_14_ne_0(u64 x0) -> bool { return (x0 >> 14) != 0; }
auto x0_lsr_15_ne_0(u64 x0) -> bool { return (x0 >> 15) != 0; }
auto x0_lsr_16_ne_0(u64 x0) -> bool { return (x0 >> 16) != 0; }
auto x0_lsr_17_ne_0(u64 x0) -> bool { return (x0 >> 17) != 0; }
auto x0_lsr_18_ne_0(u64 x0) -> bool { return (x0 >> 18) != 0; }
auto x0_lsr_19_ne_0(u64 x0) -> bool { return (x0 >> 19) != 0; }
auto x0_lsr_20_ne_0(u64 x0) -> bool { return (x0 >> 20) != 0; }
auto x0_lsr_21_ne_0(u64 x0) -> bool { return (x0 >> 21) != 0; }
auto x0_lsr_22_ne_0(u64 x0) -> bool { return (x0 >> 22) != 0; }
auto x0_lsr_23_ne_0(u64 x0) -> bool { return (x0 >> 23) != 0; }
auto x0_lsr_24_ne_0(u64 x0) -> bool { return (x0 >> 24) != 0; }
auto x0_lsr_25_ne_0(u64 x0) -> bool { return (x0 >> 25) != 0; }
auto x0_lsr_26_ne_0(u64 x0) -> bool { return (x0 >> 26) != 0; }
auto x0_lsr_27_ne_0(u64 x0) -> bool { return (x0 >> 27) != 0; }
auto x0_lsr_28_ne_0(u64 x0) -> bool { return (x0 >> 28) != 0; }
auto x0_lsr_29_ne_0(u64 x0) -> bool { return (x0 >> 29) != 0; }
auto x0_lsr_30_ne_0(u64 x0) -> bool { return (x0 >> 30) != 0; }
auto x0_lsr_31_ne_0(u64 x0) -> bool { return (x0 >> 31) != 0; }
auto x0_lsr_32_ne_0(u64 x0) -> bool { return (x0 >> 32) != 0; }
auto x0_lsr_33_ne_0(u64 x0) -> bool { return (x0 >> 33) != 0; }
auto x0_lsr_34_ne_0(u64 x0) -> bool { return (x0 >> 34) != 0; }
auto x0_lsr_35_ne_0(u64 x0) -> bool { return (x0 >> 35) != 0; }
auto x0_lsr_36_ne_0(u64 x0) -> bool { return (x0 >> 36) != 0; }
auto x0_lsr_37_ne_0(u64 x0) -> bool { return (x0 >> 37) != 0; }
auto x0_lsr_38_ne_0(u64 x0) -> bool { return (x0 >> 38) != 0; }
auto x0_lsr_39_ne_0(u64 x0) -> bool { return (x0 >> 39) != 0; }
auto x0_lsr_40_ne_0(u64 x0) -> bool { return (x0 >> 40) != 0; }
auto x0_lsr_41_ne_0(u64 x0) -> bool { return (x0 >> 41) != 0; }
auto x0_lsr_42_ne_0(u64 x0) -> bool { return (x0 >> 42) != 0; }
auto x0_lsr_43_ne_0(u64 x0) -> bool { return (x0 >> 43) != 0; }
auto x0_lsr_44_ne_0(u64 x0) -> bool { return (x0 >> 44) != 0; }
auto x0_lsr_45_ne_0(u64 x0) -> bool { return (x0 >> 45) != 0; }
auto x0_lsr_46_ne_0(u64 x0) -> bool { return (x0 >> 46) != 0; }
auto x0_lsr_47_ne_0(u64 x0) -> bool { return (x0 >> 47) != 0; }
auto x0_lsr_48_ne_0(u64 x0) -> bool { return (x0 >> 48) != 0; }
auto x0_lsr_49_ne_0(u64 x0) -> bool { return (x0 >> 49) != 0; }
