1 -: 0:Source:test.cpp 2 -: 0:Graph:test.gcno 3 -: 0:Data:test.gcda 4 -: 0:Runs:2 5 -: 0:Programs:1 6 -: 1:#include "test.h" 7 -: 2:#include <cstdlib> 8 -: 3: 9 -: 4:bool on = false; 10 -: 5:int len = 42; 11 -: 6:double grid[10][10] = {0}; 12 -: 7:const char * hello = "world"; 13 -: 8:const char * world = "hello"; 14 -: 9: 15 function _ZN1A1BEv called 8589934592 returned 100% blocks executed 100% 16 8589934592: 10:void A::B() {} 17 8589934592: 10-block 0 18 -: 11: 19 function _Z7uselessv called 0 returned 0% blocks executed 0% 20 #####: 12:void useless() {} 21 $$$$$: 12-block 0 22 -: 13: 23 function _Z12more_uselessv called 0 returned 0% blocks executed 0% 24 -: 14:double more_useless() { 25 #####: 15: return 0; 26 $$$$$: 15-block 0 27 -: 16:} 28 -: 17: 29 function _Z3foov called 2 returned 100% blocks executed 100% 30 -: 18:int foo() { 31 2: 19: on = true; 32 2: 20: return 3; 33 2: 20-block 0 34 -: 21:} 35 -: 22: 36 function _Z3barv called 0 returned 0% blocks executed 0% 37 -: 23:int bar() { 38 #####: 24: len--; 39 #####: 25: return foo() + 45; 40 $$$$$: 25-block 0 41 -: 26:} 42 -: 27: 43 function _Z6assignii called 8 returned 100% blocks executed 100% 44 8: 28:void assign(int ii, int jj) { 45 8: 29: grid[ii][jj] = (ii+1) * (jj+1); 46 8: 30:} 47 8: 30-block 0 48 -: 31: 49 function _Z15initialize_gridv called 2 returned 100% blocks executed 100% 50 -: 32:void initialize_grid() { 51 6: 33: for (int ii = 0; ii < 2; ii++) 52 2: 33-block 0 53 6: 33-block 1 54 branch 0 taken 67% 55 branch 1 taken 33% 56 4: 33-block 2 57 12: 34: for (int jj = 0; jj < 2; jj++) 58 4: 34-block 0 59 12: 34-block 1 60 branch 0 taken 67% 61 branch 1 taken 33% 62 8: 34-block 2 63 8: 35: assign(ii, jj); 64 8: 35-block 0 65 4: 35-block 1 66 2: 36:} 67 2: 36-block 0 68 -: 37: 69 function main called 2 returned 100% blocks executed 94% 70 -: 38:int main() { 71 2: 39: initialize_grid(); 72 -: 40: 73 2: 41: int a = 2; 74 2: 42: on = rand() % 2; 75 2: 43: if (on) { 76 2: 43-block 0 77 branch 0 taken 100% 78 branch 1 taken 0% 79 2: 44: foo(); 80 2: 45: ++a; 81 2: 46: } else { 82 2: 46-block 0 83 #####: 47: bar(); 84 #####: 48: a += rand(); 85 $$$$$: 48-block 0 86 -: 49: } 87 -: 50: 88 22: 51: for (int ii = 0; ii < 10; ++ii) { 89 2: 51-block 0 90 22: 51-block 1 91 branch 0 taken 91% 92 branch 1 taken 9% 93 20: 51-block 2 94 20: 52: switch (rand() % 5) { 95 20: 52-block 0 96 branch 0 taken 20% 97 branch 1 taken 0% 98 branch 2 taken 10% 99 branch 3 taken 30% 100 branch 4 taken 40% 101 -: 53: case 0: 102 4: 54: a += rand(); 103 4: 55: break; 104 4: 55-block 0 105 -: 56: case 1: 106 -: 57: case 2: 107 2: 58: a += rand() / rand(); 108 2: 59: break; 109 2: 59-block 0 110 -: 60: case 3: 111 6: 61: a -= rand(); 112 6: 62: break; 113 6: 62-block 0 114 -: 63: default: 115 8: 64: a = -1; 116 8: 65: } 117 8: 65-block 0 118 20: 66: } 119 20: 66-block 0 120 -: 67: 121 2: 68: A thing; 122 8589934594: 69: for (uint64_t ii = 0; ii < 4294967296; ++ii) 123 2: 69-block 0 124 8589934594: 69-block 1 125 branch 0 taken 99% 126 branch 1 taken 1% 127 8589934592: 69-block 2 128 8589934592: 70: thing.B(); 129 8589934592: 70-block 0 130 -: 71: 131 2: 72: return a + 8 + grid[2][3] + len; 132 2: 72-block 0 133 -: 73: return more_useless(); 134 -: 74:} 135
