int main(void) { char n[1024]; // Para cada caso de teste. while (scanf("%s", n), !(n[0] == '0' and n[1] == '\0')) { if (_11(n)) printf("%s is a multiple of 11.\n", n); else printf("%s is not a multiple of 11.\n", n); } return 0; }
int main() { int _19 = 0; struct _31* _1 = NULL; struct _31* _32 = NULL; while(1){ char _3[80]; fgets(_3, 80, stdin); if (feof(stdin)) { break; } struct _31 *_2 = malloc(sizeof(struct _31)); _2->_34 = 0; _2->_36 = NULL; _19++; _2->_33 = strdup(_3); if (_1 != NULL) { _1->_36 = _2; _1 = _2; } else { _1 = _2; _32 = _2; } } int** _14 = (int**)malloc(_19 * sizeof(int*)); int _18; for (_18 = 0; _18 < _19; _18++) { _14[_18] = (int*)malloc(_19 * sizeof(int)); } struct _31 **_8 = (struct _31**)malloc(_19 * sizeof(struct _31)); struct _31 *_5 = NULL; int _12; int _15 = 0; for (_12 = 0; _12 < _19; _12+=2) { struct _31* _3 = _32; _32 = _32->_36; struct _31* _4 = _32; _32 = _32 ->_36; struct _31* _7 = _9(_5, _3->_33); if (_7 == NULL) { _7 = _3; _7 -> index = _15; _8[_15] = _7; _15++; _7 -> _36 = _5; _5 = _7; } struct _31* _6 = _9(_5, _4->_33); if (_6 == NULL) { _6 = _4; _6 -> index = _15; _8[_15] = _6; _15++; _6 -> _36 = _5; _5 = _6; } _14[_6->index][_7->index] = 1; _7->_34 = _7->_34+1; } _11(_8, _15, _14); return 0; }