auto x0_lsr_50_ne_0(u64 x0) -> bool { return (x0 >> 50) != 0; }
auto x0_lsr_51_ne_0(u64 x0) -> bool { return (x0 >> 51) != 0; }
auto x0_lsr_52_ne_0(u64 x0) -> bool { return (x0 >> 52) != 0; }
auto x0_lsr_53_ne_0(u64 x0) -> bool { return (x0 >> 53) != 0; }
auto x0_lsr_54_ne_0(u64 x0) -> bool { return (x0 >> 54) != 0; }
auto x0_lsr_55_ne_0(u64 x0) -> bool { return (x0 >> 55) != 0; }
auto x0_lsr_56_ne_0(u64 x0) -> bool { return (x0 >> 56) != 0; }
auto x0_lsr_57_ne_0(u64 x0) -> bool { return (x0 >> 57) != 0; }
auto x0_lsr_58_ne_0(u64 x0) -> bool { return (x0 >> 58) != 0; }
auto x0_lsr_59_ne_0(u64 x0) -> bool { return (x0 >> 59) != 0; }
auto x0_lsr_60_ne_0(u64 x0) -> bool { return (x0 >> 60) != 0; }
auto x0_lsr_61_ne_0(u64 x0) -> bool { return (x0 >> 61) != 0; }
auto x0_lsr_62_ne_0(u64 x0) -> bool { return (x0 >> 62) != 0; }
auto x0_lsr_63_ne_0(u64 x0) -> bool { return (x0 >> 63) != 0; }
auto w0_asr_0_ne_0(i32 w0) -> bool { return (w0 >> 0) != 0; }
auto w0_asr_1_ne_0(i32 w0) -> bool { return (w0 >> 1) != 0; }
auto w0_asr_2_ne_0(i32 w0) -> bool { return (w0 >> 2) != 0; }
auto w0_asr_3_ne_0(i32 w0) -> bool { return (w0 >> 3) != 0; }
auto w0_asr_4_ne_0(i32 w0) -> bool { return (w0 >> 4) != 0; }
auto w0_asr_5_ne_0(i32 w0) -> bool { return (w0 >> 5) != 0; }
auto w0_asr_6_ne_0(i32 w0) -> bool { return (w0 >> 6) != 0; }
auto w0_asr_7_ne_0(i32 w0) -> bool { return (w0 >> 7) != 0; }
auto w0_asr_8_ne_0(i32 w0) -> bool { return (w0 >> 8) != 0; }
auto w0_asr_9_ne_0(i32 w0) -> bool { return (w0 >> 9) != 0; }
auto w0_asr_10_ne_0(i32 w0) -> bool { return (w0 >> 10) != 0; }
auto w0_asr_11_ne_0(i32 w0) -> bool { return (w0 >> 11) != 0; }
auto w0_asr_12_ne_0(i32 w0) -> bool { return (w0 >> 12) != 0; }
auto w0_asr_13_ne_0(i32 w0) -> bool { return (w0 >> 13) != 0; }
auto w0_asr_14_ne_0(i32 w0) -> bool { return (w0 >> 14) != 0; }
auto w0_asr_15_ne_0(i32 w0) -> bool { return (w0 >> 15) != 0; }
auto w0_asr_16_ne_0(i32 w0) -> bool { return (w0 >> 16) != 0; }
auto w0_asr_17_ne_0(i32 w0) -> bool { return (w0 >> 17) != 0; }
auto w0_asr_18_ne_0(i32 w0) -> bool { return (w0 >> 18) != 0; }
auto w0_asr_19_ne_0(i32 w0) -> bool { return (w0 >> 19) != 0; }
auto w0_asr_20_ne_0(i32 w0) -> bool { return (w0 >> 20) != 0; }
auto w0_asr_21_ne_0(i32 w0) -> bool { return (w0 >> 21) != 0; }
auto w0_asr_22_ne_0(i32 w0) -> bool { return (w0 >> 22) != 0; }
