int main()
{
// Test 2. Read stations in from bloor_line.txt
struct station *kipling = read_stations();
print_stations(kipling);
/* should print:
The stations:
Kipling (0)-> Islington
Kipling -> Islington (0)-> RoyalYork
Islington -> RoyalYork (0)-> OldMill
RoyalYork -> OldMill (0)-> Jane
OldMill -> Jane (0)-> Runnymede
Jane -> Runnymede (0)-> HighPark
Runnymede -> HighPark (0)-> Keele
HighPark -> Keele (0)-> DundasWest
Keele -> DundasWest (0)-> Lansdowne
DundasWest -> Lansdowne (0)-> Dufferin
Lansdowne -> Dufferin (0)-> Ossington
Dufferin -> Ossington (0)-> Christie
Ossington -> Christie (0)-> Bathurst
Christie -> Bathurst (0)-> Spadina
Bathurst -> Spadina (0)-> StGeorge
Spadina -> StGeorge (0)-> Bay
StGeorge -> Bay (0)-> Yonge
Bay -> Yonge (0)-> Sherbourne
Yonge -> Sherbourne (0)-> CastleFrank
Sherbourne -> CastleFrank (0)-> Broadview
CastleFrank -> Broadview (0)-> Chester
Broadview -> Chester (0)-> Pape
Chester -> Pape (0)-> Donlands
Pape -> Donlands (0)-> Greenwood
Donlands -> Greenwood (0)-> Coxwell
Greenwood -> Coxwell (0)-> Woodbine
Coxwell -> Woodbine (0)-> MainStreet
Woodbine -> MainStreet (0)-> VictioriaPark
MainStreet -> VictioriaPark (0)-> Warden
VictioriaPark -> Warden (0)-> Kennedy
Warden -> Kennedy (0)
*/
// Test 8. Remove all stations
printf("\n\nCREATION COMPLETE\n\n");
//remove_all_stations(&kipling);
print_stations(kipling); // prints only "The stations:"
printf("\n\nCONCLUDE DEALLOCATION\n");
return 0;
}
//printf in asce order
void print_stations(int **l,int ln,int n)
{
if(n<=0)
return;
print_stations(l,l[ln][n-1],n-1);
printf("line %d,station %d\n",ln+1,n);
}
int main()
{
int a1[]={7,9,3,4,8,4};
int a2[]={8,5,6,4,5,7};
int *a[2];
a[0]=&a1[0];
a[1]=&a2[0];
int t1[]={2,3,1,3,4};
int t2[]={2,1,2,2,1};
int *t[2];
t[0]=&t1[0];
t[1]=&t2[0];
int e[]={2,4};
int x[]={3,2};
Result result;
result=fastest_way(a,t,e,x,6);
printf("the result is %d\n",result.fn);
printf("the result ln is %d\n",result.ln);
print_stations(result.l,result.ln,6);
}
int main()
{
fast_way();
print_stations();
return 0;
}