C'deki döngüler için çok tuhaf bir sorun, veriler tutarsız

Question

Burada bildiğim tüm hata ayıklamalarını tüketdim ve yardım isteğinde bulunmaya karar verdim. Bu, Beladys anomalisini gözlemleyip gözlemleyemeyeceğimizi gözlemlemek amacıyla, Tablo 3 ve 4 için bir FIFO algoritmasının sayfalandırılmasını amaçlayan bir okul atamasıdır.

int i; 
srand(time(NULL)); 
int faults[2], threeTable[3], fourTable[4]; 
int p; 
    int beladyOccured = 0; 
    int beladyNot = 0; 
    count = 20; 
    for(p = 0; p < 1000; p++) 
    { 
     for(i = 0; i < 20; i++) 
     { 
      arr[i] = rand() % 5; 
     } 
     initializeTables(threeTable, 3); 
     faults[0] = fifo(threeTable, 3); 
     initializeTables(fourTable, 4); 
     faults[1] = fifo(fourTable, 4); 
     if (detectBelady(faults[1], faults[0]) == 1) 
     { 
      beladyOccured++; 
      printf("Belady's Anomaly occured, p is %d, i is %d, number of faults for three is %d, number of faults for four is %d, belady occurances is %d, and non-occurances is %d", p, i, faults[0], faults[4], beladyOccured, beladyNot); 
     } 
     else 
     { 
      beladyNot++; 
      printf("Belady's Anomaly did not occur, p is %d, i is %d, number of faults for three is %d, number of faults for four is %d, belady occurances is %d, and non-occurances is %d \n", p, i, faults[0], faults[4], beladyOccured, beladyNot); 

     } 
    } 

    printf("Using frame sizes 3 and 4, beladys algorithm occured %d times and did not occur %d times \n", beladyOccured, beladyNot); 
return 0; 

Aşağıdaki küresel bildirimleri var:

Belady's Anomaly did not occur, p is 3, i is 0, number of faults for three is 9, number of faults for four is 1, belady occurances is 1, and non-occurances is 12 
Belady's Anomaly did not occur, p is 4, i is 4, number of faults for three is 10, number of faults for four is 1, belady occurances is 1, and non-occurances is 13 
Belady's Anomaly did not occur, p is 3, i is 0, number of faults for three is 10, number of faults for four is 1, belady occurances is 1, and non-occurances is 14 
Belady's Anomaly did not occur, p is 4, i is 0, number of faults for three is 10, number of faults for four is 1, belady occurances is 1, and non-occurances is 15 
Belady's Anomaly did not occur, p is 4, i is 3, number of faults for three is 12, number of faults for four is 4, belady occurances is 4, and non-occurances is 4 
Belady's Anomaly did not occur, p is 4, i is 4, number of faults for three is 10, number of faults for four is 4, belady occurances is 4, and non-occurances is 5 
Belady's Anomaly did not occur, p is 5, i is 1, number of faults for three is 9, number of faults for four is 4, belady occurances is 4, and non-occurances is 6 
Belady's Anomaly did not occur, p is 6, i is 4, number of faults for three is 9, number of faults for four is 4, belady occurances is 4, and non-occurances is 7 
Belady's Anomaly did not occur, p is 1, i is 1, number of faults for three is 10, number of faults for four is 4, belady occurances is 4, and non-occurances is 8 
Belady's Anomaly did not occur, p is 0, i is 3, number of faults for three is 12, number of faults for four is 3, belady occurances is 3, and non-occurances is 4 
Belady's Anomaly did not occur, p is 1, i is 20, number of faults for three is 8, number of faults for four is 3, belady occurances is 3, and non-occurances is 5 
Belady's Anomaly did not occur, p is 2, i is 20, number of faults for three is 8, number of faults for four is 3, belady occurances is 3, and non-occurances is 6 
Belady's Anomaly did not occur, p is 3, i is 4, number of faults for three is 9, number of faults for four is 3, belady occurances is 3, and non-occurances is 7 
Belady's Anomaly did not occur, p is 4, i is 20, number of faults for three is 7, number of faults for four is 3, belady occurances is 3, and non-occurances is 8 
Belady's Anomaly did not occur, p is 5, i is 20, number of faults for three is 8, number of faults for four is 3, belady occurances is 3, and non-occurances is 9 
Belady's Anomaly did not occur, p is 2, i is 0, number of faults for three is 10, number of faults for four is 3, belady occurances is 3, and non-occurances is 10 
Belady's Anomaly did not occur, p is 3, i is 3, number of faults for three is 13, number of faults for four is 0, belady occurances is 0, and non-occurances is 1 
Belady's Anomaly did not occur, p is 4, i is 0, number of faults for three is 11, number of faults for four is 0, belady occurances is 0, and non-occurances is 2 
Belady's Anomaly did not occur, p is 5, i is 0, number of faults for three is 9, number of faults for four is 0, belady occurances is 0, and non-occurances is 3 
Belady's Anomaly did not occur, p is 4, i is 4, number of faults for three is 10, number of faults for four is 0, belady occurances is 0, and non-occurances is 4 
Belady's Anomaly did not occur, p is 5, i is 20, number of faults for three is 7, number of faults for four is 0, belady occurances is 0, and non-occurances is 5 
Belady's Anomaly did not occur, p is 6, i is 20, number of faults for three is 7, number of faults for four is 0, belady occurances is 0, and non-occurances is 6 
Belady's Anomaly did not occur, p is 7, i is 20, number of faults for three is 8, number of faults for four is 0, belady occurances is 0, and non-occurances is 7 
Belady's Anomaly did not occur, p is 8, i is 20, number of faults for three is 7, number of faults for four is 0, belady occurances is 0, and non-occurances is 8 
Belady's Anomaly did not occur, p is 9, i is 20, number of faults for three is 8, number of faults for four is 0, belady occurances is 0, and non-occurances is 9 
Belady's Anomaly did not occur, p is 10, i is 20, number of faults for three is 8, number of faults for four is 0, belady occurances is 0, and non-occurances is 10 
Belady's Anomaly did not occur, p is 0, i is 1, number of faults for three is 11, number of faults for four is 1, belady occurances is 1, and non-occurances is 11 
Belady's Anomaly did not occur, p is 1, i is 0, number of faults for three is 9, number of faults for four is 1, belady occurances is 1, and non-occurances is 12 
Belady's Anomaly did not occur, p is 1, i is 2, number of faults for three is 14, number of faults for four is 1, belady occurances is 1, and non-occurances is 2 
Belady's Anomaly did not occur, p is 0, i is 0, number of faults for three is 10, number of faults for four is 1, belady occurances is 1, and non-occurances is 3 
Belady's Anomaly did not occur, p is 1, i is 20, number of faults for three is 8, number of faults for four is 1, belady occurances is 1, and non-occurances is 4 
Belady's Anomaly did not occur, p is 2, i is 3, number of faults for three is 9, number of faults for four is 1, belady occurances is 1, and non-occurances is 5 
Belady's Anomaly did not occur, p is 3, i is 1, number of faults for three is 9, number of faults for four is 1, belady occurances is 1, and non-occurances is 6 
Belady's Anomaly did not occur, p is 4, i is 20, number of faults for three is 8, number of faults for four is 1, belady occurances is 1, and non-occurances is 7 

:

int arr[101], count; 

Benim çıkış olsa şuna benzer

Temelde benim ana aşağıdaki kodu var Boşluk eksikliğinden dolayı özür diler. Düşünebildiğim tek şey, ben çağırdığım bazı işlevlerde yeniden beyan etmekteyim, ancak yerel kapsam bu yüzden önemi yok.

Bu kod hiçbir zaman sona ermez çünkü p 1000'e hiç ulaşmaz. Burada neler olup bittiği hakkında herhangi bir fikri olan var mı?

Answer 1

Ne kadar büyüktür []?

Buradaki işlevlerden biri (burada yapıştırılmamış) büyük olasılıkla veriyi sınırların dışında yazar ve değişken p'nin üzerine yazılmasına neden olur.