auto w0_asr_23_ne_0(i32 w0) -> bool { return (w0 >> 23) != 0; }
auto w0_asr_24_ne_0(i32 w0) -> bool { return (w0 >> 24) != 0; }
auto w0_asr_25_ne_0(i32 w0) -> bool { return (w0 >> 25) != 0; }
auto w0_asr_26_ne_0(i32 w0) -> bool { return (w0 >> 26) != 0; }
auto w0_asr_27_ne_0(i32 w0) -> bool { return (w0 >> 27) != 0; }
auto w0_asr_28_ne_0(i32 w0) -> bool { return (w0 >> 28) != 0; }
auto w0_asr_29_ne_0(i32 w0) -> bool { return (w0 >> 29) != 0; }
auto w0_asr_30_ne_0(i32 w0) -> bool { return (w0 >> 30) != 0; }
auto w0_asr_31_ne_0(i32 w0) -> bool { return (w0 >> 31) != 0; }
auto x0_asr_0_ne_0(i64 x0) -> bool { return (x0 >> 0) != 0; }
auto x0_asr_1_ne_0(i64 x0) -> bool { return (x0 >> 1) != 0; }
auto x0_asr_2_ne_0(i64 x0) -> bool { return (x0 >> 2) != 0; }
auto x0_asr_3_ne_0(i64 x0) -> bool { return (x0 >> 3) != 0; }
auto x0_asr_4_ne_0(i64 x0) -> bool { return (x0 >> 4) != 0; }
auto x0_asr_5_ne_0(i64 x0) -> bool { return (x0 >> 5) != 0; }
auto x0_asr_6_ne_0(i64 x0) -> bool { return (x0 >> 6) != 0; }
auto x0_asr_7_ne_0(i64 x0) -> bool { return (x0 >> 7) != 0; }
auto x0_asr_8_ne_0(i64 x0) -> bool { return (x0 >> 8) != 0; }
auto x0_asr_9_ne_0(i64 x0) -> bool { return (x0 >> 9) != 0; }
auto x0_asr_10_ne_0(i64 x0) -> bool { return (x0 >> 10) != 0; }
auto x0_asr_11_ne_0(i64 x0) -> bool { return (x0 >> 11) != 0; }
auto x0_asr_12_ne_0(i64 x0) -> bool { return (x0 >> 12) != 0; }
auto x0_asr_13_ne_0(i64 x0) -> bool { return (x0 >> 13) != 0; }
auto x0_asr_14_ne_0(i64 x0) -> bool { return (x0 >> 14) != 0; }
auto x0_asr_15_ne_0(i64 x0) -> bool { return (x0 >> 15) != 0; }
auto x0_asr_16_ne_0(i64 x0) -> bool { return (x0 >> 16) != 0; }
auto x0_asr_17_ne_0(i64 x0) -> bool { return (x0 >> 17) != 0; }
auto x0_asr_18_ne_0(i64 x0) -> bool { return (x0 >> 18) != 0; }
auto x0_asr_19_ne_0(i64 x0) -> bool { return (x0 >> 19) != 0; }
auto x0_asr_20_ne_0(i64 x0) -> bool { return (x0 >> 20) != 0; }
auto x0_asr_21_ne_0(i64 x0) -> bool { return (x0 >> 21) != 0; }
auto x0_asr_22_ne_0(i64 x0) -> bool { return (x0 >> 22) != 0; }
auto x0_asr_23_ne_0(i64 x0) -> bool { return (x0 >> 23) != 0; }
auto x0_asr_24_ne_0(i64 x0) -> bool { return (x0 >> 24) != 0; }
auto x0_asr_25_ne_0(i64 x0) -> bool { return (x0 >> 25) != 0; }
auto x0_asr_26_ne_0(i64 x0) -> bool { return (x0 >> 26) != 0; }
auto x0_asr_27_ne_0(i64 x0) -> bool { return (x0 >> 27) != 0; }
