2 #define POS	(1LL << 31)  macro
3 #define NEG	(-POS - 1)
5 static int lt_ge0(int x) { return (sext(x) <  (POS + 0)) == 1; }  in lt_ge0()
6 static int lt_ge1(int x) { return (sext(x) <  (POS + 1)) == 1; }  in lt_ge1()
7 static int lt_ge2(int x) { return (sext(x) <  (POS + 2)) == 1; }  in lt_ge2()
8 static int lt_gex(int x) { return (sext(x) <  (POS<< 1)) == 1; }  in lt_gex()
9 static int lt_gey(int x) { return (sext(x) <  (POS<< 3)) == 1; }  in lt_gey()
10 static int le_ge0(int x) { return (sext(x) <= (POS + 0)) == 1; }  in le_ge0()
11 static int le_ge1(int x) { return (sext(x) <= (POS + 1)) == 1; }  in le_ge1()
12 static int le_ge2(int x) { return (sext(x) <= (POS + 2)) == 1; }  in le_ge2()
13 static int le_gex(int x) { return (sext(x) <= (POS<< 1)) == 1; }  in le_gex()
14 static int le_gey(int x) { return (sext(x) <= (POS<< 3)) == 1; }  in le_gey()
15 static int ge_ge0(int x) { return (sext(x) >= (POS + 0)) == 0; }  in ge_ge0()
16 static int ge_ge1(int x) { return (sext(x) >= (POS + 1)) == 0; }  in ge_ge1()
17 static int ge_ge2(int x) { return (sext(x) >= (POS + 2)) == 0; }  in ge_ge2()
18 static int ge_gex(int x) { return (sext(x) >= (POS<< 1)) == 0; }  in ge_gex()
19 static int ge_gey(int x) { return (sext(x) >= (POS<< 3)) == 0; }  in ge_gey()
20 static int gt_ge0(int x) { return (sext(x) >  (POS + 0)) == 0; }  in gt_ge0()
21 static int gt_ge1(int x) { return (sext(x) >  (POS + 1)) == 0; }  in gt_ge1()
22 static int gt_ge2(int x) { return (sext(x) >  (POS + 2)) == 0; }  in gt_ge2()
23 static int gt_gex(int x) { return (sext(x) >  (POS<< 1)) == 0; }  in gt_gex()
24 static int gt_gey(int x) { return (sext(x) >  (POS<< 3)) == 0; }  in gt_gey()