282 #define _u128_plus_64(a,b) ((a) + (b))  argument
283 #define _u128_plus(a,b) ((a) + (b))  argument
284 #define _u128_minus(a,b) ((a) - (b))  argument
285 #define _u128_minus_64(a,b) ((a) - (b))  argument
287 #define _u128_times_base(a,b)   ((a) * (b))  argument
291 #define _u128_lshift(a,b)       ((_u128) (a) << (b))  argument
292 #define _u128_lshift_64(a,b)    ((_u128) (a) << (b))  argument
293 #define _u128_rshift(a,b)       ((a) >> (b))  argument
294 #define _i128_rshift(a,b)       ((_i128) (a) >> (b))  argument
295 #define _u128_or_64(a,b)        ((a) | (_u128) (b))  argument
296 #define _u128_and_64(a,b)       ((uint64_t) (a) & (b))  argument
297 #define _u128_or(a,b)           ((a) | (b))  argument
298 #define _u128_and(a,b)          ((a) & (b))  argument
299 #define _u128_eq(a,b)           ((a) == (b))  argument
300 #define _u128_ge(a,b)           ((a) >= (b))  argument
301 #define _i128_ge(a,b)           ((_i128)(a) >= (_i128)(b))  argument
302 #define _u128_lt(a,b)           ((a) < (b))  argument
303 #define _i128_lt(a,b)           ((_i128)(a) < (_i128)(b))  argument
345 _u128_eq(_u128 a, _u128 b)  in _u128_eq()  argument
347     return (a.hi == b.hi) && (a.lo == b.lo);  in _u128_eq()
351 _u128_lt(_u128 a, _u128 b)  in _u128_lt()  argument
353     if (a.hi == b.hi)  in _u128_lt()
354         return a.lo < b.lo;  in _u128_lt()
355     return a.hi < b.hi;  in _u128_lt()
359 _i128_lt(_u128 a, _u128 b)  in _i128_lt()  argument
361     if (a.hi == b.hi) {  in _i128_lt()
363             return a.lo > b.lo;  in _i128_lt()
365             return a.lo < b.lo;  in _i128_lt()
367     return (int64_t) a.hi < (int64_t) b.hi;  in _i128_lt()
371 _u128_ge(_u128 a, _u128 b)  in _u128_ge()  argument
373     if (a.hi == b.hi)  in _u128_ge()
374         return a.lo >= b.lo;  in _u128_ge()
375     return a.hi >= b.hi;  in _u128_ge()
379 _i128_ge(_u128 a, _u128 b)  in _i128_ge()  argument
381     if (a.hi == b.hi) {  in _i128_ge()
383             return a.lo <= b.lo;  in _i128_ge()
385             return a.lo >= b.lo;  in _i128_ge()
387     return (int64_t) a.hi >= (int64_t) b.hi;  in _i128_ge()
391 _u128_plus_64(_u128 a, uint64_t b)  in _u128_plus_64()  argument
395     v.lo = a.lo + b;  in _u128_plus_64()
403 _u128_plus(_u128 a, _u128 b)  in _u128_plus()  argument
407     v.lo = a.lo + b.lo;  in _u128_plus()
408     v.hi = a.hi + b.hi;  in _u128_plus()
415 _u128_minus_64(_u128 a, uint64_t b)  in _u128_minus_64()  argument
419     v.lo = a.lo - b;  in _u128_minus_64()
427 _u128_minus(_u128 a, _u128 b)  in _u128_minus()  argument
431     v.lo = a.lo - b.lo;  in _u128_minus()
432     v.hi = a.hi - b.hi;  in _u128_minus()
491 _u128_and(_u128 a, _u128 b)  in _u128_and()  argument
495     v.hi = a.hi & b.hi;  in _u128_and()
496     v.lo = a.lo & b.lo;  in _u128_and()
501 _u128_and_64(_u128 a, uint64_t b)  in _u128_and_64()  argument
503     return a.lo & b;  in _u128_and_64()
507 _u128_or(_u128 a, _u128 b)  in _u128_or()  argument
511     v.lo = a.lo | b.lo;  in _u128_or()
512     v.hi = a.hi | b.hi;  in _u128_or()
517 _u128_or_64(_u128 a, uint64_t b)  in _u128_or_64()  argument
521     v.lo = a.lo | b;  in _u128_or_64()
640 _u128_gt(_u128 a, _u128 b)  in _u128_gt()  argument
642     return _u128_lt(b, a);  in _u128_gt()