auto x0_asr_28_ne_0(i64 x0) -> bool { return (x0 >> 28) != 0; }
auto x0_asr_29_ne_0(i64 x0) -> bool { return (x0 >> 29) != 0; }
auto x0_asr_30_ne_0(i64 x0) -> bool { return (x0 >> 30) != 0; }
auto x0_asr_31_ne_0(i64 x0) -> bool { return (x0 >> 31) != 0; }
auto x0_asr_32_ne_0(i64 x0) -> bool { return (x0 >> 32) != 0; }
auto x0_asr_33_ne_0(i64 x0) -> bool { return (x0 >> 33) != 0; }
auto x0_asr_34_ne_0(i64 x0) -> bool { return (x0 >> 34) != 0; }
auto x0_asr_35_ne_0(i64 x0) -> bool { return (x0 >> 35) != 0; }
auto x0_asr_36_ne_0(i64 x0) -> bool { return (x0 >> 36) != 0; }
auto x0_asr_37_ne_0(i64 x0) -> bool { return (x0 >> 37) != 0; }
auto x0_asr_38_ne_0(i64 x0) -> bool { return (x0 >> 38) != 0; }
auto x0_asr_39_ne_0(i64 x0) -> bool { return (x0 >> 39) != 0; }
auto x0_asr_40_ne_0(i64 x0) -> bool { return (x0 >> 40) != 0; }
auto x0_asr_41_ne_0(i64 x0) -> bool { return (x0 >> 41) != 0; }
auto x0_asr_42_ne_0(i64 x0) -> bool { return (x0 >> 42) != 0; }
auto x0_asr_43_ne_0(i64 x0) -> bool { return (x0 >> 43) != 0; }
auto x0_asr_44_ne_0(i64 x0) -> bool { return (x0 >> 44) != 0; }
auto x0_asr_45_ne_0(i64 x0) -> bool { return (x0 >> 45) != 0; }
auto x0_asr_46_ne_0(i64 x0) -> bool { return (x0 >> 46) != 0; }
auto x0_asr_47_ne_0(i64 x0) -> bool { return (x0 >> 47) != 0; }
auto x0_asr_48_ne_0(i64 x0) -> bool { return (x0 >> 48) != 0; }
auto x0_asr_49_ne_0(i64 x0) -> bool { return (x0 >> 49) != 0; }
auto x0_asr_50_ne_0(i64 x0) -> bool { return (x0 >> 50) != 0; }
auto x0_asr_51_ne_0(i64 x0) -> bool { return (x0 >> 51) != 0; }
auto x0_asr_52_ne_0(i64 x0) -> bool { return (x0 >> 52) != 0; }
auto x0_asr_53_ne_0(i64 x0) -> bool { return (x0 >> 53) != 0; }
auto x0_asr_54_ne_0(i64 x0) -> bool { return (x0 >> 54) != 0; }
auto x0_asr_55_ne_0(i64 x0) -> bool { return (x0 >> 55) != 0; }
auto x0_asr_56_ne_0(i64 x0) -> bool { return (x0 >> 56) != 0; }
auto x0_asr_57_ne_0(i64 x0) -> bool { return (x0 >> 57) != 0; }
auto x0_asr_58_ne_0(i64 x0) -> bool { return (x0 >> 58) != 0; }
auto x0_asr_59_ne_0(i64 x0) -> bool { return (x0 >> 59) != 0; }
auto x0_asr_60_ne_0(i64 x0) -> bool { return (x0 >> 60) != 0; }
auto x0_asr_61_ne_0(i64 x0) -> bool { return (x0 >> 61) != 0; }
auto x0_asr_62_ne_0(i64 x0) -> bool { return (x0 >> 62) != 0; }
auto x0_asr_63_ne_0(i64 x0) -> bool { return (x0 >> 63) != 0; }