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#include <stdio.h>
#include <stdlib.h>
#include "config.h"
#include "BHeap.h"
#include "FHeap.h"
#include "BinHeap.h"
#include "PLList.h"
char N[] = {
5, 9, 10, 29, 6, 1, 15, 18, 25, 11,
2, 14, 23, 16, 17, 3, 8, 24, 20, 13,
30, 21, 26, 4, 7, 28, 12, 27, 19, 22,
};
void exception(int e, char *msg)
{
fprintf(stderr, "%s\n", msg);
exit(-1);
}
PriorityList *newlist(void)
{
return new BHeap;
}
void DoCombTest(int number)
{
int i, n;
Key_t K, oK;
Datas_t Datas;
PriorityList *T;
cerr << _("Creation of a priority list and adding ") << number << _(" random entrie(s)...");
T = newlist();
for (i = 1; i <= number; i++) {
T->Insert(rand() % P_INFINITY, NULL);
}
cerr << _("Ok.\nDeleting the list...");
oK = P_INFINITY;
for (i = number; i >= 1; i--) {
if (T->n() != i) {
cerr << _("List has ") << T->n() << _(" keys. Expecting ") << i << endl;
exception(1, _("List corrupted."));
}
if ((n = T->rn()) != i) {
cerr << _("List has ") << T->rn() << _(" keys (real count). Expecting ") << i << endl;
exception(1, _("List corrupted."));
}
K = T->Extract_Min(Datas);
if (oK < K)
exception(1, _("Incorrect order."));
}
delete T;
cerr << "Ok.\n";
}
void FullTest(void)
{
PriorityList *T;
Datas_t Datas;
Cell C1, C2, C3 = NULL;
Key_t K;
int i;
cerr << _("Size of a PriorityList cell: ") << sizeof(PriorityList) << endl;
cerr << _("Size of a BHeap cell : ") << sizeof(BHeap) << endl;
cerr << _("Size of a FHeap cell : ") << sizeof(FHeap) << endl;
cerr << _("Size of a PLList header : ") << sizeof(PLList) << endl;
cerr << _("Size of a CList cell : ") << sizeof(CList) << endl;
cerr << _("Size of a SList cell : ") << sizeof(SList) << endl;
cerr << _("Size of a BinHeap header : ") << sizeof(BinHeap) << endl;
cerr << _("Size of a BinHeap cell : ") << sizeof(binheap_t) << endl;
DoCombTest(0);
DoCombTest(10);
DoCombTest(70);
DoCombTest(1000);
// DoCombTest(10000);
#ifdef BT
DoCombTest(100000);
#ifdef VBT
DoCombTest(1000000);
#endif
#endif
cerr << _("Creating a priority list and adding keys:\n");
T = newlist();
for (i = 0; i < 30; i++) {
fprintf(stderr, "%i ", N[i]);
C1 = T->Insert(N[i], NULL);
if (N[i] == 30) C3 = C1;
}
if (!C3) exit(-1);
fprintf(stderr, "59 54 -10\n");
C1 = T->Insert(59, NULL);
C2 = T->Insert(54, NULL);
T->Insert(-10, NULL);
cerr << _("Ok.\nList browsing...\n");
T->Dump(cerr);
cerr << _("Ok.\nExtract_Min + List browsing...\n");
cerr << T->Extract_Min(Datas) << endl;
T->Dump(cerr);
cerr << _("Ok.\nLower_Key(0) over 59...\n");
T->Lower_Key(C1, 0);
cerr << _("Ok.\nList browsing...\n");
T->Dump(cerr);
cerr << _("Ok.\nDelete over 54...\n");
T->Delete(Datas, C2);
cerr << _("Ok.\nList browsing...\n");
T->Dump(cerr);
cerr << _("Ok.\nLower_Key(-12) over 30...\n");
T->Lower_Key(C3, -12);
cerr << _("Ok.\nList browsing...\n");
T->Dump(cerr);
cerr << _("Ok.\nExtract_Min...\n");
cerr << T->Extract_Min(Datas) << endl;
cerr << _("Ok.\nExtracting datas...\n");
for (i = 0; i <= 29; i++) {
cerr << _("Minimum #") << i << " = " << (K = (T->Extract_Min(Datas)))
<< endl;
if (K != i)
exception(1, _("Incorrect order."));
}
cerr << _("Ok.\n\nAll the tests were successfull\n");
return;
}
int main(int argc, char **argv)
{
FullTest();
}
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