printpathto()
{
while(count == 0){
ino_t this_inode = get_inode( "." );
char its_name[BUFSIZ];
chdir( ".." );
inum_to_name( this_inode , its_name );
par_inode = get_inode( "." );
if ( par_inode == get_inode( ".." ) ){
count=1;
}
strcpy(temp[count2], its_name);
count2++;
count3++;
}//end while
count2=count2-1;
count3=count3-1;
int i;
for(i=0; i<=count2; i++){
printf("/%s", temp[count3] );
count3--;
}
}
void printpathto(ino_t this_inode){
ino_t my_inode;
char its_name[BUFSIZ];
char full_path[BUFSIZ];
char temp[BUFSIZ];
while(1){
my_inode = get_inode(".");
if (get_inode("..") != this_inode){
chdir("..");
inum_to_name(this_inode, its_name, BUFSIZ);
my_inode = get_inode(".");
this_inode = my_inode;
strcpy(temp,full_path);
sprintf(full_path, "/%s%s",its_name,temp);
}
else{
break;
}
}
printf("%s", full_path);
}
int main(){
ino_t this_inode;
ino_t my_inode;
char its_name[BUFSIZ];
struct names *Head;
struct names *temp;
Head = (names*)malloc(sizeof(names));
// Head->its_name = NULL;
Head->next = NULL;
this_inode = get_inode(".");
while(get_inode("..") != this_inode){
chdir("..");
inum_to_name(this_inode, its_name, BUFSIZ);
temp = (names*)malloc(sizeof(names));
strncpy(temp->its_name,its_name,BUFSIZ);
temp->next = Head;
Head = temp;
my_inode = get_inode(".");
this_inode = my_inode;
}
temp = Head;
while(temp->next){
printf("/%s", temp->its_name);
temp = temp->next;
}
putchar('\n');
return 0;
}
void printpathto(ino_t this_inode)
{
ino_t my_inode;
char its_name[BUFSIZ];
if (get_inode("..") != this_inode) {
chdir(".."); /* enter parent dir */
inum_to_name(this_inode, its_name);
my_inode = get_inode(".");
printpathto(my_inode);
printf("/%s", its_name);
}
}
void printpathto (ino_t this_inode)
{
ino_t my_inode;
char its_name[BUFSIZE];
if (get_inode("..") != this_inode)
{
chdir("..");
inum_to_name(this_inode, its_name, BUFSIZE);
my_inode = get_inode(".");
printpathto(my_inode);
printf("%s", its_name);
}
}
/* recursively print dir name of this_inode
* get parent_inode of this_inode
* print name of this_inode
* recursively call method of parent_inode
*/
void printpathto(ino_t this_inode)
{
ino_t my_inode;
char its_name[BUFSIZ];
if (get_inode("..") != this_inode)
{
chdir("..");
/* dir name of this_inode depends on parent dir file*/
inum_to_name(this_inode, its_name, BUFSIZ);
my_inode = get_inode(".");
printpathto(my_inode);
printf("/%s", its_name);
}
}
void FilePath::printPathTo(ino_t this_inode)
{
ino_t my_inode;
char its_name[BUFSIZ];
if( get_inode("..") != this_inode)
{
chdir("..");
inum_to_name(this_inode, its_name, BUFSIZ);
my_inode = get_inode(".");
printPathTo(my_inode);
printf("/%s", its_name);
}
strcpy(path, its_name);
}
printpathto( ino_t this_inode )
/*
* prints path leading down to an object with this inode
* kindof recursive
*/
{
int my_inode ;
char its_name[BUFSIZ];
chdir( ".." ); /* up one dir */
inum_to_name( this_inode , its_name ); /* get its name */
my_inode = get_inode( "." ); /* print head */
if ( my_inode != get_inode( ".." ) ) /* of pathname */
printpathto( my_inode ); /* recursively */
printf("/%s", its_name ); /* now print */
/* name of this */
}
static void print_physical_path(ino_t this_inode)
{
char *s;
char its_name[BUFSIZ];
while (get_inode("..") != this_inode)
{
chdir( ".." );
inum_to_name(this_inode, its_name, BUFSIZ);
this_inode = get_inode(".");
}
its_name[BUFSIZ - 1] = '\0';
while ((s = strrchr(its_name, '/')) != '\0') {
printf("%s", s);
its_name[s - its_name] = '\0';
}
}